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
    • 72. 发明授权
    • Method of operating an industrial furnace
    • 操作工业炉的方法
    • US4545208A
    • 1985-10-08
    • US589113
    • 1984-02-29
    • Friedhelm Kuhn
    • Friedhelm Kuhn
    • F22B1/18F23L17/16F27D7/02F27D17/00F01K17/00
    • F27D7/02F23L17/16F27D17/004
    • The disclosure relates to a method of operating an industrial furnace which is heated by recuperator burners from which the exhaust gases are extracted via steam jet injectors. The exhaust gas-steam mixture from the steam jet injectors passes into a waste heat boiler in order to produce water vapor. This water vapor is delivered to the steam jet injectors in order to drive them. When water vapor is produced in excess, preliminary expansion can be carried out in a turbine in order to generate useful energy. Such conditions are produced in particular when the industrial furnace operates with a steam generating water cooling system for parts of the furnace which become hot. The resulting water vapor is then also led through the waste heat boiler. The useful energy occurring in the turbine can serve to drive the blower for the combustion air for the recuperator burners.
    • PCT No.PCT / DE83 / 00115 Sec。 371日期1984年2月29日 102(e)日期1984年2月29日PCT提交1983年6月25日PCT公布。 公开号WO84 / 00206 日本1984年1月19日。本公开涉及一种操作工业炉的方法,该工业炉由经由蒸汽喷射器从其中排出废气的再热器燃烧器加热。 来自蒸汽喷射喷射器的废气 - 蒸汽混合物进入废热锅炉,以产生水蒸气。 这种水蒸汽被输送到蒸汽喷射器以驱动它们。 当产生过多的水蒸气时,可以在涡轮机中进行预膨胀以产生有用的能量。 当工业炉用蒸汽发生水冷却系统工作时,特别是炉子部分变热的这种条件。 然后,所得的水蒸气也被引导通过废热锅炉。 发生在涡轮机中的有用能量可以用于驱动用于换热器燃烧器的燃烧空气的鼓风机。
    • 79. 发明授权
    • Power generation-refrigeration system
    • 发电制冷系统
    • US4214170A
    • 1980-07-22
    • US950887
    • 1978-10-12
    • Louis H. Leonard
    • Louis H. Leonard
    • F01K25/10F01K17/00F01K17/04F25B27/00F02G3/00
    • F01K17/005F01K17/04F25B27/00
    • A power generation-refrigeration system comprising a refrigerant boiler, and a primary turbine for extracting energy from the refrigerant. The system also comprises a reversible turbomachine having a compressor mode of operation for compressing refrigerant passing therethrough and a turbine mode of operation for extracting further energy from the refrigerant; a first flow path in communication with the primary turbine, the reversible turbomachine, and a condenser; a second flow path in communication with the primary turbine, the reversible turbomachine, the condenser, and an evaporator; and means for directing refrigerant through the first flow path when the reversible turbomachine is in the turbine mode and through the second flow path when the reversible turbomachine is in the compressor mode. Power means is provided for generating power, a first connecting means is provided for connecting the reversible turbomachine and the power means and having a power generation position wherein energy extracted from refrigerant by the reversible turbomachine is used to generate power; and a second connecting means is provided for connecting the primary turbine and the reversible turbomachine and having a refrigeration position wherein energy extracted from refrigerant by the primary turbine is transmitted to the reversible turbomachine to compress refrigerant passing therethrough, and a power generation position wherein energy extracted from the refrigerant by the primary turbine is transmitted to the reversible turbomachine to assist the generation of the power.
    • 一种发电制冷系统,包括制冷剂锅炉和用于从制冷剂中提取能量的初级涡轮机。 该系统还包括具有用于压缩通过其中的制冷剂的压缩机操作模式的可逆涡轮机,以及用于从制冷剂中提取更多能量的涡轮机操作模式; 与主涡轮机,可逆涡轮机和冷凝器连通的第一流动路径; 与主涡轮机,可逆涡轮机,冷凝器和蒸发器连通的第二流动路径; 以及用于当可逆涡轮机处于涡轮模式时引导制冷剂通过第一流动路径并且当可逆涡轮机处于压缩机模式时通过第二流动路径的装置。 提供用于发电的动力装置,提供第一连接装置,用于连接可逆涡轮机和动力装置,并具有发电位置,其中由可逆涡轮机从制冷剂中提取的能量用于发电; 并且提供第二连接装置,用于连接初级涡轮机和可逆涡轮机,并具有制冷位置,其中由主涡轮机从制冷剂提取的能量被传递到可逆涡轮机,以压缩通过其中的制冷剂,以及发电位置,其中能量提取 从主涡轮机的制冷剂传递到可逆涡轮机,以辅助发电。
    • 80. 发明授权
    • Method and means for reclaiming mechanical energy and hot condensate
from exhaust steam
    • 从排气蒸汽回收机械能和热凝析物的方法和方法
    • US4109470A
    • 1978-08-29
    • US683639
    • 1976-05-05
    • James L. Cassidy
    • James L. Cassidy
    • F01K9/00F01K17/00
    • F01K9/00F01K17/00
    • A method and means for economically producing boiling hot condensate plus mechanical energy from spent steam whereby energy waste and thermal pollution from power stations is greatly lessened. Herein, a combination abentropic engine and hot condenser is interposed between the main turbine exhaust port and a vacuum condenser for the purpose of making the steam do work and thus bringing about condensation at its boiling point. Since the latent energy of spent steam is enthalpic as well as thermic by nature, its extraction as mechanical energy greatly lessens heat release upon condensation.The mechanical work produced by such an engine depends not upon expansion, as in a main turbine, but upon continuous force exerted by vapor pressure operating on one side of a piston having a vacuum on the other. The pressure is maintained by the operation of Dalton's Law - that vapor pressure depends on temperature alone and not upon volume. The temperature is maintained by the balanced heat release upon condensation.
    • 经济地生产沸腾的冷凝水和来自废蒸汽的机械能的方法和手段,从而大大减轻了发电厂的能源浪费和热污染。 这里,为了使蒸汽正常工作,从而在其沸点下进行冷凝,在主涡轮机排气口和真空冷凝器之间夹有组合式桐油发动机和热冷凝器。 由于废蒸汽的潜能是自发的焓和热,因此其作为机械能的提取大大减少了冷凝时的热释放。