次に、本発明の飾り台を含んで構成される飾りケースの実施形態について図を参照して説明する。尚、以下では、フィギュア等の装飾物を展示する展示部（後述する第１設置穴、第２設置穴、第３設置穴、第４設置穴、ステージ面、発光ステージ面等）を備えており、当該展示部に設置した装飾物をケース内に収納して展示可能な展示ケースに、本発明を適用した例を説明する。また、図１乃至図１１は、本発明の飾りケースを展示ケースに適用した第１実施形態を示す図である。また、図１２は、本発明の飾りケースを展示ケースに適用した第２実施形態を示す図である。第２実施形態の展示ケースは、第１実施形態の展示ケースと一部構成が異なっている。また、図１３は、本発明の飾りケースを展示ケースに適用した第３実施形態を示す図である。第３実施形態の展示ケースは、第１実施形態及び第２実施形態の展示ケースと一部構成が異なっている。また、図１４乃至図１９は、本発明の飾りケースを展示ケースに適用した第４実施形態を示す図である。第４実施形態の展示ケースは、第１実施形態乃至第３実施形態の展示ケースと一部構成が異なっている。
Next, an embodiment of a decorative case configured to include the decorative stand of the present invention will be described with reference to the drawings. In the following, there is an exhibition section (first installation hole, second installation hole, third installation hole, fourth installation hole, stage surface, light emitting stage surface, etc., which will be described later) for displaying ornaments such as figures. An example will be described in which the present invention is applied to a display case that can be displayed by storing decorations installed in the display section in the case. FIGS. 1 to 11 are views showing a first embodiment in which the decorative case of the present invention is applied to an exhibition case. Moreover, FIG. 12 is a figure which shows 2nd Embodiment which applied the decoration case of this invention to the display case. The display case of the second embodiment is partially different from the display case of the first embodiment. Moreover, FIG. 13 is a figure which shows 3rd Embodiment which applied the decoration case of this invention to the display case. The display case of the third embodiment is partially different from the display case of the first embodiment and the second embodiment. FIGS. 14 to 19 are diagrams showing a fourth embodiment in which the decorative case of the present invention is applied to an exhibition case. The display case of the fourth embodiment is partially different from the display case of the first to third embodiments.
［第１実施形態］
図１（ａ）及び（ｂ）に示すように、第１実施形態の展示ケース１は、床面を形成する展示台４（床部材）と、展示台４と対向する天井面を形成する天井部材５と、床面と天井面との間の展示空間６を取り囲むように設置されるアクリル板２と、を備え、これら展示台４、天井部材５、及びアクリル板２で箱形状に形成される。また、この展示台４（床部材）及び天井部材５を「展示部材」ともいう。
[First Embodiment]
As shown in FIGS. 1A and 1B, the display case 1 of the first embodiment includes a display table 4 (floor member) that forms a floor surface and a ceiling that forms a ceiling surface that faces the display table 4. And an acrylic plate 2 installed so as to surround the exhibition space 6 between the floor surface and the ceiling surface, and is formed in a box shape by the display stand 4, the ceiling member 5, and the acrylic plate 2. The Further, the display stand 4 (floor member) and the ceiling member 5 are also referred to as “exhibit members”.
第１実施形態では、展示ケース１の床面（床部材）を形成する展示台４は、４個（複数）の第１展示部材１１を連結して薄型の略箱形状（直方体形状）に形成されている。そして、展示台４の表面（図示上面）には、フィギュア、模型、飾り、置物等の所定の装飾物３を設置して展示することが可能なステージ面１７が形成される。尚、ステージ面１７は、第１展示部材１１の夫々が有しており、図１等のように複数の第１展示部材１１を連結して展示台４を構成した場合には、複数の第１展示部材１１のステージ面１７が連なって（連結されて）、ステージ面１７が大きく形成される。すなわち、第１展示部材１１を連結する程、装飾物３を設置可能なステージ面１７を大きく形成することが可能となる。また、複数のステージ面１７を連結し、拡大されたステージ面１７を、「拡張ステージ面」ともいう。
In the first embodiment, the display stand 4 forming the floor surface (floor member) of the display case 1 is formed by connecting four (plural) first display members 11 into a thin, substantially box shape (cuboid shape). Has been. A stage surface 17 on which a predetermined ornament 3 such as a figure, a model, a decoration, a figurine or the like can be placed and displayed is formed on the surface (the upper surface in the drawing) of the display stand 4. The stage surface 17 has each of the first display members 11, and when the display stand 4 is configured by connecting the plurality of first display members 11 as shown in FIG. The stage surface 17 of 1 exhibition member 11 is continued (connected), and the stage surface 17 is formed large. That is, as the first display member 11 is connected, the stage surface 17 on which the ornament 3 can be installed can be formed larger. Further, the stage surface 17 that is enlarged by connecting a plurality of stage surfaces 17 is also referred to as an “expansion stage surface”.
また、ステージ面１７は、平面状に形成されており、その面上には複数の設置穴（第１設置穴１８、第２設置穴１９）が設けられている。そして、このステージ面１７（拡張ステージ面）に装飾物を展示する（設置する）態様としては、この設置穴に装飾物の一部を挿入して設置（固定設置）する態様や、この設置穴に装飾物を支持するための支持部材の一部を挿入して当該支持部材で装飾物を支持して設置（支持設置）する態様や、これら設置穴を利用することなく、ステージ面１７に単に載置する態様を挙げることができる。尚、図１（ａ）に示す４個の装飾物は、詳細は後述するが、装飾物が有するプラグ８３（「接続端子」ともいう）をステージ面１７の第１設置穴１８（通電固定穴４７）に挿入する態様で設置されている。また、この装飾物は、発光部（光源）を有しているため、「発光装飾物」８１ともいう。また、第１設置穴１８及び第２設置穴１９を、装飾物を設置可能な「設置部」、「特定設置部」ともいう。
The stage surface 17 is formed in a flat shape, and a plurality of installation holes (a first installation hole 18 and a second installation hole 19) are provided on the surface. And as a mode of displaying (installing) ornaments on the stage surface 17 (extended stage surface), a mode in which a part of the ornaments is inserted into the installation hole (fixed installation), or this installation hole A part of the support member for supporting the decoration is inserted into the stage surface 17 without using the installation hole (supporting installation) and supporting the decoration with the support member. The aspect to mount can be mentioned. Although the details of the four decorative objects shown in FIG. 1A will be described later, plugs 83 (also referred to as “connection terminals”) of the decorative objects are connected to the first installation holes 18 (energization fixing holes) of the stage surface 17. 47). Moreover, since this ornament has a light emission part (light source), it is also called "light emission ornament" 81. Further, the first installation hole 18 and the second installation hole 19 are also referred to as “installation part” and “specific installation part” in which a decorative object can be installed.
また、詳細は後述するが、第１展示部材１１のステージ面１７に形成される第１設置穴１８の一部又は全部（第１実施形態では一部）は、電力を供給可能な電源ユニット１５１（電力供給部）と通電可能に接続することが可能である。そして、この電源ユニット１５１と接続された第１設置穴１８は通電設置穴（「通電穴」、「通電設置部」ともいう）とされ、この通電設置穴にプラグを挿入して設置した発光装飾物８１は、当該発光装飾物８１が有する発光部８４を発光可能となる。また、第２設置穴１９は、装飾物３や、装飾物３を装飾するための図示しないオプション部材（例えば、ミラー、マジックミラー、表示装置等）や、装飾物を支持するための支持部材（これらを総じて「装飾物等」ともいう）を固定するための設置穴とされており、前述した通電設置部とはならない。
Although details will be described later, a part or all of the first installation holes 18 formed in the stage surface 17 of the first display member 11 (a part in the first embodiment) are power supply units 151 capable of supplying power. It is possible to connect to the (power supply unit) so as to be energized. The first installation hole 18 connected to the power supply unit 151 is an energization installation hole (also referred to as “energization hole” or “energization installation part”), and a light emitting decoration installed by inserting a plug into the energization installation hole. The object 81 can emit light from the light emitting portion 84 of the light emitting decoration 81. In addition, the second installation hole 19 is provided with an ornament 3, an optional member (not shown) for decorating the ornament 3 (for example, a mirror, a magic mirror, a display device, etc.), and a support member for supporting the ornament ( These are collectively referred to as “decorative objects”), and are not the above-described energization installation portions.
また、展示ケース１の天井面を形成する天井部材５は、展示台４と同じ個数である４個（複数）の第２展示部材６１を連結して薄型の略箱形状（直方体形状）に形成されている。天井部材５（第２展示部材６１）の表面（図示下面）には平面状の発光ステージ面７９が形成されている。この発光ステージ面７９は、第２展示部材６１の夫々が有しており、図１のように第２展示部材６１を連結して構成した場合には、複数の第２展示部材６１の発光ステージ面７９が連なって（連結されて）、発光ステージ面７９が大きく形成される。すなわち、第２展示部材６１を連結する程、発光ステージ面７９を大きく形成することが可能となる。複数のステージ面１７を連結した拡大されたステージ面１７を、「拡張ステージ面」ともいう。
The ceiling member 5 forming the ceiling surface of the display case 1 is formed into a thin, substantially box shape (cuboid shape) by connecting four (plural) second display members 61 that are the same number as the display stand 4. Has been. A planar light-emitting stage surface 79 is formed on the surface (the lower surface in the drawing) of the ceiling member 5 (second display member 61). Each of the second display members 61 has the light emission stage surface 79. When the second display members 61 are connected as shown in FIG. 1, the light emission stages of the plurality of second display members 61 are provided. The surface 79 is connected (connected), and the light emitting stage surface 79 is formed large. That is, the larger the second display member 61 is connected, the larger the light emitting stage surface 79 can be formed. The enlarged stage surface 17 obtained by connecting a plurality of stage surfaces 17 is also referred to as an “expansion stage surface”.
尚、本第１実施形態では、展示ケース１を直方体状としているため（立方体状であってもよい）、展示台４のステージ面の表面積と、天井部材５の発光ステージ面の表面積とは、略同じとされている。また、第１展示部材１１と第２展示部材６１とは外形サイズが略同じサイズとされているため、展示台４を構成するために連結する第１展示部材１１の個数と、天井部材５を構成するために連結する第２展示部材６１の個数と、は同じ個数とされる。これにより、展示ケース１を直方体状又は立方体状の箱形状とすることが可能となる。
In the first embodiment, since the display case 1 has a rectangular parallelepiped shape (may be cubic), the surface area of the stage surface of the display table 4 and the surface area of the light emitting stage surface of the ceiling member 5 are: It is almost the same. In addition, since the first display member 11 and the second display member 61 have substantially the same outer size, the number of the first display members 11 to be connected to form the display table 4 and the ceiling member 5 are determined. The number of the second display members 61 to be connected for the configuration is the same. Thereby, it becomes possible to make the display case 1 into a rectangular parallelepiped shape or a cubic box shape.
また、詳細は後述するが、天井部材５を構成する第２展示部材６１の内部には発光部材（ＬＥＤチップ７４）が設けられ、当該発光部材（ＬＥＤチップ７４）は電力を供給可能な電源ユニット１５１（電力供給部）と通電可能に接続されている。そして、発光部材（ＬＥＤチップ７４）が所定態様で点灯すると、当該発光部材の光が、光透過性（透光性）の材料（素材）（例えば、ポリカーボネート、ＡＢＳ樹脂等）で形成された発光ステージ部材６２の発光ステージ面７９を介して、展示空間６に照射される。従って、この発光ステージ面７９を「発光部」ともいう。これにより、展示ケース１内の所定箇所に展示され、展示空間６内に存在する装飾物３を、展示台４に設置された発光装飾物８１、及び／又は、天井部材５に設けられた発光部によって様々な角度、位置から照射し、装飾物３や展示ケースの装飾性を高めることが可能となる。尚、前述した第１展示部材１１及び第２展示部材６１を、装飾物を設置可能な「設置部材」ともいう。また、特に、第２展示部材６１を、装飾物を設置可能な設置部を照射可能な発光部を有する「発光設置部材」ともいう。
Moreover, although mentioned later for details, the light emission member (LED chip 74) is provided in the inside of the 2nd exhibition member 61 which comprises the ceiling member 5, The said light emission member (LED chip 74) is a power supply unit which can supply electric power. 151 (power supply unit) is connected to be energized. When the light emitting member (LED chip 74) is lit in a predetermined manner, the light emitted from the light emitting member is a light transmissive (translucent) material (raw material) (for example, polycarbonate, ABS resin, etc.). The display space 6 is irradiated through the light emitting stage surface 79 of the stage member 62. Therefore, the light emitting stage surface 79 is also referred to as a “light emitting portion”. As a result, the decorative object 3 that is displayed at a predetermined location in the display case 1 and exists in the display space 6 is replaced with the light-emitting decorative object 81 installed on the display table 4 and / or the light emission provided on the ceiling member 5. Irradiation from various angles and positions is possible depending on the part, and the decorativeness of the decorative object 3 and the display case can be enhanced. The first display member 11 and the second display member 61 described above are also referred to as “installation members” on which decorative objects can be installed. In particular, the second display member 61 is also referred to as a “light emitting installation member” having a light emitting unit that can irradiate an installation unit on which a decorative object can be installed.
ここで、本第１実施形態では、発光ステージ部材６２を光透過性の材料で形成するものとしたが、より具体的には、透明のポリカーボネート（ＰＣ）で形成している。また、第２展示部材６１の光拡散板６３及び仕切りフレーム６４も同様に、透明のポリカーボネート（ＰＣ）で形成している。尚、これら発光ステージ部材６２、光拡散板６３及び仕切りフレーム６４は、ＬＥＤ中継基板６５に実装されるＬＥＤチップ７４の光を発光ステージ面７９から外方（展示空間６）に照射できれば足りるため、材料は透明のポリカーボネート（ＰＣ）に限定されない。例えば、所定色に着色した透過性の材料で形成してもよい。また、ハウジング６６はＡＢＳ樹脂で形成している。
Here, in the first embodiment, the light-emitting stage member 62 is formed of a light transmissive material, but more specifically, is formed of transparent polycarbonate (PC). Similarly, the light diffusion plate 63 and the partition frame 64 of the second display member 61 are formed of transparent polycarbonate (PC). The light emitting stage member 62, the light diffusing plate 63, and the partition frame 64 need only be able to irradiate the light from the LED chip 74 mounted on the LED relay substrate 65 outward (exhibition space 6) from the light emitting stage surface 79. The material is not limited to transparent polycarbonate (PC). For example, a transparent material colored in a predetermined color may be used. The housing 66 is made of ABS resin.
また、第１展示部材１１は、ステージ部材１２をポリカーボネート（ＰＣ）で形成し、ハウジング１４及び通電ジャック１５はＡＢＳ樹脂で形成している。また、後述する連結部材は、背面側連結部材１２１、正面側連結部材１２６、側方側連結部材１３１、１３５をポリカーボネート（ＰＣ）で形成し、底部連結部材１３９をＡＢＳ樹脂で形成している。これは、展示物（展示ケース１）を見る者の目に触れる可能性が高い部材は表面を比較的綺麗に成型可能なポリカーボネートで形成し、目に触れる可能性が低い部分は安価なＡＢＳ樹脂で形成している。然しながら、各部品を形成する材料はこのような態様に限らず、全てＡＢＳ樹脂で形成してもよいし、全てポリカーボネートで形成してもよいし、他の材料で形成してもよい。
In the first display member 11, the stage member 12 is formed of polycarbonate (PC), and the housing 14 and the energizing jack 15 are formed of ABS resin. Further, in the connecting member described later, the back side connecting member 121, the front side connecting member 126, and the side side connecting members 131 and 135 are made of polycarbonate (PC), and the bottom connecting member 139 is made of ABS resin. This is because the material that is highly likely to be touched by the viewer (exhibition case 1) is made of polycarbonate that can be molded relatively cleanly, and the portion that is not likely to touch is inexpensive ABS resin. It is formed with. However, the material for forming each component is not limited to such an embodiment, and may be formed entirely from ABS resin, may be formed entirely from polycarbonate, or may be formed from other materials.
次に、図２、図３及び図６に基づいて、展示ケース１の展示台４（床部材）を構成する第１展示部材１１について説明する。図２に示すように、第１展示部材１１は、装飾物３を設置可能（展示可能な）なステージ面１７を有するステージ部材１２と、ステージ部材１２と組合されて箱形状の箱体を構成するハウジング１４と、当該箱体の内部空間（収納空間）に設置される中継基板１３と、ステージ面１７上の所定の装飾物設置穴（第１設置穴１８）を電源ユニット１５１と電気的に接続可能にする通電ジャック１５と、を少なくとも含んで構成されている。そして、所定の通電ジャック１５及び中継基板１３を所定の配線（電気配線）で接続すると共に、これら、ステージ部材１２、複数個（４個）の通電ジャック１５、中継基板１３、及び、ハウジング１４を、所定の位置で嵌め合わせ、４個のビス１６で固定することで、第１展示部材１１を構成している。
Next, the 1st display member 11 which comprises the display stand 4 (floor member) of the display case 1 is demonstrated based on FIG.2, FIG3 and FIG.6. As shown in FIG. 2, the first display member 11 includes a stage member 12 having a stage surface 17 on which the ornament 3 can be installed (displayable), and a combination of the stage member 12 and a box-shaped box. The power supply unit 151 is electrically connected to the housing 14, the relay board 13 installed in the internal space (storage space) of the box, and a predetermined ornament installation hole (first installation hole 18) on the stage surface 17. It includes at least an energizing jack 15 that enables connection. Then, the predetermined energizing jack 15 and the relay board 13 are connected by predetermined wiring (electrical wiring), and the stage member 12, a plurality (four) of energizing jacks 15, the relay board 13, and the housing 14 are connected. The first display member 11 is configured by fitting at a predetermined position and fixing with four screws 16.
ステージ部材１２は、図２に示すように、ステージ面１７と対向する側が開口した凹状の箱形状に形成されている。また、ステージ面１７（図示上面）は１辺が１００ｍｍの正方形状とされ、その表面（図２の図示上方側面）は略平面状とされている。尚、第１展示部材１１（第２展示部材６１も同様）の厚みは、およそ２５ｍｍ程度とされている。また、ステージ部材１２には、ステージ面１７の裏面側空間を取り囲むように、ステージ面１７と垂直方向に周壁部３７が設けられている。そして、ステージ面１７の角部であって、周壁部３７の四隅には、第１展示部材１１の各パーツを固定するための固定部３８が設けられている。各固定部３８には、ビス１６を挿入する固定穴３９が設けられている。
As shown in FIG. 2, the stage member 12 is formed in a concave box shape having an opening on the side facing the stage surface 17. Further, the stage surface 17 (upper surface in the drawing) has a square shape with a side of 100 mm, and the surface (upper side surface in the drawing in FIG. 2) has a substantially flat shape. The thickness of the first display member 11 (the same applies to the second display member 61) is about 25 mm. Further, the stage member 12 is provided with a peripheral wall portion 37 in a direction perpendicular to the stage surface 17 so as to surround the rear surface side space of the stage surface 17. Fixing portions 38 for fixing the parts of the first display member 11 are provided at the corners of the stage surface 17 and at the four corners of the peripheral wall portion 37. Each fixing portion 38 is provided with a fixing hole 39 into which the screw 16 is inserted.
また、ステージ面１７上には、装飾物等を固定して設置するための設置穴（第１設置穴１８、第２設置穴１９）が複数設けられている。ここで、図２においてステージ面１７に示す領域Ｐの拡大図を図６に示す。図６に示すように、第１設置穴１８は、直径５．２ｍｍの円形状に形成されており、この第１設置穴１８には、ステージ面１７（ステージ部材１２）の裏面側（図示下方側）から、通電ジャック１５又は非通電ジャック１０１の先端部４８、１０３が挿入される。通電ジャック１５の先端部４８（非通電ジャック１０１も同様）は、第１設置穴１８に挿入して嵌合するように、外径が５．０ｍｍの円筒形状とされている。また、通電ジャック１５の本体部内部には、先端部から下端部まで直径３．６ｍｍの円筒形状の通電固定穴４７が貫通して形成されている。
In addition, a plurality of installation holes (first installation hole 18 and second installation hole 19) are provided on the stage surface 17 for fixing and installing a decorative object or the like. Here, an enlarged view of the region P shown on the stage surface 17 in FIG. 2 is shown in FIG. As shown in FIG. 6, the first installation hole 18 is formed in a circular shape having a diameter of 5.2 mm. The first installation hole 18 has a back surface side (lower side in the figure) of the stage surface 17 (stage member 12). From the side), the tips 48 and 103 of the energizing jack 15 or the non-energizing jack 101 are inserted. The front end 48 of the energization jack 15 (the same applies to the non-energization jack 101) is formed in a cylindrical shape having an outer diameter of 5.0 mm so as to be inserted into the first installation hole 18 and fitted. In addition, a cylindrical energization fixing hole 47 having a diameter of 3.6 mm is formed through the inside of the main body of the energization jack 15 from the front end to the lower end.
これにより、装飾物等が有する突起部（例えば、プラグ８７等）を、ステージ部材１２の裏面側（第１展示部材１１の内部空間側）に設置された通電ジャック１５の通電固定穴４７に対して、ステージ面１７側（ステージ部材１２の図示上方側）から挿入し、当該装飾物等をステージ面１７上（展示空間６内）に固定・設置することを可能とする。尚、この第１設置穴１８は、ステージ面１７の四隅に１箇所ずつ、合計４個形成されている。尚、本第１実施形態ではステージ面１７上に形成する第１設置穴１８の数を４個としたが、３個以下としても、５個以上としても何個でもよい。第２設置穴１９についても同様である。
As a result, the protrusions (such as the plug 87) of the decorative object or the like are placed on the current-carrying fixing hole 47 of the current-carrying jack 15 installed on the back side of the stage member 12 (the inner space side of the first display member 11). Thus, it is possible to insert the decoration from the stage surface 17 side (the upper side of the stage member 12 in the figure) and fix and install the decoration etc. on the stage surface 17 (inside the exhibition space 6). Note that a total of four first installation holes 18 are formed, one at each of the four corners of the stage surface 17. In the first embodiment, the number of the first installation holes 18 formed on the stage surface 17 is four. However, the number may be three or less, or may be five or more. The same applies to the second installation hole 19.
また、第２設置穴１９は、図６に示すように、１辺が２．２５ｍｍで、長い方の対角線が４．５ｍｍの六角形状（正六角形状）に形成されている。第２設置穴１９は、第１設置穴１８のように通電ジャック等を嵌合することなく、直接装飾物等の突起部（例えば、図６（ｄ）の支持部材のステージ側挿入突起１１３等）を挿入して固定する。従って、第２設置穴１９の固定穴の深さは、第１設置穴１８の固定に際して挿入する通電固定穴４７よりも浅く形成されている。このため、穴形状を断面が六角形の六角柱状の穴形状とし、当該固定穴に突起部を挿入した際の、当該突起部を挟み込む圧力を強め、突起部（ステージ側挿入突起１１３等）を強く固定することを可能としている。尚、第１実施形態では、第２設置穴１９の穴形状を六画形状としたが、多角形状であればよい。
Further, as shown in FIG. 6, the second installation hole 19 is formed in a hexagonal shape (regular hexagonal shape) having a side of 2.25 mm and a longer diagonal line of 4.5 mm. The second installation hole 19 is not directly fitted with a current-carrying jack or the like as in the first installation hole 18, but directly on a protrusion such as a decoration (for example, the stage-side insertion protrusion 113 of the support member in FIG. 6D). ) To fix. Therefore, the depth of the fixing hole of the second installation hole 19 is formed shallower than the energization fixing hole 47 to be inserted when the first installation hole 18 is fixed. For this reason, the hole shape is a hexagonal columnar hole shape with a hexagonal cross section, and when the protrusion is inserted into the fixing hole, the pressure to pinch the protrusion is increased, and the protrusion (stage-side insertion protrusion 113 or the like) It is possible to fix firmly. In the first embodiment, the hole shape of the second installation hole 19 is a hexagonal shape, but may be a polygonal shape.
また、図３に示すように、ステージ部材１２の裏面側（第１展示部材１１の内部空間側）の第１設置穴１８に対応する位置には、通電ジャック１５（又は、非通電ジャック１０１）を嵌合して固定するための、角筒状のジャック嵌合部４０が４箇所設けられている。ジャック嵌合部４０の通電ジャック嵌合部は、通電ジャック１５の直方体状の本体部４５が挿入可能なように（嵌合する）通電ジャック１５の外形よりも若干大きい直方体形状とされている。また、同じくステージ部材１２の裏面側には、ステージ部材１２の変形等を防ぎ、補強するための十字状の補強リブ４３が立設して形成されている。また、この補強リブ４３の所定箇所には、第２設置穴１９が延設して一体的に形成されており、この補強リブ４３により第２設置穴１９も補強している。また、ステージ部材１２の裏面側には、中継基板１３を第１展示部材１１の内部空間内の所定位置に位置決めして固定するための、固定突起４１が４箇所設けられている。また固定突起４１の先端には突部４２が設けられ、この突部４２が中継基板１３の貫通穴２３に挿入されて、位置決め固定される。
Further, as shown in FIG. 3, the energization jack 15 (or the non-energization jack 101) is located at a position corresponding to the first installation hole 18 on the back side of the stage member 12 (inside the internal space of the first display member 11). There are provided four rectangular tube-shaped jack fitting portions 40 for fitting and fixing. The energizing jack fitting portion of the jack fitting portion 40 has a rectangular parallelepiped shape slightly larger than the outer shape of the energizing jack 15 so that the rectangular parallelepiped body portion 45 of the energizing jack 15 can be inserted (fitted). Similarly, on the back surface side of the stage member 12, a cross-shaped reinforcing rib 43 is erected to prevent the stage member 12 from being deformed and reinforced. Further, a second installation hole 19 is integrally formed at a predetermined location of the reinforcing rib 43, and the second installation hole 19 is also reinforced by the reinforcing rib 43. Further, four fixing protrusions 41 for positioning and fixing the relay substrate 13 at a predetermined position in the internal space of the first display member 11 are provided on the back surface side of the stage member 12. Further, a protrusion 42 is provided at the tip of the fixing protrusion 41, and this protrusion 42 is inserted into the through hole 23 of the relay board 13 and positioned and fixed.
また、通電ジャック１５は、図２及び図６に示すように、角筒状の本体部４５と、本体部４５の一方側端部に設けられる円筒状の先端部４８と、４個の接続端子４６と、係合突起５０とを含んで構成されている。また、通電ジャック１５の内部には、先端部側の一方側端部から本体部側の他方側端部まで貫通する円筒状の通電固定穴４７が形成されている。そして、この通電固定穴４７の内側の所定位置には、４個の接続端子が夫々配置されている。つまり、４個の接続端子は、夫々、一部を通電固定穴４７の内部に通電可能に露出すると共に、通電ジャック１５の本体部４５の外方にも延出して（露出して）設けられている。これにより、通電固定穴４７に通電プラグ（プラグ８３）を挿入するだけで、当該挿入した通電プラグ（プラグ８３）と、通電ジャック１５の接続端子４６と、を通電可能に接続することを可能にしている。
As shown in FIGS. 2 and 6, the energizing jack 15 includes a rectangular tube-shaped main body 45, a cylindrical tip 48 provided at one end of the main body 45, and four connection terminals. 46 and the engagement protrusion 50 are comprised. In addition, a cylindrical energization fixing hole 47 penetrating from one end on the tip end side to the other end on the main body side is formed inside the energization jack 15. Then, four connection terminals are respectively arranged at predetermined positions inside the energization fixing hole 47. That is, each of the four connection terminals is exposed to be able to be energized inside the energization fixing hole 47 and also extends (exposed) to the outside of the main body 45 of the energization jack 15. ing. This makes it possible to connect the inserted power plug (plug 83) and the connection terminal 46 of the power supply jack 15 so that they can be powered only by inserting the power plug (plug 83) into the power fixing hole 47. ing.
