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    • 1. 发明专利
    • Water utilization system, stationary fuel cell equipment, and fuel cell-mounted vehicle
    • 水利用系统,静态燃料电池设备和燃料电池车辆
    • JP2005347209A
    • 2005-12-15
    • JP2004168551
    • 2004-06-07
    • Osaka Gas Co Ltd大阪瓦斯株式会社
    • HONDA KUNIAKI
    • H01M8/00B60L3/00B60L11/18H01M8/06
    • Y02E60/50
    • PROBLEM TO BE SOLVED: To provide stationary fuel cell equipment installed at facilities such as house, building, store or the like, capable of supplying hydrogen to the fuel cell without requiring construction of additional infrastructure for the facilities, further, aiming at cost reduction of facilities and high efficiency by disusing reforming device.
      SOLUTION: In a hydrogen utilizing system constituted by the stationary fuel cell equipment 10 constructed by the fuel cell 11 of facility side generating electric power by hydrogen, and a hydrogen storing part 12 of facility side storing hydrogen to be supplied to the fuel cell 11, installed at the facilities; and a fuel cell-mounted vehicle 50 on which, a vehicle side fuel cell 51 generating electric power by hydrogen, and a vehicle side hydrogen supplying means A supplying hydrogen to the vehicle side fuel cell 51 are mounted; a hydrogen transportation means X for transporting hydrogen from a vehicle side hydrogen supply means A to the hydrogen storing part 12 of facility side is provided.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了提供安装在诸如房屋,建筑物,商店等的设施的固定式燃料电池设备,能够向燃料电池供应氢气,而不需要为设施建造额外的基础设施,目的在于 通过废弃改造装置降低设备成本和高效率。 解决方案:在由利用氢气发电的设备侧的燃料电池11构成的固定式燃料电池设备10构成的氢利用系统中,以及供给燃料的设置侧的氢储存部12 电池11,安装在设施上; 以及燃料电池安装车辆50,其上安装有通过氢气产生电力的车辆侧燃料电池51和向车辆侧燃料电池51供给氢的车辆侧供氢装置A; 提供了用于将氢气从车辆侧氢供给装置A输送到设备侧的氢存储部12的氢输送装置X. 版权所有(C)2006,JPO&NCIPI
    • 2. 发明专利
    • Cogeneration system
    • 加工系统
    • JP2004263942A
    • 2004-09-24
    • JP2003054801
    • 2003-02-28
    • Osaka Gas Co Ltd大阪瓦斯株式会社
    • KASHIWABARA YOSHITAKAIWATA SHINHONDA KUNIAKI
    • F02G5/04F24H1/00F24H7/02
    • Y02E20/14Y02T10/166
    • PROBLEM TO BE SOLVED: To provide a cogeneration system capable improving energy saving performance while preventing the overheating of a cogeneration device. SOLUTION: An operation control means operates a circulating means C2 for heating, the cogeneration device 3 and a circulating means C3 for cooling on the basis of the instruction to start heat radiating operation, and performs the heat radiating operation to operate a hot water storage circulating means C1 to heat hot water in a hot water storage tank 4 by the remaining retained heat of a fluid for cooling. When a heat radiating amount requested to a heat radiating part H is not smaller than the generated heat amount of the cogeneration device 3 during the heat radiating operation, the operation of the cogeneration device 3 is continued regardless of the amount of hot water in the hot water storage tank 4, and further, when the heat radiating amount is smaller than the generated heat amount, the operation of the cogeneration device 3 is continued in a state that the amount of hot water in the hot water storage tank 4 is smaller than the set upper limit amount, and is stopped when the amount of hot water in the hot water storage tank 4 becomes not smaller than the set upper limit amount. COPYRIGHT: (C)2004,JPO&NCIPI
    • 要解决的问题:提供一种能够在防止热电联产装置过热的同时提高节能性能的热电联产系统。 解决方案:操作控制装置根据启动散热操作的指令操作加热循环装置C2,热电联产装置3和用于冷却的循环装置C3,并执行散热操作以操作热 储水循环装置C1,用于通过用于冷却的流体的剩余保留热量来加热热水储存罐4中的热水。 当散热部分H所要求的散热量不低于热电联产装置3的热量时,热电联供装置3的运行继续进行,而不管热水中的热水量如何 另外,当散热量小于所产生的热量时,在热水储存箱4中的热水量小于热水储存箱4的状态下,热电联供装置3的运转继续进行 设定上限量,并且当热水储存箱4中的热水量不小于设定的上限量时停止。 版权所有(C)2004,JPO&NCIPI
    • 3. 发明专利
    • COGENERATION SYSTEM
    • JP2002048005A
    • 2002-02-15
    • JP2000231665
    • 2000-07-31
    • OSAKA GAS CO LTD
    • IWATA SHINKASHIWABARA YOSHITAKATAKIMOTO KEIJIHONDA KUNIAKI
    • F02G5/04H01M8/00H01M8/04H01M10/44H02J3/32H02J3/38
    • PROBLEM TO BE SOLVED: To improve economic efficiency by self-consuming electric power generated by a heat/electric power cogenerating device. SOLUTION: Hot water heated by heat from the heat/electric power cogenerating device 1 for generating the heat and electric power is stored in a hot water storage tank 2, and the hot water is supplied to a bathtub 9, a shower and a kitchen via a hot water supply pipe 8. An electric power output line 15 having a converter 12, an inverter 13 and a first repeater 14 is connected to an AC generator of the heat/electric power cogenerating device 1, an electric load 16 is connected to the electric power output line 15, and the electric power generated by the heat/electric power cogenerating device 1 is supplied to the electric load 16. A power line 18 of a commercial power source is connected to the electric power output line 15, and electric power insufficient in the electric power generated by the heat/electric power cogenerating device 1 is supplied to the electric load 16. A storage battery 20 is connected to an output line part 15a between the converter 12 and the inverter 13, surplus electric power among the electric power generated by the heat/electric power cogenerating device 1 is charged, the electric power charged to the storage battery 20 is discharged when necessary, and is supplied to the electric load 16.
    • 7. 发明专利
    • DIRECT-FIRING TYPE HEATING FURNACE
    • JPS57149417A
    • 1982-09-16
    • JP3602281
    • 1981-03-12
    • OSAKA GAS CO LTD
    • HONDA KUNIAKIFUNAMOTO KUNIHIROAKAGI HIROTA
    • C21D1/00C21D1/76F27B9/30
    • PURPOSE:To heat a direct-firing type heating furnace under non-oxidizing condition at low cost by a method in which the CO concentration of a combustible gas is controlled to a set value and the combustible gas is injected in a placed where the open air is introduced into the heating furnace and also a material to be heated is heated to a comparatively high temperature. CONSTITUTION:Plural injection ports 13 are provided below a place where air is introduced from outside into a heating furnace 1 and also a material 10 to be heated is heated to a comparatively high temperature, e.g., a heating zone 7 and soaking zone. Then, a combustible gas is injected from each injection port 13 through an electromagnetic valve 17, a flow rate control valve 16, and a check valve 14a and burned with oxygen in the furnace 1 to form non-oxidizing atmosphere in the furnace 1. In this case, to keep optimum non-oxidizing condition constant, the concentration of CO is detected by a detector 18 provided in the soaking zone 8 near the outlet 3 and put in a controller 19. The controller compares the detected value preset CO concentration to control the opening degree of the valve 16 in such a way as to equalize both values.