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    • 1. 发明授权
    • Linear thumb-piece actuation latch mechanism
    • 线性拇指片致动闩锁机构
    • US07287787B1
    • 2007-10-30
    • US11657879
    • 2007-01-24
    • Brett E Tannone
    • Brett E Tannone
    • E05B3/00E05C1/02
    • E05B53/00E05B1/0046E05B13/004E05B15/02Y10T70/5226Y10T70/5412Y10T292/096Y10T292/57
    • This invention provides a thumb-piece door latch mechanism which has ergonomic features, is modular and can be used with any escutcheon, can be used with all type locks, and which in the locked door mode provides greater resistance to abusive attack of the door latch mechanism and makes the thumb-piece and latch mechanism more durable and less susceptible to vandalism. The thumb-piece moves linearly up and down and is connected to a thumb-piece guide plate which likewise moves up and down when the thumb-piece is moved. A permissive spring having one end connected to a spindle turn plate and the other end connected to the guide plate moves a rotatably mounted spindle, which in turn rotates a spindle tail and a latch connected to the spindle tail. The permissive spring provides greater resistance to abusive attacks of the door lock and mechanism.
    • 本发明提供了一种具有符合人体工程学特征的拇指片门闩机构,其具有模块化并且可以与任何孔罩一起使用,可以与所有类型的锁一起使用,并且在锁定门模式中,锁定门模式提供更大的抵抗门锁的滥用攻击 机构,使拇指和闩锁机构更耐用,不易受到破坏。 拇指片上下移动并连接到当拇指片移动时同样上下移动的拇指片导板。 一个允许的弹簧,其一端连接到主轴转板上,另一端连接到引导板,移动可旋转地安装的主轴,主轴又旋转主轴尾部和连接到主轴尾部的闩锁。 允许的弹簧提供更大的抵抗门锁和机构的滥用攻击。
    • 2. 发明授权
    • Thermal pin assembly
    • 热销组装
    • US07488012B2
    • 2009-02-10
    • US11534053
    • 2006-09-21
    • Darren C EllerBrett E Tannone
    • Darren C EllerBrett E Tannone
    • E05C1/12E05C1/02
    • E05C1/02E05B63/18E05B65/104Y10S292/66Y10T292/096Y10T292/0969Y10T292/097
    • A pin assembly includes a spring held in compression inside a case by a thermal fuse located at the back end of the pin. The fuse is thermally activated to collapse, which allows the back end of the pin to move forward. The spring drives the front end of the pin out of the case into latching engagement between a first object, such as a fire door, and a second object, such as a floor or a doorframe. The fuse and spring are located on opposite sides of a restrictive opening at the back end of the case. The fuse is preferably cylindrical, surrounds the back end of the pin and is provided with holes oriented perpendicular to the cylindrical axis of the fuse forming a web. The holes weaken the fuse and cause it to collapse in a controlled manner at the desired activation temperature.
    • 销组件包括通过位于销的后端处的热熔断器在壳体内保持压缩的弹簧。 保险丝被热激活以塌缩,这允许销的后端向前移动。 弹簧将销的前端驱动出壳体之外的第一物体(例如防火门)与第二物体(例如地板或门框)之间的闩锁接合。 保险丝和弹簧位于壳体后端的限制开口的相对侧。 保险丝优选是圆柱形的,围绕销的后端并且设置有垂直于形成网的保险丝的圆柱轴线定向的孔。 这些孔削弱了保险丝,并使其以受控的方式在所需的活化温度下塌缩。
    • 4. 发明申请
    • THERMAL PIN ASSEMBLY
    • 热引脚组装
    • US20080073914A1
    • 2008-03-27
    • US11534053
    • 2006-09-21
    • Darren C. EllerBrett E. Tannone
    • Darren C. EllerBrett E. Tannone
    • E05C1/12
    • E05C1/02E05B63/18E05B65/104Y10S292/66Y10T292/096Y10T292/0969Y10T292/097
    • A pin assembly includes a spring held in compression inside a case by a thermal fuse located at the back end of the pin. The fuse is thermally activated to collapse, which allows the back end of the pin to move forward. The spring drives the front end of the pin out of the case into latching engagement between a first object, such as a fire door, and a second object, such as a floor or a doorframe. The fuse and spring are located on opposite sides of a restrictive opening at the back end of the case. The fuse is preferably cylindrical, surrounds the back end of the pin and is provided with holes oriented perpendicular to the cylindrical axis of the fuse forming a web. The holes weaken the fuse and cause it to collapse in a controlled manner at the desired activation temperature.
    • 销组件包括通过位于销的后端处的热熔断器在壳体内保持压缩的弹簧。 保险丝被热激活以塌缩,这允许销的后端向前移动。 弹簧将销的前端驱动出壳体之外的第一物体(例如防火门)与第二物体(例如地板或门框)之间的闩锁接合。 保险丝和弹簧位于壳体后端的限制开口的相对侧。 保险丝优选是圆柱形的,围绕销的后端并且设置有垂直于形成网的保险丝的圆柱轴线定向的孔。 这些孔削弱了保险丝,并使其以受控的方式在所需的活化温度下塌缩。