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    • 2. 发明公开
    • CYLINDRICAL LOCK CORE AND LOCK WITH CYLINDRICAL LOCK CORE
    • ZYLINDERSCHLOSSKERN UND SCHLOSS MIT ZYLINDERSCHLOSSKERN
    • EP2990567A1
    • 2016-03-02
    • EP15179832.9
    • 2015-08-05
    • Tokoz a.s.
    • Juda, Zdenek
    • E05B27/00E05B15/08E05B35/00
    • E05B15/08E05B27/0042E05B35/001
    • Cylindrical lock core (2) for a cylinder lock, which lock core comprises a key channel (9) for inserting a flat key (14) having a coding edge (20) on one side of and a guiding edge (21) on the other side, at least one radial channel (8) opening into the key channel (9) and at least one coding tumbler (10) slidably mounted in the radial channel (9). The cylindrical lock core (2) is further provided with at least one cut-out (22, 25) arranged on the outer circumference thereof and spaced both from the inlet end and from the outlet end of the key channel (9), wherein there is at least one guiding stop (23, 26) removably inserted in the cut-out (22, 25) and having a bearing surface, which is at least partially aligned with the cylindrical surface of the cylindrical lock core (2), and a working area, a part of which extends into the key channel (9), namely into that portion of the key channel, which is intended for guiding the guiding edge (21) of the key (14). A cylinder lock with such a cylindrical lock core (2) and an assembly of the lock and a flat key (14) are described as well.
    • 用于圆筒锁的圆柱形锁芯(2),该锁芯包括用于在其一侧插入具有编码边缘(20)的平面键(14)和另一侧的引导边缘(21)的键槽(9) 至少一个通向钥匙通道(9)的径向通道(8)和可滑动地安装在径向通道(9)中的至少一个编码滚筒(10)。 圆柱形锁芯(2)还设置有至少一个切口(22,25),该切口(22,25)布置在其外圆周上并且与键槽(9)的入口端和出口端隔开,其中, 是至少一个可拆卸地插入切口(22,25)中并且具有至少部分地与圆柱形锁芯(2)的圆柱形表面对准的支承表面的引导止挡件(23,26),并且 工作区域,其一部分延伸到键槽(9)中,即进入用于引导键(14)的引导边缘(21)的键槽的部分。 还描述了具有这种圆柱形锁芯(2)的圆筒锁和锁和平键(14)的组件。
    • 5. 发明公开
    • MECHATRONIC CYLINDER LOCK
    • EP3299554A1
    • 2018-03-28
    • EP17192284.2
    • 2017-09-21
    • Tokoz A.S.
    • Dvorak, Lubos
    • E05B47/06E05B9/04E05B47/00
    • The invention relates to a mechatronic cylinder lock comprising a housing (1), in which is rotatably mounted a mechanical coding part (2) of the lock with a key channel for a profiled shank (40) of the key (4), whereby the mechanical coding part (2) of the lock is coupled to at least one rotatable element (5) for transmitting rotary motion of the key (4) to a lock detent (7) and the housing (1) accommodates at least one element for blocking the rotation of the mechanic coding part (2) of the lock, which is coupled to an electronically controlled unblocking means, which is provided with means for communication with an electronic control means in the key (4). In at least one rotatable element (5) is provided a radial recess (50), into which extends the working part of a contact element (90) of an electronically controlled blocking system (9) of the rotation of the mechanical coding part (2) of the lock, whereby the contact element (90) extends by the upper part (900) of its working part into the key channel and at the same time extends into the radial recess (22) in the end part of the mechanical coding part (2) of the lock and by its lower part abuts the upper surface (910) of a blocking tow bar (91), which is mounted spring-loaded and reciprocatingly slidably in the lower part (11) of the housing (1) of the lock and whose upper end in the blocking position extends into the radial recess (50) in the rotatable element (5), whereas in release position it is pushed out of the radial recess (50) by turning the rotatable element (5), whereby the blocking tow bar (91) is provided with a distance spacer pin (911), against which is in the blocking position arranged a flat spacer cam (930) with its wider dimension, which is displaceable between the blocking position and the release position, being mounted on a displaceable element of an electric drive (93), whereby the blocking tow bar (91) is also provided with a lateral arm (912) extending to the plane of the axis of rotation of the flat spacer cam (930), where it is bent towards the axis of the rotation of the flat spacer cam (930) and extends as far as to the lateral surface area (9301) of the flat spacer cam (930) in the narrower transverse dimension of the flat spacer cam (930).
