Cylinder firing control method, system and readable storage medium applied to engine
An ignition control and engine technology, applied in automatic control, automatic control, electrical automatic control, etc., can solve the problem of no software strategy optimization scheme, and achieve the effect of avoiding design rework, reducing jitter, and reducing hardware costs
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[0041] First of all, the starting process of the engine in the prior art is briefly introduced. It is well known to those skilled in the art that the ignition angle of each ignition when the engine starts is determined in advance according to the calibration of the whole vehicle, that is, the first ignition of the whole vehicle is calibrated. The ignition angle is a 1 , the ignition angle of the second ignition is a 2 , and so on, the ignition angle of the i-th ignition is a i . For a three-cylinder engine, there are two ignition sequences of the three cylinders, 1-2-3 and 1-3-2. No matter which ignition sequence is used, the ignition angle during sequential ignition is in accordance with a1 , a 2 ,...,a i are executed in sequence.
[0042] As mentioned in the background art, the existing engine has a problem of jitter when starting at a low speed. Taking a three-cylinder engine as an example, the inventor found after research that the jitter at the start-up stage of the ...
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