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    • 21. 发明申请
    • DEVICE FOR CONNECTING PARTS WITH AN ANGULAR PLAY
    • 用于连接零件与安装玩具的装置
    • WO1983004067A1
    • 1983-11-24
    • PCT/EP1983000123
    • 1983-05-16
    • NEIMAN S.A.NEYRET, Guy
    • NEIMAN S.A.
    • E05B17/04
    • E05B17/04Y10T70/7655Y10T70/7706Y10T70/8541
    • In the device to connect a driving part (1) with a driven part (2) so that the latter has an angular play with respect to the driving part, the driving part (1) has at least two elastic driving dogs (3, 4) which are axially arranged and ended by two radial teeth (5, 6), and the driven part (2) is provided with circular grooves (8, 9) having enlarged portions (11, 12) to allow the passage of the radial teeth (5, 6). These two portions cooperate with a shutting piece (14). This shutting piece (14) is provided with recesses (15, 16) for housing elastic dogs (3, 4), and each recess has a foldable tongue (17, 18). Said tongues, after having been folded behind the dogs, have their extremities bearing against the teeth (5, 6). Thus, an unintentional dismounting of the device is impossible.
    • 在将驱动部件(1)与从动部件(2)连接起来使得后者相对于驱动部件具有角度游隙的装置中,驱动部件(1)具有至少两个弹性驱动爪(3,4) ),其由两个径向齿(5,6)轴向地布置和结束,并且从动部分(2)设置有具有扩大部分(11,12)的圆形槽(8,9),以允许径向齿 (5,6)。 这两个部分与关闭件(14)配合。 该关闭件(14)设置有用于容纳弹性狗(3,4)的凹部(15,16),并且每个凹部具有可折叠舌部(17,18)。 所述舌头在被折叠在狗身后,使其四肢与牙齿(5,6)相对。 因此,不可能无意地拆卸设备。
    • 25. 发明申请
    • LOCK CYLINDER
    • WO2020099215A1
    • 2020-05-22
    • PCT/EP2019/080407
    • 2019-11-06
    • NEMESY S.R.L.C.R.
    • TRESPIDI, Mauro
    • E05B47/06E05B17/04E05B15/16
    • A lock cylinder (110) is provided adapted to be installed in a lock (100) comprising a lock bolt (120) for driving the lock bolt. Said lock cylinder comprises a cylinder housing (200), and a revolving plug (115) comprising a rotor element (275) adapted to rotate with respect to the cylinder housing about a rotation axis (R) within a rotation support (510; 520), and a driving tooth (280) for the lock bolt comprising an engage portion (282) adapted to engage the lock bolt, said driving tooth being rotatable about the rotation axis together with the rotor element and being coupled to the rotor element in such a way the operative distance between the engage portion of the driving tooth (280) and the rotation axis (R) varies, while rotating about the rotation axis, as a function of the rotation angle of the rotor element (275) with respect to the cylinder housing (200). When the lock cylinder (110) is installed in the lock, said operative distance has one among a plurality of first values when the rotation angle of the rotor element belongs to a first angular interval (A I) corresponding to a position of the engage portion of the driving tooth that is proximal to the lock bolt (120); and said operative distance has one among a plurality of second values when the rotation angle belongs to a second angular interval (A2) corresponding to a position of the engage portion of the driving tooth that is distal to the lock bolt, each of said first values being higher than each of said second values. When the lock cylinder (110) is installed in the lock (100), the lock cylinder is located below the lock bolt along a first direction (y) substantially perpendicular to the rotation axis (R). the driving tooth (280) is slidingly housed within a seat (550) which is radially provided in the rotation element (275) and which defines at least one side opening of the rotor element (275) perpendicular to the rotation axis (R).- The driving tooth (280) is provided with at least one engage element (590) which protrudes from a side opening along a direction parallel to the rotation axis, and adapted to slidingly engage guide profiles (524, 620) provided on the rotation support (510; 520), said guide profiles (524, 620) defining for said at least one engage element (590) an overall guide profile having an eccentric shape arranged to support from below along said first direction said at least one engage element (590)
    • 26. 发明申请
    • LOCK
    • WO2020002760A1
    • 2020-01-02
