M296337 八、新型說明： 【新型所屬之技術領域】 ★本新型係有關太陽能燈，尤其是有關做為導引、指示或裝飾 4用途的太陽能發光裝置之安裝結構的改良。 【先前技術】 有許夕有關太％能燈的專利，例如台灣專利第M283951號、 第 M279799 號、第 M256395 號、第 M269301 號、第 M256884 _ 號。灣專利公告第166279號等。其中新型專利第283951號， 揭示一種太陽能發光地燈，係包括··由耐壓且可透光之材質所製成 的中工狀本體，外側壁上形成有一凸緣；一發光模組置於本體内； 發光模組包括有複數個不同發絲色之發光二極體與—電路板； 電路板上具有-控制電路，—充電電池及—太陽能晶片，分別連接 電路板；一隔離層密封於本體之底部。 上述太陽能發光地燈並無較硬的外殼保護，在安裝於地面時 • 較容易因碰撞安裝孔洞的側邊而造成損壞，且不容易安裝於地 面，又其上端面若時常被碰觸也容易碎裂。 【新型内容】 為了強化太I%也發光燈的結構，而提出本新型。 本新型的主要目的，在提供一種太陽能發光裝置之安裝結 構，使太陽能燈具有堅固的外殼，便於安裝並保護燈體。 本新型的另-目的，在提供一種太陽能發光裝置之安裝結 構，具有預埋的外殼’其龍的外殼可與裝置關時施作。 M296337 本新型的又-目的’在提供一種太陽能發光裝置之安裝結 構，可彈性吸收太陽能發光模組的殼體與裝置面之間不同的熱膨 脹變化，以保護燈體。 本新型的其他目的、功效’請參關式及實施例，詳細說明 如下。 【實施方式】 請參閱圖卜2所示。本新型太陽能發光裝置之安裝結構，係 用以吸收太陽能，將太陽能轉換為電能儲存於充電裝置，提供發 光模組發光者。本新型太陽能發光裝置之安裝結構的第一實施 例，包括：一太陽能發光模組10，具有一殼體u，其内部裝有太 陽能板、充f裝置、具有控觀路的電路板及發絲組等太陽能 發光的必要元件（屬習之技術圖中未繪出）；一金屬製外殼20具有 一谷置槽201，其上端具有複數個結合孔202，容置槽201的底板 203具有一穿透孔204; —彈性墊21具有底部211及側邊212,可 包覆於太陽能發光模組10的底部及側邊，並置於外殼2〇的容置 槽201内；一金屬製外框22可覆蓋於外殼20及太陽能發光模組 10上端的周邊，並使太陽能發光模組10被固定於外殼2〇的容置 槽201内。在本實施例中，外框22具有與結合孔2〇2相對應的結 合孔221，而結合孔202係螺孔；複數螺桿23可穿過外框的結合 孔221螺接於外殼20的結合孔202内，使外框22被固定於外殼 20的上端，如圖2所示。本實施例的太陽能發光模組及外殼 20均呈六面體之外觀，外框22呈矩形環狀。 M296337 本實施例使用時，係可將外殼20與裝置面同時施作預埋於裝 設位置，由於外殼20係以金屬材料(如鑄鋁材料）製成，施工過程 中’即使被碰觸也不會造成損壞；絲將太陽能發光模組1〇的^ 部及側邊包覆彈性塾21之後，置於外殼2〇的容置槽謝内，使 彈性塾21喊部211 *側邊212分別抵靠外殼2〇的容置槽2〇1 的底板203及槽壁；再使外框22結合外殼2〇，使太陽能發光模組 10被固定於外殼20的容置槽201内。M296337 VIII. New description: [New technical field] ★ This new type is related to solar lights, especially the improvement of the installation structure of solar light-emitting devices used as guidance, indication or decoration. [Prior Art] There are patents relating to too much energy lamps in Xu Xi, such as Taiwan Patent No. M283951, No. M279799, No. M256395, No. M269301, and No. M256884. Bay Patent Notice No. 166279 and so on. The novel patent No. 283951 discloses a solar-emitting ground lamp, which comprises a middle-working body made of a pressure-resistant and light-transmissive material, and a flange is formed on the outer side wall; The light-emitting module comprises a plurality of light-emitting diodes and circuit boards of different hair colors; a control circuit on the circuit board, a rechargeable battery and a solar chip, respectively connected to the circuit board; and an isolation layer is sealed The bottom of the body. The above-mentioned solar-emitting ground lamp has no hard outer casing protection, and is easily damaged by the side of the collision mounting hole when it is mounted on the ground, and is not easy to be mounted on the ground, and the upper end surface is often easily touched. Fragmentation. [New content] In order to strengthen the structure of the light source of too much I%, the present invention is proposed. The main object of the present invention is to provide a solar light-emitting device mounting structure that allows the solar lamp to have a strong outer casing for easy installation and protection of the lamp body. Another object of the present invention is to provide a mounting structure for a solar illuminating device having a pre-embedded outer casing that can be applied when the device is closed. M296337 A further object of the present invention is to provide a solar light emitting device mounting structure that elastically absorbs different thermal expansion variations between the housing of the solar lighting module and the device surface to protect the lamp body. The other purposes and functions of the present invention are described in detail in the following