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    • 31. 发明专利
    • Heat storage material
    • 热存储材料
    • JPS5951974A
    • 1984-03-26
    • JP16253482
    • 1982-09-17
    • Matsushita Electric Ind Co Ltd
    • WADA TAKAHIROKIMURA FUMIKOYAMAMOTO RIYOUICHI
    • C09K5/06
    • PURPOSE: To provide a latent heat storage material having stable heat dissipation characteristics without undergoing phase separation by repeated fusion and solidification, by mixing PVA, formaldehyde, and paraffin with CH
      3 CO
      2 Na. 3H
      2 O.
      CONSTITUTION: A heat storage material is yielded by adding 0.5W20pts.wt. PVA, 0.1W5pts.wt. formaldehyde, and 0.1W5pts.wt. paraffin to 100pts.wt. CH
      3 CO
      2 Na. 3H
      2 O and mixing them together. Since the m.p. of CH
      3 CO
      2 Na.3H
      2 O having a great latent heat of fusion is not a congruent m.p. but a peritectic point, repeated fusion and solidification causes the progress of phase separation whereby CH
      3 CO
      2 Na is deposited at the bottom of a heat storage tank, wit the result that the latent heat of fusion of CH
      3 CO
      2 Na.3H
      2 O is reduced. By admixture of PVA, formaldehyde, and paraffin with CH
      3 CO
      2 Na.3H
      2 O, a latent heat storage material having extremely stable heat dissipation characteristics without undergoing phase separation is yielded and it can be pref. used in a heat accumulator for air conditioning, etc.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:通过将PVA,甲醛和石蜡与CH3CO2Na混合,提供具有稳定散热特性的潜热蓄热材料,不经过反复熔融和固化相分离。 3H2O。 构成:通过加入0.5-20pts.wt。产生储热材料。 PVA,0.1-5pts.wt。 甲醛和0.1-5pts.wt。 石蜡至100pts.wt。 CH3CO2Na。 3H2O并将它们混合在一起。 由于m.p. 具有大的融合潜热的CH3CO2Na3H2O不是一致的。 但是一个包晶点,反复熔融和凝固导致相分离的进展,从而使CH3CO2Na沉积在储热罐的底部,结果是CH3CO2Na3H2O的融合潜热降低了。 通过将PVA,甲醛和石蜡与CH 3 CO 2 Na 3 H 2 O混合,得到具有非常稳定的散热特性而不进行相分离的潜热储存材料,并且可以是优选的。 用于空调等的蓄热器
    • 32. 发明专利
    • LATENT HEAT ACCUMULATOR
    • JPS58140595A
    • 1983-08-20
    • JP2383782
    • 1982-02-16
    • MATSUSHITA ELECTRIC IND CO LTD
    • KUSUDA TAKAOWADA TAKAHIROYAMAMOTO RIYOUICHIISE YUKIHIKO
    • F28D20/00F28D20/02
    • PURPOSE:To obtain a sufficient thermal output without causing phase separation, in the latent heat accumulator in a solar water heater and the like, by horizontally stacking flat containers wherein latent heat storing material is sealed with an interval being provided, and making the parts between the containers a fluid path. CONSTITUTION:The high temperature water of about 58 deg.C or more from a solar heat collector and the like flows the path 4 between the stacked flat containers 3 wherein the latent heat storing material 2 is sealed. Heat is exchanged at the outer walls of the flat containers and the heat storing material 2 is melted. The heat is stored and the water is taken out of a hot water outlet port 6. Then low temperature water is flowed into the path 4 from a water inlet port 5. The water takes the latent heat out of the heat storing material 2 and the temperature of the water is increased. The water is taken out of the hot water outlet port 6. At this time, the heat storing material 2 begins to solidify, and a solid layer whose heat conductivity is poor grows from the container walls. Since the thickness of the container is thin, the temperature difference can be kept small. The complete phase separation, under which the solid material sinks due to the difference in specific gravity and thin aqueous solution remains at the upper part, does not occur.
    • 37. 发明专利
    • Heat regenerating material
    • 热再生材料
    • JPS5759980A
    • 1982-04-10
    • JP13490480
    • 1980-09-27
    • Matsushita Electric Ind Co Ltd
    • WADA TAKAHIROISHIHARA SHIYOUICHIYAMAMOTO RIYOUICHI
    • C09K5/06
    • PURPOSE: A regenerating material preventing phenomena (so-called supercooling phenomena) wherein temperature is lowered without releasing latent heat of coagulation, obtained by adding strontium hydroxide, barium hydroxide, sodium tetraborate to strontium chloride 6 hydrate.
      CONSTITUTION: 100pts.wt. strontium chloride 6 hydrate is blended with preferably 0.10W15pts.wt. one or more selected from the group consisting of strontium hydroxide (preferably 8 hydrate), barium hydroxide (preferably 8 hydrate) and sodium tetraborate (preferably 10 hydrate), to give the desired generating material.
      EFFECT: The function to prevent supercooling is not lost by the repetition of heating and cooling and a regenerating quantity of heat per unit volume is large.
      USE: An air-conditioning equipment, e.g., a regenerating device using the heat of the sun, etc.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:通过向氯化锶6水合物中加入氢氧化锶,氢氧化钡,四硼酸钠而得到的防止现象(所谓的过冷现象)的再生材料,其中温度降低而不释放凝结潜热。 构成:100pts.wt。 将氯化锶6水合物与优选0.10-15pts.wt。 选自氢氧化锶(优选8水合物),氢氧化钡(优选8水合物)和四硼酸钠(优选10水合物)中的一种或多种,​​以得到所需的生成材料。 效果:通过重复加热和冷却不会损失防过冷功能,每单位体积的再生热量大。 使用:空调设备,例如使用太阳热的再生装置等
    • 38. 发明专利
    • APPARATUS FOR OXYGEN PUMP
    • JPS5715816A
    • 1982-01-27
    • JP9025080
    • 1980-07-02
    • MATSUSHITA ELECTRIC IND CO LTD
    • MATSUO YOSHIHIROYAMAMOTO RIYOUICHI
    • A23B7/148A23B7/12B01D53/14
    • PURPOSE:To supply separated oxygen and nitrogen conveniently and for a long time, by obtaining gas consisting mainly of nitrogen by injecting air into oxygen absorbing liq., and by respectively recovering gas consisting mainly of oxygen and vapor of absorbing liq. by heating said liq. CONSTITUTION:Air is injected from the end of an air outlet side 9 through an air injection pipe 3, into a vessel 2 containing oxygen absorbing liq. 1 which consisting of C9F16O, etc. by a air-injection rotary pump 4. While the air transformed into small bubbles is rising in the liq. 1, oxygen together with some quantity of nitrogen contained in the bubbles are absorbed in th liq. 1 and consisting mainly of nitrogen is recovered through a pipe 6. After a prescribed time, running of the pump 4 is stopped and a gas cock 11 is closed and water is fed to a cooler 8 and a gas cock 10 is opened in the pipe direction with the cock 10 closed in the pipe 6 direction. Next, by supplying electric power to an electric heater 5 to heat the liq. 1, gas consisting mainly of oxygen absorbed in the liq. 1 is released and recovered through a pipe 7, and the vapor of the liq. 1 is condensed in a condenser 8 to be returned into the liq. 1.