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    • 22. 发明专利
    • REFRIGERATOR
    • JP2002013864A
    • 2002-01-18
    • JP2001167270
    • 2001-06-01
    • MITSUBISHI ELECTRIC CORP
    • HIRAOKA TOSHIEMATSUI HISASHIKATO MUTSUMISAKAMOTO KATSUMASAKONISHI HIROSHIGESUDA NORIYUKINAITO ISAO
    • F25D17/08F25D21/14F25D23/00
    • PROBLEM TO BE SOLVED: To provide a freezing refrigerator having an enhanced convenience of use by respectively arranging a fresh food storage compartment, a vegetable storage compartment and a frozen food storage compartment in convenient locations. SOLUTION: The refrigerator comprises a fresh food storage compartment provided in an upper part of a main body of the refrigerator, a switching compartment provided below the fresh food storage compartment, an ice storage compartment provided below the fresh food storage compartment in parallel with the switching compartment and a vegetable compartment between the switching and ice storage compartments disposed in parallel with each other and a frozen food storage compartment in a lower subsection, a first partitioning part dividing the main body into upper and lower sections to form the fresh food storage compartment in the upper section, a third partitioning part dividing into upper and lower subsections the lower section of the main body partitioned by the first partitioning part to define the frozen food storage compartment and secured before filling the main body with an expanded heat insulating material and a second partitioning part defining a refrigerating device compartment in a rear section of the main body partitioned by the first partitioning part and the third partitioning part. The vegetable compartment is partitioned from adjoining compartments by heat insulating partitions and the refrigerating device is disposed in the refrigerating device compartment partitioned behind the vegetable compartment by the second partitioning part having the heat insulating material.
    • 23. 发明专利
    • FAN HOLDING STRUCTURE
    • JP2000205197A
    • 2000-07-25
    • JP792999
    • 1999-01-14
    • MITSUBISHI ELECTRIC CORP
    • SAKAMOTO KATSUMASAMATSUI HISASHI
    • F04D29/60F04D29/66
    • PROBLEM TO BE SOLVED: To provide a fan holding structure not requiring much labor and time for adjustment in order to avoid the resonance, securing a wide degree of freedom in designing, and easy to execute the molding despite its small size. SOLUTION: A fan motor holding part 2 to accommodate a fan motor 1 is made of resin and fixed to a cabinet 4 through two stays 3, and a plurality of weight mounting holes 6 for mounting of weights 5 as rod-shaped piece made of metal or resin are formed at the peripheral edge 2a partially of the holding part 2. A vibration isolating member 7 of rubber, etc., is interposed between the holding part 2 and fan motor 1. The holding part 2 is fitted with a cover 8 for fixation of fan motor, and a vibration isolating member 9 is alike interposed between the cover 8 and fan motor 1. An impeller 10 is mounted on the rotary shaft of the fan motor 1, and when it 1 is operated, the generated vibration may be identical to the natural frequency of the holding part 2 to cause generation of resonance. Therefore, weight 5 is inserted in any hole 6 and fastened so as to dislocate the natural frequency of the holding part 2.
    • 25. 发明专利
    • COLD STORAGE TYPE REFRIGERATOR
    • JPH06194025A
    • 1994-07-15
    • JP34654492
    • 1992-12-25
    • MITSUBISHI ELECTRIC CORP
    • MATSUI HISASHI
    • F25B1/00F25B5/00F25B13/00F25D16/00
    • PURPOSE:To provide a cold storage type refrigerator that can raise a cooling efficiency of a cold storage cooler in a cold storage vessel by preventing a cold storage efficiency degradation through an eutectic point change caused by a density fluctuation occurrence in a cold storage material in the cold storage vessel. CONSTITUTION:On a cold storage vessel 9 which is set by using an upper portion of a refrigerator body 1, a cold storage material 10 is mounted, on an upper portion of this cold storage vessel a cold storage cooler 8 which cools a cold storage material is arranged, a heat absorption portion 7a of a heat pipe 7 which is a heat transfer means that executes a heat transfer of the cold storage material 10 to a main cooler 6 is arranged on the cold storage upper portion, a heat discharging portion 7b is arranged in a cooler room which is placed at an under portion of the cold storage vessel and there are provided with an agitation blade 12 which agitates the cold storage material at the cold storage vessel under portion and a motor 13 which makes the agitation blade rotate.
    • 27. 发明专利
    • REFRIGERATOR
    • JPH0510645A
    • 1993-01-19
    • JP30047491
    • 1991-11-15
    • MITSUBISHI ELECTRIC CORP
    • MATSUI HISASHIKAGA KUNIHIKO
    • F25D17/06F25D19/00
    • PURPOSE:To reduce a cooling chamber of a cooler and improve a volumetric efficiency by a method wherein a heat transmitting pipe having refrigerant passed therein is disposed in the same plane as that of a heat transmitting plate, a blower is disposed in the cooling chamber in opposition to the heat transmitting surface of the cooler and an agitating vane opposing against the heat transmitting plane is disposed on the disk. CONSTITUTION:As a blower 13 is rotated by a motor 12, air acting as cooling medium in a storing chamber 2 is driven by a centrifugal force generated by agitating vanes 13b, air is flowed from a central opening of a cooler 14 into a space between the cooler 14 and the blower 13 and the air flows from inside toward an outside part and on a heat transmitting surface of the cooler 14. With such an arrangement, the cooler can be made thin, the cooling chamber 3 is also reduced in its size and a volumetric efficiency of a refrigerator is improved. In addition, even if a distance between the heat transmitting surface of the cooler 14 and an end surface of each of the agitating vanes 13b facing against the cooler 14 is made smaller than that of a rising point of gradient to increase a convection heat transmitting efficiency as this distance is decreased, a similar effect may also be attained and further the heat transfer is improved to enable the cooler 14 to be reduced in its size.