description. [Embodiment] Please refer to Figure 2 for details. The installation structure of the novel solar illuminating device is used for absorbing solar energy, converting solar energy into electric energy and storing it in a charging device, and providing a illuminating module illuminator. A first embodiment of the mounting structure of the solar illuminating device comprises: a solar illuminating module 10 having a casing u, which is equipped with a solar panel, a charging device, a circuit board having a control path, and a hair A group of elements necessary for solar illuminating (not shown in the technical drawings); a metal casing 20 having a valley groove 201 having a plurality of coupling holes 202 at its upper end and a bottom plate 203 accommodating the groove 201 The through hole 204; the elastic pad 21 has a bottom portion 211 and a side edge 212, which can be wrapped on the bottom and side of the solar light emitting module 10, and is placed in the receiving groove 201 of the outer casing 2; a metal outer frame 22 can be The cover 20 and the periphery of the upper end of the solar light emitting module 10 are disposed, and the solar light emitting module 10 is fixed in the receiving groove 201 of the outer casing 2 . In this embodiment, the outer frame 22 has a coupling hole 221 corresponding to the coupling hole 2〇2, and the coupling hole 202 is a screw hole; the plurality of screws 23 can be screwed to the outer casing 20 through the coupling hole 221 of the outer frame. Inside the hole 202, the outer frame 22 is fixed to the upper end of the outer casing 20 as shown in FIG. The solar light emitting module and the outer casing 20 of the present embodiment each have a hexahedral appearance, and the outer frame 22 has a rectangular ring shape. M296337 When used in this embodiment, the outer casing 20 and the device surface can be simultaneously pre-buried in the installation position. Since the outer casing 20 is made of a metal material (such as cast aluminum material), even if it is touched during construction, No damage is caused; the wire and the side of the solar light-emitting module are covered with the elastic 塾 21, and then placed in the accommodating groove of the outer casing 2, so that the elastic 塾 21 shouting portion 211 * side 212 respectively The bottom plate 203 and the groove wall of the accommodating groove 2 〇 1 of the outer casing 2 are coupled to the outer casing 22 so that the solar illuminating module 10 is fixed in the accommodating groove 201 of the outer casing 20 .
本實施例的域祕絲組1G在_巾絲射接安裝於 路面的槽仙’因此在絲的過財财會因碰面而造成損 壞。且藉由彈性墊21包覆於太陽能發光模組1()的殼體u的底部 及側邊’使太陽能發光模組10的殼體u與外殼2〇及外框22之 間具有彈性的緩衝材料。當太陽能發光模组1G上方受到垂直壓力 或側向壓力時，藉由彈性墊21支揮於殼體u的底部及側邊，可 彈性吸收_直壓力翻向壓力，使太陽能發光模組ig的殼體n 較不會損壞。當太陽能模組的殼體u受熱，較外殼2()及裝置面 具有較大的膨脹量時’藉由彈性墊21可吸收該殼體u較大的膨 脹量，避免殼體η過度擠壓外殼20而造成損壞。藉由外殼2〇的 穿透孔204可排出滲入外殼2〇内的水。 k可具有止滑紋ill之設計 者’其側邊212係由底部211 本實施例太陽能發光模組的殼體11可為透明的PC ⑽yc^nate ’聚碳_)或破璃等..透光材料製成者，其上 1彈性墊21可為軟質橡膠材料製成 的邊緣向上彎折而成者。 7 M296337 清參閱圖3A、3B、3C所示。本新型外殼30與外框31結合構 &的另冑施例’使外框31不必螺絲孔即可與外殼結合與係 ^於外成30的上端具有複數結合孔3〇1，而外框31底部具有與外 殼30的結合孔301相對應的卡筍3U。可於結合孔3〇1内塗佈黏 著劑’再使卡15 311***結合孔3〇1内被黏結固定於結合孔3〇1 内’使外框31結合於外殼30上端’並使包覆雜墊32的太陽能 發光模組33被固定於外殼3〇内。 請參閱圖4所示。本新型第二實施例的太陽能發光模組4〇及 外殼41的外觀皆呈圓柱狀造型，外框42呈圓環狀。 請參閱圖5A、5B、5C所示。本新型第三實施例的太陽能發光 模組50的殼體51及外㈣的上端均具有向外條伸的凸緣犯、 61，凸緣51卜61及外框62均具有複數相對應的結合孔512、6U、 62卜如圖5C所示。外框62的下端另具有複數結合孔微，而殼 體511的凸緣511另具有與外框62下端的結合孔微相對應的結 合孔513 ’俾供螺㈣23 ?過結合孔512螺接於結合孔622内，使 太陽能發光模組50結合於外框62的下端，如圖5β所示。