JP3191880U - Slide rail system and connecting device used therefor - Google Patents

Slide rail system and connecting device used therefor Download PDF

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JP3191880U
JP3191880U JP2014002300U JP2014002300U JP3191880U JP 3191880 U JP3191880 U JP 3191880U JP 2014002300 U JP2014002300 U JP 2014002300U JP 2014002300 U JP2014002300 U JP 2014002300U JP 3191880 U JP3191880 U JP 3191880U
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fitting
main body
standing wall
movable member
rail
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秀江 ▲梁▼
秀江 ▲梁▼
陳 庚金
庚金 陳
王 俊強
俊強 王
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川湖科技股▲分▼有限公司
川益科技股▲ふん▼有限公司
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Abstract

【課題】 スライドレールシステム及びそれに用いられる連結装置を提供する。【解決手段】 スライドレールキット16及び連結装置12、24を備える。スライドレールキットは第一レール及び第二レールを備え、第二レールは、第一レールに対してスライド移動し、尚且つ後部20bを備える。連結装置24は、第二レールの後部20bに配置し、並びに、本体、結合部材30、及び可動部材を含む。本体には、支持部、及び支持部にほぼ垂直に連結される横向き部を備える。結合部材30は、本体の支持部に軸着する。可動部材は、本体と結合部材30間に可動的に設置されている。結合部材30が第一位置まで回転された時、結合部材30のロック棒の接触部は可動部材を押圧する。また、結合部材30が第一位置から第二位置に動かされると、ロック棒の接触部は可動部材を押圧しない状態となる。【選択図】 図1PROBLEM TO BE SOLVED: To provide a slide rail system and a connecting device used therein. A slide rail kit 16 and connecting devices 12 and 24 are provided. The slide rail kit includes a first rail and a second rail, and the second rail slides with respect to the first rail and also includes a rear portion 20b. The coupling device 24 is arranged at the rear portion 20b of the second rail, and includes a main body, a coupling member 30, and a movable member. The main body includes a support portion and a lateral portion connected to the support portion substantially perpendicularly. The connecting member 30 is pivotally attached to the support portion of the main body. The movable member is movably installed between the main body and the connecting member 30. When the coupling member 30 is rotated to the first position, the contact portion of the lock rod of the coupling member 30 presses the movable member. Further, when the coupling member 30 is moved from the first position to the second position, the contact portion of the lock rod is in a state of not pressing the movable member. [Selection diagram] Fig. 1

Description

本考案は、スライドレールシステム及びそれに用いられる連結装置。
提供する。
The present invention relates to a slide rail system and a connecting device used therefor.
provide.

引出しの底付タイプスライドレール(undermount drawer slide)は一種のシークレットタイプのスライドレールである。引出しの底付タイプスライドレールは主に、引出しの底部に取り付けるもので、引出しを筐体に対して例えばチェスト等引き出した時、引出しの底付タイプスライドレールは引出しの底部に隠されて露出しない。引出しの底付タイプスライドレールは通常、L形のブラケットと、ブラケット上に配置し、縦方向にブラケットのレールに対してスライド移動するスライドレールを備える。ブラケットは、筐体の壁面に取り付けられ、引出しがスライドレール上に取り付けられた時、引出しはスライドレールの働きによって、チェストに対して引き出されるか押し入れられて納められる。   A drawer-type slide rail with a drawer is a kind of secret-type slide rail. The drawer type bottomed slide rail is mainly attached to the bottom of the drawer. When the drawer is pulled out of the chassis, such as a chest, the drawer type bottomed slide rail is hidden by the bottom of the drawer and is not exposed. . A drawer-type slide rail with a drawer usually includes an L-shaped bracket and a slide rail which is disposed on the bracket and which slides and moves in the vertical direction with respect to the rail of the bracket. The bracket is attached to the wall surface of the housing, and when the drawer is attached on the slide rail, the drawer is pulled out or pushed into the chest by the action of the slide rail.

しかしながら、僅かな取付誤差(minor inaccuracies)或いは外部等の原因によって、引出しの連結装置とスライドレール間の取付作業がスムーズに完了できない場合もある。   However, there may be a case where the mounting operation between the drawer connecting device and the slide rail cannot be completed smoothly due to a slight mounting error (minor accuracies) or the outside.

特許文献1に開示された「Coupling device having side adjustment for a drawer」は、引出しに用いる側面方向の調節機能を備えた連結装置(coupling apparatus)であり、前述の問題を解決できるものである。連結装置5は主に、引出し(drawer)を引き出して延長できるスライドレール(extendable rail)に連結する。そのうち、連結装置5の調節輪8の螺旋盤15と取付板16の歯状保持部材21間の関係により、調節輪8が調整された時、連結装置5の嵌合ロック部材10が従動されて、嵌合ロック部材10の制御面10a、10b、10cが引出装置3のスライドレール3cの位置に対して調整される。言い換えれば、引出し2が引出装置3のスライドレール3cの位置に対して側面方向に調整されることにより、引出しとスライドレール間のわずかな取付誤差の問題を解決する。先行案は参考としてここに付け加える。   The “Coupling device having side adjustment for a drawer” disclosed in Patent Document 1 is a coupling device having a side direction adjustment function used for drawer, and can solve the above-described problems. The connecting device 5 is mainly connected to an extendable rail that can be extended by pulling out a drawer. Among them, when the adjusting wheel 8 is adjusted due to the relationship between the spiral plate 15 of the adjusting wheel 8 of the connecting device 5 and the tooth-like holding member 21 of the mounting plate 16, the fitting lock member 10 of the connecting device 5 is driven. The control surfaces 10 a, 10 b and 10 c of the fitting lock member 10 are adjusted with respect to the position of the slide rail 3 c of the drawing device 3. In other words, the drawer 2 is adjusted in the lateral direction with respect to the position of the slide rail 3c of the drawer device 3, thereby solving the problem of slight attachment errors between the drawer and the slide rail. The preceding plan is added here for reference.

また、特許文献2に開示された「Pull−out guide for a drawer」の段落0081の図2b及び図4中の保持部材5は、延長ガイド件3の延長レール3aの後端に取り付けられ、保持部材5の保持先端15は、引出し後壁2dの穴(bores)中に取り付けられる。先行案の説明書の段落0082、0083、及び図5aに示すとおり、調整棒18の軸移動(pivotal movement)が保持部材5の側面方向支持体の表面に伝えられた時、連結部材7及び保持先端15は一対のガイド棒14に沿って移動する。これにより、延長レール3aの保持先端15の引出し2に対する側面方向(lateral direction)の位置を調整できるため、取付誤差によって引出し2を延長レール3aの保持先端15にスムーズに取り付けできない問題を防ぐことができる。しかしながら、保持部材5は、調整装置11、支持部材17、保持部19、ガイドピン14、調整棒18、連結部材7、及び連結部材7に位置する保持先端15等の以上に多くの部品を含む。そのため、全体的に言えば、製造コスト及び製造プロセスを考えると、保持部材5には依然として改善すべき空間が残る。   Further, the holding member 5 in FIG. 2b and FIG. 4 of the paragraph 0081 of “Pull-out guide for a drawer” disclosed in Patent Document 2 is attached to the rear end of the extension rail 3a of the extension guide 3 and held. The holding tip 15 of the member 5 is mounted in a hole in the drawer rear wall 2d. As shown in paragraphs 0082 and 0083 of the preceding draft and FIG. 5a, when the movement of the adjustment rod 18 is transmitted to the surface of the lateral support of the holding member 5, the connecting member 7 and the holding member 7 are held. The tip 15 moves along a pair of guide bars 14. Thereby, since the position of the lateral direction with respect to the drawer 2 of the holding tip 15 of the extension rail 3a can be adjusted, it is possible to prevent the problem that the drawer 2 cannot be smoothly attached to the holding tip 15 of the extension rail 3a due to an attachment error. it can. However, the holding member 5 includes more parts than the adjustment device 11, the support member 17, the holding portion 19, the guide pin 14, the adjustment rod 18, the connecting member 7, the holding tip 15 located on the connecting member 7, and the like. . Therefore, generally speaking, considering the manufacturing cost and the manufacturing process, the holding member 5 still has a space to be improved.

米国特許第2012/0292465A1号明細書US 2012/02922465 A1 米国特許第2012/0319548A1号明細書US 2012/0319548 A1 specification

本考案のスライドレールシステム及びそれに用いる連結装置は、前述した先行案に残る、部品が多く、高コスト、非常に多い製造プロセスを解決する。   The slide rail system of the present invention and the connecting device used therefor solve the manufacturing process with many parts, high cost, and extremely many remaining in the above-mentioned prior proposal.

本考案は、スライドレールに対する引出しの側面方向の連結位置を調整することができるスライドレールシステム及びそれに用いる連結装置に関する。   The present invention relates to a slide rail system capable of adjusting a connecting position in a side direction of a drawer with respect to a slide rail, and a connecting device used therefor.

本考案によるスライドレールシステムは、スライドレールキット及び後側連結装置を含む。スライドレールキットは、第一レール、第二レールを含む。   The slide rail system according to the present invention includes a slide rail kit and a rear connecting device. The slide rail kit includes a first rail and a second rail.

第一レールには縦方向延長部を備える。第二レールは、第一レールに対して縦方向にスライド移動し、第二レールには縦方向延長部、及び後部を備える。後側連結装置は、第二レールの後部に配置し、後側連結装置には、本体、結合部材、及び可動部材を含む。本体には、支持部、及び支持部にほぼ垂直に連結される横向き部を備える。結合部材は、本体の支持部に軸着する。結合部材は、頭部、及び頭部に連結するロック棒を備える。ロック棒には接触部を備える。可動部材は、本体と結合部材間に可動的に設置され、可動部材は、第一板部、及び第一板部と垂直となる第二板部を備える。結合部材の頭部が第一位置まで回転された時、ロック棒の接触部は、可動部材の第一板部を圧するため、可動部材は、本体に定位される。結合部材の頭部が第一位置から第二位置に動かされると、ロック棒の接触部は可動部材の第一板部を押圧しない状態となる。これにより、本体に対する可動部材の移動を調整することができる。   The first rail has a longitudinal extension. The second rail slides in the vertical direction with respect to the first rail, and the second rail includes a vertical extension portion and a rear portion. The rear coupling device is disposed at the rear portion of the second rail, and the rear coupling device includes a main body, a coupling member, and a movable member. The main body includes a support portion and a lateral portion connected to the support portion substantially perpendicularly. The coupling member is pivotally attached to the support portion of the main body. The coupling member includes a head and a lock rod connected to the head. The lock bar has a contact portion. The movable member is movably installed between the main body and the coupling member, and the movable member includes a first plate portion and a second plate portion perpendicular to the first plate portion. When the head of the coupling member is rotated to the first position, the contact portion of the lock rod presses the first plate portion of the movable member, so that the movable member is localized on the main body. When the head of the coupling member is moved from the first position to the second position, the contact portion of the lock rod does not press the first plate portion of the movable member. Thereby, the movement of the movable member with respect to the main body can be adjusted.

