Automatic engine protection system and method after automobile wading
An automatic protection and engine start-up technology, applied to engine components, engine control, machine/engine, etc., can solve problems such as engine connecting rod deformation, driver economic loss, piston, cylinder damage, etc., to prolong service life, The effect of reducing economic loss and covering a wide range
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Embodiment 1
[0040] Such as figure 1 As shown, an automatic engine protection system for automobiles after wading includes a power supply I and an engine starting unit. The engine starting unit includes an engine starting circuit connected in series and an ignition switch K3 for controlling engine starting. One end of the ignition switch K3 is connected to the power supply I. Positive pole, one end of the engine starting circuit is grounded, and also includes a water level monitoring control unit that disconnects the engine starting circuit by monitoring the water level. The water level monitoring control unit includes:
[0041] Power supply II that provides electric energy for the electrical components of the water level monitoring control unit;
[0042] The water level sensing circuit that is turned on when the water level reaches the alarm level; the water level sensing circuit includes a low water level monitoring electrode A, a high water level monitoring electrode B, a resistor R1 an...
Embodiment 2
[0050] A method for automatically protecting the engine of an automobile after wading through water as in Embodiment 1, comprising the steps of:
[0051] S1, ignite and start the engine;
[0052] S2, if the water level is lower than the alarm water level, then continue to keep the engine running; if the water level reaches the alarm water level, then enter the S3 step; if the water level is lower than the alarm water level, the resistance between the low water level monitoring electrode A and the high water level monitoring electrode B is relatively low Large, the transistor V1 is in the cut-off state, and the engine continues to maintain the idling start-stop function; if the water level reaches the alarm level, enter step S3; the alarm level is the position of the high water level monitoring electrode B.
[0053] S3. After the water level reaches the alarm water level, the water level sensing circuit is turned on; the water level sensing circuit is turned on by connecting th...
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