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    • 4. 发明授权
    • Energy absorbing latch systems and methods
    • US09663969B2
    • 2017-05-30
    • US14211738
    • 2014-03-14
    • Flexible Security LLC
    • Bradley A. Lila
    • E05C19/10E05B17/20E05C19/12E05B17/00E05C5/00E05B15/02
    • E05B17/2084E05B15/0205E05B17/0058E05C19/12Y10T292/17Y10T292/79
    • A door latch (100, 400, 500, 600, 1200, 1300, 1400, 1500, 1600, 1700, 1800, 1900) resists opening of a door (200) beyond a predetermined amount when it is engaged and also allows the opening of the door when it is disengaged. The door latch includes a catch (220, 220′, 3220) and a base (191) that is connected to a deformable member (140, 3140, 4140, 5140, 6140) at a joint (90). The joint configures the door latch and may include a pin (190). The catch (e.g., a hook) engages a catching portion (e.g., a loop 148, 3148, 6148) of the deformable member when engaged. The deformable member may stretch at least five percent when resisting an intrusion load (F) on the door. The base may mount to a door frame (300), and the catch may mount to the door. A spring (180) may urge the deformable member toward engagement. A shield (280, 2280, 4280, 5280, 6280) may protect the deformable member and resist cutting and may pivot with the deformable member urged by the spring. A finger pocket (296) may be used to overcome the spring. A detent (187) may retain a disengaged configuration (70), and a button (130) on the pin may be depressed to release the detent. A keeper (260) may retain an engaged configuration (50), even when the intrusion load alternates. An armed configuration (40) may automatically transition to the engaged configuration upon the door reaching the predetermined amount and may be manually transitioned to the disengaged configuration upon operator manipulation. The deformable member may hyperelastically deform.
    • 6. 发明授权
    • Screw conveyor having linked latch closure
    • 螺旋输送机具有连接的闩锁
    • US09580946B2
    • 2017-02-28
    • US14805894
    • 2015-07-22
    • Formax, Inc.
    • Kyle Schinkowsky
    • B65G33/24E05C19/12
    • E05C19/12B65G33/24
    • A conveyor includes a container and a cover. A plurality of upper latches each include an upper hook. A plurality of lower latches each include a lower hook. A plurality of brackets are fixedly attached to the container and are disposed along the container, where each bracket is configured to pivotally support each lower latch at a pivot point. A rigid linkage member couples the body portion of each lower latch. Urging in a first direction at any point along linkage member causes each lower hook to simultaneously disengage from the upper hook to unlock the cover. The pivot point is arranged such that the weight of the body portion and the linkage member cause the lower hooks to be urged against the upper hooks to lock the cover to the container, in the absence of a force applied to the linkage member in the first direction.
    • 输送机包括容器和盖子。 多个上部闩锁各自包括上部钩。 多个下闩锁各自包括下钩。 多个支架固定地附接到容器并且沿着容器设置,其中每个支架构造成在枢转点处枢转地支撑每个下部闩锁。 刚性连杆构件联接每个下部闩锁的主体部分。 沿着连接件在任何一点沿着第一方向推动,每个下钩同时与上钩脱开,以解锁盖。 枢转点被布置成使得主体部分和连杆构件的重量使得下钩被推靠在上钩上以将盖锁定到容器,在没有施加到连接构件的力的情况下,第一 方向。
    • 8. 发明授权
    • Earthquake-proof latch mechanism
    • 防震闩锁机构
    • US09487978B2
    • 2016-11-08
    • US14352268
    • 2013-10-29
    • MARUYOSHI KOGYO INC.
    • Nobuyuki Aono
    • E05C19/10E05C19/12E05C3/02E05B63/00
    • E05C19/12E05B2063/0095Y10T292/0945
    • An earthquake-proof latch mechanism includes a case body, a hook member which is swingably supported on the case body, and a pendulum member which is vibratably suspended and supported on the case body. The hook member includes a hook on one side of a swinging shaft and a pendulum engagement portion on the other side of the swing shaft. A through hole is formed in the pendulum engagement portion. The pendulum member is disposed to penetrate the through hole, and a peripheral surface of the pendulum member facing the through hole is formed into a tapered shape. The peripheral surface pushes up the inner periphery of the through hole to swing the hook member when the pendulum member vibrates. Thus, the earthquake-proof latch mechanism is made compact.
    • 防震闩锁机构包括壳体,可摆动地支撑在壳体上的钩构件和摆动构件,该构件可振动地悬挂并支撑在壳体上。 钩构件包括在摆动轴的一侧上的钩和在摆动轴的另一侧上的摆动接合部。 通孔形成在摆动接合部中。 摆动构件设置成穿透通孔,并且摆锤构件面向通孔的周面形成为锥形。 当摆动构件振动时,外周表面向上推动通孔的内周,以摆动钩构件。 因此,防震闩锁机构紧凑。
    • 10. 发明申请
    • Case Latch Assembly
    • 案例锁定装配
    • US20160237726A1
    • 2016-08-18
    • US15139795
    • 2016-04-27
    • Penn Elcom Limited
    • James HATTON
    • E05C19/10
    • E05C19/10E05B15/0053E05B65/52E05C3/12E05C19/105E05C19/12E05C19/14Y10T292/0945
    • A case latch assembly having a strike plate member provided on a first lock mounting part; a hinge member mounted on a second lock mounting part for pivotal movement about a pivot; a reciprocating element mounted for reciprocal movement on the hinge member, the reciprocating element having a strike plate engagement portion to a side of the pivot nearest to the first lock mounting part for engaging with the strike plate member, and a cantilever portion which extends to the side of the pivot furthest from the first lock mounting part; and a torsion element being arranged to apply torsion to the hinge member to bias the strike plate engagement portion away from the strike plate member as the reciprocating element moves between a first position and a second position, the cantilever portion interacts with a constraining formation on the second lock mounting part to offset the bias applied by the torsion element to cause the strike plate engagement portion to be deflected towards the strike plate member.
    • 一种壳体闩锁组件,其具有设置在第一锁定安装部分上的撞击板构件; 铰链构件,其安装在第二锁定安装部分上,用于围绕枢轴枢转运动; 安装在所述铰链构件上以往复运动的往复运动元件,所述往复运动元件具有至少靠近所述第一锁定安装部分的所述枢轴的侧面的冲击板接合部分,用于与所述撞击板构件接合;以及悬臂部分, 所述枢轴的距离所述第一锁定安装部分最远的一侧; 并且扭转元件被布置成当所述往复元件在第一位置和第二位置之间移动时,向所述铰链构件施加扭转以偏压所述冲击板接合部分而远离所述冲击板构件,所述悬臂部分与所述限制构件相互作用 第二锁定安装部分,以抵消由扭转元件施加的偏压,以使撞击板接合部分朝向撞击板构件偏转。