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    • 61. 发明公开
    • Pressure switch apparatus
    • 压力开关装置
    • EP0642146A2
    • 1995-03-08
    • EP94306490.7
    • 1994-09-02
    • TEXAS INSTRUMENTS INCORPORATED
    • Charboneau, Thomas J.Calenda, CiroCobb, Carleton M., IIIBrouwers, Arnoldus M.Novi-Chavarria, RobertoArmenio, EduardoMazzola, MassimoMorin, DanielAbrahamson, Karl R.
    • H01H35/34H01H35/24
    • H01H35/247H01H35/34
    • Pressure switch is shown which is accommodated in a pressure vessel (1) filled with a gas at a first pressure (P1), such as for a safety air bag in a road vehicle. The device comprises a pressure container (12) filled with a gas at a second pressure (P2), which container has at one side a flexible diaphragm (18) which reacts to the difference in the two pressures and interacts with an electrical circuit. The container is fitted with one side adjacent to and opposite a wall portion (14, 106, 214, 238, 256) of the pressure vessel and a magnetic element (16, 26, 240, 246/248) is operatively coupled to the diaphragm. The wall portion of the pressure vessel is made of non-magnetic material, and near the other side of the wall portion a magnetic field sensitive switching element (40) is mounted opposite the diaphragm magnetic element. A window element (13) of magnetic material may be placed in the wall portion of non-magnetic material, in line with the magnetic element and the switching element. An armature (232, 254) extending through the wall portion may be used to concentrate the magnetic flux path. The armature can be arranged to function in a head-on mode (232) or on a slide by mode (254). The magnetic curve of the system can be adjusted by using a bias magnet (216). A two part assembly permits attachment of the switch to the vessel without problems associated with the heat of welding from adversely affecting associated electronics and a circuit (222) is shown for providing a two wire output having voltage levels indicative of selected conditions.
    • 示出了压力开关,其被容纳在充满第一压力(P1)的气体的压力容器(1)中,例如用于公路车辆中的安全气囊。 该装置包括填充有处于第二压力(P2)的气体的压力容器(12),该容器在一侧具有柔性隔膜(18),该隔膜对两个压力的差异起反应并与电路相互作用。 该容器的一侧与压力容器的壁部分(14,106,214,238,256)相邻并与之相对,并且磁性元件(16,26,240,246/248)可操作地连接到隔膜 。 压力容器的壁部分由非磁性材料制成,并且在壁部分的另一侧附近,磁场敏感开关元件(40)与隔膜磁性元件相对地安装。 磁性材料的窗元件(13)可以放置在与磁性元件和开关元件对齐的非磁性材料的壁部分中。 延伸穿过壁部分的电枢(232,254)可用于集中磁通量路径。 衔铁可以布置成在迎头模式(232)或模式(254)下的滑块中起作用。 系统的磁性曲线可以通过使用偏置磁体(216)进行调整。 两部分组件允许将开关附接到容器而没有与焊接热有关的问题对相关电子元件产生不利影响,并且示出了用于提供具有指示选定状态的电压电平的双线输出的电路(222)。
    • 62. 发明公开
    • Electromechanical device for protecting a pump in the absence of water
    • Elektromechanische Vorrichtung um eine Pumpe in Abwesenheit von Wasser zuSchützen。
    • EP0640765A1
    • 1995-03-01
    • EP94830191.6
    • 1994-04-22
    • Ciurlo, Ugo
    • Ciurlo, Ugo
    • F04B49/02H01H35/34
    • H01H35/34F04B49/022
    • The device comprises: a branch (5) from the outlet (M) of the pump to a cavity (7) partially delimited by a membrane (14); a moving element (16, 22, 24) in a casing (9); a spring (36) pushing said element (16, 22, 24) toward the membrane (14) and capable of yielding under the action of a relatively restricted pressure of the water which reaches said cavity (7) and acts on the membrane; and moving electrical contacts (26) on said element (16, 22, 24), interacting with fixed contacts (28) of a supply circuit of the pump, to enable the pump to be switched on and to switch it off in the absence of pressure acting on the membrane (14).
    • 该装置包括:从泵的出口(M)到由膜(14)部分界定的空腔(7)的分支(5); 壳体(9)中的移动元件(16,22,24); 弹簧(36)将所述元件(16,22,24)推向所述膜(14)并且能够在到达所述空腔(7)的水的相对受限的压力的作用下产生并作用在膜上; 以及将所述元件(16,22,24)上的电触头(26)移动到与所述泵的供应电路的固定触点(28)相互作用以使所述泵能够接通并且在没有 作用在膜(14)上的压力。
    • 63. 发明公开
    • Membrananordnung für einen Druckschalter
    • Membrananordnungfüreinen Druckschalter。
    • EP0595210A1
    • 1994-05-04
    • EP93117113.6
    • 1993-10-22
    • HUBA CONTROL AG
    • Bächli, RolfBudde, Jürgen
    • H01H35/34
    • H01H35/34
    • Ein Membranstützteller (10) weist an seinem äusseren Rand (20) eine axial gerichtete Ringnut (30) auf, in welche eine ringförmige Membran (22) mit ihrem am inneren Rand angeordneten Einspannwulst (28) verzugsfrei eingelegt wird. Durch Bördeln wird ein neben der Ringnut (30) am Membranstützteller (10) angeordneter Bördelrand (32) radial nach aussen verformt. Durch das dadurch erfolgte Verschliessen der Ringnut (30) ist die aus einem hochelastischen Werkstoff bestehende Membran (22) druckdicht und verzugsfrei am Membranstützteller (10) verankert.
