Intelligent integrated controller based on AIot technology and use method thereof

Abstract

The invention provides an intelligent integrated controller based on an AIot technology, and a use method thereof. The intelligent integrated controller based on the AIot technology comprises an upper machine shell assembly, an installation bottom shell, a PCBA assembly and a radio frequency antenna, wherein the radio frequency antenna comprises an uplink 4G antenna and a downlink 2.4 G antenna, an installation strip is arranged in the center of the installation bottom shell, upper installation grooves are formed in the front end and the rear end of the installation strip, a lower installation groove is formed in the lower end of the installation bottom shell, the lower installation groove communicates with the upper installation grooves, the installation bottom shell is provided with a movable buckle in a penetrating manner, the movable buckle comprises a horizontal part, a lower bending part and an upper bending part, when the movable buckle is pushed upwards towards the inner side, the upper installation groove and the upper bending part are positioned, and when the movable buckle is pulled downwards towards the outer side, the lower bending part is embedded into the lower installation groove. According to the invention, through the embedded structure design of the lower portion of the installation bottom shell, the movable buckle is respectively positioned at the upper gear and the lower gear, so that the assembly and disassembly with a guide rail are realized, and parts are easy to replace; and the uplink 4G antenna and the downlink 2.4 G antenna exchange information with a mobile terminal, and related industrial energy node facilities are monitored and controlled at the mobile terminal at any time, so that the working efficiency is improved.

Description

technical field [0001] The invention relates to the field of centralized controllers, in particular to an intelligent centralized controller based on AIot technology and a method for using the same. Background technique [0002] Existing products of the same kind have two architectures in terms of centralized controllers, one is a centralized controller based on PLC, and the other is a centralized controller for lower-end drivers based on an X86 upper computer; in industrial applications, the existing technology There are the following problems: the control architecture of the X86 host computer is mostly used for RS232 or USB serial port output to MODBUS485. This control system has too much redundancy and low efficiency, and is currently on the verge of being eliminated. In addition, the common The connection structure of the rollers is unstable, and the fixed connection structure is inconvenient to disassemble and assemble, resulting in an increase in manufacturing cost and...

AI Technical Summary

Problems solved by technology

[0002] Existing similar products have two major architectures in terms of centralized controllers, one is a centralized controller based on PLC, and the other is a centralized controller for lower-end drivers based on an X86 upper computer; in industrial applications, the existing technology There are the following problems: the control architecture of the X86 host computer is mostly used for RS232 or USB serial port output to MODBUS485. This control system has too much redundancy and low efficiency, and is currently on the verge of being eliminated. In addition, the common The connection structure of the rollers is unstable, and the fixed connection structure is inconvenient to disassemble, resulting in an increase in manufacturing costs and management costs, which does not meet market demand

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