专利检索_ 对号排列锁或密码锁专利检索_ 对号排列锁或密码锁专利检索查询

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
61	EINRICHTUNG ZUM BETÄTIGEN DES SCHLIESSMECHANISMUS EINES SCHLOSSES	EP10721664.0	2010-04-28	EP2425075A1	2012-03-07	BOCK, Peter; BLUNCK, Matthias
The invention relates to a device (23) for actuating a closing mechanism of a lock, especially a furniture lock, comprising a fastening unit (1) with which the device (23) can be fastened to a component, especially a door and/or window pane, on which component the lock is arranged, a grip (27) which is mounted on the fastening unit (1) so as to be rotatable about a rotational axis and the rotation of which manually actuates the closing mechanism, and a force transmission unit (8) which can be non-rotatably coupled to the grip (27) to transmit the force applied during rotation of the grip (27) onto the closing mechanism, the force transmission unit (8) non-rotatably coupling to the grip (27) only when an enable code is input and authenticated. The enable code is input by the electronic detection of at least one position of the grip (27) relative to the force transmission unit (8). The device has a coupling mechanism via which the force transmission unit (8) can be non-rotatably coupled either to the fastening unit (1) or to the grip (27).
62	SELF-POWERD ELECTRONIC LOCK	EP10733752.9	2010-01-11	EP2389489A1	2011-11-30	HARVEY, Michael, P.
A self-powered electronic lock (10) is provided having a housing (16), a lock element (24) mounted in the housing (16) for movement relative to the housing (16) between a locked position and an unlocked position, a code input device (14) operating with a first set of electronics (46), and an electric actuator (92) operating with a second set of electronics (44). The electric actuator (92) is operatively coupled with the lock element (24) to allow movement of the lock element (24) from the locked position to the unlocked position. A first electric power generator (34) is operative by a user to supply electrical power for operating the code input device (14) and the first set of electronics (46). A second electric power generator (32) is operative to supply electrical power for operating the electric actuator (92) and the second set of electronics (44). The first and the second set of electronics (46, 44) are electrically isolated and are synchronized to generate a common number for a combination code.
63	Deadbolt combination lock system	EP98307202.6	1998-09-07	EP0900900A3	2001-06-27	Evans, Walter R.; Hamilton, James D.; Mimlitch, Kenneth H.
A deadbolt lock (10) and a deadbolt (12) is disclosed which will extend automatically whenever a container is locked by virtue of a rigid portion (32) of the container engaging a trigger element (34) extending from the end face of the bolt (12) and causing the release of an outer bolt portion (42) from an inner bolt portion (40). The release of the outer bolt (42) of the bolt assembly (12) allows the outer bolt (42) to project outwardly and to lock the container notwithstanding the fact that the bolt has not been reset by the operator of the lock. The bolt is self-contained and can be substituted into many existing lock mechanisms of the mechanical type and into some of the existing electronic dial combination locks, to provide the auto-locking enhancement.
64	COMBINATION LOCK MECHANISM	EP98914013.2	1998-04-10	EP1015718A1	2000-07-05	KNOLL, Yehonatan
A combination lock mechanism comprising a housing (20), a locking element (40) fitted with a locking latch (48) and extending into the housing (20), at least two coaxially disposed rotatable locking assemblies (58, 60, 62), each comprising a cogged wheel (68), a locking disc (70) formed with a peripheral recess (84) and a reset element (72) fixable to the cogged wheel (68), a forked locking member (90) pivotally secured within the housing (20) and fitted with first engaging fingers (94), each engaging finger (94) adapted for engagement with the peripheral recess (84) of a corresponding locking disc (70), second engaging fingers (96, 98), each adapted for engagement with a corresponding reset element (72), and a locking lug (140) for locking engagement with the locking latch (48) of the locking element (40). The lock further comprises a manipulating frame (100) displaceable within the housing (20), the arrangement being such that upon predetermined consecutive displacements of the manipulating frame (100) the forked locking member (90) can be shifted to its open position.
65	Deadbolt combination lock system	EP98307202.6	1998-09-07	EP0900900A2	1999-03-10	Evans, Walter R.; Hamilton, James D.; Mimlitch, Kenneth H.
A deadbolt lock (10) and a deadbolt (12) is disclosed which will extend automatically whenever a container is locked by virtue of a rigid portion (32) of the container engaging a trigger element (34) extending from the end face of the bolt (12) and causing the release of an outer bolt portion (42) from an inner bolt portion (40). The release of the outer bolt (42) of the bolt assembly (12) allows the outer bolt (42) to project outwardly and to lock the container notwithstanding the fact that the bolt has not been reset by the operator of the lock. The bolt is self-contained and can be substituted into many existing lock mechanisms of the mechanical type and into some of the existing electronic dial combination locks, to provide the auto-locking enhancement.
66	Electronic combination lock with high security features	EP92305696.4	1992-06-22	EP0519755B1	1998-09-02	Dawson, Gerald Lee; Miller, James C.; Thompson, Daniel Lee; Harvey, Michael P.

