JP3112712U - Thin display support device - Google Patents
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Abstract
【課題】ディスプレイの交換が容易で、支持アームが接触して破損せず、デザイン性に優れた薄型ディスプレイの支持装置を提供する。
【解決手段】一端に第１円筒状結合部１００が設けられる第１支持アーム１０と、一端に第２円筒状結合部２００が設けられ、それと第１円筒状結合部１００の内部に貫通孔１０１，２０１が形成されると共に、第２円筒状結合部２００側と反対する側の端に掛止部材２１が突設され、掛止部材２１の自由端に掛止縁２１０が設けられる第２支持アーム２０と、外周縁にベース３１が設けられ、結合部３２に貫通孔３２０が形成され、ベース３１の第２支持アーム２０側の面に掛止溝３１０が形成され、掛止溝３１０とベース３１とが連通する周縁に開口部３１１が形成される。
【選択図】図１Disclosed is a thin display support device that is easy to replace, is not damaged by contact with a support arm, and has excellent design.
A first support arm is provided with a first cylindrical coupling portion at one end, and a second cylindrical coupling portion is provided at one end, and a through-hole is formed inside the first cylindrical coupling portion. , 201 is formed, and the latching member 21 projects from the end opposite to the second cylindrical coupling portion 200 side, and the latching edge 210 is provided at the free end of the latching member 21. A base 31 is provided on the outer periphery of the arm 20, a through hole 320 is formed in the coupling portion 32, a retaining groove 310 is formed on the surface of the base 31 on the second support arm 20 side, and the retaining groove 310 and the base are formed. An opening 311 is formed at the peripheral edge where 31 communicates.
[Selection] Figure 1
Description
本考案は、特に薄型ディスプレイの支持装置に関するものである。 The present invention particularly relates to a support device for a thin display.
現在において薄型ディスプレイは既に一般的なものであり、家庭やオフィス以外にも、駅や映画館、展覧会場などの公共場所で使用され、通常は支持装置を用いた壁掛け式などの固定方式が主流である。また、該支持装置は、一端に設けられる結合座にボルトを貫通させてディスプレイの背面に固定すると共に、支持装置の他端を天井や壁、デスクに固定して使用するものである。 At present, thin displays are already common, and they are used in public places such as stations, movie theaters, exhibition halls, etc. in addition to homes and offices. It is. The support device is used by passing a bolt through a coupling seat provided at one end and fixing the bolt to the back of the display, and fixing the other end of the support device to a ceiling, a wall, or a desk.
しかしながら、従来の支持装置は、ボルトを緩めてディスプレイを交換する場合、その殆どが空間の制限を受けることから、一旦支持装置全体を分解してから、ボルトを緩めてディスプレイの交換作業を行う必要があるので、非常に面倒である。 However, when the display is replaced by loosening the bolts, most of the conventional support devices are limited in space. Therefore, it is necessary to disassemble the entire support device and then loosen the bolts to replace the display. Is so cumbersome.
また、吊下げ方式を用いる場合は、薄型ディスプレイの吊下げ距離や角度を調整できるようにするために、連結ロッド式が採用され、それぞれの支持ロッドに支持アームが枢設される。これらの支持アームは、梱包や搬送する時、折り曲げて体積を小さくすることができる。しかしながら、該２本の支持アームの間にはストッパー部材を有しないので、アームを折り曲げて梱包や搬送を行う時、２つの支持アームが接触して破損する恐れがある。 Moreover, when using a suspension system, in order to be able to adjust the suspension distance and angle of a thin display, a connection rod type is employ | adopted and a support arm is pivotally installed in each support rod. These support arms can be folded to reduce the volume when packing or transporting. However, since there is no stopper member between the two support arms, when the arms are bent and packed or transported, the two support arms may come into contact with each other and be damaged.
更に、支持装置をデスクに固定する場合は、支持アームにおける、ディスプレイ側と反対する側の端がデスクに固定され、支持アームと支持ロッドとはボルトにより締付け固定されるので、通常はディスプレイの角度がずれるようなことはない。しかしながら、このような設置方法は、ボルトのヘッド部が露出しているので、デザイン性に優れないと共に、ボルトによる締付け効果も良いとは言えないので、場合によっては、外力によりディスプレイの角度がずれることがある。 Furthermore, when fixing the support device to the desk, the end of the support arm opposite to the display side is fixed to the desk, and the support arm and the support rod are fastened and fixed by bolts. There is no such thing as shifting. However, in such an installation method, since the bolt head portion is exposed, it is not excellent in design and the tightening effect by the bolt is not good. In some cases, the angle of the display shifts due to external force. Sometimes.
本考案は、
一端に第１円筒状結合部（１００）が設けられる第１支持アーム（１０）と、
一端に前記第１円筒状結合部（１００）と結合する第２円筒状結合部（２００）が設けられ、該第２円筒状結合部（２００）と前記第１円筒状結合部（１００）の内部にそれぞれ上下方向に貫通する貫通孔（１０１，２０１）が形成され、該第２円筒状結合部（２００）と前記第１円筒状結合部（１００）は、同軸上に設置される該貫通孔（１０１，２０１）において枢設状態となり、更に該第２円筒状結合部（２００）側と反対する側の端に掛止部材（２１）が突設され、該掛止部材（２１）の自由端に、外周縁が掛止部材より大きい掛止縁（２１０）が設けられる第２支持アーム（２０）と、
前記第２支持アーム（２０）と結合し、外周縁に結合部（３２）を有するベース（３１）が設けられ、該結合部（３２）に貫通孔（３２０）が形成されると共に、ベース（３１）の第２支持アーム（２０）側の面に前記掛止部材（２１）の掛止縁（２１０）を掛止するための掛止溝（３１０）が形成され、該掛止溝（３１０）は開口部（３１１）を有し、更に掛止溝（３１０）における、開口部（３１１）側と反対する側の端にベース（３１）の表面に位置し、且つ内周縁が掛止溝（３１０）より小さい当接縁（３１２）が設けられる結合座（３０）と、を含むことを特徴とする薄型ディスプレイの支持装置を提供する。
The present invention
A first support arm (10) provided with a first cylindrical coupling (100) at one end;
A second cylindrical coupling part (200) coupled to the first cylindrical coupling part (100) is provided at one end, and the second cylindrical coupling part (200) and the first cylindrical coupling part (100) are provided. Through holes (101, 201) penetrating in the vertical direction are formed inside, and the second cylindrical coupling part (200) and the first cylindrical coupling part (100) are installed coaxially. At the end of the hole (101, 201), the latching member (21) is projected at the end opposite to the second cylindrical coupling part (200) side, and the latching member (21) A second support arm (20) provided at its free end with a latching edge (210) whose outer peripheral edge is larger than the latching member;
A base (31) coupled to the second support arm (20) and having a coupling portion (32) on the outer peripheral edge is provided. A through hole (320) is formed in the coupling portion (32), and a base ( A retaining groove (310) for retaining the retaining edge (210) of the retaining member (21) is formed on the surface of the first supporting arm (20) side of 31). ) Has an opening (311), and is further located on the surface of the base (31) at the end of the latching groove (310) opposite to the opening (311) side, and the inner periphery is the latching groove. (310) A support device for a thin display, comprising a coupling seat (30) provided with a smaller contact edge (312).
