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    • 54. 发明申请
    • IGNITION SYSTEM CONTROL METHOD AND SYSTEM
    • 点火系统控制方法与系统
    • WO2011056141A1
    • 2011-05-12
    • PCT/SE2010/051216
    • 2010-11-08
    • SEM AKTIEBOLAGOLSSON, JohanOLSSON, Tim
    • OLSSON, JohanOLSSON, Tim
    • F02P7/067F02P1/00F02P5/04F02P7/07
    • F02P3/0414F02P1/086F02P3/096F02P17/12F02P2017/003H04B15/02
    • The present invention relates to a method for monitoring an ignition system, wherein the ignition system comprises a charge coil (L1) for charging the ignition system, a primary coil (L4) and a secondary coil (L5), said primary and secondary coils (L4, L5) being arranged to generate a voltage for spark generation, and a control unit (M1), characterised in the steps a) providing a separate coil (L3) adjacent to at least one of the charge coil (L1), the primary coil (L4) and the secondary coil (L5) b) using the control unit (M1) to monitor a magnetic flux at the separate coil (L3), and c) using information regarding said magnetic flux as input for controlling at least one property of an operation of the ignition system. The invention also relates to a control system for an ignition system.
    • 本发明涉及一种用于监控点火系统的方法,其中点火系统包括用于对点火系统充电的充电线圈(L1),初级线圈(L4)和次级线圈(L5),所述初级和次级线圈 L4,L5)被布置成产生用于产生火花的电压,以及控制单元(M1),其特征在于以下步骤:a)提供与所述充电线圈(L1)中的至少一个相邻的单独的线圈(L3) 线圈(L4)和次级线圈(L5)b)使用控制单元(M1)来监视分离线圈(L3)处的磁通量,以及c)使用关于所述磁通量的信息作为输入来控制至少一个属性 的点火系统的操作。 本发明还涉及一种用于点火系统的控制系统。
    • 56. 发明申请
    • INTEGRATED POWER MODULE
    • 集成电源模块
    • WO99044252A1
    • 1999-09-02
    • PCT/US1999/004123
    • 1999-02-25
    • F23D11/00F02P13/00F23D11/44F23D14/22F23Q3/00H01M8/04H01M8/06H01M8/12H01M8/14H01M8/24F02P1/00
    • F23D11/443F23D14/22H01M8/04022H01M8/0625H01M8/0662H01M8/247H01M2008/1293H01M2008/147H01M2300/0051H01M2300/0074Y02E60/526Y02P70/56
    • An integrated power module for generating thermal and electrical power is provided within a housing (110) which includes inlets for fuel (156) and for air (112), a reformer chamber (116), a fuel cell stack (118), and a combustion chamber (120). Oxygen-containing gas, such as air, is introduced into the module along path (114) in one direction in heat-exchange relationship with reaction products produced in the reaction chamber traveling in an adjacent path, preferably in an opposite direction, to preheat the incoming oxygen-containing gas. A nozzle (169) having an injector for the fuel and for the oxygen-containing gas delivers these gases to the interior of the reformer chamber, where the ignition is supplied by a suitable device. The reaction products from the reformer chamber are fed to a fuel cell which will consume certain of the reaction products, such as hydrogen gas, with oxygen provided from the reaction chamber acting as an oxidizing gas. Exchange between a cathode and an anode will effect the generation of current, as well as the production of water, which normally will be absorbed as steam and passed from the fuel cell. The current generated by the fuel cell can be delivered externally to a user, while hydrogen may be combusted downstream in the combustion chamber to provide an added thermal energy source for heating. In alternative embodiments of the power module, the fuel cell is used as a shift reactor and hydrogen purification device. The primary product of this module is purified hydrogen gas in addition to heat.
    • 在壳体(110)内提供用于产生热能和电力的集成电力模块,其包括用于燃料(156)和空气(112)的入口,重整器室(116),燃料电池堆(118)和 燃烧室(120)。 含氧气体,例如空气,沿着路径(114)沿一个方向以与反应室中产生的反应产物在相邻路径(优选地相反方向)上产生的反应产物的热交换关系引入模块中,以预热 进入含氧气体。 具有用于燃料和含氧气体的喷射器的喷嘴(169)将这些气体输送到重整器室的内部,其中点火由合适的装置供应。 来自重整器室的反应产物进料到燃料电池中,该燃料电池将消耗某些反应产物,例如氢气,用作为氧化气体的反应室提供的氧气。 阴极和阳极之间的交换将影响电流的产生以及水的产生,这通常将作为蒸汽吸收并从燃料电池通过。 由燃料电池产生的电流可以向外部输送给用户,而氢气可以在燃烧室的下游燃烧,以提供加热用的热能源。 在功率模块的替代实施例中,燃料电池用作变换反应器和氢气净化装置。 该模块的主要产品是除了热量之外的纯化氢气。