    • 本发明涉及一种包括壳体(1)的机电一体式圆柱锁,其中可旋转地将锁的机械编码部分(2)与钥匙(4)的成型柄(40)的钥匙通道一起安装, 所述锁的机械编码部件(2)联接至至少一个可旋转元件(5),用于将所述钥匙(4)的旋转运动传递至锁定掣子(7),并且所述壳体(1)容纳至少一个用于阻挡 所述锁的机械编码部分(2)的旋转与所述电子控制的解锁装置耦合,所述电子解锁装置设置有用于与所述钥匙(4)中的电子控制装置通信的装置。 在至少一个可旋转元件(5)中设置径向凹部(50),机械编码部件(2)的旋转的电子控制阻挡系统(9)的接触元件(90)的工作部分延伸到该径向凹部 ),由此接触元件(90)通过其工作部分的上部部分(900)延伸到钥匙通道中并且同时延伸到机械编码部分的端部中的径向凹部(22)中 (1)的下部(11)中以弹簧加载且往复滑动的方式安装的锁定牵引杆(91)的上表面(910) 该锁的上端处于阻挡位置,并延伸到可旋转元件(5)的径向凹槽(50)中,而在释放位置,通过转动可旋转元件(5)将其推出径向凹槽(50) 由此阻挡拖曳杆(91)设置有间隔销(911),阻挡在该间隔销上 (93)的可移位元件上安装有平的间隔凸轮(930),其具有其较宽的尺寸,其可在阻挡位置和释放位置之间移动,由此阻挡拖杆(91)也是 设置有延伸到平间隔凸轮(930)的旋转轴线的平面的侧向臂(912),其在平坦间隔凸轮(930)的旋转轴线上弯曲并且延伸至 扁平间隔凸轮(930)的横向表面区域(9301)处于扁平间隔凸轮(930)的较窄横向尺寸中。
    • 7. 发明公开
    • Locking device, esp. for covers, caps, door and window wings
    • Verschlussvorrichtung,insbesonderefürAbdeckungen,Deckel,TürenundFensterflügel
    • EP2136018A2
    • 2009-12-23
    • EP09466007.3
    • 2009-06-15
    • Tokoz A.S.
    • Sobotka, David
    • E05B9/08E05C1/06E05B35/00E05B63/14
    • E05C1/06E02D29/1427E05B9/08E05B13/004E05B35/008E05B63/143E05B65/44
    • A locking device, especially for covers, caps, door and window wings, comprising a case (22) having a bottom (23) and a cover (24), wherein a teethed pinion (12) is accommodated in pivoting manner inside the case (22) and a locking pin (38) is arranged tangentially slidingly thereto. A circular socket (27) is arranged at least in the bottom (23), the teethed pinion (12) is accommodated in a pivoting manner in the circular socket (27), a vertically shifting control pin (2) is arranged in the axis of the teethed pinion (12), wherein a longitudinal socket (37) is arranged at least in the bottom (23) and oriented tangentially with respect to the teethed pinion (12), the locking pin (38) being arranged slidingly in the longitudinal socket (37) and being provided with annular notches (39, 40, 41, 42) at its central part, by means of which the locking pin (38) engages the respective teeth (44) of the teethed pinion (12).
    • 锁定装置,特别是用于盖,帽,门和窗翼,包括具有底部(23)和盖(24)的壳体(22),其中,在牙齿壳体内以旋转方式容纳牙齿小齿轮(12) 22),并且锁定销(38)被切向滑动地布置。 至少在底部(23)上设置有圆形插座(27),所述牙齿小齿轮(12)以枢转的方式容纳在所述圆形插座(27)中,垂直移位控制销(2)布置在所述轴 ,其中至少在所述底部(23)中布置有纵向插座(37)并且相对于所述被牙齿小齿轮(12)切向地定向,所述锁定销(38)在纵向方向上滑动地布置 插座(37)并且在其中心部分处设置有环形凹口(39,40,41,42),锁定销(38)通过该凹槽接合所述被牙齿小齿轮(12)的相应齿(44)。
    • 9. 发明公开
    • Coding mechanism for cylinder lock with a rotatable key and key blank
    • 编码圆筒锁机制的可旋转钥匙和钥匙坯
    • EP2458115A3
    • 2016-03-09
    • EP11009210.3
    • 2011-11-21
    • Tokoz A.S.
