JP3169532U - Closed device pressure contact structure - Google Patents
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- JP3169532U JP3169532U JP2011002882U JP2011002882U JP3169532U JP 3169532 U JP3169532 U JP 3169532U JP 2011002882 U JP2011002882 U JP 2011002882U JP 2011002882 U JP2011002882 U JP 2011002882U JP 3169532 U JP3169532 U JP 3169532U
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Abstract
【課題】閉鎖装置の破損による定位失効を防ぐ閉鎖装置の圧接構造を提供する。【解決手段】本考案の閉鎖装置の圧接構造は、嵌止体１０と、定位フック１２と、嵌合ボルト１４とを備える。嵌止体１０は、圧接面１６と圧接面１６から延伸する案内面１８とを含む。定位フック１２は、嵌止体１０に連接し、弾力部２０と弾力部２０から延伸する制止体２２とを含み、制止体２２は圧接面１６に相隣し案内面１８から離れている。前記嵌合ボルト１４は、嵌止体１０に対応し、圧接面１６と定位フック１２の制止体２２をスライドして圧する。嵌合ボルト１４が圧接面１６と制止体２２を強い力で圧する時、制止体２２は、弾力部２０の湾曲変形を受けて嵌合ボルト１４に押されて移動するため、嵌合ボルト１４は、制止体２２を越えて圧接面１６から離脱する。【選択図】図１An object of the present invention is to provide a pressure contact structure for a closing device that prevents stereotactic revocation due to breakage of the closing device. A pressure-contact structure of a closing device according to the present invention includes a fitting body 10, a positioning hook 12, and a fitting bolt 14. The fitting 10 includes a pressure contact surface 16 and a guide surface 18 extending from the pressure contact surface 16. The stereotactic hook 12 is connected to the fitting body 10 and includes a resilient portion 20 and a restraining body 22 extending from the resilient portion 20. The fitting bolt 14 corresponds to the fitting body 10 and slides and presses the pressure contact surface 16 and the restraining body 22 of the stereotaxic hook 12. When the fitting bolt 14 presses the pressure contact surface 16 and the restraining body 22 with a strong force, the restraining body 22 receives the bending deformation of the elastic portion 20 and is moved by being pushed by the fitting bolt 14. Then, it disengages from the pressure contact surface 16 beyond the restraining body 22. [Selection] Figure 1
Description
本考案は、閉鎖装置の圧接構造に係り、特に、二つの家具パーツ間に応用する閉鎖装置の圧接構造であり、二つの家具パーツの任意の一パーツが開鎖しない場合に、閉鎖装置を破損し定位が失効するのを防ぐ閉鎖装置の圧接構造に関する。 The present invention relates to a pressure-welding structure of a closing device, and in particular, is a pressure-welding structure of a closing device applied between two furniture parts, and breaks the closing device when any one of the two furniture parts does not open. The present invention relates to a pressure contact structure of a closing device that prevents the localization from being expired.
Ｂｒｕｎｎｅｒｔにより考案された特許文献１（米国特許第５，０４０，８３３号）の「ｃｌｏｓｉｎｇ ｄｅｖｉｃｅ ｆｏｒ ａ ｄｒａｗｅｒｓ」において、開示された家具物品上に取り付ける引き出しは、家具物品の閉鎖位置及び開鎖位置間を可動して位置移動するものであり、引き出しと家具物品間に配置したスプリングと、家具物品に取り付ける閉鎖装置と、フック端（ｈｏｏｋ−ｓｈａｐｅｄ ｅｎｄ ９’）を備えるホールディング部材（ｈｏｌｄｉｎｇ ｍｅｍｂｅｒ ９）と、引き出しに取り付け、二つの上昇エリア（ｒａｉｓｅｄ ａｒｅａｓ １２， １３）を備える板材形状構造であるラッチ部材（ｌａｔｃｈ ｍｅｍｂｅｒ １１）とを含む。前記上昇エリア（ｒａｉｓｅｄ ａｒｅａｓ １２）はノッチ（ｎｏｔｃｈ １４）とし、引き出しが閉鎖位置にある時、ラッチ部材のノッチとホールディング部材のフック端は相互に嵌止する。また、二つの上昇エリアはホールディング部材を案内するための二つの異なる案内トレースとする。引き出しが家具物品に対して開鎖及び閉鎖して移動する時、ホールディング部材は、前述した異なる案内トレースに案内されて湾曲する。引き出しが家具物品に対して強制的に引っ張り出された時、ホールディング部材は湾曲変形してそのフック端がラッチ部材のノッチ（ｎｏｔｃｈ １４）から強制的に離脱する。既に閉鎖している引き出し方向に外力がかけられた時、ホールディング部材は、そのフック端によって可動し、ラッチ部材との嵌止を解除するため、引き出しは、弾性部材が生じる弾力に応じて、対応する家具本体から弾じ出て開鎖する。 