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    • 1. 发明授权
    • Catalyst combustion device and fuel vaporizing device
    • 催化剂燃烧装置和燃料蒸发装置
    • US06632085B1
    • 2003-10-14
    • US09830054
    • 2001-05-22
    • Motohiro SuzukiTatsuo FujitaYoshitaka KawasakiTetsuo Terashima
    • Motohiro SuzukiTatsuo FujitaYoshitaka KawasakiTetsuo Terashima
    • F23D1100
    • F23C13/00F23C13/02F23D11/40F23D11/402F23D11/441
    • A catalyst combustion apparatus, includes: a fuel feed course for feeding liquid fuel; an air feed course for feeding air; a mixing unit for mixing fuel to be fed from the fuel feed course with air to be fed from the air feed course; a vaporizing unit for heating mixture-obtained by mixing in the mixing unit to vaporize the liquid fuel; a catalyst heating unit disposed on the downstream side of the vaporizing unit in contact with or in close proximity to the vaporizing unit in terms of conduction of heat, for carrying an oxidation catalyst component; and a catalyst combustion unit provided on the downstream of the catalyst heating unit, having a multiplicity of conductive holes, and the vaporizing unit is capable of utilizing heat from the catalyst heating unit.
    • 一种催化剂燃烧装置,包括:用于供给液体燃料的燃料供给路径; 用于喂食空气的空气进料路线; 混合单元,用于将从燃料供给路线供给的燃料与从供气路线供给的空气混合; 蒸发单元,用于加热通过在所述混合单元中混合而获得的混合物,以蒸发所述液体燃料; 催化剂加热单元,其设置在蒸发单元的下游侧,与蒸发单元接触或接近热传导,用于承载氧化催化剂组分; 以及催化剂燃烧单元,其设置在催化剂加热单元的下游,具有多个导电孔,并且所述蒸发单元能够利用来自所述催化剂加热单元的热量。
    • 2. 发明授权
    • Fuel evaporation apparatus and catalytic combustion apparatus
    • 燃料蒸发装置和催化燃烧装置
    • US06676406B2
    • 2004-01-13
    • US10089401
    • 2002-07-26
    • Motohiro SuzukiTatsuo FujitaTetsuo Terashima
    • Motohiro SuzukiTatsuo FujitaTetsuo Terashima
    • F23D1144
    • F23D11/448F23C13/02F23C13/04F23D11/402F23D11/408F23D11/441
    • There is provided a catalytic combustion apparatus that allows power consumption of a carburetor heater to be significantly reduced, and allows a fuel consumption amount to be reduced. A catalytic combustion apparatus including: a fuel tank 1 for feeding fuel and others, an air feeding fan 5 for feeding air and others, a carburetor 8 for evaporating the above described fuel, a gas mixture space 15 that holds the above described evaporated fuel and the above described air, a catalytic combustion unit 17 adjacent to the above described gas mixture space, and a catalyst heating element 10 provided in the gas mixture space 15, characterized in that the catalyst heating element 10 has a first heating compartment 11 and a second heating element compartment 12 provided from upstream to downstream of a flow of the above described gas mixture, and that the compartments carry catalysts on all or part thereof and are provided with a first gas mixture vent 13 and a second gas mixture vent 14.
    • 提供了一种催化燃烧装置,其能够显着地减少化油器加热器的功率消耗,并且可以减少燃料消耗量。 一种催化燃烧装置,包括:用于供给燃料的燃料箱1,供给空气等的送风风扇5,蒸发上述燃料的化油器8,保持上述蒸发燃料的气体混合空间15, 上述空气,与上述气体混合物空间相邻的催化燃烧单元17和设置在气体混合空间15中的催化剂加热元件10,其特征在于,催化剂加热元件10具有第一加热室11和第二加热室11 加热元件隔室12设置在上述气体混合物的流动的上游到下游,并且隔室在其全部或部分上承载催化剂,并且设置有第一气体混合物通气口13和第二气体混合物通气口14。
    • 4. 发明授权
    • Catalyst combustion device and method of producing frame body portion thereof
    • 催化剂燃烧装置及其制造方法
    • US06669469B2
    • 2003-12-30
    • US10258366
    • 2003-01-13
    • Motohiro SuzukiTatsuo FujitaTetsuo TerashimaToshiaki AndoNarito YamaguchiYukio Watanabe
    • Motohiro SuzukiTatsuo FujitaTetsuo TerashimaToshiaki AndoNarito YamaguchiYukio Watanabe
    • F23D1144
    • F23C13/00F23D2213/00F24H1/0045F24H1/41
    • A low-cost, high-mass-productivity catalytic combustion apparatus having a construction that permits easy maintenance is realized. There is provided a catalytic combustion apparatus in which, by means of a combustion chamber having a fuel supply portion 1 and a combustion air supply portion on the upstream side thereof and a combustion gas exhaust port on the downstream side thereof and a catalytic combustion portion with an upstream surface and a downstream surface provided in the combustion chamber, the upstream surface and the downstream surface being substantially parallel to each other, a fuel-air mixture supplied to the interior of the combustion chamber is caused to react to liberate heat. The catalytic combustion apparatus includes a heat exchange portion, which constitutes part of walls of the combustion chamber, and a fin-type radiant heat-receiving portion, which protrudes from the heat exchange portion into the combustion chamber and being provided in the vicinity of the catalytic combustion portion. In this catalytic combustion apparatus, the surface of the fin-type radiant heat-receiving portion and the surface of the heat exchange portion face in the same direction.
