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    • 1. 发明授权
    • Racking resistant door control mechanism and method of fabrication
    • 防盗门控制机构及其制造方法
    • US5718466A
    • 1998-02-17
    • US556607
    • 1995-11-13
    • Lee S. WeinermanJames L. HollingsworthFredrick L. PutzierScott A. ArthursRobert D. Dinallo
    • Lee S. WeinermanJames L. HollingsworthFredrick L. PutzierScott A. ArthursRobert D. Dinallo
    • E05B15/00E05B65/16E05C9/00E05C3/14
    • E05B83/10E05B15/0006E05C9/22Y10S292/32Y10S384/909Y10T292/1041Y10T292/1049
    • A racking resistant door control mechanism for securing a pivoted door employs an elongate lock rod that extends the height of the door and is journaled for pivotal movement by bearing assemblies having steel covers that enclose plastic bearing liners. The lock rod has upper and lower cam-type latch members welded to its opposite ends for engaging keeper members carried by upper and lower parts of a door frame for holding the door closed. The lock rod extends through and is welded to a steel sleeve at a location spaced a short distance upwardly from the lower latch member. If the lock rod is formed from two elongate elements instead of one, the sleeve is welded to both to aid in forming a connection therebetween. Racking resistance is provided by locating the sleeve and the bearing assemblies such that the steel covers of the bearing assemblies are held in engagement with the latch members and with opposite ends of the sleeve. The various metal components of the door control mechanism are protectively coated before being assembled and before being welded, with rigid assembly connections being formed by normally hidden welds of relatively small size that burn through the protective coatings and are, in turn, protectively coated by a zinc rich, polymer containing film applied as a "touch-up" spray.
    • 用于固定枢转门的抗震门控制机构采用延长门的高度的细长锁定杆,并且通过具有包围塑料轴承衬套的钢盖的轴承组件枢轴运动。 锁杆具有焊接到其相对端的上和下凸轮型闩锁构件,用于接合由门框的上部和下部承载的保持构件,用于将门关闭。 锁定杆在与下部闩锁构件向上隔开短距离的位置处延伸穿过并被焊接到钢套筒上。 如果锁定杆由两个细长元件形成,而不是一个,则将套筒焊接到两个以帮助在其间形成连接。 通过将套筒和轴承组件定位成使得轴承组件的钢盖保持与闩锁构件接合并且与套筒的相对端相接合来提供耐磨性。 门控制机构的各种金属部件在组装之前和焊接之前被保护性地涂覆,刚性组件连接通过通常隐藏的相对较小尺寸的焊缝形成,其通过保护涂层燃烧,并且由保护性涂层 富含锌的聚合物膜用作“上层”喷雾剂。
    • 2. 发明授权
    • Handle operable rotary latch and lock
    • 手柄可操作旋转闩锁和锁定
    • US5564295A
    • 1996-10-15
    • US510470
    • 1995-08-02
    • Lee S. WeinermanArthur J. KuminskiJames L. HollingsworthScott A. Arthurs
    • Lee S. WeinermanArthur J. KuminskiJames L. HollingsworthScott A. Arthurs
    • E05B5/00E05B13/00E05B65/20E05C3/24E05C3/26
    • E05C3/24E05B5/00E05B13/002E05B85/18Y10T292/0853Y10T292/1047Y10T292/62Y10T292/688Y10T70/5416Y10T70/5761
    • A slam-capable rotary latch employs a single rotary jaw that is releasably retained in its latched position by a rotary pawl, with the latch having a pair of spaced housing side plates that sandwich the rotary jaw and the rotary pawl, with the side plates defining aligned first and second U-shaped notches that cooperate with a third U-shaped notch formed in the rotary jaw for concurrently receiving and latchingly retaining within the confines of the first, second and third U-shaped notches a suitably configured strike formation, with housing side plate portions that define a selected one of the first and second U-shaped notches being rigidified and strengthened by the close proximity presence to the selected U-shaped notch of a flange 1) that is formed integrally with the side plate portions that define the selected U-shaped notch, 2) that is connected by a tight radius bend to the side plate portions that define the selected U-shaped notch, and 3) that extends transversely so as to bridge between the pair of housing side plates.