本体の支持部は、第一立設壁と第二立設壁をさらに備える。本体の横向き部の対応する両側は、ほぼ垂直に第一立設壁と第二立設壁にそれぞれ連結される。また、第一立設壁と第二立設壁にはそれぞれ、対応する貫通孔を備える。結合部材のロック棒は、第一立設壁と第二立設壁の貫通孔に挿入する。可動部材の幅は、第一立設壁と第二立設壁間の幅を超えない幅とする。これにより、可動部材は、第一立設壁と第二立設壁間での移動を調整することができる。   The support portion of the main body further includes a first standing wall and a second standing wall. Corresponding both sides of the lateral portion of the main body are respectively connected to the first standing wall and the second standing wall substantially vertically. The first standing wall and the second standing wall are each provided with a corresponding through hole. The lock rod of the coupling member is inserted into the through holes of the first standing wall and the second standing wall. The width of the movable member is a width that does not exceed the width between the first standing wall and the second standing wall. Thereby, the movable member can adjust the movement between the first standing wall and the second standing wall.

本体の横向き部には間隔をあけて配列される複数の固定部を備え、可動部材の第一板部は固定部を含み、固定部は、本体の横向き部上の何れか一つの固定部に対応する。結合部材の頭部が第一位置に動かされた時、ロック棒の接触部は、可動部材の第一板部を圧する。これにより、可動部材の第一板部の固定部は、本体の横向き部の何れか一つの固定部に嵌着する。結合部材の頭部が第一位置から第二位置に回転された時、ロック棒の接触部は、可動部材の第一板部を押圧しない状態となり、可動部材の第一板部の固定部は、本体の横向き部のいずれか一つの固定部に嵌着された状態から釈放される。   The horizontal portion of the main body includes a plurality of fixed portions arranged at intervals, the first plate portion of the movable member includes a fixed portion, and the fixed portion is attached to any one fixed portion on the horizontal portion of the main body. Correspond. When the head of the coupling member is moved to the first position, the contact portion of the lock rod presses the first plate portion of the movable member. Thereby, the fixed portion of the first plate portion of the movable member is fitted into any one fixed portion of the lateral portion of the main body. When the head of the coupling member is rotated from the first position to the second position, the contact portion of the lock rod does not press the first plate portion of the movable member, and the fixed portion of the first plate portion of the movable member is , Released from the state of being fitted to any one of the laterally fixed portions of the main body.

第二レールには、後部に対応する前部、及び前部に隣り合う取付孔を備える。スライドレールシステムは、前側連結装置を含む。前側連結装置は、第一構成部材、第二構成部材、嵌着部材、及び調整部材を含む。   The second rail includes a front portion corresponding to the rear portion and a mounting hole adjacent to the front portion. The slide rail system includes a front coupling device. The front coupling device includes a first component member, a second component member, a fitting member, and an adjustment member.

第一構成部材は、少なくとも一つの横向きガイド部を備える。第二構成部材は、第一構成部材の横向きガイド部に位置する少なくとも一つの横向きガイド部を備える。嵌着部材は、第二構成部材に連結する。嵌着部材には嵌着部を備え、嵌着部の少なくとも一部分は、第二レールの取付孔内に取り付けられる。調整部材には調整部及びネジ部を備える。ネジ部は、第一構成部材と第二構成部材に連結する。第二構成部材は、調整部材の調整部の回転に応じて、第二レールに対して移動し、嵌着部材の嵌着部は、第二レールの取付孔に対して移動する。第二構成部材は、第一側壁をさらに含み、第一側壁には引掛孔を備え、第一構成部材には側壁をさらに含み、側壁にはねじ穴を含む。調整部材のネジ部は、ねじ穴に螺着し、尚且つ首部を備え、首部は第二構成部材の引掛孔に引き掛けて配置するのに用いられる。第二構成部材はさらに、第一側壁に対応する第二側壁を含み、第二側壁には壁孔を備え、嵌着部材の嵌着部は、壁孔に対応させる。嵌着部材はさらに、弾性アームを含む。調整部材の調整部が回転された時、第二構成部材は、第二レールに対して移動し、嵌着部材の嵌着部が第二レールの取付孔に対応していない時、第二レールの側壁を押圧して、予定角度まで軸回転し、尚且つ弾性アームは弾力を蓄えた状態となる。嵌着部材の嵌着部が取付孔に対応する時、弾性アームは弾力を放出し、これにより、嵌着部材の嵌着部は、取付孔内に挿入される。嵌着部材はさらに溝部を含み、前側連結装置は、さらに、第二構成部材に軸着する嵌着解除部材を含む。嵌着解除部材には溝部に位置させる嵌着解除部を備える。嵌着解除部材を回転させる時、嵌着解除部材の嵌着解除部は、溝部を用いて嵌着部材を従動する。これにより、嵌着部材は、角度に軸回転され、嵌着部材の嵌着部は、第二レールに対して移動し、取付孔を離脱する。   The first component member includes at least one lateral guide portion. The second component member includes at least one lateral guide portion located in the lateral guide portion of the first component member. The fitting member is connected to the second component member. The fitting member includes a fitting portion, and at least a part of the fitting portion is attached in the attachment hole of the second rail. The adjustment member includes an adjustment portion and a screw portion. The screw portion is connected to the first component member and the second component member. The second component member moves relative to the second rail according to the rotation of the adjustment portion of the adjustment member, and the fitting portion of the fitting member moves relative to the mounting hole of the second rail. The second component further includes a first sidewall, the first sidewall includes a hooking hole, the first component further includes a sidewall, and the sidewall includes a screw hole. The screw portion of the adjustment member is screwed into the screw hole and further includes a neck portion, and the neck portion is used to be hooked on the hooking hole of the second component member. The second component member further includes a second side wall corresponding to the first side wall, the second side wall includes a wall hole, and the fitting portion of the fitting member corresponds to the wall hole. The fitting member further includes an elastic arm. When the adjustment portion of the adjustment member is rotated, the second component member moves relative to the second rail, and when the fitting portion of the fitting member does not correspond to the mounting hole of the second rail, the second rail The side wall is pressed to rotate the shaft to a predetermined angle, and the elastic arm is in a state of storing elasticity. When the fitting portion of the fitting member corresponds to the attachment hole, the elastic arm releases the elasticity, and thereby the fitting portion of the fitting member is inserted into the attachment hole. The fitting member further includes a groove, and the front coupling device further includes a fitting release member that is pivotally attached to the second component member. The fitting release member includes a fitting release portion positioned in the groove portion. When rotating the fitting release member, the fitting release portion of the fitting release member follows the fitting member using the groove. As a result, the fitting member is axially rotated at an angle, and the fitting portion of the fitting member moves relative to the second rail and leaves the mounting hole.

本考案による連結装置は、本体、結合部材、及び可動部材を含む。本体には、支持部、及び支持部にほぼ垂直に連結される横向き部を備える。結合部材は、本体の支持部に軸着する。結合部材は、頭部、及び頭部に連結するロック棒を備える。ロック棒には接触部を備える。可動部材は、本体と結合部材間に可動的に設置され、可動部材は、第一板部、及び第一板部と垂直となる第二板部を備える。結合部材の頭部が第一位置まで回転された時、ロック棒の接触部は、可動部材の第一板部を圧するため、可動部材は、本体に定位される。結合部材の頭部が第一位置から第二位置に動かされると、ロック棒の接触部は可動部材の第一板部を押圧しない状態となる。これにより、本体に対する可動部材の移動を調整することができる。   The coupling device according to the present invention includes a main body, a coupling member, and a movable member. The main body includes a support portion and a lateral portion connected to the support portion substantially perpendicularly. The coupling member is pivotally attached to the support portion of the main body. The coupling member includes a head and a lock rod connected to the head. The lock bar has a contact portion. The movable member is movably installed between the main body and the coupling member, and the movable member includes a first plate portion and a second plate portion perpendicular to the first plate portion. When the head of the coupling member is rotated to the first position, the contact portion of the lock rod presses the first plate portion of the movable member, so that the movable member is localized on the main body. When the head of the coupling member is moved from the first position to the second position, the contact portion of the lock rod does not press the first plate portion of the movable member. Thereby, the movement of the movable member with respect to the main body can be adjusted.

本体の支持部は、第一立設壁と第二立設壁をさらに備える。本体の横向き部の対応する両側は、ほぼ垂直に第一立設壁と第二立設壁にそれぞれ連結される。また、第一立設壁と第二立設壁にはそれぞれ、対応する貫通孔を備える。結合部材のロック棒は、第一立設壁と第二立設壁の貫通孔に挿入する。可動部材の幅は、第一立設壁と第二立設壁間の幅を超えない幅とする。これにより、可動部材は、第一立設壁と第二立設壁間での移動を調整することができる。   The support portion of the main body further includes a first standing wall and a second standing wall. Corresponding both sides of the lateral portion of the main body are respectively connected to the first standing wall and the second standing wall substantially vertically. The first standing wall and the second standing wall are each provided with a corresponding through hole. The lock rod of the coupling member is inserted into the through holes of the first standing wall and the second standing wall. The width of the movable member is a width that does not exceed the width between the first standing wall and the second standing wall. Thereby, the movable member can adjust the movement between the first standing wall and the second standing wall.

