Vehicle information integration platform

Abstract

The invention provides a vehicle information integration platform which comprises a database, a display, an operation interface, a processor and a dimensionality unit. The database is used for storing vehicle maintenance data and vehicle condition data, can be on-line with another external database and is synchronously updated with the database. The operation interface is used for inputting and displaying the maintenance data and the vehicle condition data. The processor enables the input data and the vehicle condition data to undergo integration analysis according to characteristics such as persons, things, time, places and objects, be classified in the database, be arranged in a resource area of the dimensionality unit according to combined time of the input data and the vehicle condition data, and be displayed through the display. Users directly perform editing operation on working items in the dimensionality unit of the operation interface, transaction of the working items in the resource area is converted to input data, real-time input and the maintenance data and real-time display of the data on the display are achieved, data in the database are updated synchronously, and vehicle maintaining scheduling is finished.

Description

technical field [0001] The invention relates to a vehicle information integration platform, in particular to a resource integration platform capable of real-time two-way input and display of vehicle factory maintenance information through an operation interface. Background technique [0002] Automobile after-sales maintenance service has a very high value in the automobile industry, and is much higher than automobile manufacturing and assembly. It is one of the main sources of profit in the automobile industry, so vehicle maintenance is the focus of operation and management. The resources that the maintenance workshop can use are limited, so it is impossible to handle a large number of maintenance vehicles at the same time, so the allocation of resources is very important. If the allocation is not proper, it will affect the efficiency of maintenance operations and increase the time for maintenance processing; in this way, the waiting time of customers will become shorter. If...

AI Technical Summary

Problems solved by technology

The resources that the maintenance workshop can use are limited, so it is impossible to handle a large number of maintenance vehicles at the same time, so the allocation of resources is very important. If the allocation is not proper, the efficiency of maintenance operations will be affected and the time for maintenance processing will be increased; in this way, the waiting time of customers will become shorter. Long, it will cause long queues of waiting customers, customer satisfaction will decline, resulting in the loss of customers

[0003] There is a kind of information integration system as described in Chinese Taiwan TW I297120 patent, through the different display blocks displayed on the screen, the real-time information of each software can be displayed individually, and the real-time information can be prompted to the user in a unified manner. However, This kind of integrated system can only display real-time information in one direction, and the displayed information cannot provide users with an interface for data input, which is quite inconvenient

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