JPS6272871A - Lock for slide wing - Google Patents

Lock for slide wing

Info

Publication number
JPS6272871A
JPS6272871A JP61223934A JP22393486A JPS6272871A JP S6272871 A JPS6272871 A JP S6272871A JP 61223934 A JP61223934 A JP 61223934A JP 22393486 A JP22393486 A JP 22393486A JP S6272871 A JPS6272871 A JP S6272871A
Authority
JP
Japan
Prior art keywords
bolt
operating member
lock
operating
recess
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP61223934A
Other languages
Japanese (ja)
Other versions
JPH0435592B2 (en
Inventor
ビグリュ ダニエル
プレボ ジェラル
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Ferco International Usine de Ferrures de Batiment
Original Assignee
Ferco International Usine de Ferrures de Batiment
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Ferco International Usine de Ferrures de Batiment filed Critical Ferco International Usine de Ferrures de Batiment
Publication of JPS6272871A publication Critical patent/JPS6272871A/en
Publication of JPH0435592B2 publication Critical patent/JPH0435592B2/ja
Granted legal-status Critical Current

Links

Classifications

    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05BLOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B65/00Locks or fastenings for special use
    • E05B65/08Locks or fastenings for special use for sliding wings
    • E05B65/0811Locks or fastenings for special use for sliding wings the bolts pivoting about an axis perpendicular to the wings
    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05BLOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B63/00Locks or fastenings with special structural characteristics
    • E05B63/18Locks or fastenings with special structural characteristics with arrangements independent of the locking mechanism for retaining the bolt or latch in the retracted position
    • E05B63/20Locks or fastenings with special structural characteristics with arrangements independent of the locking mechanism for retaining the bolt or latch in the retracted position released automatically when the wing is closed

Landscapes

  • Engineering & Computer Science (AREA)
  • Structural Engineering (AREA)
  • Lock And Its Accessories (AREA)
  • Wing Frames And Configurations (AREA)
  • Window Of Vehicle (AREA)
  • Closing And Opening Devices For Wings, And Checks For Wings (AREA)
  • Fluid-Damping Devices (AREA)
  • Sampling And Sample Adjustment (AREA)
  • Medicines Containing Antibodies Or Antigens For Use As Internal Diagnostic Agents (AREA)
  • Lubricants (AREA)

Abstract

1. Locking device for sliding door/window leaves having a hooked bolt (10), hinged upon the case (5) of the locking device (4) and operated by an operating device (29) linking it to an operating handle (34), an elastic device (48) indirectly bringing the hooked bolt (10) back into its closed position, retention devices (55) for the hooked bolt (10) in the closed position and a push-rod (62) acting upon the latter at the moment of closure of the sliging leaf to permit return of the hooked bolt (10) to the closed position by the elastic device (45) characterized by the fact that the operating device (29) acting upon the hooked bolt (10), is seated and slides in the case (5) and has one (57) of the retention devices (55) integrally connected with the operating device (29) interacting with the other (56) of the retention devices (55) integrally with the hooked bolt (10) in the closed position and a connection (43) between the operating device (29) and the hooked bolt (10) includes a free travel device (44) for severing interaction between the retention device (57) on the operating device (29) and the retention device (56) of the hooked bolt (10) in the closed position.

Description

【発明の詳細な説明】 (産業上の利用分野) 本発明は摺動式のつ・イング(障子、ドア、窓、等)の
錠(、こ関する。本発明は、特に、錠のケースに枢支さ
れ操作部材(これはボルトを操作ハンドルに連結する)
によって操作される駒材ボルトと、該ボルトを錠止位置
に付勢する弾性手段と、ボルトを解錠位置に保持する保
持手段と、摺動ウィングの閉鎖時に保持手段に作用して
弾性手段を介してボルトを錠止位置に付勢するプッシャ
ー、とを備えた型式の錠に関する。
Detailed Description of the Invention (Field of Industrial Application) The present invention relates to locks for sliding sliding doors (shoji screens, doors, windows, etc.). Pivoted operating member (which connects the bolt to the operating handle)
a piece bolt that is operated by a bridge member, an elastic means that biases the bolt to a locked position, a holding means that holds the bolt in an unlocked position, and an elastic means that acts on the holding means when the sliding wing is closed. and a pusher that urges the bolt to the locked position through the pusher.

〔従来技術と問題点〕[Conventional technology and problems]

前記型式の錠はフランス特許明細書794.886号に
開示されている。
A lock of said type is disclosed in French Patent Specification No. 794.886.

保安上の理由から、ボルトを錠止め位置にロックできる
ことが望ましい。即ち、家宅侵入のため例えば窓(また
はドア)とその枠との間にカミソリ等を差し込んでボル
トをこじ開けようとする様な行為を無効にできれば好都
合である。
For security reasons, it is desirable to be able to lock the bolt in a locked position. That is, it would be advantageous to be able to negate an attempt to break into a home by inserting a razor or the like between a window (or door) and its frame to pry open a bolt.

