Group air ticket transaction method and system based on computer system

Abstract

The present invention provides a group air ticket transaction method and system based on a computer system. The system group ticket transaction system comprises a management server and a client. The management server comprises a database and communicates with a civil aviation ticketing server. The management server is connected to an Air China payment platform, a mobile payment platform, and a settlement system. The client visits the management server through a web application. The management server comprises a group building module which exchanges data with the database, a group examination module, a fare group application module, a judgment module, a deposit payment module, an information improvement module, a fare payment module, a ticket issuing module. According to the system provided by the invention, the group air ticket bargaining management process is simplified, the booking of group air tickets by a travel agent or an individual team is facilitated, the working efficiency of an air company is improved, the time of ticket buying is saved, the ticket buying efficiency is improved, the working pressure of route members is reduced, and the practicability is high.

Description

technical field [0001] The invention relates to the technical field of air ticket ordering, in particular to a computer system-based group air ticket transaction method and system. Background technique [0002] With the continuous development of China's economy, the tourism industry has gradually become an important industry of the national economy. The tourism industry has made a huge contribution to the development of the aviation industry. The air passenger traffic is increasing every year, and the daily passenger flow of the airport is also increasing. . In recent years, with the continuous development of the tourism industry, more and more people choose to travel in groups or travel with travel agencies. The cost of this group travel is generally lower than that of traveling alone, especially to some countries and regions with language barriers. There are tour guides, which are very popular among tourists. [0003] Group tourism generally includes individual tourism a...

AI Technical Summary

Problems solved by technology

General travel agencies have regular air ticket agents as partners, but the profits are relatively low. In addition, for individual travel groups (serial groups or temporary groups), there is no cooperative air ticket agent, so they must contact each other through telephone, fax, or online chat. The tool constantly communicates and negotiates to complete the air ticket order. The negotiation process is not only cumbersome, but also cannot record the negotiation process. In addition, there are uncertainties in the contact person of each offline communication, and it is impossible to accurately track the later stage after the group ticket price is confirmed. The time limit for ticket issuance, the deposit or ticket payment is more troublesome. Not only does the flight attendant need to issue a deposit form, and then pay the deposit, but also the deposit or ticket needs to be paid on site. The order process is time-consuming and labor-intensive. In addition, the deposit refund The flight crew’s signature is required to return or issue a ticket, and the group contact person needs to continuously send someone to book, pay, and return the deposit multiple times. The booking operation is cumbersome and poor in practicality. In addition, the current e-commerce payment management There is the following technical problem. When it is necessary to modify some fields of multiple selected products in the product list in batches, the same fields of all or part of the selected products can only be saved after giving the same assignment, that is, batch modification needs to be given Products with the same value assigned to the same field; for the same field of different products, different assignments cannot be given in batches at the same time, for example, 3 products in A, B, and C in the product list are selected in batches, and each product has m, n Two fields, now need to assign a value of 0 to the m field of A and B products, and 1 to the n field of B and C products. According to the needs of the existing technology, they are operated separately and cannot be modified in batches. When the quantity is very large, the modification is more difficult. difficulty

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