Industrial equipment-oriented distributed data acquisition method

Abstract

The invention discloses an industrial equipment-oriented distributed data acquisition method. According to the technical scheme, the method specifically comprises the following steps of S1, adopting unified equipment to access a terminal, namely an Internet of Things acquisition control terminal MIG200L, and connecting the Internet of Things acquisition control terminal MIG200L to equipment to besubjected to data acquisition; S2, carrying out data acquisition on the equipment to be subjected to data acquisition through the Internet of Things acquisition control terminal MIG200L, carrying outa series of data computations and statistics on the data, and judging whether uploading is carried out or not according to data computation and statistics results; and S3, if a judging result is uploading, uploading and storing the data after computation and statistics into a Cassandra database through WiFi or 2 / 3 / 4G or a wired or Lora or NBIoT network. The industrial equipment-oriented distributed data acquisition method is more reasonable, the unnecessary memory occupation ratio is reduced, and point position acquisition, operation and processing can be carried out on multiple devices.

Description

technical field

[0001] The invention relates to the field of data collection methods, more specifically, it relates to a distributed data collection method for industrial equipment. Background technique

[0002] Under the situation of increasingly fierce competition in the field of industrial manufacturing, the requirements for delivery, performance, and quality of industrial products are getting higher and higher. In the practice process of improving core capabilities and transforming and upgrading, enterprises use technologies such as in-depth integration of industrialization and industrialization to build advanced "smart factories" to realize informatization of enterprise management, digitization of product design, intelligence of process control, and production. The numerical control of equipment and the way of visualization of production process.

[0003] Realizing a "smart factory" is an arduous task and an ambitious goal. The basis for realizing this vision is the co...

Examples

Embodiment 1

[0029] A distributed data acquisition method for industrial equipment, comprising the following steps:

[0030] S1. Adopt a unified device access terminal, that is, the IoT acquisition and control terminal MIG200L, and connect the IoT acquisition and control terminal MIG200L with the equipment to be collected; the IoT acquisition and control terminal MIG200L is aimed at real-time data acquisition applications in industrial scenarios, Designed and manufactured multi-purpose IoT gateways, including multiple network connection methods and rich industrial equipment interfaces, with remote management, data collection and analysis, data storage and upload, data format conversion, communication protocol integration, data edge computing and other functions At present, it is mainly used in the fields of industrial equipment data collection, high-frequency data analysis and early warning, intelligent equipment interactive control, unattended point monitoring, etc. MIG200L supports a vari...

technical field

[0001] The invention relates to the field of data collection methods, more specifically, it relates to a distributed data collection method for industrial equipment. Background technique

[0002] Under the situation of increasingly fierce competition in the field of industrial manufacturing, the requirements for delivery, performance, and quality of industrial products are getting higher and higher. In the practice process of improving core capabilities and transforming and upgrading, enterprises use technologies such as in-depth integration of industrialization and industrialization to build advanced "smart factories" to realize informatization of enterprise management, digitization of product design, intelligence of process control, and production. The numerical control of equipment and the way of visualization of production process.

[0003] Realizing a "smart factory" is an arduous task and an ambitious goal. The basis for realizing this vision is the co...

Examples

Embodiment 1

[0029] A distributed data acquisition method for industrial equipment, comprising the following steps:

[0030] S1. Adopt a unified device access terminal, that is, the IoT acquisition and control terminal MIG200L, and connect the IoT acquisition and control terminal MIG200L with the equipment to be collected; the IoT acquisition and control terminal MIG200L is aimed at real-time data acquisition applications in industrial scenarios, Designed and manufactured multi-purpose IoT gateways, including multiple network connection methods and rich industrial equipment interfaces, with remote management, data collection and analysis, data storage and upload, data format conversion, communication protocol integration, data edge computing and other functions At present, it is mainly used in the fields of industrial equipment data collection, high-frequency data analysis and early warning, intelligent equipment interactive control, unattended point monitoring, etc. MIG200L supports a vari...