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    • 1. 发明申请
    • LOCK ASSEMBLY WITH MOVABLE ELEMENT
    • 具有可移动元件的锁定组件
    • WO2012125512A1
    • 2012-09-20
    • PCT/US2012/028669
    • 2012-03-11
    • MUL-T-LOCK TECHNOLOGIES LTD.BEN-AHARON, EffiKLEIN, David
    • BEN-AHARON, Effi
    • E05B27/00E05B35/00
    • E05B27/08E05B27/0021E05B27/0042E05B35/003Y10T70/7605
    • A lock assembly (10) including a plug (12) having a keyway (14) for inserting therein a key (16), the plug (12) arranged for movement in a bore (18) formed in a lock body (20) along a shear line (24) defined between an outer perimeter of the plug (12) and an inner perimeter of the bore (18), and at least one movable element (26, 28) slidingly disposed in an opening formed in the plug (12), wherein insertion of the key in the keyway (14) without movement of the plug (12) in the lock body (20) does not align the at least one movable element (26, 28) with the shear line (24), but movement of the plug (12) in the lock body (20) with the key (16) inserted in the keyway (14) aligns the at least one movable element (26, 28) with the shear line (24).
    • 一种锁组件(10),包括具有用于在其中插入钥匙(16)的键槽(14)的插头(12),所述插头(12)布置成沿着形成在锁体(20)中的孔(18)中运动 限定在所述插头(12)的外周边和所述孔(18)的内周边之间的剪切线(24)以及滑动地设置在所述插头(12)中形成的开口中的至少一个可移动元件(26,28) ),其中,将钥匙插入所述键槽(14)中而不将所述插头(12)移动到所述锁体(20)中,所述至少一个可移动元件(26,28)不与所述剪切线(24)对准, 但是插头(16)插入键槽(14)中的插头(12)在锁体(20)中的移动使至少一个可移动元件(26,28)与剪切线(24)对准。
    • 5. 发明申请
    • KEYING SYSTEM
    • 关键系统
    • WO2007007313A1
    • 2007-01-18
    • PCT/IL2006/000760
    • 2006-06-29
    • MUL-T-LOCK TECHNOLOGIES LTD.MARKBREIT, DaniBEN-AHARON, Effi
    • MARKBREIT, DaniBEN-AHARON, Effi
    • E05B27/00
    • E05B27/0053E05B27/005
    • A keying system including a cylinder lock including a tumbler having a keyway and tumbler pins, driver pins being disposed in the cylinder lock, a master key element disposed in the cylinder lock that forms together with the tumbler pins and the driver pins a master key combination alignable with a shear line by insertion of a master key into the keyway, the tumbler being rotatable along the shear line, and an intermediate key, which when inserted in the keyway, aligns the tumbler pins, the driver pins and the master key element with the shear line to permit rotation of the tumbler, and displaces the master key element so that the master key element is no longer alignable with the shear line by means of the master key.
    • 一种键控系统,包括一个气缸锁,包括一个具有键槽和制动栓的翻转开关,位于气缸锁中的驱动销,设置在缸锁中的主键元件,其与制动栓销和驱动销一起形成主键组合 可以通过将主键插入键槽而与剪切线对准,制动栓可沿着剪切线旋转,并且中间键当插入键槽时将制动栓销,驱动销和主钥匙元件与 该剪切线允许制动栓的旋转,并使主键元件移位,使得主键元件不再能够通过主键与剪切线对准。
    • 6. 发明申请
    • SLANTED KEY COMBINATION ELEMENT IN KEY BLANK AND KEY
    • 键空白键和关键键盘组合元件
    • WO2006137070A1
    • 2006-12-28
    • PCT/IL2006/000734
    • 2006-06-22
    • MUL-T-LOCK TECHNOLOGIES LTD.AVI-TAL, Shlomo
    • AVI-TAL, Shlomo
    • E05B35/00
    • E05B35/003
    • A key blank (and/or key made therefrom, and lock provided therefor) including a generally elongate shaft portion defining first and second generally flat oppositely directed side surfaces, joined by edge surfaces, at least one of the first and second side surfaces cuttable to form key cuts that define a key combination surface, the shaft portion having a longitudinal axis that extends along a length thereof and a transverse axis that extends along a width thereof, and at least one key combination element movably disposed in the elongate shaft portion and adapted for touching a lock combination element disposed in a cylinder lock plug, characterized by the at least one key combination element including a resilient arm disposed in a recess formed in the elongate shaft portion, the resilient arm and recess being slanted at a non-zero angle with respect to both longitudinal and transverse axes of the shaft portion.
