会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明专利
    • Indirect type hot-air generator
    • 间接型热空气发生器
    • JP2002372308A
    • 2002-12-26
    • JP2001184902
    • 2001-06-19
    • Hosoyama Nekki KkTokyo Gas Co Ltd東京瓦斯株式会社細山熱器株式会社
    • OKABE TATSUOYUMOTO NORIOOISHI AKIRA
    • F24H3/02F24H3/06F24H3/08F26B3/02F26B21/00
    • PROBLEM TO BE SOLVED: To provide an indirect type hot-air generator having good efficiency and permitting miniaturization at low manufacturing costs with facilitated maintenance.
      SOLUTION: A cylindrical combustion heat transfer barrel 4 formed of a material having heat transfer properties and heat resistance is inserted into a heat exchange chamber 4 with a blast opening 9 and a hot-air delivery opening 13 formed therein. Moreover, a spiral heating tube 7 is externally fitted to the periphery of the combustion heat transfer barrel 4 so as to have a clearance from the peripheral wall of this combustion heat transfer barrel 4 and winding pitches. Moreover, a nitrogen gas burner 6 is mounted downwards to the upper part of the combustion heat transfer barrel 4, and the combustion gas of this nitrogen gas burner 6 flows into the heating tube 7 after descending in the combustion heat transfer barrel 4. While spirally ascending in this heating tube 7, the combustion gas is exhausted outside the heat exchange chamber 3. During this, the air blasted into the heat exchange chamber 3 by a supply fan 10 is heated, and this heated air is delivered to a drying chamber A side from the hot-air delivery opening 13.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种间接型热空气发生器,其具有良好的效率,并且以便于维护的低制造成本允许小型化。 解决方案:将由具有传热性能和耐热性的材料形成的圆柱形燃烧传热筒4插入到具有形成在其中的鼓风开口9和热风输送开口13的热交换室4中。 此外,螺旋形加热管7外部装配到燃烧传热筒4的周边,以便与该燃烧传热筒4的周壁和卷绕间距具有间隙。 此外,将氮气燃烧器6向下安装到燃烧传热筒4的上部,并且该氮气燃烧器6的燃烧气体在燃烧传热筒4中下降之后流入加热管7中。螺旋状 在该加热管7中上升,燃烧气体在热交换室3的外部排出。在此期间,通过供给风扇10喷射到热交换室3中的空气被加热,并且将该加热的空气输送到干燥室A 从热风输送口13侧。
    • 4. 发明专利
    • BURNER DEVICE
    • JPH085030A
    • 1996-01-12
    • JP13606294
    • 1994-06-17
    • TOKYO GAS CO LTDHOSOYAMA NEKKI KK
    • WATANABE KAZUFUMIKATO ISAOYUMOTO NORIO
    • F23D17/00
    • PURPOSE:To avoid contact of a flame with the end injection unit of an air passage and to prevent the overheating of the injection unit by forming a cooling air passage at the outer periphery of a burner combustion chamber, and providing the injection unit of the passage toward a direction perpendicular to the burner shaft at the injection outlet of the chamber. CONSTITUTION:A cooling air passage 2 is formed at the outer periphery of a burner combustion chamber 1, and the end injection unit 3 of the passage 2 is formed to protrude toward a direction perpendicular to the burner axis at the injection outlet 4 of the chamber 1. The air is injected in the direction perpendicular to the burner axis from the unit 3 of the passage 2, and a flame is throttled according to the momentum of the air. That is, the injecting flame to be injected from the outlet 4 of the chamber 1 is throttled in the flame diameter by the momentum of the cooling air injected in the perpendicular direction without using a special tip throttle. Thus, the contact of the flame with the unit 3 of the air passage, thereby preventing the overheating of the unit 3.
    • 5. 发明专利
    • RADIATING BODY FOR RADIATION HEATER DEVICE
    • JPS63213725A
    • 1988-09-06
    • JP4709887
    • 1987-03-02
    • TOKYO GAS CO LTDHOSOYAMA NEKKI KK
    • NAKAMARU JIROMIYA SHIGETADAYUMOTO NORIO
    • F24C1/00
    • PURPOSE:To unify radiation temperature distribution and improve energy efficiency, by a method wherein radiating sections are provided in the form of waves and hot air supplying tubes are constituted at the inside of the radiating sections while spaces in the recesses of the radiating sections are partitioned from other space. CONSTITUTION:Hot air, supplied into hot air supplying tubes 4, is injected from injection ports 9 into spaces 5 in the recesses of radiating sections to heat the radiating sections 3. The hot air, whose temperature is reduced, is injected from gaps 8 into the other spaces 6 of the radiating body 1 while increasing the flow speed and is discharged into atmosphere through a discharging part constituted at a proper place. The radiating sections 3 are heated by the hot air injected through the injection ports 9; therefore, the surface temperature of the radiating sections 3 may be unified in the lengthwise direction of the same sections 3. The spaces 5 in the recesses are partitioned from other spaces 6 by partitioning plates 7 while the hot air is injected into the spaces 5 only, therefore, only the radiating sections 3 may be heated efficiently.
