Method for preventing heavy tank accidents of coke dry quenching electric locomotive

Abstract

The invention relates to a method for preventing heavy tank accidents of a dry quenching electric locomotive, which is characterized in that: a set of coke tank state detection equipment is added to acoke tank, and then logic control is performed on various detection signals by a logic control method, so that the safety work of the coke tank of the electric locomotive is realized. According to the scheme, the problem that safety accidents happen to a coke oven and dry quenching production is effectively solved, wherein a set of coke tank state detection equipment is added to the focusing tank, and logic control is carried out on various detection signals by virtue of a logic control method, so that safe work of the electric locomotive coke tank is realized.

Description

technical field [0001] The invention relates to a method, in particular to a method for preventing heavy tank accidents of dry quenching electric locomotives, and belongs to the technical field of electrical control equipment. Background technique [0002] During the coke oven and CDQ production process, the CDQ electric locomotive circulates and drags the coke can carrier with empty coke cans to the carbonization chamber in the furnace area to pick up the red coke, and then transports the carrier vehicle with the red coke coke tank to the The CDQ hoist, the CDQ hoist performs the work of filling the coke tank and sending the empty coke tank. The structure of the CDQ electric locomotive is as follows: figure 1 shown. There are two potential safety hazards in this process: 1. Due to the failure of the elevator area, the coke tanks containing red coke that should have been sent to CDQ were not completely emptied, and the coke tanks with red coke were put back into the CDQ. A...

AI Technical Summary

Problems solved by technology

There are two potential safety hazards in this process: 1. Due to the failure of the elevator area, the coke tanks containing red coke that should have been sent to CDQ were not completely emptied, and the coke tanks with red coke were put back into the CDQ. After the coke quenching electric locomotive, because the coke can carrier vehicle lacks effective detection devices and control methods for red coke, the electric locomotive will treat it as an empty coke can, and drag the coke can carrier vehicle with red coke to the furnace area to pick up coke , and the coke in the carbonization chamber of the coke oven was repeatedly pushed into the coke tank, resulting in a large amount of red coke overflowing in the coke tank and causing an accident (the accident shows the opinion figure 2 ); 2. Due to the lack of reliable equipment for detecting the presence or absence of coke pots and interlocking control methods for electric locomotives, in the process of connecting empty coke pots, the carrier vehicle without coke pots was not aligned under the hoist derrick, but there would be The coke tank carrier was aligned under the derrick of the hoist and connected to the empty coke tank, causing the empty cans dropped by the hoist to fall on the coke tank of the carrier truck, resulting in a tank heavy tank accident (accident comment image 3 )

The above two safety accidents will bring serious safety threats to coke oven and coke CDQ production. Those skilled in the art have been trying new solutions to solve the above problems, but this problem has not been properly resolved

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