    • 包括由通过边缘表面连接的限定第一和第二大体上平坦的相对定向的侧表面的大致细长的轴部分的钥匙坯件(和/或由其制成的钥匙和为其提供的锁),所述第一和第二侧表面中的至少一个可切割成 形成键切口,其限定键组合表面,所述轴部分具有沿着其长度延伸的纵向轴线和沿其宽度延伸的横向轴线;以及可移动地设置在所述细长轴部分中并适配的至少一个键组合元件 用于接触设置在气缸锁塞中的锁定组合元件,其特征在于,所述至少一个键组合元件包括设置在形成在细长轴部分中的凹部中的弹性臂,弹性臂和凹部以非零角度倾斜 相对于轴部的纵轴和横轴两者。
    • 7. 发明申请
    • CYLINDER LOCK WITH EXTENSIBLE LOCK PIN
    • 气缸锁可伸缩锁
    • WO2005068756A1
    • 2005-07-28
    • PCT/IL2005/000062
    • 2005-01-18
    • MUL-T-LOCK TECHNOLOGIES LTD.MARKBREIT, DaniBEN-AHARON, Effi
    • MARKBREIT, DaniBEN-AHARON, Effi
    • E05B27/00
    • E05B27/0021
    • A cylinder lock including a plurality of lock pins comprising a plurality of driver pins slidably and biasedly disposed in bores formed in a lock body, and a plurality of tumbler pins aligned with the driver pins and disposed in pin bores formed in a rotatable-key-receiving plug located in a bore formed in the lock body, the tumbler pins extending into a keyway formed in the plug, wherein at least one of the lock pins has an outer contour with an extensible length. In other words, either the driver pin may have the outer contour with the extensible length, or the tumbler pin may have the outer contour with the extensible length, or both the driver pin and the tumbler pin may have the outer contour with the extensible length.
    • 一种圆筒锁,其包括多个锁定销,所述多个锁定销包括可滑动地且偏置地设置在形成在锁体中的孔中的多个驱动销,以及与驱动销对准的多个转动销,并且设置在形成为可旋转钥匙的销孔中, 位于形成在所述锁体中的孔中的接收塞子,所述翻转销延伸到形成在所述插头中的键槽中,其中所述锁定销中的至少一个具有可延伸长度的外轮廓。 换句话说,驱动器销可以具有可延伸长度的外轮廓,或者制动栓可以具有可延伸长度的外轮廓,或者驾驶员销和制动栓销可以具有可延伸长度的外轮廓 。
    • 8. 发明申请
    • PICK RESISTANT LOCK
    • 防滑锁
    • WO2004001165A1
    • 2003-12-31
    • PCT/IL2003/000523
    • 2003-06-19
    • MUL-T-LOCK TECHNOLOGIES LTD.ALMOZNINO, Rami
    • ALMOZNINO, Rami
    • E05B27/00
    • E05B27/0021E05B27/006Y10T70/7571Y10T70/7605Y10T70/7932
    • An anti-picking cylinder lock including a lock body (10), a plug (14) defining a keyway (16), a plurality of telescopic body pin assemblies (22), each of the telescopic body pin assemblies (22) including an outer body pin (24) and an inner body pin (30)and a plurality of telescopic plug pin assemblies (42), each of the telescopic plug pin assemblies (42) including an outer plug pin (44) and an inner plug pin (46), characterized in that at least one of the outer plug pins and the outer body pins is formed with at least one inner facing recess (90) configured and arranged such that upon attempted picking of the lock, a portion of at least one of the inner plug pins (46) and the inner body pins (30) tends to engage the at least one recess (90), thus causing at least one of the inner plug pins (46) and the inner body pins (30) to move together in at least one direction.
    • 包括锁体(10),限定键槽(16)的插头(14),多个伸缩主体销组件(22)的防拾卷筒锁,每个伸缩体销组件(22)包括外壳 主体销(24)和内部主体销(30)和多个伸缩式插头销组件(42),每个伸缩式插头销组件(42)包括外部插头销(44)和内部插头销(46) ),其特征在于,所述外部插头销和所述外部主体销中的至少一个形成有至少一个内部相对的凹部(90),所述至少一个内部相对的凹部(90)被构造和布置成使得在试图挑选所述锁时,至少一个 内部插头销(46)和内部本体销(30)倾向于与至少一个凹部(90)接合,从而使得内部插头销(46)和内部主体销(30)中的至少一个能够一起移动 在至少一个方向。
    • 10. 发明申请
    • CLUTCH FOR ACTUATOR-DRIVEN LOCK ASSEMBLY
    • 离合器用于执行机构驱动的锁定组件
    • WO2017208089A1
    • 2017-12-07
    • PCT/IB2017/052369
    • 2017-04-25
    • MUL-T-LOCK TECHNOLOGIES LTD.
    • NOTKIN, Leon
    • E05B47/00
    • E05B47/0012E05B2047/0026E05B2047/0083E05B2047/0091
    • A lock assembly (10) includes a non-manual actuator (12) coupled to a drive member (37), and a clutch member (38) formed with a groove (39) in which an engagement element (62) is disposed. The engagement element (62) is movable towards and away from a cam surface (46) which is arranged to move a lock element (56). The lock element (56) is also connected to a manual actuator (60). In a first orientation, the engagement element (62) does not protrude out of the groove (39) and does not abut against the cam surface (46), so that the non-manual actuator (12) is disengaged from the lock element (56). In a second orientation, the drive member (37) is movable by the non-manual actuator (12) so that the drive member (37) causes the engagement element (62) to protrude out of the groove (39) and abut against the cam surface (46), so that the non-manual actuator (12) is engaged with the lock element (56).
    • (10)包括联接到驱动构件(37)的非手动致动器(12),以及形成有凹槽(39)的离合器构件(38),其中接合 元件(62)。 接合元件(62)可朝向和远离布置成移动锁定元件(56)的凸轮表面(46)移动。 锁定元件(56)也连接到手动致动器(60)。 在第一取向中,接合元件(62)不突出槽(39)并且不抵靠凸轮表面(46),使得非手动致动器(12)与锁定元件(12)脱离接合 56)。 在第二取向中,驱动构件(37)可通过非手动致动器(12)移动,使得驱动构件(37)使接合元件(62)突出到凹槽(39)外并抵靠 凸轮表面(46),使得非手动致动器(12)与锁定元件(56)接合。