会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • EXIT DOOR LATCH ASSEMBLY
    • 离开门锁组件
    • WO0125574A3
    • 2002-01-10
    • PCT/US0027297
    • 2000-10-04
    • HARROW PRODUCTS INC
    • FROLOV GEORGE
    • E05B63/24E05B65/10
    • E05B63/244E05B65/1053Y10T70/5159Y10T292/0908Y10T292/696
    • A latch assembly (10) comprising a latch frame (24) mounted to a door (12). A latch bolt (40) is mounted to the latch frame (24) for pivotal movement between a biased position extended position and a retracted position. The latch bolt (40) includes a tip portion (48) with opposing planar locking (50) and shaped engagement (50) surfaces. A link is pivotally mounted to the frame (24) for movement between a biased blocking position and a release position. In the blocking position the link prevents movement of the latch bolt (40) from the extended position. A push bar (102) pivots the link to the release position in response to an applied force. A frame bolt (82) is mounted to a door frame (14) for linear displacement between a position projecting from the door frame (14) and a position displaced toward the door frame (14). The frame bolt (82) includes opposing engagement (86) and planar locking (84) surfaces. When the door is closed the planar locking surfaces (50, 84) are in opposing surface-to-surface contact securing the door (12) to the frame (14).
    • 一种闩锁组件(10),包括安装到门(12)的闩锁框架(24)。 闩锁螺栓(40)安装到闩锁框架(24),用于在偏置位置延伸位置和缩回位置之间枢转运动。 闩锁螺栓(40)包括具有相对的平面锁定(50)和成形接合(50)表面的末端部分(48)。 连杆被枢转地安装到框架(24)上,用于在偏置的阻挡位置和释放位置之间移动。 在阻挡位置,连杆防止闩锁螺栓(40)从延伸位置移动。 推杆(102)响应于所施加的力而将连杆枢转到释放位置。 框架螺栓(82)安装到门框(14)上,用于在从门框(14)伸出的位置与向门框(14)移动的位置之间进行线性位移。 框架螺栓(82)包括相对的接合(86)和平面锁定(84)表面。 当门关闭时,平面锁定表面(50,84)处于相对的面对面接触处,将门(12)固定在框架(14)上。
    • 3. 发明申请
    • IMPROVED ELECTROMAGNETIC SHEAR LOCK
    • 改进电磁剪刀
    • WO1997010403A1
    • 1997-03-20
    • PCT/US1996014453
    • 1996-09-09
    • HARROW PRODUCTS, INC.
    • HARROW PRODUCTS, INC.PROLOV, George
    • E05C17/56
    • E05C19/166E05B17/0037Y10T292/0908Y10T292/11
    • An electromagnetic shear lock (10) comprising an electromagnet assembly (20) which is mounted to a door frame (16) and an armature assembly (120) which is mounted to a door (12), the electromagnet assembly and armature assembly defining a gap (18). The armature assembly (120) includes an armature (122) mounted on a leaf spring (144). The electromagnet assembly (20) includes an electromagnet (28) which is mounted to a mounting plate (22). A pair of springs (84) which engage opposite end portions of the mounting plate (22) bias the mounting plate and electromagnet (28) away from the armature (122). When the electromagnet (28) is energized and is attracted to the armature (122), the mounting plate (22) slides longitudinally along a guide member (74) against the force of the springs (84) and the electromagnet (28) is displaced to close the gap (18).
    • 一种电磁剪切锁(10),包括安装到门框架(16)的电磁体组件(20)和安装到门(12)的电枢组件(120),所述电磁体组件和电枢组件限定间隙 (18)。 电枢组件(120)包括安装在板簧(144)上的电枢(122)。 电磁体组件(20)包括安装到安装板(22)上的电磁体(28)。 与安装板(22)的相对端部接合的一对弹簧(84)将安装板和电磁体(28)偏压离开衔铁(122)。 当电磁体(28)被激励并被吸引到电枢(122)时,安装板(22)克服弹簧(84)的力沿着引导构件(74)纵向滑动,并且电磁体(28)被移位 缩小差距(18)。
    • 5. 发明申请
    • LATCH BOLT SET
    • WO1997039214A1
    • 1997-10-23
    • PCT/US1997006174
    • 1997-04-16
    • HARROW PRODUCTS, INC.FROLOV, George
    • HARROW PRODUCTS, INC.
    • E05B63/20
    • E05B63/202E05B55/00E05B63/044E05B63/20Y10T292/54Y10T292/558
    • A latch bolt set (10) has a latch bolt (30) and a trigger bolt assembly (70) comprising a trigger bolt (72). The latch bolt (30) has a retracted position, a projected position, an intermediate position and is biased to the projected position. The trigger bolt (72) has a retracted first position, a projected second position, and is biased to the second position. An operator (18, 34, 50) retracts the latch bolt (30) from the projected to the retracted position. The trigger bolt assembly (70) engages with the operator (18, 34, 50) to support the latch bolt (30) in the intermediate position when the trigger bolt (72) is in the second position. When the trigger bolt (72) is moved to the first position, the trigger bolt assembly (70) automatically allows the latch bolt (30) to move to the projected position.
    • 闩锁螺栓组(10)具有闩锁螺栓(30)和包括触发螺栓(72)的触发螺栓组件(70)。 闩锁螺栓(30)具有缩回位置,突出位置,中间位置并被偏置到突出位置。 触发螺栓(72)具有缩回的第一位置,突出的第二位置,并被偏压到第二位置。 操作器(18,34,50)将闩锁螺栓(30)从突出部缩回到缩回位置。 当触发器螺栓(72)处于第二位置时,触发器螺栓组件(70)与操作器(18,34,50)接合以将闩锁螺栓(30)支撑在中间位置。 当触发螺栓(72)移动到第一位置时,触发螺栓组件(70)自动地允许闩锁螺栓(30)移动到突出位置。
    • 8. 发明专利
    • ELECTROMAGNETIC SHEAR LOCK
    • GB9300614D0
    • 1993-03-03
    • GB9300614
    • 1990-04-04
    • HARROW PRODUCTS INC
    • E05B47/00E05C19/16
    • An electromagnetic shear lock comprising an electromagnet assembly adapted to be mounted to a doorway and an armature assembly adapted to be mounted to a door in a position to be attracted to tile electromagnet, the electromagnet comprises an elongated core of E-shape in cross section with an energizing coil positioned about the middle leg of said E-shaped core and between the outer legs of said E-shaped core. The electromagnet assembly in one embodiment has projections on either side and at both ends thereof extending beyond the surfaces of the core. An armature member has a generally rectangular surface adapted to be mounted to a door and positioned to be attracted by the electromagnet, the armature is relieved at the corners thereof whereby when the armature is attracted to the electromagnet the projections on the extension members extend into the relieved portions of the armature. In an alternate embodiment the armature is recessed at either end thereof intermediate the longitudinal edges and the projections from the electromagnet assembly are received in the recesses. The armature assembly comprises an elongated base member adapted to be secured to a door, the base member receives at least two devices therethrough with the heads of devices extending above the base member. an elongated armature having spaced apart recesses receives and rests on the heads when not attracted to the electromagnet, an elongated leaf spring is secured to the armature intermediate the ends thereof and is secured to the base member adjacent the ends of whereby the spring exerts a return force on the armature when the armature is attracted to said electromagnet.