会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Superconducting apparatus
    • 超导装置
    • US4726199A
    • 1988-02-23
    • US767964
    • 1985-08-21
    • Ichiro TakanoHirotsugu OhgumaHideki NakagomeYoshio Gomei
    • Ichiro TakanoHirotsugu OhgumaHideki NakagomeYoshio Gomei
    • F25B23/00H01F6/04H01L39/04F25B31/00
    • F25B23/006H01F6/04Y10S505/885
    • Disclosed is a superconducting apparatus comprising a superconducting coil and a cooling apparatus for cooling this superconducting coil. The cooling apparatus is constituted by a cooling medium circulating path for subjecting a cooling medium to a vaporization/liquefication cycle, and a temperature equalizing plate for effecting a uniform cooling of the superconducting coil by the cooling medium. The cooling medium circulating path is constituted by a pair of flowing-down parts through which a liquid cooling medium flows downwards by gravity, and a pair of vaporization parts through which the liquid cooling medium flows upwards while it is being vaporized. The temperature-equalizing plate covers the peripheral surface making one entire round of the superconducting coil around the axis of the coil. It is divided into at least two parts at its lower end, which are electrically insulated from each other.
    • 公开了一种包括超导线圈和用于冷却该超导线圈的冷却装置的超导装置。 冷却装置由用于使冷却介质进行蒸发/液化循环的冷却介质循环路径和用于通过冷却介质均匀冷却超导线圈的温度均衡板构成。 冷却介质循环路径由液体冷却介质通过重力向下流动的一对向下流动部分和液体冷却介质在其被汽化时向上流动的一对汽化部分构成。 温度均衡板覆盖围绕线圈的轴线的整个超导线圈的整个圆周。 它在其下端被分成至少两个部分,它们彼此电绝缘。
    • 5. 发明授权
    • Cryogenic refrigerator and regenerative heat exchange material
    • 低温冰箱和再生热交换材料
    • US5447034A
    • 1995-09-05
    • US146735
    • 1993-11-04
    • Toru KuriyamaMasahiko TakahashiHideki NakagomeAkiko TakahashiYoichi Tokai
    • Toru KuriyamaMasahiko TakahashiHideki NakagomeAkiko TakahashiYoichi Tokai
    • F16J9/06F25B9/14F25B9/10H01F1/053
    • F16J9/062F16J9/06F25B9/14F02G2258/10F05C2225/08F25B2309/003
    • A cryogenic refrigerator includes a first refrigerant filled in a final refrigerating force storage chamber on a high temperature side thereof and consisting essentially of a composition expressed by (a) (Er.sub.(x) R.sub.(1-x)).sub.3 Ni.sub.(y) Co.sub.(1-y), or (b) Er.sub.(x) R.sub.(1-x) Ni.sub.(y) Cu.sub.(1-y) wherein 0.ltoreq.x.ltoreq.1, 0.ltoreq.y.ltoreq.1, and R denotes a rare earth element selected from the group consisting of Y, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Tm, Yb and Sc, a second refrigerant filled in the final refrigerating force storage chamber on a low temperature side thereof and consisting essentially of a composition expressed by (f) Er.sub.(x) R.sub.(1-x) Ni.sub.(y) Co.sub.(1-y), or (g) (Er.sub.(x) R.sub.(1-x)).sub.3 AlC.sub.(y) wherein 0.ltoreq.x.ltoreq.1, 0.ltoreq.y.ltoreq.1 and R represents a rare earth element selected from the group consisting of Y, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Tm, Yb and Sc, and a partition member for separating the second refrigerant from the first one so as to not be mixed in the refrigerating force storage chamber.
