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    • 5. 发明申请
    • Snap Action Mechanism and Pressure Switch Using Snap Action Mechanism
    • 快动作机构和压力开关使用快动作机构
    • US20080164134A1
    • 2008-07-10
    • US11884844
    • 2006-02-23
    • Koichi OchiaiTakashi TsumuraKazuo AbeIsamu Warashina
    • Koichi OchiaiTakashi TsumuraKazuo AbeIsamu Warashina
    • H01H35/34
    • H01H35/2607H01H5/18H01H35/34
    • A pressure switch includes an external force transmission mechanism for separating a cover from a housing. The cover and the external force transmission mechanism defines a first pressure chamber, and the housing and the external force transmission mechanism defines a second pressure chamber. In the second pressure chamber, a movable piece having first and second movable members arranged opposite to each other and one or more fixed contacts are disposed. The first and second movable members are connected to each other via a flat spring. A contact is disposed on the second movable member and functions as a movable contact. The external force transmission mechanism applies an external force to the first movable member to displace the first movable member, and the second movable member is reversed at the operating point of the first movable member, so that the movable contact is brought into contact with the fixed contact.
    • 压力开关包括用于将盖与壳体分离的外力传递机构。 盖和外力传递机构限定第一压力室,壳体和外力传递机构限定第二压力室。 在第二压力室中设置有具有彼此相对布置的第一和第二可动构件和一个或多个固定触点的可动件。 第一和第二可移动部件经由板簧相互连接。 接触件设置在第二可动构件上并用作可动触点。 外力传递机构向第一可移动部件施加外力以使第一可移动部件移位,并且第二可动部件在第一可动部件的工作点处反转,使得可动触头与固定部件接触 联系。
    • 6. 发明授权
    • Smoking device including a flowmeter
    • 吸烟装置包括一个流量计
    • US07082825B2
    • 2006-08-01
    • US10745788
    • 2003-12-23
    • Shigeru AoshimaJunichi MatsudaIsamu WarashinaYasuharu Ooishi
    • Shigeru AoshimaJunichi MatsudaIsamu WarashinaYasuharu Ooishi
    • G01F1/68
    • G01F15/12G01F1/6842G01F1/6983
    • A waste-material entry prevention member arranged upstream of a flow sensor is a rod- or plate-like member protruding halfway across the cross-section of a flow passage. Hence, vortexes or energy of the vortexes produced in fluid flowing by the waste-material entry prevention member is diffused by a stream of the fluid passing through a space left between the waste-material entry prevention member and the wall surface of the flow passage which the waste-material entry prevention member faces. Thus, production of vortexes is held down. Further, by making the flow sensor generate heat or heating the flow sensor, thermophoresis of the fluid is caused near the surface of the flow sensor. By this, particles contained in the fluid are prevented from accumulating on the flow sensor.
    • 布置在流量传感器上游的废料入口防止构件是在流动通道的横截面中间突出的杆状或板状构件。 因此,通过废物输入防止部件流动的流体产生的涡流的涡流或能量被流过通过废料入口防止部件与流路的壁面之间的空间的流体扩散, 废料入口防止构件面对。 因此,涡流的产生被抑制。 此外,通过使流量传感器产生热量或加热流量传感器,在流量传感器的表面附近产生流体的热泳。 由此,能够防止容纳在流体中的粒子积聚在流量传感器上。
    • 7. 发明申请
    • Flow rate detector and flow controller
    • 流量检测器和流量控制器
    • US20060144137A1
    • 2006-07-06
    • US10562958
    • 2004-07-05
    • Isamu WarashinaOsamu MomoseHiroyuki Inagaki
    • Isamu WarashinaOsamu MomoseHiroyuki Inagaki
    • G01F15/02
    • G01F15/14G01F1/684G01F1/6842G05D7/0635
    • A path detector constructed so that a path block body (10) forming a given path (11) and having a flow sensor (13) interposed in the path (11) and a circuit board (4) surmounted by an electric circuit are accommodated in a rectangular parallelepiped or cubic housing (1). There are provided an indicator (6) and an operation switch (7) in the front surface portion of the housing (1) that is exposed to the front surface of a given panel when fixed to the panel. A U-shaped path is so formed as to have an inlet (2) and an outlet (3) in the back surface portion of the housing (1). A terminal for external connection (5) of the circuit board (4) is disposed in the back surface portion of the housing (1).
    • 路径检测器被构造成使得形成给定路径(11)并且具有插入路径(11)中的流量传感器(13)的路径块体(10)和由电路覆盖的电路板(4)被容纳在 一个长方体或立方体(1)。 在壳体(1)的前表面部分设置有指示器(6)和操作开关(7),当固定到面板上时,暴露于给定面板的前表面。 U形路径形成为在壳体(1)的后表面部分中具有入口(2)和出口(3)。 电路板(4)的外部连接(5)的端子设置在壳体(1)的后表面部分中。
    • 8. 发明授权
    • Snap action mechanism and pressure switch using snap action mechanism
    • 快动作机构和压力开关采用快动作机构
    • US07453049B2
    • 2008-11-18
    • US11884844
    • 2006-02-23
    • Koichi OchiaiTakashi TsumuraKazuo AbeIsamu Warashina
    • Koichi OchiaiTakashi TsumuraKazuo AbeIsamu Warashina
    • H01H35/24
    • H01H35/2607H01H5/18H01H35/34
    • A pressure switch includes an external force transmission mechanism for separating a cover from a housing. The cover and the external force transmission mechanism defines a first pressure chamber, and the housing and the external force transmission mechanism defines a second pressure chamber. In the second pressure chamber, a movable piece having first and second movable members arranged opposite to each other and one or more fixed contacts are disposed. The first and second movable members are connected to each other via a flat spring. A contact is disposed on the second movable member and functions as a movable contact. The external force transmission mechanism applies an external force to the first movable member to displace the first movable member, and the second movable member is reversed at the operating point of the first movable member, so that the movable contact is brought into contact with the fixed contact.
    • 压力开关包括用于将盖与壳体分离的外力传递机构。 盖和外力传递机构限定第一压力室,壳体和外力传递机构限定第二压力室。 在第二压力室中设置有具有彼此相对布置的第一和第二可动构件和一个或多个固定触点的可动件。 第一和第二可移动部件经由板簧相互连接。 接触件设置在第二可动构件上并用作可动触点。 外力传递机构向第一可移动部件施加外力以使第一可移动部件移位,并且第二可动部件在第一可动部件的工作点处反转,使得可动触头与固定部件接触 联系。