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    • 31. 发明公开
    • TAMPER-PROOF SEAL AND METHOD FOR USING SAME
    • ORIGINALITÄTSVERSCHLUSSUND VERWENDUNGSVERFAHRENDAFÜR
    • EP1545990A4
    • 2005-12-21
    • EP03793326
    • 2003-08-22
    • MEDIN CORP
    • SCHAINHOLZ JAY DOGMAN EUGENESHAMIR AMOS
    • B65D55/06A61L2/26A61L2/28B65D45/16B65D55/02G09F3/02G09F3/03G09F3/04B65D1/00
    • G09F3/0352A61L2/28A61L2202/121A61L2202/182A61L2202/24G09F3/0341Y10T292/488Y10T292/491Y10T292/507
    • A tamper-proof seal (10, 300) is disclosed for use in connection with sterilization containers. The seal includes a body portion (12, 312) including a sterilization indicating material (16) and a tongue (14, 314) extending from the body portion. The tongue may be in the form of a laminate consisting of a pair of substantially inert outer layers (20, 22, 320, 322) sandwiching a high shrink inner layer (24, 324). The tongue is designed to engage the latch mechanism (106) of a sterilization container (100) when the container is in the closed position and the latch mechanism is in a latched position. Upon exposure of the container to sterilization conditions, the tongue shrinks, causing the outer layers to fold upon themselves to form at least one pleat (200, 390, 392). The container latch mechanism cannot be opened without fracturing the tongue of the seal, thereby providing visible evidence of the latch mechanism being opened.
    • 公开了一种用于灭菌容器的防篡改密封件(10,300)。 密封件包括包含消毒指示材料(16)的主体部分(12,312)和从主体部分延伸的舌部(14,314)。 该舌状物可以是由夹在高收缩内层(24,324)中的一对基本上惰性的外层(20,22,320,322)组成的叠层形式。 当容器处于关闭位置并且闩锁机构处于闩锁位置时,舌片被设计成接合灭菌容器(100)的闩锁机构(106)。 当容器暴露于消毒条件时,舌头收缩,导致外层自身折叠以形成至少一个褶(200,390,392)。 容器闩锁机构不能在不破坏密封件的舌部的情况下被打开,由此提供了闩锁机构被打开的可见证据。
    • 35. 发明公开
    • Dual disk security lock
    • Doppelte Platten Sicherheitssiegel
    • EP1172781A1
    • 2002-01-16
    • EP00650208.2
    • 2000-12-14
    • BRAMMALL, INC.
    • Bystry, Jerry A.
    • G09F3/03F16G11/04
    • G09F3/0347F16G11/108F16G11/14G09F3/0352
    • A security lock (20) includes a cable having two ends (26,28), one of which (26) is fixedly attached to a body (22). The other end of the cable (28) is free and can be inserted through the hasp of a lock. Thereafter, the free end of the cable is inserted into a channel (30) in the body. A locking mechanism in the body allows the cable to be freely inserted into the channel, but prevents the cable from being retracted out of the channel. The locking mechanism comprises a pair of disks which grip the cable when it is moved in one direction and roll out of the way of the cable when it is moved in an opposite direction.
    • 安全锁(20)包括具有两端(26,28)的电缆,其中一个(26)固定地连接到主体(22)上。 电缆(28)的另一端是空闲的并且可以通过锁的搭扣插入。 此后,电缆的自由端插入体内的通道(30)中。 主体中的锁定机构允许电缆自由地插入通道中,但是防止电缆退出通道。 锁定机构包括一对盘,当它沿着相反的方向移动时,其在一个方向上移动时抓住电缆并且从电缆的方向滚出。
    • 37. 发明公开
    • Improved seal
    • 西比格
    • EP0924677A2
    • 1999-06-23
    • EP98124020.3
    • 1998-12-17
    • Brooks Todo Seguridad en Espana, S.A.
    • Granell, Jaume Baucells
    • G09F3/03
    • G09F3/0352
    • This seal includes a flat plate (1) from which a tailpiece (2) extends, which is provided with a peripheral dentate (5) in its intermediate area; this plate (1) is linked to a tubular passage (3) with a frusto-conical mouthpiece (3a), a cylindrical intermediate portion (3b) and elastic tabs (3c) forming means for retaining the dentated portion (5) of the tailpiece. The dentated tailpiece (2) has a ring-like reinforcement (4) in the connecting area with the plate (1), and a thickening (6) at the front end of the dentated piece (5) which only enables its introduction in the tubular passage (3) through the end corresponding to mouthpiece (3a).
