Taxi taking management service system suitable for micro-miniature operating vehicle

Abstract

The invention provides a taxi taking management service system suitable for a micro-miniature operating vehicle, which comprises an operating vehicle end, a passenger client and a background management platform, and is characterized in that the operating vehicle end comprises an order receiving module and a positioning module; the order receiving module receives order information of a client mobile terminal, and the positioning module positions real-time position information of an operating vehicle; the passenger client comprises an order generation module, a payment module and a positioning module; the order generation module forms an order according to the order information filled by the passenger and the service vehicle type; the payment module is used for the passenger to pay and settle according to the order information and the price generated by the service vehicle model; the positioning module is used for positioning the real-time position information of the passenger; the background management platform comprises an order allocation module and a settlement module; the order distribution module distributes orders according to the principle of proximity, and the settlement module calculates the price according to the order information. The invention provides quick, convenient, environment-friendly and short-distance service.

Description

technical field [0001] The invention belongs to the technical field of intelligent travel service management, and in particular relates to a taxi management service system suitable for micro and small operating vehicles. Background technique [0002] In the current densely populated cities, due to the complexity of traffic conditions, the following situations often occur: during the congestion period, passengers who need to take a taxi cannot choose to find a small operating vehicle. This asymmetry of taxi information wastes limited time. public resources, energy resources, and time resources for passengers and taxi drivers; there are also a large number of motorcycles, electric vehicles, and human-powered tricycles that are unsupervised and chaotic. Contents of the invention [0003] Aiming at the deficiencies in the prior art, the present invention provides a taxi management service system suitable for micro and small operating vehicles. [0004] In order to achieve the...

AI Technical Summary

Problems solved by technology

[0002] In the current densely populated cities, due to the complexity of traffic conditions, the following situations often occur: during the congestion period, passengers who need to take a taxi cannot choose to find a small operating vehicle. This asymmetry of taxi information wastes limited time. public resources, energy resources and time resources of passengers and taxi drivers; there are also a large number of unsupervised motorcycles, electric vehicles, and manpower tricycles, and the operation is chaotic.