尚、第１実施形態では、この通電ジャック１５の通電固定穴４７に挿入するプラグとして、４極プラグ（４個の通電部を有する通電プラグ）を採用しており、通電固定穴４７内部に位置する４極の接続端子４６の夫々が、これら４極プラグの４個の通電部と夫々接続可能となっている。一方、本体部４５から外方に延出する（突出する）４個（４極）の接続端子４６は、後述する第１配線１５３（ジャック接続配線）のコネクタ１５５（４極コネクタ）に嵌挿され、夫々通電可能に接続される。また、係合突起５０はコネクタ１５５の係合凹部に嵌挿され、これにより、通電ジャック１５とコネクタ１５５との結合強度を高めることが可能となる。
In the first embodiment, as the plug to be inserted into the energization fixing hole 47 of the energization jack 15, a four-pole plug (an energization plug having four energization portions) is employed, and the plug is inserted in the energization fixing hole 47. Each of the four-pole connection terminals 46 can be connected to the four energization portions of these four-pole plugs. On the other hand, four (four-pole) connection terminals 46 extending (projecting) outward from the main body 45 are fitted into connectors 155 (four-pole connectors) of a first wiring 153 (jack connection wiring) described later. Each is connected so that energization is possible. In addition, the engagement protrusion 50 is fitted into the engagement recess of the connector 155, thereby increasing the coupling strength between the energizing jack 15 and the connector 155.
また、通電ジャック１５の通電固定穴４７には、図７に示す発光装飾物８１や発光装飾物８５等に例示される電気的駆動部（ＬＥＤ、モータ、ソレノイド、スピーカ等）を有する装飾物（「電気的装飾物」ともいう）のプラグ（プラグ部）が挿入される。図７に示すように、発光装飾物８１及び発光装飾物８５のプラグ８３、８７として、４極プラグを採用しており、このプラグ８３、８７を通電固定穴４７に挿入することで、４極プラグの夫々の通電部（電極）が、通電ジャック１５の通電固定穴４７の内部に設けられた４極の接続端子４６（電極）の夫々と通電可能に接続される。
Further, in the energization fixing hole 47 of the energization jack 15, a decoration (including an LED, a motor, a solenoid, a speaker, etc.) exemplified by the light emitting ornament 81 and the light emitting ornament 85 shown in FIG. A plug (plug part) of “electrical decoration” is inserted. As shown in FIG. 7, four-pole plugs are adopted as the plugs 83 and 87 of the light emitting ornament 81 and the light emitting ornament 85, and by inserting the plugs 83 and 87 into the energization fixing hole 47, four poles are adopted. Each energization part (electrode) of the plug is connected to each of the four-pole connection terminals 46 (electrodes) provided in the energization fixing hole 47 of the energization jack 15 so as to be energized.
ここで、通電ジャック１５を、第１配線１５３（ジャック接続配線）、中継基板１３、第３配線１５９（電源ケーブル）等を介して電源ユニット１５１に接続し、この通電ジャック１５の通電固定穴４７に挿入される電気的装飾物に対して電力を供給可能とした場合において、この通電固定穴４７を「通電穴」や「通電設置部」ということもある。また、第１設置穴１８及び通電固定穴４７を、夫々又は総じて「通電穴」や「通電設置部」ということもある。
Here, the energization jack 15 is connected to the power supply unit 151 via the first wiring 153 (jack connection wiring), the relay board 13, the third wiring 159 (power cable), and the like, and the energization fixing hole 47 of the energization jack 15 is connected. In the case where electric power can be supplied to the electrical ornament inserted into the, the energization fixing hole 47 is sometimes referred to as “energization hole” or “energization installation portion”. In addition, the first installation hole 18 and the energization fixing hole 47 may be referred to as “energization hole” or “energization installation part”, respectively, as a whole.
ここで、本第１実施形態では、図６（ｃ）に示すように、外形形状及びプラグを挿入する貫通状の固定穴の形状が、前述した通電ジャック１５と略同じで、ステージ部材１２のジャック嵌合部４０に嵌合可能な非通電ジャック１０１を備えている。ジャック嵌合部４０の全てに電源ユニット１５１と接続可能な通電ジャック１５を設置しておき、「通電穴（通電設置部）」として設定したい通電ジャック１５の接続端子４６にのみ第１配線１５３を接続して、他の通電ジャック１５の接続端子４６には第１配線１５３を接続しないといった接続態様としてもよい（例えば、図５に示す態様）。
Here, in the first embodiment, as shown in FIG. 6C, the outer shape and the shape of the through hole for inserting the plug are substantially the same as those of the energizing jack 15 described above, and the stage member 12 A non-energized jack 101 that can be fitted to the jack fitting portion 40 is provided. An energizing jack 15 that can be connected to the power supply unit 151 is installed in all of the jack fitting portions 40, and the first wiring 153 is connected only to the connection terminal 46 of the energizing jack 15 to be set as an “energizing hole (energizing installation portion)”. It is good also as a connection aspect which connects and does not connect the 1st wiring 153 to the connection terminal 46 of the other electricity supply jack 15 (for example, aspect shown in FIG. 5).
また、このような接続態様に替えて、第１配線１５３を接続しない、すなわち、第１設置穴１８を「通電穴（通電設置部）」として設定しない箇所（ジャック嵌合部４０）には、接続端子４６を有していない非通電ジャック１０１を設置してもよい（例えば、図１３に示す態様）。これにより、コストを低減しつつ、第１設置穴１８（非通電固定穴１０４）を装飾物等の固定穴として用いることが可能となる。もちろん、発光部は発光しないが、非通電固定穴１０４に対して、発光装飾物８１、８５のプラグ８３、８７を挿入し、非発光の装飾物として設置し、飾ることが可能である。この非通電固定穴１０４を、「非通電穴」や「非通電設置部」ということもある。また、第１設置穴１８及び非通電固定穴１０４を、夫々又は総じて「非通電穴」や「非通電設置部」ということもある。
Further, in place of such a connection mode, the first wiring 153 is not connected, that is, in the place where the first installation hole 18 is not set as the “energization hole (energization installation part)” (the jack fitting part 40), You may install the non-energizing jack 101 which does not have the connection terminal 46 (for example, aspect shown in FIG. 13). Thereby, it becomes possible to use the 1st installation hole 18 (non-energization fixing hole 104) as fixing holes, such as a decoration, reducing cost. Of course, the light emitting part does not emit light, but the plugs 83 and 87 of the light emitting decorations 81 and 85 can be inserted into the non-energizing fixing hole 104 to install and decorate as a non-light emitting decoration. The non-energized fixing hole 104 may be referred to as a “non-energized hole” or a “non-energized installation portion”. In addition, the first installation hole 18 and the non-energized fixing hole 104 may be referred to as “non-energized hole” or “non-energized installation part”, respectively.
また、本第１実施形態では、装飾物（発光装飾物）として、図７（ａ）及び（ｂ）に示すタイプの発光装飾物８１と、図７（ｃ）及び（ｄ）に示すタイプの発光装飾物８５と、を例示しているが、通電ジャック１５の通電固定穴４７に挿入可能な４極プラグ（３．５ｍｍプラグ）を備えていれば、他のタイプの電気的装飾物を飾る（展示する）ことも可能である。例えば、通電穴に設置可能なプラグを有する電気的装飾物として、発光部の高さが異なる発光装飾物を設けてもよい。また、ひも状の電気配線の一方側にプラグ、他方側に発光部を備え電気配線の届く範囲内の任意の箇所に発光部を設置可能な発光装飾物を設けてもよい。このように、通電穴に設置可能なプラグさえ有していれば、多様な形状の電気的装飾物を設置可能であり、展示ケース１に展示する装飾物の大きさや、形状、世界観に合わせて、多様な装飾態様（発光態様）を容易に選択、設定することが可能となる。
Moreover, in this 1st Embodiment, as a decoration (light emission decoration), the light emission decoration 81 of the type shown to Fig.7 (a) and (b), and the type shown to FIG.7 (c) and (d). The light emitting decoration 85 is illustrated, but if a four-pole plug (3.5 mm plug) that can be inserted into the power supply fixing hole 47 of the power supply jack 15 is provided, another type of electric decoration is displayed. It is also possible to exhibit. For example, as an electrical ornament having a plug that can be installed in the current-carrying hole, a light-emitting ornament having a different light emitting portion height may be provided. Further, a light emitting decoration may be provided in which a plug is provided on one side of the string-like electric wiring and a light emitting part is provided on the other side so that the light emitting part can be installed at any location within the reach of the electric wiring. In this way, as long as you have a plug that can be installed in the current-carrying hole, you can install various types of electrical ornaments, and match the size, shape, and world view of the ornaments displayed in the display case 1. Thus, various decoration modes (light emission modes) can be easily selected and set.
また、図７（ａ）及び（ｂ）に示す発光装飾物８１は、１灯のスポットライト形状の装飾物とされている。この発光装飾物８１の本体部８２の一方側端部に第１設置穴１８（通電固定穴４７又は非通電固定穴１０４）に挿入可能な棒状のプラグ８３（「挿入部」ともいう）を備え、他方側端部に１個の発光部８４を備えている。このプラグ８３は断面が円形状とされ、その太い部分の直径が３．５ｍｍとされている。
Moreover, the light emitting ornament 81 shown in FIGS. 7A and 7B is a single spotlight-shaped ornament. A bar-like plug 83 (also referred to as “insertion portion”) that can be inserted into the first installation hole 18 (the energization fixing hole 47 or the non-energization fixing hole 104) is provided at one end of the main body portion 82 of the light emitting decoration 81. One light emitting portion 84 is provided at the other end. The plug 83 has a circular cross section, and the diameter of the thick portion is 3.5 mm.
本体部８２内部には発光部から光を照射するφ５ｍｍのＬＥＤ（光源）を備えており、このＬＥＤが、プラグ８３、通電ジャック１５の接続端子４６、中継基板１３等を介して、電源ユニット１５１と通電可能に接続されることで、所定の点灯態様（点灯パターン、発光色）で発光可能となる。そして、この発光装飾物８１を所定の点灯態様で発光することで、ステージ面１７の他の位置に展示される装飾物３を照射し、装飾効果を高めることが可能となる。また、この発光装飾物８１は、通電固定穴４７に挿入した状態で、プラグ８３を回転軸として（ステージ面１７と平行面上を）自在に（３６０度）回転可能とされており、どの回転位置においても、発光可能とされている。これにより、装飾物３をステージ面や展示空間６のどの位置に展示しても、効果的に光を照射し、装飾性を高めることが可能となる。また、発光装飾物８１の先端部（発光部）を側面に「Ｆ」の文字が書かれた円筒部内部には図示しない回動軸を有している。そして、図７に示すように、当該回動軸を軸として、上下方向に（ステージ面１７と垂直面上を）９０度の回動範囲内で回動可能な構造とされている。尚、図７（ａ）及び（ｃ）は、何れも上下方向に４５度回動させた状態を示している。これにより、左右方向、上下方向のあらゆる位置に対して効果的に光を照射し、装飾性を高めることが可能となる。
Inside the main body 82, a φ5 mm LED (light source) for irradiating light from the light emitting portion is provided, and this LED is connected to the power supply unit 151 via the plug 83, the connection terminal 46 of the power supply jack 15, the relay board 13, and the like. Are connected so as to be energized, and can emit light in a predetermined lighting mode (lighting pattern, emission color). Then, by emitting the light emitting ornament 81 in a predetermined lighting manner, it is possible to irradiate the ornament 3 displayed at other positions on the stage surface 17 and enhance the decoration effect. In addition, the light emitting ornament 81 can be freely rotated (360 degrees) with the plug 83 as a rotation axis (on a plane parallel to the stage surface 17) in a state of being inserted into the energization fixing hole 47. Light emission is also possible at the position. Thereby, it is possible to effectively irradiate light and enhance the decorativeness, regardless of the position of the decoration 3 on the stage surface or the display space 6. In addition, a rotating shaft (not shown) is provided inside the cylindrical portion in which the letter “F” is written on the side of the front end portion (light emitting portion) of the light emitting decoration 81. Then, as shown in FIG. 7, the structure can be rotated within a rotation range of 90 degrees in the vertical direction (on the vertical plane with respect to the stage surface 17) about the rotation axis. 7 (a) and 7 (c) show a state where both are rotated 45 degrees in the vertical direction. As a result, it is possible to effectively irradiate light to any position in the left-right direction and the up-down direction, and enhance the decorativeness.
また、図７（ｃ）及び（ｄ）に示す発光装飾物８５は、３灯のスポットライト形状の装飾物とされている。この発光装飾物８５の本体部８６の一方側端部に第１設置穴１８（通電固定穴４７又は非通電固定穴１０４）に挿入可能な棒状のプラグ８７（「挿入部」ともいう）を備え、他方側端部に３個（複数個）の発光部８８を備えている。また、本体部８６内部には３個の発光部８８から光を照射するφ５ｍｍのＬＥＤ（光源）を、夫々の発光部８８に対応して少なくとも３個備えており、このＬＥＤが、プラグ８７、通電ジャック１５の接続端子４６、中継基板１３等を介して、電源ユニット１５１と通電可能に接続されることで、所定の点灯態様（点灯パターン、発光色）で発光可能となる。尚、３個の発光部８８から異なる発光色の光を照射してもよいし、同じ色の光を照射してもよい。
Moreover, the light emitting ornament 85 shown in FIGS. 7C and 7D is a three-spot-light ornament. A bar-like plug 87 (also referred to as “insertion portion”) that can be inserted into the first installation hole 18 (the energization fixing hole 47 or the non-energization fixing hole 104) is provided at one end of the main body 86 of the light emitting decoration 85. In addition, three (a plurality of) light emitting portions 88 are provided at the other end. The main body 86 includes at least three φ5 mm LEDs (light sources) that emit light from the three light emitting units 88 corresponding to the respective light emitting units 88. By being connected to the power supply unit 151 through the connection terminal 46 of the energization jack 15 and the relay board 13 so as to be energized, it is possible to emit light in a predetermined lighting mode (lighting pattern, emission color). In addition, you may irradiate the light of a different luminescent color from the three light emission parts 88, and may irradiate the light of the same color.
そして、この発光装飾物８５を所定の点灯態様で発光することで、発光装飾物８１と同様に、ステージ面１７の他の位置に展示される装飾物３を照射し、装飾効果を高めることが可能となる。また、発光装飾物８５は、発光装飾物８１と同様に、プラグ８７を回転軸として左右方向に自在に（３６０度）回転可能とされると共に、回動軸９０を軸として上下方向に９０度の回動範囲内で自在に回動可能な構造とされている。ここで「装飾物」には、それ自体が装飾となるものや、他の装飾物を装飾するものの両方を含むものとする。
Then, by emitting the light emitting ornament 85 in a predetermined lighting manner, similarly to the light emitting ornament 81, the ornament 3 displayed at other positions on the stage surface 17 is irradiated to enhance the decoration effect. It becomes possible. Similarly to the light-emitting decorative object 81, the light-emitting decorative object 85 can be freely rotated in the left-right direction (360 degrees) with the plug 87 as a rotation axis, and 90 degrees in the vertical direction with the rotation axis 90 as an axis. It is made the structure which can be freely rotated within the rotation range. Here, the “decorative object” includes both a decoration itself and a decoration for other decorations.
また、第１展示部材１１の中継基板１３（「中継部」ともいう）は、図２、図３及び図５等に示すように、略四角形の平板状に形成されており、第１展示部材１１の内部空間の所定位置に位置決めして、設置されている。中継基板１３の平板状の平面（配線パターン設置面）には、表裏に貫通する４個の貫通穴２３が設けられている。また、中継基板１３の平面の一方側面には、６個のコネクタ（通電コネクタ）が設置されている。具体的には、通電ジャック１５と通電可能に接続可能な第１コネクタ２０（「接続端子」ともいう）を４個と、電源ユニット１５１及び他の中継基板１３の何れか一方と通電可能に接続可能な第２コネクタ２１（「接続端子」ともいう）を１個と、他の中継基板１３と通電可能に接続可能な第３コネクタ２２（「接続端子」ともいう）を１個の計６個のコネクタを備えている。尚、通電ジャック１５と接続可能な第１コネクタ２０の数は、通電穴に設定可能な第１設置穴１８の数と同じ４個とされている。すなわち、第１展示部材１１が有する全ての第１設置穴１８を同時に通電穴に設定することが可能である。但し、このような態様に限定されず、他の態様として、中継基板１３に第１コネクタ２０を、第１設置穴１８の数よりも多い数設けてもよいし、逆に第１設置穴１８の数よりも少ない数設けてもよい。
Further, the relay board 13 (also referred to as “relay portion”) of the first display member 11 is formed in a substantially rectangular flat plate shape as shown in FIGS. 11 is positioned at a predetermined position in the internal space. Four through-holes 23 penetrating the front and back are provided on the flat plane (wiring pattern installation surface) of the relay substrate 13. Further, six connectors (energizing connectors) are installed on one side surface of the plane of the relay substrate 13. More specifically, four first connectors 20 (also referred to as “connection terminals”) that can be connected to the power supply jack 15 so that power can be supplied, and any one of the power supply unit 151 and the other relay board 13 can be connected. One possible second connector 21 (also referred to as “connecting terminal”) and one third connector 22 (also referred to as “connecting terminal”) that can be connected to other relay boards 13 so as to be energized, for a total of six It has a connector. The number of the first connectors 20 that can be connected to the power supply jack 15 is four, which is the same as the number of the first installation holes 18 that can be set to the power supply holes. That is, it is possible to simultaneously set all the first installation holes 18 included in the first display member 11 as current-carrying holes. However, the present invention is not limited to such an aspect, and as another aspect, the relay board 13 may be provided with more first connectors 20 than the first installation holes 18, or conversely, the first installation holes 18. You may provide a number smaller than the number of.
また、この６個のコネクタのうち所定のコネクタを、電源ユニット１５１及び所定の通電ジャック１５に接続することで、第１設置穴１８（通電固定穴４７）を「通電穴」とすることが可能となる。また、所定のコネクタ（第３コネクタ２２）を、連結する他の第１展示部材１１の中継基板１３の所定のコネクタ（第２コネクタ２１）に接続することで、他の中継基板１３（他の第１展示部材１１の第１設置穴１８に設置される発光装飾物）に対しても、電源ユニット１５１からの電力を供給することが可能となる（図５等を参照）。
Further, by connecting a predetermined connector of the six connectors to the power supply unit 151 and the predetermined energization jack 15, the first installation hole 18 (the energization fixing hole 47) can be made an “energization hole”. It becomes. Further, by connecting the predetermined connector (third connector 22) to the predetermined connector (second connector 21) of the relay board 13 of the other first display member 11 to be connected, the other relay board 13 (other The power from the power supply unit 151 can also be supplied to the light-emitting decorative object installed in the first installation hole 18 of the first display member 11 (see FIG. 5 and the like).
また、中継基板１３は、内部空間において、コネクタ設置面をハウジング１４側（図２の図示下方）に向けて設置される。そして、ステージ部材１２の固定突起４１の突部４２が、コネクタ非設置面側から貫通穴２３に挿入され、ハウジング１４のハウジング側固定突起２６が、コネクタ設置面側から貫通穴２３に挿入される。また、これらは夫々４個ずつ設けられているので、夫々が対応する位置で挿入される。そして、ステージ部材１２とハウジング１４とを嵌合して閉じると、ステージ部材１２の固定突起４１の突部４２が、貫通穴２３を介して、ハウジング１４のハウジング側固定突起２６の位置決め穴２５に挿入され、結合される。これにより、中継基板１３は第１展示部材１１の内部空間の所定位置にしっかり位置決め固定され、展示ケース１に振動等を加えても、中継基板１３の設置位置がずれることがない。
In addition, the relay board 13 is installed in the internal space with the connector installation surface facing the housing 14 (downward in FIG. 2). Then, the protrusion 42 of the fixing protrusion 41 of the stage member 12 is inserted into the through hole 23 from the connector non-installation surface side, and the housing side fixing protrusion 26 of the housing 14 is inserted into the through hole 23 from the connector installation surface side. . In addition, since four of these are provided, each is inserted at a corresponding position. When the stage member 12 and the housing 14 are fitted and closed, the protrusion 42 of the fixing protrusion 41 of the stage member 12 is inserted into the positioning hole 25 of the housing side fixing protrusion 26 of the housing 14 through the through hole 23. Inserted and combined. Thus, the relay board 13 is firmly positioned and fixed at a predetermined position in the internal space of the first display member 11, and the installation position of the relay board 13 is not shifted even when vibration or the like is applied to the display case 1.
また、ハウジング１４は、図２に示すように、内側底面３２と対向する側が開口した凹状の箱形状に形成されており、その外形辺（外側周壁部３１の上端辺）は１辺が１００ｍｍの略正方形状とされる。また、ハウジング１４の内側底面３２の周縁部から、内側底面３２と垂直方向に、当該内側底面３２上の空間を取り囲むように、内側周壁部２９が所定高さで立設されている。そして、内側周壁部２９の上端部から内側底面３２と平行方向であって、外方に向けて鍔部３０が所定幅延設されている。そして鍔部３０の端部から、内側底面３２と垂直方向に（内側周壁部２９と平行方向に）、当該内側底面３２上の空間を取り囲むように、外側周壁部３１が所定高さで立設されている。また、これら内側周壁部２９、鍔部３０、外側周壁部３１により、段部が形成される。
Further, as shown in FIG. 2, the housing 14 is formed in a concave box shape having an opening on the side facing the inner bottom surface 32, and the outer side (the upper end side of the outer peripheral wall portion 31) has a side of 100 mm. The shape is approximately square. In addition, an inner peripheral wall portion 29 is erected at a predetermined height from the peripheral edge portion of the inner bottom surface 32 of the housing 14 so as to surround the space on the inner bottom surface 32 in a direction perpendicular to the inner bottom surface 32. And the collar part 30 is extended in predetermined direction from the upper end part of the inner peripheral wall part 29 in the direction parallel to the inner bottom face 32, and outward. Then, the outer peripheral wall portion 31 is erected at a predetermined height so as to surround the space on the inner bottom surface 32 in a direction perpendicular to the inner bottom surface 32 (in a direction parallel to the inner peripheral wall portion 29). Has been. Further, the inner peripheral wall portion 29, the flange portion 30, and the outer peripheral wall portion 31 form a stepped portion.
また、外側周壁部３１の角部の四隅には、ステージ部材１２の固定部３８及びビス１６を挿入可能な係合穴２８が設けられている。そして、ステージ部材１２とハウジング１４とを嵌合して第１展示部材１１を構成するに際して、係合穴２８の一方側からステージ部材１２の固定部３８を挿入し、係合穴２８の他方側からビス１６を挿入すると共に、当該ビス１６を固定部３８の固定穴３９に挿入することで、ビス１６により、ステージ部材１２及びハウジング１４を係合固定させる。これにより、第１展示部材１１を構成する。
Further, at the four corners of the outer peripheral wall portion 31, there are provided engagement holes 28 into which the fixing portions 38 of the stage member 12 and the screws 16 can be inserted. When the stage member 12 and the housing 14 are fitted together to form the first display member 11, the fixing portion 38 of the stage member 12 is inserted from one side of the engagement hole 28, and the other side of the engagement hole 28 is inserted. Then, the stage member 12 and the housing 14 are engaged and fixed by the screw 16 by inserting the screw 16 into the fixing hole 39 of the fixing portion 38. Thereby, the 1st display member 11 is comprised.
また、図３（ｂ）に示すように、ハウジング１４の裏面側（外側底面側）であって、鍔部３０の外側底面には、他の第１展示部材１１（又は、第２展示部材６１）を連結するための、多数（複数）の連結穴３４が設けられている。また、四角形状の第１展示部材１１の４辺のうち、どの辺側にも連結可能なように、４辺の鍔部３０の外側底面の夫々に、４個ずつの連結穴３４が設けられている。また、内側周壁部２９の角部の四隅には、ジャック固定部３６が設けられている。そして、このジャック固定部３６の先端部により、ジャック嵌合部４０に嵌合された通電ジャック１５又は非通電ジャック１０１の下端部（先端部４８の反対側端部）を押さえている。これにより、ジャック嵌合部４０に嵌合される通電ジャック１５又は非通電ジャック１０１がガタついたり、位置ズレしたりするのを極力防止することが可能となる。
Further, as shown in FIG. 3B, another first display member 11 (or second display member 61) is provided on the back surface side (outer bottom surface side) of the housing 14 and on the outer bottom surface of the collar portion 30. ) Are provided with a plurality of (a plurality of) connection holes 34. In addition, four connection holes 34 are provided on each of the outer bottom surfaces of the four-side flanges 30 so that any one of the four sides of the rectangular first display member 11 can be connected. ing. Further, jack fixing portions 36 are provided at the four corners of the inner peripheral wall portion 29. And the lower end part (the edge part on the opposite side of the front-end | tip part 48) of the electricity supply jack 15 fitted to the jack fitting part 40 or the non-energized jack 101 is hold | suppressed by the front-end | tip part of this jack fixing | fixed part 36. As a result, it is possible to prevent the energized jack 15 or the non-energized jack 101 fitted to the jack fitting portion 40 from rattling or being displaced as much as possible.
また、外側周壁部３１の各辺の略中央位置には上端から所定の深さで切り欠いた切欠部が形成されている。この切欠部は、他の第１展示部材１１又は第２展示部材６１と連結する場合や、電源ユニット１５１と接続する場合に、所定の配線を引き出す（引き入れる）ための配線穴２７とされている。また、第１展示部材１１の４辺のうち、どの辺側にも第１展示部材１１や第２展示部材６１を連結可能なように、４辺の外側周壁部３１の夫々に配線穴２７を設けている。また、内側底面３２から立設するハウジング側固定突起２６は、前述した通り、中継基板１３を所定位置に位置決め固定するためのものである。
In addition, a notch portion that is notched at a predetermined depth from the upper end is formed at a substantially central position of each side of the outer peripheral wall portion 31. This notch is a wiring hole 27 for drawing out (pulling in) a predetermined wiring when connected to another first display member 11 or the second display member 61 or when connected to the power supply unit 151. . Moreover, the wiring hole 27 is formed in each of the four outer peripheral wall portions 31 so that the first display member 11 and the second display member 61 can be connected to any side of the four sides of the first display member 11. Provided. Further, the housing-side fixing projection 26 erected from the inner bottom surface 32 is for positioning and fixing the relay board 13 at a predetermined position as described above.
以上説明したように、通電ジャック１５（又は非通電ジャック１０１）、中継基板１３及び電源ユニット１５１を所定の態様で電気的に接続すると共に、ステージ部材１２及びハウジング１４の内部空間の所定位置に収納、設置し、ステージ部材１２及びハウジング１４をビス１６で係合固定することで、第１展示部材１１を構成している。これにより、複数（４箇所）設けられた第１設置穴１８のうち、任意（０〜４個）の第１設置穴１８を「通電穴（通電設置穴）」として設定することが可能となる。また、第１展示部材１１を複数（例えば、４個）連結した場合には、当該連結された第１展示部材１１が有する複数（例えば、１６個）の第１設置穴１８のうち、任意（０〜１６個）の第１設置穴１８を「通電穴（通電設置穴）」として設定することが可能となる（図３を参照）。
As described above, the current-carrying jack 15 (or the non-current-carrying jack 101), the relay board 13 and the power supply unit 151 are electrically connected in a predetermined manner and stored in a predetermined position in the internal space of the stage member 12 and the housing 14. The first display member 11 is configured by installing and fixing the stage member 12 and the housing 14 with screws 16. Thereby, it is possible to set any (0 to 4) first installation holes 18 among the plurality of (four locations) provided first installation holes 18 as “energization holes (energization installation holes)”. . Further, when a plurality of (for example, four) first display members 11 are connected, any one of the plurality of (for example, 16) first installation holes 18 included in the connected first display members 11 ( 0 to 16) first installation holes 18 can be set as “energization holes (energization installation holes)” (see FIG. 3).