本体の横向き部には間隔をあけて配列される複数の固定部を備え、可動部材の第一板部は固定部を含み、固定部は、本体の横向き部上の何れか一つの固定部に対応する。結合部材の頭部が第一位置に動かされた時、ロック棒の接触部は、可動部材の第一板部を圧する。これにより、可動部材の第一板部の固定部は、本体の横向き部の何れか一つの固定部に嵌着する。結合部材の頭部が第一位置から第二位置に回転された時、ロック棒の接触部は、可動部材の第一板部を押圧しない状態となり、可動部材の第一板部の固定部は、本体の横向き部のいずれか一つの固定部に嵌着された状態から抜き出される。   The horizontal portion of the main body includes a plurality of fixed portions arranged at intervals, the first plate portion of the movable member includes a fixed portion, and the fixed portion is attached to any one fixed portion on the horizontal portion of the main body. Correspond. When the head of the coupling member is moved to the first position, the contact portion of the lock rod presses the first plate portion of the movable member. Thereby, the fixed portion of the first plate portion of the movable member is fitted into any one fixed portion of the lateral portion of the main body. When the head of the coupling member is rotated from the first position to the second position, the contact portion of the lock rod does not press the first plate portion of the movable member, and the fixed portion of the first plate portion of the movable member is Then, it is extracted from the state of being fitted to any one of the laterally oriented portions of the main body.

本考案の技術特徴の一つは、後側連結装置の結合部材を用いて、操作者が、スライドレールキットを調整して引出しの取付位置(a mounting position)の位置を合わせ、前側連結装置の調整部材を用いて、操作者が、スライドレールキットに対する引出しの側面方向の連結位置(a connecting position of a lateral direction)を調整することができる点にある。   One of the technical features of the present invention is that the operator adjusts the slide rail kit to adjust the position of the mounting position of the drawer by using the coupling member of the rear coupling device, Using the adjustment member, the operator can adjust the connecting position of the lateral direction of the drawer with respect to the slide rail kit (a connecting position of a lateral direction).

本考案の第一実施形態による連結装置を用いて引出しをスライドレールキットに取り付けたことを示す斜視図である。It is a perspective view showing having attached a drawer to a slide rail kit using a connecting device by a first embodiment of the present invention. 本考案の第一実施形態によるスライドレールキットと前側連結装置を示す分解図である。1 is an exploded view showing a slide rail kit and a front coupling device according to a first embodiment of the present invention. 本考案の第一実施形態による後側連結装置と第二レールの後部を示す分解図である。It is an exploded view showing the rear side connecting device and the rear part of the second rail by a first embodiment of the present invention. 本考案の第一実施形態による後側連結装置を示す分解図である。1 is an exploded view showing a rear coupling device according to a first embodiment of the present invention. 本考案の第一実施形態による図3の後側連結装置を組み立てた後の作動を示す図(1)である。It is a figure (1) which shows the operation | movement after assembling the back side connection apparatus of FIG. 3 by 1st embodiment of this invention. 本考案の第一実施形態による図3の後側連結装置を組み立てた後の作動を示す図(2)である。It is a figure (2) which shows the operation | movement after assembling the back side connection apparatus of FIG. 3 by 1st embodiment of this invention. 本考案の第一実施形態による図3の後側連結装置の可動部材の位置が調整可能であることを示す図である。It is a figure which shows that the position of the movable member of the rear side connection apparatus of FIG. 3 by 1st embodiment of this invention is adjustable. 本考案の第一実施形態による可動部材の第一板部が引出し背面板の定位孔に向いた状態を示す図である。It is a figure which shows the state which the 1st board part of the movable member by 1st embodiment of this invention faced the localization hole of the drawer | drawing-out back board. 本考案の第二実施形態による後側連結装置の作動を示す図(1)である。It is a figure (1) which shows the action | operation of the back side coupling apparatus by 2nd embodiment of this invention. 本考案の第二実施形態による後側連結装置の作動を示す図(2)である。It is a figure (2) which shows the action | operation of the rear side connection apparatus by 2nd embodiment of this invention. 本考案の第三実施形態による後側連結装置の作動を示す図(1)である。It is a figure (1) which shows the action | operation of the back side coupling apparatus by 3rd embodiment of this invention. 本考案の第三実施形態による後側連結装置の作動を示す図(2)である。It is a figure (2) which shows the action | operation of the rear side connection apparatus by 3rd embodiment of this invention. 本考案の第一実施形態による第一前側連結装置を示す分解図である。1 is an exploded view showing a first front coupling device according to a first embodiment of the present invention. 前側連結装置の嵌着部とスライドレールキットの取付孔の間に、前側連結装置をスライドレールキットの第二レールの取付孔にスムーズに連結できない取付誤差の存在を示した図(1)である。It is the figure (1) which showed the existence of the attachment error which cannot connect a front side connection apparatus smoothly to the attachment hole of the 2nd rail of a slide rail kit between the fitting part of a front side connection apparatus, and the attachment hole of a slide rail kit. . 前側連結装置の嵌着部とスライドレールキットの取付孔の間に、前側連結装置をスライドレールキットの第二レールの取付孔にスムーズに連結できない取付誤差の存在を示した図(2)である。It is the figure (2) which showed the presence of the attachment error which cannot connect a front side connection apparatus smoothly to the attachment hole of a 2nd rail of a slide rail kit between the fitting part of a front side connection apparatus, and the attachment hole of a slide rail kit. . 調整部材の調整部が調整され、第二構成部材がスライドレールキットの第二レールの距離に対して調整された状態を示す図である。It is a figure which shows the state by which the adjustment part of the adjustment member was adjusted and the 2nd component member was adjusted with respect to the distance of the 2nd rail of a slide rail kit. 調整部材の調整部が調整され、前側連結装置の嵌着部材の嵌着部がスライドレールキットの第二レールの取付孔に取り付けられた状態を示す図である。It is a figure which shows the state by which the adjustment part of the adjustment member was adjusted and the fitting part of the fitting member of a front side connection apparatus was attached to the attachment hole of the 2nd rail of a slide rail kit. 前側連結装置の嵌着解除部材がまだ調整されていない状態を示す図である。It is a figure which shows the state which the fitting cancellation | release member of a front side connection apparatus has not been adjusted yet. 図12aの嵌着解除部材が調整されて、嵌着部材に従って所定角度まで軸回転した状態を示す図である。It is a figure which shows the state which adjusted the fitting cancellation | release member of FIG. 12a, and rotated the axis | shaft to the predetermined angle according to the fitting member.

(第一実施形態)
図1には、引出し10を第一前側連結装置12と第二前側連結装置14を用いて第一スライドレールキット16と第二スライドレールキット18に取り付けた状態を示す。第一スライドレールキット16は、前部20aと前部20aに対応する後部20bを含み、第二スライドレールキット18は、前部22aと前部22aに対応する後部22bを含む。
(First embodiment)
FIG. 1 shows a state in which the drawer 10 is attached to the first slide rail kit 16 and the second slide rail kit 18 using the first front connection device 12 and the second front connection device 14. The first slide rail kit 16 includes a front portion 20a and a rear portion 20b corresponding to the front portion 20a, and the second slide rail kit 18 includes a front portion 22a and a rear portion 22b corresponding to the front portion 22a.

具体的に説明すると、引出し10の底部の両側にはそれぞれ第一前側連結装置12と第二前側連結装置14が配置される。第一前側連結装置12は、第一スライドレールキット16の前部20aに取り付けられ、第二前側連結装置14は第二スライドレールキット18の前部22aに取り付けられる。また、第一スライドレールキット16の後部20bは第一後側連結装置24に取り付けられ、第二スライドレールキット18の後部22bは第二後側連結装置26に取り付けられる。   More specifically, a first front coupling device 12 and a second front coupling device 14 are arranged on both sides of the bottom of the drawer 10 respectively. The first front connection device 12 is attached to the front portion 20 a of the first slide rail kit 16, and the second front connection device 14 is attached to the front portion 22 a of the second slide rail kit 18. Further, the rear portion 20 b of the first slide rail kit 16 is attached to the first rear side connecting device 24, and the rear portion 22 b of the second slide rail kit 18 is attached to the second rear side connecting device 26.

第一後側連結装置24と第二後側連結装置26の何れか一つには結合部材30を備える。結合部材30を用いて操作者は、スライドレールキット(例えば第一スライドレールキット16或いは第二スライドレールキット18)に引出し10の位置合わせの取付位置(a mounting position)を調整できる。また、第一前側連結装置12と第二前側連結装置14の何れか一つには調整部材28を備える。調整部材28を用いることで、操作者は、スライドレールキット(例えば第一スライドレールキット16或いは第二スライドレールキット18)に対する引出し10の側面方向連結位置(a connecting position of a lateral direction)を調整できる。   Any one of the first rear coupling device 24 and the second rear coupling device 26 includes a coupling member 30. Using the coupling member 30, the operator can adjust the mounting position of the alignment of the drawer 10 to the slide rail kit (for example, the first slide rail kit 16 or the second slide rail kit 18). Moreover, the adjustment member 28 is provided in any one of the 1st front side connection apparatus 12 and the 2nd front side connection apparatus 14. FIG. By using the adjustment member 28, the operator adjusts the connecting position of a lateral direction of the drawer 10 with respect to the slide rail kit (for example, the first slide rail kit 16 or the second slide rail kit 18). it can.

操作者は一方側のスライドレールキット(例えば、第一スライドレールキット16或いは第二スライドレールキット18)に前側連結装置と後側連結装置を組み合わせるだけで、前述の効果を実現できる。   The operator can realize the above-described effects only by combining the front side connecting device and the rear side connecting device with one side slide rail kit (for example, the first slide rail kit 16 or the second slide rail kit 18).

図2a及び図2bは、第一スライドレールキット16によって説明する。第一スライドレールキット16には第一レール32及び第二レール34を含む。第一レール32の壁部36には少なくとも一つの定位孔38を備え、螺着具(未図示)を少なくとも一つの定位孔38に通して、第一レール32を筐体(例えばチェスト等)に取り付ける。 2a and 2b are illustrated by a first slide rail kit 16. FIG. The first slide rail kit 16 includes a first rail 32 and a second rail 34. The wall portion 36 of the first rail 32 is provided with at least one localization hole 38, and a screwing tool (not shown) is passed through the at least one localization hole 38 so that the first rail 32 is placed in a housing (for example, a chest). Install.