In “closing device for a drawers” of US Pat. No. 5,040,833, devised by Brunnert, the drawers mounted on the disclosed furniture article are located between the closed position and the open position of the furniture article. A spring disposed between the drawer and the furniture article, a closing device attached to the furniture article, and a holding member 9 having a hook-shaped end 9 '; A latch member (latch member 11), which is a plate-like structure with two raised areas (raised areas 12, 13), attached to the drawer. The raised area 12 is a notch 14 and when the drawer is in the closed position, the notch of the latch member and the hook end of the holding member fit together. Also, the two rising areas are two different guide traces for guiding the holding member. As the drawer moves open and closed relative to the furniture article, the holding member is guided and curved by the different guide traces described above. When the drawer is forcibly pulled out of the furniture article, the holding member is bent and its hook end is forcibly detached from the notch 14 of the latch member. When an external force is applied in the pulling direction that has already been closed, the holding member moves by its hook end and releases the engagement with the latch member. It pops out from the furniture body to open.
前記特許案により開示された引き出しの閉鎖装置は、正常使用方式では押す力によって引き出しを開鎖するが、不正常な使用方式では、例えば、引っ張る力によって引き出しを開鎖する場合、ホールディング部材が湾曲し、そのフック端がラッチ部材のノッチ（ｎｏｔｃｈ １４）から強制的に離脱する。しかし、ラッチ部材のノッチ（ｎｏｔｃｈ １４）が強制離脱する過程において、ホールディング部材のフック端は強い摩擦接触を受けるため、強く引っ張られる操作を数度繰り返した後は、ノッチとホールディング部材の接触箇所が摩損し、ホールディング部材はラッチ部材のノッチ（ｎｏｔｃｈ １４）から離脱し易くなり、定位の効力を失なうことになる。 The drawer closing device disclosed in the above patent draft opens the drawer by a pushing force in a normal use system, but in an abnormal use system, for example, when the drawer is opened by a pulling force, the holding member is curved, The hook end is forcibly separated from the notch 14 of the latch member. However, in the process in which the notch 14 of the latch member is forcibly released, the hook end of the holding member is subjected to strong frictional contact. Therefore, after the operation of being pulled strongly is repeated several times, the contact point between the notch and the holding member is changed. As a result, the holding member is liable to be detached from the notch 14 of the latch member, and the orientation effect is lost.
よって、前記欠点を改善すべく、さらに好ましい設計の閉鎖装置の提供が必要である。 Therefore, it is necessary to provide a closure device having a more preferable design in order to improve the above-mentioned drawbacks.
本考案は、前記欠点に鑑み、二つの家具パーツ間に応用し、二つの家具パーツの任意の一パーツが開鎖しない場合に、閉鎖装置を破損し定位が失効するのを防ぐ閉鎖装置の圧接構造を提供する。 In view of the above-mentioned disadvantages, the present invention is applied between two furniture parts, and when the arbitrary one of the two furniture parts does not open, the closure device press-contact structure that prevents the closing device from being damaged and the localization is invalidated. I will provide a.
本考案は、閉鎖装置の圧接構造に関し、特に、二つの家具パーツ間に応用する閉鎖装置の圧接構造である。前記圧接構造には、圧接面を備え、定位フックの制止体及びその弾力部の働きにより、一構成要素は安定状態で圧接面を圧しており、前記構成要素が外力を受け、構成要素が相対する圧接面と制止体を強い力で圧する時、制止体は弾力部の撓曲変形の働きによって、構成要素を圧接面から離脱させる。 The present invention relates to a pressure-contact structure of a closing device, and more particularly to a pressure-contact structure of a closing device applied between two furniture parts. The pressure contact structure is provided with a pressure contact surface, and by the action of the restraining body of the stereotaxic hook and its elastic part, one component presses the pressure contact surface in a stable state, the component receives an external force, and the component is relatively When pressing the pressure contact surface and the restraining body with a strong force, the restraining body separates the component from the pressure contact surface by the bending deformation of the elastic portion.
