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    • 1. 发明专利
    • HOT-AIR HEATING APPARATUS
    • JPS5824747A
    • 1983-02-14
    • JP12370281
    • 1981-08-07
    • MITSUBISHI ELECTRIC CORP
    • NEGISHI NORIMASASAKUME SEIKI
    • F24H3/04
    • PURPOSE:To reduce NOx, and to utilize radiant heat effectively by forming a combustion plate by a porous sinter and surrounding a flame forming section by a cylindrical reflecting plate, an upper section thereof is opened, while mounting the second reflecting plate to an upper section. CONSTITUTION:Hot-air blowoff ports 1A are shaped in front of the upper section of a box body 1 and suction holes 1B to the back of the upper section while the reflecting plate 3 which surrounds the combustion plate 9 consisting of the porous sinter of a combustion apparatus A is mounted. The reflecting plate 3 is the first hollow cylindrical plate, an inner surface thereof is specular, and the upper end section is opened. The second reflecting plate 4 is set up to an upper section in the box body 1 opposite to the upper opening section of the first reflecting plate 3. The surface at the side opposite to the flame forming section is also made specular in the same manner as the first reflecting plate 3 in the reflecting plate 4. Accordingly, radiant heat can be utilized efficiently.
    • 6. 发明专利
    • AUTOMATIC REGULATOR FOR COMBUSTION AMOUNT
    • JPS56157724A
    • 1981-12-05
    • JP6009280
    • 1980-05-07
    • MITSUBISHI ELECTRIC CORP
    • YAMAGUCHI HIROSHISEKIGUCHI TAKASHIFUJITA KISUKESAKUME SEIKI
    • F23N5/02F23N1/02
    • PURPOSE:To enable automatic regulation of a combustion amount, by a method wherein an air amount controlling system is controlled by means of an indoor temperature sensor. CONSTITUTION:A combustor 3 is preheated by a heater 3c, and air is flowed into a blast path 2 by means of a blower 1. Simultaneously, pressure is applied to a constant oil level vessel 6 through a pressurizing pipe 9, and a liquid fuel 5 is pushed out to vaporizing chamber 3a through a feed port 8 for combustion. During said process, a path 10a is in a condition to be fully opened, and an air amount also increases. Thus, a fuel is also increased in a supply amount to increase a combustion amount, and a rapid heating become feasible. When an indoor temperature rises, temperature, detected by means of an indoor temperature sensor 12, is compared with a given temperature in a control circuit 13, and when it exceeds a set temperature, an electromagnetic valve 11 closes a part of the path 10a. As a result, an air amount, passing through the path 2, decreases, and the liquid fuel 5, pushed out into the vaporizing chamber 3a, also reduces. Because the combustion amount decreases, an indoor heating is suppressed at a lowered level.