第一レール32と第二レール34間には更に第三レール40を配置し、第三レール40を用いて、第一レール32に対する第二レール34のスライド移動ストロークを延長することができる。これにより、引出し10は、筐体に対して更に長いストロークに移動させることができる。しかしながら、第三レール40は選択性のある部品である。即ち、第一レール32と第二レール34によって、引出し10を筐体に対して移動することができる。   A third rail 40 can be further disposed between the first rail 32 and the second rail 34, and the slide movement stroke of the second rail 34 relative to the first rail 32 can be extended using the third rail 40. Thereby, the drawer 10 can be moved to a longer stroke with respect to the housing. However, the third rail 40 is a selective part. That is, the drawer 10 can be moved with respect to the housing by the first rail 32 and the second rail 34.

詳細説明すると、第一レール32には縦方向延長部42が備えられている。第二レール34は第一レール32に対して縦方向にスライド移動する。第二レール34には、縦方向延長部44、前部20a、前部20aに対応する後部20b、及び前部20aに隣り合う取付孔46を備える。   More specifically, the first rail 32 is provided with a longitudinal extension 42. The second rail 34 slides in the vertical direction with respect to the first rail 32. The second rail 34 includes a longitudinally extending portion 44, a front portion 20a, a rear portion 20b corresponding to the front portion 20a, and a mounting hole 46 adjacent to the front portion 20a.

調整部材28を含む第一前側連結装置12は、取付孔46によって第二レール34に取り付けられる。また、結合部材30を含む第一後側連結装置24は、第二レール34の後部20bに配置される。   The first front coupling device 12 including the adjustment member 28 is attached to the second rail 34 by the attachment hole 46. The first rear connecting device 24 including the coupling member 30 is disposed on the rear portion 20 b of the second rail 34.

図3に示すとおり、第一後側連結装置24は本体116、結合部材30、及び可動部材118を備える。   As shown in FIG. 3, the first rear coupling device 24 includes a main body 116, a coupling member 30, and a movable member 118.

本体116は支持部120、及びほぼ支持部120にほぼ垂直に連結される横向き部122を備える。本体116の支持部120は、第一立設壁112aと第二立設壁112bを備える。本体116の横向き部122の対応する両側は、ほぼ垂直に第一立設壁112aと第二立設壁112bにそれぞれ連結される。第一後側連結装置24は、少なくとも一つの連結孔124を備え、連結孔124には連結部材(未図示)を挿設し、第一後側連結装置24は第一スライドレールキット16の第二レール34の後部20bに取り付けられる(図1参照)。または、第一後側連結装置24は、直接、第一スライドレールキット16の第二レール34の後部20bに成形してもよい。   The main body 116 includes a support part 120 and a lateral part 122 connected to the support part 120 substantially perpendicularly. The support part 120 of the main body 116 includes a first standing wall 112a and a second standing wall 112b. Corresponding both sides of the laterally facing portion 122 of the main body 116 are respectively connected to the first standing wall 112a and the second standing wall 112b substantially vertically. The first rear connection device 24 includes at least one connection hole 124, and a connection member (not shown) is inserted into the connection hole 124, and the first rear connection device 24 is the first slide rail kit 16. Attached to the rear portion 20b of the two rails 34 (see FIG. 1). Or you may shape | mold the 1st rear side connection apparatus 24 in the rear part 20b of the 2nd rail 34 of the 1st slide rail kit 16 directly.

本体116の横向き部122は、間隔をあけて配列する複数の固定部126を含む。本体116の横向き部122の各固定部126は凹部128であり、尚且つ、第一立設壁112aと第二立設壁112bにはそれぞれ、対応する貫通孔130を備える。   The lateral portion 122 of the main body 116 includes a plurality of fixing portions 126 arranged at intervals. Each fixing portion 126 of the laterally facing portion 122 of the main body 116 is a recess 128, and the first standing wall 112 a and the second standing wall 112 b are each provided with a corresponding through hole 130.

結合部材30は、本体116の支持部120に軸着する。結合部材30は、頭部132、及び頭部132に連結するロック棒134を備える。ロック棒134には接触部136を備える。結合部材30のロック棒134は、第一立設壁112aと第二立設壁112bの貫通孔130に軸設する。   The coupling member 30 is pivotally attached to the support portion 120 of the main body 116. The coupling member 30 includes a head 132 and a lock bar 134 connected to the head 132. The lock bar 134 includes a contact portion 136. The lock rod 134 of the coupling member 30 is pivotally installed in the through hole 130 of the first standing wall 112a and the second standing wall 112b.

可動部材118は、本体116と結合部材30間に可動的に設置する。可動部材118は、第一板部138a、及び第一板部138aと垂直となる第二板部138bを備える。   The movable member 118 is movably installed between the main body 116 and the coupling member 30. The movable member 118 includes a first plate portion 138a and a second plate portion 138b that is perpendicular to the first plate portion 138a.

可動部材118の第一板部138aは固定部140を備え、固定部140は本体116の横向き部122の何れか一つの固定部126に対応させる。第一板部138aの固定部140は凸部142であり、凸部142と本体116の横向き部122の各凹部128は対応する構造である。また、可動部材118の幅L1は、本体116の第一立設壁112aと第二立設壁112b間の幅L2を超えない幅とする。これにより、可動部材118は、本体116の第一立設壁112aと第二立設壁112b間を動くことができる。   The first plate portion 138 a of the movable member 118 includes a fixing portion 140, and the fixing portion 140 is made to correspond to any one fixing portion 126 of the laterally facing portion 122 of the main body 116. The fixing portion 140 of the first plate portion 138a is a convex portion 142, and the convex portion 142 and each concave portion 128 of the laterally facing portion 122 of the main body 116 have a corresponding structure. The width L1 of the movable member 118 is set to a width that does not exceed the width L2 between the first standing wall 112a and the second standing wall 112b of the main body 116. Thereby, the movable member 118 can move between the first standing wall 112a and the second standing wall 112b of the main body 116.

図4aに示すとおり、結合部材30の頭部132が第一位置まで回転された時、結合部材30のロック棒134の接触部136は、可動部材118の第一板部138aを圧するため、可動部材118の第一板部138aの凸部142は、本体116の横向き部122のいずれか一つの凹部128に嵌着される。ここから理解されるように、結合部材30を用いて、可動部材118の第一板部138aの位置は取付位置に固定されて、引出し10(図1参照)の位置を合わせることができる。これにより、引出し10の背面板は、第一板部138aの位置に合わせて取り付けられる。   As shown in FIG. 4 a, when the head 132 of the coupling member 30 is rotated to the first position, the contact portion 136 of the lock rod 134 of the coupling member 30 presses against the first plate portion 138 a of the movable member 118. The convex portion 142 of the first plate portion 138 a of the member 118 is fitted into any one concave portion 128 of the laterally facing portion 122 of the main body 116. As understood from this, the position of the first plate portion 138a of the movable member 118 is fixed to the mounting position by using the coupling member 30, and the position of the drawer 10 (see FIG. 1) can be adjusted. Thereby, the back plate of the drawer 10 is attached in accordance with the position of the first plate portion 138a.

図4bに示すとおり、可動部材118の第一板部138aが、取付誤差の問題により、引出し10の位置合わせができない時、操作者が、結合部材30の頭部132を第一位置から第二位置に動かすと、結合部材30のロック棒134の接触部136が可動部材118の第一板部138aを押圧しない状態となる。これにより、可動部材118の第一板部138aの凸部142が、本体116の横向き部122のいずれか一つの凹部128に嵌着した状態から抜き出され、本体116に対する可動部材118の移動を調整することができる。図5には、第一板部138aを備えた可動部材118の位置が移動調整可能であることを示す。よって、引出し10と可動部材118の第一板部138a間に存在する、位置合わせがスムーズにできない取付誤差の問題に応じることができる。   As shown in FIG. 4b, when the first plate portion 138a of the movable member 118 cannot align the drawer 10 due to a mounting error, the operator moves the head 132 of the coupling member 30 from the first position to the second position. When moved to the position, the contact portion 136 of the lock rod 134 of the coupling member 30 does not press the first plate portion 138a of the movable member 118. As a result, the convex portion 142 of the first plate portion 138a of the movable member 118 is extracted from the state where the convex portion 142 is fitted into any one of the concave portions 128 of the lateral portion 122 of the main body 116, and the movement of the movable member 118 with respect to the main body 116 is prevented. Can be adjusted. FIG. 5 shows that the position of the movable member 118 provided with the first plate portion 138a can be adjusted. Therefore, it is possible to respond to the problem of mounting errors that exist between the drawer 10 and the first plate portion 138a of the movable member 118 and cannot be smoothly aligned.

図6に示すように、引出し10の背面板144の定位孔146の位置が確認された後、操作者は、結合部材30を操作し、第一板部138aを含む可動部材118の位置を調整し、第一板部138aを引出し10の背面板144の定位孔146に位置が合うようにする。この様にして、引出し10の背面板144と可動部材118の第一板部138a間の取付誤差の問題を解決することができる。   As shown in FIG. 6, after the position of the localization hole 146 of the back plate 144 of the drawer 10 is confirmed, the operator operates the coupling member 30 to adjust the position of the movable member 118 including the first plate portion 138a. The first plate portion 138a is aligned with the localization hole 146 of the back plate 144 of the drawer 10. In this way, the problem of the mounting error between the back plate 144 of the drawer 10 and the first plate portion 138a of the movable member 118 can be solved.

(第二実施形態)
図7a及び図7bには、後側連結装置の第二実施形態を示した。本実施形態と図4a及び図4bの相違点は、本体200の横向き部202の各固定部が凸部204であり、可動部材206の第一板部208の固定部は、凹部210である点のみにある。これにより、同様に、図4a及び図4bの技術効果を実現できる。これについては、ここでは説明を省く。
(Second embodiment)
7a and 7b show a second embodiment of the rear coupling device. The difference between this embodiment and FIGS. 4 a and 4 b is that each fixed portion of the lateral portion 202 of the main body 200 is a convex portion 204, and the fixed portion of the first plate portion 208 of the movable member 206 is a concave portion 210. Is only in. Thereby, similarly, the technical effect of FIG. 4 a and FIG. 4 b is realizable. This is not described here.