    • 低温冰箱包括填充在其高温侧的最终制冷力储存室中的第一制冷剂,其基本上由(a)(Er(x)R(1-x))3 Ni(y)Co 1-y)或(b)Er(x)R(1-x)Ni(y)Cu(1-y)其中0≤x≤1,0≤y≤1, R表示选自Y,Pr,Nd,Sm,Eu,Gd,Tb,Dy,Ho,Tm,Yb和Sc的稀土元素,填充在最终制冷力储存室中的第二制冷剂 基本上由(f)Er(x)R(1-x)Ni(y)Co(1-y)或(g)(Er(x)R(1-x))表示的组成 ))3AlC(y)其中0≤x≤1,0≤y≤1,R表示选自Y,Pr,Nd,Sm,Eu,Gd的稀土元素 ,Tb,Dy,Ho,Tm,Yb和Sc,以及用于将第一制冷剂与第一制冷剂分离的分隔构件,以便不在冷藏力贮存室中混合。
    • 6. 发明授权
    • Pulse tube refrigerator
    • 脉管冰箱
    • US5335505A
    • 1994-08-09
    • US65900
    • 1993-05-25
    • Yasumi OhtaniHideo HatakeyamaToru KuriyamaHideki NakagomeYoichi Matsubara
    • Yasumi OhtaniHideo HatakeyamaToru KuriyamaHideki NakagomeYoichi Matsubara
    • F25B9/14F25B9/00
    • F25B9/145F25B2309/1407F25B2309/1408F25B2309/1413F25B2309/1414F25B2309/1417F25B2309/1418F25B2309/14241F25B9/10F25D19/006
    • The present invention provides a pulse tube refrigerator, comprising a regenerator having an inlet port and an outlet port, a pulse tube having one end portion connected in series to the outlet port of the regenerator, a gas compressor connected to the inlet port of the regenerator, a first valve disposed between the discharge port of the gas compressor and the inlet port of the regenerator, a second valve disposed between the suction port of the gas compressor and the inlet port of the regenerator, a first valve controller for selectively opening/closing alternately the first and second valves to permit a high pressure coolant gas discharged from the discharge port of the gas compressor to be guided into the pulse tube through the regenerator and, then, to permit said coolant gas to be sucked into the gas compressor through the suction port thereof via the reverse passageway so as to generate coldness, a third valve disposed between the other end portion of the pulse tube and the discharge port of the gas compressor, a fourth valve disposed between the other end portion of the pulse tube and the suction port of the gas compressor, and a second valve controller serving to open/close the third and fourth valves in relation to the opening/closing of the first and second valves.
    • 本发明提供一种脉冲管制冷器,包括具有入口和出口的再生器,具有与再生器的出口串联连接的一端部的脉管,与再生器的入口连接的气体压缩机 设置在所述气体压缩机的排出口与所述再生器的入口之间的第一阀,设置在所述气体压缩机的吸入口与所述再生器的入口之间的第二阀,用于选择性地打开/关闭的第一阀控制器 交替地,第一阀和第二阀允许从气体压缩机的排放口排出的高压冷却剂气体通过再生器被引导到脉冲管中,然后允许所述冷却剂气体被吸入气体压缩机 其通过反向通道的吸入口产生冷却,设置在脉冲管的另一端部和盘之间的第三阀 设置在脉冲管的另一端部与气体压缩机的吸入口之间的第四阀,以及第二阀控制器,用于相对于打开/关闭阀来打开/关闭第三阀和第四阀, 关闭第一和第二阀。
    • 7. 发明授权
    • Pulse tube refrigerator
    • 脉管冰箱
    • US5412952A
    • 1995-05-09
    • US252270
    • 1994-06-01
    • Yasumi OhtaniHideo HatakeyamaToru KuriyamaHideki NakagomeYoichi Matsubara
    • Yasumi OhtaniHideo HatakeyamaToru KuriyamaHideki NakagomeYoichi Matsubara
    • F25B9/14F25B9/00
    • F25B9/145F25B2309/1407F25B2309/1408F25B2309/1413F25B2309/1414F25B2309/1417F25B2309/1418F25B2309/14241F25B9/10F25D19/006
    • The present invention provides a pulse tube refrigerator, comprising a regenerator having an inlet port and an outlet port, a pulse tube having one end portion connected in series to the outlet port of the regenerator, a gas compressor connected to the inlet port of the regenerator, a first valve disposed between the discharge port of the gas compressor and the inlet port of the regenerator, a second valve disposed between the suction port of the gas compressor and the inlet port of the regenerator, a first valve controller for selectively opening/closing alternately the first and second valves to permit a high pressure coolant gas discharged from the discharge port of the gas compressor to be guided into the pulse tube through the regenerator and, then, to permit said coolant gas to be sucked into the gas compressor through the suction port thereof via the reverse passageway so as to generate coldness, a third valve disposed between the other end portion of the pulse tube and the discharge port of the gas compressor, a fourth valve disposed between the other end portion of the pulse tube and the suction port of the gas compressor, and a second valve controller serving to open/close the third and fourth valves in relation to the opening/closing of the first and second valves.