    • 具有大能力的旋转闩锁采用单个旋转卡爪,其通过旋转爪可释放地保持在其锁定位置,闩锁具有夹持旋转卡爪和旋转爪的一对间隔开的壳体侧板,侧板限定 与形成在旋转夹爪中的第三U形凹口配合的对准的第一和第二U形凹口,用于同时接收并且闩锁地保持在第一,第二和第三U形凹口的限制内,适当地构造的冲击结构,壳体 限定第一和第二U形凹口中所选择的一个U形凹口的侧板部分通过与凸缘1的所选U形凹口的紧密存在而被硬化和加强,所述U形凹口与侧板部分一体地形成,所述侧板部分限定 所选择的U形凹口,2)通过紧密半径弯曲连接到限定所选择的U形凹口的侧板部分,以及3)横向延伸以便于br idge之间的一对外壳侧板。
    • 3. 发明授权
    • Handle operable rotary latch and lock
    • 手柄可操作旋转闩锁和锁定
    • US5439260A
    • 1995-08-08
    • US145691
    • 1993-10-29
    • Lee S. WeinermanArthur J. KuminskiJames L. HollingsworthScott A. Arthurs
    • Lee S. WeinermanArthur J. KuminskiJames L. HollingsworthScott A. Arthurs
    • E05B5/00E05B13/00E05B65/20E05C3/24E05C3/26
    • E05C3/24E05B5/00E05B13/002E05B85/18Y10T292/0853Y10T292/1047Y10T292/62Y10T292/688Y10T70/5416Y10T70/5761
    • A slam-capable rotary latch employs a single rotary jaw that is releasably retained in its latched position by a rotary pawl, with the latch having a pair of spaced housing side plates that sandwich the rotary jaw and the rotary pawl, with the side plates defining aligned first and second U-shaped notches that cooperate with a third U-shaped notch formed in the rotary jaw for concurrently receiving and latchingly retaining within the confines of the first, second and third U-shaped notches a suitably configured strike formation, with housing side plate portions that define a selected one of the first and second U-shaped notches being rigidified and strengthened by the close proximity presence of a flange 1) that is formed integrally with side plate portions that define the selected notch and 2) that extends transversely to bridge between the housing side plates at a location near the first and second U-shaped notches. The rotary latch is particularly well suited to be bracket-mounted together with an operating linkage to form a modular assembly that can be installed behind the front wall of the closure of an industrial cabinet by utilizing the same threaded fasteners that are used to hold a flush-mountable paddle handle and housing assembly in place in a mounting opening that is formed through the front wall of the closure. The latch may be "locked" by positioning a movable locking member to extend into a path of movement of the operating linkage to selectively permit and prevent movement of the linkage along the path of movement.
    • 具有大能力的旋转闩锁采用单个旋转卡爪,其通过旋转爪可释放地保持在其锁定位置,闩锁具有夹持旋转卡爪和旋转爪的一对间隔开的壳体侧板,侧板限定 与形成在旋转夹爪中的第三U形凹口配合的对准的第一和第二U形凹口,用于同时接收并且闩锁地保持在第一,第二和第三U形凹口的限制内,适当地构造的冲击结构,壳体 限定所述第一和第二U形凹口中选定的一个的所述侧板部分通过与限定所述切口的侧板部分一体形成的凸缘1)紧密地存在而被硬化和加强,以及横向延伸的侧板部分 在靠近第一和第二U形凹口的位置处在壳体侧板之间桥接。 旋转闩锁特别适合于与操作联动装置一起支架安装在一起以形成模块化组件,该模块化组件可以通过使用相同的螺纹紧固件安装在工业机柜的封闭件的前壁之后,该螺纹紧固件用于保持冲洗 - 可安装的桨手柄和壳体组件就位于通过封闭件的前壁形成的安装开口中。 通过将可移动的锁定构件定位成延伸到操作联动装置的运动路径中,闩锁可以被“锁定”,以选择性地允许和防止联动装置沿着移动路径的移动。
    • 4. 发明授权
    • Locking system and components thereof
    • 锁定系统及其部件
    • US06755449B2
    • 2004-06-29
    • US10034693
    • 2001-12-27
    • Lee S. WeinermanScott A. ArthursArthur J. KuminskiLeslie A. FarkasRobin T. Green
    • Lee S. WeinermanScott A. ArthursArthur J. KuminskiLeslie A. FarkasRobin T. Green
    • E05C306
    • E05C3/162E05B13/101E05B13/105Y10T70/5102Y10T70/5549Y10T70/5558Y10T292/0948Y10T292/1078
    • A locking system for toolboxes, industrial cabinets and the like includes a push button operator assembly connected by at least one movable link to at least one latch mechanism configured to latchingly engage an associated striker to releasably retain a first structure (such as a closure) on which the striker is mounted in a closed position relative to a second structure (such as a cabinet) on which the locking system is mounted. The push button operator assembly has a button that, when unlocked, can be depressed to move the associated link to unlatch the latch mechanism from the striker, and that, when locked, is inoperable when depressed to move the link. Push button operator assemblies are disclosed that can move their associated links in one of two opposite directions (to accommodate the directions of link movement needed to operate the associated latch mechanisms), and these oppositely acting push button operator assemblies may be combined in a locking system where either can operate all of the latch mechanisms of the system.