前記フランス特許明細書794,886号の錠ではこの
ためにロック装置が設けであるが、このロック装置は鍵
で操作される様になっている。
The lock of French Patent Specification No. 794,886 is provided with a locking device for this purpose, but this locking device is operated with a key.

本発明の目的は、ボルトを錠止位置に動かした時には自
動的にかつ追加的な操作をすることなくボルトがロック
される様な摺動ウィング尾錠を提供することである。
SUMMARY OF THE INVENTION It is an object of the present invention to provide a sliding wing buckle in which the bolt is locked automatically and without additional manipulation when the bolt is moved into the locked position.

〔問題点を解決するための手段〕[Means for solving problems]

そこで、本発明は、前記型式の錠において、ボルトを操
作する操作部材は摺動可能にケース内に収容するととも
に保持手段で構成し、この保持手段はボルトに連結され
た他の保持手段と錠止位置において係合する様になし、
操作部材とボルトとの間のリンクには操作部材の保持手
段とボルトの保持手段との間の係合を解錠位置において
解除する様な遊び行程を設けたことを特徴としている。
Therefore, in the above-mentioned type of lock, the present invention provides that the operation member for operating the bolt is slidably housed in the case and is constituted by a holding means, and this holding means is connected to the other holding means connected to the bolt. so as to be engaged in the stop position,
The link between the operating member and the bolt is characterized by having an idle stroke that releases the engagement between the holding means of the operating member and the bolt holding means at the unlocked position.

本発明の構成によれば、ボルトは自動的に錠止位置にロ
ックされる。また、操作部材の操作を開始する時には、
操作部材がボルトを解錠位置に持来すより前にロックは
自動的に解除される。
According to an arrangement of the invention, the bolt is automatically locked in the locking position. Also, when starting to operate the operating member,
The lock is automatically released before the operating member brings the bolt to the unlocked position.

更に、本発明によれば錠止位置においてボルトの保持手
段を操作部材に連動させることが可能となる。
Further, according to the present invention, it is possible to interlock the bolt holding means with the operating member in the locked position.

本発明の好適な実施態様においては、保持手段に作用す
るプッシャーはケース内で操作部材に対して横断方向に
滑動し、夫々の極端位置において衝当部と協働する。衝
当部間の距離はハンドルの走程に等しい。
In a preferred embodiment of the invention, the pusher acting on the holding means slides in the housing transversely with respect to the operating member and cooperates with an abutment in each extreme position. The distance between the abutments is equal to the travel distance of the handle.

すなわち、この構成によれば、極めて小型の錠を実現す
ることが可能になるとともに、摺動ハンドル式の摺動ウ
ィング用の外装を装着することが可能になる。
That is, according to this configuration, it is possible to realize an extremely small lock, and it is also possible to mount an exterior for the sliding wing of the sliding handle type.

必要に応じ、この外装としては、錠全体を摺動ドア用の
錠に変換する保安ブロックを備えたものを用いることが
でき、弾性部材としては操作部材を中立位置から解錠位
置または錠止位置に付勢するオーバーセンター装置を用
いることができる。
If necessary, this sheath can be equipped with a security block that converts the entire lock into a lock for a sliding door, and the elastic member can be used to move the operating member from the neutral position to the unlocked or locked position. An over-center device can be used that biases the

本発明によれば、錠をウィング内に精密に位置決めする
ことから生ずるプッシャーの公称突出量のずれは調節手
段によって容易に補償されるもので、ケースはねじと対
向ねじによってウィング内に固定される。
According to the invention, deviations in the nominal protrusion of the pusher resulting from the precise positioning of the lock in the wing are easily compensated for by the adjustment means, and the case is fixed in the wing by a screw and a counterscrew. .

錠が成る程度の長さを有する場合には、錠の固定手段が
一端において軸を有する様に調節手段を構成するのが有
利であり、この軸は僅かな揺動可能にするもので、この
揺動は他端においてねじと対向ねじとによって調節する
ことができる。
If the lock has such a length, it is advantageous to construct the adjusting means in such a way that the fixing means of the lock has a shaft at one end, which shaft allows for a slight rocking movement, and this The oscillation can be adjusted by a screw and a counterscrew at the other end.

〔実施例〕〔Example〕

図面を参照するに、窓またはドア構造の摺動ウィング(
障子、窓、またはドア)3の外壁1と内壁2との間には
錠4が配置しである。錠4はケース5を有し、ケース5
は2つの半休から成る。各半休は、横壁8.9と、摺動
ウィング3の内外壁1.2に平行な2つの壁6,7とを
有する。
Referring to the drawing, the sliding wing of the window or door structure (
A lock 4 is placed between the outer wall 1 and the inner wall 2 of the shoji (shoji, window, or door) 3. Lock 4 has case 5;
consists of two half holidays. Each half has a transverse wall 8.9 and two walls 6, 7 parallel to the inner and outer walls 1.2 of the sliding wing 3.