    • 实现了具有允许容易维护的结构的低成本,高批量生产率的催化燃烧装置。 提供了一种催化燃烧装置,其中通过具有燃料供应部分1和在其上游侧的燃烧空气供应部分的燃烧室和其下游侧的燃烧气体排出口和具有下游侧的燃烧气体排出口的燃烧室, 设置在燃烧室中的上游表面和下游表面,上游表面和下游表面基本上彼此平行,供应到燃烧室内部的燃料 - 空气混合物反应以释放热量。 催化燃烧装置包括构成燃烧室的一部分的热交换部,以及从热交换部向燃烧室突出并设置在燃烧室附近的翅片式辐射热接收部 催化燃烧部分。 在该催化燃烧装置中,翅片式辐射热接收部分的表面和热交换部分的表面在相同的方向上面对。
    • 7. 发明授权
    • Catalytic combustion apparatus
    • 催化燃烧装置
    • US06386862B1
    • 2002-05-14
    • US09526604
    • 2000-03-16
    • Tatsuo FujitaYoshitaka KawasakiAkira Maenishi
    • Tatsuo FujitaYoshitaka KawasakiAkira Maenishi
    • F23D1144
    • F23C13/00
    • A mixed gas supply portion 1 for mixing fuel with air, a mixed gas ejection portion 2 for ejecting the mixed gas mixed by the mixed gas supply portion 1, a breathable first catalyst body 5 provided downstream of the mixed gas supply portion 2, a breathable second catalyst body 7 provided downstream of the first catalyst body 5, a separation board a 6 for increasing gas flow resistance provided between the first catalyst body 5 and the second catalyst body 7, a heat exchange portion 13 having a heated fluid passage 14 positioned on the peripheral part, a radiant heat reception portion 3 provided upstream of the first catalyst body 5 and integrated with the heat exchange portion 13, and a separation board b 8 and a separation board c 10 provided downstream of the second catalyst body 7 for increasing flow resistance of the mixed gas and/or the combustion gas thereof are provided, and the separation board a 6, the separation board b 8, the separation board c 10 and the heat exchange portion 13 are integrated.
    • 用于将燃料与空气混合的混合气体供应部分1,用于喷射由混合气体供应部分1混合的混合气体的混合气体喷射部分2,设置在混合气体供应部分2下游的透气第一催化剂体5, 设置在第一催化剂体5下游的第二催化剂体7,设置在第一催化剂体5和第二催化剂体7之间的增加气体流动阻力的分离板a6,具有位于第一催化剂体5上的加热流体通路14的热交换部13 周边部分,设置在第一催化剂体5的上游并与热交换部13一体化的辐射热量接收部分3,以及设置在第二催化剂体7下游用于增加流动的分离板b 8和分离板c 10 设置混合气体和/或其燃烧气体的电阻,分离板a 6,分离板b 8,分离板c 10和热交换口 在13被整合。
    • 10. 发明授权
    • Combustion apparatus
    • 燃烧装置
    • US5901700A
    • 1999-05-11
    • US823619
    • 1997-03-25
    • Jiro SuzukiTakeshi TomizawaTatsuo FujitaYutaka YoshidaNorio YoshidaKunihiro UkaiKatsuyuki Ohara
    • Jiro SuzukiTakeshi TomizawaTatsuo FujitaYutaka YoshidaNorio YoshidaKunihiro UkaiKatsuyuki Ohara
    • F23C13/00F24H1/00
    • F23C13/00F23C13/02
    • A combustion apparatus has a fuel feed unit, a blower for supplying combustion air, a mixing unit of fuel and combustion air, a first catalyst provided downstream of the mixing unit, a first heat receiving unit adjacent to the first catalyst, a second catalyst with a large geometrical surface area than that of the first catalyst provided downstream in the flow direction of the first catalyst, an electric heater for heating the catalyst provided downstream of the second catalyst, an air permeable insulator provided downstream of the electric heater, and a second heat receiving unit provided downstream of the air permeable insulator, wherein power is supplied to the electric heater when starting combustion to heat the second catalyst over the reaction temperature of catalyst, a mixed gas of fuel and air is fed to start catalytic combustion of second catalyst, the downstream portion in flow direction of the first catalyst is heated over the reaction temperature of catalyst by the combustion heat of the second catalyst, and combustion is started by the first catalyst.
    • 燃烧装置具有燃料供给单元,用于供应燃烧空气的鼓风机,燃料和燃烧空气的混合单元,设置在混合单元下游的第一催化剂,与第一催化剂相邻的第一热接收单元,具有 与在第一催化剂的流动方向下游设置的第一催化剂相比具有大的几何表面积,用于加热设置在第二催化剂下游的催化剂的电加热器,设置在电加热器下游的透气绝缘体,以及第二催化剂 设置在透气绝缘体的下游的热接收单元,其中,当在催化剂的反应温度下开始燃烧以加热第二催化剂时,向电加热器供电,加入燃料和空气的混合气体以开始第二催化剂的催化燃烧 ,第一催化剂的流动方向的下游部分通过燃烧被加热到催化剂的反应温度 在第二催化剂的热量下,通过第一催化剂开始燃烧。