本考案の観点に基づく閉鎖装置の圧接構造において、圧接構造は、圧接面と圧接面から延伸する案内面とを含む嵌止体と、嵌止体に連接し、弾力部と弾力部から延伸する制止体とを含み、尚且つ、制止体は圧接面に相隣し案内面から離れている定位フックと、嵌止体に対応し、尚且つ、圧接面と定位フックの制止体をスライドして圧する嵌合ボルトとを備える。前記嵌合ボルトが圧接面と制止体を強い力で圧する時、制止体は、弾力部の湾曲変形を受けて嵌合ボルトに押されて移動するため、嵌合ボルトは、制止体を越えて圧接面から離脱する。 In the pressure contact structure of the closing device based on the viewpoint of the present invention, the pressure contact structure includes a pressure contact surface and a guide surface extending from the pressure contact surface, and is connected to the lock body and extends from the elastic portion and the elastic portion. A restraining body, and the restraining body is adjacent to the pressure contact surface and is spaced from the guide surface, and the positioning body corresponds to the fastening body, and the pressure contact surface and the stereotactic hook restraining body are slid. A fitting bolt for pressing. When the fitting bolt presses the pressure contact surface and the restraining body with a strong force, the restraining body receives the curved deformation of the elastic portion and is moved by being pushed by the fitting bolt. Therefore, the fitting bolt exceeds the restraining body. Detach from the pressure contact surface.
最も好ましいのは、定位フックが嵌止体から一体化延伸することである。 Most preferably, the stereotactic hook is integrally extended from the fitting.
最も好ましいのは、定位フックの鄰側に緩衝空間を形成して、定位フックの弾力部は緩衝空間内を可動することである。 Most preferably, a buffer space is formed on the heel side of the stereotaxic hook, and the resilient portion of the stereotaxic hook is movable within the buffer space.
最も好ましいのは、嵌止体に挿入ノッチを備え、定位フックは挿入結合柱に連結して独立した鉤状部材を構成し、定位フックと挿入結合柱間に緩衝空間を備え、鉤状部材は挿入結合柱によって挿入ノッチに挿入し、嵌止体に固定されることである。 Most preferably, the fixing body is provided with an insertion notch, the stereotactic hook is connected to the insertion coupling column to form an independent hook-like member, a buffer space is provided between the stereotactic hook and the insertion coupling column, and the hook-like member is It is inserted into the insertion notch by the insertion coupling column and fixed to the fitting body.
最も好ましいのは、さらに、挿入ノッチに連結する凹溝を含み、挿入結合柱には突出体を備え、挿入結合柱と挿入ノッチの挿入結合は、突出体を凹溝に合わせて行なわれることである。 Most preferably, it further includes a concave groove connected to the insertion notch, the insertion coupling column is provided with a protrusion, and the insertion coupling of the insertion coupling column and the insertion notch is performed by aligning the projection with the concave groove. is there.
最も好ましいのは、挿入結合柱の端部に開口を設けて二つの挿入足を形成し、尚且つ、少なくとも一つの挿入足には突出部を配置することである。 Most preferably, an opening is provided at the end of the insertion coupling column to form two insertion legs, and a protrusion is disposed on at least one insertion leg.
本考案の閉鎖装置の圧接構造は、二つの家具パーツの任意の一パーツが開鎖しない場合に、閉鎖装置を破損し定位が失効するのを防ぐという効果を有する。 The press-contacting structure of the closing device of the present invention has an effect of preventing the localization device from being invalidated by damaging the closing device when any one of the two furniture parts is not opened.
図１及び図２は、本考案の第一実施例に関する閉鎖装置の圧接構造を示し、圧接構造は主に、嵌止体１０、定位フック１２、及び嵌合ボルト１４を備える。 FIGS. 1 and 2 show a pressure contact structure of a closing device according to a first embodiment of the present invention, and the pressure contact structure mainly includes a fitting 10, a positioning hook 12, and a fitting bolt 14.
その内、嵌止体１０は、圧接面１６、及び圧接面１６から延伸する案内面１８を含む。定位フック１２は嵌止体１０に連接し、定位フック１２は、弾力部２０と、弾力部２０から延伸する制止体２２を含む。制止体２２は圧接面１６に相隣し、案内面１８から離れた位置にある。嵌合ボルト１４は嵌止体１０に対応し、位置移動をして停滞している時、圧接面１６と定位フック１２の制止体２２をスライドして圧する。 Among them, the fitting body 10 includes a pressure contact surface 16 and a guide surface 18 extending from the pressure contact surface 16. The localization hook 12 is connected to the fitting body 10, and the localization hook 12 includes a resilient portion 20 and a restraining body 22 extending from the resilient portion 20. The restraining body 22 is adjacent to the pressure contact surface 16 and is away from the guide surface 18. The fitting bolt 14 corresponds to the fitting body 10, and slides and presses the pressure contact surface 16 and the restraining body 22 of the stereotaxic hook 12 when the position is moved and stagnated.