    • 这种密封件包括一个平板(1),尾件(2)从该平板延伸,在其中间区域设有外周齿状物(5) 该板(1)连接到具有截头圆锥形接口(3a),圆柱形中间部分(3b)和弹性突片(3c)的管状通道(3),所述弹性接头(3c)形成用于保持尾架的齿形部分(5) 。 齿形尾管(2)在与板(1)的连接区域中具有环状加强件(4),并且在齿形件(5)的前端处具有增厚(6),仅使其能够引入 管状通道(3)通过对应于接口(3a)的端部。
    • 39. 发明公开
    • SEAL
    • 密封
    • EP0797819A1
    • 1997-10-01
    • EP95912928.0
    • 1995-03-17
    • E.J. Brooks Company
    • GEORGOPOULOS, GeorgeLUNDBERG, George, Albert, Jr.
    • G09F3
    • G09F3/0311G09F3/0347G09F3/0352G09F3/037Y10T292/498Y10T292/505Y10T292/507
    • A thermoplastic molded socket (142) and locking device including two tandemly secured locking devices (120, 121) are secured together at respective opposite ends of a strap (124). The socket (142) has two locking cavities (144, 146) each having a separate locking device receiving opening (144, 146) for receiving a respective different one of the locking devices (120, 121). The free end-most locking device (121) and one of the device receiving openings (146) have complementary dimensions, e.g., a transverse width greater than that of the other locking device (120) and device receiving opening (144), so that the end most locking device (121) can be inserted into only the one larger receiving opening (146). A unique reference number (160, 166) is assigned each seal (110) and to each cavity (144, 146) so that the seal and cavity reference numbers (160, 166) together form a unique number to preclude tampering. The locking devices (120, 121) each comprise a locking member (131, 130) and pair of locking tangs (129, 128), each tang including a rearward facing projection (153) which engages a corresponding recess (100') in the mating locking member cavity. In a further embodiment, the socket (142) has apertures (96', 98') for receiving the tang tips (137) for providing visual evidence of tampering, the tangs displacing in the socket cavities (144, 146) while locked.
    • 包括两个串联固定的锁定装置(120,121)的热塑性模制插座(142)和锁定装置在条带(124)的相应相对端固定在一起。 插座(142)具有两个锁定腔(144,146),每个锁定腔具有用于接收相应的不同锁定装置(120,121)中的一个的单独的锁定装置接收开口(144,146)。 自由端部锁定装置(121)和装置接收开口(146)中的一个具有互补尺寸,例如横向宽度大于另一锁定装置(120)和装置接收开口(144)的横向宽度,使得 最末端的锁定装置(121)仅可以插入到一个较大的接收开口(146)中。 为每个密封件(110)和每个腔体(144,146)分配唯一的参考数字(160,166),使得密封和腔体参考数字(160,166)一起形成唯一的数字以排除篡改。 锁定装置(120,121)各自包括锁定构件(131,130)和一对锁定柄脚(129,128),每个柄脚包括面向后方的突起(153) 配合锁定构件腔。 在另一个实施例中,插座(142)具有用于接收柄脚(137)的孔(96',98'),用于提供篡改的视觉证据,柄脚在锁定时在插座腔(144,146)中移位。
    • 40. 发明公开
    • SEAL
    • 密封
    • EP0708954A1
    • 1996-05-01
    • EP94916511.0
    • 1994-03-29
    • E.J. Brooks Company
    • GEORGOPOULOS, George
    • G09F3
    • G09F3/0352G09F3/0311G09F3/0347Y10T292/498Y10T292/505Y10T292/507
    • A thermoplastic unitary molded seal comprises a tab, a socket depending from the tab, a pair of links extending from the tab and a locking member secured to the other end of the links. A tether is secured at one end to the locking member adjacent to one of the links and at another end adjacent to the other of the links. The tether is attached at one of its ends by a reduced cross section to permit the tether to be severed from the locking member. The locking member comprises a pair of resiliently secured tangs attached to a cross-member in which there are a pair of recesses and a transverse hole. The recesses and hole receive the tether therethrough. The recesses and hole are inserted within the cavity of the socket with the tether free end inserted so as to lock the tether within the recesses and hole. The tether includes at least a pair of projections, one projecting from the tether on each side of the locking member so that when the tether is locked to the locking member in the socket the tether cannot be removed. The tangs include rearward facing projections which engage mating recesses in the socket. In a further embodiment, the socket has apertures at the bottom region thereof for receiving the tang tips for providing visual evidence of tampering, the tangs displacing in the socket while locked. In a still further embodiment, a pair of tangs are attached to a strap in tandem fashion. The socket member includes a pair of sockets receiving a separate one of the tandem secured tangs so that the seal may be reused.