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    • 3. 发明授权
    • Anti-tamper safety switch system with guard locking
    • 防撬安全开关系统带防护锁
    • US08658927B2
    • 2014-02-25
    • US13436505
    • 2012-03-30
    • Medi MohtashamHamed Faridfar
    • Medi MohtashamHamed Faridfar
    • H01H5/08
    • H01H27/007
    • A solenoid plunger 14 of the switch 4 is moved by cam plunger 34 and is biased towards the cam plunger 34, a locking plate 40b is positioned between the plungers 14 and 34. Cam 34 is biased for movement towards a cam 22 and is moved towards the solenoid plunger by rotation of the cam 22 by removal of actuator 8 which causes retraction of the solenoid plunger into the switch 4. The locking plate 40b is lockable when the cam plunger 34 is biased into a detent 36 in the cam 22 when the actuator is inserted, to lock the cam plunger 34 and cam 22 and prevent removal of the actuator 8.
    • 开关4的螺线管柱塞14由凸轮柱塞34移动并被朝向凸轮柱塞34偏置,锁定板40b定位在柱塞14和34之间。凸轮34被偏压以朝向凸轮22移动并且朝向 螺线管柱塞通过移除致动器8而使凸轮22旋转,导致螺线管柱塞回缩到开关4中。当致动器致动器将凸轮柱塞34偏置到凸轮22中的止动件36中时,锁定板40b可被锁定 被插入,以锁定凸轮柱塞34和凸轮22并且防止致动器8的移除。
    • 4. 发明授权
    • Position switch
    • 位置开关
    • US07893802B2
    • 2011-02-22
    • US11822134
    • 2007-07-02
    • Silvio FörtschBernhard HiltlWerner PuriJoachim Seidl
    • Silvio FörtschBernhard HiltlWerner PuriJoachim Seidl
    • H01H27/00H01F7/00
    • H01F7/1615H01F7/13H01H27/007H01H51/2209
    • A position switch is disclosed with a device to generate a magnetic force, with at least a first coil and at least one armature, it being possible to magnetize and move the armature via the first coil. How the magnetic force, particularly at the start of movement of the movable components of the device, can be increased to reduce the necessary power consumption of the first coil, is a focus of at least one embodiment. For this purpose, at least one embodiment of the device to generate a magnetic force includes at least one device to premagnetize the armature. The result includes a series of advantages, e.g. a smaller design, lower power consumption and possible use with multiple different switching units with different counterforces.
    • 公开了一种利用至少第一线圈和至少一个电枢产生磁力的装置的位置开关,可以经由第一线圈磁化和移动电枢。 作为至少一个实施例的重点,如何增加磁力,特别是在装置的可移动部件的运动开始时的磁力,以减少第一线圈所需的功率消耗。 为此,产生磁力的装置的至少一个实施例包括至少一个用于对电枢进行磁化的装置。 结果包括一系列优点,例如 更小的设计,更低的功耗和可能使用具有不同的反力的多个不同的开关单元。
    • 6. 发明申请
    • Apparatus for Monitoring the State of a Protective Device of a Machine
    • 用于监测机器保护装置状态的装置
    • US20090134961A1
    • 2009-05-28
    • US12226541
    • 2007-04-24
    • Erik BachleWalter Link
    • Erik BachleWalter Link
    • H01H9/00
    • H01H27/007E05B47/0002E05B47/0004E05B47/0696E05B2047/0079F16P3/08H01H2027/005
    • The invention relates to an apparatus (1) for monitoring the state of a protective device (2) of a machine (4), in particular a safety switch for monitoring the closed state of a protective door or the like, wherein the apparatus (1) has a switch housing (22) with a switch head (24) and an actuator (8), which in the closed state of the protective device (2) interacts with the switch head (24) and, as a result, the closed state of the protective device (2) can be signalled, and wherein the apparatus (1) has a tumbler device (20) with a tumbler element (30), which is mounted movably in the apparatus (1) and by means of which the closed state of the protective device (2) can be locked releasably, characterized in that the tumbler device (20) has at least one permanent magnet (34), by means of whose magnetic force the tumbler element (30) can be fixed in a first position when the power supply to the apparatus (1) is switched off, in which first position the tumbler device (20) locks the closed state of the protective device (2), and/or can be fixed in a second position, in which the tumbler device (20) does not lock the closed state of the protective device (2).
