JP3119211U - Slide rail installation structure - Google Patents

Slide rail installation structure Download PDF

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JP3119211U
JP3119211U JP2005010253U JP2005010253U JP3119211U JP 3119211 U JP3119211 U JP 3119211U JP 2005010253 U JP2005010253 U JP 2005010253U JP 2005010253 U JP2005010253 U JP 2005010253U JP 3119211 U JP3119211 U JP 3119211U
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tank
hole
installation
rail
inner rail
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庚金 陳
石龍 ▲黄▼
俊強 王
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川湖科技股▲分▼有限公司
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Abstract

【課題】コストを押さえ使用時人を傷つける恐れのないスライドレールの設置掛合構造を提供する。
【解決手段】スライドレールの内レール１に設置槽孔１１を成形し、設置槽孔１１の隣に嵌合部品５を設置する。設置槽孔１１は連続する垂直槽１１１と水平槽１１２で、嵌合部品５は弾性を具えた細長条５４で、両端の第一端５１に内レール１を設置し、第二端５２は設置槽孔１１の水平槽１１２に向け、且つ両端の間には中空槽５３を設置して弾性変形する細長条５４とする。これらによって、引出し物品の側面に成形した凸栓で設置槽孔１１の垂直槽１１１に掛合した時、凸栓が嵌合部品５の第二端５２に当たり、細長条５４が弾力変形して水平槽１１２に滑り入る。そして細長条５４が弾性を回復すると、第二端５２の前縁が凸栓を停止させて固定する。掛合部品にはプラスチック材を採用する。
【選択図】図２An object of the present invention is to provide a slide rail installation structure that reduces costs and does not hurt people during use.
An installation tank hole is formed in an inner rail of a slide rail, and a fitting component is installed next to the installation tank hole. The installation tank hole 11 is a continuous vertical tank 111 and a horizontal tank 112, the fitting part 5 is an elongated strip 54 having elasticity, the inner rail 1 is installed at the first ends 51 at both ends, and the second end 52 is installed. A hollow tank 53 is provided between the both ends of the tank hole 11 toward the horizontal tank 112 and is formed into an elongated strip 54 that is elastically deformed. Accordingly, when the convex plug formed on the side surface of the drawer article is engaged with the vertical tank 111 of the installation tank hole 11, the convex plug hits the second end 52 of the fitting part 5, and the elongated strip 54 is elastically deformed and the horizontal tank. Slide into 112. When the elongated strip 54 recovers its elasticity, the front edge of the second end 52 stops and fixes the convex plug. Plastic parts are used for the hook parts.
[Selection] Figure 2

Description

本考案は、スライドレールの設置掛合構造に関し、特に嵌合部品のコストを下げ、弾性条とプラスチック材によって、操作の際、ユーザを傷つけることがないものに関する。   The present invention relates to a slide rail installation hook structure, and particularly relates to a structure that reduces the cost of fitting parts and does not hurt a user during operation by an elastic strip and a plastic material.

一般に伸縮スライドレールに引出し類を結合する方法は、ネジ釘等の固定部品で左右スライドレールの二本の内レールを木製の引出しの両側に固定するか、もしくは差込ピン構造で、金属製の引出しを設置し、スライドレールと対応する差込孔、差込片と相互に結合する以外に、現在、他の手段として、更に便利な結合方式がある。この種の技術はパーソナルコンピュータのサーバ筐体製品によく見かけるもので、特許文献１、特許文献２、特許文献３、特許文献４、特許文献５、特許文献６、特許文献７、特許文献８、特許文献９、特許文献１０および特許文献１１がある。   In general, the drawers can be connected to the telescopic slide rail by fixing the two inner rails of the left and right slide rails to both sides of the wooden drawer with fixing parts such as screw nails, or by using an insertion pin structure and a metal In addition to installing the drawer and connecting the slide rail to the corresponding insertion hole and the insertion piece, there is currently a more convenient connection method as another means. This kind of technology is often found in server housing products of personal computers. Patent Literature 1, Patent Literature 2, Patent Literature 3, Patent Literature 4, Patent Literature 5, Patent Literature 6, Patent Literature 7, Patent Literature 8, There are Patent Literature 9, Patent Literature 10, and Patent Literature 11.

