Sorting and conveying control system

Abstract

The invention discloses a sorting and conveying control system. The system comprises conveyors and transfer machines, the transfer machines are installed on branches of the conveyors, each conveyor and each transfer machine are provided with an executive part power motor A and an executive part power motor B respectively, and adhesive strips which can be identified through scanning are attached to conveyed goods. The system is characterized in that the head and tail of each conveyor are provided with photoelectric sensors respectively, and each transfer machine is provided with a pressure sensor; the system is provided with a main control module, the main control module is connected with a WiFi module and a wireless communication module, each executive part is connected with a slave control module, and each slave control module is further connected with a corresponding sensor, a wireless communication module and other devices; the main control module is connected to a cloud server through the WiFi module and in communication with the slave control modules through the wireless communication modules, and an intelligent terminal is connected to the system through an access cloud server. The sorting and conveying control system is simple in connecting mode accurate and timely in control and relatively high in efficiency, and can achieve remote and visualized supervision and control.

Description

technical field [0001] The invention belongs to the field of transmission control, in particular to a sorting transmission control system. Background technique [0002] The transmission system under the application of the Internet of Things technology greatly reduces the manual operation and the possibility of human error. However, due to the limitations of the Internet of Things perception system and the space limitation of the transmission equipment, often a transmission equipment can only allow a single There are several pieces of goods at the same time, which requires more timely and accurate control of the real-time quantity of goods on each conveying device. [0003] In the prior art, the use of periodic delivery of goods at regular intervals reduces the risk of transmission equipment congestion and system identification confusion to a certain extent, but this mechanical setting cannot eliminate this hidden danger. If the interval between transmissions is too long, ...

AI Technical Summary

Problems solved by technology

[0002] The transmission system under the application of the Internet of Things technology greatly reduces the manual operation and the possibility of human error. However, due to the limitations of the Internet of Things perception system and the space limitation of the transmission equipment, often a transmission equipment can only allow a single pieces of goods exist at the same time, which requires more timely and accurate control of the real-time quantity of goods on each conveying device

[0003] In the prior art, the use of periodic delivery of goods at regular intervals reduces the risk of transmission equipment congestion and system identification confusion to a certain extent, but this mechanical setting cannot eliminate this hidden danger. If the interval between transmissions is too long, it will affect the system efficiency

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