Remote monitoring system

Abstract

The invention discloses a remote monitoring system, including: a plurality of working machines, an external access device, a sensing module, a cloud monitor, a remote controller, and a network serverlinking the plurality of working machines, the sensing module, the cloud monitor and the remote controller, and the cloud monitor and the remote controller are connected to the external access device,thereby achieving remote control.

Description

technical field [0001] The invention relates to a remote monitoring system of a manufacturing plant, in particular to real-time monitoring and integrated management of production in the manufacturing plant. Background technique [0002] In traditional manufacturing factories, no matter what they manufacture, the most important assets are machine assets and human resources. In general manufacturing, human resources control machine assets to produce various items. [0003] The material preparation before manufacturing and the operation of the working machine need to rely on different human resources. The material preparation is the warehouse manager, who needs to accurately grasp the material information, and the machine operation is the operation technician, who can skillfully operate the machine and master the machine. In addition, machine maintenance and product quality management inspection must also rely on personnel from different professional fields. From this, we can u...

AI Technical Summary

Problems solved by technology

[0004] However, due to the rise of people-oriented awareness in recent years, the cost of human resources has gradually increased, and human resources are time-sensitive. In addition, machines will have different service lives due to different user habits and frequency. It cannot be accurately implemented, and product quality management data still has to rely on human resources to manually enter the database system. Overall, it is a major limitation for manufacturing factories to pursue profit maximization

In addition, the unexpected situation of the machine in the manufacturing factory often causes a lot of trouble for the on-site operators. In addition to the idle working time, they must also wait for the traffic of the maintenance personnel and the maintenance time, which often results in unnecessary cost waste. Moreover, the actual implementation of routine factory machine maintenance is mainly based on the schedule of the maintenance personnel. The previous maintenance time is used to calculate the next maintenance time. For example, the machine oil is maintained every three months. However, this kind of routine maintenance lacks the basis for actual machine use, and there is no reliable data to support the maintenance time of the machine.

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