67	Zahlenkombinationsschloss mit einem Drehknopf, mit einer Nockenscheibe und mit einem Einfallhebel	EP94108672.0	1994-06-07	EP0634543B1	1996-09-04	Heinemann, Albert

68	Dispositif de serrure à combinaison destiné à empêcher le manoeuvrement d'un pêne	EP94440078.7	1994-11-25	EP0713945A1	1996-05-29	Provost, Christian
Il comprend d'une part un axe (4) de manoeuvrement en libre rotation, présentant une gorge longitudinale (40) dans laquelle est placé un doigt (8) d'accouplement apte à pivoter et à s'extraire de ladite gorge (40), ledit axe (4) étant introduit dans trois premières roues dentées (1, 2, 3) accolées, dont l'une (3), d'extrémité, est solidarisée fixement audit axe (4) ; d'autre part un pivot (70), parallèle à l'axe de manoeuvrement (4) et comportant une fente (71) longitudinale et diamétrale, sur lequel sont montées trois secondes roues dentées (1', 2', 3') s'engrènant chacune sur une roue dentée (1, 2, 3) et comportant chacune, pratiquée périphériquement et radialement dans leur ouverture centrale, une encoche (11', 21', 31') apte à se placer, lors de leur rotation sur le pivot (70), en regard de la fente diamétrale (71) de ce dernier, afin de permettre le pivotement, autour d'un axe (50) parallèle audit axe de manoeuvrement (4) et audit pivot (70), d'une plaque de condamnation (6) reliée au pêne, munie d'une partie saillante (60) qui est emprisonnée dans ladite fente (71) lorsque celle-ci n'est pas en regard de toutes les encoches (11', 21', 31').
69	Zahlenkombinationsschloss mit einem Drehknopf, mit einer Nockenscheibe und mit einem Einfallhebel	EP94108672.0	1994-06-07	EP0634543A1	1995-01-18	Hienemann, Albert
Ein Zahlenkombinationsschloß (1) hat einen Drehknopf (3), mit welchem eine Nockenscheibe (4) verdrehbar ist, um einen an einem Riegel (2) des Schlosses (1) angelenkten Einfallhebel (5) zu betätigen und dadurch den Riegel in Offenstellung zurückzuziehen. Dies geht nur bei richtiger Einstellung eines Öffnungsgeheimnisses, welches ebenfalls mit Hilfe des Drehknopfes (3) durch mehrmalige Verdrehung eingestellt werden muß, wobei nach jeder Einstellung der Drehknopf (3) in axialer Richtung verstellbar ist, um einen Schalter (11) auf einer Leiterplatte (35) jeweils gemäß dem jeweiligen Einstellwert zu betätigen. Dadurch wird ein Elektromotor (12) angesteuert, der einen Kupplungsvorsprung (14) an einem Schieber (13) in den Bereich einer Gegenkupplung (15) der Nockenscheibe (4) bewegt, wenn das richtige Öffnungsgeheimnis eingegeben ist. Der Schieber (13) hat einen der Nockenscheibe (4) zugewandten, feststehenden Schiebevorsprung (20) und die Nockenscheibe (4) hat einen Gegenvorsprung (21), welcher beim Zurückdrehen der Nockenscheibe (4) zum Schließen des Riegels (2) in Wirkverbindung mit dem Schiebevorsprung (20) gelangt, so daß der Schieber (13) durch die Verdrehung der Nockenscheibe (4) beim Schließen des Schlosses (1) zwangsweise in seine Ausgangslage zurückverschoben wird, falls eine gegebenenfalls vorgesehene Rückstellfeder (22) versagt. Somit ist das Schloß in jedem Falle nach seinem Verschließen zum nächsten Öffnungsvorgang bereit, selbst wenn eine Rückstellfeder (22) den Schieber (13) nicht verschieben würde.
70	Device for pickproofing combination locks	EP91111767.9	1991-07-15	EP0523262A1	1993-01-20	Winter, Dan
A mechanism for preventing picking of a combination lock comprises a sensor 11 for sensing the number of revolutions or partial revolutions of the shaft 4 of the combination lock within a given time period. The combination shaft 4 of the lock is provided with a toothed or cammed wheel and with a pivotably mounted lever arm 6. A first free end 8 of the arm is adapted to engage the toothed or cammed wheel 5 and a second end thereof is movable through the selectively applied attraction from an electromagnet 10 to lock the combination shaft 4 when it is determined that the combination wheel is being tampered with.
71	安全性の高いロック	JP2016500177	2014-01-24	JP2016510846A	2016-04-11	クレイトン・ジェイ・ミラー; ドナルド・ピー・クック; マイケル・ピー・ハーヴェイ; ブライアン・ティ・クレイクラフト; フィリップ・ディ・メイソン; ケネス・エイチ・ミムリッチ; クレイグ・ヴォルク
安全性の高いロック(10)は、延出ポジションと後退ポジションとの間で移動可能なロックボルト(54)と、ロックボルト(54)に連結されたボルト後退ギア(68)と、手動ギアとを含む。ロック(10)のロック解除のためにコントローラがユーザ入力情報が正しいと確認した場合、前記ボルト後退ギア(68)および手動ギア(78)が動作可能に連結され、前記ギア(68,78)が、ロックボルト(54)をその延出ポジションから後退ポジションへ移動できるようになる。
72	錠の閉鎖機構の操作のための装置	JP2012507634	2010-04-28	JP5865833B2	2016-02-17	ペーターボック; マティアスブルンク

