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
    • 91. 发明授权
    • Boiler having a hot gas generator for burning liquid or gaseous fuels
    • 具有用于燃烧液体或气体燃料的热气体发生器的锅炉
    • US4147134A
    • 1979-04-03
    • US848563
    • 1977-11-04
    • Alfred VogtWolfgang Kunkel
    • Alfred VogtWolfgang Kunkel
    • F23C9/00F23J13/00F23M9/00F23M99/00F24H9/18F22B9/12F23J5/02
    • F23C9/00F23J13/00F23M20/005F23M9/00F24H9/1836F23C2202/30F23J2900/13003
    • A boiler having a hot gas generator for burning liquid or gaseous fuels. The hot gas generator comprises a combustion chamber unit, into the combustion chamber of which the fuel and air for combustion are introduced and in which the combustion of the fuel takes place. The combustion gases are conveyed out of the combustion chamber into a water cooled boiler firebox. A compressor supplies the air for combustion into the combustion chamber unit. A flue gas conduit, which leads to the flue gas vent of the boiler, at its inlet end, which is connected with the boiler firebox, is connected with the air intake of the compressor of the hot gas generator for recirculating a regulatable amount of flue gases into the combustion chamber unit of the hot gas generator. The flue gas conduit offers a resistance to the flow of flue gas therein, which resistance is greater than the chimney draft force present in the flue gas vent of the boiler.
    • 具有用于燃烧液体或气体燃料的热气体发生器的锅炉。 热气体发生器包括燃烧室单元,该燃烧室单元进入其中引入燃料和燃烧空气的燃烧室,并且其中发生燃料的燃烧。 燃烧气体从燃烧室输送到水冷锅炉火炉中。 压缩机将燃烧空气用于燃烧室单元。 通向锅炉烟道排气口的烟气导管与其与锅炉火箱连接的入口端与热气发生器的压缩机的进气口连接,用于再循环可调节量的烟道 气体进入热气发生器的燃烧室单元。 烟气管道对其中的烟道气的流动提供阻力,其阻力大于存在于锅炉的烟气排放口内的烟囱牵伸力。
    • 92. 发明授权
    • Method and an apparatus for performing closed combustion
    • 用于执行闭合燃烧的方法和装置
    • US3957418A
    • 1976-05-18
    • US572106
    • 1975-04-28
    • Naoyasu Sata
    • Naoyasu Sata
    • F23C99/00B01D53/34B01D53/60F02B1/04F02B47/10F23C9/00F23C13/00F23J15/00F23J5/02
    • F23C13/00B01D53/34B01D53/60F02B47/10F23C9/00F23J15/00F02B1/04Y02T10/121
    • A method and an apparatus for performing combustion in a closed system employing recirculated exhaust gas, by the use of a combustion chamber and an exhaust gas cleaning chamber connected by an exhaust gas duct and a recirculation pipe to the combustion chamber. The exhaust gas cleaning chamber has an oxygen supply pipe, means for supplying a pressurized aqueous solution (or oxidant-absorbing pressurized aqueous solution), a carbon dioxide supplying means, and a mixing fan. A safety pressure valve is provided on said exhaust gas cleaning chamber for discharging excess exhaust gas that becomes present in this chamber to the outside of the apparatus. The oxygen supply pipe has an oxygen flow rate regulator. An oxygen content sensor is provided in the recirculation pipe leading from the cleaning chamber to the combustion chamber and this sensor is operably connected to the oxygen flow rate regulator. In this combustion method and apparatus, because the combustion chamber is closed, practically no oxidant constituents NO.sub.x or NO.sub.x plus SO.sub.x are discharged to the atmosphere, and the supply of oxygen in the recirculating exhaust gases is regulated to be about the same as that of air (about 21 vol.%). This method and apparatus can be applied to internal combustion engines as well as to external combustion devices, such as furnaces, boilers and the like.
