Remote control method and system for smart tea bag packaging machine

Abstract

The invention discloses a remote control method and system for a smart tea bag packaging machine, and the system comprises the smart tea bag packaging machine, an industrial remote gateway, an IP cloud camera, an industrial computer, a mobile phone, and a cloud server, wherein remote control terminals such as the industrial computer and mobile phone establish a network connection with the industrial remote gateway at the production site through the cloud server; the PLC controller and IP cloud camera in the smart packaging machine are connected to the industrial gateway. The remote control system is good in real-time control effect and simple in operation of the remote human-machine interface, and can remotely and centrally monitor the field equipment at any time and place through the remote control terminal, which can not only meet the needs of equipment suppliers for remote debugging, but also facilitate the user of the equipment to monitor the operating status and data of the equipment anywhere, thereby achieving remote monitoring and predictive maintenance of the performance of on-site equipment, and further reducing management costs and improving economic efficiency.

Description

technical field [0001] The invention belongs to the fields of optomechanical-electrical integration, industrial electrical automatic control and industrial remote network control, and in particular relates to a remote control method and a remote control system of an intelligent teabag packaging machine. Background technique [0002] The automatic tea bag packaging machine is a special packaging machine for high-quality and high-efficiency tea bag production. It has cutting, weighing, bag making, tea filling, inner bag sealing, inner bag cutting, labeling, and cotton thread , outer bag forming, inner bag into outer bag, outer bag sealing, finished product cutting and other processes. Due to the high degree of automation and many processes, the equipment has the following characteristics: First, due to the complex structure of the equipment, in order to ensure the normal operation of the equipment, it is necessary to monitor some key parts of the equipment in real time, so tha...

AI Technical Summary

Problems solved by technology

The disadvantages of this method are: 1. The equipment cannot be managed in a centralized manner. If the failure is not found in time, it will cause a large number of waste products and long-term shutdown, increase the production cost, and reduce the production efficiency; 2. The operation performance of the vulnerable parts of the equipment cannot be monitored in real time. Monitoring, only when the equipment fails can passively analyze the cause and replace the parts, thereby increasing the downtime of the equipment; 3. The production data needs to be manually recorded and saved in real time, which is cumbersome and prone to problems such as omission and misrecording; 4. Technical problems (especially program upload, download, online debugging, etc.) require engineers to travel to the equipment site for processing, high maintenance costs, and slow response

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