IoT data acquisition system for intelligent industrial equipment and uploading method for acquired data

Abstract

An IoT data acquisition system for intelligent industrial equipment and an uploading method for acquired data are provided. The IoT data acquisition system comprises data acquisition equipment connected with the intelligent industrial equipment and a cloud server connected with the data acquisition equipment; wherein the cloud server comprises a message receiving module, a message distribution module, a message processing module cluster consisting of a plurality of message processing modules, an asynchronous message processing module, a data model processing and building module, and a database; and the message distribution module is used for acquiring a message distribution rule from the data model processing and building module, and distributing equipment data to the message processing modules of the message processing module cluster according to the message distribution rule.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to an intelligent industrial equipment Internet of Things data collection system and a method for uploading data collected by the Internet of Things. Background technique [0002] The Internet of Things technology is becoming more and more mature. It not only realizes the networking of large-scale intelligent industrial equipment, but also more and more intelligent networking of civilian products. For example, smart homes and wearable devices all need to be connected to cloud servers. Currently, the networking of equipment provided by equipment providers is the main technology. The technology mainly involves the data collection of individual equipment and data upload to the cloud server, and less involves performance optimization, security and concurrency in the process of data collection, especially the lack of solutions for equipment. Real-time data has high require...

AI Technical Summary

Problems solved by technology

Currently, the networking of equipment provided by equipment providers is the main technology. The technology mainly involves the data collection of individual equipment and data upload to the cloud server, and less involves performance optimization, security and concurrency in the process of data collection, especially the lack of solutions for equipment. Real-time data requirements are high and the amount of data information is large, for example: solutions for more than one million or tens of millions of devices connected to the Internet at the same time

Images