Equipment monitoring and controlling system of instrument

Abstract

The invention discloses an equipment monitoring and controlling system of an instrument. An equipment information description module describes and defines equipment. An equipment operation and configuration module performs parameter configuration on an information item. An equipment operation and management module sets up the service environment when the equipment is controlled and operated. An equipment order dispatching module receives equipment program control orders input by all users and is matched with orders in an equipment program control order list. If matching succeeds, an executing successive sequence of the equipment program control orders is planned, and an equipment order executing module is triggered. The equipment order executing module verifies input parameter values corresponding to the equipment program control orders input by all the users. If verification is passed, a parameter format is input according to the order required by a control protocol of the equipment, and input parameters are coded and sent to corresponding equipment. An order executing result is waited to be sent back by the equipment, and the executed result is sent to an equipment parameter decoding managing module which decodes the executed result and sends back the equipment order executing condition to the users.

Description

Technical field [0001] The invention relates to an instrument equipment monitoring and control system. Background technique [0002] In the test work and integrated monitoring system, it involves the use of instruments and equipment for excitation, measurement data, acquisition results, response abnormalities, etc., for the same measurement function, different instrument and equipment manufacturers, their electrical interface design, control flow, control Protocols, electrical connection methods, etc. are not the same, resulting in different control methods for various instruments and equipment. In the process of building automated test systems and integrated monitoring systems, it is difficult to complete the unified control of various equipment, and a large number of special cases are required. System integration work creates great obstacles. With the expansion of the scope of system integration and the increase of equipment types, the contradictions generated become more and m...

AI Technical Summary

Problems solved by technology

[0002] In the test work and the integrated monitoring system, it involves the use of instruments and equipment to stimulate excitation, measure data, collect results, and respond to abnormalities. Protocols, electrical connection methods, etc. are not the same, resulting in different control methods for each instrument and equipment. In the process of building an automated test system and an integrated monitoring system, it is difficult to complete the unified control of various equipment, and a large number of special cases are required. System integration work creates great obstacles. With the expansion of the scope of system integration and the increase of equipment types, the contradictions generated become more and more prominent and serious, which greatly increases the complexity of the system and reduces the production efficiency.

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