(第三実施形態)
図8a及び図8bには、後側連結装置の第三実施形態を示した。本実施形態と図4a、4b及び図7a、7bの実施形態の相違点は、本体300の横向き部302の各固定部304は平面であり(凸部或いは凹部を設けない)、しかも、可動部材306の第一板部308の固定部310も同様に平面である(凸部或いは凹部を設けない)点にある。これにより、図4a、図4b、及び図7a、7bの実施形態は同様の技術効果を実現することができる。
(Third embodiment)
8a and 8b show a third embodiment of the rear coupling device. The difference between the present embodiment and the embodiments of FIGS. 4a and 4b and FIGS. 7a and 7b is that each fixed portion 304 of the lateral portion 302 of the main body 300 is flat (no protrusion or recess), and is a movable member. Similarly, the fixing portion 310 of the first plate portion 308 of 306 is also a flat surface (no protrusion or recess). Thereby, the embodiments of FIGS. 4a, 4b, and 7a, 7b can achieve similar technical effects.

詳細説明すると、図8aに示すとおり、結合部材312の頭部314が第一位置に動かされた時、ロック棒316の接触部318は可動部材306の第一板部308を圧する。これにより、可動部材306は、緊密な摩擦力によって本体300に固定される。図8bに示すとおり、結合部材312の頭部314が第一位置から第二位置に回転された時、ロック棒316の接触部318は、可動部材306の第一板部308を押圧しない状態となり、本体300に対する可動部材306の移動を調整することができる。   More specifically, as shown in FIG. 8 a, when the head portion 314 of the coupling member 312 is moved to the first position, the contact portion 318 of the lock rod 316 presses the first plate portion 308 of the movable member 306. Thereby, the movable member 306 is fixed to the main body 300 by a close frictional force. As shown in FIG. 8 b, when the head 314 of the coupling member 312 is rotated from the first position to the second position, the contact portion 318 of the lock bar 316 does not press the first plate portion 308 of the movable member 306. The movement of the movable member 306 relative to the main body 300 can be adjusted.

図9及び図10aに示した第一前側連結装置12は、第一構成部材48、第二構成部材50、嵌着部材52、嵌着解除部材54、及び調整部材28を含む。   The first front coupling device 12 shown in FIGS. 9 and 10 a includes a first component member 48, a second component member 50, a fitting member 52, a fitting release member 54, and an adjustment member 28.

第一構成部材48は、本体56、本体56の前部にある前壁58、及び本体56の側部にある側壁60を含む。   The first component 48 includes a main body 56, a front wall 58 at the front of the main body 56, and a side wall 60 at the side of the main body 56.

第一構成部材48の本体56は、少なくとも一つの横向きガイド部62を備え、少なくとも一つの横向きガイド部62は、は前壁58に平行である。第一構成部材48の少なくとも一つの横向きガイド部62は、一つ或いは二つ以上の横向き引導孔である。本考案では、第一構成部材48の少なくとも一つの横向きガイド部62は、第一横向き引導孔64aと第二横向き引導孔64bを例に挙げる。しかしながら、未図示のもう一つの実施形態では、第一構成部材48の少なくとも一つの横向きガイド部62は、一つ或いは二つ以上の凸体である。更に説明すべき事は、「横向き」とは、第一レール32の縦方向延長部42或いは第二レール34の縦方向延長部44に垂直する方向を指す。   The main body 56 of the first component 48 includes at least one lateral guide portion 62, and the at least one lateral guide portion 62 is parallel to the front wall 58. At least one lateral guide portion 62 of the first component member 48 is one or more lateral guide holes. In the present invention, at least one lateral guide portion 62 of the first component member 48 is exemplified by a first lateral guide hole 64a and a second lateral guide hole 64b. However, in another embodiment not shown, at least one lateral guide portion 62 of the first component member 48 is one or more convex bodies. Further, what is to be described is that “laterally” refers to a direction perpendicular to the longitudinal extension 42 of the first rail 32 or the longitudinal extension 44 of the second rail 34.

第一構成部材48の本体56は、第一横向き引導孔64aと前壁58の間にある少なくとも一つの横向き引導溝を含む。本考案では、少なくとも一つの横向き引導溝を第一横向き引導溝66aと第二横向き引導溝66bを用いて説明をする。しかも、第一横向き引導溝66aと第二横向き引導溝66bは、一直線に配列される。第一構成部材48の本体56の第一横向き引導孔64aと第二横向き引導孔64b間には更に開孔68を設置する。第一構成部材48の前壁58には取付部(例えば取付孔70)を設け、第一構成部材48を取付部材(未図示)を使って引出し10に取り付ける。しかし、取付方式はこれに制限されないものとする。第一構成部材48の側壁60にはねじ穴72を設ける。   The main body 56 of the first component 48 includes at least one lateral guide groove between the first lateral guide hole 64 a and the front wall 58. In the present invention, at least one lateral guiding groove will be described using the first lateral guiding groove 66a and the second lateral guiding groove 66b. Moreover, the first lateral guiding groove 66a and the second lateral guiding groove 66b are arranged in a straight line. An opening 68 is further provided between the first lateral guiding hole 64 a and the second lateral guiding hole 64 b of the main body 56 of the first component member 48. An attachment portion (for example, attachment hole 70) is provided on the front wall 58 of the first component member 48, and the first component member 48 is attached to the drawer 10 using an attachment member (not shown). However, the attachment method is not limited to this. A screw hole 72 is provided in the side wall 60 of the first component member 48.

第二構成部材50は、本体74、本体74の一方にある第一側壁76、本体74の一方にあり、第一側壁76に相対する第二側壁78を備える。   The second component 50 includes a main body 74, a first side wall 76 on one of the main bodies 74, and a second side wall 78 that is on one of the main bodies 74 and faces the first side wall 76.

第二構成部材50の本体74の位置は、第一構成部材48の本体56に対応させる。第二構成部材50の本体74は、第一構成部材48の横向きガイド部62に対応する少なくとも一つの横向きガイド部80を備える。これにより、第一構成部材48の横向きガイド部62によるガイドを受ける。本考案では、第二構成部材50の少なくとも一つの横向きガイド部80は、第一凸体82aと第二凸体82bを例として挙げる。よって、第二構成部材50は第一凸体82aと第二凸体82bを介して、第一構成部材48の第一横向き引導孔64aと第二横向き引導孔64bにそれぞれ対応し、しかも、安定して第一構成部材48に対してスライド移動する。しかしながら、未図示の別の実施形態において、第二構成部材50の少なくとも一つの横向きガイド部80は、一つ或いは二つ以上の横向き引導孔であり、第一構成部材48の少なくとも一つの横向きガイド部62の一つ或いは二つ以上の凸体に対応する。   The position of the main body 74 of the second component member 50 corresponds to the main body 56 of the first component member 48. The main body 74 of the second component member 50 includes at least one lateral guide portion 80 corresponding to the lateral guide portion 62 of the first component member 48. Accordingly, the guide by the lateral guide portion 62 of the first component member 48 is received. In this invention, the at least 1 sideways guide part 80 of the 2nd structural member 50 mentions the 1st convex body 82a and the 2nd convex body 82b as an example. Therefore, the second component member 50 corresponds to the first lateral guide hole 64a and the second lateral guide hole 64b of the first component member 48 via the first convex body 82a and the second convex body 82b, respectively, and is stable. Then, it slides relative to the first component member 48. However, in another embodiment not shown, the at least one lateral guide portion 80 of the second component 50 is one or more lateral guide holes, and at least one lateral guide of the first component 48. It corresponds to one or two or more convex bodies of the part 62.

第二構成部材50の本体74には更に横向き孔84を備える。第二構成部材50の横向き孔84のサイズ範囲と横向き幅は第一構成部材48の開孔68を超え、並びに、第一連結部材86を第二構成部材50の横向き孔84と第一構成部材48の開孔68に貫通させ、第一構成部材48と第二構成部材50を連結させる。本考案では、第一連結部材86を横向き孔84と開孔68に定位すると、第二構成部材50が第一構成部材48に対してスライド移動するのをガイドし、サポートすることができる。   The main body 74 of the second component member 50 is further provided with a lateral hole 84. The size range and lateral width of the lateral hole 84 of the second component member 50 exceed the opening 68 of the first component member 48, and the first connecting member 86 is connected to the lateral hole 84 of the second component member 50 and the first component member. The first component member 48 and the second component member 50 are connected to each other through the opening 68 of the 48. In the present invention, when the first connecting member 86 is positioned in the lateral hole 84 and the opening 68, the second component member 50 can be guided and supported to slide relative to the first component member 48.

第二構成部材50の本体74の前部には更に側辺88を含む。第二構成部材50の本体74の側辺88は、第一構成部材48の第一横向き引導溝66aと第二横向き引導溝66bを押圧して接触する。第二構成部材50の本体74の側辺88は、突出部90を含む。突出部90は、第一構成部材48に対する第二構成部材50の移動距離を示すことができる。また、第二構成部材50の第一側壁76には引掛孔92を備え、第二構成部材50の第二側壁78には壁孔94を備える。   The front portion of the main body 74 of the second component member 50 further includes a side 88. The side 88 of the main body 74 of the second component member 50 presses and contacts the first lateral guiding groove 66a and the second lateral guiding groove 66b of the first component 48. The side 88 of the main body 74 of the second component member 50 includes a protrusion 90. The protrusion 90 can indicate the movement distance of the second component member 50 relative to the first component member 48. Further, the first side wall 76 of the second component member 50 is provided with a hooking hole 92, and the second side wall 78 of the second component member 50 is provided with a wall hole 94.

嵌着部材52は第二構成部材50に連結する。嵌着部材52には、本体96、本体96の一方にある嵌着部98、嵌着部98に対応して本体96の別の側に設けられた弾性アーム100、及び本体96に位置させた溝部102を備える。嵌着部材52は、第二連結部材104を用いて第二構成部材50に軸着させる。これにより、嵌着部材52が回転する外力を受けた時、嵌着部材52は、第二構成部材50に対応して予定角度まで軸回転する。   The fitting member 52 is connected to the second component member 50. The fitting member 52 is positioned on the main body 96, the fitting portion 98 on one side of the main body 96, the elastic arm 100 provided on the other side of the main body 96 corresponding to the fitting portion 98, and the main body 96. A groove 102 is provided. The fitting member 52 is pivotally attached to the second component member 50 using the second connecting member 104. Thereby, when the fitting member 52 receives an external force that rotates, the fitting member 52 rotates to a predetermined angle corresponding to the second component member 50.

