Self-organizing machine interconnection method

Abstract

The invention provides a self-organizing machine interconnection method. According to the method, devices accessed to the same device network are interconnected and intercommunicated in a self-organized mode, the devices newly added into the network broadcast IP addresses and main device information to all IP addresses in the network, all the devices in the network can know the devices in the network and the IP addresses of the devices, and the devices can communicate with one another. The equipment responsible for communication management in the network receives broadcast addresses and conditions of other equipment, the access condition of the equipment in the network is obtained, the equipment is communicated with other equipment through the TCP to stop broadcasting, the network communication condition is managed by the communication equipment, the communication condition of the other equipment is recorded by the communication equipment, and a self-organizing network is formed amongthe equipment.

Description

Technical field [0001] The invention belongs to the technical field of industrial production communication, and is specifically a self-organizing machine interconnection method. Background technique [0002] The Internet of Things technology has been widely used in various industries and has a wide range of application prospects in industrial fields, such as in the textile industry. Building a machine network for production equipment at an industrial site requires interconnection of various machines to realize data exchange between machines. You can access other machines through one machine to obtain data from other machines and change the equipment parameters of other machines. Connect a certain device to the network to make all devices go online. [0003] Although the textile machine described in the utility model CN208440765U adds a communication module that can remotely change data parameters through the Web, it does not realize the interconnection and intercommunication of v...

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Problems solved by technology

[0005] 1. The existing method needs to manually adjust the equipment and change the network parameters of the equipment when connecting to the network. When the network connection changes frequently, a large amount of manpower is required to change the network parameters frequently, which brings inconvenience to industrial production and cannot cope with multiple Changing industrial production environment

[0006] 2. The existing method does not take into account the limited computing resources of the processor of the industrial equipment. The communication work is completed at the same time as the industrial control work. When the communication task is too heavy, the normal industrial control work will be affected, and the fixed communication route will lead to the failure of the communication center. The communication pressure is too high, and the communication work needs to have a certain flexibility to avoid the impact on the normal industrial control work

[0007] 3. The existing method distinguishes different devices by assigning a fixed IP address to a fixed communication terminal. The communication terminal cannot identify the information of other devices, the network communication cannot be effectively monitored, and it is difficult to ensure that the device network connection and communication work are relatively high. reliability, and industrial production has high reliability requirements for the production process, the communication work of the existing method does not meet the high reliability requirements of the industrial production process

[0008] 4. The existing method does not consider the flexibility of communication in complex collaborative production work in industrial production. The communication work needs to change the network connection according to the production demand, so that several devices related to the work can establish a connection, complete and cooperate with each other. The communication work corresponding to the production work ensures the smoothness of the communication line and the real-time communication, and avoids that the equipment for collaborative production cannot work normally due to communication blockage

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