尚、第１展示部材１１を複数（例えば、４個）連結した場合において、全ての第１設置穴１８（例えば、１６個）を通電穴に設定して、発光装飾物８１を設置して発光させてもよい。然しながら、発光装飾物８１の数が多いほど装飾性が高まるわけではなく、適度な数だけ設置する方が、全体として装飾性が高い場合もある。また、多数（例えば、２０個）の第１展示部材１１を連結して、全ての第１設置穴１８（８０個）に発光装飾物８１を設置して発光させた場合には、電源ユニット１５１の電気容量が不足し、光量不足となる虞もある。これらを考慮して、通電ジャック１５を付属させることで（例えば、４個を推奨）、発光装飾物８１の発光部の照射態様が光量不足となるのを極力防止することが可能となる。
When a plurality of (for example, four) first display members 11 are connected, all the first installation holes 18 (for example, 16) are set as energization holes, and the light emitting decoration 81 is installed to emit light. You may let them. However, the decorativeness does not increase as the number of the light-emitting decorative objects 81 increases, and there are cases in which the decorativeness is higher as a whole when the appropriate number is installed. Further, when a large number (for example, 20) of the first display members 11 are connected and the light emitting decorations 81 are installed in all the first installation holes 18 (80) to emit light, the power supply unit 151 is used. Insufficient electric capacity may result in insufficient light quantity. Considering these points, it is possible to prevent the illumination mode of the light emitting portion of the light emitting ornament 81 from becoming insufficient as much as possible by attaching the power supply jack 15 (for example, four are recommended).
また、発光装飾物８１の設置個数を制限するとしても、設置位置は制限されないので、連結した第１展示部材１１の第１設置穴１８のうち、任意の設置穴を通電穴に設定することが可能となる。図２に示すように、本第１実施形態では、４個の第１展示部材１１を正方形状となるように連結し、連結したステージ面１７（拡張ステージ面）の角部に位置する四隅の第１設置穴１８を通電穴に設定している。もちろん、通電穴の設定位置はこれに限らず、任意の第１設置穴１８を通電穴に設定することが可能である。通電穴として設定する第１設置穴１８の位置や個数は、展示台４（飾り台）のステージ面１７（拡張ステージ面）や展示空間６に展示される（飾られる）他の装飾物等の設置位置（展示位置）や、大きさ、形状等との兼ね合いで、選択し、設定することが可能である。また、連結する第１展示部材１１（又は第２展示部材６１）の個数や連結態様（長方形状、正方形状、階段状、山形状、三角状等）も任意に設定することが可能である。
In addition, even if the number of light-emitting decorations 81 is limited, the installation position is not limited. Therefore, an arbitrary installation hole among the first installation holes 18 of the connected first display member 11 can be set as a current-carrying hole. It becomes possible. As shown in FIG. 2, in the first embodiment, the four first display members 11 are connected to form a square shape, and the four corners positioned at the corners of the connected stage surface 17 (extended stage surface) are connected. The first installation hole 18 is set as an energization hole. Of course, the setting position of the energization hole is not limited to this, and any first installation hole 18 can be set as the energization hole. The position and number of the first installation holes 18 set as the energization holes are determined by the stage surface 17 (extended stage surface) of the display stand 4 (decoration stand), other decorations displayed (decorated) in the display space 6, and the like. It is possible to select and set in consideration of the installation position (exhibition position), size, shape, and the like. In addition, the number of first display members 11 (or second display members 61) to be connected and the connection mode (rectangular shape, square shape, step shape, mountain shape, triangular shape, etc.) can be arbitrarily set.
次に、図４及び図９を用いて、展示台４（飾り台）の連結構造について説明する。本第１実施形態では、４個の第１展示部材１１を正方形状（２行２列）となるように、縦横同数（２個ずつ）配置して、展示台４を構成している。図４に示すように、この４個の第１展示部材１１を連結するための連結部材として、４種類、８個の連結部材を備えている。具体的には、展示台４の正面側となる２個の第１展示部材１１の側面（正面側側面）を被覆して連結する正面側連結部材１２６と、展示台４の背面側となる２個の第１展示部材１１の側面（背面側側面）を被覆して連結する背面側連結部材１２１と、展示台４の左右側方側となる２個の第１展示部材１１の側面（側方側側面）を被覆して連結する側方側連結部材１３１、１３５を２個と、展示台４を底面側から連結する底部連結部材１３９を４個と、を備えている。
Next, the connection structure of the display stand 4 (decoration stand) is demonstrated using FIG.4 and FIG.9. In the first embodiment, the display stand 4 is configured by arranging the four first display members 11 in the same shape (two by two) in a square shape (two rows and two columns). As shown in FIG. 4, four types and eight connecting members are provided as connecting members for connecting the four first display members 11. Specifically, the front side connecting member 126 that covers and connects the side surfaces (front side surfaces) of the two first display members 11 that are the front side of the display table 4, and 2 that is the back side of the display table 4. The back side connecting member 121 that covers and connects the side surfaces (back side surfaces) of the first display members 11 and the side surfaces (sides) of the two first display members 11 that are the left and right side sides of the display stand 4. The side side connecting members 131 and 135 that cover and connect the side surface) and two bottom side connecting members 139 that connect the display stand 4 from the bottom surface side are provided.
そして、各連結部材１２１、１２６、１３１、１３５、１３９の連結穴１２５、１２９、１３４、１３８、１４０を、第１展示部材１１の底面側に設けた連結穴３４に夫々合わせ、各連結部材と複数の第１展示部材１１とを、ビスにより固定する。尚、ビスは図４の図示下方から上方に向けて連結部材の連結穴及び第１展示部材１１の連結穴に挿入し、ねじ込み固定する。これにより、図９に示すように、複数（４個）の第１展示部材１１が連結部材によって連結されて、拡張ステージ面が形成された展示台４が構成される。また、連結部材は、複数の第１展示部材１１を連結した場合に生じる展示部材同士の繋ぎ目を被覆する化粧カバーの役割も果たしており、このことから連結部材１２１、１２６、１３１、１３５、１３９を「カバー部材」や「被覆部材」ともいう。尚、複数の第１展示部材１１（又は第２展示部材６１）を連結した展示台４を「拡張展示台」ともいう。
Then, the connecting holes 125, 129, 134, 138, and 140 of the connecting members 121, 126, 131, 135, and 139 are aligned with the connecting holes 34 provided on the bottom surface side of the first display member 11, respectively. The plurality of first display members 11 are fixed with screws. The screws are inserted into the connecting holes of the connecting member and the connecting holes of the first display member 11 from the lower side to the upper side in FIG. As a result, as shown in FIG. 9, a plurality of (four) first display members 11 are connected by the connecting members, and the display table 4 on which the extended stage surface is formed is configured. In addition, the connecting member also serves as a decorative cover that covers the joints between the display members generated when the plurality of first display members 11 are connected. Accordingly, the connecting members 121, 126, 131, 135, and 139 are used. Is also referred to as “cover member” or “cover member”. In addition, the display stand 4 which connected several 1st display member 11 (or 2nd display member 61) is also called "extended display stand."
また、図４に示すように、正面側連結部材１２６は、連結される第１展示部材１１の側面と略平行方向に立設する周壁部１２７と、周壁部１２７の下部から当該周壁部１２７と垂直方向に延設され、第１展示部材１１と連結するための複数（８個）の連結穴１２９が形成された底面部１２８と、を備えている。また、正面側連結部材１２６は、展示台４を設置した際の正面側（展示ケース１及び展示された装飾物等を見る頻度の高い側）に位置する連結部材であるため、正面側から見た際の意匠性、装飾性を高めるため、展示台４の正面側側面全体を被覆するのに加え、展示台４の左右側面側に折り曲げて形成し、当該左右側面側の一部を被覆するように、コの字状に形成されている。これにより、展示台４の正面側角部において、連結部材同士の接点が生じ、当該接点のズレ等によって意匠性、装飾性が低下するのを防ぐことが可能となる。また、連結部材をコの字状に形成したことで、連結の強度を高くし、複数の第１展示部材１１を連結した展示台４の連結が外れてしまうのを極力防止することが可能となる。
Further, as shown in FIG. 4, the front side connecting member 126 includes a peripheral wall portion 127 that stands up in a direction substantially parallel to the side surface of the first display member 11 to be connected, and the peripheral wall portion 127 from the lower portion of the peripheral wall portion 127. A bottom surface 128 that extends in the vertical direction and has a plurality of (eight) connection holes 129 for connection to the first display member 11. Further, since the front side connecting member 126 is a connecting member located on the front side (the side on which the display case 1 and the displayed ornaments and the like are viewed frequently) when the display stand 4 is installed, the front side connecting member 126 is viewed from the front side. In addition to covering the entire front side surface of the display stand 4, it is formed by bending the left and right side surfaces of the display stand 4 to cover a part of the left and right side surfaces. Thus, it is formed in a U-shape. Thereby, in the front side corner | angular part of the display stand 4, the contact of connection members arises, and it becomes possible to prevent that the designability and decorating property fall by the shift | offset | difference etc. of the said contact. Further, since the connecting member is formed in a U-shape, it is possible to increase the strength of the connection and to prevent the display table 4 connecting the plurality of first display members 11 from being disconnected as much as possible. Become.
また、背面側連結部材１２１は、周壁部１２２と、複数（８個）の連結穴１２５が形成された底面部１２３と、を備え、前述した正面側連結部材１２６と外形が略同様のコの字状に形成されている。また、背面側連結部材１２１は、展示台４を設置した際の背面側（後面側）に位置し、第１展示部材１１の内部に設置される中継基板１３と電源ユニット１５１とを接続する第３配線１５９（電源ケーブル）が挿通する配線穴１２４が形成されている。尚、背面側連結部材１２１の周壁部１２２に形成される配線穴１２４は、当該背面側連結部材１２１によって連結する第１展示部材１１の個数に合わせて２箇所とされている。
The back side connecting member 121 includes a peripheral wall portion 122 and a bottom surface portion 123 in which a plurality of (eight) connecting holes 125 are formed, and the outer shape is substantially the same as that of the front side connecting member 126 described above. It is formed in a letter shape. The back side connecting member 121 is located on the back side (rear side) when the display stand 4 is installed, and connects the relay board 13 and the power supply unit 151 installed inside the first display member 11. A wiring hole 124 through which the three wiring 159 (power cable) is inserted is formed. In addition, the wiring hole 124 formed in the surrounding wall part 122 of the back side connection member 121 is made into two places according to the number of the 1st display members 11 connected with the said back side connection member 121.
また、図４、図５及び図９に示すように、背面側連結部材１２１の配線穴１２４は、第１展示部材１１の配線穴２７と対向する位置に夫々形成される。そして、一端側を中継基板１３の第２コネクタ２１に接続した第３配線１５９は、第１展示部材１１の配線穴２７、及び、背面側連結部材１２１の配線穴１２４に挿通されて展示台４の外方に延出し、他端側を電源ユニット１５１に接続する。これにより、電源ユニット１５１と展示台４（第１展示部材１１、中継基板１３、通電ジャック１５、発光装飾物８１等）とが通電可能に接続され、電源ユニット１５１に設けられた電源スイッチ１５２をＯＮにすることで、任意の通電穴に挿入、設置された発光装飾物を発光することが可能となる（図５参照）。
Further, as shown in FIGS. 4, 5, and 9, the wiring holes 124 of the back side connecting member 121 are formed at positions facing the wiring holes 27 of the first display member 11, respectively. Then, the third wiring 159 having one end connected to the second connector 21 of the relay board 13 is inserted into the wiring hole 27 of the first display member 11 and the wiring hole 124 of the back side connecting member 121 to be displayed on the display stand 4. The other end side is connected to the power supply unit 151. Thereby, the power supply unit 151 and the display stand 4 (the first display member 11, the relay board 13, the energization jack 15, the light emitting decoration 81, etc.) are connected to be energized, and the power switch 152 provided in the power supply unit 151 is changed. By turning it ON, it becomes possible to emit light from the light emitting decoration inserted and installed in an arbitrary energizing hole (see FIG. 5).
また、前述した正面側連結部材１２６を手前側にして展示台４を設置した際に、展示台４の左側側面を連結する側方側連結部材１３１（一側方連結部材）と、右側側面を連結する側方側連結部材１３５とは、同じ形状とされており、第１展示部材１１同士の側方側の繋ぎ目を被覆して連結している。また、側方側連結部材１３１、１３５は、周壁部１３２と、複数（６個）の連結穴が形成され、周壁部１３２、１３６の下部から周壁部１３２、１３６と垂直方向に延設される底面部１３３、１３７と、を備え、断面Ｌ字状に形成されている。また、底部連結部材１３９は、複数（４個）の連結穴が形成され、長方形平板状に形成されている。この底部連結部材１３９は、展示台４の底面（ステージ面１７と反対側の面）において、隣り合う２個の第１展示部材１１を連結するものであり、第１実施形態のように、４個の第１展示部材１１を連結する場合には、４個の底部連結部材１３９を用いて強固に連結している。
Further, when the display stand 4 is installed with the front side connecting member 126 described above as the front side, a side side connecting member 131 (one side connecting member) for connecting the left side surface of the display stand 4 and the right side surface are connected. The side-side connecting member 135 to be connected has the same shape, and covers and connects the side joints between the first display members 11. Further, the side-side connecting members 131 and 135 are formed with a peripheral wall portion 132 and a plurality (six) of connecting holes, and extend from the lower part of the peripheral wall portions 132 and 136 in a direction perpendicular to the peripheral wall portions 132 and 136. Bottom surface portions 133 and 137, and has an L-shaped cross section. The bottom connecting member 139 has a plurality of (four) connecting holes and is formed in a rectangular flat plate shape. This bottom connecting member 139 connects two adjacent first display members 11 on the bottom surface of the display table 4 (the surface opposite to the stage surface 17). When connecting the first display members 11, the four bottom connection members 139 are firmly connected.
ここで、図５等に示す電源ユニット１５１は、第１展示部材１１の中継基板１３と接続され、中継基板１３及び中継基板１３に接続される通電ジャック１５等を介して、通電穴に設置される電気的装飾物（発光装飾物８１等）に対して電力を供給するものである。また、後述する第２展示部材６１のＬＥＤ中継基板６５と接続され、当該ＬＥＤ中継基板６５に実装されるＬＥＤチップ７４（光源）に対して電力を供給するものである。すなわち、電源ユニット１５１は、電力を供給する「電力供給部」として機能する。この電源ユニット１５１の内部には、所定量の電気（電力）を蓄積可能な二次電池（蓄電池）が内蔵されており、電源ユニット１５１の所定箇所に所定の充電用ケーブルを接続して、当該二次電池を充電することが可能となっている。そして充電された二次電池により電源ユニット１５１に接続された電気部品等に電力を供給する。尚、電源スイッチ１５２をＯＮ側に押圧すると、電力供給可能な状態とされ、ＯＦＦ側に押圧すると電力供給が遮断される。
Here, the power supply unit 151 shown in FIG. 5 or the like is connected to the relay board 13 of the first exhibition member 11 and is installed in the energization hole via the relay board 13 and the energization jack 15 connected to the relay board 13. The electric power is supplied to the electrical ornament (such as the light emitting ornament 81). Further, it is connected to the LED relay board 65 of the second display member 61 described later, and supplies power to the LED chip 74 (light source) mounted on the LED relay board 65. That is, the power supply unit 151 functions as a “power supply unit” that supplies power. Inside the power supply unit 151, a secondary battery (storage battery) capable of storing a predetermined amount of electricity (electric power) is built-in, and a predetermined charging cable is connected to a predetermined location of the power supply unit 151. The secondary battery can be charged. Then, electric power is supplied to the electrical components connected to the power supply unit 151 by the charged secondary battery. When the power switch 152 is pressed to the ON side, the power can be supplied. When the power switch 152 is pressed to the OFF side, the power supply is cut off.
次に、図８及び図９に示すように、展示台４を構成する複数の第１展示部材１１と、これら複数の第１展示部材１１を連結し、外周側面部を被覆する連結部材１２１、１２６、１３１、１３５との間には、展示ケース１の側面部を覆う長方形平板状のアクリル板２を挿入して固定するための、挿入溝１４１が形成されている。尚、図８（ａ）は展示ケース１を正面側から見た図であり、図８（ｂ）は、展示ケース１を図８（ａ）の二点鎖線で示すＡ−Ａ断面を示す図である。尚、発光装飾物８１のプラグ８３は第１設置穴１８に嵌合される通電ジャック１５の通電固定穴４７に対して、図８（ｂ）に示すように挿入されることで、プラグ８３と通電ジャック１５の接続端子４６とが通電可能に接続されている。
Next, as shown in FIG.8 and FIG.9, the some 1st display member 11 which comprises the display stand 4, and the connection member 121 which connects these some 1st display members 11, and coat | covers an outer peripheral side part, An insertion groove 141 is formed between 126, 131, and 135 for inserting and fixing the rectangular flat acrylic plate 2 that covers the side surface of the display case 1. 8A is a view of the display case 1 viewed from the front side, and FIG. 8B is a view showing the A-A cross section of the display case 1 indicated by a two-dot chain line in FIG. 8A. It is. The plug 83 of the light emitting ornament 81 is inserted into the energization fixing hole 47 of the energization jack 15 fitted in the first installation hole 18 as shown in FIG. The connection terminal 46 of the energization jack 15 is connected to be energized.
また、図９に示すように、挿入溝１４１は展示台４の４辺に、連結された第１展示部材１１の外周に沿って形成されており、４枚のアクリル板２が、当該４辺の挿入溝１４１に夫々挿入されることで、固定される。尚、図８に示すように、挿入溝１４１は、展示台４と同様、天井部材５にも同形状で形成されており、アクリル板２の下端部を展示台４の挿入溝１４１に挿入し、アクリル板２の上端部を天井部材５の挿入溝１４１に挿入することで、４枚のアクリル板２と、展示台４と、天井部材５とを固定することが可能となる。これにより、４枚の透明アクリル板２で、展示台４のステージ面１７上の展示空間６の四方全てを取り囲み、展示ケース１を構成している。
As shown in FIG. 9, the insertion grooves 141 are formed on the four sides of the display stand 4 along the outer periphery of the connected first display member 11, and the four acrylic plates 2 are arranged on the four sides. It is fixed by being inserted into each of the insertion grooves 141. As shown in FIG. 8, the insertion groove 141 is formed in the ceiling member 5 in the same shape as the display stand 4, and the lower end portion of the acrylic plate 2 is inserted into the insertion groove 141 of the display stand 4. By inserting the upper end portion of the acrylic plate 2 into the insertion groove 141 of the ceiling member 5, the four acrylic plates 2, the display stand 4, and the ceiling member 5 can be fixed. Thus, the four transparent acrylic plates 2 surround all four sides of the display space 6 on the stage surface 17 of the display stand 4 to constitute the display case 1.
次に、図１、図６及び図９を用いて、展示ケース１の展示空間６内に展示される装飾物３及び装飾物３を支持固定するための支持部材１１０について説明する。第１実施形態では、図１及び図９に示すように、４個の第１展示部材１１を連結して展示台４を形成している。そして、展示台４のステージ面１７（拡張ステージ面）には、第１設置穴１８及び第２設置穴が形成されている。このステージ面１７に装飾物等を設置する場合には、第１設置穴１８に装飾物の一部を挿入して固定設置するか、第２設置穴１９に装飾物の一部を挿入して固定設置するか、又は、設置穴１８、１９に装飾物等の一部を挿入することなく単にステージ面１７上に載置するものとする。
Next, the decoration object 3 displayed in the exhibition space 6 of the display case 1 and the support member 110 for supporting and fixing the decoration object 3 will be described with reference to FIGS. In the first embodiment, as shown in FIGS. 1 and 9, the four first display members 11 are connected to form the display table 4. And the 1st installation hole 18 and the 2nd installation hole are formed in the stage surface 17 (expansion stage surface) of the display stand 4. FIG. When installing a decoration or the like on the stage surface 17, a part of the decoration is inserted and fixed in the first installation hole 18, or a part of the decoration is inserted in the second installation hole 19. It shall be fixedly installed or simply placed on the stage surface 17 without inserting a part of a decorative object or the like into the installation holes 18 and 19.
後者の態様、すなわち、装飾物３を、当該装飾物３の一部を設置穴に挿入することなくステージ面１７上に単に載置する場合において、装飾物３のステージ面１７と接する部分の面積が小さい場合や、重心の位置関係でバランスが悪い場合等には、展示ケース１に加えた振動によって、装飾物３が転倒したり、位置ズレしたりする場合がある。そこで本第１実施形態では、図６に示すような棒状の支持部材１１０を設け、図９に示すように、支持部材１１０によって、ステージ面１７上に載置した装飾物３を支持することを可能としている。
In the latter mode, that is, when the ornament 3 is simply placed on the stage surface 17 without inserting a part of the ornament 3 into the installation hole, the area of the portion of the ornament 3 that is in contact with the stage surface 17 Is small, or the balance is poor due to the positional relationship of the center of gravity, etc., the ornament 3 may fall over or be displaced due to vibration applied to the display case 1. Therefore, in the first embodiment, a rod-like support member 110 as shown in FIG. 6 is provided, and the ornament 3 placed on the stage surface 17 is supported by the support member 110 as shown in FIG. It is possible.
具体的に、支持部材１１０は、図６（ｄ）に示すように、棒状の支持棒部１１１の一端側にステージ側鍔部１１２及びステージ側挿入突起１１３が設けられ、他端側に装飾物側鍔部１１４及び装飾物側挿入突起１１５が設けられている。このステージ側挿入突起１１３を、ステージ面１７上の第２設置穴１９に挿入することで、支持部材１１０をステージ面１７上に固定可能としている。尚、ステージ側挿入突起１１３は、最大直径４．３ｍｍで断面円形状の突起部とされている。また、装飾物３の背面には、図示しない挿入穴が形成されており、装飾物側挿入突起１１５を、装飾物３の挿入穴に挿入することで、支持部材１１０と装飾物３とを固定可能としている。これにより、支持部材１１０を介して、装飾物３をステージ面１７上に固定可能としている。
Specifically, as shown in FIG. 6D, the support member 110 is provided with a stage-side flange 112 and a stage-side insertion protrusion 113 on one end side of a rod-like support bar portion 111, and a decorative object on the other end side. The side collar part 114 and the ornament side insertion protrusion 115 are provided. The support member 110 can be fixed on the stage surface 17 by inserting the stage-side insertion protrusion 113 into the second installation hole 19 on the stage surface 17. The stage-side insertion protrusion 113 is a protrusion having a maximum diameter of 4.3 mm and a circular cross section. Also, an insertion hole (not shown) is formed on the back surface of the ornament 3, and the support member 110 and the ornament 3 are fixed by inserting the ornament-side insertion protrusion 115 into the insertion hole of the ornament 3. It is possible. Thereby, the decoration 3 can be fixed on the stage surface 17 via the support member 110.
また、第２設置穴１９はステージ面１７（拡張ステージ面）上に複数個所（１６箇所）形成されており、装飾物３の設置位置（載置位置）に応じて、任意の第２設置穴１９に支持部材１１０を挿入し、固定することが可能である。また、支持部材１１０を設置する際に、ちょうどよい位置に第２設置穴１９がない場合に使用する変換部材（補助部材）として、図６（ｅ）に示す穴径変換部材１７１を備えている。穴径変換部材１７１は、鍔部１７３と、挿入突起１７５と、第２設置穴１９と同じ六角形状で同じ大きさの設置穴１７２と、を有して構成される。挿入突起１７５は、ステージ面１７上の第１設置穴１８に挿入して固定することが可能とされ、設置穴１７２には、第２設置穴１９と同様に、支持部材１１０のステージ側挿入突起１１３を挿入することが可能となっている。尚、設置穴１７２の穴の深さは、鍔部の高さの範囲内で形成されている。これにより、第１設置穴１８を第２設置穴１９に変換することが可能となっている。またこれにより、支持部材１１０の設置位置や装飾物３の設置位置（展示位置）を多様に設定することが可能となる。
The second installation holes 19 are formed at a plurality of locations (16 locations) on the stage surface 17 (expansion stage surface), and any second installation holes can be selected according to the installation position (mounting position) of the ornament 3. The support member 110 can be inserted into the base 19 and fixed. Moreover, when installing the support member 110, the hole diameter conversion member 171 shown in FIG.6 (e) is provided as a conversion member (auxiliary member) used when the 2nd installation hole 19 is not in the right position. . The hole diameter conversion member 171 includes a flange portion 173, an insertion protrusion 175, and an installation hole 172 having the same hexagonal shape and the same size as the second installation hole 19. The insertion protrusion 175 can be inserted and fixed in the first installation hole 18 on the stage surface 17, and the installation hole 172 has the stage-side insertion protrusion of the support member 110 in the same manner as the second installation hole 19. 113 can be inserted. In addition, the depth of the hole of the installation hole 172 is formed within the range of the height of the collar portion. Thereby, the first installation hole 18 can be converted into the second installation hole 19. This also makes it possible to set various installation positions of the support member 110 and installation positions (exhibition positions) of the decorative objects 3.
次に、図５を用いて、複数個（４個）の第１展示部材１１を連結して構成した展示台４の配線構造について説明する。図５では、説明の便宜上、４個の第１展示部材１１を夫々第１展示部材［Ａ］、第１展示部材［Ｂ］、第１展示部材［Ｃ］、第１展示部材［Ｄ］として説明する（図５（ａ）に示す通り）。図５（ａ）は、展示台４の連結部材及びハウジング１４を取り外した状態で、ステージ部材１２、中継基板１３、通電ジャック１５、配線、電源ユニット１５１等をハウジング１４側から見た図を示している。
Next, the wiring structure of the display stand 4 configured by connecting a plurality (four) of the first display members 11 will be described with reference to FIG. In FIG. 5, for convenience of explanation, the four first display members 11 are respectively referred to as a first display member [A], a first display member [B], a first display member [C], and a first display member [D]. This will be described (as shown in FIG. 5A). FIG. 5A shows the stage member 12, the relay board 13, the energizing jack 15, the wiring, the power supply unit 151, and the like viewed from the housing 14 side with the connecting member and the housing 14 of the display stand 4 removed. ing.
本第１実施形態では、展示台４を構成する全ての第１展示部材１１に中継基板１３を設け、そのうち、１個の中継基板１３だけを電源ユニット１５１と直接接続し、他の中継基板１３には、電源ユニット１５１を直接接続した中継基板１３を介して電源ユニット１５１と通電可能に接続し、電力を供給するものとする。また、図５（ａ）に示すように、各ステージ部材１２には夫々４個のジャック嵌合部４０が設けられており、全て（１６箇所）のジャック嵌合部４０に通電ジャック１５が嵌合設置されている。そして、これら１６箇所の通電ジャック１５から任意に選択した４箇所の通電ジャック１５を電源ユニット１５１と通電可能に接続するものとする。この４箇所は、各ステージ部材１２に１箇所ずつ設けられている。
In the first embodiment, relay boards 13 are provided on all the first display members 11 constituting the display stand 4, and only one relay board 13 is directly connected to the power supply unit 151, and the other relay boards 13 are provided. The power supply unit 151 is connected to the power supply unit 151 through the relay board 13 to which the power supply unit 151 is directly connected so as to be energized, and power is supplied. Further, as shown in FIG. 5A, each stage member 12 is provided with four jack fitting portions 40, and the current carrying jacks 15 are fitted to all (16 places) of the jack fitting portions 40. It is installed together. And four energizing jacks 15 arbitrarily selected from these 16 energizing jacks 15 are connected to the power supply unit 151 so as to be energized. These four places are provided on each stage member 12 one by one.