    • 用于工具箱,工业机柜等的锁定系统包括按钮操作器组件,所述按钮操作器组件通过至少一个可移动连接件连接到至少一个闩锁机构,所述至少一个闩锁机构构造成与相关联的撞针闩锁地接合以将第一结构(例如闭合件)可释放地保持在 其中撞针相对于其上安装有锁定系统的第二结构(例如机柜)安装在关闭位置。 按钮操作器组件具有按钮,当被解锁时,可以按下该按钮以移动相关联的链接以从撞击器解锁闩锁机构,并且当被锁定时,当按下以移动链接时不能操作。 公开了按钮操作器组件,其可以在两个相反方向中的一个方向上移动其相关链节(以适应操作相关联的闩锁机构所需的链接移动的方向),并且这些相对作用的按钮操作器组件可以组合在锁定系统 其中也可以操作系统的所有闩锁机构。
    • 7. 发明授权
    • Handle operable two-point latch and lock
    • 手柄可操作两点闩锁和锁定
    • US5595076A
    • 1997-01-21
    • US577718
    • 1995-12-22
    • Lee S. WeinermanScott A. Arthurs
    • Lee S. WeinermanScott A. Arthurs
    • E05B5/00E05B13/00E05B65/20E05C3/24E05C3/26E05C1/12
    • E05C3/24E05B5/00E05B13/002E05B85/18Y10S292/31Y10T292/0837Y10T292/0838Y10T70/5416Y10T70/5761
    • A versatile operating mechanism for a two-point latch or lock includes a "front" module having a flush-mountable handle and housing assembly that can be connected by simple fasteners to a "rear" module having a mounting bracket that movably supports linkage including an operating arm A pair of latch assemblies are connected to and operated by the mounting-bracket-mounted linkage. In preferred practice, rotary latch assemblies are used that each employs a single rotary jaw that is releasably retained in its latched position by a rotary pawl, with the latch having a pair of spaced housing side plates that sandwich the rotary jaw and the rotary pawl, with the side plates defining aligned first and second U-shaped notches that cooperate with a third U-shaped notch formed in the rotary jaw for concurrently receiving and latchingly retaining within the confines of the first, second and third U-shaped notches a suitably configured strike formation, with housing side plate portions that define a selected one of the first and second U-shaped notches being rigidified and strengthened by the close proximity presence of a flange 1) that is formed integrally with side plate portions that define the selected notch and 2) that extends transversely to bridge between the housing side plates at a location near the first and second U-shaped notches. The operating mechanism may be "locked" by positioning a movable locking member to extend into a path of movement of the operating arm to selectively permit and prevent movement of the operating arm along a path of movement.
    • 用于两点闩锁或锁的通用操作机构包括具有可嵌入式手柄和壳体组件的“正面”模块,其可以通过简单的紧固件连接到具有可移动地支撑连杆的“后部”模块,该安装支架包括 操作臂一对闩锁组件连接到由安装支架安装的联动装置并由其操作。 在优选的实践中,使用旋转闩锁组件,每个旋转闩锁组件采用单个旋转夹爪,其通过旋转棘爪可释放地保持在其锁定位置,闩锁具有夹持旋转爪和旋转爪的一对间隔开的壳体侧板, 侧板限定对准的第一和第二U形凹口,其与形成在旋转夹爪中的第三U形凹口配合,以同时接收并闩锁地保持在第一,第二和第三U形凹口的范围内,适当地构造 撞击形成,其中壳体侧板部分限定第一和第二U形凹口中选定的一个,通过与限定所选择的切口的侧板部分一体形成的凸缘1)的紧密结合而被刚化和加强, 2)在靠近第一和第二U形凹口的位置处横向延伸到壳体侧板之间的桥接件。 操作机构可以通过将可移动的锁定构件定位成延伸到操作臂的移动路径中来“锁定”,以选择性地允许和防止操作臂沿着移动路径移动。