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    • 1. 发明授权
    • Power-open motor-vehicle latch
    • 电动开启机动车辆闩锁
    • US07152890B2
    • 2006-12-26
    • US10932877
    • 2004-09-02
    • Thorsten TorkowskiJohn Dey
    • Thorsten TorkowskiJohn Dey
    • E05C3/06
    • E05B81/14Y10S292/23Y10T292/1047Y10T292/1082
    • A motor-vehicle door latch has a housing, a fork pivotal on the housing between a bolt-retaining closed position and a bolt-releasing open position, and a pawl pivotal on the housing between a blocking position engaging the fork and retaining it in the closed position and a freeing position allowing the fork to move into the open position. A wheel rotatable about a wheel axis has a radially directed cam surface engageable with the pawl. A drive rotates the wheel and thereby engages the surface with the pawl to displace the pawl into its freeing position. Interengaging formations on the pawl and on the wheel block rotation of the wheel when the pawl is in the freeing position.
    • 机动车门闩具有壳体,在壳体之间枢转在螺栓保持关闭位置和螺栓释放打开位置之间的叉和在壳体之间枢转的棘爪,该卡爪位于接合叉子的阻挡位置并将其保持在 关闭位置和允许叉子移动到打开位置的释放位置。 可围绕车轮轴线旋转的车轮具有可与棘爪接合的径向定向凸轮表面。 驱动器使车轮旋转,从而与棘爪接合表面,以使棘爪移动到其释放位置。 当棘爪处于释放位置时,棘爪上的接合结构和车轮的轮盘旋转。
    • 5. 发明授权
    • Key-position sensor for motor-vehicle latch
    • 机动车辆闩锁键位置传感器
    • US5862691A
    • 1999-01-26
    • US902469
    • 1997-07-29
    • Hagen FriedrichAndreas SiekierkaThorsten Torkowski
    • Hagen FriedrichAndreas SiekierkaThorsten Torkowski
    • E05B47/00B60R25/00E05B17/22E05B65/20
    • E05B17/22Y10S70/30Y10T70/65Y10T70/7057
    • A motor-vehicle door-latch system has a key cylinder pivotal about an axis from a center starting position into a pair of opposite end positions flanking the center position, a key insertable into the cylinder only in the starting position thereof, a latch operable by the cylinder on displacement of same into one of the end positions, and an arcuate magnet pivotal about the axis, polarized generally parallel to the axis, and coupled to the cylinder for joint angular movement therewith. A pair of hall-effect sensors are juxtaposed with the magnet and positioned such that in the central position the magnet is closely juxtaposed with both sensors, in the one end position the magnet is closely juxtaposed with one of the sensors and is spaced from the other of the sensors, and in the other end position the magnet is closely juxtaposed with the other sensor and is spaced from the one sensor. A lock system connected to the sensors has an antitheft mode initiated by the sensors on displacement of the cylinder into the other of the end positions.
    • 机动车门闩系统具有一个钥匙筒,该钥匙筒绕一轴线从中心起始位置枢转到位于中心位置侧面的一对相对端位置,一个钥匙只能在其起始位置插入缸中, 将其移动到一个端部位置的圆柱体,以及围绕轴线枢转的弓形磁体,其大体上平行于轴线偏振,并且联接到气缸用于与其接合角运动。 一对霍尔效应传感器与磁体并置并且定位成使得在中心位置,磁体与两个传感器紧密并置,在一端位置,磁体与传感器中的一个紧密地并置并与其它传感器间隔开 的传感器,并且在另一端位置,磁体与另一传感器紧密并置,并且与一个传感器间隔开。 连接到传感器的锁定系统具有在将气缸移动到另一个终端位置时由传感器启动的防盗模式。
    • 10. 发明授权
    • Hall-effect key-position sensor for motor-vehicle latch
    • 用于机动车辆闩锁的霍尔效应键位置传感器
    • US5865049A
    • 1999-02-02
    • US915897
    • 1997-08-21
    • Hagen FriedrichAndreas SiekierkaThorsten Torkowski
    • Hagen FriedrichAndreas SiekierkaThorsten Torkowski
    • E05B41/00E05B17/22E05B65/20E05B47/00
    • E05B17/22Y10S70/30Y10T70/65Y10T70/7057
    • A lock system has a lock cylinder pivotal about an axis between a pair of end positions and through a center starting position, a key fittable into the cylinder and actuatable to pivot the cylinder between its positions, an arcuate magnet centered on the axis and coupled to the cylinder for joint movement therewith, and a pair of angularly spaced Hall-effect sensors adjacent the magnet, trippable by the magnet to generate respective outputs, and positioned such that in the central position the magnet is closely juxtaposed with and trips both sensors, in one of the end positions the magnet is closely juxtaposed with and trips only one of the sensors and is spaced from the other of the sensors, and in the other end position the magnet is closely juxtaposed with and trips only the other sensor and is spaced from the one sensor. The sensors and magnet are so constructed and relatively positioned that on pivoting of the magnet through a predetermined angle in one direction from the center position the one sensor is tripped and on pivoting of the magnet through the predetermined angle in the other direction the other sensor is not tripped. A lock system connected to the sensors has an antitheft mode initiated by the sensors on displacement of the cylinder into the antitheft end positions and provided with a latch operable on displacement of the cylinder into the lock/unlock end position.
    • 锁定系统具有锁定圆筒,所述锁定圆筒可绕一对端部位置之间的轴线枢转并且穿过中心起始位置,所述锁定圆筒可配合到所述气缸中并且可致动以使所述气缸在其位置之间枢转,以所述轴线为中心的弓形磁体, 用于与其接合运动的气缸,以及与磁体相邻的一对角度间隔的霍尔效应传感器,由磁体可跳开以产生相应的输出,并且定位成使得在中心位置,磁体与两个传感器紧密并置并跳过两个传感器, 磁体的一个端部位置与传感器中仅一个传感器紧密并列,并与另一个传感器隔开,而在另一端位置,磁体与另一个传感器紧密地并置并跳闸,并与之隔开 一个传感器。 传感器和磁体被构造和相对定位,使得在磁体从中心位置沿一个方向枢转预定角度时,一个传感器被跳闸,并且在另一方向磁体枢转预定角度,另一个传感器 没有绊倒 连接到传感器的锁定系统具有由传感器在气缸移动到防盗端位置时启动的防盗模式,并且设置有可将气缸移位到锁定/解锁端位置中的闩锁。