ケース5は鉤付ボルト10を有し、このボルトlOはケ
ース5に取付けた軸11を中心として回動可能である。
The case 5 has a hooked bolt 10, and this bolt lO is rotatable about a shaft 11 attached to the case 5.

このため、ケース5の2つの半体の壁7には窓12が設
けてあり、この窓12は摺動ウィング3の内壁2に設け
た窓13に相対峙している。これらの窓1.2.13は
ボルト10の挿通を可能にするもので、このボルト10
の鉤14は錠4の閉鎖位置ではウィング3の内壁2の外
面15から突出する。この鉤14は窓(またはドア)構
造のウィング枠18に連結された受座17のカウンター
フック16と協動する。受座17は、枠18の内面20
に当接した内側部材19と、枠18の外面22に当接し
た外側部材21とで構成される。内側部材19のうち外
側部材21側の面23にはボス24が設けてあり、この
ボス24は枠18の壁26に設けた窓25を横切ってい
る。
For this purpose, windows 12 are provided in the walls 7 of the two halves of the case 5, which windows 12 are opposite to the windows 13 provided in the inner wall 2 of the sliding wing 3. These windows 1.2.13 allow the insertion of the bolt 10, which
The hook 14 projects from the outer surface 15 of the inner wall 2 of the wing 3 in the closed position of the lock 4. This hook 14 cooperates with a counter hook 16 of a catch 17 connected to a wing frame 18 of the window (or door) structure. The catch seat 17 is located on the inner surface 20 of the frame 18.
It is composed of an inner member 19 that abuts on the outer surface 22 of the frame 18, and an outer member 21 that abuts on the outer surface 22 of the frame 18. A boss 24 is provided on a surface 23 of the inner member 19 on the outer member 21 side, and this boss 24 crosses a window 25 provided in a wall 26 of the frame 18.

これら2つの部材19 、21は窓25を横切る固定部
材27 、28によって合体されている。ボス24と固
定部材27 、28とは窓25を横切っているので、ボ
ルト10の位置に応じて窓25に対して受座17を位置
決めすることが可能である。
These two members 19 , 21 are joined by fixing members 27 , 28 which cross the window 25 . Since the boss 24 and the fixing members 27 and 28 cross the window 25, it is possible to position the seat 17 with respect to the window 25 depending on the position of the bolt 10.

駒材ボルト10は操作部材29によって作動される。本
発明に従えば、この操作部材29はケース5の内側で摺
動して摺動ウィング3の壁1,2に平行に運動する。操
作部材29は平面図で視てほぼU字型の区間を有し、こ
のU字の間口はウィング3の内壁2の側に位置する。ケ
ース5の壁6.7,8.9の内面30 、31 、32
 、33は操作部材29のガイドとして働く。操作部材
29はボルト10を操作ハンドル34(第1図では、そ
のリンク軸35が示しである)に連結するものである。
The bridge bolt 10 is operated by an operating member 29. According to the invention, this operating member 29 slides inside the case 5 and moves parallel to the walls 1, 2 of the sliding wing 3. The operating member 29 has an approximately U-shaped section in plan view, the opening of this U being located on the side of the inner wall 2 of the wing 3 . Inner surfaces 30, 31, 32 of walls 6.7, 8.9 of case 5
, 33 serve as a guide for the operating member 29. The operating member 29 connects the bolt 10 to the operating handle 34 (its link shaft 35 is shown in FIG. 1).

このリンク軸35は、繰作部材29の2つの平行フラン
ジ38 、39に設けた窓36 、37と、ケース5の
横壁8.9に設けた窓40 、41とを横切っている。
This link shaft 35 crosses windows 36 , 37 provided in the two parallel flanges 38 , 39 of the working member 29 and windows 40 , 41 provided in the transverse wall 8 .9 of the case 5 .

窓36 、37の長軸42は操作部材29の摺動方向に
垂直であるが、窓40 、41の長軸は平行である。ボ
ルト10は遊び行程44を有するリンク43によって操
作部材29に連結されている。このリンク43は横軸4
5から成り、この横軸45はボルト10および2つの窓
46.47(これらは同じく操作部材29の2つの平行
フランジ38 、39内に形成しである)に連結されて
いる。ボルト10は2つの平行フランジ38と39との
藺に配置されている。
The long axes 42 of the windows 36, 37 are perpendicular to the sliding direction of the operating member 29, while the long axes of the windows 40, 41 are parallel. The bolt 10 is connected to the actuating member 29 by a link 43 having an idle stroke 44 . This link 43 is the horizontal axis 4
5, whose transverse shaft 45 is connected to the bolt 10 and to the two windows 46, 47, which are also formed in the two parallel flanges 38, 39 of the actuating member 29. The bolt 10 is placed between two parallel flanges 38 and 39.