再以螺 检624穿過外框62及凸緣511的結合孔621、512螺接於凸緣61 的結合孔611内，使外框62及殼體51的凸緣61三明治式炎持太 陽能發光模組50的凸緣511 ’即可使外框62、太陽能發光模組5〇 及外殼60結合一體。 本實施例太陽能發光裝置的殼體51係由金屬材料製成，可直 接結合於外殼60的容置槽600内，不需有緩衝塾的設計，即能吸 M296337 收裝置面之熱漲冷縮，達到保護燈體之目的，且易於安裝。 另本新型的太陽能發光裝置之安，使太陽能發光模組 的底部及側邊包覆彈性墊後，被容置於一外殼的容置槽内；利用 一外框與該外殼相結合，覆蓋於該外殼及該太陽能發光模組上端 的周邊，使該太陽能發光模組被固定於外殼的容罝槽内，使太陽 能燈具有較硬的外殼，較不容易損壞且方便安裝於地面，並可彈The domain secret wire group 1G of the present embodiment is attached to the groove of the road surface in the hood wire, so that the foreign money in the wire may be damaged by the collision. And the elastic pad 21 is wrapped around the bottom and the side of the casing u of the solar energy emitting module 1 () to elastically buffer the casing u of the solar lighting module 10 and the outer casing 2 and the outer frame 22 material. When the top of the solar module 1G is subjected to vertical pressure or lateral pressure, the elastic pad 21 is supported on the bottom and the side of the casing u, and the pressure can be elastically absorbed to direct the pressure to the solar light module ig. The housing n is less damaged. When the housing u of the solar module is heated, when the housing 2 () and the device surface have a larger expansion amount, the elastic cushion 21 can absorb the larger expansion amount of the housing u, thereby avoiding excessive extrusion of the housing η. The outer casing 20 causes damage. Water penetrating into the outer casing 2 is discharged through the penetration hole 204 of the outer casing 2''. k can have the designer of the anti-slip ill's side 212 is the bottom 211. The housing 11 of the solar illuminating module of this embodiment can be a transparent PC (10) yc ^ nate 'poly carbon _) or broken glass, etc. In the case of a light material manufacturer, the upper elastic pad 21 may be formed by bending an edge made of a soft rubber material upward. 7 M296337 See Figure 3A, 3B, 3C for clarity. The outer casing 30 of the present invention is combined with the outer frame 31 to enable the outer frame 31 to be combined with the outer casing 31 without a screw hole, and the upper end of the outer casing 30 has a plurality of coupling holes 3〇1, and the outer frame The bottom of the 31 has a card shoot 3U corresponding to the coupling hole 301 of the outer casing 30. An adhesive can be applied in the bonding hole 3〇1, and then the card 15 311 is inserted into the bonding hole 3〇1 and is bonded and fixed in the bonding hole 3〇1. The outer frame 31 is bonded to the upper end of the outer casing 30 and coated. The solar light module 33 of the mat 32 is fixed in the casing 3〇. Please refer to Figure 4. The solar light-emitting module 4A and the outer casing 41 of the second embodiment of the present invention all have a cylindrical shape, and the outer frame 42 has an annular shape. Please refer to Figures 5A, 5B, and 5C. The housing 51 of the solar lighting module 50 of the third embodiment of the present invention and the upper end of the outer (four) each have a flange extending outwardly, 61, and the flange 51 and the outer frame 62 have a plurality of corresponding combinations. Holes 512, 6U, 62 are shown in Figure 5C. The lower end of the outer frame 62 further has a plurality of coupling holes, and the flange 511 of the housing 511 further has a coupling hole 513 corresponding to the coupling hole at the lower end of the outer frame 62. The screw (4) 23 is passed through the coupling hole 512. In the bonding hole 622, the solar lighting module 50 is coupled to the lower end of the outer frame 62 as shown in FIG. 