米国特許第４３３１３６９号US Pat. No. 4,331,369 米国特許第５６３２５４２号US Pat. No. 5,632,542 米国特許第６１２３３１４号US Pat. No. 6,123,314 米国特許第６２０９９７９ Ｂ１号US Pat. No. 6,209,999 B1 米国特許第６５８８８６６ Ｂ２号US Pat. No. 6,588,866 B2 米国特許第６６０１９３３ Ｂ１号US Pat. No. 6,601,933 B1 米国特許申請早期公開第ＵＳ２００１／００４０２０３ Ａ１号US Patent Application Early Publication No. US2001 / 0040203 A1 第ＵＳ２００３／０１４１７９１ Ａ１号US 2003/0141791 A1 第ＵＳ２００４／０１０８７９７ Ａ１号US2004 / 01089797 A1 第ＵＳ２００５／００８８０６９ Ａ１号No. US2005 / 0088069 A1 台湾特許公開第５３７１６号Taiwan Patent Publication No. 53716

解決しようとする問題点は、快速設置構造である掛合部品のコストは高く、組立の便利性が低いため、全体的な効果と利益は低くなり、且つこれらの部品の多くは金属製であるため、加工時の表面凹凸が発生しやすく、使用の際、人を傷つける恐れがある点である。   The problem to be solved is that the cost of the hook parts, which is a rapid installation structure, is high, the convenience of assembly is low, the overall effect and profit are low, and many of these parts are made of metal The surface irregularities are likely to occur during processing, and there is a risk of hurting people during use.

したがって本考案の目的は、コストを押さえ使用時人を傷つける恐れのないスライドレールの設置掛合構造を提供することにある。   Accordingly, an object of the present invention is to provide a slide rail installation hook structure that reduces costs and does not hurt people during use.

上述の目的を達成するために本考案の請求項に記載のスライドレールの設置掛合構造は、スライドレールの内レールに設置槽孔を成形し、設置槽孔の隣に嵌合部品を設置する。設置槽孔は連続する垂直槽と水平槽で、嵌合部品は弾性を具えた細長条で、その両端の第一端に内レールを設置し、第二端は設置槽孔の水平槽に向け、且つ両端の間には中空槽を設置して弾性変形する細長条とする。これらによって、引出し物品の側面に成形した凸栓で設置槽孔の垂直槽に掛合した時、凸栓が嵌合部品の第二端に当たり、細長条が弾力変形して水平槽に滑り入る。そして細長条が弾性を回復すると、第二端の前縁が凸栓を停止させて固定することを最も主要な特徴とする。   In order to achieve the above-described object, the slide rail installation hook structure according to the claims of the present invention forms an installation tank hole in the inner rail of the slide rail, and installs a fitting component next to the installation tank hole. The installation tank holes are continuous vertical tanks and horizontal tanks, and the fitting parts are elongated strips with elasticity. Inner rails are installed at the first ends of both ends, and the second ends are directed to the horizontal tanks of the installation tank holes. In addition, a hollow tank is installed between both ends, and the strip is elastically deformed. Accordingly, when the convex plug formed on the side surface of the drawer article is engaged with the vertical tank of the installation tank hole, the convex plug hits the second end of the fitting part, and the elongated strip is elastically deformed and slides into the horizontal tank. When the elongated strip recovers its elasticity, the most important feature is that the leading edge of the second end stops and fixes the convex plug.

本考案のスライドレールの設置掛合構造は、掛合部品にプラスチック材を採用したため、生産コストが低くなること、他にその掛合部品は弾性の細長条とプラスチック材の設計によって、操作の際に人を傷つけることがないという利点がある。   The slide rail installation hook structure of the present invention employs plastic materials for the hook parts, which lowers the production cost. In addition, the hook parts are designed with elastic strips and plastic materials to save people during operation. There is an advantage that it does not hurt.

