Automatic line remote monitoring system and method based on industrial cloud APP

Abstract

The invention relates to an automatic line remote monitoring system and method based on an industrial cloud APP, and belongs to the hydraulic machine automation line technical field. The system comprises an equipment layer which comprises the information acquisition networks distributed all over the world, wherein each information acquisition network comprises a plurality of sensors and a controller which are used for detecting the states of all parts of a hydraulic machine; and is characterized by also at least comprising an application layer used for receiving the detection information of the equipment layer and analyzing and diagnosing the working state of the hydraulic press according to the detection information, wherein the application layer comprises a data storage module, a platform module and a service module; a transmission layer which is used for realizing the data interaction between the equipment layer and the application layer, wherein the data storage module comprises areal-time data unit and a streaming media data unit, the transmission layer is composed of a VPN network, a 3G network and a 4G network, and the sensor and / or the controller carries out data interaction with the data storage module through the transmission layer.

Description

technical field [0001] The invention belongs to the technical field of hydraulic machine automation lines, and in particular relates to an automation line remote monitoring system and monitoring method based on an industrial cloud APP. Background technique [0002] With the continuous development of industry and the improvement of output and quality, highly automated and informatized hydraulic press automation line equipment is required. However, professional maintenance personnel for hydraulic press automation lines are scarce, operation and maintenance are difficult, and equipment is widely distributed, resulting in slow service response. High costs and poor communication of diagnosis and maintenance information. All of the above have seriously affected the equipment utilization rate and customer satisfaction, and also restricted the further expansion of operation and maintenance services. The traditional remote diagnosis method can only diagnose on-site industrial contro...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of industry and the improvement of output and quality, highly automated and informatized hydraulic press automation line equipment is required. However, professional maintenance personnel for hydraulic press automation lines are scarce, operation and maintenance are difficult, and equipment is widely distributed, resulting in slow service response. High cost, poor communication of diagnosis and maintenance information

All of the above have seriously affected the equipment utilization rate and customer satisfaction, and also restricted the further expansion of operation and maintenance services

The traditional remote diagnosis method can only diagnose on-site industrial controllers, and cannot realize real-time media flow information interaction, which affects the efficiency of remote diagnosis, cannot realize pre-warning maintenance and diagnosis, and cannot integrate business units into the operation and maintenance system. It is very important to improve service efficiency and improve the quality of remote diagnosis for automatic line remote monitoring system

Images