Fast car-hailing method and system based on augmented reality somatosensory technology

Abstract

The invention discloses a rapid car-hailing method and system based on an augmented reality body feeling technology. The method includes: a bluetooth search signal triggered by a passenger is received, real-time polling search of bluetooth hot spots is performed according to a preset algorithm, and a primary driver list is obtained; information of drivers in order-listening states is screened fromthe primary driver list according to an order-receiving rule, and a secondary driver list is formed; a passenger mobile terminal receives vehicle body information of the secondary driver list, scanssurrounding vehicles to recognize the online hailed car, and displays corresponding vehicle body information on the online hailed car in a scanned image according to the distance; and a server receives the vehicle body information of the online hailed car selected by a passenger, and pairing is successfully established. According to the method and system, the passenger can clearly distinguish which vehicles are available platform online hailed cars as long as he scans surrounding live-action and can visually see the vehicle body information of the online hailed cars with the combination of theaugmented reality body feeding technology so that the match is rapidly established, the order distribution step is simplified, and the order-forming speed is greatly increased.

Description

technical field [0001] The invention relates to the technical field of online car-hailing, in particular to a fast car-hailing method and system based on augmented reality somatosensory technology. Background technique [0002] With the development of the mobile Internet, intelligent transportation systems have become popular, and a variety of mobile Internet-based car-hailing services have appeared on the market. In the existing car-hailing service software, after the passenger starts the passenger app, the map is loaded, and the obtained passenger GPS location is marked on the map, and the coordinate information of all vehicles within a certain range around is displayed on the map. Enter the departure place and destination to initiate a car-calling request. The server receives the request and pushes it to the matching driver through the dispatching system. After the driver-end App receives the car-calling request, it clicks the confirmation button to realize the order rece...

AI Technical Summary

Problems solved by technology

[0004] The Chinese patent application number is CN201610658540.8, which discloses "a real-time intercom call-hailing method, which completes the car-hailing event through the passenger terminal-call dispatcher-driver terminal real-time intercom mode, without the need for a vehicle company Transfer at the service desk, directly contact the driver, and negotiate the car-hailing service”, which directly establishes a call with the driver through the form of voice broadcast, but must go through the dispatching system in the middle, and the process of establishing the connection is cumbersome and inefficient

"Although the patent uses 360° real scene shooting, it only realizes the real scene navigation function from the driver to the starting point of the passengers.

It does not solve the need for quick matching of moving vehicles and passengers within a short distance, and it does not solve the demand for short-distance fast ordering, that is, sending a car without relying on inputting the origin and destination

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