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    • 1. 发明授权
    • Temperature limiting control valve for a shower head
    • 用于淋浴头的温度限制控制阀
    • US5368227A
    • 1994-11-29
    • US153809
    • 1993-11-16
    • Merrill F. McGinnis
    • Merrill F. McGinnis
    • G05D23/12G05D27/00
    • G05D23/123
    • A temperature limiting control valve for a shower head including a housing having an internal water chamber, a water diversion piston slidably mounted in the internal water chamber, a thermostat mounted in water diversion piston that is closed by a predetermined water temperature in the water chamber with a valve and valve seat being positioned to allow water to flow into the water diversion piston when the valve is in the unseated position and to substantially prevent water from flowing into the water diversion piston when the valve is in the unseated position and to substantially prevent water from flowing into the water diversion piston when the valve is in the seated position, a button mechanically connected to the water diversion piston chamber for resetting the water diversion piston, and an overflow passage external to the housing.
    • 一种用于淋浴头的温度限制控制阀,包括具有内部水室的壳体,可滑动地安装在内部水室中的分水活塞,安装在分水活塞中的恒温器,其在水室中以预定的水温封闭, 阀和阀座被定位成当阀处于脱离位置时允许水流入分水活塞中,并且当阀处于脱离位置时基本上防止水流入分水活塞并且基本上防止水 当所述阀处于所述就座位置时,不会流入所述分水活塞,所述按钮机械地连接到所述引水活塞室,用于复位所述分水活塞,以及在所述壳体外部的溢流通道。
    • 3. 发明授权
    • Automatic fluid control assembly
    • 自动流体控制组件
    • US4402455A
    • 1983-09-06
    • US297238
    • 1981-08-28
    • Stanley Kolt
    • Stanley Kolt
    • G05D23/12
    • G05D23/123
    • An automatic fluid control assembly comprising housing means having an inlet port and outlet port so as to permit the fluid to flow through the housing means between the ports with valve means operatively associated with input port to control the volume of fluid flow through the assembly depending on the position of the valve means relative to the inlet port, and a temperature responsive drive means mounted within the housing means in operative relation to the valve means and adapted to detect temperature changes of the fluid so as to actuate in response to temperature changes within a predetermined range, wherein the valve means is moved to automatically vary the volume of fluid flowing from the outlet port depending upon the temperature of the fluid.
    • 一种自动流体控制组件,其包括具有入口端口和出口端口的壳体装置,以便允许流体在端口之间通过壳体装置流动,阀装置可操作地与输入端口相关联,以控制流体流过组件的体积,这取决于 阀装置相对于入口端口的位置以及温度响应驱动装置,其以与阀装置相关的操作关系安装在壳体装置内,并且适于检测流体的温度变化,以响应于内部的温度变化而致动 预定范围,其中阀装置被移动以根据流体的温度来自动地改变从出口流动的流体的体积。
    • 4. 发明授权
    • Automatic, temperature responsive damper assembly
    • 自动温度响应阻尼器组件
    • US3976245A
    • 1976-08-24
    • US634358
    • 1975-11-24
    • James D. Cole
    • James D. Cole
    • F16K1/22F24F11/76G05D23/12G05D23/02
    • F24F11/053F16K1/223G05D23/123Y10T137/8741
    • An automatic temperature responsive damper assembly for use primarily with turbine-type attic ventilators is disclosed. A temperature sensitive power element capable of generating a force in the order of fifty pounds per square inch is positioned beneath the vane or vanes of the damper. The preferred power element is a sealed bellows unit containing the appropriate heat-expansible fluid. Expansion of the bellows with increased heat actuates a pivoted lever to cause opening and closing of the damper over a predetermined range of temperatures. Communication of the lever movement to movement of the damper vane or vanes is accomplished by providing the free end of the pivoted lever with an upwardly extending arm having a vane engaging camming surface. By shaping the camming surfaces in a sinusoidal fashion, a rapid initial opening of the damper is provided as well as protection against damage to the damper assembly should the maximum preset temperature be exceeded.
    • 公开了一种主要用于涡轮式阁楼通风机的自动温度响应阻尼器组件。 能够产生约50磅/平方英寸量级的力的温度敏感功率元件位于阻尼器的叶片或叶片的下方。 优选的功率元件是包含适当的可热膨胀流体的密封波纹管单元。 在增加热量的情况下膨胀波纹管致动枢转杆以在预定的温度范围内使阻尼器打开和关闭。 杠杆运动与阻尼器叶片或叶片的运动的通信是通过将枢转杆的自由端设置成具有叶片接合凸轮表面的向上延伸的臂实现的。 通过以正弦方式成形凸轮表面,提供阻尼器的快速初始打开,并且如果超过最大预设温度,则防止损坏挡板组件。
    • 5. 发明授权
    • Automatic, temperature responsive damper assembly
    • 自动温度响应阻尼器组件
    • US3921900A
    • 1975-11-25
    • US48269974
    • 1974-06-24
    • COLE JAMES D
    • COLE JAMES D
    • F16K1/22F24F11/76G05D23/12G05D23/02
    • G05D23/123F16K1/223F24F11/76Y10T137/87442Y10T137/87531
    • A pivoted, split butterfly vane, damper assembly provided with an automatic temperature responsive actuating means for opening and closing the damper vanes in response to temperature changes useable primarily with turbine ventilators in buildings is disclosed. A temperature sensitive bellows element positioned beneath the damper vanes actuates a pivoted lever to cause opening and closing of the damper vanes over a predetermined range of temperatures. The free end of the pivoted lever terminates in an upwardly extending arm, the arm being provided with vane engaging fingers having sloped camming surfaces with, in the preferred embodiment, the fingers having cosine curve shaped camming surfaces for controlling the rate of opening of the damper vanes over the selected temperature range and for providing protection for the damper assembly should the temperature range be exceeded.
    • 公开了一种枢转的分体式蝶形叶片,其具有响应于可主要用于建筑物中的涡轮机通风机的温度变化而开启和关闭风门叶片的自动温度响应致动装置的阻尼器组件。 定位在阻尼器叶片下方的温度敏感的波纹管元件致动枢转杆,以在预定的温度范围内使阻尼器叶片打开和关闭。 枢转杆的自由端终止于向上延伸的臂,臂设置有具有倾斜凸轮表面的叶片接合指状物,在优选实施例中,手指具有余弦曲线形状的凸轮表面,用于控制阻尼器的打开速率 叶片超过选定的温度范围,并且如果超过温度范围,则为挡板组件提供保护。