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    • 1. 发明公开
    • Case latch assembly
    • Fangverriegelungsanordnung
    • EP2682549A1
    • 2014-01-08
    • EP12174757.0
    • 2012-07-03
    • Penn Elcom Limited
    • Goodman, Dennis
    • E05C19/10E05B63/00
    • E05C19/105Y10T292/0889
    • A case latch assembly (10) comprises:
      a strike plate member (18) provided on a first lock mounting part (12);
      a hinge member (16) mounted for pivotable movement on a second lock mounting part (14);
      a strike plate engagement member (20) mounted on the hinge member for reciprocal linear movement thereon and having a coupling slot (38, 54) provided therein which extends generally lengthways and having a cam slot (40, 56, 62) provided therein which extends generally crossways;
      a rotatably mounted lock nut (22);
      a cam pin (24) connected to the lock nut at an off-centre position and engaged with the cam slot; and
      a coupling pin (26) connected to the lock nut at a second position and located through the coupling slot,
      wherein rotation of the lock nut is translated by movement of the cam pin within the cam slot into linear movement of the strike plate engagement member between a closed position and an extended position and wherein the coupling pin moves along the coupling slot during the rotation of the lock nut.
    • 壳体闩锁组件(10)包括:设置在第一锁定安装部分(12)上的撞击板构件(18); 安装成可在第二锁定安装部分(14)上枢转运动的铰链构件(16); 安装在所述铰链构件上用于往复线性运动的冲击板接合构件(20),并具有设置在其中的联接槽(38,54),所述联接槽大致纵向延伸并且具有设置在其中的凸轮槽(40,56,62) 一般横穿; 可旋转地安装的锁紧螺母(22); 凸轮销(24),其在偏心位置处连接到所述锁定螺母并与所述凸轮槽接合; 以及联接销(26),其在第二位置处连接到所述锁定螺母并且通过所述联接槽定位,其中所述锁定螺母的旋转通过所述凸轮槽内的所述凸轮销的运动而被平移,所述冲击板接合构件 在关闭位置和延伸位置之间,并且其中所述联接销在所述锁定螺母的旋转期间沿着所述联接槽移动。
    • 4. 发明公开
    • Case latch assembly
    • 外壳闩锁组件
    • EP2508701A1
    • 2012-10-10
    • EP12163318.4
    • 2012-04-05
    • Penn Elcom Limited
    • Hatton, James
    • E05C19/14E05C19/10
    • E05C19/145E05C19/105E05C19/12Y10T292/0868
    • A case latch assembly (10) comprising, a first lock mounting part (12), a second lock mounting part (14), a strike plate member (18) provided on the first lock mounting part, a hinge member (16) and a strike plate engagement member (20). The hinge member is mounted for pivotable movement on a torsion element (28) arranged to apply torsion to the hinge member to bias the hinge member towards or away from the second lock mounting part. The strike plate engagement member (20) is mounted on the hinge member and is reciprocally moveable between a closed position in which the strike plate engagement member engages with the strike plate member and an open position in which the strike plate engagement member is disengaged from the strike plate member.
    • 1。一种壳体闩锁组件,包括:第一锁定安装部分,第二锁定安装部分,设置在第一锁定安装部分上的冲击板构件,铰链构件, 撞击板接合构件(20)。 铰链构件被安装用于在扭转元件(28)上可枢转运动,扭转元件(28)被布置成向铰链构件施加扭转以将铰链构件朝向或远离第二锁定安装部分偏压。 碰撞板接合构件(20)安装在铰接构件上,并且可在关闭位置和打开位置之间往复移动,在关闭位置中,碰撞板接合构件与碰撞板构件接合,在打开位置,碰撞板接合构件与 打击板块成员。
    • 5. 发明公开
    • Case latch assembly
    • Behälterverriegelungsanordnung
    • EP2508700A1
    • 2012-10-10
    • EP11161387.3
    • 2011-04-06
    • Penn Elcom Limited
    • Hatton, JamesGoodman, Dennis
    • E05C19/12
    • E05C19/145E05C19/105E05C19/12Y10T292/0868
    • A case latch assembly 10 comprises a strike plate member 18, a hinge member 16, a strike plate engagement member 20, a ramp element 42 and a resilient member 22. The strike plate member 18 is provided on a first lock mounting part 12. The hinge member 16 is mounted for pivotable movement on a second lock mounting part 14. The engagement member 20 is mounted on the hinge member 16 and is reciprocally moveable between a closed position in which the engagement member engages with the strike plate member 18 and an open position where the engagement member is disengaged from the strike plate member. The ramp element 42 is provided on the engagement member 20. The resilient member 22 is arranged to extend towards the engagement member 20. The resilient member 22 is arranged such that as the engagement member 20 is moved towards the open position the ramp element 42 engages with the resilient member and the resilient member acts to bias the engagement member away from the second lock mounting part 14.
    • 壳体闩锁组件10包括撞击板构件18,铰链构件16,撞击板接合构件20,坡道元件42和弹性构件22.冲击板构件18设置在第一锁定安装部分12上。 铰链构件16被安装成可在第二锁定安装部分14上枢转运动。接合构件20安装在铰链构件16上,并且可在闭合位置之间往复运动,在该位置中接合构件与撞击板构件18接合, 接合构件与冲击板构件脱离接合的位置。 斜面元件42设置在接合构件20上。弹性构件22布置成朝向接合构件20延伸。弹性构件22被布置成使得当接合构件20朝着打开位置移动时,斜坡构件42接合 弹性构件和弹性构件用于将接合构件偏压离开第二锁定安装部分14。
    • 7. 发明公开
    • Case latch assembly
    • 外壳闩锁组件
    • EP2907948A1
    • 2015-08-19
    • EP14155507.8
    • 2014-02-18
    • Penn Elcom Limited
    • Hatton, James
    • E05C19/10E05B15/00
    • E05C19/105E05B15/0053E05B65/52E05C3/12E05C19/10E05C19/12E05C19/14Y10T292/0945
    • A case latch assembly, comprises:
      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 comprising 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;
      wherein, 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,包括:设置在第一锁安装部上的撞板构件; 铰链构件,其安装在第二锁定安装部分上以绕枢轴枢转运动; 往复运动元件,所述往复运动元件被安装用于在所述铰链构件上往复运动,所述往复运动元件包括到所述枢轴的最靠近所述第一锁安装部分的一侧用于与所述冲击板构件接合的冲击板接合部分,以及悬臂部分, 最靠近第一锁安装部分的枢轴的一侧; 以及扭转元件,所述扭转元件布置成向所述铰链构件施加扭转以将所述冲击板接合部分偏压离开所述冲击板构件; 其中,当所述往复运动元件在第一位置和第二位置之间移动时,所述悬臂部分与所述第二锁安装部分上的约束结构相互作用,以抵消由所述扭转元件施加的偏压,以使所述冲击板接合部分朝向 冲击板构件。