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    • 2. 发明申请
    • Apparatus for producing slush nitrogen and method for producing the same
    • 硫化氮生产装置及其制造方法
    • US20060000222A1
    • 2006-01-05
    • US11165528
    • 2005-06-23
    • Kuniaki KawamuraAkito MachidaMasamitsu IkeuchiKazuhiro HattoriKouichi MatsuoHideharu Yanagi
    • Kuniaki KawamuraAkito MachidaMasamitsu IkeuchiKazuhiro HattoriKouichi MatsuoHideharu Yanagi
    • F25B19/00F17C5/00F25C1/00
    • F25J1/0015F25C1/00F25D3/10F25J1/0221F25J1/0251F25J1/0276F25J2205/20F25J2205/30F25J2205/90F25J2210/42F25J2240/60
    • Liquid nitrogen is filled in a low temperature vessel; an ejector that sucks liquid nitrogen by blowing a cooling agent (liquid or gas) such as low temperature helium gas or liquid helium of pressure higher than in the space within the vessel is disposed in the vessel; the liquid nitrogen blown with the cooling agent is cooled by the cooling agent to become fine particles of solid nitrogen which fall down; and gas in a space of the vessel is discharged out of the vessel so as to maintain the pressure of the space higher than the atmospheric pressure. A gaseous phase of liquid nitrogen in an adiabatic vessel is depressurized to vaporize nitrogen in a liquid phase so that a temperature of the nitrogen is reached to the triple point of nitrogen by lowering temperature thereby and solid nitrogen is produced by keeping at the triple point, and that the produced solid nitrogen is transformed into slush by stirring the content of the adiabatic vessel. In a method for cooling a super conductive body in which a material showing a state of super conductance in the vicinity of the temperature of liquid nitrogen or of the temperature liquid nitrogen and solid nitrogen coexist is used, a method for cooling a super conductive body characterized in that the super conductive body is immersed in slush nitrogen held in an adiabatic vessel, and that the body is contacted with slush nitrogen to cool.
    • 液氮填充在低温容器中; 喷射器通过吹送诸如低温氦气或低于容器内的空间的压力的液氦的冷却剂(液体或气体)而吸入液氮; 用冷却剂吹入的液氮被冷却剂冷却,成为脱落的固体氮的细小颗粒; 并且将容器的空间中的气体排出容器,以保持空间的压力高于大气压力。 将绝热容器中的氮气的气相减压以使液相中的氮气蒸发,由此通过降低温度将氮气的温度达到氮的三重点,从而通过保持三相点产生固体氮, 并且通过搅拌绝热容器的内容物将所产生的固体氮转变成泥浆。 在使用在液氮温度或液氮附近存在超导状态的材料和固体氮共存的超导电体的冷却方法中,使用超导电体的冷却方法, 因为超导体被浸入保持在绝热容器中的冰冷的氮气中,并且使主体与冷却氮气接触以冷却。
    • 8. 发明申请
    • APPARATUS AND METHOD FOR COOLING SUPER CONDUCTIVE BODY
    • 用于冷却超导体的装置和方法
    • US20070006599A1
    • 2007-01-11
    • US11532527
    • 2006-09-16
    • Kuniaki KAWAMURAAkito MACHIDAMasamitsu IKEUCHIKazuhiro HATTORIKouichi MATSUOHideharu YANAGI
    • Kuniaki KAWAMURAAkito MACHIDAMasamitsu IKEUCHIKazuhiro HATTORIKouichi MATSUOHideharu YANAGI
    • F17C5/00F25D23/12
    • F25J1/0015F25C1/00F25D3/10F25J1/0221F25J1/0251F25J1/0276F25J2205/20F25J2205/30F25J2205/90F25J2210/42F25J2240/60
    • Liquid nitrogen is filled in a low temperature vessel; an ejector that sucks liquid nitrogen by blowing a cooling agent (liquid or gas) such as low temperature helium gas or liquid helium of pressure higher than in the space within the vessel is disposed in the vessel; the liquid nitrogen blown with the cooling agent is cooled by the cooling agent to become fine particles of solid nitrogen which fall down; and gas in a space of the vessel is discharged out of the vessel so as to maintain the pressure of the space higher than the atmospheric pressure. A gaseous phase of liquid nitrogen in an adiabatic vessel is depressurized to vaporize nitrogen in a liquid phase so that the temperature of the nitrogen reaches the triple point of nitrogen by lowering the temperature to thereby produce solid nitrogen by keeping the temperature at the triple point, and that the produced solid nitrogen is transformed into slush by stirring the content of the adiabatic vessel. A super conductive body formed of a material exhibiting a state of super conductance in the vicinity of the temperature of liquid nitrogen or of the temperature where liquid nitrogen and solid nitrogen coexist can be cooled by immersing the body in slush nitrogen held in an adiabatic vessel or flowing in an adiabatic pipe.