本考案は上記の課題を解決するものであり、一端に第１円筒状結合部が設けられる第１支持アームと、一端に前記第１円筒状結合部と結合する第２円筒状結合部が設けられ、該第２円筒状結合部と前記第１円筒状結合部の内部にそれぞれ上下方向に貫通する貫通孔が形成され、該第２円筒状結合部と前記第１円筒状結合部は、同軸上に設置される該貫通孔において枢設状態となり、更に該第２円筒状結合部側と反対する側の端に掛止部材が突設され、該掛止部材の自由端に、外周縁が掛止部材より大きい掛止縁が設けられる第２支持アームと、前記第２支持アームと結合し、外周縁に結合部を有するベースが設けられ、該結合部に貫通孔が形成されると共に、ベースの第２支持アーム側の面に前記掛止部材の掛止縁を掛止するための掛止溝が形成され、該掛止溝は開口部を有し、更に掛止溝における、開口部側と反対する側の端にベースの表面に位置し、且つ内周縁が掛止溝より小さい当接縁が設けられる結合座と、を含む構成であり、更に、前記結合座はディスプレイの背面に固定され、結合座と第２支持アームの掛止部材との間はボールジョイントにより結合されるので、ディスプレイを取外す時は、単に結合座と一緒にディスプレイを上方へ持ち上げればよく、また、ディスプレイを取付ける場合は、単に結合座をディスプレイの背面に固定して、結合座における掛止溝に掛止部材を嵌め込んで固定すればよい。故に、本考案はディスプレイの取付けを極めて容易に、且つ素早く行うことができると共に、従来のように支持装置全体を分解する必要はないので、狭い空間でも使用することが出来る。
その上、第１支持アームと第２支持アームとの間にストッパーを枢設することにより、それらを回転させて折畳む時、ストッパーの作用により、第１支持アームと第２支持アームとが一定の角度で停止するので、両者が接触して破損することはない。
また、第１支持アームは支持ロッド上に固定されると共に、支持装置をデスクに固定する時には、第１支持アームと支持ロッドとの間における、支持ロッド内に締付け装置が内蔵されることから、支持装置の外観を損なうことはないと共に、優れた締付け効果を得ることが出来るので、支持アームの不必要な回転を防ぐことができる。
The present invention solves the above problems, and a first support arm having a first cylindrical coupling portion provided at one end and a second cylindrical coupling portion coupled to the first cylindrical coupling portion at one end are provided. A through hole penetrating in the vertical direction is formed in each of the second cylindrical coupling portion and the first cylindrical coupling portion, and the second cylindrical coupling portion and the first cylindrical coupling portion are coaxial. A pivot member is pivotally installed in the through-hole installed on the top, and a latching member is projected from the end opposite to the second cylindrical coupling portion, and an outer peripheral edge is formed at the free end of the latching member. A second support arm provided with a latching edge larger than the latch member, and a base having a coupling portion on the outer peripheral edge coupled to the second support arm, and a through hole is formed in the coupling portion; A latching groove for latching the latching edge of the latching member on the second support arm side surface of the base The latching groove has an opening, and a contact edge located on the surface of the base at the end of the latching groove opposite to the opening and having an inner peripheral edge smaller than the latching groove. The coupling seat is fixed to the back surface of the display, and the coupling seat and the latching member of the second support arm are coupled by a ball joint. When removing the display, it is only necessary to lift the display together with the coupling seat. When installing the display, simply fix the coupling seat to the back of the display, It only has to be fitted and fixed. Therefore, the present invention makes it possible to attach the display very easily and quickly, and it is not necessary to disassemble the entire support device as in the prior art, so that it can be used even in a narrow space.
In addition, when the stopper is pivoted between the first support arm and the second support arm, the first support arm and the second support arm are fixed by the action of the stopper when they are folded. Since it stops at this angle, both do not touch and break.
In addition, the first support arm is fixed on the support rod, and when the support device is fixed to the desk, a clamping device is built in the support rod between the first support arm and the support rod. Since the appearance of the support device is not impaired and an excellent tightening effect can be obtained, unnecessary rotation of the support arm can be prevented.
以下、添付図面を参照して本考案の好適な実施の形態を詳細に説明する。 Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.