    • 本发明涉及一种用于监测机器(4)的保护装置(2)的状态的装置(1),特别是一种用于监视保护门等的关闭状态的安全开关,其中装置(1) )具有开关壳体(22),其具有开关头(24)和致动器(8),其在保护装置(2)的关闭状态下与开关头(24)相互作用,结果闭合 可以用信号通知保护装置(2)的状态,并且其中装置(1)具有可旋转地安装在装置(1)中的制动栓元件(30)的制动栓装置(20),借助于该制动装置 保护装置(2)的闭合状态可以被可释放地锁定,其特征在于,制动栓装置(20)具有至少一个永磁体(34),通过其磁力可以将制动栓件(30)固定在 当所述设备(1)的电源被关闭时,所述第一位置,所述第一位置所述制动栓装置(20)锁定所述第一位置 保护装置(2)的启动状态和/或可以固定在第二位置,其中制动栓装置(20)不锁定保护装置(2)的关闭状态。
    • 7. 发明申请
    • Safety switch
    • 安全开关
    • US20090065340A1
    • 2009-03-12
    • US11919592
    • 2006-04-26
    • Etsurou KomoriTakao FukuiTakeo YasuiMasaki Nobuhiro
    • Etsurou KomoriTakao FukuiTakeo YasuiMasaki Nobuhiro
    • H01H25/00
    • H01H27/007
    • A safety switch is provided which is increased in durability and which offers a high degree of freedom of mounting the safety switch to place.A switch body has a rectangular solid shape. An actuator entrance hole is formed at one of the opposite corner portions of the switch body whereas a cable lead-out port is formed at the other corner portion, whereby the safety switch is increased in the degree of mounting freedom. Thus is offered a wider choice of place to mount the safety switch. The switch body is formed with only one actuator entrance hole so that the safety switch is prevented from suffering failure caused by foreign substances invading through an actuator entrance hole left unused. In addition, a driving cam may be formed with an engaging portion and a cam curve portion in spaced relation so that the driving cam is configured to be free from an area having poor strength. Thus, the driving cam is increased in strength. This leads to the increased durability of the safety switch.
    • 提供了一种安全开关,其增加了耐用性,并且提供了将安全开关安装到位的高度自由度。 开关体具有矩形的实心形状。 致动器入口孔形成在开关体的相对的拐角部分的一个处,而在另一个拐角处形成电缆引出口,由此安全开关的安装自由度增加。 因此,可以提供更多选择安装安全开关的位置。 开关体仅形成有一个致动器入口孔,从而防止安全开关因留下未使用的致动器入口侵入的异物而引起故障。 此外,驱动凸轮可以形成有间隔开的接合部分和凸轮曲线部分,使得驱动凸轮被构造成不具有较差强度的区域。 因此,驱动凸轮的强度增加。 这导致安全开关的耐久性提高。
    • 9. 发明授权
    • Safety switch assembly with a latch mechanism
    • 带闭锁机构的安全开关总成
    • US5777284A
    • 1998-07-07
    • US669334
    • 1996-10-21
    • Medi Mohtasham
    • Medi Mohtasham
    • H01H27/00H01H1/52
    • H01H27/002H01H27/007H01H2027/005
    • A safety switch assembly for use with a machinery guard enclosing kinetic machinery, comprises a housing, an electrical contact arrangement and a rotatable actuator cam contained within the homing for operating the electrical contact arrangement and spaced from the electrical contact arrangement. Radial pockets are formed in the actuator cam and extend inwardly of the periphery of the latter. An axially-movable rod connects the electrical contact arrangement and the actuator cam to operate the former in accordance with rotational movement of the latter. The housing defines at least one entry adjacent the actuator cam for insertion of an actuator into the housing to engage the radial pockets to rotate the actuator cam. Anti-rotational locking means releasably engage the actuator cam to prevent rotation of the latter and consequent operation of the electrical contact arrangement until a separation of the actuator cam and the anti-rotational locking means is effected by the actuator. A solenoid-operated claw is disposed alongside the actuator cam for engaging a locking formation of the actuator to secure the actuator in engagement with the actuator cam to maintain the electrical contact arrangement in a power supply ON condition. The actuator has lateraly-spaced limbs insertible between the actuator cam and the anti-rotational locking means axially to space same apart, and (ii) engageable with the actuator cam to rotate same axially to move the rod to operate the electrical contact arrangement. It also has a locking formation engageable by the solenoid-operated claw to secure the actuator in engagement with the actuator cam to maintain the electrical contact arrangement in the power supply ON condition.
