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    • 33. 发明专利
    • Boiler device
    • 锅炉装置
    • JP2007139358A
    • 2007-06-07
    • JP2005335678
    • 2005-11-21
    • Osaka Gas Co Ltd大阪瓦斯株式会社
    • KEGASA AKISHIHISAKADO YOSHINORITAKEMORI TOSHIKAZUKATSUKI MASAJIOZAWA MAMORUMATSUMOTO RYOSUKE
    • F22B27/04
    • PROBLEM TO BE SOLVED: To achieve a burner heating-type boiler device, capable of stably supplying a small amount of steam, particularly, overheated steam with good heat efficiency, and further suppressing drift of water (or steam) within a heat transfer tube or uneven flow of combustion gas in a combustion gas passage through a small and rational structure.
      SOLUTION: This boiler device 50 comprises the heat transfer tube 11 disposed in the combustion gas passage 10 for distributing combustion gas G of a burner 2 in a form of whirling around central axis X of the passage 10, in which water W supplied into the heat transfer tube 11 is heated by the combustion gas G distributed in the passage 10 to generate steam S. The heat transfer tubes 11 are coaxially disposed over a plurality of portions differed in the distance from the central axis X.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题为了实现能够稳定地供应少量蒸汽,特别是具有良好热效率的过热蒸汽,并且进一步抑制热(或蒸汽)内的漂移的燃烧器加热型锅炉装置 传输管或燃烧气体通过小而合理的结构燃烧气体的不均匀流动。 解决方案:该锅炉装置50包括设置在燃烧气体通道10中的传热管11,用于将燃烧器2的燃烧气体G以围绕通道10的中心轴线X旋转的形式分配,供给水W 传热管11被分配在通道10中的燃烧气体G加热以产生蒸汽S.传热管11同轴地设置在与中心轴线X相距不同的多个部分上。 (C)2007,JPO&INPIT
    • 34. 发明专利
    • HEATING METHOD FOR FLUID, AND ITS APPARATUS
    • JP2002098302A
    • 2002-04-05
    • JP2000333855
    • 2000-09-25
    • YOSHIDA TOSHIOYOSHIDA TAMAE
    • YOSHIDA TOSHIO
    • F22B15/00C02F1/02F22B27/04
    • PROBLEM TO BE SOLVED: To obtain vapor of low pressure and high temperature by heating a fluid, particularly the vapor. SOLUTION: There are provided a heating container 1 for heating a fluid, and heating means such as a burner. The heating container comprises a first diffusion chamber 2 for diffusing a fed fluid, a first small hole group comprising small holes 11 through which the diffused fluid passes, a heating chamber 9, in which small pieces of a heat medium 10 group are filled and permitting the fluid passing through the first small hole group is passed and heated while bringing the fluid to a collision with the heat medium group, a second small hole group comprising small holes 11 through which the heated fluid is passed, and a second diffusion chamber 7 for diffusing the fluid passing through the second small hole group. The fluid is heated with the heat medium and is simultaneously reduced in pressure during the time when the medium passes from the first diffusion chamber to the second diffusion chamber, and hence the fluid does not become high pressure. If the fluid is steam, then there is obtained steam of low pressure and high temperature.