Vehicle speed control method and device of two-wheeled vehicle, storage medium and equipment

Abstract

The invention discloses a vehicle speed control method and device of a two-wheeled vehicle, a storage medium and equipment. The method comprises the steps that firstly, driving data such as the load capacity, the wind resistance coefficient and the current vehicle speed of a target two-wheeled vehicle are obtained; then, according to the load capacity and the wind resistance coefficient of the target two-wheeled vehicle, the reasonable vehicle speed range of the target two-wheeled vehicle is calculated through a dynamic load speed measurement algorithm; then, whether the current speed of the target two-wheeled vehicle is within the reasonable speed range of the target two-wheeled vehicle or not is judged, and whether the target two-wheeled vehicle is controlled to be decelerated or not is determined according to the judgment result, so that driving safety of the target two-wheeled vehicle is guaranteed. The reasonable vehicle speed range is determined according to the load capacity and the wind resistance coefficient of the target two-wheeled vehicle, and then whether the current vehicle speed is within the reasonable vehicle speed range is judged, so that intelligent vehicle speed control of the target two-wheeled vehicle in the driving process can be realized according to the judgment result under the condition that the load capacity and the wind resistance coefficient change continuously, and the driving safety of the target two-wheeled vehicle is improved. Therefore, the driving safety is ensured.

Description

technical field [0001] The present application relates to the technical field of vehicles, in particular to a method, device, storage medium and equipment for controlling the speed of a two-wheeled vehicle. Background technique [0002] With the rapid development of intelligence, lifestyles including travel are also being affected. Smart cars are vehicles that have received relatively high attention in the field of unmanned driving and can automatically control vehicle speed, identify pedestrians, and identify signal lights. However, two-wheeled vehicles (such as electric two-wheeled vehicles), as a means of transportation with a huge amount of usage, have relatively low development in the direction of intelligence. [0003] However, the current two-wheeled vehicles also have irregular driving conditions such as overweight and speeding, which greatly increase the probability of traffic accidents. At present, the maximum speed that two-wheeled vehicles can reach can only be...

AI Technical Summary

Problems solved by technology

[0003] However, the current two-wheeled vehicles also have irregular driving conditions such as overweight and speeding, which greatly increase the probability of traffic accidents

At present, the maximum speed of two-wheeled vehicles can only be controlled simply from the source of two-wheeled vehicle manufacturers, but the speed of two-wheeled vehicles during driving cannot be controlled in real time, and problems such as overloading and speeding cannot be effectively solved.

And at present, it is only possible to realize the overload control of heavy vehicles. For example, based on the maximum speed limit value of the road section, a dynamic speed limit model for the individual attributes of heavy vehicles is established, and the speed limit of overloaded heavy vehicles is obtained comprehensively.

However, it does not involve the speed control scene of the two-wheeled vehicle during driving, which is not conducive to the driving safety of the two-wheeled vehicle

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