まず、第１展示部材［Ａ］の第２コネクタ２１と電源ユニット１５１のコネクタとを、電源ケーブル（第３配線１５９）のコネクタ１６０、１６１によって接続する。また、第１展示部材［Ａ］の第３コネクタ２２は、拡張配線（第２配線１５６）のコネクタ１５７、１５８によって、第１展示部材［Ｂ］の第２コネクタ２１と接続される。また、第１展示部材［Ｂ］の第３コネクタ２２は、拡張配線（第２配線１５６）のコネクタ１５７、１５８によって、第１展示部材［Ｃ］の第２コネクタ２１と接続される。また、第１展示部材［Ｃ］の第３コネクタ２２は、拡張配線（第２配線１５６）のコネクタ１５７、１５８によって、第１展示部材［Ｄ］の第２コネクタ２１と接続される。尚、第１展示部材［Ｄ］の第３コネクタ２２は空コネクタ（空端子）とされる。この様に、第１展示部材［Ａ］乃至［Ｄ］の中継基板は、この順で接続されることで、各中継基板に電力が供給される。尚、拡張配線１５６により、所定の中継基板１３と他の中継基板１３とを接続する際には、当該拡張配線１５６をハウジング１４の配線穴２７を挿通して接続するものとする。これにより電気配線が展示台４（展示ケース１）の外部に必要以上に露出せず、意匠性、装飾性が低下するのを防止することが可能となる。
First, the second connector 21 of the first display member [A] and the connector of the power supply unit 151 are connected by the connectors 160 and 161 of the power cable (third wiring 159). The third connector 22 of the first display member [A] is connected to the second connector 21 of the first display member [B] by connectors 157 and 158 of the extension wiring (second wiring 156). The third connector 22 of the first display member [B] is connected to the second connector 21 of the first display member [C] by connectors 157 and 158 of the extension wiring (second wiring 156). The third connector 22 of the first exhibition member [C] is connected to the second connector 21 of the first exhibition member [D] by connectors 157 and 158 of the extension wiring (second wiring 156). The third connector 22 of the first display member [D] is an empty connector (empty terminal). In this way, the relay boards of the first display members [A] to [D] are connected in this order, whereby electric power is supplied to each relay board. When the predetermined relay board 13 and another relay board 13 are connected by the extension wiring 156, the extension wiring 156 is inserted through the wiring hole 27 of the housing 14 and connected. As a result, the electrical wiring is not exposed to the outside of the display table 4 (display case 1) more than necessary, and it is possible to prevent the design and decorative properties from being deteriorated.
また、第１展示部材［Ａ］の第１コネクタ２０と拡張展示台の角部に位置する通電ジャック１５の接続端子４６とを、ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。また、第１展示部材［Ｂ］の第１コネクタ２０と拡張展示台の角部に位置する通電ジャック１５の接続端子４６とを、ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。また、第１展示部材［Ｃ］の第１コネクタ２０と拡張展示台の角部に位置する通電ジャック１５の接続端子４６とを、ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。また、第１展示部材［Ｄ］の第１コネクタ２０と拡張展示台の角部に位置する通電ジャック１５の接続端子４６とを、ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。
Further, the first connector 20 of the first exhibition member [A] and the connection terminal 46 of the energizing jack 15 located at the corner of the extended exhibition stand are connected by the connectors 154 and 155 of the jack connection wiring (first wiring 153). To do. Further, the first connector 20 of the first exhibition member [B] and the connection terminal 46 of the energizing jack 15 located at the corner of the extended exhibition stand are connected by the connectors 154 and 155 of the jack connection wiring (first wiring 153). To do. Further, the first connector 20 of the first display member [C] and the connection terminal 46 of the energizing jack 15 located at the corner of the extended display stand are connected by connectors 154 and 155 of the jack connection wiring (first wiring 153). To do. Further, the first connector 20 of the first display member [D] and the connection terminal 46 of the energizing jack 15 located at the corner of the extended display stand are connected by the connectors 154 and 155 of the jack connection wiring (first wiring 153). To do.
また、各中継基板１３には、第１コネクタ２０が４個ずつ設けられているため、３個ずつの第１コネクタ（計１２個）が空コネクタ（空端子）とされる。これにより、第１展示部材［Ａ］乃至［Ｄ］を連結して構成する拡張展示台の角部４箇所の第１設置穴１８を、電源ユニット１５１と通電可能に接続された通電穴として設定することが可能となる。尚、第１実施形態では、図１、図５及び図９等に示すように、展示台４の角部４箇所（四隅部）に位置する第１設置穴１８を通電穴として設定し、発光装飾物８１を設置する態様としたが、展示する装飾物の大きさや展示位置等に応じて、他の第１設置穴１８を通電穴として設定してもよいし、通電穴を４個より多くして発光装飾物８１を増加してもよいし、通電穴を４個より少なくして発光装飾物８１を減少してもよい。また、誤接続を防止するため、第１コネクタ２０、第２コネクタ２１、及び第３コネクタ２２のコネクタ形状を夫々異ならせている。
Since each relay board 13 is provided with four first connectors 20, three first connectors (12 in total) are used as empty connectors (empty terminals). Accordingly, the first installation holes 18 at the four corners of the extended display stand configured by connecting the first display members [A] to [D] are set as the current supply holes connected to the power supply unit 151 so as to be capable of being supplied with power. It becomes possible to do. In the first embodiment, as shown in FIGS. 1, 5 and 9, etc., the first installation holes 18 located at the four corners (four corners) of the display stand 4 are set as the current-carrying holes to emit light. Although the ornament 81 is installed, the other first installation holes 18 may be set as energization holes according to the size of the ornament to be displayed, the display position, etc., or more than 4 energization holes. Then, the number of light emitting decorations 81 may be increased, or the number of light emitting decorations 81 may be decreased by reducing the number of current-carrying holes. In addition, the connector shapes of the first connector 20, the second connector 21, and the third connector 22 are different in order to prevent erroneous connection.
次に、図１及び図１０に基づいて、展示ケース１の天井部材５を構成する第２展示部材６１について説明する。図１０に示すように、第２展示部材６１は、平面状の発光ステージ面７９を有する発光ステージ部材６２と、発光ステージ部材６２と組み合わさることで箱形状の箱体を構成するハウジング６６と、当該箱体の内部空間（収納空間）に設置される平板状の光拡散板６３と、同じく当該箱体の内部空間に設置される仕切りフレーム６４、同じく当該箱体の内部空間に設置されるＬＥＤ中継基板６５（「中継部」、「ＬＥＤ中継部」ともいう）と、を少なくとも含んで構成されている。そして、ＬＥＤ中継基板６５を所定の配線（電気配線）で接続すると共に、これら、発光ステージ部材６２、光拡散板６３、仕切りフレーム６４、ＬＥＤ中継基板６５、及び、ハウジング６６を、所定の順序・位置で嵌め合わせ、４個のビス９９で固定することで、第２展示部材６１を構成している。
Next, based on FIG.1 and FIG.10, the 2nd display member 61 which comprises the ceiling member 5 of the display case 1 is demonstrated. As shown in FIG. 10, the second display member 61 includes a light-emitting stage member 62 having a flat light-emitting stage surface 79, a housing 66 that forms a box-shaped box by being combined with the light-emitting stage member 62, The flat light diffusion plate 63 installed in the internal space (storage space) of the box, the partition frame 64 installed in the internal space of the box, and the LED installed in the internal space of the box It includes at least a relay board 65 (also referred to as “relay part” or “LED relay part”). The LED relay board 65 is connected by a predetermined wiring (electrical wiring), and the light emitting stage member 62, the light diffusion plate 63, the partition frame 64, the LED relay board 65, and the housing 66 are connected in a predetermined order. The second display member 61 is configured by fitting in position and fixing with four screws 99.
ここで、第１展示部材１１は、電源ユニット１５１と接続することで「通電穴」を設定し、当該通電穴に挿入・設置した電気的装飾物（例えば、発光装飾物８１）に電力を供給可能としている。これにより、第１展示部材１１とは別個の（別部材の）電気的装飾物（例えば、発光装飾物８１）の電気的駆動（発光）を可能としている。これに対して、第２展示部材６１は、内部に発光部材（ＬＥＤチップ７４）を実装したＬＥＤ基板（ＬＥＤ中継基板６５）を有しており、この発光部材を発光することで、第２展示部材６１自体を発光させることを可能としている。これにより、図１に示すように、天井部材５として第２展示部材６１を設置した場合には、展示空間６の上方から、展示空間６内や展示ケース１内に展示された装飾物を照射することが可能となる。またこれにより、装飾物及び展示ケース１の装飾性を向上させることが可能となる。
Here, the first display member 11 sets an “energizing hole” by connecting to the power supply unit 151, and supplies power to an electrical ornament (for example, the light emitting ornament 81) inserted and installed in the energizing hole. It is possible. Thereby, the electric drive (light emission) of the electric decoration (for example, the light emission decoration 81) separate from the 1st display member 11 (separate member) is enabled. On the other hand, the second display member 61 has an LED substrate (LED relay substrate 65) on which a light emitting member (LED chip 74) is mounted. By emitting light from this light emitting member, the second display member 61 The member 61 itself can emit light. Thus, as shown in FIG. 1, when the second display member 61 is installed as the ceiling member 5, the decorations displayed in the display space 6 or the display case 1 are irradiated from above the display space 6. It becomes possible to do. Thereby, it is possible to improve the decorativeness of the decorative object and the display case 1.
また、本第１実施形態では、図１に示すように、第２展示部材６１を複数連結した部材を、展示ケース１の天井部材５として用いている。然しながら、このような実施態様に限定されない。例えば、第２展示部材６１（又は、第２展示部材６１を複数連結した部材）を、床部材（展示台、飾り台）として用いることも可能である。この場合、第２展示部材６１の平板状の発光ステージ面７９上には、所定の装飾物等を設置可能（展示可能）である。そして、展示台として設置した第２展示部材６１の一部又は全部を発光することで、発光ステージ面７９上に載置した装飾物等を足元から照射すると共に、足元（ステージ面）を光らせ、装飾物及び展示ケース１の装飾性を向上させることが可能となる。
In the first embodiment, as shown in FIG. 1, a member in which a plurality of second display members 61 are connected is used as the ceiling member 5 of the display case 1. However, it is not limited to such an embodiment. For example, the second display member 61 (or a member in which a plurality of second display members 61 are connected) can be used as a floor member (exhibit stand or display stand). In this case, on the flat light emitting stage surface 79 of the second display member 61, a predetermined ornament or the like can be installed (displayable). Then, by illuminating a part or the whole of the second display member 61 installed as an exhibition stand, the ornament or the like placed on the light emitting stage surface 79 is irradiated from the foot, and the foot (stage surface) is lit. It is possible to improve the decorativeness of the decorative object and the display case 1.
発光ステージ部材６２は、図１０に示すように、発光ステージ面７９と対向する側が開口した凹状の箱形状に形成されており、発光ステージ面７９（図１０の図示上面）は１辺が１００ｍｍの正方形状とされ、その表面は平面状とされている。尚、第２展示部材６１の厚みは、第１展示部材１１と同様に、およそ２５ｍｍ程度とされている。また、発光ステージ部材６２には、発光ステージ面７９の裏面側空間を取り囲むように、発光ステージ面７９と垂直方向に周壁部８９が設けられている。そして、対向する両側の（２箇所の）周壁部８９の夫々に、後述する仕切りフレーム６４の係合爪６９が係合する係合穴６７が設けられている。また、発光ステージ部材６２は、ＬＥＤチップ７４が発光した際に当該光を外部に照射するため、光透過性（透光性）の樹脂で成形されている。
As shown in FIG. 10, the light emitting stage member 62 is formed in a concave box shape having an opening on the side facing the light emitting stage surface 79, and the light emitting stage surface 79 (the upper surface shown in FIG. 10) has a side of 100 mm. It has a square shape, and its surface is flat. The thickness of the second display member 61 is about 25 mm, similar to the first display member 11. In addition, the light emitting stage member 62 is provided with a peripheral wall portion 89 in a direction perpendicular to the light emitting stage surface 79 so as to surround the space on the back surface side of the light emitting stage surface 79. And the engagement hole 67 which the engagement nail | claw 69 of the partition frame 64 mentioned later engages in each of the surrounding wall part 89 (two places) of the both sides which oppose is provided. The light emitting stage member 62 is formed of a light transmissive (translucent) resin in order to irradiate the light to the outside when the LED chip 74 emits light.
光拡散板６３は、ＬＥＤ中継基板６５におけるＬＥＤチップ実装面積より広い面積であって、発光ステージ面７９の裏面側空間において、発光ステージ面７９の裏面側を被覆する大きさで、略正方形の平板状に形成されている。この光拡散板６３は、ＬＥＤチップ７４から出射した光を広範囲に拡散するためのもので、これにより発光ステージ面７９から見える光が、所謂点発光となるのを極力防止し、装飾性を高めることが可能となる。また、光拡散板６３の対向する２辺であって、前述した発光ステージ部材６２の周壁部８９の係合穴６７と同じ側の２辺には、夫々係合凹部６８が設けられている。そして、仕切りフレーム６４の両側の係合爪６９の間に光拡散板６３を、両係合爪６９に両係合凹部６８が嵌合するように嵌め合わせ、両係合爪６９を、発光ステージ部材６２の両係合穴６７に係合させる。これにより、仕切りフレーム６４、光拡散板６３及び発光ステージ部材６２の３部材を確実に固定係合させることが可能となる。また、この光拡散板６３の一方側面には波状に光拡散部（レンズ部）が形成されており、この波状形状によって多様な方向に光を拡散することが可能となる。また、本第１実施形態の光拡散板６３はポリカーボネートで形成しているが、これに替えて、又は加えて、塩化ビニルフィルム等の樹脂で形成した薄い光拡散シート（光拡散フィルム）を設けてもよい。
The light diffusing plate 63 has a larger area than the LED chip mounting area on the LED relay substrate 65, and is large enough to cover the rear surface side of the light emitting stage surface 79 in the rear surface space of the light emitting stage surface 79. It is formed in a shape. The light diffusing plate 63 is for diffusing the light emitted from the LED chip 74 over a wide range, thereby preventing the light seen from the light emitting stage surface 79 from becoming so-called point light emission as much as possible and improving the decorativeness. It becomes possible. Engaging recesses 68 are provided on the two opposite sides of the light diffusing plate 63 on the same side as the engaging hole 67 of the peripheral wall 89 of the light emitting stage member 62 described above. Then, the light diffusing plate 63 is fitted between the engaging claws 69 on both sides of the partition frame 64 so that both the engaging recesses 68 are fitted to the both engaging claws 69, and both the engaging claws 69 are connected to the light emitting stage. The both engagement holes 67 of the member 62 are engaged. Thereby, the three members of the partition frame 64, the light diffusion plate 63, and the light emitting stage member 62 can be securely fixedly engaged. In addition, a light diffusing portion (lens portion) is formed in a wave shape on one side surface of the light diffusing plate 63, and the light can be diffused in various directions by the wave shape. Moreover, although the light diffusing plate 63 of the first embodiment is formed of polycarbonate, a thin light diffusing sheet (light diffusing film) formed of a resin such as a vinyl chloride film is provided instead of or in addition to this. May be.
仕切りフレーム６４は、図１０に示すように、フレーム状の骨部材によって３行３列のマトリックス状に９箇所の正方形状の仕切り空間７０を形成している。この仕切り空間７０には、後述する複数（９個）のＬＥＤチップ７４の夫々が（１個ずつ又は１組ずつ）位置するように構成されている。そして、夫々の仕切り空間７０に位置するＬＥＤチップ７４の光が、他の仕切り空間７０に位置するＬＥＤチップ７４の光と混ざるのを極力防止することを可能としている。また、この仕切りフレーム６４の外側の対向する２辺であって、前述した発光ステージ部材６２の周壁部８９の係合穴６７と同じ側の２辺には、発光ステージ面７９側へ向けて鉤状の係合爪６９が夫々突設されている。
As shown in FIG. 10, the partition frame 64 forms nine square partition spaces 70 in a matrix of 3 rows and 3 columns by a frame-shaped bone member. The partition space 70 is configured such that each of a plurality (9) of LED chips 74 described later (one or one set) is positioned. In addition, it is possible to prevent the light of the LED chips 74 located in the respective partition spaces 70 from being mixed with the light of the LED chips 74 located in the other partition spaces 70 as much as possible. Further, two opposite sides on the outside of the partition frame 64, which are on the same side as the engagement hole 67 of the peripheral wall portion 89 of the light-emitting stage member 62 described above, are directed toward the light-emitting stage surface 79 side. Each of the engagement claws 69 has a protruding shape.
また、仕切りフレーム６４の角部の四隅には、ハウジング６６側に固定穴７２が設けられた固定部７１が形成されている。また、仕切りフレーム６４の内側の骨部材と骨部材との交差部４箇所には、夫々ハウジング６６側（ＬＥＤ中継基板６５側）に向けて突出する固定突起７３が設けられている。
In addition, at the four corners of the corner portion of the partition frame 64, fixing portions 71 having fixing holes 72 provided on the housing 66 side are formed. In addition, fixing projections 73 projecting toward the housing 66 side (the LED relay board 65 side) are provided at four locations where the bone member inside the partition frame 64 intersects the bone member.
ＬＥＤ中継基板６５は、図１０及び図１１に示すように、略正方形の平板状に形成される。また、ＬＥＤ中継基板６５の四隅には、嵌合凹部７６が設けられており、当該嵌合凹部７６が、前述した仕切りフレーム６４の四隅に設けられた４個の固定部７１の内側に挟まれるようにして、固定部７１と嵌合する。また、ＬＥＤ中継基板６５の前述した仕切りフレーム６４の固定突起７３に対向する位置には、固定突起７３と同数の挿入穴７５が設けられている。また、ＬＥＤ中継基板６５の発光ステージ部材６２側の面には、仕切りフレーム６４の９個の仕切り空間９０の略中央位置に夫々位置するように、９個（９組）のＬＥＤチップ７４が実装されている。この９個（９組）のＬＥＤチップ７４は、夫々単色のＬＥＤであってもよいし、フルカラーのＬＥＤであってもよい。
As shown in FIGS. 10 and 11, the LED relay board 65 is formed in a substantially square flat plate shape. Further, fitting recesses 76 are provided at the four corners of the LED relay board 65, and the fitting recesses 76 are sandwiched between the four fixing portions 71 provided at the four corners of the partition frame 64 described above. In this way, the fitting part 71 is fitted. Further, the same number of insertion holes 75 as the fixed protrusions 73 are provided at positions of the LED relay board 65 facing the fixed protrusions 73 of the partition frame 64 described above. Further, nine (9 sets) of LED chips 74 are mounted on the surface of the LED relay substrate 65 on the light emitting stage member 62 side so as to be positioned at substantially the center positions of the nine partition spaces 90 of the partition frame 64, respectively. Has been. Each of the nine (9 sets) LED chips 74 may be a single color LED or a full color LED.
また、図１１に示すように、ＬＥＤ中継基板６５のハウジング６６側の面には、電源ユニット１５５及び他の第２展示部材６１が備えるＬＥＤ中継基板６５の何れか一方と電気的に接続可能な第４コネクタ７７（「接続端子」ともいう）と、他の第２展示部材６１が備えるＬＥＤ中継基板６５と接続可能な第５コネクタ７８（「接続端子」ともいう）と、が設けられている（実装されている）。そして、これら第４コネクタ７７及び第５コネクタ７８は、連結される第２展示部材６１の個数、及び連結される形状（正方形状、長方形状、山形形状等）等に応じて、コネクタ１６０、１６１を有する電源ケーブル（第３配線１５９）及びコネクタ１５７、１５８を有する拡張配線（第２配線１５６）を用いて、任意の接続態様で、電源ユニット１５１及び他の第２展示部材６１と電気的に接続される。これにより、連結される第２展示部材６１のＬＥＤ中継基板６５が電気的に接続され、電源ユニット１５１の電源スイッチ１５２をＯＮにすることで、当該ＬＥＤ基板６５に実装されるＬＥＤチップ７４を所定の発光態様で発光させることが可能となる。
Further, as shown in FIG. 11, the surface of the LED relay board 65 on the housing 66 side can be electrically connected to any one of the LED relay boards 65 included in the power supply unit 155 and the other second display member 61. A fourth connector 77 (also referred to as “connection terminal”) and a fifth connector 78 (also referred to as “connection terminal”) that can be connected to the LED relay board 65 provided in the other second display member 61 are provided. (Implemented). And these 4th connector 77 and 5th connector 78 are connectors 160 and 161 according to the number of the 2nd exhibition members 61 connected, shape (square shape, rectangular shape, mountain shape, etc.) connected, etc. The power cable (third wiring 159) and the extension wiring (second wiring 156) having connectors 157 and 158 are electrically connected to the power supply unit 151 and the other second display member 61 in any connection manner. Connected. As a result, the LED relay board 65 of the second display member 61 to be connected is electrically connected, and the power switch 152 of the power supply unit 151 is turned on, so that the LED chip 74 mounted on the LED board 65 is predetermined. It becomes possible to emit light in the light emission mode.
ハウジング６６は、図１０に示すように、第１展示部材１１のハウジング１４と同様の形状とされており、内側底面９７と対向する側が開口した凹状の箱形状に形成される。従って、ハウジング６６の構造についての詳細な説明は省略する。また、外側周壁部９６の角部の四隅には、仕切りフレーム６４の固定部７１及びビス９９を挿入可能な係合穴９３が設けられている。第２展示部材６１を構成するに際しては、まず、発光ステージ部材６２、光拡散板６３及び仕切りフレーム６４を係合爪６９等で結合して上部部材を構成する。そして、上部部材（仕切りフレーム６４）の固定部７１を、間にＬＥＤ中継基板６５を挟んで、ハウジング６６の係合穴９３に挿入し、係合穴９３の反対側からビス９９を挿入すると共に、当該ビス９９を固定部７１の固定穴７２に挿入する。このビス９９により、上部部材及びハウジング６６を係合固定させる。これにより、第２展示部材６１を構成する。
As shown in FIG. 10, the housing 66 has the same shape as the housing 14 of the first display member 11, and is formed in a concave box shape having an opening on the side facing the inner bottom surface 97. Therefore, a detailed description of the structure of the housing 66 is omitted. In addition, engagement holes 93 into which the fixing portions 71 of the partition frame 64 and screws 99 can be inserted are provided at the four corners of the outer peripheral wall portion 96. When configuring the second display member 61, first, the light emitting stage member 62, the light diffusing plate 63, and the partition frame 64 are coupled by the engaging claws 69 or the like to configure the upper member. Then, the fixing portion 71 of the upper member (partition frame 64) is inserted into the engagement hole 93 of the housing 66 with the LED relay board 65 interposed therebetween, and the screw 99 is inserted from the opposite side of the engagement hole 93. The screw 99 is inserted into the fixing hole 72 of the fixing portion 71. By this screw 99, the upper member and the housing 66 are engaged and fixed. Thereby, the 2nd exhibition member 61 is comprised.
また、上部部材と、ＬＥＤ中継基板６５及びハウジング６６と、を係合（結合）する際には、仕切りフレーム６４の４個の固定突起７３を、ＬＥＤ中継基板６５の４個の挿入穴７５に夫々挿入し、更に、当該挿入穴７５を介して、ハウジング６６の内側底面９７から立設するハウジング側固定突起９１の固定穴に挿入される。これにより、ＬＥＤ中継基板６５を第２展示部材６１の内部空間の所定位置に位置決め固定し、展示ケース１に振動等が加わった場合にも、ＬＥＤ中継基板６５に位置ズレが生じることを防止することが可能となる。また、第１展示部材１１のハウジング１４と同様に、外側周壁部９６の各辺の略中央位置には上端から所定の深さで切り欠いた切欠部が形成されている。この切欠部は、他の第２展示部材６１や第１展示部材１１と連結する場合や、電源ユニット１５１と接続する場合に、所定の配線（拡張配線、電源ケーブル）を引き出す（引き入れる）ための配線穴９２とされている。
Further, when the upper member and the LED relay board 65 and the housing 66 are engaged (coupled), the four fixing protrusions 73 of the partition frame 64 are inserted into the four insertion holes 75 of the LED relay board 65. Each is inserted, and further inserted through the insertion hole 75 into the fixing hole of the housing side fixing protrusion 91 standing from the inner bottom surface 97 of the housing 66. Thereby, the LED relay board 65 is positioned and fixed at a predetermined position in the internal space of the second display member 61, and even when vibration or the like is applied to the display case 1, the LED relay board 65 is prevented from being displaced. It becomes possible. Similarly to the housing 14 of the first display member 11, a notch portion that is notched at a predetermined depth from the upper end is formed at a substantially central position of each side of the outer peripheral wall portion 96. This notch is used to draw out (pull in) predetermined wiring (extended wiring, power cable) when connecting to another second display member 61 or first display member 11 or when connecting to the power supply unit 151. A wiring hole 92 is provided.
また、第１展示部材１１のハウジング１４と同様、ハウジング６６の内側底面９７の裏面側（外側底面側）であって、鍔部９５の外側底面には、他の第２展示部材６１（又は、第１展示部材１１）と連結するための、多数（複数）の連結穴９８が設けられている。また、四角形状の第２展示部材６１の４辺のうち、どの辺側にも連結可能なように、４辺の鍔部９５の外側底面の夫々に、４個ずつの連結穴９８が設けられている。また、第２展示部材６１を他の第２展示部材６１（又は、第１展示部材１１）と連結する連結構造は、前述した第１展示部材１１の連結構造と同様に、背面側連結部材１２１、正面側連結部材１２６、側方側連結部材１３１、１３５、及び、底部連結部材１３９を用いて同様に行うので、詳細な説明を省略する。尚、４個の第２展示部材６１を正方形状に連結したものが、図１に示す展示ケース１の天井部材５として設置されている。
Similarly to the housing 14 of the first display member 11, the second display member 61 (or the other bottom display member 61 (or A large number (multiple) of connection holes 98 are provided for connection to the first display member 11). In addition, four connection holes 98 are provided on each of the outer bottom surfaces of the four-side flanges 95 so that any of the four sides of the quadrangular second display member 61 can be connected. ing. In addition, the connection structure for connecting the second display member 61 to the other second display member 61 (or the first display member 11) is similar to the connection structure of the first display member 11 described above. Since the front side connecting member 126, the side side connecting members 131 and 135, and the bottom side connecting member 139 are used in the same manner, detailed description thereof is omitted. In addition, what connected the four 2nd display members 61 in square shape is installed as the ceiling member 5 of the display case 1 shown in FIG.
次に、図１１を用いて、複数個（４個）の第２展示部材６１を連結して構成した部材（天井部材５）の配線構造について説明する。図１１では、説明の便宜上、４個の第２展示部材６１を夫々第２展示部材［Ａ］、第２展示部材［Ｂ］、第２展示部材［Ｃ］、第２展示部材［Ｄ］として説明する（図１１に示す通り）。図１１は、天井部材５の連結部材及びハウジング６６を取り外した状態で、発光ステージ部材６２、ＬＥＤ中継基板６５、配線、電源ユニット１５１等をハウジング６６側から見た図を示している。尚、本第１実施形態では、第２展示部材６１を連結した部材を、展示ケース１の天井側に設置したため、天井部材５としているが、床側に設置してもよく、この場合は装飾物等を展示する展示台（床部材）ともなる。
Next, a wiring structure of a member (ceiling member 5) configured by connecting a plurality (four) of second display members 61 will be described with reference to FIG. In FIG. 11, for convenience of explanation, the four second display members 61 are respectively referred to as a second display member [A], a second display member [B], a second display member [C], and a second display member [D]. This will be described (as shown in FIG. 11). FIG. 11 shows a view of the light emitting stage member 62, the LED relay board 65, the wiring, the power supply unit 151, and the like viewed from the housing 66 side with the connecting member of the ceiling member 5 and the housing 66 removed. In the first embodiment, since the member connected to the second display member 61 is installed on the ceiling side of the display case 1, the member is the ceiling member 5, but it may be installed on the floor side. It also serves as an exhibition stand (floor member) for exhibiting objects.
本第１実施形態では、天井部材５を構成する全ての第２展示部材６１にはＬＥＤ中継基板６５を設け、そのうち、１個のＬＥＤ中継基板６５だけを電源ユニット１５１と直接接続し、他のＬＥＤ中継基板６５には、電源ユニット１５１を直接接続したＬＥＤ中継基板６５を介して電源ユニット１５１と通電可能に接続し、電力を供給するものとする。これにより、天井部材５を構成する全ての第２展示部材６１のＬＥＤチップ７４を所定の発光態様で発光可能とする。
In the first embodiment, all the second exhibition members 61 constituting the ceiling member 5 are provided with LED relay boards 65, and only one LED relay board 65 is directly connected to the power supply unit 151, and the other The LED relay board 65 is connected to the power supply unit 151 through the LED relay board 65 to which the power supply unit 151 is directly connected so as to be energized and supplied with power. Thereby, the LED chips 74 of all the second display members 61 constituting the ceiling member 5 can emit light in a predetermined light emission mode.
