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    • 71. 发明公开
    • Substantially smoke-free and particulate free inflator for inflatable safety restraint system
    • 烟雾和颗粒避免充气机充气约束安全装置
    • EP0794164A1
    • 1997-09-10
    • EP97200665.4
    • 1997-03-06
    • OEA, INC.
    • Hamilton, Brian K.Strang, Peter L.
    • C06D5/06C06B45/02C06B45/00
    • B60R21/2644C06B21/0066C06B45/00C06B45/02C06D5/06
    • Provided is an inflator for providing propellant gases to inflate a bag of an automotive safety system for restraining an occupant of a vehicle in which the inflator is a pure pyrotechnic inflator that generates propellant gases that are substantially free of metal-containing particulate and condensable materials without requiring storage of a pressurized gas. The propellant gases are generated from a solid gas-generating propellant composition including two components. A first component is fuel-rich and has a fast burn rate. The second component is a oxidizer that, although having a slow burn rate, operates in combination with the first component at an acceptably fast burn rate to oxidize carbon monoxide and/or hydrogen produced during combustion of the first component to carbon dioxide and/or water, respectively.
    • 提供了一种用于提供推进剂气体来充气的汽车安全系统的袋用于在车辆中的充气机是一个纯粹的烟火式充气机确实产生率的推进剂气体确实基本上不含含金属颗粒和冷凝材料的无乘员约束的充气机 需要的加压气体的贮存。 推进剂气体从固体气体发生推进剂组合物包括两种组分生成。 第一部分是燃料丰富,具有近燃烧率。 所述第二组分是氧化剂的是,虽然具有缓慢的燃烧率,以可接受的几乎燃烧以氧化所述第一组分的燃烧成二氧化碳和/或水过程中产生的一氧化碳和/或氢速率工作在与第一组件组合 分别。
    • 72. 发明公开
    • Fluid filter assembly
    • Fluidfilteranordnung
    • EP0771570A1
    • 1997-05-07
    • EP96202991.4
    • 1996-10-28
    • Arbor Technologies, Inc.
    • Haddock, Thomas F.Vincent, Monty E.
    • A61M5/165A61M1/36
    • A61M1/3633A61M2205/7563
    • A filter assembly (10) includes a housing (12) defining a chamber (14). A filter substrate (16) is disposed within the chamber (14) for filtering fluids passing therethrough. The housing 12 includes an inlet (22) disposed in fluid communication with the chamber (14) for allowing flow of fluid into the chamber (14). The chamber (14) defines a flow path between the inlet (22) and filter substrate (16) for perfecting fluid flow therebetween. An outlet (24) is disposed in fluid communication with the chamber (14) for allowing the flow of fluid to exit the chamber (14). A snagging element (26) is disposed within the housing (14) between the inlet (22) and the filter substrate (16) on the flow path for snagging and retaining gelatinous particulate material from the fluid prior to being filtered. A method of filtering gelatinous material from a flow of fluid includes the steps of snagging gelatinous material from the flowing fluid and then passing the fluid through a filter.
    • 过滤器组件(10)包括限定腔室(14)的壳体(12)。 过滤器基板(16)设置在室(14)内,用于过滤通过其中的流体。 壳体12包括与腔室(14)流体连通的入口(22),用于允许流体流入腔室(14)。 腔室(14)限定入口(22)和过滤器基底(16)之间的流动路径,用于完善其间的流体流动。 出口(24)设置成与腔室(14)流体连通,以允许流体流出室(14)。 阻塞元件(26)设置在流路上的入口(22)和过滤器基底(16)之间的壳体(14)内,用于在被过滤之前从流体中阻止和保留凝胶状颗粒材料。 从流体流中过滤凝胶状材料的方法包括以下步骤:从流动的流体中堵塞凝胶状材料,然后使流体通过过滤器。
    • 75. 发明公开
    • Non-buckling core element connector with snap-ring
    • 带扣环的非屈曲芯体单元连接器
    • EP0761993A2
    • 1997-03-12
    • EP96202224.0
    • 1996-08-07
    • TELEFLEX INC
    • Reasoner, Michael
    • F16C1/10
    • F16C1/262F16C1/101F16C1/226Y10S403/07Y10T74/2045Y10T74/20462Y10T403/602
    • The invention is characterized by connection means for locking first (18) and second (20) core element sections together in a locked position mechanically prevented from moving relative to one another axially in either direction solely in response to axial forces transmitted along the core element sections (18,20) without buckling either of the core element sections (18,20). A male member (26) presents a male groove (30) and a female member (24) presents a female groove (32) and a lock ring (28) disposed in one of the grooves (30,32) with the lock ring (28) radially overlapping the male (30) and female (32) grooves in the locked position. A mechanical advantage means comprising a female taper (34)of gentle slope forces the radial movement of the lock ring (28) as core element sections (18 and 20) are moved together without buckling the wire elements (22) of the core element sections (18, 20).