5β. Then, the screw holes 624 through the outer frame 62 and the flange 511 are screwed into the coupling holes 611 of the flange 61, so that the outer frame 62 and the flange 61 of the housing 51 are sandwiched and exposed to solar energy. The flange 511 ′ of the module 50 can integrate the outer frame 62 , the solar light emitting module 5 , and the outer casing 60 . The housing 51 of the solar illuminating device of the present embodiment is made of a metal material and can be directly coupled into the accommodating groove 600 of the outer casing 60. The buffer 塾 design is not required, so that the heat sinking and cooling of the M296337 can be absorbed. , to achieve the purpose of protecting the lamp body, and easy to install. In addition, the backlight of the solar illuminating device is such that the bottom and the side of the solar illuminating module are covered by the elastic pad, and are accommodated in the accommodating groove of the outer casing; the outer frame is combined with the outer casing to cover The outer casing and the periphery of the upper end of the solar light emitting module enable the solar light emitting module to be fixed in the receiving groove of the outer casing, so that the solar light lamp has a hard outer casing, is less likely to be damaged and is conveniently installed on the ground, and can be elasticized.
性吸收太陽能發光模組的殼體與較硬的外殼之間不同的熱膨脹變 化，使兩者穩固結合。 以上所記載，僅為利用本新型技術内容之實施例，任何2糸 本項技藝者運用本新型所為之修飾、變化，皆屬本新型主’…^ 利範圍，而不限於實施例所揭示者。 張之專 M296337 【圖式簡單說明】 圖1為本新型太陽能發絲置之安裝結構[實施例的***示意 圖。 圖2為本新型太陽能發光裝置之安裝結構第—實施例的立體外觀 示意圖。 圖3A、3B、3C為本新型外框與外殼的結合構造的另一實施例示意 圖。The thermal expansion between the housing of the solar absorbing module and the hard outer casing is different, so that the two are firmly combined. The above description is only for the embodiments of the present invention, and any modifications and changes made by the skilled person in the present invention are in the scope of the present invention, and are not limited to those disclosed in the embodiments. . Zhang Zhizhuo M296337 [Simple description of the diagram] Fig. 1 is a schematic diagram of the explosion of the mounting structure of the solar hairpiece according to the present invention. Fig. 2 is a perspective view showing the third embodiment of the mounting structure of the solar illuminating device of the present invention. 3A, 3B, and 3C are schematic views showing another embodiment of the combined structure of the outer frame and the outer casing.
圖4為本新型太陽能發光裝置之安裝結構第二實施例的立體外觀 不意圖。 圖5A為本新型太陽能發光裝置之安裝結構第三實施例的上視示意 圖。 圖5B為沿圖5A的AA剖面示意圖。 圖5C為沿圖5A的BB剖面示意圖。 【主要元件符號說明】 10、40、50太陽能發光模組 Π、51殼體 20、30、41、60 外殼 201、600 容置槽 2〇2、221、3(U、512、513、6H、621、622 結合孔 203底板 204穿透孔 211底部 212側邊 22、31、42、62 外框 23、623、624 螺栓 311卡筍 51卜611凸緣 10Fig. 4 is a perspective view showing the second embodiment of the mounting structure of the solar light-emitting device of the present invention. Fig. 5A is a top plan view showing a third embodiment of the mounting structure of the novel solar illuminating device. Fig. 5B is a schematic cross-sectional view taken along line AA of Fig. 5A. Fig. 5C is a schematic cross-sectional view taken along line BB of Fig. 5A. [Description of main component symbols] 10, 40, 50 solar lighting module Π, 51 housing 20, 30, 41, 60 housing 201, 600 accommodating slots 2 〇 2, 221, 3 (U, 512, 513, 6H, 621, 622 coupling hole 203 bottom plate 204 penetration hole 211 bottom portion 212 side 22, 31, 42, 62 outer frame 23, 623, 624 bolt 311 card shoot 51 611 flange 10