図１は本考案に係る薄型ディスプレイの支持装置の斜視図であり、図２は本考案に係る薄型ディスプレイの支持装置の側面図であり、図３は本考案に係る薄型ディスプレイの支持装置における結合座及び掛止部材の分解斜視図であり、図４は本考案に係る薄型ディスプレイの支持装置における結合座とクロスジョイントとの連結関係を示す部分側面断面図であり、図５は本考案に係る薄型ディスプレイの支持装置からディスプレイを取外した時、及び取付けた時の側面図であり、図６は本考案に係る薄型ディスプレイの支持装置における第１支持アーム、第２支持アーム及びストッパー装置の連結関係を示す分解斜視図であり、図７は本考案に係る薄型ディスプレイの支持装置の平面断面図であり、図８は本考案に係る薄型ディスプレイの支持装置における第２支持アームを折り曲げた時の平面断面図であり、図９は本考案に係る薄型ディスプレイの支持装置における第２支持アームを折り曲げた時の第１支持アームと第２支持アームの部分側面断面図であり、図１０は本考案に係る薄型ディスプレイの支持装置における支持ロッドと締付け装置との連結関係を示す分解斜視図であり、図１１は本考案に係る薄型ディスプレイの支持装置における支持ロッドと締付け装置とを組合わせた状態を示す側面断面図である。 FIG. 1 is a perspective view of a support device for a thin display according to the present invention, FIG. 2 is a side view of the support device for a thin display according to the present invention, and FIG. FIG. 4 is an exploded perspective view of a seat and a latch member, FIG. 4 is a partial side sectional view showing a connection relationship between a coupling seat and a cross joint in a thin display support device according to the present invention, and FIG. 5 according to the present invention. FIG. 6 is a side view when the display is detached from and attached to the thin display support device, and FIG. 6 is a connection relationship of the first support arm, the second support arm and the stopper device in the thin display support device according to the present invention. 7 is an exploded perspective view, FIG. 7 is a plan cross-sectional view of a thin display support device according to the present invention, and FIG. 8 is a support of the thin display according to the present invention. FIG. 9 is a plan sectional view when the second support arm is bent in the apparatus, and FIG. 9 is a diagram of the first support arm and the second support arm when the second support arm is bent in the thin display support apparatus according to the present invention. FIG. 10 is an exploded perspective view showing a connection relationship between a support rod and a tightening device in the thin display support device according to the present invention, and FIG. 11 is a support view in the thin display support device according to the present invention. It is side surface sectional drawing which shows the state which combined the rod and the clamping device.
図１及び図２に示すように、本考案の薄型ディスプレイの支持装置（１）は、枢設し合う第１支持アーム（１０）及び第２支持アーム（２０）と、該第２支持アーム（２０）の末端に組合される結合座（３０）と、該第１支持アーム（１０）の末端に組合される固定部材とを含み、該固定部材は、壁掛け式としても、デスク（Ｂ）に固定する方式としても用いることができ、その内、デスク固定方式では、支持装置（１）の結合座（３０）がディスプレイ（Ａ）の背面に固定されるが、該ディスプレイ（Ａ）の取外しを容易にするために、結合座（３０）と第２支持アーム（２０）との間に特殊な設計が設けられている。 As shown in FIGS. 1 and 2, the thin display support device (1) according to the present invention includes a first support arm (10) and a second support arm (20) which are pivoted, and a second support arm ( 20) including a coupling seat (30) combined with the end of the first support arm (10) and a fixing member combined with the end of the first support arm (10). It can also be used as a fixing method. Among them, in the desk fixing method, the coupling seat (30) of the support device (1) is fixed to the back surface of the display (A), but the display (A) is removed. To facilitate, a special design is provided between the coupling seat (30) and the second support arm (20).
図２乃至図４に示すように、前記結合座（３０）には、外周縁に複数の結合部（３２）が突設するベース（３１）が設けられ、該各結合部（３２）に貫通孔（３２０）が形成され、ボルトを該貫通孔（３２０）を介してディスプレイ（Ａ）の背面に螺合することにより、結合座（３０）にディスプレイ（Ａ）を固定する。更に、ベース（３１）における、第２支持アーム（２０）側の端面に、掛止部材（２１）を掛止するための3つの辺を有する略Ｕ字形の掛止溝（３１０）が形成され、該掛止溝（３１０）とベース（３１）とが連通する周縁に開口部（３１１）が形成されると共に、掛止溝（３１０）における、開口部（３１１）側と反対する側の端に、ベース（３１）の表面に位置し、且つ内周縁が掛止溝（３１０）より小さい当接縁（３１２）が設けられる。 As shown in FIGS. 2 to 4, the coupling seat (30) is provided with a base (31) projecting from a plurality of coupling portions (32) on the outer peripheral edge, and penetrates through each coupling portion (32). A hole (320) is formed, and the display (A) is fixed to the coupling seat (30) by screwing a bolt into the back surface of the display (A) through the through hole (320). Furthermore, a substantially U-shaped latching groove (310) having three sides for latching the latching member (21) is formed on the end surface of the base (31) on the second support arm (20) side. An opening (311) is formed at the peripheral edge where the latching groove (310) and the base (31) communicate with each other, and the end of the latching groove (310) on the side opposite to the opening (311) side Further, a contact edge (312) located on the surface of the base (31) and having an inner peripheral edge smaller than the retaining groove (310) is provided.
更に、前記掛止部材（２１）における、結合座（３０）側の端面に、ベース（３１）の開口部（３１１）に嵌め込まれる、外周が掛止部材（２１）より大きい掛止縁（２１０）が設けられ、この時、掛止縁（２１０）は当接縁（３１２）の制止作用により脱落不能となる。上述したように、本考案では、掛止部材（２１）及びベース（３１）上に掛止溝（３１０）及び当接縁（３１２）を有する構成であるので、ディスプレイ（Ａ）の着脱時には、単にディスプレイ（Ａ）を結合座（３０）と一緒に掛止部材（２１）から取外す、或いは掛止部材（２１）へ取付ければよい。 Furthermore, the latch member (21) has an outer periphery larger than the latch member (21) that is fitted in the opening (311) of the base (31) on the end face on the coupling seat (30) side. At this time, the latching edge (210) cannot be removed by the restraining action of the contact edge (312). As described above, in the present invention, the latching member (21) and the base (31) have the latching groove (310) and the contact edge (312). Therefore, when the display (A) is attached or detached, The display (A) is simply removed from the latch member (21) together with the coupling seat (30) or attached to the latch member (21).
