TH181099A - Control devices for internal combustion engines - Google Patents

Abstract

1 page of the number 1 page summary of the invention Direct injection injectors inject all fuel with the required amount of idle fuel. For idling operation and making the injectors separate the intake manifold not inject fuel from the second to The third time for the internal combustion engine to act idle from the second to the third time. Fuel cut operations where fuel is not injected from both a direct injection and a separate injection cavity. The intake is operated from the third time for the internal combustion engine to stop at or After the third time One or more direct injection and split intake injectors inject fuel. To allow the operation of the internal combustion engine to be restarted at the defined engine restart condition The advance is satisfactory under a state where the operation of the internal combustion engine stops at or after the third time.

Claims (1)

: Page 1 of number 1 page summary of invention Direct injection injectors inject all fuel with the required amount of idle fuel. For idling operation and making the injectors separate the intake manifold not inject fuel from the second to The third time for the internal combustion engine to act idle from the second to the third time. Fuel cut operations where fuel is not injected from both a direct injection and a separate injection cavity. The intake is operated from the third time for the internal combustion engine to stop at or After the third time One or more direct injection and split intake injectors inject fuel. To allow the operation of the internal combustion engine to be restarted at the defined engine restart condition Advance is satisfactory under a state where the operation of the internal combustion engine stops at or after a third time. Clause (Section One), which is displayed on the advertisement page: Page 1 of the Number 2 Claims. 1.Control devices for internal combustion engines used on such internal combustion engines, such internal combustion engines, which include: direct injection, which can inject fuel into the combustion chamber formed between floors. skin The inside of the cylinder and the piston drawn into the cylinder; And injectors with separate intake channels that can inject such fuel.