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    • 1. 发明专利
    • Heat storage system
    • 热存储系统
    • JP2013087989A
    • 2013-05-13
    • JP2011226922
    • 2011-10-14
    • Denso Corp株式会社デンソーHirosaki Univ国立大学法人弘前大学
    • OKAMURA TORUFUSE TAKUYANISHIZAWA KAZUTOSHIFUMOTO KOJI
    • F28D20/02B60H1/08C09K5/06F24F5/00
    • Y02E60/145
    • PROBLEM TO BE SOLVED: To provide a heat storage system which suppresses increase in power for emulsion transportation and can be certainly compactified and simplified.SOLUTION: The heat storage system includes: an emulsion 2 containing water, an organic material capable of storing heat utilizing latent heat generated as a result of solid/liquid phase change and non-compatible with water, and a surfactant capable of bringing water and the organic material in a turbid state; a heat storage tank 3 containing the emulsion 2; a heat exchanger 4 for heating which heats the emulsion 2 with heat carried by cooling water; and a heat exchanger 7 for heat release which releases heat carried by the emulsion 2 into air-conditioning air. The emulsion 2 is adjusted so that a surface area per unit volume of organic particles becomes 0.05 nmor more when water and the organic material are brought into the turbid state.
    • 要解决的问题:提供一种抑制乳液输送功率增加的蓄热系统,并且可以确实地压实和简化。 解热方案:蓄热系统包括:含有水的乳液2,能够利用由于固相/液相变化而与水不相容产生的潜热来储存热量的有机材料,以及能够带来 水和浑浊状态下的有机物质; 含有乳剂2的储热罐3; 用于加热的热交换器4,其利用冷却水携带的热量加热乳液2; 以及用于将由乳液2携带的热释放到空调空气中的用于放热的热交换器7。 调节乳液2,使得当水和有机材料处于浑浊状态时,每单位体积的有机颗粒的表面积变为0.05nm以上。 版权所有(C)2013,JPO&INPIT
    • 2. 发明专利
    • Ice slurry manufacturing device and ice slurry manufacturing method
    • 冰浆制造设备和冰浆制造方法
    • JP2014020596A
    • 2014-02-03
    • JP2012156732
    • 2012-07-12
    • Hirosaki Univ国立大学法人弘前大学
    • FUMOTO KOJI
    • F25C1/00
    • PROBLEM TO BE SOLVED: To provide a water slurry manufacturing device and the like which does not require a large power and periodical maintenance, facilitates miniaturization, does not require high-accuracy temperature control technique, facilitates application to such a medical field as includes direct contact with a living tissue and can prepare ice slurry using a low concentration aqueous solution (for example, a low salt concentration equal to or lower than 1 wt%) or pure water.SOLUTION: The interior of an ice slurry preparation part 10 is maintained in a specified pressing state by pressurizing by means of a plunger pump 20 after a valve 24 is closed, an objective solution Liq in the ice slurry preparation part 10 is retained at a temperature equal to or lower than a freezing point in normal pressure and at a temperature equal to or higher than a freezing point in a prescribed pressing state by cooling the interior of a water tank 27 by means of a heat exchanging means such as a heat exchanger 28 or the like, thereafter, the valve 24 is opened, the objective solution Liq is discharged to a drain tank 26 from an outflow pipe 23 or the like, the pressure of the interior of the ice slurry preparation part 10 is reduced into normal pressure, thereby, the objective solution Liq in the ice slurry preparation part 10 is freezed and ice slurry is manufactured.
    • 要解决的问题:为了提供不需要大功率和定期维护的水浆制造装置等,便于小型化,不需要高精度的温度控制技术,便于应用于诸如直接接触的医疗领域 使用生物体组织,并可以使用低浓度水溶液(例如,低于1重量%的低盐浓度)或纯水制备冰浆。溶液:将冰浆制备部分10的内部保持在 在阀24关闭之后通过柱塞泵20进行加压的指定的加压状态,冰浆制备部10中的目标溶液Liq保持在常压下等于或低于冰点的温度 温度等于或高于规定加压状态下的凝固点,通过使用诸如ah的热交换装置冷却水箱27的内部 此时,打开阀24,将目标溶液Liq从流出管23等排出到排水槽26,将冰浆制备部10的内部的压力还原成 由此,将冰浆制备部10中的目标溶液Liq冷冻并制造冰浆。