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WO/1983/000380 |
A heat pipe heat exchanger in which groups of heat pipes are arranged within a box, the center of which is partitioned, a high temperature fluid flows on one side, a low temperature fluid flows on the other side, thereby transferring the...
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WO/1982/004309 |
Heat pipe sealing wicks (2A, 2B) having a large capillary force and a work fluid in a hermetic container (1) for transferring heat by means of the phase changes of the fluid. This heat pipe is constructed such that one (2B) of the wicks ...
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WO/1982/003680 |
An apparatus for transferring heat from a heat source (16) to a heat sink (14) using a vaporizable liquid wherein the vaporizable liquid is heated in an evaporator (12) so that some of the liquid vaporizes to propel the remaining heated ...
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WO/1982/002589 |
A method and apparatus for the enhanced transport of thermal energy utilizing a heat pipe (38) operated principally in the vaporization/condensation mode. The heat pipe (38) is a closed circuit fluid circuit (42, 46, 48, 52) having a hea...
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WO/1982/002590 |
A method and apparatus for a self-driven chemical heat pipe (10) are provided in a circuit including an endothermic reaction chamber (16) and an exothermic chamber (24) connected by a pair of arms (20, 28) extending therebetween. Reactan...
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WO/1982/001476 |
Phthalic anhydride is recovered from gases in a multiple heat-Pipe exchanger system, one or more heat exchangers (10) for condensing phthalic anhydride from gases containing vapors thereof and one or more heat exchangers (10) for simulta...
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WO/1981/002626 |
A heat transfer system for a nuclear reactor. Heat transfer is accomplished within a sealed vapor chamber (10) which is substantially evacuated prior to use. A heat transfer medium (20), which is liquid at the design operating temperatur...
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WO/1981/001874 |
Method and apparatus for transferring heat by means of a heat transferring medium from a waste water vessel (1) to a fresh water vessel (7) located above the waste water vessel, wherein the heat pipe principle is utilized. The waste wate...
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WO/1980/001510 |
A heat pipe heat exchanger for transmitting heat from a high temperature fluid such as exhaust gas from a boiler, to low temperature fluid, consists of a first passage (13, 14, 15, 16 and 17) through which the high temperature fluid flow...
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WO/1980/001000 |
Apparatus for cooling the refractory lining of furnaces which may also be used for cooling tools, such as oxygen lances that are required to be used in the vicinity of molten metal. The apparatus includes heat pipes (26, 27) having their...
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JP2013019617 |
To effectively release indoor heat to the outside while increasing the strength and rigidity of a roof, and to facilitate the expansion and relocation of a building, in the building storing an electronic apparatus.An intermediate ceiling...
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JP2013019549 |
To provide a cooling device suppressing the deterioration of the cooling performance, which can supply a quantity of working fluid required for cooling, even when heat generated in a semiconductor-switching element in an inverter circuit...
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JP2013019634 |
To provide a cooler which has a degree of freedom for a mounting posture of the cooler and is simple structure, and to provide a cooling device.The cooler includes: a housing 30 in which a refrigerant flows; a separator arranged in the h...
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JP2013017279 |
To incorporate a boiling cooler, in a vehicle cooling system, suitably for mounting thereof to a vehicle.The vehicle cooling system 10 includes a refrigerant discharge flow path 16 for flowing a refrigerant at temperature raised by heat ...
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JP2013015277 |
To provide a heat pipe and the like superior in long-time reliability, and having high flexibility in design of layout, and high efficiency.A heat receiving part joining section 7 and a heat radiating part joining section 9 are formed on...
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JP2013011363 |
To provide a heat pipe capable of improving maximum heat transport performance by performing protection against the intrusion of a wick in a thin groove formed at the inner peripheral surface of a container to reduce overall heat resista...
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JP2013008723 |
To improve the maintainability of computing machinery in a cooling system.A cooling system has: an apparatus installation area 12 in which an electronic apparatus 23 is installed; an air conditioner 21 conducting air conditioning in the ...
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JP2013007545 |
To solve the problem that conventionally, wettability to an operating fluid, of a metal layer of an inner circumference surface of a wall of an air-tight container of a heat pipe is unsatisfactory, accordingly a heat transfer rate to the...
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JP2013007514 |
To provide a heat transport system that has superior heat transport performance by using a heat transfer fluid balancing heat transfer performance and a viscosity control.The heat transfer system 10 causes a heat transport fluid to flow ...
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JP2013007501 |
To provide a cooling device that suppresses deterioration of cooling performance.The cooling device includes: an evaporation unit connected with a heating element; a condensation unit connected with a heat releasing unit; and a refrigera...
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JP2013002641 |
To provide a flat heat pipe which improves the reflux property of a working fluid and also improves the transportation property by enlarging the evaporation area of the working fluid.The flat heat pipe 7 transports heat by working fluid ...
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JP2013004875 |
To provide an ebullient cooling apparatus that can improve the workability of installation of a heating element.An ebullient cooling apparatus of the present invention includes: a housing part 2 having an installation surface 21a, on a o...
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JP2013004562 |
To provide an ebullient cooling system which suppresses overshoot at the start of heating and realizes stable ebullition start.An ebullient cooling system has an ebullition heat transfer part made of a metal at a base thermally contactin...
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JP2013002640 |
To provide a flat heat pipe which includes a wick having improved reflux properties without reducing an evaporation area of working fluid in the wick, and a method of manufacturing the same.The flat heat pipe 9 transports heat by working...
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JP2012255577 |
To provide a loop heat pipe capable of starting smoothly even if a hydraulic fluid remains in a wick incorporated in an evaporator when starting.A loop heat pipe 10 includes an evaporator 1 heated externally, a condenser 2 for radiating ...