また、前記結合座（３０）をより強固に掛止部材（２１）に固定するために、本考案の実施例においては、ベース（３１）の底板（３３０）及びパネル（３３１）から成る断面Ｌ字形の位置決め部材（３３）が設けられ、その内、底板（３３０）は掛止溝（３１０）の開口部（３１１）を封止し、一方、パネル（３３１）は掛止部材（２１）の掛止縁（３１０）の表面をカバーし封止するものであり、該位置決め部材（３３）は、固定ボルト（３４）によりパネル（３３１）を掛止溝（３１０）の下側に固定する。また、本実施例中では、前記第２支持アーム（２０）に予めクロスジョイント（２２）が枢設されると共に、該クロスジョイント（２２）の端面に掛止部材（２１）が組合され、該クロスジョイント（２２）は、２つのＵ字形の結合板（２２０）が交差状に枢設する構成であり、ディスプレイ（Ａ）の角度を調節するものである。更に、前記クロスジョイント（２２）における、掛止部材（２１）が隣接する端に、該中空の円錐形を呈する掛止部材（２１）を固定するための結合プレート（２２１）が設けられると共に、該掛止部材（２１）の内部に位置決め体（２３）が嵌め込まれ、該位置決め体（２３）の一端に螺合ロッド（２３０）が設けられ、該螺合ロッド（２３０）は、掛止部材（２１）の結合プレート（２２１）を貫き、ナット（２４）により固定される。 In order to more firmly fix the coupling seat (30) to the latching member (21), in the embodiment of the present invention, a cross section L comprising a base plate (330) and a panel (331) of the base (31). A letter-shaped positioning member (33) is provided, of which the bottom plate (330) seals the opening (311) of the latching groove (310), while the panel (331) is of the latching member (21). The surface of the latching edge (310) is covered and sealed, and the positioning member (33) fixes the panel (331) to the lower side of the latching groove (310) by the fixing bolt (34). In the present embodiment, a cross joint (22) is pivoted in advance on the second support arm (20), and a latch member (21) is combined with the end face of the cross joint (22). The cross joint (22) has a configuration in which two U-shaped coupling plates (220) are pivotally arranged to adjust the angle of the display (A). Further, a coupling plate (221) for fixing the hollow conical retaining member (21) is provided at an end of the cross joint (22) adjacent to the retaining member (21), A positioning body (23) is fitted inside the latching member (21), and a screwing rod (230) is provided at one end of the positioning body (23). The screwing rod (230) is a latching member. It passes through the coupling plate (221) of (21) and is fixed by the nut (24).
そして、前記ディスプレイ（Ａ）を取外す時は、図５に示すように、固定ボルト（３４）及び位置決め部材（３３）を取外し、結合座（３０）をディスプレイ（Ａ）と一緒に上方へ持ち上げて、結合座（３０）のベース（３１）を掛止部材（２１）から引抜けばよい。 When the display (A) is removed, as shown in FIG. 5, the fixing bolt (34) and the positioning member (33) are removed, and the coupling seat (30) is lifted upward together with the display (A). The base (31) of the coupling seat (30) may be pulled out from the hooking member (21).
上述したように、本考案では、ディスプレイ（Ａ）を容易に着脱すると共に、第１支持アーム（１０）及び第２支持アーム（２０）の折り曲げ時での接触を防止するために、図２及び図６に示すように、第１支持アーム（１０）と第２支持アーム（２０）との枢設端の同軸上に第１円筒状結合部（１００）及び第２円筒状結合部（２００）が設けられると共に、第１支持アーム（１０）と第２支持アーム（２０）との枢設端における該第１円筒状結合部（１００）及び第２円筒状結合部（２００）にストッパー装置（４０）が組合わされ、更に、第１支持アーム（１０）の中央に第１円筒状結合部（１００）が設けられると共に、第２支持アーム（２０）に二つの第２円筒状結合部（２００）が設けられ、該第２円筒状結合部（２００）は第１円筒状結合部（１００）の上部及び底部に組合わされ、また、第１円筒状結合部（１００）及び第２円筒状結合部（２００）の同軸上にそれぞれ貫通孔（１０１，１０２）が形成され、該貫通孔（１０１，１０２）内にストッパー装置（４０）が組合わされると共に、第１円筒状結合部（１００）の貫通孔（１０１）の両端にそれぞれ内径が貫通孔（１０１）より大きい収容溝（１０２）が形成され、該収容溝（１０２）の内壁に制止ブロック（１０３）が設けられ、一方、第２円筒状結合部（２００）の１つの端面に収容溝（２０２）が形成され、本実施例中では、該収容溝（２０２）は、第２円筒状結合部（２００）における、第１円筒状結合部（１００）と反対する側に位置する。 As described above, in the present invention, in order to easily attach and detach the display (A) and prevent the first support arm (10) and the second support arm (20) from contacting when bent, FIG. As shown in FIG. 6, the first cylindrical coupling portion (100) and the second cylindrical coupling portion (200) are coaxially arranged at the pivotal ends of the first support arm (10) and the second support arm (20). And a stopper device (for the first cylindrical coupling portion (100) and the second cylindrical coupling portion (200) at the pivotal ends of the first support arm (10) and the second support arm (20). 40), a first cylindrical coupling part (100) is provided at the center of the first support arm (10), and two second cylindrical coupling parts (200) are provided on the second support arm (20). ) And the second cylindrical coupling part (200) Combined with the top and bottom of the cylindrical coupling part (100), and through holes (101, 102) are formed on the same axis of the first cylindrical coupling part (100) and the second cylindrical coupling part (200), respectively. In addition, the stopper device (40) is combined in the through holes (101, 102), and the inner diameters of the first cylindrical coupling part (100) at both ends of the through hole (101) are greater than those of the through holes (101). A large accommodation groove (102) is formed, and a stop block (103) is provided on the inner wall of the accommodation groove (102), while an accommodation groove (202) is formed on one end surface of the second cylindrical coupling part (200). In this embodiment, the receiving groove (202) is located on the side of the second cylindrical coupling portion (200) opposite to the first cylindrical coupling portion (100).