    • 液氮填充在低温容器中; 喷射器通过吹送诸如低温氦气或低于容器内的空间的压力的液氦的冷却剂(液体或气体)而吸入液氮; 用冷却剂吹入的液氮被冷却剂冷却,成为脱落的固体氮的细小颗粒; 并且将容器的空间中的气体排出容器,以保持空间的压力高于大气压力。 将绝热容器中的氮气气相减压以使液相中的氮气蒸发,使得氮气的温度通过降低温度而达到氮的三重点,从而通过将温度保持在三重点来产生固体氮, 并且通过搅拌绝热容器的内容物将所产生的固体氮转变成泥浆。 在液氮温度附近或液氮和固态氮共存的温度下表现出超导状态的材料形成的超导体可以通过将本体浸入保持在绝热容器中的冰冷氮气中来冷却,或 在绝热管中流动。
    • 10. 发明授权
    • Inter-region thermal complementary system by distributed cryogenic and thermal devices
    • 分布式低温和热装置的区域间互补系统
    • US06889520B2
    • 2005-05-10
    • US10416487
    • 2001-12-12
    • Makoto SanoKuniaki KawamuraJunji MatsudaKatsumi FujimaTakanori KudoYouichi KawazuChoiku YoshikawaSyuji Fukano
    • Makoto SanoKuniaki KawamuraJunji MatsudaKatsumi FujimaTakanori KudoYouichi KawazuChoiku YoshikawaSyuji Fukano
    • F25D17/02F25B27/00F25D11/00
    • F25D17/02F24F2005/0039
    • The object of the invention is to provide a thermal complementary (combination of heat supply and heat discharge) system which can complement heat without the restriction of area of a region to be supplied with heat. An endless multiplex helical loop is formed to complement the heat produced in a region such as plants and regional facilities on a reciprocal basis, and the water is not circulated forcibly but achieves heat transfer in the helical loop.Liquid or slurry-like water is sealed in the annular endless channel (endless loop) without forcibly circulated. Therefore, loop diameter of the annular endless channel, that means the area of the region, is not limited. The water forms temperature zones in the endless helical loop, the temperature being different per each component loop. Distributed cryogenic sources and thermal sources are thermally connected to said multiplex helical loop so that heat (i.e. water) can be taken in or discharged to or from said cryogenic or thermal sources. As the water needs not be forcibly circulated, the power for forcibly circulating the water is eliminated resulting in reduced running cost. Refrigerating apparatuses, heat source apparatuses, etc. distributed in the region are effectively utilized and also central control of energy supply through the multiplex helical loops is made possible.
    • 本发明的目的是提供一种热互补(组合的热供应和放热)系统,其可以补充热量,而不受限于供热区域的面积。 形成一个无休止的多路复用螺旋回路,以互补的方式补充在诸如工厂和区域设施之类的区域产生的热量,水不会被强制循环,而是在螺旋回路中实现热传递。 液体或浆状水被密封在环形环形通道(无限循环)中,而不会被强制循环。 因此,环形环形通道的环径,即区域的面积不受限制。 水在环形螺旋环中形成温度区,每个组分环的温度不同。 分布式低温源和热源热连接到所述多路螺旋回路,使得热(即水)可以被吸入或从所述低温或热源排出。 由于水不需要强制循环,所以强制循环水的功率被消除,导致运行成本降低。 有效利用分布在该区域的制冷装置,热源装置等,并且也可以通过多路复用螺旋回路进行能量供给的集中控制。