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    • 4. 发明专利
    • INSIDE FLAME BURNER
    • JP2000240906A
    • 2000-09-08
    • JP4127899
    • 1999-02-19
    • TANICO CORPOSAKA GAS CO LTDTOKYO GAS CO LTDTOHO GAS KK
    • KAMEI HIROYUKISHINOHARA MICHIOMOMOSE TOSHISHIGEOBARA TOSHIMICHIOTAKE NOBUOTAKAGI MASAOMATSUBARA MASASHI
    • F23D14/04
    • PROBLEM TO BE SOLVED: To improve the thermal efficiency and the combustion efficiency, and prevent a combustion noise from occurring, by arranging a plurality of recess-shape burner ports in a manner to surround the outer periphery of an internal wall, and also, arranging the central axes of the burner ports in a manner to tilt to the inside of the burner at a lateral specified angle or lower to the center of the burner. SOLUTION: In this inside flame burner, a combustion gas introducing space 8 to which a combustion gas is introduced from a mixing pipe, is formed between an external wall 7 and an internal wall 6. Also, the whole body of a burner upper surface 9 including the upper surface of a burner port 2 tilts so that the internal wall 6 may become lower. The burner port 2 which is arranged on the burner upper surface 9, is arranged by tilting as a whole in such a manner that the opening surface of the burner port 2 may face to the center of the burner, and an annular side wall 3b of the burner port 2 extends in the direction which is substantially orthogonal to the burner upper surface, and into the combustion gas introducing space 8. Individual burner ports are tilted at different optional angles within a range wherein the central axis 10 of the burner port is 90 deg. or lower in the lateral direction to the center of the burner, and the angle faces to the inside of the burner.
    • 6. 发明专利
    • METHOD AND DEVICE FOR DIGITAL COMBUSTION IN GAS FORCED COMBUSTION
    • JPH11264537A
    • 1999-09-28
    • JP7030898
    • 1998-03-19
    • TANIGUCHI KOGYO KK
    • KAMEI HIROYUKISASAKI TETSUO
    • F23N1/00
    • PROBLEM TO BE SOLVED: To make highly accurate machining unnecessary to obtain a device for digital combustion and facilitate the change of kind of gas by a method wherein a mixing tube in a burner unit is provided with a supplying passage for outputting fuel gas and the proper flow ratio of the fuel gas supplying passage is selected by specifying the same digitally SOLUTION: A digital combustion device is provided with a solenoid valve 3 and a control device 4 in a gas source 1 through a manifold 2. Further, a nozzle unit 10, arranged in a mixing tube 9, and a fuel gas conduit unit, constituted of a guide tube 5, a gas input plug 6 and a conduit 8, are provided. The nozzle unit 10 is provided with four nozzles while respective proper flow rates are selected so as to be 1:2:4:8. When the constitution is explained generally, the ratio of respective proper flow rates of respective nozzle units are selected so as to be 20 :2 :2 : ...2N : 2N when N-pieces of nozzle units are provided. The digital signal of 4-bit is employed in such a manner whereby the strength of combustion (generating calorie) can be controlled with 16 resolutions including the level of 0 wherein the fuel gas is not supplied.