前記ストッパー装置（４０）は、第１円筒状結合部（１００）及び第２円筒状結合部（２００）の貫通孔（１０１，２０１）に貫設される枢軸（４１）と、枢軸（４１）と第２円筒状結合部（２００）の収容溝（２０２）との間に嵌め込まれる連結ワッシャー（４２）と、枢軸（４１）と第１円筒状結合部（１００）の収容溝（１０２）との間に嵌め込まれるストッパー片（４３）と、ストッパー片（４３）と第１円筒状結合部（１００）における収容溝（１０２）の底部との間に嵌め込まれるワッシャー（４４）とからなり、その内、枢軸（４１）は、その一端に縁部（４１１）が設けられると共に、他端は第２支持アーム（２０）の第２円筒状結合部（２００）を貫き、固定ボルト（４１３）により固定される構成であり、更に、枢軸（４１）のロッド体（符号なし）の外周面は連結ワッシャー（４２）及びストッパー片（４３）の非円形の内周縁と組合わされ、枢軸（４１）と２つの連結ワッシャー（４２）及び２つのストッパー片（４３）との間の径方向への回転を阻止して、枢軸（４１）を回転させるものであり、本実施例中では、前記枢軸（４１）の外壁に軸方向へ伸びる２つの当接面（４１０）が設けられ、該２つの当接面（４１０）は平面状の当接面（４２０，４３０）と対応する。 The stopper device (40) includes a pivot (41) penetrating through the through holes (101, 201) of the first cylindrical coupling part (100) and the second cylindrical coupling part (200), and the pivot (41). And a connecting washer (42) fitted between the receiving groove (202) of the second cylindrical joint (200), a pivot (41) and a receiving groove (102) of the first cylindrical joint (100). A stopper piece (43) fitted between the washer (44) and a washer (44) fitted between the stopper piece (43) and the bottom of the receiving groove (102) in the first cylindrical coupling part (100), The pivot (41) is provided with an edge (411) at one end thereof, and the other end passes through the second cylindrical coupling portion (200) of the second support arm (20) and is fixed by a fixing bolt (413). It is a fixed structure, and the pivot ( 1) The outer peripheral surface of the rod body (not shown) is combined with the non-circular inner peripheral edge of the connecting washer (42) and the stopper piece (43), the pivot (41), the two connecting washers (42) and the two stoppers. The rotation of the pivot (41) is prevented while preventing radial rotation with the piece (43). In this embodiment, the two outer walls of the pivot (41) extend in the axial direction. A contact surface (410) is provided, and the two contact surfaces (410) correspond to planar contact surfaces (420, 430).
前記連結ワッシャー（４２）は、第２円筒状結合部（２００）の収容溝（２０２）内に取付けられると共に、その外壁及び収容溝（２０２）の内壁に少なくとも１つの互いに当接される平面状の平面部（４２１，２０３）が設けられ、それにより、第２支持アーム（２０）、連結ワッシャー（４２）及び枢軸（４１）を同期回転させる。 The connecting washer (42) is mounted in the receiving groove (202) of the second cylindrical coupling part (200), and at least one of the connecting washers (42) is in a planar shape abutting against the outer wall and the inner wall of the receiving groove (202). Flat portions (421, 203) of the second support arm (20), the connecting washer (42), and the pivot (41) are synchronously rotated.
前記ストッパー片（４３）は、その内壁に平面状の当接面（４３０）が設けられ、それにより、枢軸（４１）と組合わせて同期回転させる。また、該ストッパー片（４３）が第１円筒状結合部（１００）の収容溝（１０２）内に取付けられると共に、その外壁に外側へ突出するストッパー部（４３１）が設けられることにより、枢軸（４１）が収容溝（１０２）における制止ブロック（１０３）の一側まで回転した時、枢軸（４１）の回転を制止ブロック（１０３）により制止させ、更に、ストッパー片（４３）と収容溝（１０２）の底部との間に、外壁に切欠き（４４０）を有するワッシャー（４４）が挟持され、その切欠き（４４０）が制止ブロック（１０３）に係合されることにより、ストッパー片（４３）と収容溝（１０２）との接触による磨耗を防止する。 The stopper piece (43) is provided with a planar contact surface (430) on the inner wall thereof, and is thereby rotated in combination with the pivot (41). In addition, the stopper piece (43) is mounted in the receiving groove (102) of the first cylindrical coupling portion (100), and a stopper portion (431) protruding outward is provided on the outer wall of the stopper piece (43). When 41) rotates to one side of the stop block (103) in the receiving groove (102), the rotation of the pivot (41) is stopped by the stop block (103), and further, the stopper piece (43) and the receiving groove (102) The washer (44) having a notch (440) on the outer wall is sandwiched between the bottom of the stopper) and the notch (440) is engaged with the restraining block (103), so that the stopper piece (43) And wear due to contact between the receiving grooves (102).
次に、本考案に係る前記ストッパー装置（４０）と、第１支持アーム（１０）及び第２支持アーム（２０）との構成について説明する。
図７に示すように、該第１支持アーム（１０）及び第２支持アーム（２０）が真っ直ぐな状態の時は、ストッパー装置（４０）のストッパー部（４３１）は収容溝（１０２）の制止ブロック（１０３）から離れ、また、図６及び図８に示すように、第１支持アーム（１０）と第２支持アーム（２０）とを折り曲げたい時は、前記枢軸（４１）、第２支持アーム（２０）、連結ワッシャー（４２）及びストッパー片（４３）が非円形の組み合わせであるため、第１円筒状結合部（１００）とストッパー片（４３）とが径方向に回転し、ストッパー片（４３）のストッパー部（４３１）が第１円筒状結合部（１００）の制止ブロック（１０３）の一側まできた時、回転が制止される。尚、通常は、第１支持アーム（１０）及び第２支持アーム（２０）を所定以上折り曲げると、両者が互いに接触し摩損してしまうが、本考案では、ストッパー装置（４０）を組み込むことにより、図９の如く、所定位置に達すると、該ストッパー装置（４０）により回転が制止されるので、両者の接触による摩損を防ぐことができる。
Next, the structure of the stopper device (40) according to the present invention, the first support arm (10), and the second support arm (20) will be described.
