1
Elliot Matel Elliot Matel
Gracyalny Gary J, Santi John, Filipak Stanley, Matel Elliot J: Starting and stopping device for an internal combustion engine. Briggs & Stratton Corporation, LASKA Casimir F, February 28, 2002: WO/2002/016762

A starting and stopping device for an internal combustion engine includes an energy storing device including at least one elastic member. The elastic member is loaded in response to rotation of a main shaft, and the main shaft rotates in an unloading direction in response to unloading of the elastic ...


2
Somakumar R
KUMAR Ajith, RAMACHANDRAPANICKER Somakumar, FLYNN Paul, BANERJEE Arijit, MUKHERJEE Rupam: [fr] SYSTÈMES ET PROCÉDÉS PERMETTANT DE RÉALISER UN DIAGNOSTIC SUR UN ÉQUIPEMENT AUXILIAIRE ASSOCIÉ À UN MOTEUR, [en] SYSTEMS AND METHODS FOR DIAGNOSING AUXILIARY EQUIPMENT ASSOCIATED WITH AN ENGINE. KUMAR Ajith, RAMACHANDRAPANICKER Somakumar, FLYNN Paul, BANERJEE Arijit, MUKHERJEE Rupam, GENERAL ELECTRIC COMPANY, KRAMER John A, March 21, 2013: WO/2013/039723

[en] Methods and systems are provided for an engine (110) and associated auxiliary equipment (130, 140). A condition of the auxiliary equipment (130, 140) may be diagnosed based on information provided by signals from a generator (120) operationally connected to the auxiliary equipment (130, 140) an ...


3
Somakumar R
BANERJEE Arijit, KUMAR Ajith Kuttainnair, TIWARI Arvind Kumar, MUKHERJEE Rupam, RAMACHANDRAPANICKER Somakumar, FLYNN Paul Lloyd, SRILATHA Boyanapally: [fr] SYSTÈMES ET PROCÉDÉS PERMETTANT DE RÉALISER UN DIAGNOSTIC SUR UN MOTEUR, [en] SYSTEMS AND METHODS FOR DIAGNOSING AN ENGINE. BANERJEE Arijit, KUMAR Ajith Kuttainnair, TIWARI Arvind Kumar, MUKHERJEE Rupam, RAMACHANDRAPANICKER Somakumar, FLYNN Paul Lloyd, SRILATHA Boyanapally, GENERAL ELECTRIC COMPANY, KRAMER John A, March 21, 2013: WO/2013/039722

[en] Methods and systems are provided for an engine (110). A condition of the engine (110) may be diagnosed based on information provided by signals (170) from a generator (120) operationally connected to the engine (110) and/or other signals (160, 162) associated with the engine (110). Different ty ...


4
Somakumar R
KUMAR Ajith, RAMACHANDRAPANICKER Somakumar, FLYNN Paul, BANERJEE Arijit, MUKHERJEE Rupam: [fr] SYSTÈMES ET PROCÉDÉS PERMETTANT DE RÉALISER UN DIAGNOSTIC SUR UN MOTEUR, [en] SYSTEMS AND METHODS FOR DIAGNOSING AN ENGINE. KUMAR Ajith, RAMACHANDRAPANICKER Somakumar, FLYNN Paul, BANERJEE Arijit, MUKHERJEE Rupam, GENERAL ELECTRIC COMPANY, KRAMER John A, March 21, 2013: WO/2013/039725

[en] Methods and systems are provided for an engine (1 10). A condition of the engine (1 10) may be diagnosed based on information provided by signals from speed sensors (160) associated with the engine (110) and/or other signals associated with a generator (120) operationally connected to the engin ...


5
Somakumar R
KUMAR Ajith, RAMACHANDRAPANICKER Somakumar, FLYNN Paul, BANERJEE Arijit, MUKHERJEE Rupam: [fr] SYSTÈMES ET PROCÉDÉS POUR DIAGNOSTIQUER UN MOTEUR, [en] SYSTEMS AND METHODS FOR DIAGNOSING AN ENGINE. KUMAR Ajith, RAMACHANDRAPANICKER Somakumar, FLYNN Paul, BANERJEE Arijit, MUKHERJEE Rupam, GENERAL ELECTRIC COMPANY, KRAMER John A, March 21, 2013: WO/2013/039726

[en] Methods and systems are provided for an engine (110). A condition of the engine (110) may be diagnosed based on a combustion torque profile of the engine (110) estimated using signals from a generator (120) operationally connected to the engine (1 10) and/or other signals associated with the en ...


6

7
Erkin B. Nurgaliov
叶尔肯・拜山: 选择性发动机及其控制方法. 叶尔肯・拜山, 张岱, 北京中伟智信专利商标代理事务所, September 23, 2009: CN200910135839.5

本发明公开了一种选择性发动机及其控制方法,为解决现有发动机浪费能源等问题而发明。本发明的选择性发动机,包括多缸发动机,所述的发动机设有两个以上的气缸,每个气缸与进油管,进气管和排气管相连通,还包括一个气缸选择控制器;所述的气缸选择控制器用于接收指令以使某些气缸处于工作状态或使全部气缸处于工作状态。本发明发动机的控制方法,其特征在于:选择性的控制多缸发动机中的某些气缸处于工作状态或全部气缸处于工作状态。采用上述的结构和方法,使用户可以选择性的控制多缸发动机中运行气缸的数量。即相对于8缸的发动机来说,我们可以有选择的使部分气缸工作,如只工作2个缸、4个缸或6个缸,从而适应不同的需求,以节约大量的能 ...


8
Matthias Bauer
Rolf Kohler, Matthias Kottmann, Matthias Bauer: Method and device for monitoring the direction of rotation of a piston engine. Robert Bosch, Kenyon & Kenyon, December 13, 2005: US06975935 (21 worldwide citation)

A method and device for detecting the rotation direction of a piston engine, internal combustion engine or piston compressor. The piston engine includes at least one cylinder, a piston movable back and forth in the cylinder, a cylinder chamber formed inside the cylinder which is delimited by an inne ...


9
Manoj Gokhale
Manoj Prakash Gokhale, Yogesh Kumar: Quick engine startup system and method. General Electric Company, GE Global Patent Operation, John A Kramer, July 12, 2011: US07975666 (8 worldwide citation)

A technique is provided for improved response of internal combustion engines to increased load demands. The engine is equipped with an air storage tank that stores compressed air. The air may be stored at an elevated pressure (e.g., manifold air pressure) during normal full load operation of the eng ...


10
Manoj Gokhale
Manoj Prakash Gokhale: Locomotive engine multi-fuel control system and method. General Electric Company, GE Global Patent Operation, John A Kramer, August 9, 2011: US07996147 (4 worldwide citation)

A method, in certain embodiments, includes controlling a first parameter set (e.g., fuel injection timing, engine speed, etc.) of an engine to reduce specific fuel consumption to account for a plurality of different fuels alone or in combination with one another. The method also may include controll ...



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