第1図に示した閉鎖位置にボルト10を復帰させるのは
弾性部材48によって行われる。弾性部材48は、操作
部材29に連結されたストッパ49と、ケース5に連結
されたストッパ50との間に介挿されている。各ストッ
パ49 、50はガイド51 、52を有し、弾性部材
29の一端53 、54はこのガイド51 、52に整
列させである。
The return of bolt 10 to the closed position shown in FIG. 1 is effected by resilient member 48. The elastic member 48 is interposed between a stopper 49 connected to the operating member 29 and a stopper 50 connected to the case 5. Each stop 49 , 50 has a guide 51 , 52 with one end 53 , 54 of the elastic member 29 aligned with this guide 51 , 52 .

鉤付ボルト10を錠止位置に移動させ、もって家宅侵入
の試み(これは、例えば、ウィング3と枠18との間で
カミソリの刃等を滑らせてボルトlOを動かすことによ
って行われる)を禁止するため、保持手段55を設けて
ボルト10を錠止位置にロックする。本発明の第1実施
例では、この保持手段55は、ボルト10に形成したノ
ツチ56と、操作部材29に連結したストッパ57から
成る。錠止位置では、ボルト10のノツチ56の作用エ
ツジ58は操作部材29のストッパ57の保持エツジ5
9に当接する。従って、ウイング3を解放する目的でボ
ルト10を揺動させることは不可能である。ランチ56
内におけるストッパ57の係合深さは、ボルト10と操
作部材29との間のリンク43の遊び行程44より僅か
に小さい。
The hooked bolt 10 is moved to the locked position, thereby preventing an attempt to break into the home (this is done, for example, by sliding a razor blade or the like between the wing 3 and the frame 18 and moving the bolt 10). To prevent this, retaining means 55 are provided to lock the bolt 10 in a locked position. In the first embodiment of the invention, this retaining means 55 consists of a notch 56 formed in the bolt 10 and a stop 57 connected to the operating member 29. In the locking position, the working edge 58 of the notch 56 of the bolt 10 engages the retaining edge 5 of the stop 57 of the operating member 29.
Contact with 9. Therefore, it is impossible to swing the bolt 10 for the purpose of releasing the wing 3. Lunch 56
The depth of engagement of the stop 57 within is slightly less than the free travel 44 of the link 43 between the bolt 10 and the actuating member 29 .

第2実施例では、保持手段55はストッパ57(これは
ボルト10内の凹所とUItlJする)の内面から突出
したピンによって構成される。
In the second embodiment, the retaining means 55 are constituted by a pin projecting from the inner surface of the stopper 57 (which coheres with a recess in the bolt 10).

或いは、この保持手段55は、ボルト10の上部に設け
た操作フィンガーと、スト、パ57に設けた凹所とによ
って構成してもよい。
Alternatively, the holding means 55 may be constituted by an operating finger provided on the upper part of the bolt 10 and a recess provided in the stopper 57.

このピン(または操作フィンガー)がボルト10(また
はストッパ57)の前記凹所に進入する量は、ボルト1
0と操作部材29との間のリンク43の遊び行程44よ
り僅かに小さい。
The amount by which this pin (or operating finger) enters the recess of the bolt 10 (or stopper 57) is
0 and the operating member 29.

ボルト10のロックを解除するためには、操作ハンドル
34を操作して操作部材29の滑動を開始させる。この
滑動開始によりノツチ56とストッパ57との協働作用
が解除される。前記滑動開始時には、リンク43、特に
軸45は窓46 、47内で移動するので、ボルト10
は釈放位置に駆動されない。釈放位置への移動は、窓4
6 、47の下エツジ60 、61が軸45に当接し操
作部材29によってボルトIOを作動させた時にのみ起
る。
To unlock the bolt 10, the operating handle 34 is operated to start sliding the operating member 29. With this start of sliding, the cooperative action between the notch 56 and the stopper 57 is released. At the start of said sliding, the link 43, in particular the shaft 45, moves within the windows 46, 47, so that the bolt 10
is not driven to the release position. To move to the release position, open window 4.
This occurs only when the lower edges 60, 61 of 6, 47 come into contact with the shaft 45 and the bolt IO is actuated by the operating member 29.

本発明に従い、錠4はプッシャー62を有する。According to the invention, the lock 4 has a pusher 62.

このブ・ノシャー62はケース5の壁7に設けた窓63
を挿通していると共に、ウィング3の内壁2の窓13を
挿通している。プッシャー62は操作部材29に対して
横方向に滑動する。このプッシャー62は、その後面6
7内のボア66の底部65とケース5の壁6の内面30
との間に介挿した弾性部材64によって、突出位置に向
って弾力付勢されている。
This window 62 is a window 63 installed in the wall 7 of the case 5.
is inserted through the window 13 of the inner wall 2 of the wing 3. The pusher 62 slides laterally relative to the operating member 29. This pusher 62
The bottom 65 of the bore 66 in 7 and the inner surface 30 of the wall 6 of the case 5
It is elastically biased toward the protruding position by an elastic member 64 inserted between.

