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    • 4. 发明专利
    • SAKE-HEATING DEVICE
    • JPH11197016A
    • 1999-07-27
    • JP30863098
    • 1998-10-29
    • TANIKA DENKI HANBAI KK
    • YAMAUCHI MASAKATSU
    • A47J27/00
    • PROBLEM TO BE SOLVED: To provide a sake-heating device capable of affording heated sake at requested heating temperature and with no degradation in quality whether it is continuously discharged or discharged after standby after a lapse of time and, further, capable of restraining current necessary for it. SOLUTION: The sake-heating device 1 has a heat exchanger 3 which comprises a heating pipe 34 soaked in a container 32 and to the heating-pipe inlet 341 of which sake from a carrying-out means 7 is carried. Sake is heated by being carried through the heat exchanger 3 under pressure. At the time, heating temperature is controlled by controlling the flow velocity in the heating pipe 34 based on the discharging temperature of the heated sake. Alternately/ additionally, based on the discharging temperature of the heated sake, sake having a room temperature whose amount is controlled is mixed with sake forced out from a heating-pipe outlet 342 and then mixed into the heated sake, thereby controlling the heating temperature.
    • 5. 发明专利
    • REINFORCED STRUCTURE OF MOUNTING PART IN SCALDER FOR CONTACT LENS
    • JPH11160660A
    • 1999-06-18
    • JP32589897
    • 1997-11-27
    • TANIKA DENKI HANBAI KK
    • YAMAUCHI MASAKATSU
    • G02C13/00A61L2/04
    • PROBLEM TO BE SOLVED: To keep the water sealing property of a scalder and to prevent the intrusion of a preserving liquid or short circuits or fire in a device caused by the intrusion of the liquid even when cracks are produced, for example, in the plastic parts of a mounting part, by reinforcing the mounting part of the scalder for a contact lens with a heat-resistant sheet adhered to the back face of the mounting part through a heat-resistant adhesive. SOLUTION: This scalder 1 is equipped with a casing 1', a mounting part 2 forms a housing part 4 together with the peripheral wall 3 surrounding the mounting part 2 and is formed in one body with the casing 1'. The back face 2' of the mounting part 2 is made flat, to which a heat-resistant sheet 5 comprising a material such as silicon or polyimide is adhered with a heat-resistant adhesive. The heat-resistant sheet 5 to be cut into an almost same size as the back face 2' of the mounting part 2 is used and the heat-resistant adhesive is applied on the whole of one surface of the heat-resistant sheet 5 and adhered. Thus, even when cracks penetrate the plastic part of the mounting part 2, the heat-resistant sheet 5 seals the cracks penetrating to the back face 2'.
    • 8. 发明专利
    • SAKE HEATING TUBE AND SAKE-WARMING DEVICE HAVING THE SAME
    • JPH11325376A
    • 1999-11-26
    • JP17558598
    • 1998-06-23
    • TANIKA DENKI HANBAI KK
    • YAMAUCHI MASAKATSU
    • F16L53/00
    • PROBLEM TO BE SOLVED: To miniaturize a heating tube, make heat efficiency excellent and immediately obtain a desired temperature at required time by forming a tube by ceramics having electric insulation property, in a heating tube heating Sake by flowing Sake into the tube. SOLUTION: In a heating part 1' of a Sake warming device for which a heating tube 10 is used, a plurality of heating tubes 10, 10,... are arranged in series and are linked by a silicone rubber joint 14. Power is supplied to a resistor of each heating tube 10 by a parallel circuit. But, a separate resistance R is directly connected with only the heating tube 10 at an exit X, heating power is reduced by lowering voltage, the heating tube 10 at the exit X is made to have a lower heating temperature and alteration is prevented from being invited due to overheat. In the heating tube 10, a tube made of alumina porcelain having electric insulation property is used, resistance paste is printed and baked by leaving both the ends of the tube on the outer peripheral surface, terminal plates 12 are wound on both the end sides and each heating tube 10 is connected in parallel by wiring.