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    • 62. 发明专利
    • ICE-COOLING SERVER
    • JPH10218291A
    • 1998-08-18
    • JP2457097
    • 1997-02-07
    • SUNTORY LTDFUJI TECHNO KK
    • GOMI TATSUYAFURUICHI KAZUO
    • B67D1/08F25D3/02F25D3/06F25D31/00
    • PROBLEM TO BE SOLVED: To provide an ice-cooling server which can be easily used by anybody in a home or the like and in which the cooling effect can be increased by lengthening a pipe contained in a cooling container. SOLUTION: A coolant receiver 12 is contained in and fixed to the upper part of the inside of an external body 2 in which a conical base-shaped stepped bottom 9 fitted to the head of a beverage container 50 is formed. A cooling pipe 15 spirally formed is contained and fixed in the inside of the coolant receiver 12. The lower end 15b of the cooling pipe 15 and the dispense head 13 connected through a flexible pipe 17 are fixed to the nearly lower center part of the external body 2 with a support plate 21. The upper end 15a of the cooling pipe 15 and the dispense cock 3 fixed to the outer peripheral part of the external body 2 are connected through a connection pipe 16. And handles oppositely arranged in the diametral direction are provided at the outer peripheral part of the external body 2.
    • 63. 发明专利
    • METHOD AND APPARATUS FOR CONTROLLING COOKING/CHILLING SYSTEM OF REFRIGERATOR
    • JPH10141830A
    • 1998-05-29
    • JP28950397
    • 1997-10-22
    • DAEWOO ELECTRON CO LTD
    • BOKU GINKEI
    • F25D11/02F25D17/06F25D17/08F25D23/12F25D31/00
    • PROBLEM TO BE SOLVED: To provide a control method and a control device in which a sufficient amount of cold air in a freezer chamber is supplied to a cooking/chilling chamber, and foods after cooked are rapidly cooled, and thereafter they are stored in cold to be able to be fresh over along time. SOLUTION: A cooking /chilling chamber 19 includes a first cold air suction hole 22 coupled with a first cold air flow passage 15 from a freezing chamber 11 formed at any position on an upper surface and a second cold air suction hole 24 communicating with a second cold air flow passage 16 extended to a refrigeration chamber 12 from the freezing chamber 11 formed on a one side surface close to upper surface. A cooking/chilling cold air fan 23 is disposed at the first cold air suction hole 22 and forcedly introduces cold air in the freezing chamber 11 to the cooking chilling chamber 19. A cooking/chilling circulation fan 20 is disposed at the second cold air suction hole, and forcibly circulates the cold air introduced into the chamber 19. A cooking/chilling operation switch issues an instruction of switching on and off operation of a cooking/chilling system, and drives the cooking/chilling cold air fan 23 and the cooking/chilling and the cooking/chilling circulation fan 20 with an output signal from the operation switch.
    • 65. 发明专利
    • DUAL PURPOSE REFRIGERATING CYCLE UNIT WITH QUICK FREEZING /THAWING FUNCTION
    • JPH10122720A
    • 1998-05-15
    • JP28720897
    • 1997-10-20
    • LG ELECTRONICS INC
    • KWAK TAE-HEEKIM KYUNG-SIKPARK JIN-KOO
    • F25D11/02F25B1/00F25B5/00F25D17/06F25D31/00
    • PROBLEM TO BE SOLVED: To realize quick freezing and thawing with simple configuration by arranging quick freezing means and quick thawing means comprising the quick freezing means that is connected between a main evaporator and a compressor of general freezing means in addition to the general freezing means and the quick thawing means that is connected between a check valve and the main evaporator. SOLUTION: A first cycle is configured by connecting three way valve 106 on one side of a compressor 101, connecting a main condenser 102 and a phase separator 103 on the one side of the three way valve 106, connecting a main evaporator 105 through a first capillary tube 111 a first check valve 107 on one side of the phase separator 103 and connecting the one side of the main evaporator 105 to the other side of compressor 101. A second cycle is configured by connecting an opening/closing valve 104 to the other side of the phase separator 103, connecting the cold tube 110b of an auxiliary heat exchanger 110 to the opening/closing valve 104 through a second capillary tube 112 and connecting the compressor 101 to the cold tube 110b through a second check valve 108. A third cycle is configured by connecting a third capillary tube 113 on one side of the warm tube 110a of the auxiliary heat exchanger 110.
    • 66. 发明专利
    • COOLING STOREHOUSE
    • JPH09303932A
    • 1997-11-28
    • JP12348596
    • 1996-05-17
    • SANYO ELECTRIC CO
    • ONOUCHI SHINYAKURATANI TADASHI
    • F25D17/08F25D23/12F25D31/00
    • PROBLEM TO BE SOLVED: To prevent an irregular defreezing of a frozen meat putty as much as possible by a method wherein there is provided a second storing chamber door formed by thermal insulating material for closing an upper surface opening of a storing container in such a way that it may be opened or closed and the storing container is positioned within the upper surface opening of a first thermal insulating box. SOLUTION: There are provided a storing container 9 having an upper surface opened and a second storing chamber door 25 formed by thermal insulating material for closing the upper surface opening of the storing container 9 in such a way that it may be opened or closed, wherein the storing container 9 is positioned within an upper surface opening 5 of the first thermal insulating box 6. Thus, a cooling chamber 7 of the second thermal insulating box 8 is communicated with the first thermal insulating box 6, thereby the storing container 9 arranged in the cooling chamber 7 can be cooled effciently. In addition, since the upper surface opening of the storing container 9 is also closed by the second storing chamber door 25 formed by thermal insulating material, an inner area of the storing container 9, i.e., the second storing chamber 27 can be cooled uniformly. Further, the storing container 9 is positioned within the upper surface opening 5 of the first thermal insulating box 6 so as to restrict its size in a height direction as much as possible.