後面67には横方向スライダ68が設けてあり、このス
ライダ68の端部69 、70はケース5の横壁8.9
に形成した窓71 、72内で移動する。操作部材29
の平行フランジ38 、3’9には窓73 、74が設
けである。これらの窓73 、74はほぼT型であるの
で、2つの衝当部75 、76が形成される。各衝当部
75゜76は操作部材29の極端位置に夫々対応してい
る。
A transverse slider 68 is provided on the rear face 67, the ends 69, 70 of which are connected to the transverse wall 8.9 of the case 5.
The robot moves within windows 71 and 72 formed in the windows 71 and 72. Operation member 29
The parallel flanges 38, 3'9 are provided with windows 73, 74. Since these windows 73, 74 are approximately T-shaped, two abutments 75, 76 are formed. Each of the abutting portions 75 and 76 corresponds to an extreme position of the operating member 29, respectively.

一方の衝当部75はT型窓73 、74の垂直フランジ
の上エツジによって構成され、他方76はT型窓73 
、74の水平フランジの上エツジによって構成される。
One abutment 75 is constituted by the upper edge of the vertical flanges of the T-shaped windows 73 and 74, and the other 76 is constituted by the upper edge of the vertical flanges of the T-shaped windows 73 and 74.
, 74 by the upper edges of the horizontal flanges.

衝当部75と76との間の距離77は操作ハンドル34
0走程に等しく、従って、操作部材29の走程に等しい
The distance 77 between the abutting portions 75 and 76 is the same as that of the operating handle 34.
It is equal to zero travel and therefore equal to the travel of the operating member 29.

この錠の作動は次のとおりである。The operation of this lock is as follows.

操作ハンドル34を操作して操作部材29の滑動を開始
させ、ストッパ57とノツチ56との係合を解除する。
The operation handle 34 is operated to start sliding the operation member 29, and the engagement between the stopper 57 and the notch 56 is released.

ハンドル34の操作を続行すると、窓46 、47の下
エツジ60 、61は軸45を駆動するので、ボルト1
0は軸11を中心として回動し、その結果、錠4は開錠
される。
As the handle 34 continues to be operated, the lower edges 60, 61 of the windows 46, 47 drive the shaft 45, so that the bolt 1
0 rotates around the shaft 11, and as a result, the lock 4 is unlocked.

同時に、弾性部材48が圧縮される。操作部材29が変
位する時に?、よ、T型窓73 、74はプッシャー6
2のスライダ68に沿って滑動し、やがて窓73 、7
4の下工、ジはスライダ68の下エツジに衝当する。摺
動ウィング3を移動させると、弾性部材64はプッシャ
ー62を外方へ押しながら伸長する。衝当部76は弾性
部材48の作用により操作部材29が戻るのを妨げる。
At the same time, elastic member 48 is compressed. When the operating member 29 is displaced? , T-shaped windows 73 and 74 are pushers 6
2 slider 68, and eventually the windows 73, 7
The lower edge of the slider 68 hits the lower edge of the slider 68. When the sliding wing 3 is moved, the elastic member 64 expands while pushing the pusher 62 outward. The abutting portion 76 prevents the operating member 29 from returning due to the action of the elastic member 48 .

ウィング3を閉めると、受座17は弾性部材64を圧縮
しながらプッシャー62を押し戻すので、スライダ68
はT型窓73 、74の垂直フランジ内に来て弾性部材
48の作用を解放する。弾性部材48は伸長しながら操
作部材29を押し戻し、衝当部75はスライダ68の上
エツジに当接する。
When the wing 3 is closed, the catch seat 17 pushes back the pusher 62 while compressing the elastic member 64, so the slider 68
come into the vertical flanges of the T-shaped windows 73, 74 and release the action of the elastic member 48. The elastic member 48 pushes back the operating member 29 while expanding, and the abutting portion 75 abuts against the upper edge of the slider 68.

軸45に窓46 、47が作用するので、ノツチ56は
ストッパ57に係合し、操作部材29がケース5内で滑
動して操作ハンドル34を復帰させる。
Due to the action of the windows 46, 47 on the shaft 45, the notch 56 engages the stopper 57, and the operating member 29 slides within the case 5 to return the operating handle 34.

ところで、この錠4にはスライドハンドル式摺動建具用
の外装を装着することができる。必要に応じ、この外装
としては、この錠を摺動ドア用錠に変換する保安ブロッ
クを備えたものを用いることができる。このため、操作
部材29を中立位置から解錠位置または錠止位置のいず
れかに付勢するためのオーバーセンター装置78を設け
る。
By the way, this lock 4 can be equipped with an exterior for a sliding handle-type sliding fitting. If necessary, this exterior housing may be provided with a security block that converts this lock into a lock for a sliding door. For this reason, an over-center device 78 is provided for biasing the operating member 29 from the neutral position to either the unlocked position or the locked position.