73	表示板と表示板支持部材から成る表示板装填物	JP2009138079	2009-06-09	JP2015038520A	2015-02-26	MATSUSHITA TERUAKI
【課題】板状の表示板および表示板支持部材とから成る表示板装填物において、変形復元能を備えてはいるが、変形能が十分ではない為に、局所的に強い変形を生じさせることが困難な表示板を表示板支持部材に対して着脱可能にする。【解決手段】表示板支持部材の表示板装填部に、表示板挿入用口、表示板スライド用溝、表示板嵌合用凹凸部、表示板が湾曲する時に沿う為の隆起部を適切に配置して、表示板の表示板装填部に対する挿入および抜去時に、表示板の両側と中央とでは、表示面側から裏面側に向かう方向または裏面側から表示面側に向かう方向のどちらかの異なる力を加えることにより、表示板が全体的に表示面側に凸状または凹状となる変形を生じさせて、表示板に局所的に強い変形を生じさせることなく、表示板を表示板支持部材に対して着脱可能にする。【選択図】図4
74	組合せ錠	JP2014548335	2012-12-20	JP2015504990A	2015-02-16	クノール，イェホナタン
シャンクを取り外し可能に受け入れるように構成されたロッジポートを有するハウジングと、ハウジング内に受け入れられ、かつシャンクポートを有する施錠バーと含む組合せ錠。施錠バーは、シャンクの施錠部分が両方のポートを通ってハウジングの中へ移動できるようにシャンクポートがロッジポートと整列された開放位置と、シャンクの施錠部分がシャンクポートを介してハウジングの外へ移動しないようにシャンクポートがロッジポートと整列されない固定位置との間で少なくとも移動するように構成され、;組合せ機構は、施錠バーと関連付けられ、かつ少なくとも施錠バーがその閉鎖位置からその開放位置へ自由に移動する開錠位置と、施錠バーが拘束される施錠位置を切り替えるように構成され、;固定装置は、ハウジングの拘束部分とのインターロック係合用に構成された施錠バーの拘束部材と、施錠バーにハウジングの拘束部分とインターロック係合させる付勢機構とによって構成され、固定装置は、シャンクの施錠部分がロッジポートから取り外されているとき、施錠バーのその開放位置からの移動を防止するように構成される。【選択図】図5K
75	Self-powered electronic lock	JP2011546289	2010-01-11	JP2012515860A	2012-07-12	マイケル・ピー・ハーヴェイ
自己発電型電子錠(10)は、ハウジング(16)、前記ハウジング(16)に対しロック位置とアンロック位置との間で動作するための前記ハウジング(16)内に取り付けられている錠要素(24)、電子装置の第１セット(46)で動作するコード入力デバイス(14)、および電子装置の第２セット(44)で動作する電動アクチュエータ(92)を具備している。前記電動アクチュエータ(92)は、ロック位置からアンロック位置への前記錠要素(24)の動作を許容可能なように、前記錠要素(24)と結合されている。第１発電機(34)は、ユーザにより、前記コード入力デバイス(14)および前記電子装置の第１セット(46)を操作するための電力を供給可能である。第２発電機(32)は、前記電動アクチュエータ(92)および前記電子装置の第２セット(44)を操作するための電力を供給可能である。前記電子装置の第１および第２セット(46, 44)は、電気的に絶縁されており、また同期され、組み合わせコードのための通数を生成する。
76	Combination lock	JP2004501740	2003-04-15	JP4510615B2	2010-07-28	ノル，イエホナタン