As shown in FIG. 7, when the first support arm (10) and the second support arm (20) are straight, the stopper portion (431) of the stopper device (40) stops the receiving groove (102). When the first support arm (10) and the second support arm (20) are to be bent away from the block (103) and as shown in FIGS. 6 and 8, the pivot (41) and the second support arm are bent. Since the arm (20), the connecting washer (42) and the stopper piece (43) are a non-circular combination, the first cylindrical coupling part (100) and the stopper piece (43) rotate in the radial direction, and the stopper piece When the stopper part (431) of (43) comes to one side of the stop block (103) of the first cylindrical coupling part (100), the rotation is stopped. Normally, when the first support arm (10) and the second support arm (20) are bent more than a predetermined amount, both of them come into contact with each other and wear, but in the present invention, the stopper device (40) is incorporated. As shown in FIG. 9, since the rotation is stopped by the stopper device (40) when reaching a predetermined position, it is possible to prevent wear due to contact between the two.
また、本考案では、前記ストッパー装置（４０）を第２支持アーム（２０）とクロスジョイント（２２）との間に組み込むことによって、両者の接触による摩損を防止することもできる。 In the present invention, the stopper device (40) is incorporated between the second support arm (20) and the cross joint (22), thereby preventing wear due to contact between the two.
更に、前記最前端に設けられる結合座（３０）及び第１支持アーム（１０）及び第２支持アーム（２０）の間に組合わされるストッパー装置（４０）は共に壁掛け型やデスクトップ型のディスプレイの支持装置に適用されるものであり、その内、デスクトップ型の支持装置（１）は、図２に示すように、デスク（Ｂ）の端に固定され、この時、第１支持アーム（１０）における、第２支持アーム（２０）側と反対する側の端が支持ロッド（５０）上に固定されると共に、図１０及び図１１に示すように、該支持ロッド（５０）内に締付け装置（６０）が内蔵されることにより、第１支持アーム（１０）の不必要な回転を防いでいる。 Further, the coupling device (30) provided at the foremost end and the stopper device (40) combined between the first support arm (10) and the second support arm (20) are both wall-mounted type or desktop type display. As shown in FIG. 2, the desktop support device (1) is fixed to the end of the desk (B), and at this time, the first support arm (10) is applied. The end opposite to the second support arm (20) side is fixed on the support rod (50) and, as shown in FIGS. 10 and 11, a clamping device ( 60) prevents unnecessary rotation of the first support arm (10).
図２、図１０及び図１１に示すように、前記第１支持アーム（１０）における、第１円筒状結合部（１００）と反対する端の上下部に同軸の結合筒（１０５）が設けられ、該２つの結合筒（１０５）の間に間隔筒（１０６）が介装されると共に、前記支持ロッド（５０）は、少なくとも第１支持アーム（１０）における結合筒（１０５）の底部に取付けられる内管（５１）と、該内管（５１）の下段に組合わされる外管（５２）と、該外管（５２）の底部に位置するデスク（B）に固定される挟持座（５３）と、該内管（５１）と外管（５２）との間に組合わされる弾性カバー（５４）と、該外管（５２）と内管（５１）の外側に螺嵌される螺合カバー（５５）とを含み、前記締付け装置（６０）は、結合筒（１０５）の底部に嵌め込まれるカバー部材（６１）と、該カバー部材（６１）、結合筒（１０５）及び間隔筒（１０６）の内部に組み込まれる上部管（６２）と、該上部管（６２）の底部、且つ内管（５１）の内部に位置する締付けブロック（６３）と、該上部管（６２）を貫通して締付けブロック（６３）に螺合される調整ボルト（６４）と、該締付けブロック（６３）の底部に枢設され、且つ外管（５２）及び挟持座（５３）の内部に固定される調整シリンダ（６５）とを含む。 As shown in FIGS. 2, 10, and 11, a coaxial coupling cylinder (105) is provided at the upper and lower ends of the first support arm (10) opposite to the first cylindrical coupling section (100). The spacing cylinder (106) is interposed between the two coupling cylinders (105), and the support rod (50) is attached to at least the bottom of the coupling cylinder (105) in the first support arm (10). An inner pipe (51) to be formed, an outer pipe (52) combined with the lower stage of the inner pipe (51), and a clamping seat (53) fixed to a desk (B) located at the bottom of the outer pipe (52) ), An elastic cover (54) combined between the inner tube (51) and the outer tube (52), and a threaded engagement screwed on the outside of the outer tube (52) and the inner tube (51) The fastening device (60) includes a cover (55), and the fastening device (60) is fitted to the bottom of the coupling tube (105). A bar member (61), an upper tube (62) incorporated into the cover member (61), the coupling tube (105) and the spacing tube (106), a bottom portion of the upper tube (62), and an inner tube ( 51) a tightening block (63) positioned inside, an adjustment bolt (64) passing through the upper pipe (62) and screwed into the tightening block (63), and a bottom of the tightening block (63) And an adjustment cylinder (65) which is pivoted and is fixed to the inside of the outer tube (52) and the holding seat (53).
前記カバー部材（６１）は中空体であり、その一端は結合筒（１０５）の底部内に非円形状態で嵌め込まれることから、両者の間は、径方向回転ができない構成であり、更にカバー部材（６１）の中段に径方向に広がる突出縁（６１０）が設けられる。 The cover member (61) is a hollow body, and one end of the cover member (61) is fitted into the bottom of the coupling tube (105) in a non-circular state. Therefore, the cover member (61) cannot be rotated in the radial direction. (61) A protruding edge (610) extending in the radial direction is provided in the middle stage.