このオーバーセンター装置78は弾性部材79を有し、
この弾性部材79の両端80 、81は2つの揺動部材
84 、85の揺動軸82 、83に整列している。
This over-center device 78 has an elastic member 79,
Both ends 80 , 81 of this elastic member 79 are aligned with swing axes 82 , 83 of two swing members 84 , 85 .

揺動部材85の頭部86は操作部材29の横壁88に形
成した凹所87内で回動可能であり、揺動部材84の頭
部89はケース5の壁7に設けた凹所90内で回動可能
である。凹所90は移動不能であるが、凹所87は、錠
4の錠止位置に対応する低位置から、解錠位置に対応す
る高位置へと移動可能である。低位置と高位置との間の
距離は操作ハンドル34の走程に等しい。操作ハンドル
34を操作して操作部材29を作動させれば、弾性部材
79が圧縮される。操作部材29が中立位置を過ぎると
、弾性部材79は伸長しながら操作部材29に作用し、
操作部材29は確実に解錠位置または錠止位置に持来さ
れる。
The head 86 of the swinging member 85 is rotatable within a recess 87 formed in the side wall 88 of the operating member 29, and the head 89 of the swinging member 84 is rotatable within a recess 90 formed in the wall 7 of the case 5. It can be rotated. Although the recess 90 is immovable, the recess 87 is movable from a low position corresponding to the locked position of the lock 4 to a high position corresponding to the unlocked position. The distance between the low and high positions is equal to the travel of the operating handle 34. When the operating handle 34 is operated to operate the operating member 29, the elastic member 79 is compressed. When the operating member 29 passes the neutral position, the elastic member 79 acts on the operating member 29 while expanding.
The operating member 29 is reliably brought to the unlocked or locked position.

しかしながら、錠4を良好に作動させるためには、外面
15からのプッシャー62の公称突出量は衝当部76の
幅に等しくなし、ボルト10を突出させることが必要で
ある。錠4はウィング3内にかなり精密に配置されるこ
とから、この公称突出量は不足しがちになり、錠4の作
動を妨げる。
However, for good operation of the lock 4, it is necessary that the nominal protrusion of the pusher 62 from the outer surface 15 be equal to the width of the abutment 76, allowing the bolt 10 to protrude. Since the lock 4 is placed in the wing 3 with considerable precision, this nominal protrusion tends to be insufficient and prevents the lock 4 from operating.

即ち、プッシャー62の走程が公称突出量に合わない場
合には、ボルト10を閉鎖するための機構が劣化する。
That is, if the travel distance of the pusher 62 does not match the nominal protrusion amount, the mechanism for closing the bolt 10 will deteriorate.

そこで、本発明は、ウィング3の内壁2に対する錠4の
位置を調節するための手段を設ける。
The invention therefore provides means for adjusting the position of the lock 4 with respect to the inner wall 2 of the wing 3.

その第1実施形態では、この調節手段はケース5の両端
部94 、95に配置したねし91 、92および対向
ねじ93からなり、ウィング3に錠4を固定するのを可
能にする。
In its first embodiment, this adjustment means consists of screws 91 , 92 and counterscrews 93 arranged at both ends 94 , 95 of the case 5 and makes it possible to fix the lock 4 on the wing 3 .

錠4の長さがかなり長い場合に特に有利な第2実施形態
においては、この調節手段はウィング3の内壁2にねじ
91によって固定したハブ96からなる。このハブ96
にはトラニオン97が設けてあり、このトラニオン97
はケース5の横壁8゜9の上端の延長部100.101
に形成したボア98 、99を挿通している。従って、
錠4はトラニオン97を中心として僅かに揺動すること
が出来、ねじ92および錠4の下端95に作用するねじ
93によって錠の位置を調節することができる。この様
にして、プッシャー62の公称突出量のずれを補償する
ことができる。
In a second embodiment, which is particularly advantageous if the length of the lock 4 is quite long, this adjustment means consists of a hub 96 fixed to the inner wall 2 of the wing 3 by means of screws 91. This hub 96
is provided with a trunnion 97, and this trunnion 97
is an extension of the upper end of the side wall 8゜9 of the case 5 100.101
The holes 98 and 99 formed in the holes 98 and 99 are inserted therethrough. Therefore,
The lock 4 can be pivoted slightly about the trunnion 97 and its position can be adjusted by means of a screw 92 and a screw 93 acting on the lower end 95 of the lock 4. In this way, the deviation in the nominal protrusion amount of the pusher 62 can be compensated for.