    • PCT No.PCT / GB94 / 02306 Sec。 371日期1996年10月21日 102(e)日期1996年10月21日PCT 1994年10月20日PCT PCT。 WO95 / 18457 PCT出版物 日期1995年7月6日一种用于封闭动力机械的机械保护装置的安全开关组件,包括壳体,电接触装置和容纳在归位内的可旋转致动器凸轮,用于操作电接触装置并与电接触装置间隔开。 径向凹槽形成在致动器凸轮中并且在其中的周边的内侧延伸。 轴向可动杆连接电接触装置和致动器凸轮,以根据后者的旋转运动来操作前者。 壳体限定与致动器凸轮相邻的至少一个入口,用于将致动器插入壳体中以接合径向凹部以旋转致动器凸轮。 防旋转锁定装置可释放地接合致动器凸轮,以防止后者的旋转和电接触装置的随后的操作,直到致动器凸轮和防旋转锁定装置的分离由致动器实现。 电动操作的爪被布置在致动器凸轮旁边,用于接合致动器的锁定结构,以将致动器固定到致动器凸轮上,以将电接触装置保持在电源接通状态。 致动器具有可纵向延伸的致动器凸轮和防旋转锁定装置之间的间隔开的四肢,用于轴向间隔开,并且(ii)可与致动器凸轮接合以轴向旋转以移动杆来操作电接触装置。 它还具有可由电磁操作爪接合的锁定结构,以将致动器固定在致动器凸轮上,以将电接触装置保持在电源接通状态。
    • 10. 发明授权
    • Drawer operated switch assembly
    • 抽屉操作开关总成
    • US4101745A
    • 1978-07-18
    • US786696
    • 1977-04-11
    • Gerald P. Smith
    • Gerald P. Smith
    • G07G1/12E05B47/06E05B65/46E05C3/24E05C3/32G07G1/00H01H27/00H01H3/16
    • E05B65/461E05B47/0002E05B47/0607G07G1/0027H01H27/007E05B47/0004E05C3/24
    • A latch mechanism is disclosed for latching a cash drawer of a data terminal device in a closed position and for generating an electrical signal indicating the position of the drawer within the terminal device. The latching mechanism includes a rotatable latch member having a latching portion normally positioned out of the line of movement of a drawer catch member. Movement of the drawer to a closed position results in the catch member engaging and rotating the latch member wherein the latching portion is moved into a latching position with the catch member allowing a blocking member to hold the latch member in the latched position, the blocking member operating a switch for generating an electrical signal indicating the latching of the cash drawer.
    • 公开了一种用于将数据终端装置的现金抽屉锁定在关闭位置并用于产生指示抽屉在终端装置内的位置的电信号的锁定机构。 闩锁机构包括可旋转的闩锁构件,其具有通常位于抽屉卡扣构件的运动线之外的闩锁部分。 抽屉移动到关闭位置导致卡扣构件接合并旋转闩锁构件,其中闩锁部分移动到闩锁位置,卡扣构件允许阻挡构件将闩锁构件保持在闩锁位置,阻挡构件 操作用于产生指示现金抽屉的锁定的电信号的开关。