Knitting machine networking system and running process

Abstract

The invention discloses a knitting machine networking system and a running process. The knitting machine networking system comprises equipment terminals as an underlying data source, an employee operation point and an instruction processing point; a cloud server as a system maincenter, an information sending point, a receiving storage point and a processing center; and a user platform as an information display tool, a service reminding tool and an information downloading tool, wherein the cloud server is connected with the user platform through a line; and the cloud server and the equipment terminals are interconnected through a wireless network with a security mechanism communication protocol. The knitting machine networking system provided by the invention has the characteristics of being high in overall real-time performance, high in security and high in stability and the amount of accessible equipment is large.

Description

technical field [0001] The invention relates to a knitting machine networking system and an operation process, belonging to the field of modern textile equipment networking. Background technique [0002] In recent years, the Internet of Things technology has continued to develop and mature, and has been widely used in smart homes, power grid equipment, logistics equipment, medical equipment, and agricultural equipment. As an important part of the Internet of Things, the networking of knitting machinery and equipment is becoming more and more urgent in the actual production needs of enterprises. In most of the current knitting machine workshops, the education level of the workers is generally not high, and they have limited knowledge of machines and equipment, and can only do simple and repetitive operations. Moreover, if one person manages multiple machines, he cannot keep abreast of the production status of each machine, nor can he deal with failures encountered in the act...

AI Technical Summary

Problems solved by technology

In most of the current knitting machine workshops, the education level of the workers is generally not high, and the knowledge of the machine equipment is limited, and they can only do simple and repetitive operations.

Moreover, if one person manages multiple machines, he cannot keep abreast of the production status of each machine, nor can he deal with the failures encountered in the actual production process in a timely manner.

This has led to the need for professional maintenance personnel to check the situation and carry out maintenance once the machine breaks down, resulting in a reduction in production efficiency

On the other hand, in the traditional production process, the management personnel of the enterprise cannot fully control the production situation of the workshop, which also brings inconvenience to the supervision and guidance of production, and brings uncertainty to the completion date of the order

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