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    • 9. 发明专利
    • HOT AIR HEATER
    • JPH1047781A
    • 1998-02-20
    • JP13329797
    • 1997-05-23
    • MATSUSHITA ELECTRIC IND CO LTD
    • SEKIYA KIYOSHIMIKI TATSUYAMARUYAMA SHINICHI
    • F24H3/04F24H9/02
    • PROBLEM TO BE SOLVED: To provide a hot air heater in which a wide spread of hot air can be prevented and a temperature of kitchen furniture or the like can be decreased even if the hot air heater device is installed at a lower-recessed part of the kitchen furniture and the hot air is blow out. SOLUTION: There are provided a front surface panel 22 arranged at a front surface of a case 1 and having a blowing-out port 20 and a suction port 21, a blower 23 within the case 1, a blowing-out air passage 24 communicated from the blower 23 with the blowing-out port 20 and a heater 25 installed in the blowing-out air passage 24. In addition, there is provided an aeration hole 26 at an upper part of the blowing-out air passage 24 between the heater 25 and the blower 23, a clearance between the case 1 and the upper part of the blowing-out air passage 24 is formed with a bypass air passage 28. Air of high temperature blown out of the blowing-out port 20 is pushed downwardly with air of low temperature flowed from the bypass air passage 28 not passing through the heater 25, so that their is not wide spread upwardly and it is possible to restrict temperature above the blowing-out port 20 low.
    • 10. 发明专利
    • HUMAN BODY PRIVATE PART WASHING DEVICE
    • JPH1018390A
    • 1998-01-20
    • JP17761296
    • 1996-07-08
    • MATSUSHITA ELECTRIC IND CO LTD
    • ONO HIDEKIYONEKUBO HIROAKIKONDO RYUTASHINODA HIDEHOONO KEISUKEMARUYAMA SHINICHI
    • E03D9/08
    • PROBLEM TO BE SOLVED: To save water by setting the volume ratio of bubbles to wash water to a specific rate in a mixing ratio control part to control a flow rate adjusting means to adjust a flow rate of wash water and a bubble mixing means to mix bubbles in the wash water. SOLUTION: When a washing switch 28 of a remote controller 31 is pushed, a water stop solenoid valve 9 is opened, and wash water is supplied from a water supply passage 8, and flows in a heating passage 11 of a heat exchanger 10. The wash water is heated by a heating heater 12, and a temperature is detected by a thermistor 13, and a signal is sent to a heater control part 26 of a controller 25. The heater control part 26 sets a temperature to an optimal temperature by varying a current-carrying quantity of the heating heater 12 from a preset temperature by the remote controller 31. The wash water is blown out to the private parts of the human body from a blowout port 19 of a nozzle main body 18. A mixing ratio control part 27 controls a pump motor 23 so that the ratio of the volume Qa of air to the volume Qw of wash water satisfies (Qa/Qw>=1), and mixes air in the wash water from a bubble mixing part 21 by an air pump part 24.