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    • 91. 发明授权
    • MULTIPLE POINT CAM-PINION DOOR LATCH
    • CAM的元素RITZ多点门锁
    • EP0568680B1
    • 1998-06-03
    • EP92925206.2
    • 1992-11-09
    • FEDERAL-HOFFMAN, INC., d/b/a HOFFMAN ENGINEERING COMPANY
    • MUNICH, Terry, L.LAU, Robert, G.FULLER, Marc, T.SWAN, David, A.
    • E05C3/10E05C9/02E05C9/18
    • 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.
    • 92. 发明公开
    • Chair with vertically shiftable height adjustment
    • Stuhl mitveränderbarerHöhenverstellvorrichtung
    • EP0811339A2
    • 1997-12-10
    • EP97303890.4
    • 1997-06-05
    • HAWORTH, INC.
    • Thole, Douglas M.Wilkerson, Larry A.
    • A47C3/30
    • A47C3/30
    • A chair has a base, a seat and a back arrangement (11, 13) for an occupant, and an upright telescopic height adjustable pedestal assembly (19) connected vertically between the base and the seat and back arrangement for supporting the latter and permitting the height thereof to be vertically adjusted. The height adjustable pedestal assembly (19) includes a first height adjusting mechanism (21) having a predetermined vertical stroke defined between upper and lower stroke limiting positions for permitting the height of the seat and back arrangement to be adjusted to any position along said stroke; and a second height adjusting mechanism (22) defining at least upper and lower vertically-spaced range positions for permitting the vertical length of the pedestal assembly to be respectively increased and decreased, whereby the seat and back arrangement can be subjected to the predetermined vertical stroke of the first height adjustment mechanism (21) when in either of the upper and lower range positions. The first and second height adjusting mechanisms (21, 22) are connected vertically in series, and each is independently operable.
    • 椅子具有用于乘客的基座,座椅和后部布置(11,13),以及垂直伸缩高度可调基座组件(19),其垂直地连接在基座和座椅和后部布置之间,用于支撑座椅,并允许 其高度被垂直调整。 高度可调基座组件(19)包括第一高度调节机构(21),该第一高度调节机构具有限定在上下行程限制位置之间的预定垂直行程,用于允许座椅和后排布置的高度被调节到沿着所述行程的任何位置; 以及限定至少上下垂直间隔范围位置的第二高度调节机构(22),用于允许基座组件的垂直长度分别增加和减小,由此座椅和靠背布置可以经受预定的竖直行程 当在上和下范围位置中的任一个时,第一高度调节机构(21)。 第一和第二高度调节机构(21,22)串联连接,并且每个独立地可操作。
    • 95. 发明公开
    • Liquid aspiration from a sealed container
    • Absaugen einerFlüssigkeitaus einem geschlossenenBehälter
    • EP0747689A2
    • 1996-12-11
    • EP96304222.1
    • 1996-06-06
    • MEDICAL LABORATORY AUTOMATION, INC.
    • Inacu, FulgaLovette, Spencer M.McCandless, William
    • G01N1/00G01N35/10
    • G01N35/1016
    • A fluid is aspirated from a sealed container (12) and a precise quantity of the aspirated fluid is dispensed. The method involves standard steps of inserting a probe (20 into the container (12) through the container seal (14) and aspirating bubbles and the selected quantity of fluid into the probe before removing the probe from the container and dispensing the fluid. The method also includes an additional step performed at at least one stage in the method to assure that, before the dispensing operation is performed, sample fluid in the probe extends to the end of the probe without any fluid extending beyond the end of the probe. For one embodiment of the invention, both the selected quantity of fluid to be dispensed and a selected extra volume of fluid are initially aspirated and, prior to the dispensing step, a selected quantity of the sample which is greater than the maximum amount that air bubbles in the probe might shrink as a result of the pressure in the container being less than the pressure outside the container, but less than the selected extra volume, is wasted. An additional step might be to withdraw a volume of fluid from the probe before the probe is inserted into the container which is substantially equal to the fluid and air bubbles to be aspirated, such fluid being replaced by air entering the probe and then dispensing such volume of air from the probe into the container after the probe has been inserted into the container. A hollow needle (18) may also be inserted into the container prior to the aspiration operation to equalize the pressure inside and outside the container before the above step is performed or, the pressure and air volume in the container may be determined and used to calculate the change in air volume of air bubbles which will occur when the probe is removed from the container and this information used to compensate for such increase or shrinkage when fluid is removed from the probe prior to insertion into the container and when air from the probe is injected into the container after insertion.
