Internet-based social carrier vehicle resource cloud scheduling sharing method

Abstract

The present invention provides an Internet-based social carrier vehicle resource cloud scheduling sharing method which comprises the following steps: (S1) a carrier vehicle company inputs idle vehicle information to a carrier vehicle sharing platform, (S2) the carrier vehicle sharing platform generates the management list of vehicles to be rented, (S3) a demand side selects a vehicle, (S4) the demand side pays money to the carrier vehicle sharing platform for freezing after the vehicle is selected and agrees to vehicle taking, vehicle using, vehicle returning, vehicle checking and evaluating issues, (S5) after the demand side returns the vehicle or gives an evaluation, the carrier vehicle sharing platform pays the money to the carrier vehicle company, and (S6) the state of the selected vehicle is modified, if the vehicle is idle, the state of the vehicle is changed into the state of to be rented, and if the vehicle is for personal use, the state of the vehicle is changed into the state of a recovered vehicle. According to the method, the idle vehicles are subjected to online, model selection, borrow, bargaining, evaluation and payment conveniently by the carrier vehicle company, the smooth, convenient and rapid transaction is ensured, and after-sales issues are easily handled.

Description

technical field [0001] The present invention relates to a vehicle dispatching and sharing method, in particular to an Internet-based social operation vehicle resource cloud dispatching and sharing method. Background technique [0002] Operating vehicle companies, such as car rental companies and logistics companies, generally have relatively few vehicles due to financial or personnel reasons, but they often encounter large order customers, and the insufficient vehicles will be borrowed from other familiar or friend leasing companies. Call one by one to discuss the vehicle, usage time, price and other expenses, and then go back to discuss with the customer to adjust the customer's vehicle needs; after several rounds, it takes a lot of phone calls and communication in many languages, and there is no record for both parties And credit and transaction guarantee; if a large customer needs dozens of vehicles of the same model at the same time, the current method can hardly meet th...

AI Technical Summary

Problems solved by technology

[0004] Such a secondment vehicle model requires multiple phone calls to inquire about the vehicle situation. If a driver is needed, the driver’s situation needs to be consulted. Sometimes it is necessary to ask multiple peers or companies to find the vehicle. Sometimes when the number of vehicles required is large, Because of the familiar circle, if you can’t find the number of vehicles requested by the customer, you can’t make this order; making repeated calls is very inefficient, which also prolongs the customer’s waiting and reduces the service; and there are also some after-sales problems when returning the car. Such as: communication or vehicle accidents, etc., it is difficult to communicate and coordinate with the vehicle owner, resulting in great uncertainty in later cooperation, and even some unnecessary economic disputes

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