まず、第２展示部材［Ａ］の第４コネクタ７７と電源ユニット１５１のコネクタとを、電源ケーブル（第３配線１５９）のコネクタ１６０、１６１によって接続する。また、第２展示部材［Ａ］の第５コネクタ７８は、拡張配線（第２配線１５６）のコネクタ１５７、１５８によって、第２展示部材［Ｂ］の第４コネクタ７７と接続される。また、第２展示部材［Ｂ］の第５コネクタ７８は、拡張配線（第２配線１５６）のコネクタ１５７、１５８によって、第２展示部材［Ｃ］の第４コネクタ７７と接続される。また、第２展示部材［Ｃ］の第５コネクタ７８は、拡張配線（第２配線１５６）のコネクタ１５７、１５８によって、第２展示部材［Ｄ］の第４コネクタ７７と接続される。尚、第２展示部材［Ｄ］の第５コネクタ７８は空コネクタ（空端子）とされる。この様に、第２展示部材［Ａ］乃至［Ｄ］のＬＥＤ中継基板６５は、この順で接続されることで、各ＬＥＤ中継基板に電力が供給される。尚、拡張配線１５６により、所定のＬＥＤ中継基板６５と他のＬＥＤ中継基板６５とを接続する際には、当該拡張配線１５６をハウジング６６の配線穴９２を挿通して接続するものとする。これにより電気配線が天井部材５（展示ケース１）の外部に必要以上に露出せず、意匠性、装飾性が低下するのを防止することが可能となる。
First, the fourth connector 77 of the second exhibition member [A] and the connector of the power supply unit 151 are connected by the connectors 160 and 161 of the power cable (third wiring 159). Further, the fifth connector 78 of the second exhibition member [A] is connected to the fourth connector 77 of the second exhibition member [B] by the connectors 157 and 158 of the extension wiring (second wiring 156). The fifth connector 78 of the second exhibition member [B] is connected to the fourth connector 77 of the second exhibition member [C] by connectors 157 and 158 of the extension wiring (second wiring 156). The fifth connector 78 of the second exhibition member [C] is connected to the fourth connector 77 of the second exhibition member [D] by connectors 157 and 158 of the extension wiring (second wiring 156). The fifth connector 78 of the second display member [D] is an empty connector (empty terminal). In this way, the LED relay boards 65 of the second display members [A] to [D] are connected in this order, whereby electric power is supplied to each LED relay board. When the predetermined LED relay board 65 and another LED relay board 65 are connected by the extension wiring 156, the extension wiring 156 is inserted through the wiring hole 92 of the housing 66 and connected. As a result, the electrical wiring is not exposed to the outside of the ceiling member 5 (exhibition case 1) more than necessary, and it is possible to prevent the design and decorative properties from deteriorating.
ここで、本第１実施形態では、連結した４個の第２展示部材６１を全て電気的に接続して電源ユニット１５１に接続し、全ての第２展示部材６１を発光可能としたが、このような態様に限らず、連結した複数の第２展示部材６１のうち、任意の一部の第２展示部材６１だけを発光してもよい。この場合、連結した第２展示部材６１から、発光させる第２展示部材６１を任意に選択し、発光させる１又は複数の第２展示部材６１のＬＥＤ中継基板６５と電源ユニット１５１だけを電気的に接続し、発光させない１又は複数の第２展示部材６１のＬＥＤ中継基板６５は電源ユニット１５１に接続しないものとする。また、発光させない第２展示部材６１は、第２展示部材６１の内部にＬＥＤ中継基板６５を設けないものとしてもよい。これにより、コストを低減し、軽量化することが可能となる。
Here, in the first embodiment, all of the four connected second display members 61 are electrically connected to the power supply unit 151 and all the second display members 61 can emit light. Not only such an aspect, but only some of the second display members 61 among the plurality of connected second display members 61 may emit light. In this case, the second display member 61 that emits light is arbitrarily selected from the connected second display members 61, and only the LED relay board 65 and the power supply unit 151 of the one or more second display members 61 that emit light are electrically connected. It is assumed that the LED relay board 65 of the one or more second display members 61 that are connected and do not emit light is not connected to the power supply unit 151. In addition, the second display member 61 that does not emit light may not be provided with the LED relay board 65 inside the second display member 61. As a result, the cost can be reduced and the weight can be reduced.
これにより、本第１実施形態とは異なるが、例えば、９個の第２展示部材６１を正方形状（３行３列）に連結して、床部材（展示台）として設定した場合に、９個の第２展示部材６１のうち中心となる第２展示部材６１のみを電源ユニット１５１と接続し、その他は電源ユニット１５１と接続しないことで、当該中心の第２展示部材６１のみを発光させることが可能となる。そして、この中心の第２展示部材６１の発光ステージ面７９上に装飾物３を載置することで、装飾物３を展示空間内で際立たせることが可能となる。また逆に、中心の第２展示部材６１のみ電源ユニット１５１と接続せず、その周りの８個の第２展示部材６１を電源ユニット１５１と接続して、発光可能としてもよい。
Thus, although different from the first embodiment, for example, when nine second display members 61 are connected in a square shape (3 rows and 3 columns) and set as a floor member (exhibit stand), 9 Of the individual second display members 61, only the central second display member 61 is connected to the power supply unit 151, and the others are not connected to the power supply unit 151, so that only the central second display member 61 emits light. Is possible. Then, by placing the ornament 3 on the light emitting stage surface 79 of the central second display member 61, the ornament 3 can be made to stand out in the exhibition space. Conversely, the center second display member 61 may not be connected to the power supply unit 151, but the eight second display members 61 around it may be connected to the power supply unit 151 to emit light.
また、本実施形態１では、第１展示部材１１（又は第１展示部材１１を連結した部材）と、第２展示部材６１（又は第２展示部材を連結した部材）と、で別個の電源ユニット１５１を用いている。然しながら、このような態様に限らず、第１展示部材１１と第２展示部材６１とを拡張配線により、接続可能とし、第１展示部材１１及び第２展示部材６１を電気的に接続することで、第１展示部材１１及び第２展示部材６１を１個の電源ユニット１５１に接続して発光制御するようにしてもよい。
In the first embodiment, the first display member 11 (or the member connecting the first display member 11) and the second display member 61 (or the member connecting the second display member) are separate power supply units. 151 is used. However, the present invention is not limited to such an embodiment, and the first display member 11 and the second display member 61 can be connected by an extension wiring, and the first display member 11 and the second display member 61 are electrically connected. The first display member 11 and the second display member 61 may be connected to one power supply unit 151 to control light emission.
前述したように、本第１実施形態の展示ケース１では、床部材（展示台４）を複数（４個）の第１展示部材１１を連結した部材で構成し、天井部材５を複数（４個）の第２展示部材６１を連結した部材で構成した。これにより、展示台４のステージ面１７上に配置する装飾物（「主装飾物」ともいう）の大きさや形状等に応じて、展示台４の所定位置の１又は複数の第１設置穴１８を選択して「通電穴」とし、この通電穴に挿入・設置した発光装飾物（「副装飾物」ともいう）により、任意の位置から任意の個数で装飾物や展示ケース１の展示空間６を発光・装飾することが可能となる。尚、「主装飾物」は、展示空間６に展示する主たる装飾物（展示物）であり、「副装飾物」は、展示空間６に展示される主装飾物を際立たせたり、展示空間６を彩ったりするサブ的な装飾物（展示物）である。また、ステージ面上の所定の領域であって、この「主装飾物」を設置する設置部を「主設置部」ともいい、「副装飾物」を設置する設置部（第１設置穴１８等）を「副設置部」ともいう。
As described above, in the display case 1 of the first embodiment, the floor member (display stand 4) is configured by a member in which a plurality (four) of the first display members 11 are connected, and the ceiling member 5 is a plurality (4). The second display member 61 is connected to each other. As a result, one or more first installation holes 18 at predetermined positions of the display table 4 according to the size, shape, and the like of a decorative object (also referred to as “main decorative object”) arranged on the stage surface 17 of the display table 4. Is selected as an “energization hole”, and the decoration space or display space 6 of the display case 1 is displayed in an arbitrary number from any position by a light emitting decoration (also referred to as “sub-decoration”) inserted / installed in the conduction hole. Can be illuminated and decorated. The “main decoration” is a main decoration (exhibit) displayed in the exhibition space 6, and the “sub-decoration” makes the main decoration displayed in the display space 6 stand out, It is a sub-like decoration (exhibit) that colors the interior. In addition, an installation part that is a predetermined area on the stage surface and that installs the “main decoration” is also referred to as a “main installation part”, and an installation part that installs the “sub-decoration” (the first installation hole 18 or the like). ) Is also referred to as “sub-installation section”
また、天井部材５をそれ自体が発光可能な第２展示部材６１で構成したことにより、任意の第２展示部材６１を発光させて光量や発光位置を調整して、上方から展示空間６及び装飾物（主装飾物、副装飾物）を照射し装飾することが可能となる。このように、床部材及び天井部材において、電気的装飾物である発光装飾物や、任意の第２展示部材６１を、任意の位置等で発光させることを可能としたので、展示ケース１内に展示する装飾物（主装飾物）に応じて、装飾態様を様々な態様に設定することが可能となる。また、展示ケース１（展示空間６）の大きさも、連結する第１展示部材１１及び第２展示部材６１の数に応じて自在に設定可能であるので、展示ケース１の装飾態様（発光態様、展示態様）を自在に設定し、装飾性を高めることが可能となる。また、連結する第１展示部材１１又は／及び第２展示部材６１の個数を任意に設定可能としたので、装飾物３を設置可能なステージ面１７（発光ステージ面７９）の大きさ、形状を自在に設定可能とした。これにより、展示する装飾物等や展示ケース１内の展示空間６内において創り出したい世界観に合わせて、ステージ面１７（発光ステージ面７９）又は／及び展示空間６を大きくしたり、小さくしたりすることが可能となる。また、展示ケース１の四方側面に設置されるアクリル板２についても、高さの異なる複数のアクリル板を備え、任意のアクリル板を設置することで、展示ケース１の高さを設定することも可能である。
In addition, since the ceiling member 5 is configured by the second display member 61 that can emit light, the second display member 61 can emit light to adjust the amount of light and the light emission position, and the display space 6 and the decoration from above. It is possible to irradiate and decorate objects (main decorations, sub-decorations). As described above, in the floor member and the ceiling member, since it is possible to cause the light-emitting decorative object, which is an electric decoration object, and the arbitrary second display member 61 to emit light at an arbitrary position and the like, Depending on the decoration (main decoration) to be displayed, it is possible to set the decoration mode to various modes. In addition, the size of the display case 1 (exhibition space 6) can be freely set according to the number of the first display member 11 and the second display member 61 to be connected. It is possible to freely set the display mode and enhance the decoration. In addition, since the number of the first display member 11 and / or the second display member 61 to be connected can be arbitrarily set, the size and shape of the stage surface 17 (light-emitting stage surface 79) on which the ornament 3 can be installed are set. It can be set freely. Accordingly, the stage surface 17 (light-emitting stage surface 79) and / or the display space 6 can be enlarged or reduced in accordance with the decorations to be displayed and the world view to be created in the exhibition space 6 in the display case 1. It becomes possible to do. In addition, the acrylic plate 2 installed on the four sides of the display case 1 also includes a plurality of acrylic plates having different heights, and the height of the display case 1 can be set by installing an arbitrary acrylic plate. Is possible.
［第２実施形態］
前述した第１実施形態では、床部材（展示台４）を複数の第１展示部材１１を連結して構成し、天井部材５を複数の第２展示部材６１を連結して構成した。然しながら、第１展示部材１１及び第２展示部材６１の連結態様はこのような態様に限らない。図１２に示すように、第２実施形態では、第１展示部材１１と第２連結部材６１とを連結して、床部材又は天井部材を構成する例を説明する。図１２では、説明の便宜上、連結した２個の第１展示部材１１及び２個の第２展示部材６１を夫々第２展示部材［Ａ］、第２展示部材［Ｂ］、第１展示部材［Ｃ］、第１展示部材［Ｄ］として説明する（図１２に示す通り）。
[Second Embodiment]
In the first embodiment described above, the floor member (exhibit stand 4) is configured by connecting a plurality of first display members 11, and the ceiling member 5 is configured by connecting a plurality of second display members 61. However, the connection mode of the first display member 11 and the second display member 61 is not limited to such a mode. As shown in FIG. 12, 2nd Embodiment demonstrates the example which connects the 1st exhibition member 11 and the 2nd connection member 61, and comprises a floor member or a ceiling member. In FIG. 12, for convenience of explanation, the two first display members 11 and the two second display members 61 connected to each other are represented by a second display member [A], a second display member [B], and a first display member [ C], the first display member [D] will be described (as shown in FIG. 12).
図１２（ａ）に示すように、時計回りに第２展示部材［Ａ］の隣に第１展示部材［Ｄ］を連結し、当該第１展示部材［Ｄ］の隣に第２展示部材［Ｂ］を連結し、当該第２展示部材［Ｂ］の隣に第１展示部材［Ｃ］を連結し、当該第１展示部材［Ｃ］の隣に前述の第２展示部材［Ａ］を連結している。これにより、４個の展示部材（２個の第１展示部材１１及び２個の第２展示部材６１）を連結して、２行２列の正方形状の展示部材（展示ケースを構成する部材、床部材又は天井部材）としている。
As shown in FIG. 12 (a), the first display member [D] is connected next to the second display member [A] in the clockwise direction, and the second display member [D] is next to the first display member [D]. B], the first display member [C] is connected next to the second display member [B], and the second display member [A] is connected next to the first display member [C]. doing. As a result, four display members (two first display members 11 and two second display members 61) are connected to form a two-row and two-column square display member (a member constituting the display case, Floor member or ceiling member).
また、図１２に示すように、第１展示部材［Ｃ］から任意に選択した２個の第１設置穴（図１２の発光装飾物８１が設置された箇所）、及び、第１展示部材［Ｄ］から任意に選択した２個の第１設置穴（図１２の発光装飾物８１が設置された箇所）を、通電穴に設定している。また、第２展示部材６１は何れも電源ユニット１５１と接続して発光可能としている。次に、図１２（ｂ）を用いて、第２実施形態の展示部材の配線構造について説明する。本第２実施形態では、第２展示部材［Ａ］及び［Ｂ］と、第１展示部材［Ｃ］及び［Ｄ］と、で別個の電源ユニット１５１を設けて、夫々に電力を供給するものとしている。然しながら、このような態様に限らず、前述したように、第１展示部材１１と第２展示部材６１とを電気的に接続可能とし、１個の電源ユニット１５１から電力を供給するようにしてもよい。
In addition, as shown in FIG. 12, two first installation holes arbitrarily selected from the first display member [C] (the place where the light emitting ornament 81 of FIG. 12 is installed), and the first display member [ Two first installation holes arbitrarily selected from D] (locations where the light emitting ornament 81 in FIG. 12 is installed) are set as the energization holes. In addition, any of the second display members 61 can be connected to the power supply unit 151 to emit light. Next, the wiring structure of the display member of the second embodiment will be described with reference to FIG. In the second embodiment, the second display members [A] and [B] and the first display members [C] and [D] are provided with separate power supply units 151 to supply power to each. It is said. However, the present invention is not limited to this mode, and as described above, the first display member 11 and the second display member 61 can be electrically connected to each other, and power can be supplied from one power supply unit 151. Good.
まず、第２展示部材［Ａ］の第４コネクタ７７と電源ユニット１５１のコネクタとを、電源ケーブル（第３配線１５９）のコネクタ１６０、１６１によって接続する。また、第２展示部材［Ａ］の第５コネクタ７８は、拡張配線（第２配線１５６）のコネクタ１５７、１５８によって、斜向かいの第２展示部材［Ｂ］の第４コネクタ７７と接続される。また、第２展示部材［Ｂ］の第５コネクタ７８は、空コネクタ（空端子）とされる。また、第１展示部材［Ｃ］の第２コネクタ２１と電源ユニット１５１のコネクタとを、電源ケーブル（第３配線１５９）のコネクタ１６０、１６１によって接続する。また、第１展示部材［Ｃ］の第３コネクタ２２は、拡張配線（第２配線１５６）のコネクタ１５７、１５８によって、第１展示部材［Ｄ］の第２コネクタ２１と接続される。また、第１展示部材［Ｄ］の第３コネクタ２２は、空コネクタ（空端子）とされる。尚、拡張配線１５６により、所定の中継基板１３（ＬＥＤ中継基板６５）と他の中継基板１３（ＬＥＤ中継基板６５）とを接続する際には、当該拡張配線１５６をハウジング１４、６６の配線穴２７、９２を挿通して接続するものとする。これにより電気配線が展示部材（展示ケース１）の外部に必要以上に露出せず、意匠性、装飾性が低下するのを防止することが可能となる。
First, the fourth connector 77 of the second exhibition member [A] and the connector of the power supply unit 151 are connected by the connectors 160 and 161 of the power cable (third wiring 159). Further, the fifth connector 78 of the second display member [A] is connected to the fourth connector 77 of the second display member [B] facing diagonally by the connectors 157 and 158 of the extension wiring (second wiring 156). . The fifth connector 78 of the second exhibition member [B] is an empty connector (empty terminal). Further, the second connector 21 of the first exhibition member [C] and the connector of the power supply unit 151 are connected by the connectors 160 and 161 of the power cable (third wiring 159). The third connector 22 of the first exhibition member [C] is connected to the second connector 21 of the first exhibition member [D] by connectors 157 and 158 of the extension wiring (second wiring 156). The third connector 22 of the first display member [D] is an empty connector (empty terminal). When the predetermined wiring board 13 (LED relay board 65) and another relay board 13 (LED relay board 65) are connected by the extended wiring 156, the extended wiring 156 is connected to the wiring holes of the housings 14 and 66. 27 and 92 are inserted and connected. As a result, the electrical wiring is not exposed to the outside of the display member (display case 1) more than necessary, and it is possible to prevent the design and decorative properties from deteriorating.
また、第１展示部材［Ｃ］の２個の第１コネクタ２０と、展示台（拡張展示台）の角部に位置する通電ジャック１５の接続端子４６及びその隣接位置の通電ジャック１５の接続端子４６と、を夫々ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。また、第１展示部材［Ｄ］の２個の第１コネクタ２０と、展示台（拡張展示台）の角部に位置する通電ジャック１５の接続端子４６及びその隣接位置の通電ジャック１５の接続端子４６と、を夫々ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。また、第１展示部材［Ｃ］及び［Ｄ］の各中継基板１３には、第１コネクタ２０が４個ずつ設けられているため、２個ずつの第１コネクタ２０（計４個）が空コネクタ（空端子）とされる。
Further, the two first connectors 20 of the first display member [C], the connection terminal 46 of the energization jack 15 located at the corner of the exhibition stand (extended display stand), and the connection terminal of the energization jack 15 at the adjacent position. 46 are connected by connectors 154 and 155 of the jack connection wiring (first wiring 153), respectively. Further, the two first connectors 20 of the first display member [D], the connection terminal 46 of the energization jack 15 located at the corner of the exhibition stand (extended display stand), and the connection terminal of the energization jack 15 at the adjacent position. 46 are connected by connectors 154 and 155 of the jack connection wiring (first wiring 153), respectively. In addition, since each of the relay boards 13 of the first display members [C] and [D] is provided with four first connectors 20, two first connectors 20 (four in total) are empty. Connector (empty terminal).
前述したように、第２実施形態の展示部材（床部材又は天井部材）では、第１展示部材１１及び第２展示部材６１を連結し、これらを任意に組合せて構成することを可能としたので、床部材や天井部材の発光態様を多様化することが可能となる。これにより、展示ケース１の装飾態様（発光態様、展示態様）を自在に設定し、装飾性を高めることが可能となる。
As described above, in the display member (floor member or ceiling member) of the second embodiment, it is possible to connect the first display member 11 and the second display member 61 and arbitrarily combine them. In addition, it is possible to diversify the light emission modes of the floor member and the ceiling member. Thereby, the decoration mode (light emission mode, display mode) of the display case 1 can be freely set, and the decorativeness can be enhanced.
［第３実施形態］
前述した第１実施形態及び第２実施形態では、展示台４（床部材）又は天井部材５を構成する第１展示部材１１を複数連結する場合において、全ての第１展示部材１１に中継基板１３を設け、所定の第１展示部材１１の第１設置穴１８を通電穴に設定する場合には、当該通電穴とする第１設置穴１８が形成されている第１展示部材１１の中継基板１３と通電ジャック１５とを接続するものとした。これにより、ジャック接続配線１５３の長さを短くすることを可能にした。然しながら、通電穴に設定する第１設置穴１８の数が少ない場合、中継基板１３の空コネクタが増加し、無駄となっていた。例えば、第１実施形態の態様では、１２個の第１コネクタ２０が空端子とされている。
[Third Embodiment]
In the first embodiment and the second embodiment described above, when a plurality of the first display members 11 constituting the display stand 4 (floor member) or the ceiling member 5 are connected, the relay boards 13 are connected to all the first display members 11. When the first installation hole 18 of the predetermined first display member 11 is set as an energization hole, the relay board 13 of the first display member 11 in which the first installation hole 18 serving as the energization hole is formed. And the power supply jack 15 are connected. As a result, the length of the jack connection wiring 153 can be shortened. However, when the number of the first installation holes 18 set as the energization holes is small, the number of empty connectors on the relay board 13 is increased, which is wasted. For example, in the aspect of the first embodiment, twelve first connectors 20 are empty terminals.
そこで、第３実施形態では、図１３に示すように、通電穴として設定する個数に応じて、中継基板１３を有する第１展示部材と、中継基板を有しない第１展示部材と、を備え、これら中継基板１３を有する第１展示部材及び中継基板を有しない第１展示部材を連結して、展示ケース１の展示台４（床部材）又は天井部材５を構成する。第３実施形態では、通電穴を４個に設定し、４個の第１展示部材１１を連結して展示台４（床部材）又は天井部材５を構成した。これにより、中継基板１３を有する第１展示部材１１を１個、中継基板１３を有しない第１展示部材１１を３個、の計４個を連結するものとしている。
Therefore, in the third embodiment, as shown in FIG. 13, the first display member having the relay board 13 and the first display member not having the relay board are provided according to the number set as the energization holes, The display board 4 (floor member) or the ceiling member 5 of the display case 1 is configured by connecting the first display member having the relay board 13 and the first display member not having the relay board. In the third embodiment, the current-carrying holes are set to four, and the four first display members 11 are connected to form the display stand 4 (floor member) or the ceiling member 5. Accordingly, a total of four first display members 11 having the relay board 13 and three first display members 11 having no relay board 13 are connected.
次に、図１３を用いて、複数個（４個）の第１展示部材１１を連結して構成した展示部材（床部材又は天井部材）の配線構造について説明する。図１３では、説明の便宜上、４個の第１展示部材１１を夫々第１展示部材［Ａ］、第１展示部材［Ｂ］、第１展示部材［Ｃ］、第１展示部材［Ｄ］として説明する（図１３に示す通り）。また、第１展示部材１１の中継基板１３に実装される４個の第１コネクタを、夫々第１コネクタ２０（ａ）、第１コネクタ２０（ｂ）、第１コネクタ２０（ｃ）、第１コネクタ２０（ｄ）として説明する（図１３に示す通り）。また、図１３は、展示台４の連結部材及びハウジング１４を取り外した状態で、ステージ部材１２、中継基板１３、通電ジャック１５、非通電ジャック１０１、配線、電源ユニット１５１等をハウジング１４側から見た図を示している。
Next, a wiring structure of an exhibition member (floor member or ceiling member) configured by connecting a plurality (four) of first exhibition members 11 will be described with reference to FIG. In FIG. 13, for convenience of explanation, the four first display members 11 are respectively referred to as a first display member [A], a first display member [B], a first display member [C], and a first display member [D]. This will be described (as shown in FIG. 13). The four first connectors mounted on the relay board 13 of the first display member 11 are the first connector 20 (a), the first connector 20 (b), the first connector 20 (c), and the first connector, respectively. The connector 20 (d) will be described (as shown in FIG. 13). FIG. 13 shows the stage member 12, the relay board 13, the energizing jack 15, the non-energizing jack 101, the wiring, the power supply unit 151, and the like viewed from the housing 14 side with the connecting member and the housing 14 of the display stand 4 removed. The figure is shown.
本第３実施形態では、前述した通り、連結した第１展示部材のうち第１展示部材［Ａ］のみ中継基板１３を有するものとし、他の第１展示部材［Ｂ］乃至［Ｄ］は中継基板１３を有しないものとする。そして、第１展示部材［Ａ］の中継基板１３を電源ユニット１５１と通電可能に接続し、電力を供給するものとする。また、図１３に示すように、各ステージ部材１２には夫々４個のジャック嵌合部４０が設けられており、そのうち、拡張ステージ面の角部である四隅部に位置する４箇所の第１設置穴１８を通電穴とすべく、対応する位置のジャック嵌合部４０に通電ジャック１５を嵌合設置している。この４箇所は、各ステージ部材１２に１箇所ずつ設けられている。また、その他１２個のジャック嵌合部４０は、通電穴に設定しないため、非通電ジャック１０１を嵌合設置して非通電穴としている。通電穴としない場合でも、非通電ジャック１０１を嵌合設置して非通電穴とすることで、この非通電穴に所定の装飾物を挿入し、設置する（展示する）ことが可能となる。
In the third embodiment, as described above, only the first display member [A] among the connected first display members has the relay substrate 13, and the other first display members [B] to [D] are relayed. It is assumed that the substrate 13 is not provided. Then, the relay board 13 of the first display member [A] is connected to the power supply unit 151 so as to be energized, and power is supplied. As shown in FIG. 13, each stage member 12 is provided with four jack fitting portions 40, of which four first portions located at the four corners that are the corners of the expansion stage surface. In order to make the installation hole 18 an energization hole, the energization jack 15 is fitted and installed in the jack fitting portion 40 at the corresponding position. These four places are provided on each stage member 12 one by one. Further, since the other 12 jack fitting portions 40 are not set as energization holes, the non-energization jack 101 is fitted and installed as non-energization holes. Even when the energization hole is not used, the non-energization jack 101 is fitted and installed to be a non-energization hole, whereby a predetermined ornament can be inserted and installed (displayed) in the non-energization hole.
配線構造については、第１展示部材［Ａ］の中継基板１３の第２コネクタ２１と電源ユニット１５１のコネクタとを、電源ケーブル（第３配線１５９）のコネクタ１６０、１６１によって接続する。他の第１展示部材［Ｂ］乃至［Ｄ］には中継基板１３がないため、第１展示部材［Ａ］の中継基板１３の第３コネクタ２２は、空コネクタ（空端子）とされる。尚、１又は２の他の中継基板１３（連結される第１展示部材の数より少ない複数の中継基板）が存在する場合には、この第３コネクタ２２を用いて他の第１展示部材の中継基板と接続される。
Regarding the wiring structure, the second connector 21 of the relay board 13 of the first exhibition member [A] and the connector of the power supply unit 151 are connected by the connectors 160 and 161 of the power cable (third wiring 159). Since the other first display members [B] to [D] do not have the relay board 13, the third connector 22 of the relay board 13 of the first display member [A] is an empty connector (empty terminal). When one or two other relay boards 13 (a plurality of relay boards less than the number of first display members to be connected) are present, the third connector 22 is used to connect the other first display members. Connected to the relay board.
また、第１展示部材［Ａ］の第１コネクタ２０（ａ）と、第１展示部材［Ａ］の角部（拡張ステージ面の角部）に位置する通電ジャック１５の接続端子４６とを、ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。また、第１展示部材［Ａ］の第１コネクタ２０（ｂ）と、第１展示部材［Ｂ］の角部（拡張ステージ面の角部）に位置する通電ジャック１５の接続端子４６とを、ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。また、第１展示部材［Ａ］の第１コネクタ２０（ｃ）と、第１展示部材［Ｃ］の角部（拡張ステージ面の角部）に位置する通電ジャック１５の接続端子４６とを、ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。また、第１展示部材［Ａ］の第１コネクタ２０（ｄ）と、第１展示部材［Ｄ］の角部（拡張ステージ面の角部）に位置する通電ジャック１５の接続端子４６とを、ジャック接続配線（第１配線１５３）のコネクタ１５４、１５５によって接続する。
Further, the first connector 20 (a) of the first display member [A] and the connection terminal 46 of the energizing jack 15 positioned at the corner of the first display member [A] (the corner of the expansion stage surface) The connectors 154 and 155 of the jack connection wiring (first wiring 153) are used for connection. Further, the first connector 20 (b) of the first display member [A] and the connection terminal 46 of the energization jack 15 located at the corner of the first display member [B] (the corner of the expansion stage surface) The connectors 154 and 155 of the jack connection wiring (first wiring 153) are used for connection. Further, the first connector 20 (c) of the first display member [A] and the connection terminal 46 of the energizing jack 15 located at the corner of the first display member [C] (the corner of the expansion stage surface) The connectors 154 and 155 of the jack connection wiring (first wiring 153) are used for connection. Further, the first connector 20 (d) of the first display member [A] and the connection terminal 46 of the energization jack 15 located at the corner of the first display member [D] (the corner of the expansion stage surface) The connectors 154 and 155 of the jack connection wiring (first wiring 153) are used for connection.