以下、本考案の実施例を図面に基づいて説明する。
本考案の第一実施例によるスライドレールの設置掛合構造は、引出し物品４と共に使用され、図１に示すように、完全に引出し可能である。そのスライドレールは、内レール１、中レール２、外レール３の三段式レール構造であるか、もしくは内レール、外レールだけで構成される二段式構造で、引出し物件を一部引き出すことができるものがある。しかし、これらは公知の技術で、本考案の重要な特徴ではないため、図示して説明することを省略する。本考案の特徴及び引出し物件４に内レール1を設置する方法を以下に示す。 Embodiments of the present invention will be described below with reference to the drawings.
The installation structure of the slide rail according to the first embodiment of the present invention is used together with the drawer article 4 and can be completely pulled out as shown in FIG. The slide rail has a three-stage rail structure consisting of an inner rail 1, an inner rail 2 and an outer rail 3, or a two-stage structure consisting of only an inner rail and an outer rail, and pulls out a part of the drawer. There is something that can be done. However, these are well-known techniques and are not an important feature of the present invention, so that illustration and description thereof will be omitted. The features of the present invention and the method of installing the inner rail 1 in the drawer 4 are shown below.

内レール1上には少なくとも二つの設置槽孔１１が成形され、少なくともひとつの設置槽孔１１に嵌合部品５を設置する。
そのうち、図２に示すように、設置槽孔１１は、相互に通じる垂直槽１１１と水平槽１１２を具える。 At least two installation tank holes 11 are formed on the inner rail 1, and the fitting component 5 is installed in at least one installation tank hole 11.
As shown in FIG. 2, the installation tank hole 11 includes a vertical tank 111 and a horizontal tank 112 that communicate with each other.

嵌合部品５は、弾性を具える細長条で、条体両端の第一端５１を内レール１の内面に固定し、第二端５２を設置槽孔１１の水平槽１１２に向け、且つ嵌合部品５の第一端５１と第二端５２の間に、中空槽５３を成形して、弾力によって変形する細長条５４を形成する。嵌合部品５に圧力を加えることよって定位させるのだが、嵌合部品５が予定圧力を具えるための具体実施手段に関し、嵌合部品５の第一端５１に中心孔５５と、少なくとも一つの定位柱５６が設置され、内レール１上のリベット孔１２と定位孔１３に対応させて結合する。そしてピン部品６を中心孔５５とリベット孔１２に差し込んで固定し、嵌合部品５を設置槽孔１１の水平槽１１２に相対して設置する。まだ圧力を受けていない時の状態は、図３に示すように、偏った傾斜状態である。続いて嵌合部品５の第二端５２裏面と内レール内面には、凸体５７と制限孔１４が対応して設置される。凸体５７と制限孔１４が相互に嵌合した時を、図４に示しているが、嵌合部品５の第二端５２は設置槽孔１１の水平槽１１２に強制されて対応し、予定の弾性圧力を形成し、嵌合部品５の掛合定位強度を高め、且つ嵌合部品５第二端５２上側に斜面５２１が成形される。
また、この引出し物品４の側面に前述の設置槽孔１１距離に対応する凸栓４１を設置し、その凸栓４１は栓本体より大きいキャップヘッド４１１を具える。 The fitting component 5 is an elongated strip having elasticity, the first ends 51 at both ends of the strip are fixed to the inner surface of the inner rail 1, the second end 52 is directed toward the horizontal tank 112 of the installation tank hole 11, and the fitting is performed. A hollow tank 53 is formed between the first end 51 and the second end 52 of the composite part 5 to form an elongated strip 54 that is deformed by elasticity. The fitting part 5 is localized by applying pressure, but with respect to a specific implementation means for the fitting part 5 to have a predetermined pressure, a central hole 55 and at least one of the first end 51 of the fitting part 5 are provided. A stereotaxic column 56 is installed and coupled to the rivet hole 12 and the stereotaxic hole 13 on the inner rail 1. Then, the pin component 6 is inserted and fixed in the center hole 55 and the rivet hole 12, and the fitting component 5 is installed relative to the horizontal tank 112 of the installation tank hole 11. As shown in FIG. 3, the state when the pressure has not been received is a biased inclined state. Subsequently, the convex body 57 and the restriction hole 14 are installed correspondingly on the back surface of the second end 52 of the fitting component 5 and the inner surface of the inner rail. FIG. 4 shows the time when the convex body 57 and the restriction hole 14 are fitted to each other. The second end 52 of the fitting part 5 is forced to correspond to the horizontal tank 112 of the installation tank hole 11 and is scheduled. Is formed, the engaging localization strength of the fitting part 5 is increased, and a slope 521 is formed on the second end 52 of the fitting part 5.
Further, a convex plug 41 corresponding to the above-described installation tank hole 11 distance is installed on the side surface of the drawer article 4, and the convex plug 41 has a cap head 411 larger than the plug main body.

