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    • 1. 发明公开
    • RESIN PIPE JOINT
    • HARZROHRVERBINDUNG
    • EP2372214A1
    • 2011-10-05
    • EP09830286.2
    • 2009-11-06
    • Nippon Pillar Packing Co., Ltd.
    • IMANISHI, RyoYAMADA, MasateruTESHIMA, KazukiyoNAKAMURA, TakehiroKISHIMOTO, TakayukiMASUDA, AkihiroNAKAGAWA, Takeshi
    • F16L33/22
    • F16L47/04F16L19/005F16L19/028F16L35/00F16L2201/10
    • A resin pipe joint is provided in which, even when a pipe joint portion is in an invisible or less visible place, and even in a work site in a noisy situation, it can be checked that a union nut is in the end or near end of fastening, and which is improved so as to attain high assembling workability and handleability.
      In a resin pipe joint having a configuration where, by a screw advancement of a union nut 2 caused by screwing an internal thread 8 to an external thread 5 in a state where a tube 3 is externally fitted to an inner cylinder 4 to form a flared portion 3A, a flaring changing region 9 is pressed by a seal pressing portion 10, a torque varying portion 26 in which projecting portions 20 of a joint body 1 and recess portions 19 of the union nut 2 are fitted to or unfitted from each other by a flexural displacements of the projecting portions 20 in the direction of the axis P in accordance with fastening rotation of the union nut 2 from the vicinity of a portion in front of an end of the screw advancement, the screw advancement being caused by pressing of the seal pressing portion 10 against the flaring changing region 9 is configured.
    • 提供了一种树脂管接头,其中即使管接头部分处于不可见或不可见的位置,甚至在嘈杂状况下的工作现场,也可以检查接头螺母在端部或近端 并且其被改进以获得高的组装操作性和可操作性。 在具有这样的结构的树脂管接头中,其中通过在管3与内筒4外部配合的状态下通过将内螺纹8拧入外螺纹5而产生的联管螺母2的螺纹前进而形成扩口 部分3A,扩口改变区域9被密封按压部分10,扭矩改变部分26压紧,扭矩改变部分26将接合体1的突出部分20和联管螺母2的凹部19嵌合或不相配合, 突出部分20在轴线P的方向上的弯曲位移是根据联接螺母2从螺钉进给端部的前部的附近的紧固旋转而进行的,螺钉的前进是通过按压 密封按压部10配置在扩口变更区域9上。
    • 6. 发明公开
    • BELLOWS PUMP DEVICE
    • 波纹泵装置
    • EP3179104A1
    • 2017-06-14
    • EP15829635.0
    • 2015-07-06
    • Nippon Pillar Packing Co., Ltd.
    • YAMADA, MasateruTESHIMA, KazukiyoNAKANO, AtsushiURATA, DaisukeNAGAE, Keiji
    • F04B43/08F04B43/10
    • F04B49/06F04B11/0058F04B43/026F04B43/08F04B43/10F04B43/1136F04B45/022F04B45/0733F04B49/065F04B53/10F04B53/16F04B2201/0201
    • Provided is a bellows pump device that is able to reduce pulsation at a discharge side without causing a substantial increase in an installation space thereof and a decrease in a discharge amount thereof. The bellows pump device comprises: first and second bellows (13 and 14) mounted on a pump head (11) so as to be expandable/contractible independently of each other and configured to suck a fluid from a suction passage (34) thereinto by expansion thereof and discharge the fluid therefrom to a discharge passage (35) by contraction thereof; first and second air cylinder portions (27 and 28) configured to respectively cause the first and second bellows (13 and 14) to perform expansion/contraction operation; first and second detection devices (29 and 31) configured to detect expanded/contracted states of the first and second bellows (13 and 14), respectively; and a control unit 6 configured to control drive of the first and second air cylinder portions (27 and 28) on the basis of each of detection signals of the first and second detection devices (29 and 31) such that, before one bellows (13, 14) comes into a most contracted state, the other bellows (14, 13) is caused to contract from a most expanded state.
    • 本发明提供一种波纹管泵装置,其能够减少排出侧的脉动而不会导致其安装空间的大幅度增加和排出量的减少。 波纹管泵装置包括:安装在泵头(11)上的第一和第二波纹管(13和14),以便彼此独立地膨胀/收缩,并构造成通过膨胀将来自吸入通道(34)的流体吸入其中 并通过其收缩将其中的流体排放到排放通道(35); 第一和第二气缸部分(27和28),其被构造成分别使第一和第二波纹管(13和14)进行膨胀/收缩操作; 第一和第二检测装置(29和31),被配置为分别检测第一和第二波纹管(13和14)的膨胀/收缩状态; 以及控制单元6,其被构造为基于第一和第二检测装置(29和31)的检测信号中的每一个检测信号来控制第一和第二气缸部分(27和28)的驱动,使得在一个波纹管 ,14)进入最收缩状态时,另一个波纹管(14,13)从最膨胀状态收缩。
    • 8. 发明公开
    • RESINOUS TUBE JOINT
    • 澳大利亚昆士兰州ROHRVERBINDUNG
    • EP2322835A1
    • 2011-05-18
    • EP09804851.5
    • 2009-07-14
    • Nippon Pillar Packing Co., Ltd.