嵌着部98の少なくとも一部分は、第二レール34の取付孔46内に取り付けられる(図5b参照)。具体的に言えば、嵌着部材52が第二構成部材50の本体74に軸着される時、嵌着部材52の嵌着部98は、第二構成部材50の第二側壁78の壁孔94に対応し、尚且つ、嵌着部材52の嵌着部98の位置は、調整部材28によって調整される。しかも、嵌着部材52の嵌着部98は第二構成部材50の壁孔94を通り、第二レール34の取付孔46内に嵌着され、これによって、第一前側連結装置12は第二レール34に連結される。   At least a part of the fitting portion 98 is mounted in the mounting hole 46 of the second rail 34 (see FIG. 5b). Specifically, when the fitting member 52 is pivotally attached to the main body 74 of the second component member 50, the fitting portion 98 of the fitting member 52 has a wall hole in the second side wall 78 of the second component member 50. 94, and the position of the fitting portion 98 of the fitting member 52 is adjusted by the adjusting member 28. In addition, the fitting portion 98 of the fitting member 52 passes through the wall hole 94 of the second component member 50 and is fitted into the mounting hole 46 of the second rail 34, whereby the first front side coupling device 12 is second. It is connected to the rail 34.

嵌着部材52の嵌着部98は階段状構造を備える。階段状構造は、第一前側連結装置12と第二レール34の取付孔46間の取付誤差の問題に応じることができる。例えば、第一取付誤差(第一誤差距離)が嵌着部材52の嵌着部98と第二レール34の取付孔46間に存在する時、第一前側連結装置12は、階段状構造の第一階段(a first stage)によって第二レール34の取付孔46に取り付けられる。同様の理論に基づき、第二取付誤差(第二誤差距離)が嵌着部材52の嵌着部98と第二レール34の取付孔46間に存在する時、第一前側連結装置12は、階段状構造の第二段階(a second stage)によって第二レール34の取付孔46に取り付けられるが、これに制限されないものとする。弾性アーム100は、嵌着部材52の本体96の一部から延長され、並びに、嵌着部98に対応する本体96の別の側に位置される。弾性アーム100はほぼU字形をなし、弾性アーム100の端部は、第二構成部材50を押圧して接触する。   The fitting portion 98 of the fitting member 52 has a stepped structure. The stepped structure can respond to the problem of mounting errors between the first front coupling device 12 and the mounting holes 46 of the second rail 34. For example, when a first attachment error (first error distance) exists between the fitting portion 98 of the fitting member 52 and the attachment hole 46 of the second rail 34, the first front coupling device 12 has a stepped structure. It is attached to the mounting hole 46 of the second rail 34 by one step (a first stage). Based on the same theory, when the second attachment error (second error distance) exists between the fitting portion 98 of the fitting member 52 and the attachment hole 46 of the second rail 34, the first front coupling device 12 is It is attached to the attachment hole 46 of the second rail 34 by a second stage of the shape structure, but is not limited to this. The elastic arm 100 extends from a part of the main body 96 of the fitting member 52 and is positioned on the other side of the main body 96 corresponding to the fitting portion 98. The elastic arm 100 is substantially U-shaped, and the end of the elastic arm 100 presses and contacts the second component member 50.

嵌着解除部材54は、第三連結部材106によって、第二構成部材50の本体74に軸着される。嵌着解除部材54には、嵌着部材52の本体96の溝部102内に位置される嵌着解除部108を備える。嵌着解除部108は楕円柱体であり(これに限定されないものとする)、溝部102の壁面に接触する。   The fitting release member 54 is pivotally attached to the main body 74 of the second component member 50 by the third connecting member 106. The fitting release member 54 includes a fitting release portion 108 positioned in the groove portion 102 of the main body 96 of the fitting member 52. The fitting release part 108 is an elliptic cylinder (it shall not be limited to this), and contacts the wall surface of the groove part 102.

調整部材28には調整部110及びネジ部112を備える。ネジ部112は第一構成部材48と第二構成部材50に連結する。詳細すると、調整部材28のネジ部112は第一構成部材48のねじ穴72に螺着し、ネジ部112には首部114を備え、首部114は第二構成部材50の引掛孔92に引き掛けて配置するのに用いられる。   The adjustment member 28 includes an adjustment portion 110 and a screw portion 112. The screw portion 112 is connected to the first component member 48 and the second component member 50. Specifically, the screw portion 112 of the adjustment member 28 is screwed into the screw hole 72 of the first component member 48, the screw portion 112 is provided with a neck portion 114, and the neck portion 114 is hooked on the hooking hole 92 of the second component member 50. Used to place.

図10a及び図10bに示すとおり、第一構成部材48には、第一特徴記号K1、第二特徴記号K2、第三特徴記号K3、第四特徴記号K4、及び第五特徴記号K5を含む複数の特徴記号が示されている。取付誤差S1(誤差距離)が予期する取付誤差を超え、しかも取付誤差S1が第一前側連結装置12の嵌着部98と第一スライドレールキット16の取付孔46間に存在する時(この時、第二構成部材50の突出部90は第三特徴記号K3に位置することは、第二構成部材50の第一位置であることを示す)、調整部材28の調整部110がまだ回転されていないなら、第一前側連結装置12の嵌着部材52の嵌着部98は、第一スライドレールキット16の第二レール34の取付孔46に挿入して取り付けられる動作がスムーズにできなくなる。即ち、第一前側連結装置12は、第一スライドレールキット16の第二レール34への連結をスムーズに行なえない。   As shown in FIGS. 10a and 10b, the first component member 48 includes a plurality of first feature symbols K1, second feature symbols K2, third feature symbols K3, fourth feature symbols K4, and fifth feature symbols K5. The characteristic symbols are shown. When the mounting error S1 (error distance) exceeds the expected mounting error and the mounting error S1 exists between the fitting portion 98 of the first front coupling device 12 and the mounting hole 46 of the first slide rail kit 16 (at this time) The fact that the protruding portion 90 of the second component member 50 is located at the third characteristic symbol K3 indicates that it is the first position of the second component member 50), and the adjustment portion 110 of the adjustment member 28 is still rotated. If not, the fitting portion 98 of the fitting member 52 of the first front coupling device 12 cannot be smoothly inserted and attached to the attachment hole 46 of the second rail 34 of the first slide rail kit 16. That is, the first front connection device 12 cannot smoothly connect the first slide rail kit 16 to the second rail 34.

図11aに示すとおり、調整部材28の調整部110が回転された時、第二構成部材50は、第一スライドレールキット16の第二レール34に対して移動し、嵌着部材52が第二構成部材50に連結されるため、嵌着部材52の嵌着部98は、第二構成部材50に従って移動し、第二レール34の取付孔46の距離に対して調整される。詳細説明をすると、調整部材28の調整部110が回転された時(この時、第二構成部材50の突出部90は第三特徴記号K3から第五特徴記号K5に移動し、第二構成部材50は第一位置から第二位置に移動する)、第二構成部材50は前述(図9参照)に図示した第二構成部材50の第一凸体82aと第二凸体82bそれぞれの第一構成部材48の第一横向き引導孔64aと第二横向き引導孔64b間のガイド関係、第一連結部材86及び横向き孔84間のガイド関係、及び第二構成部材50の側辺88と第一構成部材48の第一横向き引導溝66aと第二横向き引導溝66b間のガイド関係によって、第二構成部材50は安定して第一スライドレールキット16方向に移動する。嵌着部材52の嵌着部98が第二構成部材50に従い移動する時、嵌着部材52の嵌着部98は先ず第一スライドレールキット16の第二レール34の側壁を押圧して接触し、嵌着部材52は第二連結部材104の働きによって予定角度まで軸回転する。それと同時に、嵌着部材52の弾性アーム100は圧せられて弾力を蓄えた状態になる。   As shown in FIG. 11a, when the adjustment part 110 of the adjustment member 28 is rotated, the second component member 50 moves relative to the second rail 34 of the first slide rail kit 16, and the fitting member 52 is the second. Since it is connected to the component member 50, the fitting portion 98 of the fitting member 52 moves according to the second component member 50 and is adjusted with respect to the distance of the mounting hole 46 of the second rail 34. More specifically, when the adjustment portion 110 of the adjustment member 28 is rotated (at this time, the protrusion 90 of the second component member 50 moves from the third feature symbol K3 to the fifth feature symbol K5, and the second component member 50 is moved from the first position to the second position), and the second component member 50 is the first of each of the first and second convex bodies 82a and 82b of the second component member 50 described above (see FIG. 9). The guide relationship between the first lateral guiding hole 64a and the second lateral guiding hole 64b of the component member 48, the guide relationship between the first connecting member 86 and the lateral hole 84, and the side 88 of the second component member 50 and the first configuration. Due to the guide relationship between the first lateral guiding groove 66a and the second lateral guiding groove 66b of the member 48, the second component member 50 moves stably toward the first slide rail kit 16. When the fitting portion 98 of the fitting member 52 moves according to the second component member 50, the fitting portion 98 of the fitting member 52 first presses and contacts the side wall of the second rail 34 of the first slide rail kit 16. The fitting member 52 is axially rotated to a predetermined angle by the action of the second connecting member 104. At the same time, the elastic arm 100 of the fitting member 52 is pressed and stores elasticity.

図11bに示すとおり、第一前側連結装置12が側面の連結位置まで移動した時、嵌着部材52の嵌着部98は第一スライドレールキット16の第二レール34の取付孔46に対応し、弾性アーム100に蓄えられた弾力を放出し、これにより、嵌着部材52の嵌着部98は、第二レール34の取付孔46内に弾力をもって挿入され、取り付けられる。よって、前述の取付誤差S1の問題を解決し、第一前側連結装置12は確実に第一スライドレールキット16の第二レール34に連結される。   As shown in FIG. 11 b, when the first front coupling device 12 moves to the side coupling position, the fitting portion 98 of the fitting member 52 corresponds to the mounting hole 46 of the second rail 34 of the first slide rail kit 16. The elastic force stored in the elastic arm 100 is released, whereby the fitting portion 98 of the fitting member 52 is elastically inserted into the attachment hole 46 of the second rail 34 and attached. Therefore, the problem of the mounting error S1 described above is solved, and the first front coupling device 12 is reliably coupled to the second rail 34 of the first slide rail kit 16.

