Edge computing gateway

Abstract

The invention discloses an edge computing gateway. A protocol acquisition module acquires real-time data information of various devices. An edge calculation module is used for training a neural network algorithm model by utilizing the collected real-time data, inputting the collected real-time data of a certain point of the welding robot into the algorithm model after the training is completed, sequentially judging whether the point is a normal point or an abnormal point, and generating prediction alarm information when the point is the abnormal point. An output control module outputs a control command to shut down the machine and the like when the gateway predicts serious alarm information. An UI display module displays the collected real-time data and the generated prediction alarm information through a liquid crystal screen. A processing program management module manages a processing program of the equipment, and copies the processing program from the equipment to the gateway or from the gateway to the equipment through an ftp protocol. An MQTT communication module communicates with a server by adopting an MQTT protocol, sends the acquired data and alarm information to the server, and receives a configuration instruction issued by the server.

Description

technical field [0001] The present invention relates to an edge computing gateway, in particular to an edge computing gateway used in industrial sites. Background technique [0002] Most of the existing industrial gateways are industrial protocol gateways. For example, the machines and equipment on the industrial site are collected into the gateway through a certain protocol, and then uploaded to the server through a certain network protocol (such as MODBUS_TCP). The data packets are directly transparently transmitted to the server without any processing. Some gateways will do some data analysis, but the functions are relatively simple. Generally, they do not support direct connection to mainstream IoT platforms, which cannot meet the current data collection needs of the industrial Internet industry. , and does not support the edge computing function, it is impossible to process the data in real time on the gateway side, and to control the shutdown of the device in real time...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing industrial gateways are industrial protocol gateways. For example, the machines and equipment on the industrial site are collected into the gateway through a certain protocol, and then uploaded to the server through a certain network protocol (such as MODBUS_TCP). The data packets are directly transparently transmitted to the server without any processing. Some gateways will do some data analysis, but the functions are relatively simple. Generally, they do not support direct connection to mainstream IoT platforms, which cannot meet the current data collection needs of the industrial Internet industry. , and does not support the edge computing function, it is impossible to process the data in real time on the gateway side, and to control the shutdown of the device in real time according to the processing results. If the real-time data is sent to the server, and then the server analyzes and then sends a control command, there will be data Delay, it is difficult to achieve real-time control of equipment, which is not conducive to the protection of equipment and important processed products

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