Network integrated control method and network integrated control device for multichannel equipment

Abstract

The invention provides a network integrated control method and a network integrated control device for multichannel equipment. Based on an alarm technology of all quality control systems, an industrial network acquires quality alarm input information of all channels in real time and performs integrated control over equipment according to information, so that the output of products with abnormal quality is forbidden, quick reaction is realized, abnormal production is stopped and product quality of integral whole system production procedures is controlled.

Description

technical field [0001] The invention relates to the technical field of cigarette manufacturing, in particular to a multi-channel device network joint control method and device. Background technique [0002] The crimping machine and packaging machine are the key production equipment for cigarette manufacturing, and the two are connected by rolling and packaging auxiliary equipment. The wrapping process is the most important link in cigarette manufacturing, and the quality control of this process determines the quality of finished cigarettes. In actual production, the key factors affecting the product quality of the wrapping process include equipment process quality parameters, process paths, and production auxiliary materials. The existing cigarette manufacturing quality control system already has technologies such as wrapping process quality parameter control, auxiliary material control, and process path control. Due to safety and equipment management requirements, the afor...

AI Technical Summary

Problems solved by technology

The existing cigarette manufacturing quality control system already has technologies such as the quality parameter control of the wrapping process, the control of auxiliary materials, and the control of the process path. Due to the requirements for safety and equipment management, the aforementioned control systems cannot directly control the coiling machine and packaging machine. Instead, the system automatically pushes alarm messages, manually handles abnormalities and controls equipment downtime.

During the time from the sending of the message to the manual response, the abnormal product is still being produced, and at the same time, due to human negligence, the quality alarm is not processed, resulting in a quality accident

[0003] Although the existing packaging quality control technology can solve the production quality problem to a certain extent, the solution to the problem is lagging and accidental, and there is no effective control for rapid response and stopping abnormal production, eliminating human negligence, etc.

At the same time, the control systems of the coiling machine, packaging machine and auxiliary equipment are independent of each other and do not affect each other. The equipment cannot automatically, timely and accurately know and respond to quality abnormalities in the upstream and downstream links, and the overall quality control of the packaging production line cannot be achieved.

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