Optical equipment monitoring system

Abstract

The invention provides an optical equipment monitoring system. The optical equipment monitoring system comprises a built-in test information acquisition device, an external test information acquisition device, a human-assisted acquisition input device, a monitoring device which is in communication connection with the built-in test information acquisition device, the external test information acquisition device and the human-assisted acquisition input device, and is configured to perform monitoring based on the built-in test information, the external test information and test point parameters, and a human-computer interaction interface which is in communication connection with the monitoring device so as to carry out real-time monitoring. According to the embodiment of the invention, the built-in test information, the external test information and the test point information can be comprehensively acquired, and the information can be monitored in real time by using convenient human-computer interaction. Therefore, the reliability of the monitoring is provided.

Description

technical field [0001] The invention belongs to the technical field of software development, in particular to an optical equipment monitoring system. Background technique [0002] The current health management system mainly collects the parameter information (internal information) of each subsystem inside the optical device (for example, theodolite) and the sensor parameter information (external information) placed at each key node of the system, and then screens the data. , diagnosis, analysis and other processing, complete the comprehensive health checkup and fault joint diagnosis of the whole system, and form a system health status resume to predict and evaluate the health status of the system. The health management system includes three parts: data acquisition system, fault prediction and health management platform, and service interface. [0003] The monitoring of many parameters of the optical system needs to be realized in combination with special optical detection e...

AI Technical Summary

Problems solved by technology

Among them, the static accuracy is mostly detected by shooting stars, and the dynamic accuracy is mostly carried out in combination with missions for calibration and flight comparison. It is difficult to carry out quantitative accuracy detection and analysis in the field environment

Therefore, the current monitoring of optical equipment is not perfect, and there is room for improvement

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