前記上部管（６２）の上段はカバー部材（６１）、結合筒（１０５）及び間隔筒（１０６）内に挿設されると共に、下段は内管（５１）の内部に嵌め込まれ、また、中段に径方向に広がる当接縁（６２１）が設けられることにより、カバー部材（６１）の突出縁（６１０）と内管（５１）の上部との間に挟装される。更に上部管（６２）の底面にガイド面（６２２）が設けられ、該ガイド面（６２２）により上部管（６２）と締付けブロック（６３）とを組合わせる。 The upper stage of the upper pipe (62) is inserted into the cover member (61), the coupling cylinder (105) and the spacing cylinder (106), and the lower stage is fitted into the inner pipe (51). By providing a contact edge (621) that expands in the radial direction, the cover member (61) is sandwiched between the protruding edge (610) and the upper part of the inner tube (51). Further, a guide surface (622) is provided on the bottom surface of the upper tube (62), and the upper tube (62) and the fastening block (63) are combined by the guide surface (622).
前記締付けブロック（６３）は円筒体であり、その上部に上部管（６２）のガイド面（６２２）と接合する傾斜面（６３０）が設けられると共に、中央に該傾斜面（６３０）を貫く螺合孔（６３１）が形成されることにより、調整ボルト（６４）のロッド部（符号なし）が上部管（６２）を貫通した後、締付けブロック（６３）の螺合孔（６３１）に螺合される。更に締付けブロック（６３）の底面に長手方向に延びるスリット（６３２）が形成され、該スリット（６３２）の両側壁面に枢軸（６３３）が挿設されると共に、調整シリンダ（６５）における軸の末端は、該枢軸（６３３）に枢設され、調整シリンダ（６５）の他端は外管（５２）内の底部に固定される。 The tightening block (63) is a cylindrical body, and an inclined surface (630) joined to the guide surface (622) of the upper tube (62) is provided on the upper portion thereof, and a screw passing through the inclined surface (630) is provided at the center. By forming the joint hole (631), the rod portion (not shown) of the adjusting bolt (64) passes through the upper pipe (62), and is then screwed into the screw hole (631) of the tightening block (63). Is done. Further, a slit (632) extending in the longitudinal direction is formed on the bottom surface of the tightening block (63), and pivots (633) are inserted into both side walls of the slit (632), and the end of the shaft in the adjusting cylinder (65) is formed. Is pivotally connected to the pivot (633), and the other end of the adjustment cylinder (65) is fixed to the bottom of the outer tube (52).
そして、前記調整ボルト（６４）を緩めると、第１支持アーム（１０）と同期にカバー部材（６１）を適当な角度まで回転させることができ、一方、位置決めしたい時は、調整ボルト（６４）を締付ければ、締付けブロック（６３）の傾斜面（６３０）が上部管（６２）のガイド面（６２２）に沿って斜め上方へ移動するので、締付けブロック（６３）の外壁が内管（５１）の内壁に強固に位置決めされる。 When the adjustment bolt (64) is loosened, the cover member (61) can be rotated to an appropriate angle in synchronism with the first support arm (10). On the other hand, when it is desired to position the adjustment bolt (64) Is tightened, the inclined surface (630) of the tightening block (63) moves obliquely upward along the guide surface (622) of the upper tube (62), so that the outer wall of the tightening block (63) becomes the inner tube (51). ) Is firmly positioned on the inner wall.
尚、上述した実施形態は単に本考案の一部の形態であり、本明細書に示す主張の範囲内であれば如何なる形態に構成させてもよく、また、容易に想到し得る範囲内であれば、当然本考案の主張範囲に属することは言うまでもない。 It should be noted that the above-described embodiment is merely a part of the present invention, and may be configured in any form as long as it is within the scope of the claims shown in this specification, and may be easily conceived. Of course, it goes without saying that it belongs to the claimed scope of the present invention.
１ 支持装置
１０ 第１支持アーム
１００ 第１円筒状結合部
１０１ 貫通孔
１０２ 収容溝
１０３ 制止ブロック
１０５ 結合筒
１０６ 間隔筒
２０ 第２支持アーム
２００ 第２円筒状結合部
２０１ 貫通孔
２０２ 収容溝
２０３ 平面部
２１ 掛止部材
２１０ 掛止縁
２１１ 貫通孔
２２ クロスジョイント
２２０ 結合板
２２１ 結合プレート
２３ 位置決め体
２３０ 螺合ロッド
２４ ナット
３０ 結合座
３１ ベース
３１０ 掛止溝
３１１ 開口部
３１２ 当接縁
３２ 結合部
３２０ 貫通孔
３３ 第２位置決め部材
３３０ 底板
３３１ パネル
３４ 固定ボルト
４０ ストッパー装置
４１ 枢軸
４１０ 当接面
４１１ 縁部
４１３ 固定ボルト
４２ 連結ワッシャー
４２０ 当接面
４２１ 平面部
４３ ストッパー片
４３０ 当接面
４３１ ストッパー部
４４ ワッシャー
４４０ 切欠き
５０ 支持ロッド
５１ 内管
５２ 外管
５３ 挟持座
５４ 弾性カバー
５５ 螺合カバー
６０ 締付け装置
６１ カバー部材
６１０ 突出縁
６２ 上部管
６２１ 当接縁
６２２ ガイド面
６３ 締付けブロック
６３０ 傾斜面
６３１ 螺合孔
６３２ スリット
６３３ 枢軸
６４ 調整ボルト
６５ 調整シリンダ
Ａ ディスプレイ
Ｂ デスク
DESCRIPTION OF
Claims (3)
一端に前記第１円筒状結合部（１００）と結合する第２円筒状結合部（２００）が設けられ、該第２円筒状結合部（２００）と前記第１円筒状結合部（１００）の内部にそれぞれ上下方向に貫通する貫通孔（１０１，２０１）が形成され、該第２円筒状結合部（２００）と前記第１円筒状結合部（１００）は、同軸上に設置される該貫通孔（１０１，２０１）において枢設状態となり、更に該第２円筒状結合部（２００）側と反対する側の端に掛止部材（２１）が突設され、該掛止部材（２１）の自由端に、外周縁が掛止部材より大きい掛止縁（２１０）が設けられる第２支持アーム（２０）と、
前記第２支持アーム（２０）と結合し、外周縁に結合部（３２）を有するベース（３１）が設けられ、該結合部（３２）に貫通孔（３２０）が形成されると共に、ベース（３１）の第２支持アーム（２０）側の面に前記掛止部材（２１）の掛止縁（２１０）を掛止するための掛止溝（３１０）が形成され、該掛止溝（３１０）は開口部（３１１）を有し、更に掛止溝（３１０）における、開口部（３１１）側と反対する側の端にベース（３１）の表面に位置し、且つ内周縁が掛止溝（３１０）より小さい当接縁（３１２）が設けられる結合座（３０）と、を含むことを特徴とする薄型ディスプレイの支持装置。 A first support arm (10) provided with a first cylindrical coupling (100) at one end;
A second cylindrical coupling part (200) coupled to the first cylindrical coupling part (100) is provided at one end, and the second cylindrical coupling part (200) and the first cylindrical coupling part (100) are provided. Through holes (101, 201) penetrating in the vertical direction are formed inside, and the second cylindrical coupling part (200) and the first cylindrical coupling part (100) are installed coaxially. At the end of the hole (101, 201), the latching member (21) is projected at the end opposite to the second cylindrical coupling part (200) side, and the latching member (21) A second support arm (20) provided at its free end with a latching edge (210) whose outer peripheral edge is larger than the latching member;
A base (31) coupled to the second support arm (20) and having a coupling portion (32) on the outer peripheral edge is provided. A through hole (320) is formed in the coupling portion (32), and a base ( A retaining groove (310) for retaining the retaining edge (210) of the retaining member (21) is formed on the surface of the first supporting arm (20) side of 31). ) Has an opening (311), and is further located on the surface of the base (31) at the end of the latching groove (310) opposite to the opening (311) side, and the inner periphery is the latching groove. (310) A support device for a thin display, comprising: a coupling seat (30) provided with a smaller contact edge (312).
