Intelligent delivery system device based on positioning, moving and discharging and control system thereof

Abstract

The invention discloses an intelligent delivery system device based on positioning, moving and discharging and a control system thereof, and relates to the technical field of material loading. According to the device, a traction moving mechanism is cooperatively installed on a wagon balance sensing mechanism; one end of the traction moving mechanism is connected with a traction driving mechanism; a discharging mechanism for longitudinal lifting adjustment is arranged above the traction moving mechanism; a suspension prompting device used for displaying and prompting the position state of a transport vehicle is arranged in a loading scene; a plurality of scene high-definition monitoring devices for monitoring the motion state of the vehicle and the current loading picture are arranged in the loading scene; and a longitudinal adjusting mechanism is mounted on a cantilever beam mounting assembly. Positioning sectional type discharging is conducted in the vehicle, an intelligent rail type weighing system is matched, precise moving positioning traction control over loading is achieved, a vehicle body is dragged and moved in a midway positioning manner, multi-section type discharging control is completed, the complexity of traditional discharging and loading is simplified, and the labor fatigue degree is reduced.

Description

technical field [0001] The invention belongs to the technical field of material loading, and in particular relates to an intelligent delivery system device and a control system based on positioning, moving and unloading. Background technique [0002] In the material transportation industry, material loading is an important basic link of the entire industry. When loading some containerized materials, it can be loaded with large spreaders, manipulators and other equipment. However, the above-mentioned method cannot be used when loading some materials, such as powdery materials, such as cement, sand, or other granular materials. When loading, the driver needs to be in the car when loading traditional materials. To manually operate the vehicle, a commander is needed outside the vehicle to direct the specific location, so that loading and unloading of the vehicle will easily lead to uneven distribution of materials in the compartment, and sometimes personnel are required to go u...

AI Technical Summary

Problems solved by technology

However, the above-mentioned method cannot be used when loading some materials, such as powdery materials, such as cement, sand, or other granular materials. When loading, the driver needs to be in the car when loading traditional materials. To manually operate the vehicle, a commander is needed outside the vehicle to direct the specific location, so that loading and unloading of the vehicle will easily lead to uneven distribution of materials in the compartment, and sometimes personnel are required to go up and distribute the unevenly distributed materials Ping, the whole process is very troublesome

[0003] In addition, in the traditional unloading process, sometimes the operator and the driver do not cooperate well, causing the unloading head to be lifted, and the driver drives, causing the carriage to pull the unloading head, causing mechanical or personnel injury accidents

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