    • 从密封容器(12)吸出流体,并且分配精确量的抽吸流体。 该方法包括将探头(20)通过容器密封件(14)插入到容器(12)中并将所选量的流体吸入探针中的标准步骤,然后从容器中取出探针并分配流体。 还包括在该方法中在至少一个阶段执行的附加步骤,以确保在分配操作执行之前,探针中的样品流体延伸到探针的末端,而没有任何流体延伸超过探针的端部,对于一个 在本发明的实施方案中,首先吸取选择量的待分配流体和选定的额外体积的流体,并且在分配步骤之前,选择量的样品大于最大量的气泡 由于容器内的压力小于容器外部的压力但小于所选择的额外体积,因此探针会收缩,另外还有一步mi 在探针插入容器中之前要从探针中取出一定体积的液体,该容器基本上等于要吸入的流体和气泡,这种流体被进入探头的空气替代,然后从空气中分配这样的空气量 将探针插入容器后将探头插入容器。 在进行上述步骤之前,空心针(18)也可以在抽吸操作之前插入容器中以均衡容器内部和外部的压力,或者可以确定容器中的压力和空气体积并用于计算 当探头从容器中取出时将发生的气泡的空气体积变化,以及用于在插入容器之前流体从探针中取出时以及当来自探针的空气是否为 插入后注入容器。
    • 97. 发明公开
    • Cryogenic pump
    • Kryopumpe
    • EP0743451A1
    • 1996-11-20
    • EP96303246.1
    • 1996-05-09
    • Cryogenic Group, Inc.
    • Brown, Bruce G.Crowl, Robert E.Westerman Phillip J.
    • F04B15/08F04B19/02
    • F04B15/08F04B19/022Y10S417/901
    • A cryogenic pump is disclosed for pumping liquified gas from one container to another container or a point of use. The pump has a main housing (12) defining a cylinder in which a hollow piston (34) is reciprocable by means of a piston rod (42) and divides the interior of the main housing into a supercharger chamber (50) and a sump chamber (52). The lower end of the main housing is closed by a block (24) formed with a fixed piston (54), defining a high pressure chamber (60) in the hollow piston (34), and with inlet ports (76) leading into the sump chamber (52). An outer housing (14) defines a precharge chamber (82) around the main housing (12). During reciprocation of the hollow piston (34), liquid is drawn in through the ports (76) and progressively pumped, though non-return valves, in sequence through the sump chamber (52), the precharge chamber (82), the supercharger chamber (50), and the high pressure chamber (60) to an outlet line (136). The block (24) is located within and adjacent to the bottom of the container. The pump arrangement allows the container to be substantially emptied thereby avoiding waste of the contained liquified gas.
    • 公开了一种用于将液化气体从一个容器泵送到另一个容器或使用点的低温泵。 泵具有限定缸的主壳体(12),其中空心活塞(34)可借助于活塞杆(42)往复运动,并且将主壳体的内部分成增压室(50)和贮槽 (52)。 主壳体的下端由形成有固定活塞(54)的块(24)封闭,在中空活塞(34)中限定高压室(60),并且通过入口(76)进入 贮槽室(52)。 外壳体(14)围绕主壳体(12)限定预充气室(82)。 在中空活塞(34)的往复运动期间,液体通过端口(76)被抽吸,并且依次通过止回阀逐渐泵送通过贮液室(52),预充气室(82),增压器室 (50)和高压室(60)连接到出口管线(136)。 块(24)位于容器的底部内并与容器的底部相邻。 泵装置允许容器基本上倒空,从而避免了所含液化气体的浪费。
    • 100. 发明公开
    • BICYCLE RACK
    • 自行车架
    • EP0699152A1
    • 1996-03-06
    • EP93915563.0
    • 1993-07-29
    • Bryan, Ken, John
    • Bryan, Ken, John
    • B60R9B62H3
    • B60R9/10B60R9/06B62H3/02Y10S224/924
    • A bicycle rack (10) may be supported by a base (40) on a tow bar of a vehicle. The bicyle rack (10) includes an upright post (11) having at its upper end a pivotally supported arm (12), which is adapted by way of grooves (20) to support a number of bicycles by engagement with the bicycle top tubes. To retain the bicycles in place, a retaining plate (13) is held against the pivot arm (12) by wing nuts applied to threaded fasteners (19) and a padlock which may pass through a hole (22) and a corresponding hole in the pivot arm (12). A gas strut (18) extends between the post (11) and the pivot arm (12) to aid in its pivoting. A number plate support (23) is pivotally attached to the remote end of the pivot arm (12) and connected to the post (11) by a parallelogram linkage to maintain the number plate in a generally vertical plane regardless of the orientation of the pivot arm (12).
    • 自行车架(10)可以由车辆牵引杆上的基座(40)支撑。 双支架(10)包括立柱(11),该立柱在其上端具有可枢转支撑的臂(12),该臂通过凹槽(20)适配以通过与自行车顶管接合来支撑多个自行车。 为了将自行车保持就位,通过施加到螺纹紧固件(19)上的蝶形螺母和可以穿过孔(22)的挂锁将保持板(13)保持在枢转臂(12)上, 枢转臂(12)。 气柱(18)在柱(11)和枢转臂(12)之间延伸以有助于其枢转。 数字板支撑件(23)枢转地连接到枢转臂(12)的远端并且通过平行四边形连杆连接到柱(11),以将数字板保持在大致竖直平面中,而与枢轴的定向无关 手臂(12)。