Intelligent remote parameter monitoring system for manned spacecraft manufacturing equipment production line

Abstract

The invention discloses an intelligent remote parameter monitoring system for a manned spacecraft manufacturing equipment production line. The intelligent remote parameter monitoring system comprisesa plurality of data acquisition systems, a plurality of local computers and a database server, wherein the plurality of data acquisition systems are correspondingly connected with the plurality of local computers, the plurality of local computers are connected with the database server, and each data acquisition system comprises a field controller, a camera, a card reader and a scanning gun; and each local computer is provided with an OPC client, a local database and a local parameter monitoring system. The database server is provided with a data synchronization system, a system database and aninformation integration remote monitoring system. According to the invention, local monitoring and remote monitoring of a plurality of equipment parameters are realized on a manned spacecraft manufacturing equipment production line. According to the invention, the production state and production data of each device can be remotely checked in real time by connecting with the Internet in a conference room large screen or an office terminal, and remote monitoring and management of field devices and task completion conditions are realized.

Description

technical field [0001] The invention belongs to the technical field of industrial equipment parameter monitoring, and in particular relates to an intelligent remote parameter monitoring system for a manned spacecraft manufacturing equipment production line. Background technique [0002] There are many types of spacecraft research and development, complex technical status, many types of manufacturing equipment, and a large amount of production information and quality information. Most of the equipment mainly relies on the method of manually collecting information from the process record card. This method has low efficiency and poor reliability. The reliability data package is incomplete, not detailed or targeted, and the traceability is poor, and the means to support refined quality management are insufficient. [0003] The parameter monitoring of some manufacturing equipment is mainly to realize the real-time monitoring of the parameters of the field equipment through the to...

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Problems solved by technology

[0002] There are many types of spacecraft research and development, complex technical status, many types of manufacturing equipment, and a large amount of production information and quality information. Most of the equipment mainly relies on the method of manually collecting information from the process record card. This method has low efficiency and poor reliability. Reliability data packages are incomplete, not detailed or pertinent, poor traceability, insufficient means to support refined quality management

[0003] The parameter monitoring of some manufacturing equipment is mainly to realize the real-time monitoring of the parameters of the on-site equipment through the touch screen. This method can only see the operation status of a certain equipment on site, and it is difficult to see the operation status of other equipment synchronously and remotely.

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