    • 本发明的特征在于,连接装置用于将第一芯部件(18)和第二芯部件部件(20)锁定在一起处于锁定位置,该锁定位置机械地防止相对于彼此沿轴向在任一方向上移动,这仅仅是响应于沿芯部件部分传递的轴向力 (18,20),而不使任一个芯元件部分(18,20)屈曲。 一个阳部件(26)具有一个阳凹槽(30),一个阴部件(24)具有一个凹槽(32)和一个设置在凹槽(30,32)中的锁环(28) 28)径向重叠处于锁定位置的凸形凹槽(30)和凹形凹槽(32)。 当芯部件部分(18和20)一起移动时,包括具有平缓倾斜力的凹锥形部(34)的机械优点装置使得锁环(28)的径向移动不会使芯部件部分(22) (18,20)。
    • 78. 发明公开
    • Automatic cop changing device for a weaving machine
    • Vorrichtung zumselbstätigenAuswechseln der Schussfadenspule a einem Webstuhl
    • EP0738795A2
    • 1996-10-23
    • EP96109171.7
    • 1989-12-01
    • NIPPON FELT CO., LTD.
    • Murakami, FumioOkazaki, SadaakiAoyagi, TakayoshiKonno, Tetsuya, Chiyoda Kakou Kensetsu K.K.Iwasaki, Tokuji
    • D03D45/20
    • D03D45/20
    • An automatic cop changing device for a weaving machine in which a shuttle carrying a cop consisting of a bobbin around which a weft is wound is reciprocated between warps so as to weave the weft between the warps, comprising: a cop positioning unit for securing the shuttle stationary near a terminal point of its reciprocating movement when the weft of a current cop mounted on the shuttle is consumed by more than a prescribed amount; a cop storage unit for storing a plurality of new cops; a robot arm carrying a weft gripping hand for drawing the weft from the current cop storage unit, and crossing the two wefts, a cop engaging hand for moving the cop in the shuttle between its upright position and its retracted position, and a cop gripping hand for removing the old cop from the shuttle and carrying the new cop into the shuttle; a weft tying unit for tying the crossed part of the wefts; and a weft trimming unit for trimming an extraneous part of the tied weft. This device permits quick replacement of cops without causing undue strain on the weft. The advantageous use of a robot arm permits a compact and simple design of the entire device.
    • 一种用于织造机器的自动换针装置,其中承载由缠绕纬纱的绕线管组成的梭子的梭子在经纱之间往复运动,以便编织经纱之间的纬纱,包括:用于固定梭子的配准定位单元 当安装在梭子上的当前警犬的纬纱消耗超过规定量时,在其往复运动的终点附近固定; 用于存储多个新警察的警察存储单元; 一个机器人手臂,用于将纬纱从当前的存放单元中拉出,并与两个纬纱交叉,一个用于使托架在其直立位置与其缩回位置之间移动的卡扣手, 用于从梭子上取下旧警察,并将新警察携带到穿梭机上; 用于捆绑纬纱的交叉部分的纬纱单元; 以及用于修剪捆绑纬纱的外部部分的纬纱修整单元。 该装置允许快速更换警察,而不会对纬纱造成不适当的应变。 机器人臂的有利使用允许整个设备的紧凑且简单的设计。