    • 6. 发明专利
    • RADIATION TUBE FOR RADIATION HEATER DEVICE
    • JPS63213724A
    • 1988-09-06
    • JP4709787
    • 1987-03-02
    • TOKYO GAS CO LTDHOSOYAMA NEKKI KK
    • NAKAMARU JIROMIYA SHIGETADAYUMOTO NORIO
    • F24C1/00
    • PURPOSE:To permit the surface temperature of radiating sections to be unified and improve energy efficiency, by a method wherein an inner tube for supplying hot air is constituted in an outer tube having the radiating sections to inject the hot air only into spaces for radiation, which are partitioned by partitioning plates, through hot air injection ports arranged in the lengthwise direction of the inner tube. CONSTITUTION:Hor air, supplied into an inner tube 2, is injected from injection ports 8 into spaces 4 for radiation to heat the radiating sections 3 of an outer tube 1. The hot air, whose temperature is reduced, is injected into the other space 5 in the outer tube 1 through gaps 7 while increasing the flow speed, thereafter, is discharged via the space 5 into atmosphere through a discharging part constituted at a proper place. The radiating sections 3 are heated by the hot air injected through hot air injection parts 8, arranged in the lengthwise direction of the inner tube 2; therefore, the reduction of the surface temperature will never be caused toward downstream side, whereby the surface temperature may be unified in the lengthwise direction of the outer tube. On the other hand, the spaces 4 for radiation are partitioned from the other space 5 by partitioning plates 6 and the hot air is injected only into the spaces 4, therefore, energy efficiency may be improved.
    • 8. 发明专利
    • Burner for fuel cell reformer, and reformer equipped with it
    • 用于燃料电池改造器的燃烧器及其配备的改装器
    • JP2010032184A
    • 2010-02-12
    • JP2008197369
    • 2008-07-31
    • Hosoyama Nekki KkTokyo Gas Co Ltd東京瓦斯株式会社細山熱器株式会社
    • SAIMIYA HISAYUKIYUMOTO NORIO
    • F23D14/66C01B3/38F23D14/02H01M8/06
    • Y02E20/348
    • PROBLEM TO BE SOLVED: To provide a burner for a fuel cell reformer and the fuel cell reformer equipped with the burner capable of performing stable combustion and having no risk of a backfire. SOLUTION: The burner for the fuel cell reformer is composed of a burner inner tube having a space for passing fuel gas and primary air through an interior, a nozzle tube, a burner cone, and a burner outer tube having an air supply port and disposed coaxially with the burner inner pipe on an outer side of the burner inner pipe. The fuel gas and the primary air are supplied to the burner inner tube, secondary air is supplied to the burner outer tube, and the secondary air is jetted into the burner cone from an air port formed at a wall surface of the burner cone. The reformer is equipped with the burner. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种燃料电池重整器和燃料电池重整器的燃烧器,该燃料电池重整器配备有能够进行稳定燃烧并且不会发生回火的风险。 解决方案:燃料电池重整器的燃烧器由燃烧器内管组成,燃烧器内管具有用于使燃料气体和初级空气通过内部的空间,喷嘴管,燃烧器锥体和具有空气供应的燃烧器外管 并且与燃烧器内管同轴地设置在燃烧器内管的外侧。 燃料气体和一次空气被供应到燃烧器内管,二次空气被供应到燃烧器外管,并且二次空气从形成在燃烧器锥体的壁表面处的空气端口喷射到燃烧器锥体中。 重整器装有燃烧器。 版权所有(C)2010,JPO&INPIT
    • 10. 发明专利
    • STEAM COOKING DEVICE
    • JPH03182216A
    • 1991-08-08
    • JP32077289
    • 1989-12-11
    • TOKYO GAS CO LTDHOSOYAMA NEKKI KK
    • YUMOTO NORIO
    • A47J27/16
    • PURPOSE:To enable efficient cooking by forming a plurality of fins on the surface facing the combustion gas induction passage of the inner wall constituting the space of a box, and by providing the space with a feed-water pipe and a porous board for putting food on, and connecting a vacuum pump to the space, and also by providing a far-infrared-radiation radiating member on the inner wall. CONSTITUTION:After food has been housed in the inside of the space 3 of a box 2, the air in the inside of the space 3 is removed by a vacuum pump 11. In this case, flame is induced in a combustion gas induction passage 6 through the combustion by means of a gas burner 5, and the combustion heat is efficiently taken in through an inner wall 4 by means of a plurality of fins 8. Since the inner wall 4 is made up of a high-heat-conductive metal, heat is quickly transferred to the entire inner wall 4, and the box 4 is brought into a heated condition of a uniform temperature distribution. And, out of the inner wall 4, the surface facing the space 3 is provided with a far-infrared-radiation radiating member 14, so that far infrared radiation is radiated to the space 3. Further, water is supplied to a feed-water pipe 9 at a prescribed pressure, and is jetted into the space 3 being in a heated condition through a plurality of small holes formed in the feed-water piping 9, so that it is easily evaporated into steam to pass through a porous board 10, thus the entire food is exposed to this steam.