会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Heating resistor type flow measuring device housing structure having projection and recess for preventing mis-installation
    • 加热电阻式流量测量装置壳体结构具有用于防止错误安装的突出和凹陷
    • US07469582B2
    • 2008-12-30
    • US11905490
    • 2007-10-01
    • Naoki SaitoMasayuki KozawaShinya IgarashiHiromu KikawaAkio YasukawaAkira Takasago
    • Naoki SaitoMasayuki KozawaShinya IgarashiHiromu KikawaAkio YasukawaAkira Takasago
    • G01F1/68
    • G01F1/684F02D41/187G01F1/6842G01F1/688G01F1/69G01F5/00
    • A heating resistor type flow measuring device comprising a housing having a support part provided between a frame body and a connector and connected to the mounting part of a fluid passage, a flow rate detection element held on the frame body side of the housing, and an electronic circuit held on the housing and connected electrically to the flow rate detection element and the connector, wherein the electronic circuit is held on the frame body side of the housing and positioned in the fluid passage, a member with the rigidity higher than the material of the main structural member of the housing is formed integrally with the support part, the housing is fixed to the fluid passage through the member with high rigidity. A metal plate is inserted into the support part so as to increase rigidity. Further, a distance is provided between the support part and a metal plate forming a route for conducting the heat transferred to the metal base fixing an electronic circuit substrate by a plastic mold so as to form a structure obstructing a heat transfer, or a clearance is provided in a portion spaced by the plastic mold between the support part and the metal base so as to form a structure obstructing a heat transfer.
    • 一种加热电阻器型流量测量装置,包括:壳体,其具有设置在框体和连接器之间的支撑部,并且连接到流体通道的安装部分;流量检测元件,其保持在壳体的框体侧;以及 电子电路保持在壳体上并与流量检测元件和连接器电连接,其中电子电路被保持在壳体的框架主体侧并且定位在流体通道中,刚性高于 壳体的主结构构件与支撑部一体地形成,壳体通过构件以高刚性固定到流体通道。 将金属板插入支撑部,以增加刚性。 此外,在支撑部分和金属板之间设置一个距离,该金属板形成用于传导通过塑料模具固定电子电路基板的传送到金属基座的热量的路线,以便形成阻碍热传递的结构,或者间隙是 设置在由塑料模具在支撑部分和金属基座之间间隔开的部分中,以形成阻碍热传递的结构。
    • 5. 发明授权
    • Heating resistor type flow measuring device
    • 加热电阻式流量测量装置
    • US07062964B2
    • 2006-06-20
    • US10478325
    • 2001-05-24
    • Naoki SaitoMasayuki KozawaShinya IgarashiHiromu KikawaAkio YasukawaAkira Takasago
    • Naoki SaitoMasayuki KozawaShinya IgarashiHiromu KikawaAkio YasukawaAkira Takasago
    • G01F1/68
    • G01F1/684F02D41/187G01F1/6842G01F1/688G01F1/69G01F5/00
    • A heating resistor type flow measuring device comprising a housing having a support part provided between a frame body and a connector and connected to the mounting part of a fluid passage, a flow rate detection element held on the frame body side of the housing, and an electronic circuit held on the housing and connected electrically to the flow rate detection element and the connector, wherein the electronic circuit is held on the frame body side of the housing and positioned in the fluid passage, a member with the rigidity higher than the material of the main structural member of the housing is formed integrally with the support part, the housing is fixed to the fluid passage through the member with high rigidity. A metal plate is inserted into the support part so as to increase rigidity. Further, a distance is provided between the support part and a metal plate forming a route for conducting the heat transferred to the metal base fixing an electronic circuit substrate by a plastic mold so as to form a structure obstructing a heat transfer, or a clearance is provided in a portion spaced by the plastic mold between the support part and the metal base so as to form a structure obstructing a heat transfer.
    • 一种加热电阻器型流量测量装置,包括:壳体,其具有设置在框体和连接器之间的支撑部,并且连接到流体通道的安装部分;流量检测元件,其保持在壳体的框体侧;以及 电子电路保持在壳体上并与流量检测元件和连接器电连接,其中电子电路被保持在壳体的框架主体侧并且定位在流体通道中,刚性高于 壳体的主结构构件与支撑部一体地形成,壳体通过构件以高刚性固定到流体通道。 将金属板插入支撑部,以增加刚性。 此外,在支撑部分和金属板之间设置一个距离,该金属板形成用于传导通过塑料模具固定电子电路基板的传送到金属基座的热量的路线,以形成阻碍热传递的结构,或者间隙为 设置在由塑料模具在支撑部分和金属基座之间间隔开的部分中,以形成阻碍热传递的结构。
    • 9. 发明授权
    • Heating resistor flow rate measuring instrument
    • 加热电阻流量测量仪
    • US07051589B2
    • 2006-05-30
    • US10480333
    • 2001-06-13
    • Shinya IgarashiTakayuki SaitouHiromu Kikawa
    • Shinya IgarashiTakayuki SaitouHiromu Kikawa
    • G01F1/68
    • G01F1/72G01F1/684
    • A heating resistor flow rate measuring instrument, having a heating resistor and a thermally sensitive resistor disposed in a sub-passage of a main passage. The heating resistor is disposed in a portion of the sub-passage which has an upstream-side opening substantially perpendicular to the forward direction of a fluid flow and a downstream-side opening substantially parallel to the reverse flaw direction, and the thermally sensitive resistor is disposed in a second sub-passage portion having an upstream-side opening substantially parallel to the forward flow direction and a downstream-side opening substantially perpendicular to the reverse flow direction. Based on changes in resistor temperatures when the flow direction reverses, a precise flow rate may be determined even when a pulsation occurs in the fluid, as both a plus effect caused by a backward flow is eliminated and a value corresponding to the backward flow may be subtracted to obtain accurate flow information.
    • 一种加热电阻器流量测量仪器,具有设置在主通道的子通道中的加热电阻器和热敏电阻器。 加热电阻器设置在子通道的具有基本上垂直于流体流的正向的上游侧开口和基本上平行于反向缺陷方向的下游侧开口的部分中,并且热敏电阻器 设置在具有基本上平行于前向流动方向的上游侧开口的第二子通道部分和基本上垂直于反向流动方向的下游侧开口。 基于流动方向反转时电阻器温度的变化,即使在流体中发生脉动也可以确定精确的流量,因为消除了由反向流动引起的正效应,并且与后向流相对应的值可以是 减去以获得准确的流量信息。