【図面の簡単な説明】 第1図は本発明の錠を備えた摺動ウィングl具の一部の
断面図、第2図は第1図のn−tr矢視断面図である。 3・・・摺動ウィング、    4・・・錠、5・・・
ケース、       IO川用ルト、11・・・軸、
        14・・・ボルトの鉤、17・・・受
座、      18・・・枠、29・・・操作部材、
     34・・・操作ハンドル、44・・・遊び行
程、     48・・・弾性部材、55・・・保持手
段、     56・・・ノツチ、57・・・ストッパ
、     68・・・スライダ、77・・・衝当面。 以下余白
BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a sectional view of a portion of a sliding wing l device equipped with a lock of the present invention, and FIG. 2 is a sectional view taken along the line n-tr in FIG. 1. 3...Sliding wing, 4...Lock, 5...
Case, IO river route, 11...shaft,
14... Bolt hook, 17... catch, 18... frame, 29... operating member,
34... Operation handle, 44... Idle stroke, 48... Elastic member, 55... Holding means, 56... Notch, 57... Stopper, 68... Slider, 77... For the time being. Margin below

Claims (1)

【特許請求の範囲】 1、錠(4)のケース(5)に枢支され、鉤付ボルト(
10)を操作ハンドル(34)に連結する操作部材(2
9)によって操作される鉤付ボルト(10)と、該ボル
ト(10)を錠止位置に付勢する弾性手段(48)と、
ボルト(10)を解錠位置に保持する保持手段(56)
と、摺動ウィングの閉鎖時に該保持手段(56)に作用
して弾性手段(48)によりボルト(10)錠止位置に
付勢するプッシャー(62)とを備えてなる摺動ウィン
グ用錠であって、 ボルト(10)作動用の操作部材(29)は滑動可能に
ケース(5)内に収容してあるとともに保持手段(55
)を備え、該保持手段(55)は解錠位置ではボルト(
10)に連結された他の保持手段(56)に係合し、操
作部材(29)とボルト(10)との間のリンク(43
)は解錠位置において操作部材(29)の保持手段(5
7)とボルト(10)の保持手段(56)との間の係合
を解除する遊び行程(44)を有し、 保持手段(55)に作用するプッシャー(62)はケー
ス(5)内で操作部材(29)に対して横断方向に滑動
するとともに、そのいずれの極端位置においても衝当部
(75、76)と係合し、 衝当部(75、76)間の距離(77)は操作ハンドル
(34)の走程に等しく、 ボルト(10)付勢用の弾性部材は操作部材(29)を
その中立位置から解錠位置または錠止位置に付勢するオ
ーバーセンター装置(78)からなり、該錠(4)はプ
ッシャー(62)の公称突出量を調節する手段を備え、
該調節手段はケース(5)の端部(94、95)に配置
したねじ(91、92)および対向ねじ(93)で構成
されていて錠(4)を摺動ウィング(3)に固定可能で
あることを特徴とする摺動ウィング用錠。 2、操作部材(29)の保持手段はピンまたは凹所から
なるストッパ(57)であり、ピンまたは凹所はノッチ
(56)と係合し、ノッチ(56)は凹所またはフィン
ガーで形成されていて錠止位置におけるボルト(10)
の保持手段を構成し、操作部材(29)とボルト(10
)との間のリンク(43)はノッチ(56)内でのスト
ッパ(57)の係合深さに少なくとも等しい遊び行程(
44)を有する特許請求の範囲第1項記載の錠。 3、操作部材(29)は衝当部(75、76)およびT
型窓(73、74)を備え、衝当部(75、76)はプ
ッシャー(62)の後面(62)に位置する横方向スラ
イダ(68)と協働し、T型窓(73、74)の垂直区
間および水平区間の上エッジは衝当部(75、76)を
構成し、オーバーセンター装置(78)は頭部(86、
89)を有する2つの揺動部材(84、85)からなり
、一方の頭部(86)は操作部材(29)の凹所(87
)と協働し、他方の頭部(89)はケース(5)と協働
し、2つの揺動部材(84、85)は弾性手段(79)
によって連結されている特許請求の範囲第1項記載の錠
。 4、摺動ウィング(3)の内壁(2)への錠(4)の固
定手段は一端(94)においてトラニオン(97)を有
し、トラニオン(97)はハブ(96)内に配置され、
ハブ(96)はねじ(91)により固定され、ハブ(9
6)は僅かに揺動可能であり、ハブ(96)の揺動は他
端(95)においてねじ(92)および対向ねじ(93
)によって調節可能である特許請求の範囲第1項記載の
錠。
[Claims] 1. A hooked bolt (
an operating member (2) connecting the operating member (10) to the operating handle (34);
a hooked bolt (10) operated by the locking bolt (9); and elastic means (48) for biasing the bolt (10) to the locked position;
Retaining means (56) for retaining the bolt (10) in the unlocked position
and a pusher (62) that acts on the holding means (56) and biases the bolt (10) to the locking position by the elastic means (48) when the sliding wing is closed. The operating member (29) for operating the bolt (10) is slidably housed in the case (5) and is also attached to the holding means (55).
), and the retaining means (55) is provided with a bolt (55) in the unlocked position.
10), the link (43) between the operating member (29) and the bolt (10)
) is the holding means (5) of the operating member (29) in the unlocked position.
7) and the retaining means (56) of the bolt (10), the pusher (62) acting on the retaining means (55) is sliding in the transverse direction relative to the operating member (29) and engaging the abutments (75, 76) in either extreme position, the distance (77) between the abutments (75, 76) being Equal to the travel distance of the operating handle (34), the elastic member for biasing the bolt (10) is connected from an overcenter device (78) that biases the operating member (29) from its neutral position to the unlocked or locked position. and the lock (4) is provided with means for adjusting the nominal protrusion amount of the pusher (62),
The adjustment means consist of screws (91, 92) and counterscrews (93) arranged at the ends (94, 95) of the case (5), allowing the lock (4) to be fixed on the sliding wing (3). A sliding wing lock characterized by: 2. The holding means of the operating member (29) is a stopper (57) consisting of a pin or a recess, the pin or the recess engages with a notch (56), and the notch (56) is formed by a recess or a finger. Bolt in locked position (10)
The operating member (29) and the bolt (10
) between the link (43) has an idle stroke (
44) The lock according to claim 1. 3. The operating member (29) is connected to the abutment portions (75, 76) and T
The abutment part (75, 76) cooperates with a lateral slider (68) located on the rear surface (62) of the pusher (62), and the T-shaped window (73, 74) is provided. The upper edges of the vertical and horizontal sections constitute abutments (75, 76), and the over-center device (78) is connected to the head (86,
Consisting of two swinging members (84, 85) having a recess (89), one head (86) is located in a recess (87) of the operating member (29).
), the other head (89) cooperates with the case (5), and the two rocking members (84, 85) cooperate with the elastic means (79).
A lock according to claim 1, which is connected by. 4. The means for fixing the lock (4) to the inner wall (2) of the sliding wing (3) has at one end (94) a trunnion (97), the trunnion (97) being arranged in the hub (96);
The hub (96) is fixed with a screw (91), and the hub (96) is fixed with a screw (91).
6) is slightly swingable, and the swing of the hub (96) is caused by the screw (92) and the opposing screw (93) at the other end (95).
2. A lock according to claim 1, which is adjustable by: ).
JP61223934A 1985-09-26 1986-09-24 Lock for slide wing Granted JPS6272871A (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
FR8514410A FR2587752B1 (en) 1985-09-26 1985-09-26 LATCH, ESPECIALLY FOR SLIDING OPENINGS
FR8514410 1985-09-26

