System and method for identifying whether angle and distance between vehicle orientation and road are correct or not

Abstract

The invention provides a system and a method for identifying whether the angle and the distance between a vehicle orientation and a road are correct or not. The vehicle orientation and the directionsof road shoulders, blind lanes and parking markings of roads in front or a vehicle and behind the vehicle by using an image photographed by a client APP system to form angle and distance data, a device and method for determining whether a shared vehicle is parked reasonably, as well as an orientation sensor, an electronic map, a geolocation module and an inclination angle sensor are also provided,data are collected to identify the posture of the vehicle, the above identification method is used for restricting users to completely park shared bicycles within fixed ranges on both sides of roadsafter using the shared bicycles without disorderly parking and placing the shared bicycles in residential areas, office areas, schools and small roads. The problems that the shared bicycles, shared electric vehicles and shared scooters reel right and left and are disorderly parked and placed in the prior art are solved, and a solution is provided for the tidy parking and use of shared vehicles inintelligent cities.

Description

Technical field: [0001] The invention belongs to the field of shared bicycles, shared electric vehicles, and shared scooters, and in particular relates to a management method for identifying vehicle parking and use by an intelligent shared bicycle, shared electric vehicle, and shared scooter client APP system. Background technique: [0002] The existing shared bicycles, shared electric vehicles, and shared scooters are randomly parked and rickety in the city, which has become an important problem affecting the city appearance. The existing technologies include the electronic fence method, the vehicle camera shooting method, and the gyroscope method to identify the parking of shared bicycles. There are the following technical defects. The electronic fence is used because the accuracy of satellite positioning has an error of 1 to 10 meters, and the identification is not accurate. ;Using a vehicle-mounted camera, the cost of related equipment installed on the vehicle is high; t...

AI Technical Summary

Problems solved by technology

The existing technologies include the electronic fence method, the vehicle camera shooting method, and the gyroscope method to identify the parking of shared bicycles. There are the following technical defects. The electronic fence is used because the accuracy of satellite positioning has an error of 1 to 10 meters, and the identification is not accurate. ;Using a vehicle-mounted camera, the cost of related equipment installed on the vehicle is high; the gyroscope is very accurate in identifying the moving angle, but when identifying a parked and stationary shared bicycle, the angle error of a fixed and stationary vehicle is large and the accuracy rate is low; therefore, an accuracy is required High-efficiency, low-cost equipment and method for identifying orderly parking of vehicles

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