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AssigneeShowa Denko K.K.
InventorsHirofumi Horiuchi, Ryoichi Hoshino, Noboru Ogasawara, Takashi Tamura, Takashi Terada, Futoshi Watanabe
Estimating the term…
The evaporator includes the upper side and lower header members 10 and 50 disposed at the upper and lower end of the core 1. One end of each tube 6 constituting the upstream-side tube group P1 is connected to the inlet-side tank 11, while the other end to the lower header member 50. One end of each tube 7 constituting the downstream-side tube group P2 is connected to the outlet-side tank 12, while the other end to the lower header member 50. The refrigerant flowed into the inlet-side tank 11 is introduced into the outlet-side tank 12 by passing through the upstream-side tube group P1, the lower header member 50 and the downstream-side tube group P2, so that the refrigerant evaporates by exchanging heat with ambient air A. Accordingly, it improves the heat exchange performance and decreases the thickness.
An evaporator, comprising:
An evaporator, comprising:
An evaporator, comprising:
An evaporator, comprising:
An evaporator, comprising:
An evaporator, comprising:
A method of manufacturing an evaporator, the method comprising:
A method of manufacturing an evaporator, the method comprising:
A method of manufacturing an evaporator, the method comprising:
A method of manufacturing an evaporator, the method comprising:
An inlet-and-outlet-side header member for an evaporator with a core including an upstream-side heat exchanging tube group and a downstream-side heat exchanging tube group disposed front and rear, each of said heat exchanging tube groups including a plurality of heat exchanging tubes arranged in parallel with each other at certain intervals, said header member comprising:
A refrigeration system in which refrigerant compressed by a compressor is condensed by a condenser into a condensed refrigerant, then said condensed refrigerant is passed through a decompressing device into a decompressed refrigerant, and thereafter said decompressed refrigerant is evaporated by an evaporator and then returns to said compressor, said evaporator comprising:
A refrigeration system in which refrigerant compressed by a compressor is condensed by a condenser into a condensed refrigerant, then said condensed refrigerant is passed through a decompressing device into a decompressed refrigerant, and thereafter said decompressed refrigerant is evaporated by an evaporator and then returns to said compressor, an evaporator, comprising:
A refrigeration system in which refrigerant compressed by a compressor is condensed by a condenser into a condensed refrigerant, then said condensed refrigerant is passed through a decompressing device into a decompressed refrigerant, and thereafter said decompressed refrigerant is evaporated by an evaporator and then returns to said compressor, an evaporator, comprising:
A refrigeration system in which refrigerant compressed by a compressor is condensed by a condenser into a condensed refrigerant, then said condensed refrigerant is passed through a decompressing device into a decompressed refrigerant, and thereafter said decompressed refrigerant is evaporated by an evaporator and then returns to said compressor, an evaporator, comprising:
Dependencies are inferred from the claim text.