Split navigation system, working method and vehicle
A vehicle and automobile technology, applied in the field of navigation, can solve problems such as inability to take out, inconvenient operation, etc., to achieve the effect of avoiding line pressure, avoiding tail flicking, and correcting the turning radius
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Embodiment 1
[0027] Such as figure 1 As shown, Embodiment 1 provides a navigation system, including: a hand-held display unit, which is suitable for detachable installation in the control position of the car; a power supply interface is provided in the control position of the car, After controlling the position in the car, the rechargeable battery interface of the handheld display unit is connected to the power supply interface; and the navigation unit of the navigation system is located in the car center console, and the navigation unit is connected to the handheld display unit through a built-in wireless module.
[0028] Specifically, the handheld display unit includes: a touch screen, a slave processor module connected to the touch screen, and a slave wireless module connected to the slave processor module. That is, the handheld display unit can display navigation unit operations, navigation settings, and data on the touch screen. The user can perform corresponding navigation operation...
Embodiment 2
[0048] On the basis of Embodiment 1, Embodiment 2 provides a working method of the navigation system.
[0049] Described navigation system comprises navigation unit, and this navigation unit comprises: processor module, the GPS module that links to each other with this processor module, data storage module; Described data storage module stores map data, vehicle type turning radius data; Described working method It includes: the processor module is adapted to plan a navigation route according to the current location of the vehicle and the input target location, and in combination with the turning radius data of the current vehicle. .
[0050] The processor module is adapted to pre-calculate several preliminary planning navigation paths between the vehicle's current location and the input target location; and search for corresponding curved road sections in each preliminary planning navigation path, and turn The radius data filters each curved road section, that is, obtains the...
Embodiment 3
[0056] Such as Figure 3a , Figure 3b with Figure 3c As shown, on Embodiment 1, Embodiment 3 provides a vehicle.
[0057] The front of the vehicle is provided with multiple rows of front wheels, and each row of front wheels corresponds to an independent steering device and a driving device, and each steering device and driving device are connected to a vehicle-mounted electronic ECU system, and the vehicle-mounted electronic ECU system is connected to the vehicle-mounted electronic ECU system. connected to the navigation system.
[0058] The vehicle-mounted electronic ECU system is connected with the vehicle-mounted panoramic camera device, and photographs the turning posture of the vehicle, specifically detects whether the vehicle is in the current lane, and feeds back the detection result to the vehicle-mounted electronic ECU system.
[0059] When the vehicle enters a curve, it first uses the first row of front wheels as the main steering wheel to make a turning action,...
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