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    • 1. 发明专利
    • COLD HEAT ACCUMULATING AND HOT HEAT ACCUMULATION SYSTEM
    • JPS63311032A
    • 1988-12-19
    • JP14214387
    • 1987-06-09
    • MITSUBISHI HEAVY IND LTD
    • OKI YOSHINORIANDO YOSHIMASAMINEMOTO MASAKIHASHIGUCHI KANEMICHIKOBAYASHI TAKASHI
    • F24F5/00F28D20/00
    • PURPOSE:To enable the thermal accumulation capacity in a thermal accumulation tank to be increased and further enable a constitution of a system which can be applied for both summer and winter seasons to be attained for performing a cold heat accumulation tank operation and a hot heat accumulation tank operation by a method wherein in case of requiring a hot heat accumulation, an output heat from a heat pump is stored as sensible heat of a cold heat agent into a cold heat accumulation tank and in turn in case of discharging heat, the accumulated heat is utilized as input heat for a heat pump. CONSTITUTION:In case of accumulating hot heat, a low temperature heat source water 29 is sent to an evaporator 7 so as to make hot heat by a condensor 10. The hot heat is sent by a hot water 11 through a circulation pump 15 into a thermal accumulation tank 1, a mixture of water and wettable powder is heated and then stored as sensible heat. In case of discharging heat, hot heat within the thermal accumulation tank 1 is taken out through a heat exchanging coil 3 within the tank, sent by a circulation pump 14 to an evaporator 7 for a heat pump and utilized again as a heating source. At the beginning of operation where a temperature in the thermal accumulation tank 1 is high for discharging heat, a range of increasing temperature in the heat pump is narrow the increasing range of temperature is increased as a temperature of the thermal accumulation tank is decreased, a heating hot temperature of constant temperature from the condensor 10 is taken out in the from of hot water 11 and then sent to a heating load 16 through a circulation pump 15. Accordingly, the inner temperature within the thermal accumulation tank is lowered due to a surrounding atmospheric temperature in winter season and its sensible heat is utilized to enable a thermal accumulation to be performed.
    • 2. 发明专利
    • HEAT ACCUMULATION SYSTEM
    • JPS62123233A
    • 1987-06-04
    • JP26063385
    • 1985-11-20
    • MITSUBISHI HEAVY IND LTD
    • KAWADA AKIHIROOGATA JUNJITOYOFUKU MASAYOSHIKOBAYASHI TAKASHIOKI YOSHINORI
    • F24F5/00F25B17/02F25B25/02
    • PURPOSE:To obtain a small-sized cooling facility such as a cooling tower and improve the thermal efficiency of the entire system by a method wherein a condenser for a heat pump is arranged in such a way as it may be heat exchanged with highly concentrated liquid and at the same time the condenser for the heat pump is arranged in such a way as it may be heat exchanged with dilute liquid. CONSTITUTION:During an operation of heat accumulation, a highly concentrated liquid is circulated between said liquid heat exchanger 1 and a highly concentrated liquid tank 3, a dilute solution is circulated between a dilute solution heat exchanger 2 and a dilute solution tank 4, a cooling water 15 is circulated between the dilute solution heat exchanger 2 and a cooling tower 8, then a coolant compressor 18 is driven to circulate the coolant through the condenser 16 for the heat pump and an evaporator 16. Then, the concentrated liquid is heated by the condenser 16 and a part of it is evaporated and condensed. In turn, the dilute solution is cooled with cooling water 15 and cooled with the evaporator 17 and simultaneously the dilute solution may absorb vapor 11 evaporated from the concentrated liquid and then diluted.
    • 5. 发明专利
    • TREATMENT OF LUMBER WITH LIQUID CHEMICAL
    • JPH02219602A
    • 1990-09-03
    • JP4029889
    • 1989-02-22
    • MITSUBISHI HEAVY IND LTD
    • OKI YOSHINORIMATSUMOTO YOICHIKATAYAMA HIROYUKIKOJIMA KATSUHISA
    • B27K3/02
    • PURPOSE:To enable penetrating treatment of large amounts of liquid chemical in a short time by evacuating the inside of a vessel housing lumber and the liquid chemical and thereafter irradiating lubber with shock wave. CONSTITUTION:Both a high voltage discharge generator 1 as a shock wave generating source and an evacuated vessel 4 are utilized. Liquid chemical 6 is housed in the evacuated vessel 4 and lumber 3 is placed in the liquid chemical 6. Further the discharge electrodes 2 connected to the generator 1 are provided in the liquid chemical under the lumber in the evacuated vessel 4. Furthermore the part on the liquid surface of the liquid chemical 6 in the vessel 4 is connected to a vacuum pump 5. Firstly the inside of the vessel 4 is evacuated by the vacuum pump 5 and discharge is performed between the discharge electrodes 2 in such a state that the inside of the vessel 4 has been maintained at the reduced pressure. Thereby lumber 3 is irradiated with shock wave generated in the liquid chemical 6. Lumber 3 exists in the liquid chemical at the reduced pressure and the film of liquid chemical is unformed on the surface of lumber 3. Shock wave is allowed to act on lumber and therefore the air contained in the lumber 3 is purged. Large amounts of liquid chemical are penetrated into the lumber in a short time.
    • 10. 发明专利
    • SHOCK WAVE GENERATOR
    • JPS6447482A
    • 1989-02-21
    • JP20077087
    • 1987-08-13
    • MITSUBISHI HEAVY IND LTDSEIRYO ENG
    • MATSUMOTO YOICHISHIOJI NORIOOKI YOSHINORIUEDA RYOHEINAGAI MAKOTOMINAMIYAMA KOICHI
    • B06B1/02
    • PURPOSE: To prevent the elution of impurities to an object side and to enable the impression of impulse waves with less electric power consumption by disposing a membrane to allow the permeation of the impulse wave by isolating liquid between an impulse wave generating source and the object. CONSTITUTION: The impulse wave permeable membrane 6 consisting of nylon, acrylic plate or the like isolating the liquid in water tanks 2, 5 and permeating the impulse wave is previously disposed between the water tank 5 to be immersed with an electrodes 1 and the water tank 2 contg. the object. The impulse wave generated from the electrodes 1 propagates in the liquid in the water tank 5, permeates the member 6 and propagates to the liquid contg. the object in the water tank 2. If the impulse wave permeable membrane 6 is interposed between the liquids of both tanks 2, 5 in such a manner the elution of the electrodes 1 components into the water tank 2 does not occur. The impression of the impulse waves with the less electric power consumption is possible even if a high-voltage discharge is used and the city water is used in the water tank 5 and the sea water in the water tank 2.