    • 一种在采用再循环废气的封闭系统中进行燃烧的方法和装置,其通过使用由废气管道和再循环管道连接到燃烧室的燃烧室和废气净化室。 废气净化室具有氧供给管,用于供给加压水溶液(或吸氧增压水溶液)的装置,二氧化碳供给装置和混合风扇。 在所述废气净化室上设置有安全压力阀,用于将存在于该室中的多余废气排出到设备的外部。 供氧管具有氧气流量调节器。 在从清洁室引导到燃烧室的再循环管中设置氧含量传感器,并且该传感器可操作地连接到氧气流速调节器。 在这种燃烧方法和装置中,由于燃烧室关闭,实际上没有氧化剂成分将NOx或NO x加上SO x排放到大气中,并且循环废气中的氧气供应被调节为大致与空气相同 (约21体积%)。 该方法和装置可以应用于内燃机以及炉子,锅炉等外部燃烧装置。
    • 98. 发明专利
    • SE423443B
    • 1982-05-03
    • SE7601365
    • 1976-02-09
    • FASCIONE PIETRO
    • BAUMGARTNER HJACQUEMENT AMEIER J GVOLLERIN B
    • B01F23/10F23C7/00F23C9/00F23D14/22F23C99/00F23D14/70F23D11/00F23J5/02
    • Formation of nitrogen oxides and/or soot is obviated by mixing recycled combustion gas with incoming comburant supplied to a burner via a distribution opening and controlling the mass flow rate of combustion gas being recycled with respect to the mass flow rate necessary for the gaseous comburant, the mixture being passed to the burner as a turbulent flow in which the ratio between the kinetic momentum flux of the mixture and the product of the radius of the said distribution opening times the axial movement quantity flux of the mixture has a value at least sufficient so that the said turbulent flow produces a recirculation of the said mixture within the combustion chamber in the form of a toroidal vortex. This is achieved by apparatus comprising a mixing enclosure having two inlets each provided with means for regulating the size of its aperture, and an outlet, inlets communicating respectively with the atmosphere and with a duct for combustion gases, the outlet being connected to the inlet of a ventilator whose outlet communicates with gas mixture supply means arranged coaxially to a fuel injection nozzle in order to impart a turbulent motion to the gas mixture emitted from the supply means.
    • 99. 发明专利
    • NL162467C
    • 1980-05-16
    • NL7409327
    • 1974-07-10
    • FASCIONE PIETRO
    • F24H1/30F22B13/00F22B31/00F23C3/00F23C9/00F23C99/00F23L7/00F24D3/10F24H1/32F24H9/00F24H1/24F23J5/02
    • A modular boiler having a cylindrical combustion chamber made of three modules and a module comprising a cover and a module comprising an expansion vessel mounted coaxially on the boiler adjacent the combustion chamber at opposite ends thereof. The cover has a frustro-conical configuration with the inner walls thereof diverging from an opening in the cover toward the interior of the combustion chamber at an angle of between 30 DEG and 110 DEG . The combustion chamber is formed of three castings that define the cylindrical combustion chamber and six axial hot gas flow paths spaced circumferentially from each other and disposed axially of and radially of the combustion chamber. Hot gases from the downstream end of the combustion chamber are recirculated to the upstream end of the combustion chamber to improve the combustion. Hot gas is diverted from these hot gas flow paths and flowed spirally of these flow paths along axially spaced flow paths immersed in the water circuit of the boiler to improve heat transfer. Liquid fuel is fed into the combustion chamber from a burner at the opening of the cover. The fuel is mixed with air to which a rotation has been imparted about the axis of the arrangement and entering the opening of the cover. The cover is jacketed and the jacket defines part of the inlet cold water circuit and the heated hot water circuit.
    • 100. 发明专利
    • NL162197C
    • 1980-04-15
    • NL7409328
    • 1974-07-10
    • FASCIONE PIETRO
    • F24H1/30F22B13/00F22B31/00F23C3/00F23C9/00F23C99/00F23L7/00F24D3/10F24H1/32F24H9/00F24H1/24F23J5/02
    • A modular boiler having a cylindrical combustion chamber made of three modules and a module comprising a cover and a module comprising an expansion vessel mounted coaxially on the boiler adjacent the combustion chamber at opposite ends thereof. The cover has a frustro-conical configuration with the inner walls thereof diverging from an opening in the cover toward the interior of the combustion chamber at an angle of between 30 DEG and 110 DEG . The combustion chamber is formed of three castings that define the cylindrical combustion chamber and six axial hot gas flow paths spaced circumferentially from each other and disposed axially of and radially of the combustion chamber. Hot gases from the downstream end of the combustion chamber are recirculated to the upstream end of the combustion chamber to improve the combustion. Hot gas is diverted from these hot gas flow paths and flowed spirally of these flow paths along axially spaced flow paths immersed in the water circuit of the boiler to improve heat transfer. Liquid fuel is fed into the combustion chamber from a burner at the opening of the cover. The fuel is mixed with air to which a rotation has been imparted about the axis of the arrangement and entering the opening of the cover. The cover is jacketed and the jacket defines part of the inlet cold water circuit and the heated hot water circuit.