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    • 52. 发明专利
    • GOVERNOR UNIT
    • JP2002276927A
    • 2002-09-25
    • JP2001076730
    • 2001-03-16
    • TOHO KINZOKU KOGYO KK
    • SAITO HIROSHI
    • F16K5/02F23K5/00F24C3/14
    • PROBLEM TO BE SOLVED: To suppress a gas leakage at a low cost by using an appliance valve having a high accuracy, a large durability and a high mass productivity. SOLUTION: A governor unit comprises a governor body 12 made by die casting, and the appliance valve 24 formed by die cast molding of the same type metal as that of the body 12 and having a larger hardness than that of the body 12. The body 12 has a gas channel 15 for communicating a supply unit 14 supplied with a gas from a gas cylinder 2 through a duct 6 for supplying the gas to a burner, and a valve tube part 20b in which the appliance valve 24 is mounted partly at the channel 15. The valve 24 has a first gas channel 21 entirely exhibiting a cylindrical shape with a bottom and having a coupling part 29 to an operating member 8 formed at its base end and a hole with a bottom opened at a distal end to communicate with the duct 6, and a second gas channel 31 opened at one end with the first channel 27 and opened at another end with a peripheral surface to communicate with the unit 14.
    • 53. 发明专利
    • PORTABLE COMBUSTION APPARATUS
    • JP2002122312A
    • 2002-04-26
    • JP2000313801
    • 2000-10-13
    • KOEI PERFUMERY
    • KOJIMA JO
    • F23D14/28F24C3/14
    • PROBLEM TO BE SOLVED: To provide a portable combustion apparatus wherein heat of a burner in use is suppressed from being transmitted to the side of a gas flow rate adjuster, and combustion efficiency is improved. SOLUTION: A portable combustion apparatus comprises the gas flow rate adjuster 2 that includes a fuel gas injection nozzle 6 and is mounted on a gas bomb 1, a burner 5 that includes a plurality of mixed gas injecting frame hole 51, and a mixed gas supply pipe 3 for communicating the gas flow rate adjuster 2 and the burner 5. In the combustion apparatus, a closed chamber 10 is formed between thew adjuster 2 and the burner 5 for interrupting the injection nozzle 6 and a lower end opening 3b of the mixed gas supply pipe 3 from the atmosphere, and an air introduction hole 30 is formed at an upper portion separated from the fuel gas injection nozzle 6 in the closed chamber 10.
    • 57. 发明专利
    • MANUFACTURE OF GAS COOKING STOVE BURNER
    • JP2001021147A
    • 2001-01-26
    • JP22880999
    • 1999-07-07
    • SENGOKU KK
    • SENGOKU TADASHI
    • F24C3/14F24C3/08
    • PROBLEM TO BE SOLVED: To reduce machining cost and material cost by caulking a cap integrally to the burner body and making a gas jet hole between the upper surface at circumferential fringe of the burner body and a grooved circumferential fringe piece of the cap thereby eliminating a mechanical machining process. SOLUTION: A recess is formed in the center of a flat metal plate. A through hole is made through the recess and a circumferential fringe is formed. A top face 6 is formed for a downward grooved circumferential fringe piece 4 and a downward inner circumferential piece 5. The ring-like grooved circumferential fringe piece 4 is formed by bending the circumferential fringe part and the tubular inner circumferential piece 5 is formed by bending the central part downward thus manufacturing a cap. The inner circumferential piece 5 of the cap 3 is fitted to the inner circumferential wall 24 of the burner body 2 and the cap 3 is caulked to the forward end part 5a of the inner circumferential piece 5 thus integrating the cap 3 with the burner body 2. A gas jet hole H1 of a burner 1 is defined by the groove of the circumferential fringe piece 4 between the upper surface 6 at the circumferential fringe of the burner body 2 and the grooved circumferential fringe piece 4 of the cap 3.
    • 59. 发明专利
    • COMBUSTOR
    • JP2000314524A
    • 2000-11-14
    • JP12208699
    • 1999-04-28
    • MATSUSHITA ELECTRIC IND CO LTD
    • KUSAKA TAKAAKIUNO HIROSHIYABUUCHI HIDETAKATAKAHASHI YUTAKA
    • F23N5/10F24C3/14
    • PROBLEM TO BE SOLVED: To prevent heat exchanging efficiency of a heat exchanging means from being lowered with bubbles generated in a heat carrier through evaporation thereof by collecting them through a bubble collecting means. SOLUTION: Since a forcible heat carrier circulation means 11 is driven through use of thermal electromotive force of a thermoelectric converting means 14, a battery is not required and the size of a combustor can be reduced along with the running cost. Furthermore, since a bubble collecting means 17 collects bubbles generated in a heat carrier, the bubbles are prevented from entering into the forcible heat carrier circulation means 11, and heat carrier circulation power can be ensured. The bubble collecting means 17 comprises a heat receiving part, constituting one surface of an enclosed case, and the heat receiving part receives heat of combustion exhaust gas and exchanges heat with heat carrier in the enclosed case. Since heat of combustion exhaust gas is utilized effectively, an extra heat exchanging means is not required, and high heat exchanging efficiency is realized while saving space.