Train quantitative loading system and method

Abstract

The invention discloses a train quantitative loading system and method, and particularly relates to the technical field of train quantitative loading control. According to the technical scheme, the train quantitative loading system comprises a loading management computer system and a main pipeline, the loading management computer system is connected with a quantitative loading instrument, the quantitative loading instrument is connected with an explosion-proof junction box, one end of the explosion-proof junction box is connected with an oil spilling electrostatic protector, and one end of the explosion-proof junction box is connected with an emergency stop control cabinet; and an IC card reader is arranged in the quantitative loading instrument, one end of the oil spilling electrostatic protector is connected with an electrostatic grounding switch, one end of the oil spilling electrostatic protector is connected with an oil spilling protection switch, and one end of the emergency stop control cabinet is connected with an on-site explosion-proof emergency stop operation column. The train quantitative loading system and method have the beneficial effects that indirect intervention of manual work on the loading process is reduced, the investment of labor cost and time cost is reduced, the operation efficiency is improved, and the error rate is reduced.

Description

technical field [0001] The invention relates to the field of train quantitative loading control, in particular to a train quantitative loading system and a loading method. Background technique [0002] The train quantitative loading system can be applied to the quantitative loading of trains in oil depots, chemical industries, etc., which can save a lot of manpower and resources, and greatly improve work efficiency. It only needs simple operations to carry out intelligent quantitative loading of the entire loading process, making the whole The loading process runs more safely, accurately, stably and efficiently, effectively improving the loading progress and efficiency. [0003] There are following deficiencies in the prior art: there are some deficiencies in the existing quantitative loading system, and it is not perfect in terms of automatic control system and information processing. There may be dozens of them, and the weight or volume of the material loaded in each card...

AI Technical Summary

Problems solved by technology

[0003] There are following deficiencies in the prior art: there are some deficiencies in the existing quantitative loading system, and it is not perfect in terms of automatic control system and information processing. There may be dozens of them, and the weight or volume of the material loaded in each card position may be different. Therefore, in the case of so many tanks, it is necessary to ensure efficient loading efficiency. The process requires a lot of manpower to participate in the loading work, and one person may input the pre-loading amount, verify and start the loading on the loading instruments of multiple train crane positions in a short period of time, while manually inputting the pre-loading In the process of loading and starting the loading process, there may be data input errors, long equipment time before loading, and chaotic personnel work assignments;

[0004] Moreover, the existing car loading instrument is insufficient in information processing and communication with the host computer and database, and the function of importing the pre-loaded amount of the car and uploading the record of the transferred amount is cumbersome or lacking. Therefore, for the existing technology For this purpose, it has a certain negative impact on the work efficiency of the entire weighing process, resulting in the lack of work efficiency of the existing technology

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