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    • 23. 发明授权
    • Thermostatic valve for controlling the coolant temperature of an
internal-combustion engine
    • 用于控制内燃机冷却液温度的恒温阀
    • US4674679A
    • 1987-06-23
    • US828274
    • 1986-02-11
    • Roland Saur
    • Roland Saur
    • F16K31/64F01P7/16F16K31/68G05D23/12G05D23/13B60H1/02
    • F01P7/167G05D23/1333G05D23/1925F01P2025/13F01P2025/40F01P2025/42F01P2025/44
    • A thermostatic valve for controlling coolant temperature of an internal-combustion engine has a valve body with valve elements for opening and closing corresponding valve openings in response to changes in coolant temperature. In a preferred embodiment, the valve body contains an expansion agent which exerts a force on a working piston which extends out of the valve body. A reactive bearing surface on an adjustable support body is provided immediately adjacent to an end of the working piston. The distance between the reactive bearing surface and the piston and/or valve body can be adjusted to change the characteristics of the valve by changing the distance the piston must move before being restrained by the bearing surface and causing the valve body to move and the valve to open. A mechanism for restoring the piston to a desired end position within the valve body is provided to prevent possible interference with the adjustment of the valve characteristics, which might otherwise result from the piston remaining an unrestored (i.e., intermediate) extended position. In one preferred embodiment, the restoring mechanism is an elastic member, such as a spring, mounted between a stationary portion of the valve housing and stop on the piston shaft. In a second embodiment, which utilizes an electrical adjusting mechanism for adjusting the valve characteristics, the electrical circuit of the adjusting mechanism is designed such that, when the internal-combustion engine is switched off, the adjusting mechanism acts to move the piston toward the valve body.
    • 用于控制内燃机的冷却剂温度的恒温阀具有带阀元件的阀体,用于响应于冷却剂温度的变化而打开和关闭对应的阀开口。 在优选实施例中,阀体包含膨胀剂,该膨胀剂对延伸出阀体的工作活塞施加力。 在可调整的支撑体上的反作用的支承表面紧邻工作活塞的端部设置。 可以调整反作用轴承表面与活塞和/或阀体之间的距离,以通过改变活塞在被轴承表面约束并使阀体移动之前必须移动的距离来改变阀的特性,并且阀 打开。 提供了一种用于将活塞恢复到阀体内期望的终点位置的机构,以防止可能的干扰阀特性的调节,否则可能由活塞保持未被恢复(即中间的)延伸位置。 在一个优选实施例中,恢复机构是安装在阀壳体的固定部分和活塞轴上的止动件之间的诸如弹簧的弹性构件。 在利用用于调节阀特性的电调节机构的第二实施例中,调节机构的电路被设计成使得当内燃机关闭时,调节机构用于将活塞朝向阀 身体。
    • 24. 发明授权
    • Thermostatic valve
    • 恒温阀
    • US5676308A
    • 1997-10-14
    • US574409
    • 1995-12-15
    • Roland Saur
    • Roland Saur
    • F01P7/16F16K31/68G05D23/13G05D23/19F01B29/10
    • F01P7/167G05D23/1393G05D23/1921F01P2070/04
    • A thermostatic valve has a multi-part valve housing which forms a mixing or distributing chamber which is provided with engine connections for an engine inlet, an engine outlet and a radiator connection. An electrically heatable thermostatic working element is situated in the mixing or distributing chamber, having a housing which is arranged in a stationary manner and to which electric connecting lines are guided from the outside. The thermostatic working element has an extendable working piston which is provided with at least one valve member for adjusting flow cross-sections for flows between the engine inlet, the engine outlet and the radiator connection. The housing of the thermostatic working element is arranged completely in the mixing or distributing chamber. The housing of the thermostatic working element is held on a support of the valve housing which is situated in the mixing or distributing chamber and through which the electric connecting lines are guided to the housing of the working element.
    • 恒温阀具有多部分阀壳体,其形成混合或分配室,其配备有用于发动机入口,发动机出口和散热器连接的发动机连接。 电加热恒温工作元件位于混合或分配室中,具有以静止方式布置的壳体,并且电连接线从外部引导到该壳体。 恒温工作元件具有可延伸的工作活塞,其具有至少一个阀构件,用于调节发动机入口,发动机出口和散热器连接之间的流动的流动横截面。 恒温工作元件的外壳完全设置在混合或分配室中。 恒温工作元件的壳体被保持在位于混合或分配室中的阀壳的支撑件上,并且电连接线通过该壳体被引导到工作元件的壳体。
    • 29. 发明授权
    • Control device
    • 控制装置
    • US4642599A
    • 1987-02-10
    • US786492
    • 1985-10-11
    • Roland Saur
    • Roland Saur
    • H01H37/40H01H37/44H01H37/46H01H37/76
    • H01H37/46H01H37/44
    • A control device having a control element that can be actuated by a thermostatic working element has a multipart structure which includes a primary housing which is preferably made of plastic and a secondary housing which is preferably made of metal. The primary housing is generally U-shaped in cross-section and is provided with an exterior shoulder. The secondary housing is also U-shaped and is provided with an edge which is plastically deformed around the shoulder of the primary housing to secure the housings together. A movable working element extends through a wall of the primary housing and contacts the control element. The secondary housing includes a chamber for receiving a thermally expandable material which is positioned adjacent to an end of the working element. An elastic membrane is disposed between the expandable material and the working element and is secured in position by the primary and secondary housings.
    • 具有可由恒温工作元件驱动的控制元件的控制装置具有多部分结构,其包括优选由塑料制成的主壳体和优选由金属制成的次级壳体。 主壳体的横截面通常为U形并且设有外肩部。 副壳体也是U形的,并且设置有围绕主壳体的肩部塑性变形的边缘,以将壳体固定在一起。 可移动工作元件延伸穿过主壳体的壁并接触控制元件。 次级壳体包括用于接收热可膨胀材料的腔室,其位于与工作元件的端部相邻的位置。 弹性膜设置在可膨胀材料和工作元件之间,并通过主壳体和副壳体固定就位。
    • 30. 发明授权
    • Two-stage temperature switch
    • 两级温度开关
    • US4306210A
    • 1981-12-15
    • US370
    • 1978-12-29
    • Roland Saur
    • Roland Saur
    • H01H37/00H01H37/32H01H61/00
    • H01H37/002H01H37/32
    • An electrical switch assembly including two separate, temperature-dependent electrical switches, one of the electrical switches being substantially mechanically acting and the second of the electrical switches being a non-mechanical, solid-state switch. The mechanical switch may be a bimetallic switch of various configurations or may consist of a snap or toggle switch actuated by the expansion of a suitable fluid, for example a wax mixture. The solid-state switch element may be a resistive element which inhibits the electrical conduction upon the occurrence of elevated or lowered temperature, depending on the type of material used. Various embodiments of the mechanical portion of the switch assembly are presented.
    • 一种电气开关组件,包括两个独立的温度依赖性电气开关,其中一个电气开关基本上是机械作用的,第二个电气开关是非机械的固态开关。 机械开关可以是具有各种构造的双金属开关,或者可以由通过膨胀合适流体(例如蜡混合物)而致动的卡扣或拨动开关构成。 固态开关元件可以是电阻元件,其根据所使用的材料的类型,在发生升高或降低的温度时抑制电导通。 提出了开关组件的机械部分的各种实施例。