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JP2012256760 |
To provide an ebullient cooler which suppresses the occurence of corrosion and improves the reliability.According to one embodiment, an ebullient cooler includes: a heat receiving part 32 having a housing 36 storing a coolant 38 and rece...
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JP2012255624 |
To stabilize operating state of an electric vehicle.A working fluid 12 to be filled in a circulation path composed of a heat receiving part 4, a radiator 5, a heat dissipation path 6, and a return path 7 is filled from a connection part ...
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JP2012251754 |
To provide a cooling device efficiently circulating a refrigerant, thereby improving cooling capability.The cooling device 3 is composed of a heat receiving part 4 that includes a heat receiving plate 11 for transmitting heat to a workin...
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JP2012251693 |
To provide a heat transport apparatus which automatically operates without an external power, and has a high cooling capability and high flexibility in design.The heat transport apparatus of a loop type heat pipe has a riser tube 1, a de...
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JP2012253191 |
To increase the number of computers mounted on a server rack and the like and efficiently cool the computers in a cooling system.A cooling system includes: an apparatus installation area 12 on which an electronic apparatus 23 is installe...
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JP2012251750 |
To provide a fluid conveying device capable of supplying a sufficient quantity of a working fluid in a fluid returning pipe to an evaporation part in a circulating type heat pipe used in a top heat mode.The circulating type heat pipe 10 ...
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JP2012247166 |
To provide a heat pipe that does not cause a decrease in condensation even if an uncondensed gas is mixed.Two kinds of incompatible refrigerants 14 and 16 are accommodated in a container. The liquid density of the second refrigerant 16 i...
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JP2012247114 |
To prevent a wick structure inside from being pressed and damaged.This method of manufacturing a heat pipe, includes a step for preparing a pipe body 1 and the wick structure 2, a step for disposing the wick structure 2 in the pipe body ...
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JP2012242009 |
To provide a connection pipe capable of preventing the deterioration cooling capability caused by the generation of non-condensing gas.This connection pipe includes a metal layer having a hollow portion for making a refrigerant flow and ...
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JP2012241976 |
To provide a loop heat pipe capable of preventing both a scattering phenomenon and a water hammer phenomenon and suppressing the deterioration of efficiency in heat transport.The loop heat pipe encloses a working fluid condensed by heati...
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JP2012242952 |
To provide a cooling device of an automatic vending machine for satisfactorily reducing power consumption.A cooling device 10 of an automatic vending machine includes a refrigerant circuit 20 configured by successively connecting an evap...
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JP2012237491 |
To solve the problem that a cooling device using a boiling and cooling system becomes large in size if cooling performance is improved.A flat cooling device includes: a flat container having a first flat plate and a second flat plate fac...
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JP2012234928 |
To provide an ebullient cooling device which inhibits a liquid coolant from entering into a condensation part and enables the cost and weight reduction.An ebullient cooling device of this invention includes: a housing part 2 housing a li...
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JP2012233673 |
To provide a method of manufacturing a heat pipe, capable of reducing a heating space and consumption of heat energy, and achieving effects of environment conservation and energy-saving.In this method of manufacturing a heat pipe, a pipe...
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JP2012235108 |
To provide a heat radiation device which has a base having high mechanical strength and does not deform.A heat radiation device according to this invention includes: a base including a bottom plate, a top plate, and a heat pipe held betw...
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JP2012233642 |
To provide a loop heat pipe exhibiting a heat transfer function as a heat pipe in any attitude.A first loop heat pipe includes a first evaporator 32-1 thermally contacting a heating element 20 and a first condenser 34-1. A second loop he...
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JP2012233598 |
To provide a high-performance loop heat pipe that facilitates mass production, and to provide an electronic instrument using the same.An evaporator 31 of the loop heat pipe includes: a wick 43 being a porous body which working fluid of a...
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JP2012233625 |
To provide a high-performance loop heat pipe that is further thinner than a conventional one, and to provide a method for manufacturing the same.The loop heat pipe includes: an evaporator 32 having an inner space in which a wick 43 is ar...
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JP2012233627 |
To achieve a heat transport system functioning in the same way as a heat pump by a new mechanism completely different from the past.A magnetic field forming device 4 applies a magnetic field to the lower portion of a first tubular body. ...
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JP2012233737 |
To provide a passive decay heat removal device for nuclear reactor capable of effectively and sufficiently removing decay heat generated after a scrum of a nuclear reactor without needing power equipment or power to actuate the equipment...
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JP2012229879 |
To provide a flat heat pipe and a method for manufacturing the same including a wick improved in recirculation characteristic without reducing an area in which a working fluid in the wick is vaporized.The flat heat pipe 5 transporting he...
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JP2012229909 |
To provide a thermosyphon system improving the efficiency of heat conduction.The thermosyphon system includes a condenser, and an evaporator fluidly connected with the condenser by a condensate line. The evaporator has a housing. The hou...
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JP2012225623 |
To provide a cooling device efficiently circulating refrigerant and improved in cooling performance.The cooling device 3 includes a heat dissipation path 6 and a return path 7 which connect a heat receiving section 4 with a heat dissipat...
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JP2012225622 |
To provide a cooling device efficiently circulating refrigerant and improved in cooling performance.The cooling device 3 includes a heat receiving section 4 including a heat receiving plate 11 for transmitting heat to working fluid 12, a...
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JP2012220141 |
To provide a heat pipe capable of improving cooling efficiency of heating elements.A heat pipe 10 comprises: a housing 12 that has a heating section 16 that is made of metal and is contacted with a heating element 14, a cooling section 2...
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