Automatic recovery intelligent vehicle and management method thereof

Abstract

The invention discloses an automatic recovery intelligent vehicle and a management method thereof. The automatic recovery intelligent vehicle comprises a vehicle body, driving wheels, universal wheels, a vehicle code plate, an electric control box, a storage battery, a charger, a driver, a controller, a camera, distance measuring sensors, proximity sensors and the like. The driving wheels and theuniversal wheels are installed on the lower side of the vehicle body. The electric control box is installed in the vehicle body. The storage battery, the charger, the driver and the controller are installed in the electric control box. The camera is installed on the front upper side of the vehicle body. The distance measuring sensors are installed on the front lower side of the vehicle body. The proximity sensors are installed on the periphery of the vehicle body. The controller is provided with a Bluetooth communication interface and a WIFI communication interface and connected with the camera, the distance measuring sensors, the proximity sensors and the driver through electric signals. The driver is electrically connected with motor windings of the driving wheels. A user acquires and returns the right to use of the automatic recovery intelligent vehicle by scanning a code on the vehicle code plate through a mobile communication device. After the user returns the right to use, the automatic recovery intelligent vehicle can automatically return to a preset position, convenience is provided for the user, and meanwhile vehicle recovery personnel are saved.

Description

technical field [0001] The invention relates to the field of mobile robot cars, in particular to an intelligent robot car that can be automatically recovered to a designated location, and an information management method for the robot car. Background technique [0002] Nowadays, supermarkets and shopping malls generally provide customers with free shopping carts, and airports, stations, etc. also provide passengers with free luggage carts, but these shopping carts and luggage carts need to be recycled by special personnel after customers use them up. In order to reduce the number of shopping cart recycling personnel, many shopping malls have adopted additional management measures, requiring customers to return shopping carts to designated places after use, but this has caused great inconvenience to customers. Although there are multiple shopping carts and luggage carts at present, none of them solve the problems of automatic recovery and information management. Contents of...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, supermarkets and shopping malls generally provide customers with free shopping carts, and airports, stations, etc. also provide passengers with free luggage carts, but these shopping carts and luggage carts need to be recycled by special personnel after customers use them up.

In order to reduce the number of shopping cart recycling p...

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