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    • 12. 发明授权
    • Combustor for external combustion engine having rotary-type regenerator
heat exchanger
    • 具有旋转式再生器热交换器的外燃机用燃烧器
    • US4708639A
    • 1987-11-24
    • US929394
    • 1986-11-12
    • Yutaka MomoseAkira Yamaguro
    • Yutaka MomoseAkira Yamaguro
    • F02G1/053F02G1/055F02G1/057F23D11/44F23L15/02
    • F02G1/055F02G1/053F02G1/057F02G2254/50F02G2254/60F02G2257/02F02G2258/10
    • A combustor for use in an external combustion engine having a rotary-type regenerator heat exchanger includes a housing having a combustion chamber, an air chamber, a plurality of first outlet ports, and a first inlet port. A main partition defining the combustion chamber and the air chamber in the housing has a plurality of second outlet ports defined in a peripheral portion thereof and a second inlet port defined in a central portion thereof. An annular regenerator is rotatably supported in the housing, dividing the air chamber into first and second chambers, the regenerator having first and second axially opposite end surfaces and a multiplicity of axial through-holes extending therebetween. First subpartitions define first outlet passages communicating between the first outlet ports, respectively, and the first end surface of the regenerator, and divide the first chamber into air and exhaust sections. Second subpartitions define second outlet passages communicating between the second outlet ports, respectively, and the second end surface of the regenerator, and divide the second chamber into air and exhaust sections.
    • 一种用于具有旋转式再生器热交换器的外燃机的燃烧器,具有:具有燃烧室,气室,多个第一出口和第一入口的壳体。 在壳体中限定燃烧室和空气室的主分隔件具有限定在其外围部分中的多个第二出口和限定在其中心部分中的第二入口。 环形再生器被可旋转地支撑在壳体中,将空气室分成第一和第二室,再生器具有第一和第二轴向相对的端面以及在它们之间延伸的多个轴向通孔。 第一子部分分别限定第一出口端口与再生器的第一端面之间连通的第一出口通道,并将第一室分成空气和排气段。 第二子部分限定分别在第二出口与第二端面之间连通的第二出口通道和再生器的第二端面,并将第二室分成空气和排气段。
    • 14. 发明授权
    • Clutch controlling apparatus
    • 离合器控制装置
    • US3957145A
    • 1976-05-18
    • US335144
    • 1973-02-23
    • Shin KitanoYutaka Momose
    • Shin KitanoYutaka Momose
    • B60W10/02B60T11/10B60W10/18F16D48/02F16H61/26F16H63/02F16H63/30F16H63/36F16D67/04
    • B60T11/103F16D25/14F16D48/02F16D2048/0209F16D2048/0221F16D2048/0254
    • Clutch controlling apparatus which may be utilized in industrial-type vehicles, such as for example, forklift trucks, for controlling the vehicle during inching operations includes a source of fluid pressure, a fluid pressure-type clutch fluidically connected to the pressure source, an inching valve disposed within the fluid circuit connecting the fluid pressure source and the clutch mechanism which controls the degree to which the clutch mechanism is actuated and which in turn is actuated to a degree which is dependent upon the depression of the vehicle brake pedal, and limiting means for selectively inactivating the inching valve such that the inching valve is inoperative independent of the brake pedal.In this manner, when the vehicle is being operated on level ground, the inching operation is performed by intermittently depressing the brake pedal which actuates the inching valve which in turn deactivates the clutch mechanism thereby terminating driving torque to the vehicle transmission. When the vehicle is operated upon ground having a downward slope, the limiting means inactivates the inching valve whereupon depression of the brake pedal does not actuate the inching valve so as to deactuate the clutch mechanism. Consequently, the vehicle is not effectively placed in a neutral condition and the vehicle does not operate in an uncontrolled manner and the inching operation may be performed by the braking means.
    • 可用于工业型车辆(例如叉车)中用于在微动操作期间控制车辆的离合器控制装置包括流体压力源,流体连接到压力源的流体压力型离合器,微动 阀设置在连接流体压力源和离合器机构的流体回路内,该离合器机构控制离合器机构被致动的程度,其又被致动到取决于车辆制动踏板的下压的程度,以及限制装置 用于选择性地使启动阀失活,使得微动阀不依赖于制动踏板而不起作用。
    • 15. 发明授权
    • Method for absorbing moisture of composite material
    • 吸收复合材料水分的方法
    • US06393726B1
    • 2002-05-28
    • US09626910
    • 2000-07-27
    • Yutaka MomoseShunichi BandohHirohito Hira
    • Yutaka MomoseShunichi BandohHirohito Hira
    • F26B300
    • G01N33/442G01N17/00Y10T428/24994
    • A method for absorbing the moisture of a composite material, which can absorb the moisture of the composite material in a short period of time and which can provide a moisture absorption distribution which is equal to that of a composite material placed under actual environment. At time table, having a plurality of different environment conditions for pressure, temperature and humidity, and periods of time corresponding to the environment conditions, is previously prepared. Then, a composite material is put in a pressure vessel, and the environmental conditions in the pressure vessel are changed on the basis of the time table. Thus, the moisture absorption state of the composite material can be equal to that after the elapse of predetermined years under actual environment. In addition, it is possible to absorb the moisture of the composite material in a short period of time by absorbing the moisture of the composite material under an environment condition of high pressure.
