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    • 41. 发明专利
    • LIQUEFIED NATURAL GAS COLD HEAT UTILIZATION SYSTEM
    • JPH06159226A
    • 1994-06-07
    • JP33351892
    • 1992-11-19
    • MITSUI SHIPBUILDING ENG
    • ITO HIDENOBUKATO YUICHIMORIMOTO SHIMIZU
    • F03G6/00F24J3/00F25B27/00
    • PURPOSE:To provide a heat source necessary for a low temperature system plant such as wide range cooling and food cooling in a liquefied natural gas cold heat system and generate power necessary for facilities by its own ability by using, the evaporation process for manufacture of drinking water without the need for a special power source or the like. CONSTITUTION:This liquefied natural gas cold heat system is provided with a moist intake air port 40 which can take in air on a water surface, an air discharge port 50, and the housing 36 of an internal air passage 38 which is formed in a roughly inverted U shape and communicates the intake port with the discharge port. The solar heat collecting means for heating the inside air is provided at an up passage in an air passage which is connected to a moist air intake port, and a liquefied gas evaporation tube 46 provided with ultra water-repellent coating is disposed at a down passage in the air passage connected to the air discharge port 50 so as to cross the passage. A turbine 64 is disposed at an air passage between the solar heat collecting means and an evaporator tube, and a power generating means connected to the turbine 64 is equipped to connect a line which supplies low temperature drying air to a low temperature system plant in the discharge part 50.
    • 42. 发明专利
    • INDUCTION WATER HEATER
    • JPH06123486A
    • 1994-05-06
    • JP29638492
    • 1992-10-08
    • HEIWA SHOJI KK
    • AOYAMA TOSHIYASU
    • F24H1/10F24J3/00
    • PURPOSE:To improve a heat efficiency and a heating capability using electric power by providing an annular heating coil, and magnetic heating pipes oppositely disposed on the face and rear of the heating coil separated away by a predetermined distance and arranged densely on parallel virtual flat planes, folded on the face and rear of the heating coil. CONSTITUTION:An induction water heater 10 includes a heating coil 1 mounted annularly, and a proper coil driver circuit is connected with a terminal T of the heating coil 1. A heating pipe 2 is disposed on one surface side 1a of the substantially disk-shaped heating coil 1 oppositely to the coil separated away by a predetermined distance from the surface side flat face 1a. The heating pipe 2 comprises a magnetic material and is wound densely into a spiral layer to occupy substantially the same area as that of the heating coil 1. Alternating magnetic fluxes produce an eddy current in the heating pipe 2 located oppositely to the coil flat face 1a, and the heating pipe 2 produces heat with use of Joule heat due to the eddy current to heat water flowing in the pipe and making direct contact with the pipe.
    • 47. 发明专利
    • TERMINAL EQUIPMENT AND OFFICE EQUIPMENT
    • JPH0379976A
    • 1991-04-04
    • JP21436389
    • 1989-08-21
    • HITACHI LTD
    • HAMADA YASUYOSHIGOTO TATSUOYANATORI MICHIOKUNUGI TAKAFUMIKAWACHI MASATAKAYAMANAKA HARUOKAKO YUTAKA
    • F24J3/00F25D9/00G06F1/00H05K7/20
    • PURPOSE:To prevent the temperature of a heat-evolving part inside a main body from rising when equipment is in operation and prevent an excessive fall of the temperature of equipment when it is not in action by providing in a main body a means for storing heat whereby heat evolving at a heat-evolving part is stored and the heat stored is released according to the temperature inside the main body so that the change of the inside temperature can be slackened. CONSTITUTION:At a motor 12, a heat-storing means 13 for storing heat evolving from the motor 12 is provided, and at a control 11, a heat-storing means 14 for storing heat evolving from the control 11 is provided. The temperature inside equipment continues to rise until the heat-storing material contained in the heat-storing means 13, 14 undergoes a change in phase; when the temperature reaches a point at which a change in phase occurs, the heat- storing material starts a change in phase and its temperature remains substantially constant until the heat-storing material completes the change in phase in its entirety; when the heat- storing material completes a change in phase in its entirety, the temperature of the heat-storing means 13, 14 resumes the rise. When the operation of the equipment is stopped, the equipment cools off and the temperature inside begins to fall. The heat stored in the heat-storing means 13, 14 at inside temperature below the phase-change point of the heat-storing material is released to the inside of the main body so that the fall of the temperature inside the main body can be slackened.
    • 48. 发明专利
    • HEAT REFLECTION TYPE PORTABLE HEAT GENERATOR
    • JPH0336464A
    • 1991-02-18
    • JP17127989
    • 1989-07-04
    • WAKAI NOBORU
    • WAKAI NOBORU
    • A61F7/08C09K5/00F24J3/00F24V30/00
    • PURPOSE:To prevent wasteful dissipation of heat generated from a heat generating substance, to effectively utilize the heat and to suitably heat an object to be heated by providing heat reflecting and heat insulating structures in a portable heat generator utilizing the generating substance. CONSTITUTION:An air-permeable heat insulating layer 4 having an air-permeable heat reflecting layer 3 is provided above an inner surface of a heat generator 1, and an air-permeable heat absorption transfer layer 2 is provided below thereon. The layer 3 reflects infrared rays radiated from the generator 1 upward to direct is downward. The layer 2 transmits infrared ray directed downward to efficiently radiate it downward. The layer 4 shuts OFF heat from the generator upward by means of heat radiation and conduction. When a heat generator unit 7 is set to a heat generating state and brought at the side with the layer 2 into contact with an object to be heated, the heat generated from the generator 1 is prevented from being wastefully dissipated by the layers 3, 4 and transmitted all to the object through the layer 3 by radiation and conduction.