    • Sobotka, DavidDvorak, Lubos
    • E05B19/02E05B21/06
    • E05B21/066E05B19/0041
    • A coding mechanism for a cylinder lock with a rotatable key consists of a guiding element (13) for aligning the shank (14) of the rotatable key (12) inside the cylinder lock and of the rotatable key (12) itself, wherein the guiding element (13) comprises two mutually parallel and spaced apart guide rails (15), which have their ends interconnected by an abutment bridge (16) and which are provided with guiding surfaces (18) extending along their entire lengths, the shank (14) of the rotatable key (12) being provided with usual coding projections (21) adapted for interaction with usual catchers arranged inside the respective cylinder lock and having its entire cross-section continuously increasing from its intermediate portion towards at least one of its longitudinal edges (36, 37), at least one of the two pairs of the functional surfaces (38, 39 and 40, 41) of said shank having an open V-shape and the intermediate portion of the cross-section of the same being provided with a pair of corresponding longitudinal notches (22, 23). The longitudinal notches (22, 23) have flat bottom portions (24, 25), the guiding surface (18) of at least one guide rail (15) and the corresponding flat bottom portion (24, 25) of the respective longitudinal notch (22, 23) formed in the shank (14) of the rotatable key (12) having their shapes adapted for generating a locking code of the cylinder lock.
    • 的编码机制用于与引导元件(13)的可旋转的基本密钥besteht圆筒锁用于对准圆柱锁内部和可旋转基键(12)本身的可旋转的基座键(12)的柄部(14),worin的引导 元件(13)包括两个相互平行且间隔开的导轨(15),其具有它们的端部通过在邻接的桥(16)相互连接,并且被提供有引导面(18)沿着它们的整个长度延伸,所述柄部(14) 可旋转基键(12)设置有适于与所述respectivement圆筒锁的内部布置通常捕捉器和具有它的整个横截面从其中间部连续增加朝向其纵向边缘中的至少一个(相互作用通常编码预测(21) 36,37)。所述的,两对功能面(38,39和40中的至少一个,41)柄具有设置有一个开放的V形和相同的横截面的中间部分 对COR的 响应纵向凹口(22,23)。 纵向凹口(22,23)具有至少一个导轨(15)和相应的平的底部部分(24,25)的平坦的底部部分(24,25),所述引导表面(18)(该respectivement纵向切口的 22,23)形成为具有它们的形状angepasst用于产生圆柱锁的锁定代码可旋转基键(12)的柄部(14)。
    • 10. 发明授权
    • Coding mechanism for cylinder lock with a rotatable key and key blank
    • 带可旋转钥匙和钥匙毛坯的圆柱锁定编码机构
    • EP2458115B1
    • 2017-08-16
    • EP11009210.3
    • 2011-11-21
    • Tokoz A.S.
    • Sobotka, DavidDvorak, Lubos
    • E05B19/02E05B21/06
    • E05B21/066E05B19/0041
    • A coding mechanism for a cylinder lock with a rotatable key consists of a guiding element (13) for aligning the shank (14) of the rotatable key (12) inside the cylinder lock and of the rotatable key (12) itself, wherein the guiding element (13) comprises two mutually parallel and spaced apart guide rails (15), which have their ends interconnected by an abutment bridge (16) and which are provided with guiding surfaces (18) extending along their entire lengths, the shank (14) of the rotatable key (12) being provided with usual coding projections (21) adapted for interaction with usual catchers arranged inside the respective cylinder lock and having its entire cross-section continuously increasing from its intermediate portion towards at least one of its longitudinal edges (36, 37), at least one of the two pairs of the functional surfaces (38, 39 and 40, 41) of said shank having an open V-shape and the intermediate portion of the cross-section of the same being provided with a pair of corresponding longitudinal notches (22, 23). The longitudinal notches (22, 23) have flat bottom portions (24, 25), the guiding surface (18) of at least one guide rail (15) and the corresponding flat bottom portion (24, 25) of the respective longitudinal notch (22, 23) formed in the shank (14) of the rotatable key (12) having their shapes adapted for generating a locking code of the cylinder lock.
    • 用于具有可旋转钥匙的圆柱锁的编码机构包括用于使圆柱锁内部的可旋转钥匙(12)的柄(14)和可旋转钥匙(12)本身对齐的导向元件(13),其中, (13)包括两个彼此平行且间隔开的导轨(15),所述导轨(15)的端部通过抵接桥(16)互连并且设有沿其整个长度延伸的导向表面(18),所述杆(14) (12)上设有通常的编码突起(21),其适于与布置在相应圆柱锁的内部的常用捕捉器相互作用,并且其整个横截面从其中间部分朝其至少一个纵向边缘连续增大( 所述杆的两对功能表面(38,39和40,41)中的至少一个具有开放的V形,并且其横截面的中间部分设置有 对cor 响应纵向切口(22,23)。 纵向凹口(22,23)具有平坦的底部(24,25),至少一个导轨(15)的导向表面(18)和相应的纵向凹口(24,25)的相应的平坦底部分(24,25) 形成在可转动钥匙(12)的柄部(14)中的形状适于产生圆筒锁的锁定代码的形状。