Publications (2)

Publication Number Publication Date
JPS6272871A true JPS6272871A (en) 1987-04-03
JPH0435592B2 JPH0435592B2 (en) 1992-06-11

Family

ID=9323353

Family Applications (1)

Application Number Title Priority Date Filing Date
JP61223934A Granted JPS6272871A (en) 1985-09-26 1986-09-24 Lock for slide wing

Country Status (7)

Country Link
EP (1) EP0220127B1 (en)
JP (1) JPS6272871A (en)
AT (1) ATE44575T1 (en)
CA (1) CA1283142C (en)
DE (1) DE3664359D1 (en)
FR (1) FR2587752B1 (en)
HK (1) HK50390A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8459401B2 (en) 2007-11-08 2013-06-11 Toyota Jidosha Kabushiki Kaisha Steering apparatus

Families Citing this family (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR2719625A1 (en) * 1994-05-03 1995-11-10 Prudhomme Dominique Elevator door safety bolt lock control
GB2309996B (en) * 1996-02-07 2000-09-20 Paddock Fabr Ltd Lock assembly
FR2763981B1 (en) * 1997-05-30 1999-07-30 Ferco Int Usine Ferrures LOCKING FITTING FOR SLIDING DOOR, WINDOW OR THE LIKE
FR2765261B1 (en) * 1997-06-27 1999-08-06 Ferco Int Usine Ferrures LOCKING HARDWARE FOR SLIDING OPENING AND ANTI-INFRINGEMENT DEVICE FOR SUCH A HARDWARE
FR2789715B1 (en) * 1999-02-17 2001-03-30 Ferco Int Usine Ferrures LOCK CREMONE COMPRISING A LOCK WITH A SECURE LOCKING HOOK
US7032939B2 (en) * 2003-05-08 2006-04-25 Southco, Inc. Lock
FR2865231B1 (en) * 2004-01-15 2006-03-24 Ferco Int Usine Ferrures LOCKING FERRULE FOR SLIDING OPENING

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR794886A (en) * 1934-12-04 1936-02-27 Etablissements Garnier Soc D Latch
NL8303846A (en) * 1983-11-09 1985-06-03 Ver Sloten Bouwbeslag HOOK LOCK LOCK.

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8459401B2 (en) 2007-11-08 2013-06-11 Toyota Jidosha Kabushiki Kaisha Steering apparatus

Also Published As

Publication number Publication date
ATE44575T1 (en) 1989-07-15
FR2587752B1 (en) 1987-11-20
FR2587752A1 (en) 1987-03-27
DE3664359D1 (en) 1989-08-17
HK50390A (en) 1990-07-08
CA1283142C (en) 1991-04-16
EP0220127A1 (en) 1987-04-29
EP0220127B1 (en) 1989-07-12
JPH0435592B2 (en) 1992-06-11

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