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    • 1. 发明申请
    • VOLTAGE SENSITIVE ENERGY REGULATOR USING PARALLEL CONTROL
    • 使用并行控制的电压敏感型稳压器
    • WO1998024104A1
    • 1998-06-04
    • PCT/US1997021293
    • 1997-11-25
    • ROBERTSHAW CONTROLS COMPANYHONSBERGER, Brent, A.KINDLER, Matthew, J.WEBER, Robert, L.
    • ROBERTSHAW CONTROLS COMPANY
    • H01H37/22
    • H01H89/04H01H37/22
    • The invention is an infinite switch (100) for controlling heat output of a heater element by controlling a time duration that the heater element receives current. The switch has a bi-metal strip (106) and a strip heater (105). The bi-metal strip (106) exerts a force by bending in the direction of the low expansion metal. The force of the bending is proportional to a duration of activation of the strip heater (105). The switch (100) has a set of cycling contacts for making and breaking current flow through the strip heater (105) and the heat element. The switch (100) also has a cycling arm (112) for adjusting the time duration that the cycling contacts (115, 116) are opened and closed. The switch (100) also has a pivot arm (110) that contacts the cycling arm (112) on one side, and contacts the bi-metal strip (106) on the other side. The force from the bi-metal strip (106) rotates the pivot arm (110) about a pivot point (143) until the pivot arm (110) engages the cycling arm (112). The cycling arm (112) prevents any further rotation, and thus, the force from the bi-metal strip (106) laterally shifts the pivot arm (110) to engage a snap spring (109) which opens the cycling contacts (115, 116).
    • 本发明是通过控制加热器元件接收电流的持续时间来控制加热器元件的热输出的无限开关(100)。 开关具有双金属带(106)和带状加热器(105)。 双金属条(106)通过在低膨胀金属的方向上弯曲而施加力。 弯曲的力与带状加热器(105)的激活持续时间成比例。 开关(100)具有一组循环触点,用于使通过带状加热器(105)和热元件的电流流动。 开关(100)还具有用于调节循环接触(115,116)打开和关闭的持续时间的循环臂(112)。 开关(100)还具有在一侧接触循环臂(112)的枢转臂(110),并且在另一侧接触双金属带(106)。 来自双金属条(106)的力使枢转臂(110)围绕枢转点(143)旋转,直到枢转臂(110)接合循环臂(112)。 循环臂(112)防止任何进一步的旋转,因此来自双金属条(106)的力横向地移动枢转臂(110)以接合卡扣弹簧(109),弹簧弹簧(109)打开循环触头(115,116 )。
    • 7. 发明申请
    • LIQUID LEVEL TRANSMITTER
    • 液位传感器
    • WO1998027520A1
    • 1998-06-25
    • PCT/US1997020223
    • 1997-11-12
    • ROBERTSHAW CONTROLS COMPANY
    • ROBERTSHAW CONTROLS COMPANYLEASE, Benjamin, N.PIERSON, Otis, P.
    • G08B21/00
    • G01F23/266G01F23/268
    • A level detector circuit (10) for detecting a level of immersion of an elongated probe (12) within a liquid. The level detection circuit includes a first set of transistors (112, 114). One of these transistors charges an elongated probe and a second charges a capacitor (60). A reference current source (54) provides a reference current based on the charging current provided to the elongated probe by the first transistor and an additional transistor which also charges the probe at a rate such that the voltage on the capacitor and the probe are maintained the same. A monitoring circuit (62) develops an analog level signal based on the current provided by the reference current source. This analog level signal is converted by the combination of an analog to digital circuit (82) and a microprocessor (50) for providing a pulse frequency modulated communications signal corresponding to the analog level signal which in turn is related to the length of the probe immersed within the liquid.
    • 一种水平检测器电路(10),用于检测细长探头(12)在液体内的浸入水平。 电平检测电路包括第一组晶体管(112,114)。 这些晶体管中的一个对细长的探针充电,而第二个对电容器(60)充电。 参考电流源(54)基于由第一晶体管提供给细长探针的充电电流和额外的晶体管提供参考电流,该额外晶体管还以使得电容器和探针上的电压保持为 相同。 监视电路(62)基于由参考电流源提供的电流产生模拟电平信号。 该模拟电平信号由模拟数字电路(82)和微处理器(50)的组合转换,用于提供对应于模拟电平信号的脉冲频率调制的通信信号,该模拟电平信号又与探针浸入的长度有关 在液体内。
    • 8. 发明申请
    • SOLENOID CONTROLLED ONE-WAY VALVE
    • 电磁阀控制单向阀
    • WO1996017193A1
    • 1996-06-06
    • PCT/US1995015497
    • 1995-11-14
    • ROBERTSHAW CONTROLS COMPANY
    • ROBERTSHAW CONTROLS COMPANYEAKER, Garlan, Lee
    • F16K31/02
    • F16K31/0651F01N3/22F01N3/222F02B37/164F16K17/06F16K31/0655Y02T10/144Y10T137/0318
    • A poppet valve assembly comprising a valve housing defining a chamber and first and second spaced apart flow openings enabling flow through the chamber, a valve seat (308) surrounding one opening, a valving member (302) comprising a valving element (305) positioned for engagement with the valve seat (308), the valving element (305) movable between an open position spaced from the valve seat for enabling fluid flow through the housing and a closed position engaged with the valve seat, a solenoid assembly comprising an armature (304) movable with respect to the valving member and the valve housing, the solenoid assembly having an energized condition wherein the armature is subjected to an electromagnetic force and a de-energized condition, and, anti-adhesion structure operative to shed material bridging the valve seat and the valving member when the solenoid is energized and enable seating and unseating of the valving member. The anti-adhésion structure comprising a resilient, low friction valve seating surface (306) and a valving member shocking mechanism (310).
    • 一种提升阀组件,其包括限定腔室的阀壳体和能够流过腔室的第一和第二间隔开的流动开口,围绕一个开口的阀座(308),阀构件(302),其包括阀元件(305) 与所述阀座(308)接合,所述阀元件(305)可在与所述阀座间隔开的打开位置之间移动以使流体流过所述壳体并且与所述阀座接合的关闭位置;螺线管组件,包括电枢(304 )可相对于阀构件和阀壳体移动,螺线管组件具有通电状态,其中电枢受到电磁力和断电状态,以及防粘结结构,用于将材料桥接在阀座 以及当螺线管通电时的阀构件,并且能够安装和拆卸阀构件。 防结构包括弹性低摩擦阀座表面(306)和阀构件震动机构(310)。