図11a及び図11bから理解されるとおり、第二構成部材50は、調整部材28の調整部110の回転に応じて、第一スライドレールキット16の第二レール34に対応して移動する。これにより、嵌着部材52の嵌着部98は第一スライドレールキット16の第二レール34の取付孔46に対して移動する。   As understood from FIGS. 11 a and 11 b, the second component member 50 moves corresponding to the second rail 34 of the first slide rail kit 16 in accordance with the rotation of the adjustment portion 110 of the adjustment member 28. Thereby, the fitting portion 98 of the fitting member 52 moves with respect to the mounting hole 46 of the second rail 34 of the first slide rail kit 16.

図12a及び図12bに示すとおり、操作者が嵌着部材52の嵌着部98を図11bに示した第一スライドレールキット16の第二レール34の取付孔46から取り外そうとする場合、操作者は、単に嵌着解除部材54を軸回転させるだけで、嵌着解除部材54の嵌着解除部108は回転し、嵌着部材52の溝部102の壁面を押圧して止まる。溝部102の壁面が嵌着部材52を従動させ、嵌着部材52は予定角度まで軸回転し、嵌着部材52の嵌着部98は第二レール34に対して移動し取付孔46を離れる(図12bに示すとおり、嵌着部材52の嵌着部98が動かされて第二構成部材50内に収縮する)。これにより、第一前側連結装置12と第一スライドレールキット16の第二レール34間の連結状態が解除される。   When the operator tries to remove the fitting portion 98 of the fitting member 52 from the mounting hole 46 of the second rail 34 of the first slide rail kit 16 shown in FIG. The operator simply rotates the fitting release member 54 and the fitting release portion 108 of the fitting release member 54 rotates and stops by pressing the wall surface of the groove portion 102 of the fitting member 52. The wall surface of the groove 102 causes the fitting member 52 to follow, the fitting member 52 pivots to a predetermined angle, and the fitting portion 98 of the fitting member 52 moves relative to the second rail 34 and leaves the mounting hole 46 ( As shown in FIG. 12b, the fitting portion 98 of the fitting member 52 is moved and contracted into the second component member 50). Thereby, the connection state between the 1st front side connection apparatus 12 and the 2nd rail 34 of the 1st slide rail kit 16 is cancelled | released.

本考案は、前述の実施形態によって開示したとおりであるが、前述の実施形態は本考案に制約を加えるものではない。よって、本考案によって保護される範囲は、実用新案登録請求の範囲を基準とする。   The present invention is as disclosed by the above-described embodiment, but the above-described embodiment does not limit the present invention. Therefore, the scope protected by the present invention is based on the scope of claims for utility model registration.

10 引出し、
12 第一前側連結装置、
14 第二前側連結装置、
16 第一スライドレールキット、
18 第二スライドレールキット、
20a、22a 前部、
20b、22b 後部、
24 第一後側連結装置、
26 第二後側連結装置、
28 調整部材、
30、312 結合部材、
32 第一レール、
34 第二レール、
36 壁部、
38 定位孔、
40 第三レール、
42、44 縦方向延長部、
46 取付孔、
48 第一構成部材、
50 第二構成部材、
52 嵌着部材、
54 嵌着解除部材、
56 本体、
58 前壁、
60 側壁、
62 横向きガイド部、
64a 第一横向き引導孔、
64b 第二横向き引導孔、
66a 第一横向き引導溝、
66b 第二横向き引導溝、
68 開孔、
70 取付孔、
72 ねじ穴、
74 本体、
76 第一側壁、
78 第二側壁、
80 横向きガイド部、
82a 第一凸体、
82b 第二凸体、
84 横向き孔、
86 第一連結部材、
88 側辺、
90 突出部、
92 引掛孔、
94 壁孔、
96 本体、
98 嵌着部、
100 弾性アーム、
102 溝部、
104 第二連結部材、
106 第三連結部材、
108 嵌着解除部、
110 調整部、
112 ネジ部、
114 首部、
116、200、300 本体、
118、206、306 可動部材、
120 支持部、
112a 第一立設壁、
112b 第二立設壁、
122、202、302 横向き部、
124 連結孔、
126、140、304、310 固定部、
128、210 凹部、
130 貫通孔、
132、314 頭部、
134、316 ロック棒、
136、318 接触部、
138a、208、308 第一板部、
138b 第二板部、
142、204 凸部、
144 背面板、
146 定位孔、
S1 取付誤差、
K1〜K5 特徴記号、
L1 幅、
L2 幅。
10 drawers,
12 1st front side connection device,
14 Second front coupling device,
16 First slide rail kit,
18 Second slide rail kit,
20a, 22a front part,
20b, 22b rear part,
24 first rear coupling device,
26 second rear coupling device,
28 adjustment member,
30, 312 coupling member,
32 First rail,
34 Second rail,
36 walls,
38 stereotactic holes,
40 Third rail,
42, 44 longitudinal extension,
46 mounting holes,
48 first component,
50 second component,
52 fitting members,
54 Disengagement release member,
56 body,
58 Front wall,
60 side walls,
62 Sideways guide part,
64a first lateral guide hole,
64b second lateral guide hole,
66a first laterally guiding groove,
66b second laterally guiding groove,
68 opening,
70 mounting holes,
72 screw holes,
74 body,
76 first side wall,
78 second side wall,
80 Sideways guide part,
82a first convex body,
82b second convex body,
84 Lateral holes,
86 first connecting member,
88 sides,
90 protrusions,
92 hook hole,
94 wall hole,
96 body,
98 fitting part,
100 elastic arm,
102 groove,
104 second connecting member,
106 third connecting member,
108 disengagement part,
110 adjustment unit,
112 thread part,
114 neck,
116, 200, 300 body,
118, 206, 306 movable member,
120 support part,
112a first standing wall,
112b Second standing wall,
122, 202, 302 sideways part,
124 connecting hole,
126, 140, 304, 310 fixing part,
128, 210 recess,
130 through hole,
132, 314 heads,
134, 316 lock rod,
136, 318 contact part,
138a, 208, 308 first plate part,
138b second plate part,
142, 204 convex part,
144 Back plate,
146 stereotactic holes,
S1 mounting error,
K1-K5 feature symbols,
L1 width,
L2 width.

Claims (9)

