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    • 2. 发明专利
    • HEAT TRANSPORTING DEVICE
    • JPS61237994A
    • 1986-10-23
    • JP7675785
    • 1985-04-12
    • MITSUBISHI HEAVY IND LTD
    • SUMIYA SHUJINAKAMURA MINORUIMAGAWA TAKAOAZEBIRU KIYOUICHIROUHASEGAWA MITSUHIRO
    • F28D15/02
    • PURPOSE:To permit to transport heat easily in a long distance by a method wherein a plurality of heat pipes are collected in bundled state and are arranged in superposed state in the lengthwise direction thereof so that the evaporation section and the condensation section of the heat pipe are neighbored to the same sections of the other heat pipes neighboring to the circumference of the heat pipe. CONSTITUTION:Respective heat pipes are arranged so as to be superposed in the lengthwise direction thereof so that the evaporation section 1b and the condensation section 1a of respective heat pipes are neighbored to the same sections 1a, 1b of other neighboring heat pipes and are bundled with a clip band 2 to constitute a bundle 3. Clearances between mutual pipes 1 and the clearance between the pipes 1 and a casing tube 4 are filled with a heat conductive substance 5, such as liquid of water, oil or the like, gas of air or the like, solder for brazing or the like. Heat is transferred to the evaporation section 10b of the heat pipe 10, for example, from the condensation sections 11a, 12a of the high-temperature side heat pipes 11, 12, which are neighboring to the circumference of the heat pipe 10, through the side walls of the pipes 10-12 and the heat conductive substance 5. On the other hand, heat is transferred to the end surface of the evaporation section 10b from the condensation section 15a of the other high-temperature side heat pipe 15 and heat is transferred from the end surface of the condensation section 10a of the pipe 10 to the end of the evaporation section 16b of the low-temperature side heat pipe 16.
    • 3. 发明专利
    • Waste heat retrieving device
    • 废热回收装置
    • JPS6149946A
    • 1986-03-12
    • JP17268984
    • 1984-08-20
    • Mitsubishi Heavy Ind Ltd
    • NAKAMURA MINORUIMAGAWA TAKAOSUMIYA SHUJIAZEBIRU KIYOUICHIROU
    • F24F7/06F24F7/08
    • PURPOSE: To allow an appropriate circulation in the station house by controlling the circulation airflow rate, bypass route switching and bypass airflow rate.
      CONSTITUTION: In a waste heat retrieving device for subway ect., the second and third airflow rate control dampers 20, 22 are closed and the first and fourth airflow control dampers 18, 23 are controlled in accordance with the loading condition of the waste heat retrieving heat exchanger, for instance, in the winter season when the load is relatively low. In this manner, part of the ventilated air can be bypassed to the feed air to make a warm environment. During the summer season, the first and fourth airflow rate control dampers 18, 23 are closed and the second and third airflow rate control dampers 20, 22 are controlled to bypass the cool air that has been retrieved its heat by the waste heat retrieving heat exchanger 16 into the feed air to enhance the cooling effect.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过控制循环气流速率,旁路路径切换和旁路气流速度,使车站适当循环。 构成:在用于地铁等的废热回收装置中,第二和第三气流控制阻尼器20,22关闭,并且第一和第四气流控制阻尼器18,23根据废热回收的负载条件进行控制 换热器,例如在冬季,当负荷相对较低时。 以这种方式,一部分通风空气可以被旁路到进料空气中以形成温暖的环境。 在夏季,第一和第四气流控制阻尼器18,23关闭,第二和第三气流速率控制阻尼器20,22被控制以绕过由废热回收热交换器回收其热量的冷空气 16进入进风,增强冷却效果。
    • 7. 发明专利
    • HEAT STORAGE UTILIZING SYSTEM
    • JPS58136990A
    • 1983-08-15
    • JP1879982
    • 1982-02-10
    • MITSUBISHI HEAVY IND LTD
    • SUMIYA SHIYUUJINAKAMURA MINORUIMAGAWA TAKAOAZEBIRU KIYOUICHIROU
    • F24S90/00F28D20/00
    • PURPOSE:To improve an efficiency of the heat reserve system using a discharged heat from a subway by a method wherein a plurality of heat storage tanks are connected to a center through a heating medium feeding pipe of one circuit and then the medium is fed out of the heat storage tanks heated up to an available temperature. CONSTITUTION:Assuming that, for example, a temperature of a temperature detector 20 for a main heating medium feeding pipe 16 is 50 deg.C, a temperature of the temperature detector 19 for the heat storage tank is 60 deg.C and the required temperature of a heat utilization apparatus 3 and a center 18 is 55 deg.C, the heating medium in the main heating medium feeding pipe 16 may not be utilized and a heat storage tank 1 can be discharged of its heat. Therefore, a pump 21 is operated, a valve 23 and a surface control valve 27 are opened, the heating medium in the heat storage tank 1 is fed to the center 18 and then returned back to the heat storage tank 1 through the heating medium feeding pipe 17. With this arrargement, the heat storage tank selected from a dispersed group of heat storage tanks is utilized so as to improve the utilization efficiency of the system.