Combined environment test processing method

Abstract

Aiming to solve the problems of low coprocessing efficiency of experimental tests, and low universalization of experimental test application software in long time combined environment testing, the invention discloses a schedule-based unattended operation combined environment test processing method. The method employs a plurality of informationized handling modes to convert the implementation of a whole test into dynamic loading according to a preset ''schedule task sequence'' and to execute all assigned environment test application tasks, thereby realizing task state parameter presetting, visualized pre-drilling and unmanned automation control of a whole test process. The combined environment test processing method not only can substantially increase the universalization of experimental test application, but also can make an environment experimental test ordered and controllable; the method further improves an unmanned automation degree of long time testing, increases test technical personnel work efficiency, and ensures high efficiency, high quality and high benefit of a whole combined environment test.

Description

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AI Technical Summary

Benefits of technology

This patented technology improves upon existing tests by allowing for more flexibility during different stages or phases of testing while maintaining efficient operation. It allows users to set their own settings based on factors like temperature, humidity levels, etc., making it easier than previous methods that were limited individually. Additionally, this technology enhances overall performance through automatic control over various aspects such as running time, data collection speed, and other important steps within the environment's normal course of operations.

Problems solved by technology

Technological Problem addressed in this patented text relates to improving the efficient and effective integrated environmental testing systems described earlier in the industry. Current solutions require manual labor input from operators who manually set multiple operating modes over several months before analyzing the entire test campaign. Additionally, current integrating environments lack advanced capabilities like real-time monitoring and analysis tools due to limitations associated with conventional technology.

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