    • 隔膜支撑板(10)在其外边缘(20)上具有轴向定向的环形槽(30),环形隔膜(22)以无变形的方式通过其布置在 内缘 通过凸缘,法兰边缘(32)径向向外形成,邻近隔膜支撑板(10)上的环形槽(30)布置。 所产生的环形槽(30)的关闭使得由柔性高的材料构成的隔膜(22)以隔离片支撑板(10)上的压力和无变形的方式锚定。
    • 65. 发明公开
    • Pressure switch
    • Druckschalter。
    • EP0579867A1
    • 1994-01-26
    • EP92119408.0
    • 1992-11-13
    • FUJI KOKI MANUFACTURING CO.,LTD.
    • Sasaki, Keiji
    • H01H35/34H01H35/26
    • H01H35/34H01H35/2685H01H2213/004
    • An inner space of an outer case (20) is partitioned by a gas permiable diaphragm into a fluid pressure operating chamber (22b) and a reference pressure operating chamber (26a). The former chamber communicates with a pressurized fluid inlet hole (22a) formed in the case, and the latter communicates with a pressure equalizing hole (54) formed in the case. Electrical contacts (50, 52) are stored in the latter chamber to perform on/off-operation in response to deflection of the diaphragm caused by pressure change of pressurized fluid in the former chamber. Outer connection terminals (46) for the contacts are supported by the outer case. A filter (60) is provided in the equalizing hole.
    • 外壳(20)的内部空间被气体可容许隔膜分隔成流体压力操作室(22b)和基准压力操作室(26a)。 前室与形成在壳体中的加压流体入口孔(22a)连通,后者与形成在壳体中的均压孔(54)连通。 电触点(50,52)存储在后一个室中,以响应于由前室中的加压流体的压力变化引起的隔膜的偏转而进行开/关操作。 用于触点的外部连接端子(46)由外壳支撑。 在均压孔中设置有过滤器(60)。
    • 66. 发明公开
    • Druckschalter
    • Druckschalter。
    • EP0507002A2
    • 1992-10-07
    • EP91119839.8
    • 1991-11-21
    • HUBA CONTROL AG
    • Strässler, SigfridBächli, RolfHonegger, Oliver Peter
    • H01H35/34H01H35/26H01H5/18H01H35/02H01H11/00
    • H01H35/34H01H5/18H01H35/2607
    • Die Schaltvorrichtung (26) des Druckschalters (10) weist ein feststehendes (30) und ein mit einer Schnappfeder (50) gekoppeltes bewegliches Kontaktelement (32) auf. Diese einen Schaltkontakt bildenden Kontaktelemente (30, 32) sind zwischen einer gehäuseseitigen Einspannstelle (62) und einem Betätigungspunkt (44) angeordnet, an welchem eine Membran (24) mittels eines Stössels (46) an einer den Schaltkontakt betätigenden Blattfeder (34) angreift. Dabei befindet sich der Betätigungspunkt (44) an einem längeren Hebelarm als der Schaltkontakt. Dies bewirkt eine Kraftübersetzung vom Membranhub auf den Schaltkontakt und gewährleistet durch die Verstärkung des Kontaktdruckes eine erhöhte elektrische Schaltsicherheit.
    • 压力开关(10)的开关装置(26)具有固定接触元件(30)和联接到弹簧弹簧(50)的移动接触元件(32)。 形成开关触点的这些接触元件(30,32)被布置在外壳上的夹紧点(62)和通过柱塞接合膜(24)的操作点(44)之间 46)在操作开关触点的板簧(34)上。 在这种情况下,工作点(44)位于比开关触点更长的杠杆臂上。 这导致从膜运动到开关触点的力传递,并且通过接触压力的放大确保增加的电开关可靠性。
    • 69. 发明公开
    • Normally open pressure switch
    • Druckschalter mit Arbeitskontakt。
    • EP0434329A2
    • 1991-06-26
    • EP90313743.8
    • 1990-12-17
    • TEXAS INSTRUMENTS INCORPORATED
    • Czarn, David A.Rahman, AzizSadler, Alan M.Baker, Gary A.
    • H01H35/34
    • H01H35/346H01H35/34
    • A normally open pressure responsive switch having upper and lower housings with a snap acting member and an electrically conductive member sandwiched therebetween. The housings each include a body with a hollow center portion and the lower housing has a contact in the center portion extending externally of the member. The snap acting member is in constant engagement with the sandwiched conductive member and normally out of engagement with the contact. When pressure is applied which is sufficient to cause the snap acting member to snap connection is made with the electrically conductive member in the lower assembly. An elastomeric sealing member is mounted in the upper housing and has a neck portion received in the hollow center portion, an integrally attached flange biased against the electrically conductive member and lower housing and an integrally attached lobe extending above the upper housing to seal off the hollow center portion when the switch is mounted at a switch receiving seat.
    • 一个常开的压力响应开关(100),具有具有卡扣作用件(140)的上和下壳体(102,112)和夹在其间的导电件(130)。 所述外壳各自包括具有中空中心部分(113)的主体,并且所述下部壳体具有在所述构件外部延伸的中心部分中的触点(120)。 卡扣动作构件与夹持的导电构件保持一定的接合,并且通常与接触件脱离啮合。 当施加足以使卡扣作用构件卡扣连接的压力与下部组件中的导电构件形成时。 弹性体密封件(150)安装在上壳体中并具有容纳在中空中心部分中的颈部(152),一体地附接的凸缘(158),其偏压抵靠导电构件和下壳体以及整体附接的凸角 154),当开关安装在开关接收座时,其在上壳体上方延伸以密封中空中心部分。