Pulverized coal ash unmanned operation loading method and system

Abstract

The invention discloses a pulverized coal ash unmanned operation loading method and system. The loading method comprises the steps that tank car driver identity verification success information sent by an identity verification module is received, a gate is opened, and a tank car is allowed to enter a loading area and stop in the loading area; position information, sent by a position scanning module, of a tank opening of a tank car storage tank is received, a moving trolley is controlled to drive a bulk machine to move until a lower end opening of a discharging hopper of the bulk machine is located over the tank opening of the tank car storage tank, and the discharging hopper of the bulk machine is controlled to descend to be communicated with the tank opening of the tank car storage tank; and an unloading mechanism and the bulk machine are controlled to start working, wherein a discharging opening of the unloading mechanism is communicated with a feeding opening of the bulk machine. According to the pulverized coal ash unmanned operation loading method and system, integrated centralized management and control of pulverized coal ash fitting, metering and loading services are achieved, the pulverized coal ash loading efficiency is improved, and meanwhile the labor intensity of workers is reduced.

Description

technical field [0001] The invention relates to the field of intelligent vehicle loading. More specifically, the present invention relates to a coal powder ash unmanned loading method and system. Background technique [0002] The current vehicle parking and ash loading operation of fly ash needs to be carried out by operators on site. The loading process has not been unattended, and the alignment between the bulk head and the tank car port is not accurate, causing the telescopic cloth cover to tilt and tilt; The existing domestic and foreign equipment with the same working conditions are fixed and cannot be moved. The vehicle needs to be moved repeatedly when docking with the equipment, and manual assistance is required when docking the tank mouth. The process is cumbersome, and there are great safety hazards for people getting on and off the tanker. The existing system not only cannot be moved, or the movement requires manual operation, but also has a small loading capacit...

AI Technical Summary

Problems solved by technology

[0002] The current vehicle parking and ash loading operation of fly ash needs to be carried out by operators on site. The loading process has not been unattended, and the alignment between the bulk head and the tank car port is not accurate, causing the telescopic cloth cover to tilt and tilt; Existing domestic and foreign equipment with the same working conditions, the equipment is fixed and cannot be moved

The vehicle needs to be moved repeatedly when docking with the equipment, and manual assistance is required when docking the tank mouth. The process is cumbersome, and there are great safety hazards for people getting on and off the tanker. The existing system not only cannot be moved, or the movement requires manual operation, but also has a small loading capacity. , large dust and other problems, serious environmental pollution, low loading efficiency, blind spots in operation and management, "mis-delivery" phenomenon occurs from time to time, poor working environment, high labor intensity, many bulk workshops of cement enterprises work 24 hours a day, Due to the dust and noise problems in the environment, it will cause adverse effects on people who work for a long time, which is not conducive to information management. Several working links of the current bulk cement distribution system are independent of each other, and most of them rely on manual contact. many difficulties and mistakes

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