77	Dial lock and dial member	JP2009127129	2009-05-27	JP4458437B2	2010-04-28	曜顯松下

78	Display panel loader including display panel and display panel support member	JP2009134935	2009-06-04	JP2010026504A	2010-02-04	MATSUSHITA TERUAKI
<P>PROBLEM TO BE SOLVED: To provide a display panel loader including a plate-like display panel and a display panel support member, in which the display panel hard to locally cause strong deformation is made detachable from the display panel support member, because it includes deformation restoration potential, but does not have enough deformability. <P>SOLUTION: In the display panel loading part of the display panel support member, a display panel insertion opening, a display panel sliding groove, a display panel fitting rugged part and a projected part applied when the display panel bends are suitably disposed, and when the display panel is inserted and removed in and from the display panel loading part, the force in the direction turning from the display surface side to the back side or in the direction turing from the back side to the display surface side is applied so that the applied force is different between both sides of the display panel and the central part, whereby the display panel is caused to deform in a rugged state on the display surface side on the whole so that the display panel can be attached and detached to and from the display panel support member without local strong deformation in the display panel. <P>COPYRIGHT: (C)2010,JPO&INPIT
79	Display panel loader including display panel and display panel support member	JP2008290848	2008-11-13	JP2010026482A	2010-02-04	MATSUSHITA TERUAKI
<P>PROBLEM TO BE SOLVED: To provide a display panel loader including a plate-like display panel and a display panel support member, in which the display panel hard to locally cause strong deformation can be attached and detached to and from the display panel support member, because it includes deformation restoration potential, but does not have enough deformation performance. <P>SOLUTION: In the display panel loading part of the display panel support member, a display panel insertion opening, a display panel sliding groove, a display panel fitting rugged part and a projected part applied when the display panel bends are suitably disposed, and when the display panel is inserted and removed in and from the display panel loading part, the force in the direction turning from the display surface side to the back side or in the direction turing from the back side to the display surface side is applied so that the applied force is different between both sides of the display panel and the central part, whereby the display panel is caused to deform in a rugged state on the display surface side on the whole so that the display panel can be attached and detached to and from the display panel support member without local strong deformation in the display panel. <P>COPYRIGHT: (C)2010,JPO&INPIT
80	Dial lock and dial member	JP2009127129	2009-05-27	JP2010024821A	2010-02-04	MATSUSHITA TERUAKI
<P>PROBLEM TO BE SOLVED: To provide a dial member and a dial lock facilitating attachment/detachment of a display plate to/from a dial body and its replacement by preventing the display plate from falling off the dial body when assembling and disassembling the dial lock in which a display part used as an unlocking/locking mark can be individually set. <P>SOLUTION: A display plate mounting part of the dial body in the dial member comprising the dial body and the display plate is provided with a display plate fitting rugged part formed of a projecting part, a notch part, or the like, and the display plate having deformation restoring ability is provided with a dial body fitting part formed of a notch part, a recessed part, a projecting part, or the like to form a structure in which the dial body and the display plate are fittable. Falling off such as a natural fall is thereby prevented, and mounting is facilitated. Display plate insertion ports are provided on both sides of the display plate mounting part to facilitate takeout of the display plate from the display plate mounting part and the replacement of the display plate. <P>COPYRIGHT: (C)2010,JPO&INPIT

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