    • 本发明提供一种脉冲管制冷器,包括具有入口和出口的再生器,具有与再生器的出口串联连接的一端部的脉管,与再生器的入口连接的气体压缩机 设置在所述气体压缩机的排出口与所述再生器的入口之间的第一阀,设置在所述气体压缩机的吸入口与所述再生器的入口之间的第二阀,用于选择性地打开/关闭的第一阀控制器 交替地,第一阀和第二阀允许从气体压缩机的排放口排出的高压冷却剂气体通过再生器被引导到脉冲管中,然后允许所述冷却剂气体被吸入气体压缩机 其通过反向通道的吸入口产生冷却,设置在脉冲管的另一端部和盘之间的第三阀 设置在脉冲管的另一端部与气体压缩机的吸入口之间的第四阀,以及第二阀控制器,用于相对于打开/关闭阀来打开/关闭第三阀和第四阀, 关闭第一和第二阀。
    • 8. 发明授权
    • Cryogenic refrigerator
    • 低温冰箱
    • US5224657A
    • 1993-07-06
    • US776885
    • 1991-10-17
    • Toru KuriyamaHideki NakagomeYoichi Tokai
    • Toru KuriyamaHideki NakagomeYoichi Tokai
    • F02G1/053F25B9/14
    • F02G1/0535F02G1/053F25B9/14F02G2253/00F02G2258/10F25B2309/003
    • A cryogenic refrigerator comprising a closed cylinder provided with an inlet and an outlet for introducing and discharging a coolant gas into and out of the cylinder, a displacer slidably housed in the closed cylinder and housing a cooling member therein and having a passage through which the coolant gas flows, a device coaxially arranged in and along the passage of the displacer in which the cooling member is housed to divide the passage into outer and inner ones, a device for reciprocating the displacer in the cylinder, and a device for repeating the process of introducing the high pressure coolant gas into the cylinder through the inlet and discharging it out of the cylinder, synchronizing with the reciprocating displacer.
    • 一种低温冰箱,包括封闭的气缸,该气缸设置有用于将冷却剂气体引入和排出气缸的入口和出口,可滑动地容纳在所述闭合气缸中的置换器,并且在其中容纳冷却构件,并具有通道,所述冷却剂 气体流动,同轴地布置在置换器的通道内并沿其中容纳冷却构件的通道,以将通道分成外部和外部通道的装置,用于使排液器在气缸中往复运动的装置,以及用于重复该过程的装置 通过入口将高压冷却剂气体引入气缸并将其从气缸中排出,与往复式置换器同步。
    • 9. 发明授权
    • Magnetic refrigerator
    • 磁性冰箱
    • US4589953A
    • 1986-05-20
    • US694772
    • 1985-01-25
    • Hideki NakagomeSatoshi Yasuda
    • Hideki NakagomeSatoshi Yasuda
    • F25B21/00F25B25/00C23F1/00B44C1/22
    • F25B21/00F25B2321/0021Y02B30/66Y10S505/89
    • A working material used in a magnetic refrigerator radiates heat when it is magnetized and absorbs heat when it is demagnetized. The working material is cylindrical and extends vertically. A heat pipe has a cylindrical internal space directly surrounding the peripheral surface of the working material and containing helium gas as a heat medium. The peripheral surface of the working material in contact with the internal space functions as a condensing surface of the heat pipe. A superconductive coil surrounds the working material and intermittently applies a magnetic field thereto. A refrigerator unit supplies a cooling space with helium gas at 20.degree. K. or below. The helium gas from the refrigerator unit removes heat produced from the working material when it is adiabatically magnetized by the coil. When the working material is adiabatically demagnetized, it rapidly absorbs heat to cool the helium gas in the internal space of the heat pipe. The helium gas condenses on the peripheral surface of the working material, and falls in drops into the internal space to be stored at the lower end portion thereof. Thus, heat is transferred in one direction or upward in the heat pipe.
    • 用于磁性冰箱的工作材料在被磁化时会散发热量,并在消磁时吸收热量。 工作材料是圆柱形的并且垂直延伸。 热管具有直接围绕工作材料的外周表面并包含氦气作为热介质的圆柱形内部空间。 与内部空间接触的工作材料的外周表面用作热管的冷凝表面。 超导线圈围绕工作材料并间断地向其施加磁场。 冰箱单元为20°K以下的氦气提供冷却空间。 来自冰箱单元的氦气在被线圈绝热磁化时,除去从工作材料产生的热量。 当工作材料绝热消磁时,它迅速吸收热量以冷却热管内部空间中的氦气。 氦气在工作材料的外周表面冷凝,并落入内部空间中以便在其下端部被储存。 因此,热量在热管中沿一个方向或向上传递。