前記第２支持アーム（２０）における、第２円筒状結合部（２００）側と反対する側の端にクロスジョイント（２２）が枢設されると共に、該クロスジョイント（２２）における、第２支持アーム（２０）側と反対する側の端に結合プレート（２２１）が設けられ、また、前記掛止部材（２１）は中空円錐体を呈し、該掛止部材（２１）内に円錐状の位置決め体（２３）が設けられ、該位置決め体（２３）の小さい端に該掛止部材（２１）及び結合板（２２０）を貫く螺合ロッド（２３０）が設けられると共に、該螺合ロッド（２３０）にナット（２４）が螺嵌されることを特徴とする請求項１に記載の薄型ディスプレイの支持装置。 A second positioning member (33) is installed on the coupling seat (30), and the second positioning member (33) includes a bottom plate (330) for sealing the opening (311) of the base (31), The latch groove (310) includes a panel (331) installed at an end not having the contact edge (312), and is screwed to the panel (331) on the bottom side of the latch groove (310). Fixing bolt (34) is provided,
A cross joint (22) is pivoted at an end of the second support arm (20) opposite to the second cylindrical coupling portion (200) side, and a second support at the cross joint (22) is provided. A coupling plate (221) is provided at an end opposite to the arm (20) side, and the latch member (21) has a hollow cone, and a conical positioning is provided in the latch member (21). A body (23) is provided, and a screw rod (230) penetrating the latch member (21) and the coupling plate (220) is provided at a small end of the positioning body (23), and the screw rod (230). 2. The thin display supporting device according to claim 1, wherein the nut (24) is screwed onto the thin display.
更にストッパー装置（４０）を有し、該ストッパー装置（４０）は、前記第１円筒状結合部（１００）及び第２円筒状結合部（２００）の貫通孔（１０１，２０１）に貫設される枢軸（４１）と、枢軸（４１）と第２円筒状結合部（２００）の収容溝（２０２）との間に嵌め込まれる２つの連結ワッシャー（４２）と、枢軸（４１）と第１円筒状結合部（１００）の収容溝（１０２）との間に嵌め込まれる２つのストッパー片（４３）とからなり、
該ストッパー片（４３）の外周縁に、径方向の回転が第１円筒状結合部（１００）の制止ブロック（１０３）の一側に制止されるストッパー部（４３１）が設けられると共に、前記枢軸（４１）と２つの連結ワッシャー（４２）及び２つのストッパー片（４３）との間は、径方向へ回転不能とするために、少なくとも１つの平面状の当接面同士の組合わせを有し、更に２つの連結ワッシャー（４２）と第２円筒状結合部（２００）における収容溝（２０２）の内壁との間は、少なくとも１つの平面部同士の組合せを有することを特徴とする請求項１又は２に記載の薄型ディスプレイの支持装置。 A receiving groove (102) is formed at each of the upper and lower ends of the through hole (101) in the first cylindrical coupling part (100), and a stop block (103) is projected from the inner wall of the receiving groove (102). A receiving groove (202) is formed on one end face of the two through holes (201, 202) in the second cylindrical coupling part (200),
Furthermore, it has a stopper device (40), and the stopper device (40) is provided through the through holes (101, 201) of the first cylindrical coupling portion (100) and the second cylindrical coupling portion (200). Pivot (41), two connecting washers (42) fitted between the pivot (41) and the receiving groove (202) of the second cylindrical coupling part (200), the pivot (41) and the first cylinder Comprising two stopper pieces (43) fitted between the accommodation groove (102) of the joint (100),
A stopper portion (431) is provided on the outer peripheral edge of the stopper piece (43) to stop the rotation in the radial direction on one side of the stopping block (103) of the first cylindrical coupling portion (100). Between (41) and the two connecting washers (42) and the two stopper pieces (43), there is a combination of at least one flat contact surface so as not to rotate in the radial direction. Furthermore, between the two connecting washers (42) and the inner wall of the receiving groove (202) in the second cylindrical coupling part (200), there is a combination of at least one plane part. Or a support device for a thin display according to 2;
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005003354U JP3112712U (en) | 2005-05-18 | 2005-05-18 | Thin display support device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005003354U JP3112712U (en) | 2005-05-18 | 2005-05-18 | Thin display support device |
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| Publication Number | Publication Date |
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| JP3112712U true JP3112712U (en) | 2005-08-25 |
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