    • PCT/FI2019/050379
    • 2019-05-14
    • ABLOY OY
    • TUOVINEN, Jyrki
    • E05B17/20E05B65/00E05B17/04
    • The lock according to the invention is meant for locking cabinets, vaults and different machines. The lock has a lock frame (1), which comprises a bolt (2). A lock cylinder (3) has been arranged in connection with the lock frame. The lock frame further comprises a power transmission mechanism (4) between the lock cylinder and the bolt. The power transmission mechanism comprises a transmission lever (7) and a latch (6). The transmission lever additionally comprises a retaining protrusion (8). The bolt comprises a locking pin (9) and the lock frame additionally comprises a hole (10) for the locking pin. The lock is arranged to allow movement of the lock cylinder (3) and the power transmission mechanism (4) in the direction of the longitudinal axis of the lock cylinder due to an external hit or drilling of the lock cylinder, whereby the movement in the direction of the longitudinal axis moves the retaining protrusion (8) away from the locking pin (9). Thus, the end (9A) of the locking pin moves into the hole (10) in the frame.
    • 28. 发明申请
    • ANTI-SNAP CYLINDER LOCK
    • 防抱死锁
    • WO2018051094A1
    • 2018-03-22
    • PCT/GB2017/052710
    • 2017-09-14
    • APECS CONSULT LIMITED
    • WANYU, WangLIFENG, ChenZUSHAN, LiuXING, LiDONGYAN, Zhang
    • E05B17/20E05B17/04E05B9/10E05B27/00E05B9/04
    • E05B17/2092E05B9/042E05B9/10E05B17/0062E05B17/04E05B17/047E05B27/00
    • A cylinder lock comprising a rotatable lock engaging element, a first lock actuation assembly comprising a first clutch for engaging said lock engaging element for rotation, and a second lock actuation assembly comprising a second clutch for engaging said lock engaging element for rotation, in which said second lock actuation assembly comprises a weak point which suffers failure when subjected to a pre-determined force, which failure allows removal of at least part of said second lock actuation assembly, in which a first spring biases said first clutch into an advanced position when said removal occurs, and in which said cylinder lock comprises a spring loaded pin which engages a slot on said first clutch in said advanced position to connect said first clutch to said lock engaging element.
    • 1。一种圆柱锁,包括可旋转的锁定接合元件,第一锁定致动组件包括用于接合所述锁定接合元件以进行旋转的第一离合器,以及第二锁定致动组件包括用于接合所述锁定接合元件以进行旋转的第二离合器, 第二锁定致动组件包括弱点,所述弱点在受到预定力时遭受失效,所述失效允许移除所述第二锁定致动组件的至少一部分,其中第一弹簧在所述第一锁定致动组件 其中所述圆柱锁包括弹簧加载销,所述弹簧加载销在所述前进位置中接合所述第一离合器上的狭槽以将所述第一离合器连接到所述锁定接合元件。
    • 29. 发明申请
    • ANTI-INTRUSION LOCK AND RELATED KEY
    • 防盗锁和相关钥匙
    • WO2016151450A1
    • 2016-09-29
    • PCT/IB2016/051533
    • 2016-03-18
    • REINAUDO, Ermanno
    • REINAUDO, Ermanno
    • E05B17/04E05B19/04E05B27/00
    • E05B17/047E05B15/1614E05B17/0058E05B17/04E05B19/0047E05B27/0071
    • The present invention relates to a lock (1), of the type comprising: a peripheral cylinder (10) comprising a longitudinal cavity (10A); an internal cylinder (20) at least partially housed in said longitudinal cavity (10A), said internal cylinder (20) being provided with a longitudinal recess (20A) for inserting a key (2), wherein the peripheral cylinder (10) comprises a plurality of first channels (11) arranged radially and substantially aligned with respective second channels (21) of the internal cylinder (20) when the lock (1) is in a locked configuration, said first channels (11) and second channels (21) being adapted to slideably house retaining means (30) adapted to exert a retaining action between the internal cylinder (20) and the peripheral cylinder (10) when the key (2) is not housed in said longitudinal recess (20A). The invention is characterized in that the internal cylinder (20) is fixedly mounted in the lock (1), and the peripheral cylinder (10) is mounted in said lock (1) in such a way that it can be rotated about at least a portion of the internal cylinder (20) following the insertion of the key (2) into the longitudinal recess (20A) of the internal cylinder (20) and the release of the retaining means (30).