本実施例において、嵌止体１０は、圧接台２４上に配置し、圧接台２４は、嵌止体１０の周囲を取り囲む案内通路２６と、嵌止体１０の圧接面１６と定位フック１２に対応する案内体２８を含む。その内、圧接台２４と嵌合ボルト１４が係合状態で動作する時、案内通路２６と案内体２８は、案内する嵌合ボルト１４を嵌止体１０に圧接させるか嵌止体１０から離脱させる役割を果たす。 In the present embodiment, the fitting body 10 is disposed on the pressure contact table 24, and the pressure contact table 24 is connected to the guide passage 26 that surrounds the periphery of the fitting body 10, the pressure contact surface 16 of the fitting body 10, and the stereotactic hook 12. A corresponding guide 28 is included. Among them, when the press contact table 24 and the fitting bolt 14 operate in the engaged state, the guide passage 26 and the guide body 28 press the fitting bolt 14 to be guided against the fitting body 10 or leave the fitting body 10. To play a role.
本実施例において、定位フック１２は、嵌止体１０から一体化し延伸する。 In the present embodiment, the stereotaxic hook 12 is integrated and extended from the fitting 10.
本実施例において、定位フック１２の鄰側には緩衝空間３０を形成し、定位フック１２の弾力部２０は緩衝空間３０内で動作する。 In this embodiment, a buffer space 30 is formed on the heel side of the stereotaxic hook 12, and the resilient portion 20 of the stereotaxic hook 12 operates in the buffer space 30.
図３及び図４には本考案の第二実施例を示す。図に示す通り、嵌止体２００は、挿入ノッチ２０２を備え、定位フック２０４は挿入結合柱２０６を連接して、独立した鈎状部材を構成する。定位フック２０４と挿入結合柱２０６間には、緩衝空間２０８を備え、鈎状部材は、挿入結合柱２０６によって挿入ノッチ２０２に挿入し、嵌止体２００に固定される。嵌止体２００は、さらに、挿入ノッチ２０２に繋がる凹溝２１０を備える。挿入結合柱２０４は突出体２１２を備え、挿入結合柱２０６を挿入ノッチ２０２に嵌合させる時、突出体２１２によって凹溝２１０に対する位置合わせをするため、また、組み合わせと固定作用を便利にするために、挿入結合柱２０６端部には、二つの鉤状部材は、方向を選択して嵌止体２００に挿着することができ、鉤状部材と嵌止体２００を正確に組み合わせられる。挿入足２１６を形成した開口２１４を設け、少なくとも一つの挿入足２１６の末端には突出部２１８を備え、嵌止体２００の挿入ノッチ２０２エッジには対応する凹孔２２０を配置する。前述は、図５及び図６に示す通りであるが、これによって、挿入足２１６末端の突出部２１８を凹孔２２０に嵌合状態で圧することができ、定位フック２０４の挿入結合柱２０６を挿入ノッチ２０２に挿入する際、さらにその固定が強化される。 3 and 4 show a second embodiment of the present invention. As shown in the drawing, the fitting body 200 includes an insertion notch 202, and the stereotactic hook 204 connects the insertion coupling column 206 to constitute an independent hook-shaped member. A buffer space 208 is provided between the stereotactic hook 204 and the insertion coupling column 206, and the hook-shaped member is inserted into the insertion notch 202 by the insertion coupling column 206 and fixed to the fitting body 200. The fitting body 200 further includes a concave groove 210 connected to the insertion notch 202. The insertion coupling column 204 is provided with a protrusion 212. When the insertion coupling column 206 is fitted into the insertion notch 202, the insertion coupling column 204 is aligned with the concave groove 210 by the projection body 212, and for convenient combination and fixing. In addition, at the end of the insertion coupling column 206, the two hook-like members can be inserted into the fitting body 200 by selecting the direction, and the hook-like member and the fitting body 200 can be accurately combined. An opening 214 in which an insertion foot 216 is formed is provided, a protrusion 218 is provided at the end of at least one insertion foot 216, and a corresponding concave hole 220 is arranged at the edge of the insertion notch 202 of the fitting 200. As described above, as shown in FIG. 5 and FIG. 6, the protrusion 218 at the end of the insertion foot 216 can be pressed in the recessed hole 220 while being inserted, and the insertion coupling column 206 of the stereotaxic hook 204 is inserted. When inserted into the notch 202, the fixing is further strengthened.
