Vehicle with navigation system and brake electric energy recovery subsystem

Abstract

The invention relates to a vehicle with a navigation system and a brake electric energy recovery subsystem. The navigation system comprises a navigation device and a plurality of camera devices arranged on the periphery of the vehicle. The navigation device comprises a gyroscope for acquiring a traveling direction of a vehicle, a GPS module for acquiring a traveling position of the vehicle, a datamemory for storing map data and street view data, a processor module and a display module. The lens of the camera device is provided with a light shield; when the vehicle travels according to a preset navigation path, the camera devices follow the vehicle to photograph the real-time scene around the current vehicle in real-time. If there is a complex intersection ahead, the processor module matches the real-time scene with the street scene of the corresponding position stored in the data memory, and simultaneously judges the position, the road and the correct driving direction of the currentvehicle by combining the preset navigation path, wherein the real-time scene is matched with the street scene of the corresponding position stored in the data memory. Then the display module is controlled to display the corresponding navigation image.

Description

technical field [0001] The invention relates to the field of navigation, in particular to a vehicle using a navigation system and a braking electric energy recovery subsystem. Background technique [0002] In the actual navigation process of the navigator, due to the untimely update of the map and the low accuracy of the navigation signal, the vehicle travels to a complex intersection (referring to a roundabout with multiple intersections, a cross-shaped fork, a rice-shaped intersection, and an urban elevated road). When going up the intersection of crossings, etc.), the instructions of the navigator or the navigation instruction image are often lagging behind, or even wrong, or the navigation image is difficult to accurately match the actual road conditions, which easily causes the driver to drive into the wrong driving route. How to avoid the above-mentioned technical problems is a technical problem in the navigation field. Contents of the invention [0003] The purpose...

AI Technical Summary

Problems solved by technology

[0002] In the actual navigation process of the navigator, due to the untimely update of the map and the low accuracy of the navigation signal, the vehicle travels to a complex intersection (referring to a roundabout with multiple intersections, a cross-shaped fork, a rice-shaped intersection, and an urban elevated road). When going up the crossing, etc.), the instructions of the navigator or the navigation instruction image often lag behind, or even make mistakes, or the navigation image is difficult to accurately match the actual road conditions, which easily causes the driver to enter the wrong driving route

Images