Invention Grant
US09109526B2 Control unit for fuel supply regulation during a cold-running phase of an internal combustion engine, method for fuel supply regulation during a cold-running phase of an internal combustion engine, computer program product, computer program and signal sequence 有权
在内燃机的冷运行阶段期间用于燃料供应调节的控制单元,在内燃机的冷运行阶段期间的燃料供应调节方法,计算机程序产品,计算机程序和信号序列

  • Patent Title: Control unit for fuel supply regulation during a cold-running phase of an internal combustion engine, method for fuel supply regulation during a cold-running phase of an internal combustion engine, computer program product, computer program and signal sequence
  • Patent Title (中): 在内燃机的冷运行阶段期间用于燃料供应调节的控制单元,在内燃机的冷运行阶段期间的燃料供应调节方法,计算机程序产品,计算机程序和信号序列
  • Application No.: US13441403
    Application Date: 2012-04-06
  • Publication No.: US09109526B2
    Publication Date: 2015-08-18
  • Inventor: Martin Giencke
  • Applicant: Martin Giencke
  • Applicant Address: US MI Detroit
  • Assignee: GM GLOBAL TECHNOLOGY OPERATIONS LLC
  • Current Assignee: GM GLOBAL TECHNOLOGY OPERATIONS LLC
  • Current Assignee Address: US MI Detroit
  • Agency: Ingrassia Fisher & Lorenz PC
  • Priority: DE102011016639 20110409
  • Main IPC: F02D41/06
  • IPC: F02D41/06 F02D41/14
Control unit for fuel supply regulation during a cold-running phase of an internal combustion engine, method for fuel supply regulation during a cold-running phase of an internal combustion engine, computer program product, computer program and signal sequence
Abstract:
A control unit is provided for fuel supply regulation during a cold-running phase of an internal combustion engine, that includes, but is not limited to an input port for inputting a combustion signal about the presence of a rich or lean combustion of a fuel mixture in the internal combustion engine, a P-element for providing a P-manipulated variable, which sets a fuel reduction upon the presence of a rich combustion and sets a fuel increase upon the presence of a lean combustion, an I-element for providing an I-manipulated variable, which sets a fuel increase, and an output port for controlling a fuel supply, the P-manipulated variable and the I-manipulated variable substantially offsetting one another during the cold-running phase upon the presence of a rich combustion in the stationary state.
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