第二実施例において、嵌止体２００はやはり圧接台２２２上に配置する。嵌止体２００には、圧接面２２４と、嵌止体２００を取り囲む案内通路２２６を含む圧接台２２２と、嵌止体２００の圧接面２２４と定位フック２０４に対応する案内体２２８とを配置する。前記実施例と同様、定位フック２０４には、弾力部２３２と、弾力部２３２から延伸する制止体２３４とを備える。 In the second embodiment, the fitting body 200 is also disposed on the pressure contact table 222. In the fitting body 200, a pressure contact surface 224, a pressure contact base 222 including a guide passage 226 surrounding the fitting body 200, and a guide body 228 corresponding to the pressure contact surface 224 of the fastening body 200 and the localization hook 204 are disposed. . As in the above embodiment, the localization hook 204 includes a resilient portion 232 and a restraining body 234 extending from the resilient portion 232.
前記配置に基づいた図は図７の、鉤状部材を嵌止体２００に挿着した第二実施例に示すとおりであり、圧接台２２２と嵌合ボルト２３０は相対的に動作し、嵌合ボルト２３０は案内通路２２６によって案内されて嵌止体２００の圧接面２２４を圧した時、嵌合ボルト２３０もまた、定位フック２０４の制止体２３４の圧止を受けるため、嵌合ボルト２３０は、このような圧接位置に止まり、簡単に圧接位置から離脱することはない。 The drawing based on the above arrangement is as shown in the second embodiment of FIG. 7 in which the hook-like member is inserted into the fitting body 200, and the press contact base 222 and the fitting bolt 230 operate relative to each other. When the bolt 230 is guided by the guide passage 226 and presses the pressure contact surface 224 of the fitting body 200, the fitting bolt 230 also receives the pressure stop of the restraining body 234 of the positioning hook 204. It stops at such a pressure contact position and does not easily leave the pressure contact position.
強制力によって嵌合ボルト２３０と嵌止体２００が向き合った状態で押圧される時、図８に示す通り、嵌合ボルト２３０は、圧接面２２４からスライド移動し、定位フック２０４の制止体２３４を圧する。制止体２３４は、弾力部２３２の湾曲変形によって嵌合ボルト２３０に強制的に押され、これにより、嵌合ボルト２３０は制止体２３４を越えて、圧接面２２４から離脱する。 When the fitting bolt 230 and the fitting body 200 are pressed in a state of being opposed to each other by a forcible force, the fitting bolt 230 slides from the pressure contact surface 224, and the restraining body 234 of the positioning hook 204 is moved as shown in FIG. Press. The restraining body 234 is forcibly pushed by the fitting bolt 230 due to the curved deformation of the elastic portion 232, whereby the fitting bolt 230 is separated from the pressure contact surface 224 beyond the restraining body 234.
前述の技術手段に基づき、本考案は、家具上の固定部材や可動部材間に応用できる。例えば、固定部材は、チェスト本体或いは固定レールとし、可動部材は引き出しや可動レールとする。次に、チェスト本体及び引き出しを例にとり説明を行なう。嵌止体１０（或いは２００）を含む圧接台２４（或いは２２２）は、チェスト本体に取り付けて固定することが可能であり、嵌合ボルト１４（或いは２３０）は、圧接台２４（或いは２２２）の案内通路２６（或いは２２６）に従い移動する方法で引き出しに取り付ける。引き出しを押してチェスト本体内にしまう時、嵌合ボルト１４（或いは２３０）は嵌止体１０（或いは２００）の圧接面１６（或いは２２４）を圧し、並びに、定位フック１２（或いは２０４）の制止体２２（或いは２３４）の圧止によって、一定の閉鎖位置を保持する。引き出しをチェスト本体方向にさらに押して挿入させる時、嵌合ボルト１４（或いは２３０）は、案内体２８（或いは２２８）の案内によって嵌止体１０（或いは２００）の圧接面１６（或いは２２４）から離脱するため、引き出しは、自由にチェスト本体から移動する。しかも、引き出しが、チェスト本体内から使用者に強制的に引っ張り出された時、嵌合ボルト１４（或いは２３０）もまた、嵌止体１０（或いは２００）の圧接面１６（或いは２２４）から離脱し、定位フック１２（或いは２０４）の制止体２２（或いは２３４）を損傷することなく、定位の失効を招くこともない。 Based on the above technical means, the present invention can be applied between fixed members and movable members on furniture. For example, the fixed member is a chest body or a fixed rail, and the movable member is a drawer or a movable rail. Next, description will be made by taking the chest body and the drawer as examples. The press contact table 24 (or 222) including the fitting body 10 (or 200) can be attached and fixed to the chest body, and the fitting bolt 14 (or 230) can be attached to the press contact table 24 (or 222). It is attached to the drawer by a method of moving according to the guide passage 26 (or 226). When