尚、ジャック接続配線（第１配線１５３）により、所定の第１展示部材の中継基板１３と、他の第１展示部材の通電ジャック１５の接続端子４６とを接続する際には、当該ジャック接続配線をハウジング１４の配線穴２７を挿通して接続するものとする。これにより電気配線が展示台４（展示ケース１）の外部に必要以上に露出せず、意匠性、装飾性が低下するのを防止することが可能となる。尚、本第３実施形態では、４個の第１コネクタ２０を有する中継基板１３を１個設け、通電穴を４個設けたので、第１コネクタ２０に空端子は生じていない。
When connecting the relay board 13 of the predetermined first display member and the connection terminal 46 of the energization jack 15 of another first display member by the jack connection wiring (first wiring 153), the jack connection is performed. The wiring is connected through the wiring hole 27 of the housing 14. As a result, the electrical wiring is not exposed to the outside of the display table 4 (display case 1) more than necessary, and it is possible to prevent the design and decorative properties from being deteriorated. In the third embodiment, since one relay board 13 having four first connectors 20 and four energization holes are provided, no empty terminal is generated in the first connector 20.
以上説明した構成としたことで、展示部材に無駄な（過剰な数の）中継基板１３を設ける必要がなく、コストを低減することが可能である。また、第１展示部材１１を複数連結した場合において、中継基板１３を備えない分、展示部材（床部材又は天井部材）を軽量化することが可能となる。特に、天井部材として多数の第１展示部材１１を連結した場合には、部材を軽量化することで、重量により（連結部材が損傷等して）部材の連結が外れてしまったり、展示部材や電気配線等が損傷してしまったりするのを極力防止することが可能となる。
With the configuration described above, it is not necessary to provide a useless (excess number of) relay boards 13 on the display member, and the cost can be reduced. Further, when a plurality of first display members 11 are connected, the display member (floor member or ceiling member) can be reduced in weight by the absence of the relay substrate 13. In particular, when a large number of first display members 11 are connected as a ceiling member, by reducing the weight of the member, the connection of the members may be removed due to weight (due to damage to the connection member), It is possible to prevent electrical wiring and the like from being damaged as much as possible.
［第４実施形態］
前述した第１実施形態乃至第３実施形態では、展示ケース１を構成する展示台４（床部材）及び天井部材５を、第１展示部材１１又は／及び第２展示部材６１を連結して構成する例を説明した。第４実施形態では、第１展示部材１１及び第２展示部材６１と一部構造が異なる第３展示部材２０１（設置部材）を備え、当該第３展示部材２０１を複数連結して展示台４又は／及び天井部材５を構成する例を示す。また、第４実施形態は、複数の第３展示部材２０１を通電可能に接続（連結）する場合に用いる部材（接続部材（通電部材））が、第１実施形態乃至第３実施形態と異なっている。これにより、組立てするときや、連結個数を変更するときや、通電対象の設置部材（第３設置部材２０１）を変更するとき等の作業性を向上することが可能となる。
[Fourth Embodiment]
In the first to third embodiments described above, the display stand 4 (floor member) and the ceiling member 5 constituting the display case 1 are connected to the first display member 11 and / or the second display member 61. The example to do was explained. In the fourth embodiment, a third display member 201 (installation member) having a partially different structure from the first display member 11 and the second display member 61 is provided, and a plurality of the third display members 201 are connected to each other to display the display stand 4 or / And the example which comprises the ceiling member 5 is shown. The fourth embodiment is different from the first to third embodiments in a member (connection member (energization member)) used when connecting (connecting) a plurality of third display members 201 so as to be energized. Yes. This makes it possible to improve workability when assembling, changing the number of connections, or changing the installation member to be energized (third installation member 201).
第３展示部材２０１は、図１４乃至図１６に示す通り、第１展示部材１１と同様に、装飾物３を設置可能（展示可能）なステージ面２０５を有するステージ部材２０２と、当該ステージ部材２０２と組合されて箱型状の箱体を構成するハウジング２０４と、当該箱体（第３設置部材２０１）の内部空間（収納空間）に設置される中継基板２０３と、を少なくとも含んで構成される。そして、これらステージ部材２０２、中継基板２０３、及び、ハウジング２０４を、所定の位置で嵌め合わせ、４個のビスで固定することで、第３展示部材２０１を構成している。尚、ステージ部材２０２及びハウジング２０４により構成する箱体の内部空間に設置される中継基板２０３（中継基板に実装される部品を含む）を「電気部品」ともいう。
As shown in FIGS. 14 to 16, the third display member 201 includes a stage member 202 having a stage surface 205 on which the ornament 3 can be installed (displayable), and the stage member 202, as in the first display member 11. And a housing 204 that forms a box-shaped box in combination with a relay board 203 installed in an internal space (storage space) of the box (third installation member 201). . Then, the stage member 202, the relay board 203, and the housing 204 are fitted in a predetermined position and fixed with four screws to constitute the third display member 201. The relay board 203 (including parts mounted on the relay board) installed in the internal space of the box formed by the stage member 202 and the housing 204 is also referred to as “electric part”.
次に、第３展示部材２０１の詳細な構成について、第１展示部材１１との相違点を中心に説明する。第３展示部材２０１を構成するステージ部材２０２は、第１展示部材１１のステージ部材１２と同様に、ステージ面２０５と対向する側が開口した凹状の箱形状に形成されている。また、ステージ面２０５（図示上面）は、第１展示部材１１のステージ面１７と同様に、１辺が１００ｍｍの正方形状とされ、その表面（図１５の図示上方面）は略平面状とされている。また、ステージ面２０５上には、装飾物等を固定して設置するための設置穴（第３設置穴２１１及び第４設置穴２１２）が複数設けられている。第３設置穴２１１は、第１設置穴１８と同様の形状とされている。この第３設置穴２１１は貫通孔とされ、第３設置穴２１１に対応する位置には、後述する通電ジャック２１５の通電固定穴２１６が位置するように設けられている。
Next, a detailed configuration of the third display member 201 will be described focusing on differences from the first display member 11. As with the stage member 12 of the first display member 11, the stage member 202 constituting the third display member 201 is formed in a concave box shape having an opening on the side facing the stage surface 205. Similarly to the stage surface 17 of the first display member 11, the stage surface 205 (the upper surface in the drawing) is a square shape having a side of 100 mm, and the surface (the upper surface in the drawing in FIG. 15) is substantially flat. ing. In addition, a plurality of installation holes (third installation hole 211 and fourth installation hole 212) for fixing and installing a decoration or the like are provided on the stage surface 205. The third installation hole 211 has the same shape as the first installation hole 18. The third installation hole 211 is a through hole, and is provided at a position corresponding to the third installation hole 211 so that an energization fixing hole 216 of an energization jack 215 described later is located.
これにより、発光装飾物等が有する突起部（例えば、プラグ８７等）を、ステージ部材２０２の裏面側（第３展示部材２０１の内部空間側）に設置された通電ジャック２１５の通電固定穴２１６に対して、ステージ面２０５側（ステージ部材２０２の図示上方側）から挿入し、当該発光装飾物等をステージ面２０５上（展示空間６内）に固定・設置することが可能となる。また、第４設置穴２１２は、第２設置穴１９と同様の形状とされ、装飾物等の突起部（例えば、図６（ｄ）の支持部材のステージ側挿入突起１１３等）を挿入して固定することが可能となっている。
As a result, a protrusion (for example, the plug 87) of the light emitting decoration or the like is inserted into the energization fixing hole 216 of the energization jack 215 installed on the back surface side of the stage member 202 (the inner space side of the third display member 201). On the other hand, it is possible to insert from the stage surface 205 side (the upper side of the stage member 202 in the drawing) and fix and install the light emitting decoration etc. on the stage surface 205 (inside the exhibition space 6). Further, the fourth installation hole 212 has the same shape as the second installation hole 19, and a protrusion such as a decorative object (for example, the stage side insertion protrusion 113 of the support member in FIG. 6D) is inserted. It can be fixed.
次に、第３展示部材２０１の内部空間に設置される電気部品である中継基板２０３について説明する。図２に示すように、第１展示部材１１では、その内部空間に、通電ジャック１５と中継基板１３とを分離可能な別部材として設置した。そして、通電ジャック１５と中継基板１３とを、内部空間において第１配線１５３（ジャック接続配線）で接続する態様とした。これは、第１設置穴１８のうち、任意の第１設置穴１８のみを第１配線１５３によって中継基板１３と電気的に接続して電力供給をする通電穴とすることができる。これにより、電力供給の必要のない箇所は非通電穴とし、省力化することが可能となる。一方で、組立てする際等に通電ジャック１５と中継基板１３との接続作業が煩雑であるといった問題もある。
Next, the relay board 203 which is an electrical component installed in the internal space of the third display member 201 will be described. As shown in FIG. 2, in the 1st exhibition member 11, the electricity supply jack 15 and the relay board | substrate 13 were installed in the internal space as another member which can be isolate | separated. And it was set as the aspect which connected the electricity supply jack 15 and the relay board | substrate 13 by the 1st wiring 153 (jack connection wiring) in internal space. This can be an energization hole for supplying power by electrically connecting only an arbitrary first installation hole 18 among the first installation holes 18 to the relay board 13 by the first wiring 153. As a result, it is possible to save labor by making non-energizing holes in places where power supply is not required. On the other hand, there is also a problem that the connection work between the energizing jack 15 and the relay board 13 is complicated when assembling.
これに対して第３展示部材２０１では、図１５及び図１６に示すように、中継基板２０３の四隅の所定位置に（第３設置穴２１１に通電固定穴２１６が位置するように）、通電ジャック２１５を実装している。これにより、設置部材（第３展示部材２０１）の組立て作業を簡便化している。また、第３展示部材２０１の中継基板２０３には、図１６に示すように、スライド式の設定操作部２１９（ディップスイッチ）が設けられている。この設定操作部２１９は、通電固定穴２１６（第３設置穴２１１）に設置（挿入）されて通電可能に接続された発光装飾物８１、８５の発光パターンを切替える（制御する）ためのスイッチであり、設定値を１〜４の４段階に切替え可能となっている。尚、この設定操作部２１９を「第１発光パターン設定部」ともいう。
On the other hand, in the third display member 201, as shown in FIGS. 15 and 16, the energization jack is provided at predetermined positions at the four corners of the relay board 203 (so that the energization fixing holes 216 are located in the third installation holes 211). 215 is implemented. Thereby, the assembly work of the installation member (third display member 201) is simplified. Further, as shown in FIG. 16, the relay board 203 of the third display member 201 is provided with a slide-type setting operation unit 219 (dip switch). The setting operation unit 219 is a switch for switching (controlling) the light emission pattern of the light emitting ornaments 81 and 85 that are installed (inserted) in the energization fixing hole 216 (third installation hole 211) and connected to be energized. Yes, the set value can be switched in four stages from 1 to 4. The setting operation unit 219 is also referred to as a “first light emission pattern setting unit”.
設定操作部２１９は設定値を切替えるための操作部２２０（つまみ）を有しており、この操作部２２０を操作することで、第３設置部材２０１の設定値を、所望（任意）の設定値に設定することができる。また、複数の第３展示部材２０１を接続（連結）する場合、第３展示部材２０１毎に任意の設定値に設定することが可能である。従って、全てを同じ設定値（例えば、設定１）としたり、一部又は全てを異なる設定値としたりして、装飾態様を展示者の好みに応じて設定することが可能となる。また、中継基板２０３の所定箇所には、通電固定穴２１６（第３設置穴２１１）に設置された発光装飾物を、後述する所定の発光パターンで発光制御するための制御ＩＣが実装されている。尚、設定操作部２１９を用いて設定する具体的な発光パターン制御については、後述する。
The setting operation unit 219 has an operation unit 220 (knob) for switching the setting value. By operating the operation unit 220, the setting value of the third installation member 201 is changed to a desired (arbitrary) setting value. Can be set to Further, when a plurality of third display members 201 are connected (linked), it is possible to set an arbitrary set value for each third display member 201. Accordingly, it is possible to set the decoration mode according to the exhibitor's preference by setting all of them to the same setting value (for example, setting 1) or setting some or all of them to different setting values. In addition, a control IC for controlling light emission of a light emitting decoration installed in the energization fixing hole 216 (third installation hole 211) with a predetermined light emission pattern, which will be described later, is mounted at a predetermined position of the relay substrate 203. . Note that specific light emission pattern control set using the setting operation unit 219 will be described later.
また、中継基板２０３のハウジング２０４側面には、所定の第３展示部材２０１の内部空間に設定される中継基板２０３と、他の第３展示部材２０１の内部空間に設定される中継基板２０３とを電気的に（通電可能に）接続するための、第１露出端子２１７及び第２露出端子２１８が設けられている（実装されている）。すなわち、第１露出端子２１７及び第２露出端子２１８は、複数の第３展示部材２０１を通電可能に接続する際の接続端子とされる。この第１露出端子２１７及び第２露出端子２１８は、４ピンの端子で構成されている。ここで、第１露出端子２１７及び第２露出端子２１８の「４ピン端子」は、何れも＋１２Ｖ用端子、ＧＮＤ用端子、データ信号用端子、クロック信号用端子の４端子で構成されている。また、中継基板２０３には、３個の第１露出端子２１７と１個の第２露出端子２１８が設けられており、第１露出端子２１７は、電力を他の第３展示部材２０１側に出力する側の端子とされ、「出力側露出端子」や「出力側端子」や「接続端子」ともいう。また、第２露出端子２１８は、電力を他の第３展示部材２０１側から入力する側の端子とされ、「入力側露出端子」や「入力側端子」や「接続端子」ともいう。
Further, on the side surface of the housing 204 of the relay board 203, the relay board 203 set in the internal space of the predetermined third display member 201 and the relay board 203 set in the internal space of the other third display member 201 are provided. A first exposed terminal 217 and a second exposed terminal 218 are provided (mounted) for electrical connection (to allow energization). That is, the first exposed terminal 217 and the second exposed terminal 218 serve as connection terminals when the plurality of third display members 201 are connected to be energized. The first exposed terminal 217 and the second exposed terminal 218 are composed of 4-pin terminals. Here, the “4-pin terminal” of the first exposed terminal 217 and the second exposed terminal 218 is composed of four terminals: a +12 V terminal, a GND terminal, a data signal terminal, and a clock signal terminal. Further, the relay board 203 is provided with three first exposed terminals 217 and one second exposed terminal 218, and the first exposed terminal 217 outputs electric power to the other third display member 201 side. And is also referred to as an “output-side exposed terminal”, “output-side terminal”, or “connection terminal”. The second exposed terminal 218 is a terminal for inputting electric power from the other third display member 201 side, and is also referred to as an “input-side exposed terminal”, “input-side terminal”, or “connection terminal”.
また、これら４個の接続端子（３個の第１露出端子２１７及び１個の第２露出端子２１８）は、第３展示部材２０１の４辺に対して、１個ずつ設けられている。そのため、第２露出端子２１８が設けられる辺は、１辺に限定される。これにより、複数の第３展示部材２０１を通電可能に接続する場合、第３展示部材２０１の接続方向（接続態様）は限定的となる。また、詳細は後述するが、この第１露出端子２１７及び第２露出端子２１８と後述する接続部材２３１とを用いて、複数の第３展示部材２０１を、容易に通電可能に接続することを可能としている。
The four connection terminals (three first exposed terminals 217 and one second exposed terminal 218) are provided one by one for the four sides of the third display member 201. Therefore, the side where the second exposed terminal 218 is provided is limited to one side. Thereby, when connecting the some 3rd display member 201 so that electricity supply is possible, the connection direction (connection aspect) of the 3rd display member 201 becomes limited. Although details will be described later, it is possible to easily connect a plurality of third display members 201 to be energized by using the first exposed terminal 217 and the second exposed terminal 218 and a connecting member 231 described later. It is said.
次に、第３展示部材２０１を構成するハウジング２０４について説明する。第３展示部材２０１のハウジング２０４には、前述した設定操作部２１９の操作部２２０を、第３展示部材２０１の外方に露出するための操作部貫通孔２２６が形成されている。そして、第３展示部材２０１のハウジング２０４側の外方から操作部２２０をスライド操作することで、設定操作部２１９の設定値を切替え（変更）可能となっている。また、図１６及び図１９等に示すように、ハウジング２０４の操作部貫通孔２２６の周縁には、設定操作部２１９で設定する設定値を把握できるように、１〜４の値を表示した設定表示部２２５が設けられている。展示者（設定者）は、この設定表示部２２５の表示値に合わせて設定を行う。
Next, the housing 204 constituting the third display member 201 will be described. The housing 204 of the third display member 201 is formed with an operation portion through hole 226 for exposing the operation portion 220 of the setting operation portion 219 described above to the outside of the third display member 201. The setting value of the setting operation unit 219 can be switched (changed) by sliding the operation unit 220 from the outside of the third display member 201 on the housing 204 side. Also, as shown in FIG. 16 and FIG. 19 and the like, a setting in which values 1 to 4 are displayed on the periphery of the operation portion through hole 226 of the housing 204 so that the setting value set by the setting operation portion 219 can be grasped. A display unit 225 is provided. The exhibitor (setting person) performs setting according to the display value of the setting display unit 225.
また、ハウジング２０４には、前述した３個の第１露出端子２１７及び１個の第２露出端子２１８を第３展示部材２０１の外方に露出するための、３個の露出穴２２３（出力側端子露出穴）及び１個の露出穴２２４（入力側端子露出穴）が形成されている。尚、第１露出端子２１７及び第２露出端子２１８は、４ピンの端子が挿入し、露出可能なように、夫々４穴構造とされている。そして、中継基板２０３に実装される３個の第１露出端子２１７は、ハウジング２０４に形成される３個の露出穴２２３に挿入して設置されると共に、１個の第２露出端子２１８は、ハウジング２０４に形成される１個の露出穴２２４に挿入して設置される（図１４（ａ）を参照）。
The housing 204 has three exposure holes 223 (output side) for exposing the above-described three first exposed terminals 217 and one second exposed terminal 218 to the outside of the third display member 201. Terminal exposure hole) and one exposure hole 224 (input-side terminal exposure hole) are formed. The first exposed terminal 217 and the second exposed terminal 218 each have a four-hole structure so that a 4-pin terminal can be inserted and exposed. Then, the three first exposed terminals 217 mounted on the relay substrate 203 are installed by being inserted into the three exposed holes 223 formed in the housing 204, and the one second exposed terminal 218 is It is inserted and installed in one exposure hole 224 formed in the housing 204 (see FIG. 14A).
また、ハウジング２０４の内部空間側と反対となる外側面には、後述する接続部材２３１を設置する箇所となる嵌合凹部２２１、２２２が設けられている。嵌合凹部２２１は、接続部材２３１の出力側形状２３７（他方側形状）が嵌合するため、「出力側嵌合凹部」ともいい、「第１嵌合凹部」ともいう。また、嵌合凹部２２２は、接続部材２３１の入力側形状２３８（一方側形状）が嵌合するため、「入力側嵌合凹部」ともいい、「第２嵌合凹部」ともいう。尚、出力側嵌合凹部には、接続部材２３１の入力側形状２３８は嵌合しない形状とされており、入力側嵌合凹部には、接続部材２３１の出力側形状２３７は嵌合しない形状とされている。
Further, on the outer surface opposite to the inner space side of the housing 204, fitting recesses 221 and 222 serving as places where connection members 231 described later are provided are provided. The fitting recess 221 is also referred to as “output-side fitting recess” or “first fitting recess” because the output-side shape 237 (the other-side shape) of the connecting member 231 is fitted. The fitting recess 222 is also referred to as “input-side fitting recess” or “second fitting recess” because the input-side shape 238 (one-side shape) of the connecting member 231 is fitted. The input side shape 238 of the connection member 231 is not fitted in the output side fitting recess, and the output side shape 237 of the connection member 231 is not fitted in the input side fitting recess. Has been.
また、ハウジング２０４には、３個の出力側嵌合凹部（嵌合凹部２２１）と、１個の入力側嵌合凹部（嵌合凹部２２２）が設けられている。そして、前述した第１露出端子２１７を挿入設置するための露出穴２２３は、接続部材２３１の出力側形状２３７（他方側形状）が嵌合する嵌合凹部２２１（出力側嵌合凹部）内に設けられ、第２露出端子２１８を挿入設置するための露出穴２２４は、接続部材２３１の入力側形状２３８（一方側形状）が嵌合する嵌合凹部２２２（入力側嵌合凹部）内に設けられている。これらステージ部材２０２、中継基板２０２及びハウジングを所定位置で組合せ、ビスにより固定して、図１４に示す第３展示部材２０１（設置部材）を構成する。
The housing 204 is provided with three output-side fitting recesses (fitting recesses 221) and one input-side fitting recess (fitting recess 222). And the exposure hole 223 for inserting and installing the first exposed terminal 217 described above is in the fitting recess 221 (output-side fitting recess) into which the output-side shape 237 (the other-side shape) of the connecting member 231 is fitted. The exposed hole 224 provided for inserting and installing the second exposed terminal 218 is provided in the fitting recess 222 (input side fitting recess) into which the input side shape 238 (one side shape) of the connection member 231 is fitted. It has been. The stage member 202, the relay board 202, and the housing are combined at a predetermined position and fixed with screws to constitute a third display member 201 (installation member) shown in FIG.
次に、図１７を用いて、複数の第３展示部材２０１を通電可能に（電気的に）接続する際に用いる接続部材２３１について説明する。図１７に示すように、接続部材２３１は略Ｔ字状の形状とされ、ハウジング２０４の入力側嵌合凹部に嵌合する側の入力側形状２３８（一方側形状）は先端が略三角形状とされている。また、ハウジング２０４の出力側嵌合凹部に嵌合する側の出力側形状２３７（他方側形状）は先端が横長の四角形状とされている。すなわち、接続部材２３１の形状は、入力側形状２３８と出力側形状２３７とが異なる非対称形状とされている。また、接続部材２３１の形状は、複数の第３接続部材２０１を接続した場合に、電力の流れる方向を直感的にイメージ（認識）し易いように、入力側の先端を（出力側の先端よりも）細くした形状としている。これにより、展示者（組立者）は、複数接続された第３接続部材２０１間の電力の流れ（入出力方向）を容易に把握することが可能となる。
Next, the connection member 231 used when connecting the plurality of third display members 201 so that they can be energized (electrically) will be described with reference to FIG. As shown in FIG. 17, the connecting member 231 has a substantially T shape, and the input side shape 238 (one side shape) on the side to be fitted into the input side fitting recess of the housing 204 has a substantially triangular tip. Has been. In addition, the output side shape 237 (the other side shape) on the side that fits into the output side fitting recess of the housing 204 has a rectangular shape with a horizontally long tip. That is, the shape of the connection member 231 is an asymmetric shape in which the input side shape 238 and the output side shape 237 are different. In addition, the shape of the connecting member 231 is such that when a plurality of third connecting members 201 are connected, the tip on the input side (from the tip on the output side) is made easier to intuitively image (recognize) the direction of power flow. Also, it has a thin shape. Thereby, the exhibitor (assembler) can easily grasp the flow of electric power (input / output direction) between the plurality of third connection members 201 connected.
また、接続部材２３１はＴ字状のベース部材が樹脂により成型され、そのベース部材の一方側面２３２にはパターン配線（「回路配線」や「配線部」ともいう）等が設置されない平面とされる（図１７（ａ））。一方、ベース部材の他方側面２３９には、一方側（一方側形状側）から他方側（他方側形状側）に延びる４本のパターン配線２３３（回路配線）が設置（敷設）れている（図１７（ｂ））。また、各パターン配線２３３の一方側（一方側形状側）には、第２露出端子２１８と接する（接続する）入力側接点部２３５が設けられており、他方側（他方側形状側）には、第１露出端子２１７と接する（接続する）出力側接点部２３４が設けられている。
The connection member 231 is a flat surface on which a T-shaped base member is molded from resin, and pattern wiring (also referred to as “circuit wiring” or “wiring portion”) or the like is not provided on one side surface 232 of the base member. (FIG. 17 (a)). On the other hand, on the other side surface 239 of the base member, four pattern wirings 233 (circuit wiring) extending from one side (one side shape side) to the other side (the other side shape side) are installed (laid) (see FIG. 17 (b)). Further, an input side contact portion 235 that contacts (connects) the second exposed terminal 218 is provided on one side (one side shape side) of each pattern wiring 233, and on the other side (the other side shape side). An output side contact portion 234 that is in contact with (connected to) the first exposed terminal 217 is provided.
また、接続部材２３１のベース部材の一方側の端部には、接続部材２３１を入力側嵌合凹部２２２に嵌合し固定するためのビスを挿入する入力側固定穴２３６（「一方側固定穴」や「固定穴」ともいう）が形成されている。また、ベース部材の他方側の端部には、接続部材２３１を出力側嵌合凹部２２１に嵌合し固定するためのビスを挿入する出力側固定穴２４０（「他方側固定穴」や「固定穴」ともいう）が形成されている。
Further, an input side fixing hole 236 (“one side fixing hole” into which a screw for fitting and fixing the connection member 231 to the input side fitting recess 222 is inserted at one end of the base member of the connection member 231. Or “fixing hole”). Further, an output side fixing hole 240 (“the other side fixing hole” or “fixing” is inserted into the other end of the base member to insert a screw for fitting and fixing the connecting member 231 into the output side fitting recess 221. (Also referred to as a “hole”).
図１８及び図１９に示すように、複数個の第３設置部材２０１を通電可能に接続する（連結する）場合には、任意の個数（ここでは、４個）の第３設置部材２０１を所定態様（ここでは、２×２の正方形状）に組合せて構成する。尚、これら全てを通電可能に接続する場合には、電源ユニット２５１を接続する第３設置部材［Ａ］（第１の第３設置部材）の所定の出力側嵌合凹部２２１と、第３設置部材［Ａ］から出力する電力の入力を予定する第３設置部材［Ｂ］（第２の第３設置部材）の入力側嵌合凹部２２２とが組合さるように、隣接配置する。同様に、第３設置部材［Ｂ］の所定の出力側嵌合凹部２２１と、第３設置部材［Ｂ］から出力する電力の入力を予定する第３設置部材［Ｃ］（第３の第３設置部材）の入力側嵌合凹部２２２とが組合さるように、隣接配置する。また、第３設置部材［Ｃ］の所定の出力側嵌合凹部２２１と、第３設置部材［Ｃ］から出力する電力の入力を予定する第３設置部材［Ｄ］（第４の第３設置部材）の入力側嵌合凹部２２２とが組合さるように、隣接配置する（図１８等を参照）。
As shown in FIGS. 18 and 19, when a plurality of third installation members 201 are connected (coupled) so as to be energized, an arbitrary number (four in this case) of third installation members 201 is predetermined. It is configured in combination with an aspect (here, 2 × 2 square shape). In addition, when connecting all these so that electricity supply is possible, predetermined | prescribed output side fitting recessed part 221 of 3rd installation member [A] (1st 3rd installation member) which connects the power supply unit 251, and 3rd installation The third installation member [B] (second third installation member) on which input of electric power output from the member [A] is scheduled is arranged adjacent to the input side fitting recess 222. Similarly, the predetermined output-side fitting recess 221 of the third installation member [B] and the third installation member [C] (third third installation) that is scheduled to receive power output from the third installation member [B]. It is arranged adjacent to the input side fitting recess 222 of the installation member). Further, a predetermined output-side fitting recess 221 of the third installation member [C] and a third installation member [D] (fourth third installation) that plans to input power output from the third installation member [C]. Are arranged adjacent to each other so as to be combined with the input-side fitting recess 222 of the member (see FIG. 18 and the like).