    • 本发明涉及一种锁(1),其包括:包括纵向腔(10A)的外围圆筒(10); 至少部分地容纳在所述纵向腔(10A)中的内筒(20),所述内筒(20)设置有用于插入钥匙(2)的纵向凹部(20A),其中所述周边圆筒(10)包括 当所述锁(1)处于锁定构型时,所述第一通道(11)和第二通道(21)在径向上与所述内筒(20)的第二通道(21)对准的多个第一通道(11) 适于在所述钥匙(2)未被容纳在所述纵向凹槽(20A)中时适于在所述内筒(20)和所述周向圆筒(10)之间施加保持作用的保持装置(30)。 本发明的特征在于,内筒(20)固定地安装在锁(1)中,并且周边圆筒(10)以这样的方式安装在所述锁(1)中,使得其可以绕至少一个 在将钥匙(2)插入内筒(20)的纵向凹部(20A)中并且保持装置(30)的释放之后,内筒(20)的一部分。
    • 30. 发明申请
    • SYLINDER LOCK WITH ANTI-BREAKING FUNCTION
    • 具有防破坏功能的SYLINDER锁
    • WO2014176647A1
    • 2014-11-06
    • PCT/BG2014/000016
    • 2014-04-14
    • MAUER LOCKING SYSTEMS OOD
    • KOLEV, Kolyo
    • E05B9/04E05B17/20E05B17/04E05B9/10E05B15/16
    • E05B9/042E05B9/10E05B15/1614E05B17/0062E05B17/047E05B17/2092
    • Cylinder lock with anti-breaking function can be implemented in locking devices with increased security for living houses, public and industrial buildings. The cylinder lock consists of inner housing part (1) with rotatable mounted therein inner core (3), in channel (13) of which there is disposed composite cam (7), and outer housing part (2) with rotatable mounted therein outer core (4). Both housing parts (1, 2) are joined by connecting element (5) with weakened section. In the inner core (3) there is formed radial profile core bore (20) in which there is disposed retaining element (21) under the spring (25) and pin (26) pressure. In the inner core (3) there is disposed extender (22), supporting compression spring (12), which pushes first switching element (10a) together with central pin (19) until its engagement in a forward position with first transmitting plate (9) in the composite cam (7), so that the retaining element (21) gets out of the radial profile core bore (20) and falls onto the extender (22) behind the first switching element (10a).
    • 具有防破坏功能的气缸锁可以在锁定装置中实现,对于住宅,公共和工业建筑物具有更高的安全性。 气缸锁包括内壳体部分(1),其内部可旋转地安装有内芯(3),通道(13)中设有复合凸轮(7),外壳体部分(2)可旋转地安装在其中, (4)。 两个壳体部分(1,2)通过具有弱化部分的连接元件(5)连接。 在内芯(3)中形成有径向轮廓芯孔(20),其中在弹簧(25)和销(26)压力下设置有保持元件(21)。 在内芯(3)中设置有延伸器(22),支撑压缩弹簧(12),其将第一开关元件(10a)与中心销(19)一起推入,直到其与第一传递板(9 ),使得保持元件(21)离开径向轮廓芯孔(20)并落到第一开关元件(10a)后面的延伸器(22)上。