Method for setting up parameter to electric vehicle controller
An electric vehicle controller and parameter configuration technology, applied in electric vehicles, electrical program control, control drive, etc., can solve problems such as increasing the difficulty of system operation, increasing system risk and cost, and increasing system complexity, so as to reduce risks and reduce costs. Cost, reduce the difficulty of operation, reduce the effect of complexity
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Embodiment 1
[0041] Embodiment one: implement the specific method of the present invention in electric vehicle controller:
[0042] Electric vehicle controller is a typical embedded system product. It contains a microcontroller and its associated circuits. Its typical input devices include: accelerator (for example: handlebar, pedal, etc.), brake (brake handle, pedal, etc.), etc.; typical output devices include: indicator light, horn (buzzer, etc.) and so on. The configuration of the electric vehicle controller can be completed by using these existing conventional input and output devices, and the method is as follows:
[0043] In conventional designs, users are usually prohibited from performing some dangerous and unreasonable operations. For example: set the accelerator to the acceleration state, and then turn on the controller power (this operation is called "high pedal"); or set the accelerator to the acceleration state, and use the brake at the same time. If the user performs the a...
Embodiment 2
[0056] Example 2: Use accelerators to form quantitative intentions through qualitative operations:
[0057] 1. For a one-way accelerator, initialize the internal variable A of the controller (the parameter that needs to be configured) to 0. definition:
[0058] 1. Every time the accelerator changes from non-accelerating state to accelerating state, A will be incremented by 1;
[0059] 2. If there is no input signal for 2 seconds, it means that the user has finished inputting;
[0060] 3. After the user completes the input, the value of variable A is the data entered by the user this time. For example: use 'back' to indicate that the accelerator is in the non-acceleration state for no more than 2 seconds; use 'plus' to indicate that the accelerator is in the acceleration state; use 'stop' to indicate that the accelerator is in the non-acceleration state for more than 2 seconds. If the user operates the accelerator in the following sequence: back, add, back, add, back, add, s...
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