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    • 6. 发明授权
    • Solenoid valve assembly
    • 电磁阀总成
    • US4337794A
    • 1982-07-06
    • US151591
    • 1980-05-20
    • Minoru YamanakaHideo HanedaMasatoshi KatoMitsuyuki Suzuki
    • Minoru YamanakaHideo HanedaMasatoshi KatoMitsuyuki Suzuki
    • F16K11/22F16K31/06F15B13/044
    • F16K31/0679Y10T137/87217Y10T137/87861
    • A solenoid valve assembly having two bobbins including the solenoids which are co-axially supported by a housing first and second valve bodies slidably supported in each axial bore of the two bobbins and movable independently with respect to energized conditions of the solenoids, an outlet port formed in the housing to receive control pressure from two different pressure sources applied to two inlet ports formed in the housing, a first, second, third and fourth valve core positioned within the housing, a single sleeve of non-magnetic material secured to the valve cores such that the valve cores are positioned within axial bores of the bobbins, passageways for communicating with the outlet and two inlet ports formed in the sleeve and valve cores, the first valve body being of a magnetic material which is axially movable and supported in the sleeve between the first valve core and the second valve core, the second valve body including magnetic material axially movable and supported in the sleeve between the third valve core and the fourth valve core and a member for biasing the valve bodies, respectively, in an axial direction.
    • 一种电磁阀组件,其具有两个线轴,其包括螺线管,螺线管由壳体第一和第二阀体同轴地支撑,第一和第二阀体可滑动地支撑在两个线轴的每个轴向孔中,并相对于螺线管的通电状态独立地移动,形成 在壳体中接受来自施加到形成在壳体中的两个入口端口的两个不同压力源的控制压力,定位在壳体内的第一,第二,第三和第四阀芯,固定到阀芯的单个非磁性材料套筒 使得阀芯定位在线轴的轴向孔中,用于与出口连通的通道和形成在套筒中的两个入口和阀芯,第一阀体是可轴向移动并支撑在套筒中的磁性材料 在所述第一阀芯和所述第二阀芯之间,所述第二阀体包括轴向移动并支撑在其中的磁性材料 e套筒在第三阀芯和第四阀芯之间,以及用于分别沿轴向偏压阀体的构件。
    • 8. 发明授权
    • Temperature sensing valve
    • 温度感应阀
    • US4407448A
    • 1983-10-04
    • US297276
    • 1981-08-28
    • Minoru YamanakaMitsuyuki SuzukiHideo HanedaMasatoshi KatoMasataka Ohtsuki
    • Minoru YamanakaMitsuyuki SuzukiHideo HanedaMasatoshi KatoMasataka Ohtsuki
    • F16K31/66F16K31/00F16K31/08G05D23/02G05D23/26
    • G05D23/024F16K31/002F16K31/084
    • A temperature sensing valve includes a casing having an internal fluid passage member formed therein, a permanent magnet mounted in the casing, a valve body which includes a magnetically soft, amorphous metal member supported in a thermally sensitive region of the casing for movement between a first and second position and being magnetically coupled to the permanent magnet so that flow through the fluid passage member can be interrupted in response to magnetic excitement by the permanent magnet of the valve body, and a spring for urging the valve body in a first direction to permit fluid flow through the fluid passage member wherein when the temperature of the second thermally sensitive region is below the Curie point of the second valve body, the valve body is excited by the permanent magnet to maintain the fluid passage member closed against the biasing force of the spring whereas when the temperature of the thermally sensitive region reaches the Curie point of the valve body, the valve body constitutes a paramagnetic body and is no longer excited by the permanent magnet so as to be displaced by the biasing force of the spring to the second position for flow of the fluid through the fluid passage member.
    • 温度检测阀包括:壳体,其具有形成在其中的内部流体通道部件,安装在壳体中的永磁体;阀体,其包括被支撑在壳体的热敏感区域中的磁性软的非晶金属部件,用于在第一 和第二位置,并且磁耦合到永磁体,使得响应于阀体的永磁体的磁激发而中断通过流体通道构件的流动,以及用于沿第一方向推压阀体的弹簧以允许 流体流过流体通道构件,其中当第二热敏区域的温度低于第二阀体的居里点时,阀体被永久磁铁激励,以使流体通道构件抵抗 而当热敏感区域的温度达到阀体的居里点时,va 椭圆体构成顺磁体,并且不再被永磁体激发,以便通过弹簧的偏置力而移动到第二位置,以使流体流过流体通道构件。
    • 9. 发明授权
    • Temperature switch having a magnetically soft amorphous metal member
    • 温度开关具有磁性软的无定形金属构件
    • US4383231A
    • 1983-05-10
    • US297193
    • 1981-08-28
    • Minoru YamanakaMitsuyuki SuzukiHideo HanedaMasatoshi KatoMasataka Ohtsuki
    • Minoru YamanakaMitsuyuki SuzukiHideo HanedaMasatoshi KatoMasataka Ohtsuki
    • H01H37/58H01H61/00
    • H01H37/58
    • A temperature switch includes a housing, a fixed contact positioned in the housing, a movable contact member mounted in the housing carrying a movable contact and urged to first and second positions where the movable contact is in abutment with or displacement from the fixed contact, respectively, a permanent magnet mounted in the housing, a thermally sensitive member mounted in the housing so as to be exposed to a region the temperature of which is to be determined wherein the thermally sensitive member includes a magnetically soft, amorphous metal member and is magnetically coupled to the permanent magnet, and an operating member which includes magnetic material wherein a first end thereof engages the movable contact member and a second end thereof opposite the first end is attracted to the thermally sensitive member against the resilience of the movable contact member, thereby causing displacement of the movable contact to the second position and wherein the thermally sensitive member includes a paramagnetic body upon the temperature of the region exceeding the Curie point thereof so as to displace the movable contact to the first position.
    • 温度开关包括壳体,定位在壳体中的固定触点,安装在壳体中的可动触头构件,其承载可移动触点并且被推动到第一和第二位置,其中可动触头分别与固定触头抵接或从固定触点移位 ,安装在壳体中的永磁体,安装在壳体中以便暴露于要确定其温度的区域的热敏元件,其中热敏元件包括磁软的非晶金属部件,并且磁耦合 并且包括磁性材料的操作构件,其中其第一端与可动接触构件接合,并且与第一端相对的第二端被抵抗可动接触构件的弹性而被吸引到热敏构件,从而导致 将活动触点移动到第二位置,并且其中热敏膜 呃在超过其居里点的区域的温度上包括顺磁性体,以将可动触点移动到第一位置。