上述の構造によって、引出し物品４の凸栓４１が上から下へ内レール１の設置槽孔１１へ嵌合されるが、その際先ず垂直槽１１１に嵌入された時を図５、図６に示す。内レール１内側に位置する凸栓４１のキャップヘッド４１１は、嵌合部品５の第二端５２上側の斜面５２１を強制的に下へ押す。弾性を具えた細長条５４を暫時変形して水平槽１１２へスムーズに滑り込むと、細長条５４は即座に回復する。また図７に示すように、第二端５２前縁で凸栓４１のキャップヘッド４１１を固定する。この状態の時、内レール１と引出し物品４が固定されて設置結合状態を形成する。   With the above structure, the convex plug 41 of the drawer article 4 is fitted from the top to the bottom into the installation tank hole 11 of the inner rail 1. Show. The cap head 411 of the convex plug 41 located inside the inner rail 1 forcibly pushes the slope 521 above the second end 52 of the fitting part 5 downward. When the elongated strip 54 having elasticity is deformed for a while and smoothly slides into the horizontal tank 112, the elongated strip 54 is immediately recovered. Further, as shown in FIG. 7, the cap head 411 of the convex plug 41 is fixed at the front edge of the second end 52. In this state, the inner rail 1 and the drawer article 4 are fixed to form an installation coupled state.

別に嵌合部品５を第一端５１で内レール１内面に固定した時、その細長条５４の反発強度が小さいと、外からの力を受けたり、誤って反ったりした時、図８に示すとおり、嵌合部品５の第二端５２が水平方向に反り、嵌合部品が正しくない変形を起こすと考えられる。そして嵌合部品５第二端５２は凸栓４１のキャップヘッド４１１によって反り返り、嵌合ができなくなる。   In addition, when the fitting part 5 is fixed to the inner rail 1 inner surface at the first end 51, if the repulsive strength of the elongated strip 54 is small, it will be shown in FIG. As described above, it is considered that the second end 52 of the fitting part 5 is warped in the horizontal direction and the fitting part is deformed incorrectly. Then, the fitting component 5 second end 52 is warped by the cap head 411 of the convex plug 41 and cannot be fitted.

そのため、更にそれを解決する本考案の第二実施例によるスライドレールの設置掛合構造を図９及び図１０に示す。嵌合部品５Ａの第一端５１Ａに中心孔５５Ａと定位柱５６Ａを設置して内レール１Ａ上のリベット孔１２と定位孔１３Ａに対応させ、ピン部品６Ａを中心孔５５Ａとリベット孔１２Ａに差し込んで固定する。更に嵌合部品５Ａの第二端５２Ａ裏面には掛合凸５８Ａを設置し、内レール１Ａ内面には制限孔１４Ａに隣り合わせて凹面１５Ａを成形する。この掛合凸５８Ａを制限孔１４Ａに差し込んだ後、凹面１５Ａに差し込み、嵌合部品５Ａの第二端５２Ａが水平方向へ反るのを防止する。   Therefore, a slide rail installation hooking structure according to the second embodiment of the present invention for further solving this is shown in FIGS. A center hole 55A and a positioning column 56A are installed at the first end 51A of the fitting part 5A so as to correspond to the rivet hole 12 and the positioning hole 13A on the inner rail 1A, and the pin part 6A is inserted into the center hole 55A and the rivet hole 12A. Secure with. Further, a hooking protrusion 58A is provided on the back surface of the second end 52A of the fitting part 5A, and a concave surface 15A is formed adjacent to the restriction hole 14A on the inner surface of the inner rail 1A. After this hooking protrusion 58A is inserted into the limiting hole 14A, it is inserted into the concave surface 15A to prevent the second end 52A of the fitting component 5A from warping in the horizontal direction.