第一レールおよび第二レールを含むスライドレールキットと、
第二レールの後部に配置されており、本体、結合部材、及び可動部材を含む後側連結装置と、を備え、
前記第一レールは縦方向延伸本体を有し、
前記第二レールは、前記第一レールに対して縦方向にスライド移動し、縦方向延長部及び後部を有し、
前記本体は、支持部、及び前記支持部にほぼ垂直に連結されている横向き部を有し、
前記結合部材は、前記本体の前記支持部に軸着されており、頭部、及び前記頭部に連結されているロック棒を有し、前記ロック棒に接触部が設けられており、
前記可動部材は、前記本体と前記結合部材との間に可動的に設置されており、第一板部、及び前記第一板部と垂直となる第二板部を有し、
前記結合部材の頭部が第一位置まで回転した時、前記ロック棒の接触部が前記可動部材の第一板部を押圧し、前記可動部材は前記本体に定位されており、
前記結合部材の頭部が前記第一位置から第二位置まで動かされると、前記ロック棒の接触部が前記可動部材の第一板部を押圧しない状態となり、前記本体に対する前記可動部材の移動を調整可能であることを特徴とするスライドレールシステム。
A slide rail kit including a first rail and a second rail;
A rear connection device that is disposed at the rear of the second rail and includes a main body, a coupling member, and a movable member;
The first rail has a longitudinally extending body;
The second rail slides in the longitudinal direction relative to the first rail, and has a longitudinal extension and a rear part.
The main body has a support portion and a lateral portion connected to the support portion substantially perpendicularly,
The coupling member is pivotally attached to the support portion of the main body, has a head and a lock rod connected to the head, and a contact portion is provided on the lock rod,
The movable member is movably installed between the main body and the coupling member, and has a first plate portion and a second plate portion perpendicular to the first plate portion,
When the head of the coupling member rotates to the first position, the contact portion of the lock rod presses the first plate portion of the movable member, and the movable member is localized on the main body,
When the head of the coupling member is moved from the first position to the second position, the contact portion of the lock rod does not press the first plate portion of the movable member, and the movement of the movable member with respect to the main body is prevented. A slide rail system that is adjustable.
前記本体は、前記支持部が第一立設壁および第二立設壁をさらに有し、前記横向き部の対応する両側が前記第一立設壁および前記第二立設壁にそれぞれ垂直に連結されており、前記第一立設壁および前記第二立設壁に貫通孔が形成されており、
前記結合部材のロック棒は、前記第一立設壁および前記第二立設壁の貫通孔に挿入されており、
前記可動部材は、前記第一立設壁と前記第二立設壁との間の間隔を超えない幅を有し、前記第一立設壁と前記第二立設壁との間での移動が調整可能であることを特徴とする請求項1に記載のスライドレールシステム。
In the main body, the support portion further includes a first standing wall and a second standing wall, and both sides corresponding to the lateral portion are vertically connected to the first standing wall and the second standing wall, respectively. A through hole is formed in the first standing wall and the second standing wall,
The lock rod of the coupling member is inserted into the through hole of the first standing wall and the second standing wall,
The movable member has a width that does not exceed a distance between the first standing wall and the second standing wall, and moves between the first standing wall and the second standing wall. The slide rail system according to claim 1, wherein is adjustable.
前記本体の横向き部は間隔をあけて配列されている複数の固定部を有し、
前記可動部材の第一板部は固定部を有し、
前記可動部材の固定部は、前記本体の横向き部の何れか一つの固定部に対応しており、
前記結合部材の頭部が第一位置に動かされた時、前記ロック棒の接触部が前記可動部材の第一板部を押圧し、前記可動部材の第一板部の固定部は、前記本体の横向き部の何れか一つの固定部に嵌着されており、
前記結合部材の頭部が前記第一位置から第二位置まで回転する時、前記ロック棒の接触部が前記可動部材の第一板部を押圧しない状態となり、前記可動部材の第一板部の固定部は、前記本体の横向き部のいずれか一つの固定部に嵌着された状態から釈放されることを特徴とする請求項1に記載のスライドレールシステム。
The lateral portion of the main body has a plurality of fixing portions arranged at intervals,
The first plate portion of the movable member has a fixed portion,
The fixed part of the movable member corresponds to any one fixed part of the lateral part of the main body,
When the head of the coupling member is moved to the first position, the contact portion of the lock rod presses the first plate portion of the movable member, and the fixed portion of the first plate portion of the movable member is the main body. Is fitted to any one of the laterally facing parts,
When the head of the coupling member rotates from the first position to the second position, the contact portion of the lock rod does not press the first plate portion of the movable member, and the first plate portion of the movable member The slide rail system according to claim 1, wherein the fixing portion is released from a state in which the fixing portion is fitted to any one of the lateral portions of the main body.
前側連結装置をさらに備え、
前記前側連結装置は、第一構成部材、第二構成部材、嵌着部材、および調整部材を有し、
前記第二レールは、前記後部に対応する前部、及び当該前部に隣り合う取付孔を有し、
前記第一構成部材は、少なくとも一つの横向きガイド部を有し、
前記第二構成部材は、前記第一構成部材の横向きガイド部に位置する少なくとも一つの横向きガイド部を有し、
前記嵌着部材は、前記第二構成部材に連結されており、嵌着部を有し、前記嵌着部の少なくとも一部分が前記第二レールの取付孔内に位置しており、
前記調整部材は、調整部及びネジ部を有し、前記ネジ部が前記第一構成部材および前記第二構成部材に連結されており、
前記第二構成部材は、前記調整部材の調整部の回転に応じて、前記第二レールに対して移動し、
前記嵌着部材の嵌着部は、前記第二レールの取付孔に対して移動することを特徴とする請求項1に記載のスライドレールシステム。
Further comprising a front coupling device;
The front coupling device includes a first component member, a second component member, a fitting member, and an adjustment member,
The second rail has a front portion corresponding to the rear portion, and a mounting hole adjacent to the front portion,
The first component member has at least one lateral guide portion,
The second component member has at least one lateral guide portion located in the lateral guide portion of the first component member,
The fitting member is connected to the second component member, has a fitting portion, and at least a part of the fitting portion is located in the mounting hole of the second rail,
The adjustment member has an adjustment portion and a screw portion, and the screw portion is connected to the first component member and the second component member,
The second component member moves relative to the second rail according to the rotation of the adjustment portion of the adjustment member,
The slide rail system according to claim 1, wherein the fitting portion of the fitting member moves with respect to the mounting hole of the second rail.
前記第二構成部材は、第一側壁をさらに有し、前記第一側壁に引掛孔が形成されており、
前記第一構成部材は、側壁をさらに有し、前記側壁にねじ穴が形成されており、
前記調整部材のネジ部は、前記ねじ穴に螺着されており、首部を有し、前記首部が前記第二構成部材の引掛孔に引き掛けて配置可能であり、
前記第二構成部材は、前記第一側壁に対応する第二側壁をさらに有し、前記第二側壁に壁孔が形成されており、
前記嵌着部材の嵌着部は、前記壁孔に対応していることを特徴とする請求項4に記載のスライドレールシステム。
The second component member further has a first side wall, a hooking hole is formed in the first side wall,
The first component member further includes a side wall, and a screw hole is formed in the side wall,
The screw portion of the adjustment member is screwed into the screw hole, has a neck portion, and the neck portion can be placed by being hooked on a hooking hole of the second component member,
The second component member further includes a second side wall corresponding to the first side wall, and a wall hole is formed in the second side wall,
The slide rail system according to claim 4, wherein the fitting portion of the fitting member corresponds to the wall hole.
前記嵌着部材は、弾性アームをさらに有し、
前記調整部材の調整部が回転する時、前記第二構成部材は、前記第二レールに対して移動し、前記嵌着部材の嵌着部が前記第二レールの取付孔に対応していない場合、前記第二レールの側壁を押圧して予定角度まで軸回転し、前記弾性アームが弾力を蓄えた状態となり、前記嵌着部材の嵌着部が前記取付孔に対応する場合、前記弾性アームが弾力を釈放し、前記嵌着部材の嵌着部が前記取付孔内に挿入されており、
前記嵌着部材は溝部をさらに有し、
前記前側連結装置は前記第二構成部材に軸着されている嵌着解除部材をさらに有し、
前記嵌着解除部材には前記溝部に位置する嵌着解除部が設けられており、
前記嵌着解除部材が回転する時、前記嵌着解除部材の嵌着解除部は前記溝部を用いて前記嵌着部材を従動させ、前記嵌着部材は軸回転し、前記嵌着部材の嵌着部は前記第二レールに対して移動し前記取付孔を離脱することを特徴とする請求項4に記載のスライドレールシステム。
The fitting member further includes an elastic arm,
When the adjustment portion of the adjustment member rotates, the second component member moves relative to the second rail, and the fitting portion of the fitting member does not correspond to the mounting hole of the second rail When the side wall of the second rail is pressed and rotated axially to a predetermined angle, the elastic arm is in a state of storing elasticity, and when the fitting portion of the fitting member corresponds to the mounting hole, the elastic arm is Release the elasticity, the fitting portion of the fitting member is inserted into the mounting hole,
The fitting member further has a groove,
The front coupling device further includes a fitting release member pivotally attached to the second component member;
The fitting release member is provided with a fitting release portion located in the groove portion,
When the fitting release member rotates, the fitting release portion of the fitting release member drives the fitting member using the groove, the fitting member rotates axially, and the fitting member is fitted. The slide rail system according to claim 4, wherein the portion moves with respect to the second rail and separates the attachment hole.
本体、結合部材、及び可動部材を備え、
前記本体は、支持部、及び前記支持部に垂直に連結されている横向き部を有し、
前記結合部材は、前記本体の支持部に軸着されており、頭部、及び前記頭部に連結されているロック棒を有し、前記ロック棒に接触部が設けられており、
前記可動部材は、前記本体と前記結合部材との間に移動可能に設置されており、第一板部、及び前記第一板部と垂直となる第二板部を有し、
前記結合部材の頭部が第一位置まで回転するとき、前記ロック棒の接触部は前記可動部材の第一板部を押圧し、前記可動部材は前記本体に定位されており、
前記結合部材の頭部が前記第一位置から第二位置に動かされるとき、前記ロック棒の接触部は前記可動部材の第一板部を押圧しない状態となり、前記本体に対する前記可動部材の移動が調整可能となることを特徴とする連結装置。
A main body, a coupling member, and a movable member;
The main body has a support portion, and a lateral portion that is vertically connected to the support portion,
The coupling member is pivotally attached to a support portion of the main body, has a head and a lock rod connected to the head, and the lock rod is provided with a contact portion,
The movable member is movably installed between the main body and the coupling member, and has a first plate portion and a second plate portion perpendicular to the first plate portion,
When the head of the coupling member rotates to the first position, the contact portion of the lock rod presses the first plate portion of the movable member, and the movable member is localized on the main body,
When the head of the coupling member is moved from the first position to the second position, the contact portion of the lock rod does not press the first plate portion of the movable member, and the movement of the movable member relative to the main body is not performed. A coupling device characterized by being adjustable.
前記本体は、支持部が第一立設壁および第二立設壁をさらに有し、前記横向き部の対応する両側が前記第一立設壁および前記第二立設壁に垂直に連結されており、前記第一立設壁および前記第二立設壁に貫通孔が形成されており、
前記結合部材のロック棒は、前記第一立設壁および前記第二立設壁の貫通孔に挿入されており、
前記可動部材は、前記第一立設壁と前記第二立設壁との間の間隔を超えない幅を有し、前記第一立設壁と前記第二立設壁との間での移動が調整可能であることを特徴とする請求項7に記載の連結装置。
In the main body, the support portion further includes a first standing wall and a second standing wall, and both sides corresponding to the lateral portion are vertically connected to the first standing wall and the second standing wall. A through hole is formed in the first standing wall and the second standing wall,
The lock rod of the coupling member is inserted into the through hole of the first standing wall and the second standing wall,
The movable member has a width that does not exceed a distance between the first standing wall and the second standing wall, and moves between the first standing wall and the second standing wall. The coupling device according to claim 7, wherein the adjustment is adjustable.
前記本体の横向き部は間隔をあけて配列されている複数の固定部を有し、
前記可動部材の第一板部は固定部を有し、
前記可動部材の固定部は、前記本体の横向き部の何れか一つの固定部に対応しており、
前記結合部材の頭部が第一位置に動かされた時、前記ロック棒の接触部が前記可動部材の第一板部を押圧し、前記可動部材の第一板部の固定部は、前記本体の横向き部の何れか一つの固定部に嵌着されており、
前記結合部材の頭部が前記第一位置から第二位置まで回転する時、前記ロック棒の接触部が前記可動部材の第一板部を押圧しない状態となり、前記可動部材の第一板部の固定部は、前記本体の横向き部のいずれか一つの固定部に嵌着された状態から抜き出されることを特徴とする請求項7に記載の連結装置。
The lateral portion of the main body has a plurality of fixing portions arranged at intervals,
The first plate portion of the movable member has a fixed portion,
The fixed part of the movable member corresponds to any one fixed part of the lateral part of the main body,
When the head of the coupling member is moved to the first position, the contact portion of the lock rod presses the first plate portion of the movable member, and the fixed portion of the first plate portion of the movable member is the main body. Is fitted to any one of the laterally facing parts,
When the head of the coupling member rotates from the first position to the second position, the contact portion of the lock rod does not press the first plate portion of the movable member, and the first plate portion of the movable member The connecting device according to claim 7, wherein the fixing portion is extracted from a state where the fixing portion is fitted to any one of the laterally facing portions of the main body.
JP2014002300U 2014-05-02 2014-05-02 Slide rail system and connecting device used therefor Expired - Lifetime JP3191880U (en)

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