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    • 41. 发明授权
    • Ejector apparatus
    • 喷射装置
    • US08029267B2
    • 2011-10-04
    • US12599046
    • 2008-05-19
    • Hiroshi Takao
    • Hiroshi Takao
    • B29C45/44
    • B29C45/4435Y10S425/058
    • An ejector apparatus moves a lift core extending through a core of a component of a resin molding mold to form an undercut portion in a molded piece and is installed so as to be capable of moving obliquely with respect to the core surface in a longitudinal direction. An ejector plate is arranged between the core and a base plate below the core, so as to be capable of moving up and down. A slide path is formed in the ejector plate extending in a direction in which a lower end of the lift core makes relative horizontal movement during ascent and descent of the lift core. A slide base is movably arranged in the slide path and coupled to the lower end of the lift core. A guide rod imparts a moving force within the slide path to the lower end of the lift core during ascent and descent of the ejector plate.
    • 喷射器装置移动延伸穿过树脂成型模具的部件的芯部的提升芯,以在模制件中形成底切部分,并且安装成能够沿纵向方向相对于芯部表面倾斜移动。 在芯部和芯之下的底板之间布置有顶出板,以便能够上下移动。 在升降机芯的上升和下降期间,升降机芯的下端相对水平运动的方向上延伸的喷射板中形成有滑动路径。 滑动基座可移动地布置在滑动路径中并联接到升降机芯的下端。 导杆在顶出板上升和下降期间,在提升芯的下端的滑动路径内施加移动力。
    • 44. 发明授权
    • Device for producing control signal for feedback control of air/fuel
ratio
    • 用于产生空气/燃料比的反馈控制的控制信号的装置
    • US4306957A
    • 1981-12-22
    • US172228
    • 1980-07-25
    • Shigeo IshitaniShinji KimuraHiroshi TakaoMasaaki Uchida
    • Shigeo IshitaniShinji KimuraHiroshi TakaoMasaaki Uchida
    • F02B1/04F02D41/14F02D41/34F02P5/15G01N27/406G01N27/407G01N27/409G01N27/413G01N27/417G05B23/02G01N27/58
    • G01N27/4071F02D41/1476G01N27/4065G01N27/417F02B1/04
    • A device comprising an oxygen-sensitive element to be disposed in a combustion gas exhausted from a combustor to detect deviation of actual air/fuel ratio from a stoichiometric ratio. The element is a combination of two oxygen concentration cells each having a solid electrolyte layer, a measurement electrode layer formed on one side of the electrolyte layer, a reference electrode layer formed on the opposite side and covered with a shield layer. Either measurement electrode layers or reference electrode layers of the two cells are connected to each other, and a constant DC voltage is applied to the element to force a current to flow through solid electrolyte layers of both cells to cause migration of oxygen ions therethrough, from the measurement electrode to the reference electrode in one cell and reversely in the other. The device has a circuit to make a comparison between a fixed reference voltage and an output voltage developed between the measurement and reference electrodes of one cell of the element to produce a high-or-low level control signal according to the result of the comparison. The output voltage is independent of the internal resistance of the element and is scarcely affected by the temperature of the element.
    • 一种装置,其包括氧气敏感元件,其设置在从燃烧器排出的燃烧气体中,以检测实际空气/燃料比与化学计量比的偏差。 该元件是两个氧浓度电池的组合,每个氧浓度电池均具有固体电解质层,在电解质层一侧形成的测量电极层,在相对侧形成并被屏蔽层覆盖的参考电极层。 两个电池的测量电极层或参考电极层彼此连接,并且将恒定的直流电压施加到元件上以迫使电流流过两个电池的固体电解质层,以使氧离子从其中移出,从 测量电极与一个电池中的参考电极反向相反。 器件具有电路,用于比较固定的参考电压和在元件的一个单元的测量参考电极和参考电极之间产生的输出电压,以根据比较结果产生高电平或低电平的控制信号。 输出电压与元件的内阻无关,几乎不受元件温度的影响。
    • 45. 发明授权
    • Apparatus for measurement of oxygen concentration
    • 用于测量氧气浓度的设备
    • US4207159A
    • 1980-06-10
    • US12763
    • 1979-02-16
    • Shinji KimuraHiroshi TakaoShigeo IshitaniKenji IkezawaKoki Sone
    • Shinji KimuraHiroshi TakaoShigeo IshitaniKenji IkezawaKoki Sone
    • G01N27/409F02D41/14F02P5/15G01N27/406G01N27/407G01N27/416G01N27/58
    • G01N27/4071G01N27/4065
    • An apparatus comprising a probe having an oxygen ion conductive solid electrolyte layer, a potentiometer and a DC power source connected to the probe. The probe comprises a porous and electronically conductive reference electrode layer on one side of the solid electrolyte layer, a similar measurement electrode layer on the other side of the electrolyte layer and a separation layer of an inactive material on the outer side of the reference electrode layer. The separation layer or the solid electrolyte layer, or both, has a porous structure and is formed such that the reference electrode communicates with an exterior atmosphere only through this porous structure, while either the separation layer or the electrolyte layer serves as a substrate of the probe. During measurement, the DC power source keeps a current flowing through the electrolyte layer between the two electrode layers to maintain a reference oxygen partial pressure at the interface between the electrolyte layer and the reference electrode layer.
    • 一种装置,包括具有氧离子传导固体电解质层的探针,电位计和连接到探针的直流电源。 探针包括在固体电解质层的一侧上的多孔和电子导电的参比电极层,在电解质层的另一侧上的类似的测量电极层和在参考电极层的外侧上的非活性材料的分离层 。 分离层或固体电解质层或两者均具有多孔结构,并且形成为使得参考电极仅通过该多孔结构与外部气氛连通,而分离层或电解质层用作 探测。 在测量期间,DC电源保持电流流过两个电极层之间的电解质层,以保持电解质层与参考电极层之间界面处的参考氧分压。