この他、嵌合部品５に圧力保存定位手段として、本考案の第三実施例によるスライドレールの設置掛合構造は、図１１に示すように、内レール１Ｂ上に停止片１６Ｂをプレス成形し、その停止片１６Ｂで嵌合部品５Ｂ第二端５２Ｂ上縁を押さえ、偏傾斜した嵌合部品５Ｂ第二端５２Ｂを設置槽孔１１Ｂの水平槽１１２Ｂに強制対応させ、予定された弾性圧力を形成する。   In addition, as shown in FIG. 11, the sliding engagement structure of the slide rail according to the third embodiment of the present invention, as a pressure storage localization means for the fitting part 5, press-molds the stop piece 16 </ b> B on the inner rail 1 </ b> B, The stop piece 16B presses the upper edge of the fitting part 5B second end 52B, and the fitting part 5B second end 52B that is inclined obliquely is forced to correspond to the horizontal tank 112B of the installation tank hole 11B to form a predetermined elastic pressure. To do.

更に図１２に示すように、本考案の第四実施例では停止片１６Ｂ上段を湾曲させて伸びた制限片１７Ｂを設置し、その制限片１７Ｂが嵌合部品５Ｂの第二端５２Ｂ最上面を押さえ、嵌合部品５Ｂの第二端５２Ｂに制限を加えて水平方向へ反らないようにする。   Further, as shown in FIG. 12, in the fourth embodiment of the present invention, a restriction piece 17B which is extended by curving the upper stage of the stop piece 16B is installed, and the restriction piece 17B covers the uppermost surface of the second end 52B of the fitting part 5B. The second end 52B of the pressing and fitting part 5B is limited so that it does not warp in the horizontal direction.

本考案第一実施例によるスライドレールの設置掛合構造を示す分解図である。1 is an exploded view showing a slide rail installation structure according to a first embodiment of the present invention. FIG. 本考案第一実施例によるスライドレールの設置掛合構造の主要構造分解図である。FIG. 2 is an exploded view of the main structure of the slide rail installation structure according to the first embodiment of the present invention. 本考案第一実施例によるスライドレールの設置掛合構造の主要構造の組立後断面図である。It is sectional drawing after the assembly of the main structure of the installation engagement structure of a slide rail by 1st Example of this invention. 本考案第一実施例によるスライドレールの設置掛合構造の主要構造の組立後立体図である。FIG. 3 is a three-dimensional view after assembling the main structure of the slide rail installation structure according to the first embodiment of the present invention; 本考案第一実施例によるスライドレールの設置掛合構造の設置嵌合の動作指示図一である。It is operation | movement instruction | indication figure 1 of the installation fitting of the installation structure of a slide rail by 1st Example of this invention. 本考案第一実施例によるスライドレールの設置掛合構造の設置嵌合の動作指示図二である。It is operation | movement instruction | indication figure 2 of the installation fitting of the installation structure of a slide rail by 1st Example of this invention. 本考案第一実施例によるスライドレールの設置掛合構造の設置嵌合の定位指示図である。FIG. 5 is an orientation instruction diagram of installation fitting of the slide rail installation hook structure according to the first embodiment of the present invention; 嵌合部品を内レール内面に固定した時、細長条反発強度が小さいときおこりうる状態を示す図である。It is a figure which shows the state which can occur when an elongated strip repulsion strength is small when a fitting component is fixed to the inner rail inner surface. 本考案第二実施例によるスライドレールの設置掛合構造の主要構造分解図である。FIG. 6 is an exploded view of the main structure of a slide rail installation structure according to a second embodiment of the present invention. 本考案第二実施例によるスライドレールの設置掛合構造の主要構造組立図である。FIG. 4 is an assembly diagram of main structures of a slide rail installation structure according to a second embodiment of the present invention. 本考案第三実施例によるスライドレールの設置掛合構造の主要構造組立図である。FIG. 7 is an assembly diagram of main structures of a slide rail installation structure according to a third embodiment of the present invention. 本考案第四実施例によるスライドレールの設置掛合構造の主要構造組立図である。FIG. 6 is a main structural assembly diagram of a slide rail installation structure according to a fourth embodiment of the present invention.