そして、これら４個の第３設置部材２０１を、４個の連結部材２４１（側方連結部材）、４個の連結部材２４２（コーナー連結部材）、及び、１個の連結部材２４３（背面連結部材）で、ビス固定する。これにより、４個の第３設置部材２０１を強固に連結、固定する。尚、連結部材２４１、２４２、２４３は、複数連結（接続）した第３設置部材２０１の周囲を被覆する化粧機能も有することから、「被覆部材」ともいう。また、隣接する連結部材２４１と連結部材２４２とで、電源ユニット２５１に接続するための接続部材２３１を突出させるための穴部（凹部）が形成されており、接続部材２３１を突出させない穴部（凹部）については、当該穴部に被覆部材２４４を嵌め込むことで、装飾効果を高めている。
The four third installation members 201 are divided into four connection members 241 (side connection members), four connection members 242 (corner connection members), and one connection member 243 (back connection member). ) And fix it with screws. Accordingly, the four third installation members 201 are firmly connected and fixed. The connecting members 241, 242, and 243 are also referred to as “covering members” because they have a decorative function of covering the periphery of the third installation member 201 that is connected (connected). Further, the adjacent connecting member 241 and connecting member 242 form a hole (recess) for projecting the connecting member 231 for connecting to the power supply unit 251, and the hole (not allowing the connecting member 231 to project) About the recessed part, the decoration effect is heightened by inserting the coating | coated member 244 in the said hole.
次いで、連結部材２４１、２４２、２４３を用いて連結した複数の第３展示部材２０１を電気的に接続するために、第３展示部材２０１の嵌合凹部２２１、２２２に接続部材２３１を嵌合し、ビスで固定する。具体的に、図１９（ｂ）に示すように、第３展示部材［Ａ］の出力側嵌合凹部２２１と第３展示部材［Ｂ］の入力側嵌合凹部２２２とで構成する嵌合凹部（組合せ嵌合凹部）に、接続部材２３１を嵌合し、ビスで固定する。これにより、第３展示部材［Ａ］の出力側嵌合凹部２２１内に露出（突出）する４本の出力側露出端子２１７と、接続部材２３１の４個のパターン配線２３３の夫々に形成される出力側接点部２３４とが、夫々通電可能に接続される。また、第３展示部材［Ｂ］の入力側嵌合凹部２２２内に露出（突出）する４本の入力側露出端子２１８と、接続部材２３１の４個のパターン配線２３３の夫々に形成される入力側接点部２３５とが、夫々通電可能に接続される。
Next, in order to electrically connect the plurality of third display members 201 connected using the connection members 241, 242, and 243, the connection member 231 is fitted into the fitting recesses 221 and 222 of the third display member 201. Secure with screws. Specifically, as shown in FIG. 19 (b), the fitting recess formed by the output-side fitting recess 221 of the third display member [A] and the input-side fitting recess 222 of the third display member [B]. The connecting member 231 is fitted into the (combination fitting recess) and fixed with screws. Thus, the four output-side exposed terminals 217 exposed (projected) in the output-side fitting recess 221 of the third display member [A] and the four pattern wirings 233 of the connection member 231 are formed. The output side contact portion 234 is connected to be energized. Further, the input formed on each of the four input-side exposed terminals 218 exposed (projected) in the input-side fitting recess 222 of the third display member [B] and the four pattern wirings 233 of the connection member 231. The side contact portions 235 are connected to be energized.
そして、第３展示部材［Ａ］及び第３展示部材［Ｂ］、すなわち、第３展示部材［Ａ］の内部空間に収納される中継基板２０３（通電ジャックや設定操作部等を含む）、及び、第３展示部材［Ｂ］の内部空間に収納される中継基板２０３が、通電可能に接続される。同様にして、第３展示部材［Ｂ］の出力側嵌合凹部２２１と第３展示部材［Ｃ］の入力側嵌合凹部２２２とで構成する嵌合凹部（組合せ嵌合凹部）に、接続部材２３１を嵌合し、ビスで固定し、第３展示部材［Ｃ］の出力側嵌合凹部２２１と第３展示部材［Ｄ］の入力側嵌合凹部２２２とで構成する嵌合凹部（組合せ嵌合凹部）に、接続部材２３１を嵌合し、ビスで固定する。これにより、第３展示部材［Ａ］、第３展示部材［Ｂ］、第３展示部材［Ｃ］、及び、第３展示部材［Ｄ］を通電可能に接続する。
The third display member [A] and the third display member [B], that is, the relay board 203 (including the power supply jack and the setting operation unit) housed in the internal space of the third display member [A], and The relay board 203 accommodated in the internal space of the third display member [B] is connected to be energized. Similarly, the connecting member is connected to the fitting recess (combination fitting recess) formed by the output-side fitting recess 221 of the third display member [B] and the input-side fitting recess 222 of the third display member [C]. 231 is fitted and fixed with screws, and a fitting recess (combination fitting) configured by an output-side fitting recess 221 of the third display member [C] and an input-side fitting recess 222 of the third display member [D]. The connecting member 231 is fitted into the mating recess) and fixed with screws. Thereby, 3rd display member [A], 3rd display member [B], 3rd display member [C], and 3rd display member [D] are connected so that electricity supply is possible.
また、第３展示部材［Ａ］の入力側嵌合凹部２２２には、接続部材２３１の一方側（入力側形状）を嵌合し、他方側（出力側形状）を連結部材２４１と連結部材２４２とで形成された穴部から外方に突出する態様で、当該接続部材２３１をビスで固定する。そして、穴部から外方に突出する接続部材２３１の他方側（出力側形状）を、電源コネクタ２５５と接続する。これにより、当該接続部材２３１の出力側接点部２３４と、電源コネクタ２５５の端子とを接続する。また、電源コネクタ２５５は電源ケーブル２５４を介して電源ユニット２５１に接続されている。これにより、電源ユニット２５１から第３展示部材［Ａ］、第３展示部材［Ｂ］、第３展示部材［Ｃ］、及び、第３展示部材［Ｄ］に対して、電力を供給することが可能となる。
Further, one side (input side shape) of the connection member 231 is fitted into the input side fitting recess 222 of the third display member [A], and the other side (output side shape) is connected to the connecting member 241 and the connecting member 242. The connection member 231 is fixed with screws in a manner of projecting outward from the hole portion formed in the above. Then, the other side (output side shape) of the connection member 231 protruding outward from the hole is connected to the power connector 255. As a result, the output side contact portion 234 of the connection member 231 and the terminal of the power connector 255 are connected. The power connector 255 is connected to the power unit 251 via the power cable 254. Thereby, electric power can be supplied from the power supply unit 251 to the third display member [A], the third display member [B], the third display member [C], and the third display member [D]. It becomes possible.
尚、前述したように、接続部材２３１の形状は、入力側形状２３８と出力側形状２３７とが異なる非対称形状とされており、複数の第３展示部材２０１を連結した場合において、出力側嵌合凹部同士を組合せて構成した嵌合凹部や、入力側嵌合凹部同士を組合せて構成した嵌合凹部には、接続部材２３１が嵌合しない形状となっている。これにより、接続部材２３１によって複数の第３展示部材２０１を通電可能に接続する場合に、所定の第３展示部材２０１の第１露出端子２１７（出力側端子）と、他の第３展示部材２０１の第１露出端子２１７（出力側端子）とを接続したり（出力側と出力側を接続）、所定の第３展示部材２０１の第２露出端子２１８（入力側端子）と、他の第３展示部材２０１の第２露出端子２１８（入力側端子）とを接続したり（入力側と入力側を接続）、といった配線の接続ミスが発生するのを防止することが可能となる。またこれにより、展示台４（飾り台）を組立てた後になって、一部又は全部の第３展示部材２０１に電力が供給されず、第３設置穴２１１に設置した発光装飾物が発光しないといった不具合の発生を極力防止することが可能となる。
As described above, the shape of the connecting member 231 is an asymmetric shape in which the input side shape 238 and the output side shape 237 are different from each other, and when a plurality of third display members 201 are connected, the output side fitting is performed. The connecting member 231 has a shape that does not fit into a fitting recess formed by combining the recesses or a fitting recess formed by combining the input-side fitting recesses. Accordingly, when the plurality of third display members 201 are connected by the connection member 231 so as to be energized, the first exposed terminal 217 (output side terminal) of the predetermined third display member 201 and the other third display member 201. The first exposed terminal 217 (output side terminal) of the second display terminal 217 (the output side and the output side are connected), the second exposed terminal 218 (input side terminal) of the predetermined third display member 201, and the other third It is possible to prevent the occurrence of wiring connection mistakes such as connecting the second exposed terminal 218 (input side terminal) of the display member 201 (connecting the input side and the input side). Also, as a result, after assembling the display stand 4 (decoration stand), power is not supplied to some or all of the third display members 201, and the light emitting decorations installed in the third installation holes 211 do not emit light. It is possible to prevent the occurrence of defects as much as possible.
また、第１実施形態乃至第３実施形態では、複数の設置部材を通電可能に接続する場合、設置部材の内部空間（収納空間）を開放し、当該内部空間に設置される中継基板に通電用の電気配線を接続する必要があった。すなわち、通電可能に接続する全ての設置部材に対して、固定ネジを外してステージ部材（発光ステージ部材）とハウジングとを分離（分解）し、内部空間に収納される中継基板にアクセスするといった作業が必要であった。若しくは、設置部材の組立時に予め他の設置部材へ接続するための電気配線を接続しておく作業が必要であった（図５、図１１乃至図１３を参照）。このような配線接続作業は非常に煩雑である。また、一旦組立てた展示台４（天井部材５）の通電可能な設置部材の数や対象を変更したり、設置部材の数を変更（増減）したりする場合、多数の（又は、全ての）設置部材を分解する必要が生じ、非常に面倒であった。また、設置部材を分解するためには、複数の設置部材を連結する連結部材を取り外す作業も必要となる。このような場合、展示者の変更意欲（組立て意欲）を減退させる虞もある。
In the first to third embodiments, when a plurality of installation members are connected so as to be energized, the internal space (storage space) of the installation members is opened, and the relay board installed in the internal space is used for energization. It was necessary to connect the electrical wiring. That is, for all the installation members that are connected to be energized, the fixing screw is removed to separate (disassemble) the stage member (light emitting stage member) and the housing, and access to the relay board stored in the internal space Was necessary. Alternatively, it is necessary to connect electrical wiring for connecting to other installation members in advance when assembling the installation members (see FIGS. 5 and 11 to 13). Such wiring connection work is very complicated. Moreover, when changing the number and the object of the installation member which can energize once the display stand 4 (ceiling member 5) assembled, or changing (increase / decrease) the number of installation members, many (or all) It was necessary to disassemble the installation member, which was very troublesome. Further, in order to disassemble the installation member, it is necessary to remove the connecting member that connects the plurality of installation members. In such a case, the exhibitor's willingness to change (willingness to assemble) may be reduced.
第４実施形態では、前述したように、複数の第３展示部材２０１を通電可能に接続する際に、第３展示部材２０１の内部空間を開放することなく（ステージ部材２０２とハウジング２０４とを分離（分解）することなく）、第３展示部材２０１の外側から接続部材２３１により通電可能に接続することを可能としている。これにより、展示台４（天井部材５）を組立てる際には、既に組付けた状態の第３展示部材２０１を、任意の個数・形状に組合せ、連結部材により連結する。そして、連結した後に、任意の配線態様で接続部材２３１を嵌合固定し、任意の複数の第３展示部材２０１を通電可能に接続することが可能となる。
In the fourth embodiment, as described above, when the plurality of third display members 201 are connected so as to be energized, the stage member 202 and the housing 204 are separated without opening the internal space of the third display member 201. The connection member 231 can be connected to be energized from the outside of the third display member 201 (without being disassembled). Thereby, when assembling the display stand 4 (ceiling member 5), the third display members 201 in the already assembled state are combined in an arbitrary number and shape and connected by the connecting member. Then, after connecting, the connection member 231 is fitted and fixed in an arbitrary wiring mode, and any of the plurality of third display members 201 can be connected to be energized.
また、１又は複数の第３展示部材２０１を連結して構成した展示台４（天井部材５）において、第３展示部材２０１の数を変更（増減）したり、通電可能な第３展示部材２０１の数や対象を変更したりする場合であっても、第３展示部材２０１のステージ部材２０２とハウジング２０４とを分解することなく、対応する（変更する）ことが可能となる。これにより、組立作業や変更作業を容易に行うことが可能となり、展示者の変更意欲（組立て意欲）を高めることが可能となる。またこれにより、簡便な作業で、任意の個数の展示部材を連結した飾りケースを組立てたり、飾りケースの構成を変更したりすることが可能となる。
In the display stand 4 (ceiling member 5) configured by connecting one or a plurality of third display members 201, the number of the third display members 201 can be changed (increase / decrease) or the third display member 201 can be energized. Even if the number or the number of objects is changed, the stage member 202 and the housing 204 of the third display member 201 can be handled (changed) without disassembling. As a result, assembly work and change work can be easily performed, and the exhibitor's willingness to change (willingness to assemble) can be increased. In addition, this makes it possible to assemble a decorative case in which an arbitrary number of display members are connected and to change the configuration of the decorative case with a simple operation.
次に、図１９を用いて、第３展示部材２０１の第３設置穴２１１に設置した発光装飾物の発光パターンの制御について説明する。図１９（ａ）に示す通り、第４実施形態で用いる電源ユニット２５１の外側上面には、電源ユニット２５１からの電力供給パターンを制御するための８個の設定操作部２５３ａ〜ｈが設けられている。すなわち、この８個の設定操作部２５３ａ〜ｈを用いて、電源ユニット２５１に接続される展示台４又は天井部材５を構成する第３展示部材２０１の第３設置穴２１１に設置される発光装飾物の発光パターンを制御するのである。この８個の設定操作部２５３ａ〜ｈを総じて、又は個別に、「第２発光パターン設定部」ともいう。
Next, the control of the light emission pattern of the light emitting decoration installed in the third installation hole 211 of the third display member 201 will be described with reference to FIG. As shown in FIG. 19A, eight setting operation units 253a to 253h for controlling the power supply pattern from the power supply unit 251 are provided on the outer upper surface of the power supply unit 251 used in the fourth embodiment. Yes. That is, by using these eight setting operation units 253a to 253h, light emitting decorations installed in the third installation hole 211 of the third display member 201 constituting the display table 4 or the ceiling member 5 connected to the power supply unit 251. The light emission pattern of the object is controlled. The eight setting operation units 253a to 253h are collectively or individually referred to as “second light emission pattern setting units”.
各設定操作部２５３ａ〜ｈ（第２発光パターン設定部）は、夫々設定値を「０〜７」の８段階に切り替え可能（設定可能）なロータリースイッチで構成されている。ここで、設定操作部２５３ａを代表して説明する。設定操作部２５３ａのつまみを所定量回動させ（操作し）設定値を『設定０』とした場合、当該設定操作部２５３ａに基づいて制御される発光パターンは「消灯（常時消灯）」に設定される。また、設定値を『設定１』とした場合、当該設定操作部２５３ａに基づいて制御される発光パターンは「点灯（常時点灯）」に設定される。また、設定値を『設定２』とした場合、当該設定操作部２５３ａに基づいて制御される発光パターンは「調光」に設定される。ここで「調光」とは、発光部の輝度を明から暗又は暗から明にゆっくりと変化させるパターンを繰り返す発光パターンである。
Each setting operation part 253a-h (2nd light emission pattern setting part) is comprised with the rotary switch which can switch a setting value to eight steps, "0-7", respectively (setting is possible). Here, the setting operation unit 253a will be described as a representative. When the knob of the setting operation unit 253a is turned (operated) by a predetermined amount to set the setting value to “setting 0”, the light emission pattern controlled based on the setting operation unit 253a is set to “off (always off)”. Is done. When the setting value is “setting 1”, the light emission pattern controlled based on the setting operation unit 253a is set to “lighting (always lighting)”. When the setting value is “setting 2”, the light emission pattern controlled based on the setting operation unit 253a is set to “dimming”. Here, “light control” is a light emission pattern that repeats a pattern that slowly changes the luminance of the light emitting section from light to dark or from dark to light.
また、設定値を『設定３』とした場合、当該設定操作部２５３ａに基づいて制御される発光パターンは「低速点滅」に設定される。ここで「低速点滅」とは、点灯と消灯とを交互に繰り返す発光パターンで、点灯と消灯とを切替えるまでの期間が比較的長い期間とされる発光パターンである。また、設定値を『設定４』とした場合、当該設定操作部２５３ａに基づいて制御される発光パターンは「中速点滅」に設定される。ここで「中速点滅」とは、点灯と消灯とを交互に繰り返す発光パターンで、点灯と消灯とを切替えるまでの期間が「低速点滅」よりも短い期間とされる発光パターンである。また、設定値を『設定５』とした場合、当該設定操作部２５３ａに基づいて制御される発光パターンは「高速点滅」に設定される。ここで「高速点滅」とは、点灯と消灯とを交互に繰り返す発光パターンで、点灯と消灯とを切替えるまでの期間が「中速点滅」よりも短い期間とされる発光パターンである。
When the setting value is “setting 3”, the light emission pattern controlled based on the setting operation unit 253a is set to “slow flashing”. Here, “slow flashing” is a light emission pattern in which lighting and extinguishing are repeated alternately, and is a light emitting pattern in which a period until switching between lighting and extinguishing is a relatively long period. When the setting value is “setting 4”, the light emission pattern controlled based on the setting operation unit 253a is set to “medium speed blinking”. Here, “medium speed blinking” is a light emission pattern in which lighting and extinguishing are repeated alternately, and the period until switching between lighting and extinguishing is shorter than “slow blinking”. When the setting value is “setting 5”, the light emission pattern controlled based on the setting operation unit 253a is set to “high-speed blinking”. Here, “high-speed flashing” is a light-emitting pattern in which lighting and extinguishing are repeated alternately, and the period until switching between lighting and extinguishing is shorter than “medium-speed flashing”.
また、設定値を『設定６』とした場合、当該設定操作部２５３ａに基づいて制御される発光パターンは「順点灯」に設定される。尚、「順点灯」に設定した場合の発光パターンについては後述する。また、設定値を『設定７』とした場合、当該設定操作部２５３ａに基づいて制御される発光パターンは「往復順点灯」に設定される。尚、「往復順点灯」に設定した場合の発光パターンについては後述する。
When the setting value is “setting 6”, the light emission pattern controlled based on the setting operation unit 253a is set to “forward lighting”. The light emission pattern when set to “sequential lighting” will be described later. When the setting value is “setting 7”, the light emission pattern controlled based on the setting operation unit 253a is set to “reciprocal lighting”. The light emission pattern when set to “reciprocating turn on” will be described later.
以上説明したとおり、設定操作部２５３ａを所定の設定値に設定することで、設定操作部２５３ａに基づいて制御される第３設置部材２０１の発光パターンを前述した発光パターンに制御することが可能となる。他の設定操作部２５３ｂ〜ｈについても、同じ機能を有しており、８個の設定操作部ａ〜ｈの設定値を夫々独立して任意の設定値に設定することが可能である。従って、８個の設定操作部ａ〜ｈの全てを同じ設定値としてもよいし、全て又は一部を他の設定操作部と異なる設定値としてもよい。また、発光パターンを変更したい場合には、いつでも設定値を変更することができる。
As described above, by setting the setting operation unit 253a to a predetermined setting value, the light emission pattern of the third installation member 201 controlled based on the setting operation unit 253a can be controlled to the light emission pattern described above. Become. The other setting operation units 253b to 253h have the same function, and the setting values of the eight setting operation units a to h can be independently set to arbitrary setting values. Accordingly, all of the eight setting operation units a to h may be set to the same setting value, or all or a part thereof may be set to a setting value different from other setting operation units. Further, when it is desired to change the light emission pattern, the set value can be changed at any time.
次に、電源ユニット２５１に接続される（展示台４又は天井部材５を構成する）第３展示部材２０１が、設定操作部２５３ａ〜ｈのうち、何れの設定操作部の設定値に基づいて発光制御されるかについて説明する。前述したように、第３設置部材２０１には、夫々４段階に設定値を切替え可能な設定操作部２１９（第１発光パターン設定部）が設けられている。この各第３設置部材２０１が備える設定操作部２１９（第１発光パターン設定部）で、設定操作部２５３ａ〜ｈのうち何れの設定操作部の設定値に基づいて発光制御するかを指定するのである。
Next, the third display member 201 connected to the power supply unit 251 (which constitutes the display stand 4 or the ceiling member 5) emits light based on the setting value of any setting operation unit among the setting operation units 253a to 253h. The control will be described. As described above, the third installation member 201 is provided with the setting operation unit 219 (first light emission pattern setting unit) capable of switching setting values in four stages. Since the setting operation unit 219 (first light emission pattern setting unit) included in each of the third installation members 201 designates which of the setting operation units 253a to 253h performs light emission control based on the set value. is there.
具体的に、電源ユニット２５１には、電源コネクタ２５５を差し込むことが可能な差込口として、第１差込口２５８及び第２差込口２５９を備えている。そして、第１差込口２５８に接続される展示台４又は天井部材５を構成する第３展示部材２０１（これに設置される発光装飾物）は、設定操作部２５３ａ〜ｄの４個の設定操作部のうち何れかの設定操作部で設定する発光パターンに基づいて（従って）発光制御される。また、第２差込口２５９に接続される展示台４又は天井部材５を構成する第３展示部材２０１（これに設定される発光装飾物）は、設定操作部２５３ｅ〜ｈの４個の設定操作部のうち何れかの設定操作部で設定する発光パターンに基づいて（従って）発光制御される。
Specifically, the power supply unit 251 includes a first insertion port 258 and a second insertion port 259 as insertion ports into which the power connector 255 can be inserted. Then, the third display member 201 (light emitting decoration installed on the display table 4 or the ceiling member 5) connected to the first insertion port 258 has four settings of the setting operation units 253a to 253d. The light emission is controlled based on (according to) the light emission pattern set by any one of the operation units. In addition, the third display member 201 (light emitting decoration set for this) constituting the display stand 4 or the ceiling member 5 connected to the second insertion port 259 has four settings of the setting operation units 253e to 253h. The light emission is controlled based on (according to) the light emission pattern set by any one of the operation units.
より具体的に、第１差込口２５８に接続される電源ケーブル２５４を介して接続される第３展示部材２０１（展示台４又は天井部材５）は、その設定操作部２１９（第１発光パターン設定部）の操作部２２０を操作して設定値を『設定１』とした場合、電源ユニット２５１に設けられた設定操作部２５３ａで設定された発光パターンに基づいて発光制御がなされる。同じく第１差込口２５８に接続される第３展示部材２０１であって、その設定操作部２１９の設定値を『設定２』とした場合、電源ユニット２５１に設けられた設定操作部２５３ｂで設定された発光パターンに基づいて発光制御がなされる。同じく第１差込口２５８に接続される第３展示部材２０１であって、その設定操作部２１９の設定値を『設定３』とした場合、電源ユニット２５１に設けられた設定操作部２５３ｃで設定された発光パターンに基づいて発光制御がなされる。同じく第１差込口２５８に接続される第３展示部材２０１であって、その設定操作部２１９の設定値を『設定４』とした場合、電源ユニット２５１に設けられた設定操作部２５３ｄで設定された発光パターンに基づいて発光制御がなされる。
More specifically, the third display member 201 (the display stand 4 or the ceiling member 5) connected via the power cable 254 connected to the first insertion port 258 has its setting operation unit 219 (first light emission pattern). When the setting value is set to “setting 1” by operating the operation unit 220 of the setting unit), light emission control is performed based on the light emission pattern set by the setting operation unit 253a provided in the power supply unit 251. Similarly, when the setting value of the setting operation unit 219 is “setting 2” in the third display member 201 connected to the first insertion port 258, the setting operation unit 253b provided in the power supply unit 251 sets the setting value. The light emission is controlled based on the emitted light pattern. Similarly, when the setting value of the setting operation unit 219 is “setting 3” in the third display member 201 connected to the first insertion port 258, the setting operation unit 253c provided in the power supply unit 251 sets the setting value. The light emission is controlled based on the emitted light pattern. Similarly, when the setting value of the setting operation unit 219 is “setting 4” in the third display member 201 connected to the first insertion port 258, the setting operation unit 253d provided in the power supply unit 251 sets the setting value. The light emission is controlled based on the emitted light pattern.
ここで電源ユニット２５１の設定操作部２５３の設定値を『設定６（順点灯）』とした場合の対象となる第３展示部材２０１の発光パターンについて説明する。電源ユニット２５１の第１差込口２５８に接続される第３展示部材２０１のうち、発光パターンが『設定６（順点灯）』に設定されている第３展示部材２０１が複数個ある場合であって、当該第３設置部材２０１の設定操作部２１９で設定した設定値が異なる場合、当該設定値の小さい順に、順に点灯するパターンを繰り返す発光パターンである。「設定操作部２１９で設定した設定値の小さい順に」であるから、設定操作部２５３ａで制御する第３展示部材→設定操作部２５３ｂで制御する第３展示部材→設定操作部２５３ｃで制御する第３展示部材→設定操作部２５３ｄで制御する第３展示部材の順に、点灯するものとする。
Here, the light emission pattern of the third display member 201 as a target when the setting value of the setting operation unit 253 of the power supply unit 251 is “setting 6 (forward lighting)” will be described. Among the third display members 201 connected to the first insertion port 258 of the power supply unit 251, there are a plurality of third display members 201 whose light emission pattern is set to “setting 6 (forward lighting)”. Thus, when the setting values set by the setting operation unit 219 of the third installation member 201 are different, the light emission pattern repeats the pattern of lighting in order from the smallest setting value. Since it is “in order of increasing setting values set by the setting operation unit 219”, the third display member controlled by the setting operation unit 253a → the third display member controlled by the setting operation unit 253b → the first display member controlled by the setting operation unit 253c. It is assumed that the three display members are lit in the order of the third display member controlled by the setting operation unit 253d.
例えば、第１差込口２５８に接続される４個の第３展示部材２０１［Ａ〜Ｄ］の設定操作部２１９の設定値が、夫々第３展示部材［Ａ］：設定１、［Ｂ］：設定１、［Ｃ］：設定３、［Ｄ］：設定４に設定されているとする。この場合、第３展示部材［Ａ］及び［Ｂ］は、電源ユニット２５１の設定操作部２５３ａで設定する発光パターンに従って発光制御される。同様に、第３展示部材［Ｃ］は設定操作部２５３ｃで設定する発光パターンに従って発光制御され、第３展示部材［Ｄ］は設定操作部２５３ｄで設定する発光パターンに従って発光制御される。
For example, the setting values of the setting operation unit 219 of the four third display members 201 [AD] connected to the first insertion port 258 are the third display member [A]: setting 1, [B], respectively. : Setting 1, [C]: Setting 3, [D]: Setting 4 is assumed. In this case, the third display members [A] and [B] are controlled to emit light according to the emission pattern set by the setting operation unit 253a of the power supply unit 251. Similarly, the third display member [C] is controlled to emit light according to the light emission pattern set by the setting operation unit 253c, and the third display member [D] is controlled to emit light according to the light emission pattern set by the setting operation unit 253d.