    • 用于吸收复合材料的水分的方法,其可以在短时间内吸收复合材料的水分,并且可以提供与在实际环境下放置的复合材料相同的吸湿分布。 在时间表上,预先准备了具有多个不同的压力,温度和湿度的环境条件以及与环境条件相对应的时间段。 然后,将复合材料放入压力容器中,并根据时间表改变压力容器中的环境条件。 因此,复合材料的吸湿状态可以等于在实际环境下经过预定年数后的吸湿状态。 此外,通过在高压环境条件下吸收复合材料的水分,可以在短时间内吸收复合材料的水分。
    • 17. 发明授权
    • Engine compressor having a stirling cycle engine
    • 具有斯特林循环发动机的发动机压缩机
    • US4532767A
    • 1985-08-06
    • US680589
    • 1984-12-11
    • Tetsumi WatanabeShigenori HaramuraYutaka Momose
    • Tetsumi WatanabeShigenori HaramuraYutaka Momose
    • F04B35/00F02G1/043F02G1/044F02G1/04
    • F02G1/044F02G2243/02F02G2244/52F02G2270/20
    • An engine-compressor comprising a stirling engine which includes a plurality of working cylinders, a plurality of working pistons respectively disposed in the working cylinders for axial reciprocating movements to thereby divide each of the cylinders into an expansion space and a compression space, the expansion space in one of the cylinders being connected through a heating device and a heat accumulating device with the compression space in another cylinder, a plurality of guide cylinders, a plurality of guide pistons disposed respectively in the guide cylinders for axial reciprocating movements, the guide piston being connected through piston rods with respective ones of the working pistons, and a swash plate or a crank device for converting the axial reciprocating movement of the guide piston into a rotating movement; a compressor including compression chambers defined in respective ones of the guide cylinders by the guide piston, intake valves provided in the compression chambers for admitting air thereto, and outlet valves provided in the compression chambers for taking the air out of the compression chambers.
    • 一种发动机压缩机,包括具有多个工作缸的斯特林发动机,分别设置在工作缸中的多个工作活塞用于轴向往复运动,从而将每个气缸分成膨胀空间和压缩空间,膨胀空间 在其中一个气缸通过加热装置连接,蓄热装置具有另一气缸中的压缩空间,多个导向气缸,分别设置在导向气缸中用于轴向往复运动的多个导向活塞,导向活塞 通过活塞杆与相应的工作活塞连接,以及用于将引导活塞的轴向往复运动转换成旋转运动的斜盘或曲柄装置; 压缩机,其包括通过引导活塞限定在相应的引导缸中的压缩室,设置在用于允许空气的压缩室中的进气阀,以及设置在压缩室中的用于将空气从压缩室中取出的出口阀。
    • 18. 发明授权
    • Stirling cycle refrigerator
    • 斯特林循环冰箱
    • US4282716A
    • 1981-08-11
    • US39608
    • 1979-05-16
    • Yutaka MomoseKazuaki Nakamura
    • Yutaka MomoseKazuaki Nakamura
    • F02G1/043F25B9/14F25B9/00F01B29/10F02G1/04
    • F02G1/043F25B9/14F02G2243/30F02G2270/20
    • Stirling cycle refrigerator comprising a pair of compression chambers provided at diametrically opposite positions, a pair of compressor pistons positioned respectively in the compression chambers for reciprocating movement therein, a pair of displacer chambers provided at diametrically opposite positions with each other, the displacer chambers being located along a diametrical line which makes an angle of 90.degree. with respect to a diametrical line along which the compression chambers are located, a pair of displacer pistons positioned respectively in the displacer chambers for reciprocating movement therein, rotatable swash plate means associated with the compressing and displacer pistons for producing reciprocating movements of the pistons, one of the compressing chambers being connected with one of the displacer chambers, and the other compression chamber being connected with the other displacer chamber so that stirling cycles are effected when the swash plate means is effected.
    • 斯特林循环制冷机包括设置在径向相对位置处的一对压缩室,分别位于压缩室中的一对压缩机活塞,用于往复运动;一对置换器室,设置在彼此完全相反的位置,置换室位于 沿着相对于压缩室所沿的直径线成90°角的直径线,分别位于置换室中的一对置换器活塞,用于往复运动,其中可旋转的斜盘装置与压缩和/ 用于产生活塞的往复运动的置换器活塞,其中一个压缩室与一个置换室连接,另一个压缩室与另一个置换室连接,从而当实现斜盘装置时实现斯特林循环。
    • 19. 发明授权
    • Cryopump device
    • 冷冻设备
    • US4240262A
    • 1980-12-23
    • US41422
    • 1979-05-22
    • Kazuaki NakamuraYutaka Momose
    • Kazuaki NakamuraYutaka Momose
    • F04B37/08F25B9/00F25B9/14B01D8/00
    • F04B37/08Y10S417/901
    • A cryopump device comprising a refrigerator section which has at least two expansion chamber cooling elements disposed in a space to be evacuated, a shielding wall disposed in the space encircling both expansion chamber cooling elements and formed by a thermally conductive material, the shielding wall being in heat transfer contact with one of the expansion chamber cooling elements, a condensation panel disposed inside the shielding wall and being in heat transfer contact with the other of the expansion chamber cooling elements, the shielding wall having an opening proximate the condensation panel so that the space is cooled by the other expansion chamber cooling element through the condensation panel.
    • 一种低温泵装置,包括:冰箱部分,其具有设置在要抽真空的空间中的至少两个膨胀室冷却元件;屏蔽壁,设置在包围所述膨胀室冷却元件并由导热材料形成的空间中,所述屏蔽壁位于 与膨胀室冷却元件之一的热传递接触,设置在屏蔽壁内部并与另一个膨胀室冷却元件热传导接触的冷凝板,屏蔽壁具有靠近冷凝板的开口,使得空间 被另一个膨胀室冷却元件通过冷凝面板冷却。