符号の説明Explanation of symbols

１ 内レール、１Ａ 内レール、１Ｂ 内レール、２ 中レール、３ 外レール、４ 引出し物品、５ 嵌合部品、５Ａ 嵌合部品、５Ｂ 嵌合部品、６ ピン部品、６Ａ ピン部品、１１ 設置槽孔、１１Ｂ 設置槽孔、１２ リベット孔、１２Ａ リベット孔、１３ 定位孔、１３Ａ 定位孔、１４ 制限孔、１４Ａ 制限孔、１５Ａ 凹面、１６Ｂ 停止片、１７Ｂ 制限片、４１ 凸栓、５１ 第一端、５２ 第二端、５２Ｂ 第二端、５３ 中空槽、５４ 細長条、５５ 中心孔、５６ 定位柱、５７ 凸体、５１Ａ 第一端、５２Ａ 第二端、５５Ａ 中心孔、５６Ａ 定位柱、５８Ａ 掛合凸、１１１ 垂直槽、１１２ 水平槽、１１２Ｂ 水平槽、４１１ キャップヘッド、５２１ 斜面   1 inner rail, 1A inner rail, 1B inner rail, 2 middle rail, 3 outer rail, 4 drawer article, 5 fitting part, 5A fitting part, 5B fitting part, 6 pin part, 6A pin part, 11 installation tank Hole, 11B installation tank hole, 12 rivet hole, 12A rivet hole, 13 orientation hole, 13A orientation hole, 14 restriction hole, 14A restriction hole, 15A concave surface, 16B stop piece, 17B restriction piece, 41 convex plug, 51 first end , 52 Second end, 52B Second end, 53 Hollow tank, 54 Elongated strip, 55 Center hole, 56 Stereotactic column, 57 Convex body, 51A First end, 52A Second end, 55A Center hole, 56A Stereotactic column, 58A Hanging convex, 111 vertical tank, 112 horizontal tank, 112B horizontal tank, 411 cap head, 521 slope

Claims (5)