そして、これら第３展示部材［Ａ〜Ｄ］を発光制御する設定操作部２５３ａ、２５３ｃ、２５３ｄの設定値が何れも『設定６（順点灯）』に設定されていた場合、４個の第３展示部材［Ａ〜Ｄ］を対称として順点灯の発光パターンで発光制御を行う。具体的に、『設定６（順点灯）』で発光制御される第３展示部材２０１を対象として、当該第３展示部材２０１の設定操作部２１９の設定値の小さい順に、順次点灯・消灯していく。より具体的には、まず、設定操作部２１９の設定値が『設定１』の第３展示部材［Ａ］及び［Ｂ］（に設定される発光装飾物）を点灯（発光）させる。次いで、第３展示部材［Ａ］及び［Ｂ］を消灯すると共に、設定操作部２１９の設定値が『設定３』の第３展示部材［Ｃ］を点灯させる。次いで、第３展示部材［Ｃ］を消灯すると共に、設定操作部２１９の設定値が『設定４』の第３展示部材［Ｄ］を点灯させる。次いで、第３展示部材［Ｄ］を消灯すると共に、第３展示部材［Ａ］及び［Ｂ］を点灯させるといったパターンを繰り返す。
When the setting values of the setting operation units 253a, 253c, and 253d that control the light emission of the third display members [A to D] are all set to “setting 6 (forward lighting)”, the four third items are displayed. The display members [A to D] are symmetric, and the light emission is controlled with the light emission pattern of the forward lighting. Specifically, for the third display member 201 whose light emission is controlled by “setting 6 (order lighting)”, the light is sequentially turned on and off in ascending order of the setting value of the setting operation unit 219 of the third display member 201. Go. More specifically, first, the third display members [A] and [B] (the light emitting decoration set to be set) whose setting value of the setting operation unit 219 is “setting 1” are turned on (light emission). Next, the third display members [A] and [B] are turned off, and the third display member [C] whose setting value of the setting operation unit 219 is “setting 3” is turned on. Next, the third display member [C] is turned off, and the third display member [D] whose setting value of the setting operation unit 219 is “setting 4” is turned on. Next, a pattern is repeated in which the third display member [D] is turned off and the third display members [A] and [B] are turned on.
次に、電源ユニット２５１の設定操作部２５３の設定値を『設定７（往復順点灯）』とした場合について説明する。『設定７（往復順点灯）』とした場合も、『設定６（順点灯）』とした場合と同様の制御処理で発光制御されるが、一部発光制御が異なっている。前述した『設定６（順点灯）』と同様の例に基づいて説明する。具体的に、『設定７（往復順点灯）』で発光制御される第３展示部材２０１を対象として、当該第３展示部材２０１の設定操作部２１９の設定値の小さい順に、順次点灯・消灯していく。より具体的には、まず、設定操作部２１９の設定値が『設定１』の第３展示部材［Ａ］及び［Ｂ］（に設定される発光装飾物）を点灯させる。次いで、第３展示部材［Ａ］及び［Ｂ］を消灯すると共に、設定操作部２１９の設定値が『設定３』の第３展示部材［Ｃ］を点灯させる。次いで、第３展示部材［Ｃ］を消灯すると共に、設定操作部２１９の設定値が『設定４』の第３展示部材［Ｄ］を点灯させる。
Next, a case where the setting value of the setting operation unit 253 of the power supply unit 251 is “setting 7 (reciprocal lighting)” will be described. Even when “setting 7 (reciprocal lighting)” is set, light emission is controlled by the same control process as that of “setting 6 (forward lighting)”, but part of the light emission control is different. A description will be given based on an example similar to “Setting 6 (order lighting)” described above. Specifically, for the third display member 201 whose light emission is controlled by “Setting 7 (return lighting in order)”, the light is sequentially turned on and off in ascending order of the setting value of the setting operation unit 219 of the third display member 201. To go. More specifically, first, the third display members [A] and [B] (the light emitting decoration set to be set) whose setting value of the setting operation unit 219 is “setting 1” are turned on. Next, the third display members [A] and [B] are turned off, and the third display member [C] whose setting value of the setting operation unit 219 is “setting 3” is turned on. Next, the third display member [C] is turned off, and the third display member [D] whose setting value of the setting operation unit 219 is “setting 4” is turned on.
続く処理が『設定６（順点灯）』の場合と異なっており、次いで、第３展示部材［Ｄ］を消灯すると共に、第３展示部材［Ｃ］を点灯させる。次いで、第３展示部材［Ｃ］を消灯すると共に、第３展示部材［Ａ］及び［Ｂ］を点灯させるといったパターンを繰り返す。尚、第２差込口２５９に接続される第３接続部材２０１についても『設定６』又は『設定７』に基づいて発光制御される場合には、同様の制御処理とされる。
The subsequent processing is different from the case of “setting 6 (order lighting)”. Next, the third display member [D] is turned off and the third display member [C] is turned on. Next, a pattern is repeated in which the third display member [C] is turned off and the third display members [A] and [B] are turned on. Note that the same control process is performed when the third connection member 201 connected to the second insertion port 259 is controlled to emit light based on “setting 6” or “setting 7”.
尚、前述したように、電源ユニット２５１に接続される第３展示部材２０１は、夫々独立して任意の設定値に設定可能であるので、全てを同じ設定値としてもよいし、一部又は全部を異なる設定値としてもよい。図１９に示す例では、図１９（ｂ）に示すように、第１差込口２５５に接続される４個の第３展示部材２０１の設定操作部２１９を、全て『設定１』に設定する例を示している。従って、これら４個の第３展示部材２０１（展示台４）は全て電源ユニット２５１の設定操作部２５３ａの設定値に従って発光制御することとなる。従って、図１９に示す展示台４に設置された発光装飾物の発光パターンは、全て設定操作部２５３ａの設定値に依存し、例えば、設定操作部２５３ａの設定値を『設定０』とすれば、電源ユニット２５１の電源スイッチ２５２をＯＮにしても、全て消灯のままとなる（点灯しない）。一方、設定操作部２５３ａの設定値を『設定１』とすれば、全てが点灯となる。
As described above, since the third display member 201 connected to the power supply unit 251 can be set to any set value independently, all may be set to the same set value, or part or all of them. May be different set values. In the example illustrated in FIG. 19, as illustrated in FIG. 19B, the setting operation units 219 of the four third display members 201 connected to the first insertion ports 255 are all set to “setting 1”. An example is shown. Accordingly, all of the four third display members 201 (exhibition table 4) are controlled to emit light according to the set value of the setting operation unit 253a of the power supply unit 251. Accordingly, the light emission patterns of the light emitting decorations installed on the display stand 4 shown in FIG. 19 all depend on the setting values of the setting operation unit 253a. For example, if the setting value of the setting operation unit 253a is set to “setting 0”. Even if the power switch 252 of the power supply unit 251 is turned on, all remains unlit (not lit). On the other hand, if the setting value of the setting operation unit 253a is “setting 1”, all are turned on.
このように、所定の差込口に接続される第３設置部材２０１の設定操作部２１９（第１発光パターン設定部）の設定値を全て同じ設定値にすれば、それによって指定する１個の設定操作部２５３（第２発光パターン設定部）を操作するだけで、統一感のある所望（任意）の発光パターンで制御することが可能となる。また、所定の差込口に接続される複数の第３設置部材２０１の設定操作部２１９（第１発光パターン設定部）の設定値の一部又は全てを異なる設定値にすれば、展示台４又は天井部材５を構成する第３展示部材２０１の一部又は全部を他と異なる発行パターン（点灯及び点滅等）で発光制御することが可能となる。これにより、発光パターンを多様化し、装飾効果を高めることが可能となる。
In this way, if all the setting values of the setting operation unit 219 (first light emission pattern setting unit) of the third installation member 201 connected to the predetermined insertion port are set to the same setting value, one designated by that is set. By simply operating the setting operation unit 253 (second light emission pattern setting unit), it is possible to control with a desired (arbitrary) light emission pattern with a sense of unity. Moreover, if some or all of the setting values of the setting operation unit 219 (first light emission pattern setting unit) of the plurality of third installation members 201 connected to the predetermined insertion port are set to different setting values, the display table 4 Alternatively, part or all of the third display member 201 constituting the ceiling member 5 can be controlled to emit light with an issuance pattern (such as lighting and blinking) different from the others. This makes it possible to diversify the light emission patterns and enhance the decoration effect.
また、第２差込口２５８に接続される電源ケーブル２５４を介して接続される第３展示部材２０１（展示台４又は天井部材５）は、その設定操作部２１９（第１発光パターン設定部）の操作部２２０を操作して設定値を『設定１』とした場合、電源ユニット２５１に設けられた設定操作部２５３ｅで設定された発光パターンに基づいて発光制御がなされる。同じく第２差込口２５９に接続される第３展示部材２０１であって、その設定操作部２１９の設定値を『設定２』とした場合、電源ユニット２５１に設けられた設定操作部２５３ｆで設定された発光パターンに基づいて発光制御がなされる。同じく第２差込口２５８に接続される第３展示部材２０１であって、その設定操作部２１９の設定値を『設定３』とした場合、電源ユニット２５１に設けられた設定操作部２５３ｇで設定された発光パターンに基づいて発光制御がなされる。同じく第２差込口２５８に接続される第３展示部材２０１であって、その設定操作部２１９の設定値を『設定４』とした場合、電源ユニット２５１に設けられた設定操作部２５３ｈで設定された発光パターンに基づいて発光制御がなされる。
In addition, the third display member 201 (the display stand 4 or the ceiling member 5) connected via the power cable 254 connected to the second insertion port 258 has its setting operation unit 219 (first light emission pattern setting unit). When the setting value is set to “setting 1” by operating the operation unit 220, light emission control is performed based on the light emission pattern set by the setting operation unit 253e provided in the power supply unit 251. Similarly, when the setting value of the setting operation unit 219 is “setting 2” in the third display member 201 connected to the second insertion port 259, the setting operation unit 253f provided in the power supply unit 251 sets the setting value. The light emission is controlled based on the emitted light pattern. Similarly, when the setting value of the setting operation unit 219 is “setting 3” in the third display member 201 connected to the second insertion port 258, the setting operation unit 253g provided in the power supply unit 251 sets the setting value. The light emission is controlled based on the emitted light pattern. Similarly, when the setting value of the setting operation unit 219 is “setting 4” in the third display member 201 connected to the second insertion port 258, the setting operation unit 253h provided in the power supply unit 251 sets the setting value. The light emission is controlled based on the emitted light pattern.
また、電源ユニット２５１の設定操作部２５３ａ〜ｄの周囲（周縁）には、設定操作部２５３ａ〜ｄと、第１差込口２５８に接続された第３展示部材２０１の設定操作部２１９で設定した設定値と、の関係を示すための第１設定値表示部２５６が設けられている（１〜４の表示で示す）。展示者（設定者）は、例えば、第１差込口２５８に接続した所定の第３展示部材２０１の設定値を『設定３』とした場合には、『３』の表示で示す設定操作部２５３ｃを操作することで、当該第３展示部材２０１の発光パターンを制御することが可能となる。また、電源ユニット２５１の設定操作部２５３ｅ〜ｈの周囲（周縁）には、設定操作部２５３ｅ〜ｈと、第２差込口２５９に接続された第３展示部材２０１の設定操作部２１９で設定した設定値と、の関係を示すための第２設定値表示部２５７が設けられている（１〜４の表示で示す）。展示者（設定者）は、例えば、第２差込口２５８に接続した所定の第３展示部材２０１の設定値を『設定２』とした場合には、『２』の表示で示す設定操作部２５３ｆを操作することで、当該第３展示部材２０１の発光パターンを制御することが可能となる。
Further, the setting operation units 253a to 253d and the setting operation unit 219 of the third display member 201 connected to the first insertion port 258 are set around the periphery (periphery) of the setting operation units 253a to 253d of the power supply unit 251. A first set value display unit 256 for indicating the relationship between the set value and the set value is provided (indicated by display of 1 to 4). For example, when the setting value of the predetermined third display member 201 connected to the first insertion port 258 is “setting 3”, the exhibitor (setting person) sets the setting operation unit indicated by “3”. By operating 253c, the light emission pattern of the third display member 201 can be controlled. Further, the setting operation units 253 e to 253 h and the setting operation unit 219 of the third display member 201 connected to the second insertion port 259 are set around the periphery (periphery) of the setting operation units 253 e to 253 h of the power supply unit 251. A second set value display unit 257 for indicating the relationship between the set value and the set value is provided (indicated by display of 1 to 4). For example, when the setting value of the predetermined third display member 201 connected to the second insertion port 258 is “setting 2”, the exhibitor (setting person) sets the setting operation unit indicated by “2”. By operating 253f, the light emission pattern of the third display member 201 can be controlled.
前述した構成において、第１発光パターン設定部を用いて、先に第３設置部材２０１を所定の設定値に設定（固定）しておき、第１発光パターン設定部で指定する第２発光パターン設定部を操作して任意の発光パターンに制御する設定態様を説明した。このような設定態様に限らず、先に、第２発光パターン設定部（設定操作部２５３ａ〜ｈ）を夫々設定１〜８の異なる設定値に設定しておき、後で、電源ユニット２５１に接続される第３設置部材２０１の夫々の第１発光パターン設定部（設定操作部２１９）の設定値を設定してもよい。例えば、第３展示部材［Ａ］の発光パターンを消灯にしたい場合は、『設定０』に設定された設定操作部２５３ａに対応させるため、当該第３展示部材［Ａ］の設定操作部２１９の設定値を『設定１』とすることが可能である。
In the configuration described above, the second light emission pattern setting unit first sets (fixes) the third installation member 201 to a predetermined setting value using the first light emission pattern setting unit, and is designated by the first light emission pattern setting unit. The setting aspect which controls the light emission pattern by operating the unit has been described. Not only in such a setting mode, first, the second light emission pattern setting units (setting operation units 253a to 253h) are set to different setting values of the settings 1 to 8, respectively, and connected to the power supply unit 251 later. The setting value of each first light emission pattern setting unit (setting operation unit 219) of the third installation member 201 to be set may be set. For example, when it is desired to turn off the light emission pattern of the third display member [A], the setting operation unit 219 of the third display member [A] is set to correspond to the setting operation unit 253a set to “setting 0”. The setting value can be set to “setting 1”.
以上説明したとおり、第４実施形態の構成によると、複数の設置部材（第３展示部材２０１）を通電可能に接続する場合に、それら設置部材を開放する（分解する）ことなく、組立てたままの状態で設置部材の外側に設けた嵌合凹部に接続部材２３１を嵌合し、固定することで、接続することを可能としている。これにより、設置部材を開放して（分解して）接続することを要する、第１実施形態乃至第３実施形態の設置部材の構成よりも、簡便に複数の設置部材を接続したり、接続態様を変更したりすることが可能となる。
As described above, according to the configuration of the fourth embodiment, when a plurality of installation members (third display member 201) are connected so that they can be energized, the installation members are not opened (disassembled) and remain assembled. In this state, the connection member 231 is fitted into a fitting recess provided on the outside of the installation member and fixed, thereby enabling connection. Thereby, it is necessary to open (disassemble) and connect the installation member, and a plurality of installation members can be connected more easily than the configuration of the installation member of the first to third embodiments, or the connection mode Can be changed.
また、複数の設置部材（第３展示部材２０１）を通電可能に接続する接続部材２３１の形状を、入力側と出力側とで非対称形状とすると共に、電力の入力方向を認識しやすい形状としたことで、展示ケース１（展示台４又は天井部材５）を組立てる際の配線ミスや、配線パターン（接続パターン）を変更する際の作業ミス等を極力低減することが可能となる。
In addition, the shape of the connection member 231 that connects the plurality of installation members (third display member 201) so as to be energized is an asymmetric shape between the input side and the output side, and a shape that makes it easy to recognize the power input direction. As a result, it is possible to reduce as much as possible wiring mistakes when assembling the display case 1 (the display stand 4 or the ceiling member 5) and work mistakes when changing the wiring pattern (connection pattern).
また、展示台４又は天井部材５を構成する設置部材（第３設置部材２０１）に、第１発光パターン設定部を設け、電源ユニット２５１に第２発光パターン設定部を設け、これら第１発光パターン設定部及び第２発光パターン設定部を用いて、設置部材に設置される発光装飾物の発光パターンを制御可能とした。これにより、第３展示部材２０１に設置される発光装飾物の発光パターンの設定態様や、発光パターンの変更態様を多様化することが可能となり、展示者の任意の様々な態様で設定することが可能となる。
The installation member (third installation member 201) constituting the display stand 4 or the ceiling member 5 is provided with a first light emission pattern setting unit, and the power supply unit 251 is provided with a second light emission pattern setting unit, and these first light emission patterns. Using the setting unit and the second light emission pattern setting unit, it is possible to control the light emission pattern of the light emitting decorative object installed on the installation member. Thereby, it becomes possible to diversify the setting mode of the light emission pattern of the light emitting decoration set in the third display member 201 and the change mode of the light emission pattern, and it can be set in any various manners of the exhibitor. It becomes possible.
［他の態様］
前述した第１乃至第３実施形態では、第１展示部材１１又は／及び第２展示部材６１を複数連結した展示部材を、床部材（展示台４）又は天井部材５として構成する例を示した。然しながら、このような態様に限らず、第１展示部材１１又は／及び第２展示部材６１を複数連結した展示部材を、床部材と垂直状に立設する壁面部や、傾斜状に設けられる壁面部として構成してもよい。そしてこれら壁面部に対して電気的装飾物（発光装飾物等）を設置したり、当該壁面部自体を発光させたりして、装飾性を高めることも可能である。
[Other aspects]
In the first to third embodiments described above, an example in which a display member in which a plurality of first display members 11 and / or second display members 61 are connected is configured as a floor member (exhibit stand 4) or a ceiling member 5 is shown. . However, the present invention is not limited to such a mode, and a wall surface portion that is provided with a plurality of first display members 11 and / or second display members 61 connected to each other in a vertical manner with respect to a floor member, or a wall surface provided in an inclined shape. You may comprise as a part. It is also possible to enhance the decorativeness by installing an electrical ornament (such as a light-emitting ornament) on these wall portions or causing the wall portions themselves to emit light.
また、前述した第１乃至第３実施形態では、第１展示部材１１又は／及び第２展示部材６１を複数連結して展示部材（床部材、天井部材、壁面部）を構成する例を示したが、このような態様に限らない。床部材及び天井部材を、１個の第１展示部材１１又は／及び第２展示部材６１で夫々構成し、周囲（周壁）をアクリル板とすることで小型の展示ケース１としてもよい。
Further, in the first to third embodiments described above, an example in which a plurality of first display members 11 and / or second display members 61 are connected to form a display member (floor member, ceiling member, wall surface portion) is shown. However, it is not limited to such a mode. The floor member and the ceiling member may be configured by one first display member 11 or / and the second display member 61, respectively, and the periphery (peripheral wall) may be an acrylic plate to form a small display case 1.
また、第１実施形態では、床部材（展示台４）を、第１展示部材１１を複数連結して構成し、天井部材５を、第２展示部材６１を複数連結して構成した。このような態様に替えて、天井部材を、第１展示部材１１を複数連結して構成し、床部材（展示台）を第２展示部材６１を複数連結して構成してもよい。この場合、第１設置穴１８（通電穴）や第２設置穴を介して天井部材に電気的装飾物や他の装飾物等を設置可能（展示可能）であるので、天井部材を展示台（飾り台）ともいう。また、床部材及び天井部材の両方を、第１展示部材１１を複数連結して構成してもよいし、床部材及び天井部材の両方を第２展示部材６１を複数連結して構成してもよい。
In the first embodiment, the floor member (exhibit stand 4) is configured by connecting a plurality of first display members 11, and the ceiling member 5 is configured by connecting a plurality of second display members 61. Instead of such an aspect, the ceiling member may be configured by connecting a plurality of first display members 11, and the floor member (display stand) may be configured by connecting a plurality of second display members 61. In this case, an electrical ornament or other ornament can be installed on the ceiling member via the first installation hole 18 (energization hole) or the second installation hole (can be displayed). It is also called a decoration stand. Further, both the floor member and the ceiling member may be configured by connecting a plurality of first display members 11, or both the floor member and the ceiling member may be configured by connecting a plurality of second display members 61. Good.
また、第１実施形態では、第２展示部材６１には、装飾物や支持部材を設置可能な設置穴を設けていないが、第２展示部材６１にも、このような設置穴を設け、発光ステージ面上に載置する装飾物等を支持・固定できるようにしてもよい。
In the first embodiment, the second display member 61 is not provided with an installation hole in which a decorative object or a support member can be installed, but the second display member 61 is also provided with such an installation hole to emit light. You may enable it to support and fix the decorations etc. which are mounted on a stage surface.
また、第１実施形態では、第１設置穴１８に挿入する穴径変換部材１７１上に、第２設置穴１９と同じ形状の設置穴を設けることで、支持部材１１０の設置箇所を増設するものとした。このような態様に加えて又は替えて、第１設置穴１８又は第２設置穴１９に挿入可能な挿入突起を有する変換部材（穴径変換部材と同形状）において、鍔部上に、設置穴に変えて、マグネットを埋め込んだマグネット部を有する変換部材を備えてもよい。これにより、装飾物等の下端部（足部）にマグネットを備える場合には、このマグネット同士を磁力によりくっつけることで、変換部材を介して、装飾物３をステージ面１７上に固定することが可能となる。
Moreover, in 1st Embodiment, the installation location of the support member 110 is expanded by providing the installation hole of the same shape as the 2nd installation hole 19 on the hole diameter conversion member 171 inserted in the 1st installation hole 18. It was. In addition to or in place of such a mode, in the conversion member having the insertion protrusion that can be inserted into the first installation hole 18 or the second installation hole 19 (the same shape as the hole diameter conversion member), the installation hole Instead, a conversion member having a magnet part in which a magnet is embedded may be provided. Thereby, when providing a magnet in the lower end part (foot part), such as a decoration, the decoration 3 can be fixed on the stage surface 17 via a conversion member by sticking these magnets together by magnetic force. It becomes possible.
また、電源ユニット１５１は、内部に二次電池（蓄電池）が内蔵され、この二次電池により電力を供給可能な構成とした。然しながらこのような態様に限らない。例えば、この二次電池に替えて又は加えて、電源ユニット１５１にＵＳＢコネクタを設け、ＵＳＢコネクタに接続されたノートパソコン等の電力供給部から電力を供給することを可能にしてもよい。また、これらに替えて又は加えて、電源ユニット１５１に固定式又は着脱式のコンセントケーブル及びコンセントプラグを設け、家庭用のコンセントから直接電力を供給することを可能にしてもよい。また、これらに替えて又は加えて、市販の所定サイズ・本数（例えば単３型を４本）の一次電池又は二次電池を挿入・取外し可能とし、これらによって電力を供給することを可能にしてもよい。
Further, the power supply unit 151 has a structure in which a secondary battery (storage battery) is built in and power can be supplied from the secondary battery. However, it is not limited to such a mode. For example, in place of or in addition to the secondary battery, a USB connector may be provided in the power supply unit 151 so that power can be supplied from a power supply unit such as a notebook computer connected to the USB connector. Further, instead of or in addition to these, the power supply unit 151 may be provided with a fixed or detachable outlet cable and outlet plug so that power can be directly supplied from a household outlet. In addition to or in addition to these, a commercially available primary battery or secondary battery of a predetermined size and number (for example, four AA type) can be inserted and removed, and power can be supplied by these. Also good.
また、第１展示部材１１及び第２展示部材６１と、第３展示部材６１とは、複数の展示部材を電気的に接続する場合の接続構造が異なっている。このような態様に限らず、第１展示部材１１及び第２展示部材６１に対して、構造を一部改変して、第３展示部材６１の接続構造を採用してもよい。また、第１展示部材１１及び第２展示部材６１の中継基板に設定操作部２１９を設け、電源ユニット２５１に接続することで、第１展示部材１１又は／及び第２展示部材６１で構成する展示台４又は／及び天井部材５の発光パターンを制御可能としてもよい。また、第１展示部材１１、第２展示部材６１、及び、第３展示部材２０１を接続して（組合せて）、展示台４又は／及び天井部材５を構成可能としてもよい。
In addition, the first display member 11 and the second display member 61 and the third display member 61 have different connection structures when a plurality of display members are electrically connected. The connection structure of the third display member 61 may be adopted by partially modifying the structure of the first display member 11 and the second display member 61 without being limited to such an aspect. In addition, the setting operation unit 219 is provided on the relay board of the first display member 11 and the second display member 61 and connected to the power supply unit 251, so that the display configured by the first display member 11 and / or the second display member 61 is provided. The light emission pattern of the base 4 and / or the ceiling member 5 may be controllable. Further, the display stand 4 and / or the ceiling member 5 may be configured by connecting (combining) the first display member 11, the second display member 61, and the third display member 201.
また、第４実施形態では、第３展示部材２０１の設定操作部２１９の設定を４段階に設定可能とした。これに変えて、８段階に設定可能な設定操作部を設けてもよい。これにより、電源ユニット２５１に備える８個の設定操作部２５３ａ〜ｈの全てを指定できるようにしてもよい。これにより、展示台４又は／及び天井部材５の発光パターンの発光制御をより多様化することが可能となる。また、第４実施形態では、第１露出端子２１７及び第２露出端子２１８を４ピン端子で構成したが、端子数を増加してもよい。例えば、＋１２Ｖ用第１端子、＋１２Ｖ用第２端子、ＧＮＤ用第１端子、ＧＮＤ用第２端子、データ信号用端子、クロック信号用端子の６端子で構成してもよい。これにより、設定可能な段階を増加することが可能となる。また、これに合わせて複数の第３接続部材２０１を接続するための接続部材のパターン配線数も変更することが可能である。
In the fourth embodiment, the setting operation unit 219 of the third display member 201 can be set in four stages. Instead of this, a setting operation unit that can be set in eight stages may be provided. Thereby, all of the eight setting operation units 253a to 253h included in the power supply unit 251 may be designated. Thereby, it becomes possible to diversify the light emission control of the light emission pattern of the display stand 4 and / or the ceiling member 5 more. In the fourth embodiment, the first exposed terminal 217 and the second exposed terminal 218 are configured by 4-pin terminals, but the number of terminals may be increased. For example, the first terminal for + 12V, the second terminal for + 12V, the first terminal for GND, the second terminal for GND, the terminal for data signal, and the terminal for clock signal may be used. Thereby, it becomes possible to increase the stage which can be set. In accordance with this, the number of pattern wirings of connection members for connecting a plurality of third connection members 201 can also be changed.
［その他］
前述した特許文献１は、台座の内部に光源を設置しているため、光源の配線等を台座内に被覆することで、配線の露出を防止して、きれいに見せることが可能となる。然しながら、台座のステージ板を介して光を照射するため、装飾物に照射する光量が低減してしまう。また、光源は、ステージ板よりも下方に配置されるため、装飾物に対する光の照射位置や照射角度が制限されてしまう。一方、特許文献１は、台座の端部から立設した自在アームの端部に光源を取り付け、当該光源によって装飾物の上方からも光を照射可能である。然しながら、光源の設置位置が固定されており、展示者の望む任意の位置・方向・角度等から光を照射することができない。前述した実施形態の展示ケースは、このような事情に鑑みてなされたものであり、装飾物に対する光の照射によって、装飾性を向上させることにある。また、前述した特許文献１は、台座のステージ上に設置される装飾物の下方から上方に向けて光を照射するため、装飾物の陰が生じ難く、きれいに見せることが可能となる。然しながら、特許文献１の構造を採用すると、装飾物を設置可能な範囲（ステージ板の面積）が限定され、装飾物の大きさが制限されたり、飾りケース（ショーケース）の設置空間に余剰空間が生じたりする場合がある。前述した実施形態の展示ケースは、このような事情に鑑みてなされたものであり、光を照射可能な発光設置部材を連結可能とすることによって、装飾性を向上させることにある。
[Others]
In Patent Document 1 described above, since the light source is installed inside the pedestal, by covering the wiring of the light source and the like in the pedestal, it is possible to prevent the wiring from being exposed and to show it cleanly. However, since the light is irradiated through the stage plate of the pedestal, the amount of light applied to the decoration is reduced. In addition, since the light source is disposed below the stage plate, the irradiation position and irradiation angle of light on the decoration are limited. On the other hand, in Patent Document 1, a light source is attached to the end of a free arm that is erected from the end of a pedestal, and light can be emitted from above the decorative object by the light source. However, the installation position of the light source is fixed, and light cannot be emitted from any position, direction, angle, etc. desired by the exhibitor. The display case of embodiment mentioned above was made | formed in view of such a situation, and exists in improving decorativeness by irradiation of the light with respect to a decoration. Further, in Patent Document 1 described above, light is irradiated from the lower side to the upper side of the decorative object placed on the stage of the pedestal, so that the shadow of the decorative object hardly occurs, and it is possible to look beautiful. However, when the structure of Patent Document 1 is adopted, the range in which the ornament can be installed (the area of the stage plate) is limited, the size of the ornament is limited, or the extra space in the installation space of the decoration case (showcase) May occur. The display case of the above-described embodiment is made in view of such circumstances, and is to improve the decorativeness by enabling connection of a light emitting installation member that can irradiate light.