    • TESHIMA, KazukiyoMASUDA, AkihiroNAKAMURA, TakehiroYAMADA, MasateruKISHIMOTO, TakayukiFUKUMOTO, ToshiyukiNAKAGAWA, TakeshiIMANISHI, Ryo
    • F16L33/22F16L19/04F16L47/04
    • F16L19/0283F16L19/04F16L47/04F16L2201/10
    • A resin pipe joint in which, although an economical configuration formed by two components or a joint body and a union nut is employed, both a resistance against pulling and an excellent sealing property can be attained is provided.
      A resin pipe joint is configured so that the joint has: a synthetic resin-made joint body 1 including an inner cylinder portion 4, an external thread portion 5, and a radial groove m into which an end of a tube enters; and a union nut 2 that is made of a transparentable fluorine resin, and that includes an internal thread portion 8, a seal peripheral edge 10 which presses a tip end portion of a tube flared portion 3A, a slipping-off prevention peripheral edge 11 which is actable on a large-diameter portion of a flaring changing region 9, and a pressing inner peripheral portion 13 which is externally fittable to a flared straight portion 12, and, by a screw advancement of the union nut 2 in a state where the end of the tube 3 is inserted into the inner cylinder portion 4 and a flared portion 3A is formed, the pressing inner peripheral portion 13 is pressingly contacted with and externally fitted to the flared straight portion 12, a portion which is formed as a large-diameter portion of the flaring changing region 9 is pressed by the slipping-off prevention pressing portion 11, and a small-diameter portion of the flaring changing region 9 is pressed by the seal pressing portion 10.
    • 虽然采用了由两个部件或接头体和联管螺母形成的经济构造的树脂管接头,但是能够实现拉拔阻力和优异的密封性能。 树脂管接头被构造成使得接头具有:包括内筒部4,外螺纹部5和径向槽m的合成树脂制接头体1,管子的一端进入其中; 以及由可透明的氟树脂制成的联接螺母2,其包括内螺纹部分8,挤压管扩张部分3A的末端部分的密封周边10,防滑外围边缘11, 可以在扩口改变区域9的大直径部分上起作用,以及外部配合到扩口直线部分12的按压内周部分13,并且通过联接螺母2的螺纹前进处于末端 管3插入到内筒部4中,并且形成有扩口部3A,按压内周部13与张开的直线部12紧密接触并外嵌,形成为大直径 扩口改变区域9的一部分被防滑按压部分11按压,并且扩口改变区域9的小直径部分被密封按压部分10按压。
    • 9. 发明公开
    • DIAPHRAGM PUMP
    • 隔膜泵
    • EP3073113A1
    • 2016-09-28
    • EP14863560.0
    • 2014-10-31
    • NIPPON PILLAR PACKING CO., LTD.
    • TESHIMA, KazukiyoNARUO, Motoaki
    • F04B43/02F04B43/04
    • F04B43/02F04B39/044F04B53/10F04B53/14F04B53/146F04B53/144F04B53/147
    • A diaphragm pump in which the lowering of the quantitativeness of the liquid transportation amount caused by the operation of a rolling diaphragm can be effectively suppressed is provided.
      A diaphragm pump 1 has: a housing 2; a piston 3; a shaft 4; a rolling diaphragm 5 which is configured so that a lid portion 35 reciprocally moves integrally with the piston; a driving device which can convert rotational movement of a motor section 30 to linear movement, and output the linear movement from an output axle 31 to the shaft; a guiding member 7; and a restricting mechanism 8. The guiding member is placed on another axial end side of an interior of the housing with respect to the piston, attached to the housing, and able to guide the shaft movably in the axial direction. The restricting member is disposed in the housing 2 and between the guiding member and the shaft, and able to restrict rotation of the shaft about the axis while allowing reciprocal movement in the axial direction.
    • 提供一种隔膜泵,其能够有效地抑制由滚动隔膜的操作导致的液体输送量的定量性的降低。 隔膜泵1具有:壳体2; 活塞3; 轴4; 滚动隔膜5,其构造成盖部分35与活塞一体地往复运动; 驱动装置,其能够将马达部30的旋转运动转换为直线运动,并且将来自输出轴31的线性运动输出至轴; 引导部件7; 以及限制机构8.引导构件相对于活塞安装在壳体的内部的另一个轴向端侧上,附接到壳体并且能够沿轴向方向移动地引导轴。 限制构件设置在壳体2中并位于引导构件与轴之间,并且能够限制轴绕轴线的旋转,同时允许轴向往复运动。