内レール及び外レールを含み、内レールに引き出し物品を設置して結合し、且つ内レールには設置槽孔が成形され、設置槽孔に隣り合う内レール内面には嵌合部品を設置するスライドレールの設置掛合構造であって、
設置槽孔は、相互に連通する垂直槽と水平槽を具え、
嵌合部品は、弾性を具えた細長条であり、両端の第一端を内レールの内面に固定し、第二端を前記設置槽孔の水平槽に向け、且つ第一端と第二端の間には中空槽が成形されることにより、弾性を具えた細長条を形成し、予定圧力を具え、第二端の上側には斜面が成形されることを特徴とするスライドレールの設置掛合構造。 A slide that includes an inner rail and an outer rail, installs and connects a drawer article to the inner rail, and has an installation tank hole formed in the inner rail, and a fitting part installed on the inner rail inner surface adjacent to the installation tank hole Rail installation hanging structure,
The installation tank hole comprises a vertical tank and a horizontal tank that communicate with each other,
The fitting part is an elongated strip having elasticity, the first ends of both ends are fixed to the inner surface of the inner rail, the second end is directed to the horizontal tank of the installation tank hole, and the first end and the second end Between the two, a hollow tank is formed to form an elongated strip with elasticity, a predetermined pressure is provided, and a slope is formed above the second end. Construction. 前記嵌合部品は、第一端に中心孔を設置して内レール上のリベット孔と対応させ、第一端には別に定位柱を成形して内レールの定位孔に対応させ、ピン部品で中心孔とリベット孔を固定し、第二端裏面に凸体を設置し、内レール内面の制限孔に対応させ、凸体と制限孔が相互に当たり、嵌合部品に予定圧力を具え、第二端が設置槽孔の水平槽に対応することを特徴とする請求項１記載のスライドレールの設置掛合構造。   The fitting part is provided with a center hole at the first end to correspond to the rivet hole on the inner rail, and a positioning pillar is separately formed at the first end to correspond to the positioning hole of the inner rail. The center hole and the rivet hole are fixed, a convex body is installed on the back surface of the second end, and it is made to correspond to the restriction hole on the inner rail inner surface. 2. The slide rail installation structure according to claim 1, wherein an end corresponds to a horizontal tank of the installation tank hole. 内レール及び外レールを含み、内レールに引き出し物品を設置して結合し、且つ内レールには設置槽孔が成形され、設置槽孔に隣り合う内レール内面には嵌合部品を設置するスライドレールの設置掛合構造であって、
設置槽孔は、相互に連通する垂直槽と水平槽を具え、
嵌合部品は、弾性を具えた細長条で、両端の第一端を内レールの内面に固定し、第二端を前記設置槽孔の水平槽に向け、且つ第一端と第二端の間には中空槽が成形されることにより、弾性を具えた細長条を形成し、且つ第二端の裏面には掛合凸を設置して内レールの制限孔に対応させ、内レール内面の制限孔の隣に凹面を成形し、掛合凸と制限孔が相互に当たることにより、嵌合部品に予定圧力が具わり、第二端が設置槽孔の水平槽に対応し、且つその掛合凸が制限孔に入ると、凹面を押さえ、嵌合部品の第二端を制限して水平方向に反るのを防止し、嵌合部品の第二端上側には斜面を成形することを特徴とするスライドレールの設置掛合構造。 A slide that includes an inner rail and an outer rail, installs and connects a drawer article to the inner rail, and has an installation tank hole formed in the inner rail, and a fitting part installed on the inner rail inner surface adjacent to the installation tank hole Rail installation hanging structure,
The installation tank hole comprises a vertical tank and a horizontal tank that communicate with each other,
The fitting parts are elongated strips having elasticity, the first ends of both ends are fixed to the inner surface of the inner rail, the second end is directed to the horizontal tank of the installation tank hole, and the first end and the second end are A hollow tank is formed between them to form an elongated strip with elasticity, and a hooking projection is installed on the back surface of the second end to correspond to the inner rail restriction hole to restrict the inner rail inner surface. A concave surface is formed next to the hole, and the engagement protrusion and the restriction hole contact each other, so that the fitting part has a predetermined pressure, the second end corresponds to the horizontal tank of the installation tank hole, and the engagement protrusion is restricted. A slide characterized by pressing the concave surface when entering the hole, restricting the second end of the fitting part to prevent it from warping in the horizontal direction, and forming a slope on the upper side of the second end of the fitting part. Rail hanging structure. 内レール及び外レールを含み、内レールに引き出し物品を設置して結合し、且つ内レールには設置槽孔が成形され、設置槽孔に隣り合う内レール内面には嵌合部品を設置するスライドレールの設置掛合構造であって、
設置槽孔は、相互に連通する垂直槽と水平槽を具え、
嵌合部品は、弾性を具えた細長条で、その両端の第一端を内レールの内面に固定し、第二端を前記設置槽孔の水平槽に向け、且つ第一端と第二端の間には中空槽が成形されることにより、弾性を具えた細長条を形成し、且つ内レール上に停止片を設置し、その停止片が嵌合部品第二端上縁を押さえることによって、嵌合部品に予定圧力が具わり、第二端が設置槽孔の水平槽に対応し、嵌合部品の上側には斜面が成形されることを特徴とするスライドレールの設置掛合構造。 A slide that includes an inner rail and an outer rail, installs and connects a drawer article to the inner rail, and has an installation tank hole formed in the inner rail, and a fitting part installed on the inner rail inner surface adjacent to the installation tank hole Rail installation hanging structure,
The installation tank hole comprises a vertical tank and a horizontal tank that communicate with each other,
The fitting part is an elongated strip having elasticity, the first ends of both ends thereof are fixed to the inner surface of the inner rail, the second end is directed to the horizontal tank of the installation tank hole, and the first end and the second end By forming a hollow tank between them, an elongated strip with elasticity is formed, and a stop piece is installed on the inner rail, and the stop piece holds down the upper edge of the fitting part second end. A sliding rail installation structure characterized in that the fitting part is provided with a predetermined pressure, the second end corresponds to the horizontal tank of the installation tank hole, and a slope is formed on the upper side of the fitting part. 前記停止片は、上段が湾曲して制限片が成形され、制限片が嵌合部品第二端最上面を押さえ、第二端が水平方向に反るのを防止することを特徴とする請求項４記載のスライドレールの設置掛合構造。   The stop piece is curved at an upper stage to form a restriction piece, the restriction piece presses the upper surface of the second end of the fitting part, and the second end is prevented from warping in the horizontal direction. 4. A sliding rail installation structure according to 4.
JP2005010253U 2005-12-02 2005-12-02 Slide rail installation structure Expired - Lifetime JP3119211U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009279410A (en) * 2008-05-23 2009-12-03 Kofukin Seimitsu Kogyo (Shenzhen) Yugenkoshi Guide rail device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009279410A (en) * 2008-05-23 2009-12-03 Kofukin Seimitsu Kogyo (Shenzhen) Yugenkoshi Guide rail device

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