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    • 1. 发明申请
    • HINGE SYSTEM
    • 铰链系统
    • WO1995014149A1
    • 1995-05-26
    • PCT/US1994013302
    • 1994-11-18
    • FEDERAL-HOFFMAN, INC.
    • FEDERAL-HOFFMAN, INC.JEGERS, Viktor, J.LAU, Robert, G.SWAN, David, A.
    • E05D07/10
    • E05D7/1022E05D5/125E05D5/128E05D2005/145Y10T16/553Y10T16/5535Y10T16/5595
    • A hinge includes a first leaf member (12) with a pair of knuckles (20) receiving a hinge pin (14) therethrough. The knuckles (20) include a retainer member (22) which extends into the path of the pin. Annular grooves (38, 40) formed in the pin (14) receive the retainer member (22) to keep the pin from easily sliding in and out of the hinge. One of the grooves (40) includes a straight side (44) and a tapered side (46) while the second groove (38) includes a pair of tapered sides (42) for allowing the retainer member to slide over the second groove (38) but not over the first groove (40). In this manner, the pin (14) may not be forced beyond the retainer member (22) and is held in place even when pulled out of the first knuckle for removing secondly.
    • 铰链包括具有一对转向节(20)的第一叶片构件(12),其接收穿过其中的铰链销(14)。 转向节(20)包括延伸到销的路径中的保持构件(22)。 形成在销(14)中的环形槽(38,40)容纳保持器构件(22)以保持销不容易地滑入和滑出铰链。 其中一个凹槽(40)包括一个直边(44)和一个渐缩侧(46),而第二凹槽(38)包括一对锥形边(42),用于允许保持件在第二凹槽 )而不在第一凹槽(40)之上。 以这种方式,销(14)可以不被迫超过保持构件(22),并且即使从第一转向节拉出以进行二次移除时也保持就位。
    • 4. 发明申请
    • MULTIPLE POINT CAM-PINION DOOR LATCH
    • 多点CAM-PINION门锁
    • WO1993011331A1
    • 1993-06-10
    • PCT/US1992009802
    • 1992-11-09
    • FEDERAL-HOFFMAN, INC.
    • FEDERAL-HOFFMAN, INC.MUNICH, Terry, L.LAU, Robert, G.FULLER, Marc, T.SWAN, David, A.
    • E05C03/10
    • E05C9/021E05B17/0025E05C9/1875Y10T292/0843Y10T292/0856Y10T292/1039
    • A multiple point cam-pinion latching system, for use with single or multi-door enclosures (10), which utilizes a plurality of combinational cam-pinion latch members (18) which are rotatably mounted to the inside surface of the door (12) and simultaneously driven by an elongated rack (54) which extends between such latches (18) and disconnectedly inter-engages therewith. Each combinational cam-pinion latch (18) includes a plurality of teeth (50) which disconnectedly inter-engage with apertures (52) in the rack (54) to cause simultaneous rotation thereof. A handle (16) which is connected to the door (12) and accessible from the exterior thereof drives one of the latch members (22) which in turn causes movement of the rack (54) and consequent rotation of all other combinational cam-pinion latches (18). Such latches (18) are rotatably mounted at spaced locations along the free peripheral portions of the enclosure door (12). Each latch (18) has a camming surface (58) which engages the enclosure (10) and draws the door into tightly sealed relation therewith upon closure of the door and movement of the handle (16) to cause such latches (18) to simultaneously move into their latched position. All cam-pinion latches (18) and other associated latching hardware is mounted on the door (12) in such a position that it is outside the sealed gasketed interior of the enclosure (10) when closed and latched thereto, with no portions thereof protruding through the body of the enclosure (10) to create possible leakage problems therein.