the drawer is pushed into the chest body, the fitting bolt 14 (or 230) presses the pressure contact surface 16 (or 224) of the fitting 10 (or 200) and the restraining body of the stereotactic hook 12 (or 204). A constant closed position is maintained by 22 (or 234) stops. When the drawer is pushed further in the direction of the chest body and inserted, the fitting bolt 14 (or 230) is detached from the pressure contact surface 16 (or 224) of the fitting body 10 (or 200) by the guidance of the guide body 28 (or 228). Therefore, the drawer moves freely from the chest body. Moreover, when the drawer is forcibly pulled out from the chest body by the user, the fitting bolt 14 (or 230) is also detached from the pressure contact surface 16 (or 224) of the fitting 10 (or 200). In addition, the restraining body 22 (or 234) of the stereotaxic hook 12 (or 204) is not damaged, and the stereotactic revocation is not caused.
１０ 嵌止体
１２ 定位フック
１４ 嵌合ボルト
１６ 圧接面
１８ 案内面
２０ 弾力部
２２ 制止体
２４ 圧接台
２６ 案内通路
２８ 案内体
３０ 緩衝空間
２００ 嵌止体
２０２ 挿入ノッチ
２０４ 定位フック
２０６ 挿入結合柱
２０８ 緩衝空間
２１０ 凹溝
２１２ 突出体
２１４ 開口
２１６ 挿入足
２１８ 突出部
２２０ 凹孔
２２２ 圧接台
２２４ 圧接面
２２６ 案内通路
２２８ 案内体
２３０ 嵌合ボルト
２３２ 弾力部
２３４ 制止体
DESCRIPTION OF SYMBOLS 10 Fixing body 12 Positioning hook 14 Fitting bolt 16 Pressure contact surface 18 Guide surface 20 Elasticity part 22 Stopping body 24 Pressure contact base 26 Guide passage 28 Guide body 30 Buffer space 200 Stopping body 202 Insert notch 204 Localization hook 206 Insertion coupling pillar 208 Buffer space 210 Concave groove 212 Protruding body 214 Opening 216 Inserting foot 218 Protruding portion 220 Concave hole 224 Pressure contacting table 224 Pressure contacting surface 226 Guide passage 228 Guide body 230 Fitting bolt 232 Elastic portion 234 Restraining body
Claims (6)
嵌止体に連接し、弾力部と弾力部から延伸する制止体とを含み、
制止体は圧接面に相隣し案内面から離れている定位フックと、嵌止体に対応し、圧接面と定位フックの制止体をスライドして圧し、制止体が弾力部の湾曲変形を受けて位置移動することにより、制止体を越えて圧接面から離脱する嵌合ボルトとを備えることを特徴とする閉鎖装置の圧接構造。 A fitting body including a pressure contact surface and a guide surface extending from the pressure contact surface;
Including a resilient part and a restraining body extending from the resilient part, connected to the fastening body,
The restraining body is positioned next to the pressure contact surface and away from the guide surface, and corresponds to the fitting body.The restraining body slides and presses against the pressure contact surface and the positioning hook, and the restraining body is subjected to bending deformation of the elastic part. And a fitting bolt that is disengaged from the pressure contact surface beyond the restraining body by moving the position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011002882U JP3169532U (en) | 2011-05-24 | 2011-05-24 | Closed device pressure contact structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011002882U JP3169532U (en) | 2011-05-24 | 2011-05-24 | Closed device pressure contact structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3169532U true JP3169532U (en) | 2011-08-04 |
Family
ID=54880375
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2011002882U Expired - Lifetime JP3169532U (en) | 2011-05-24 | 2011-05-24 | Closed device pressure contact structure |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3169532U (en) |
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2011
- 2011-05-24 JP JP2011002882U patent/JP3169532U/en not_active Expired - Lifetime
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