Process for lateral translation of coke dry quenching

Abstract

The invention discloses a process for the lateral translation of coke dry quenching, which comprises the following steps: (1) an electric locomotive drives a trolley to move to the position of a lateral translation track; (2) a traction mechanism drags a belt pulley coke tank to the position of the front of a hoisting position for waiting; (3) a hoister descends an empty belt pulley coke tank to the hoisting position; (4) the traction mechanism drags a tank filled with red coke to push the empty coke tank to move forward, the empty coke tank reaches a standby position, and the tank filled with red coke is stopped when reaching the hoisting position; (5) the traction mechanism is disengaged from the red coke tank and is connected with the empty coke tank; the hoister is connected with the belt pulley coke tank filled with the red coke; (6) after the red coke tank is upwards hoisted at a set distance by the hoister, the traction mechanism drags the empty coke tank, and the empty coke tank is arranged on the trolley; (7) the electric locomotive drags the trolley to reversely move to a coke furnace, and red coke of a next furnace is loaded; after the belt pulley coke tank filled with the red coke in the step (6) is continuously hoisted to a set position along a hoisting shaft, the red coke is unloaded, and then the belt pulley coke tank becomes the empty coke tank; and a new round of operation is carried out on the red coke tank in the step (7) according to the steps (1) to (7).

Description

technical field [0001] The invention relates to a coke CDQ traverse process Background technique [0002] In coking enterprises, there are two ways to arrange CDQ lifting shafts: online type, that is, the lifting shafts are arranged on the track of the coke quenching car, the coke tank trolley directly transports the coke tanks to the lifting shaft, and the hoist lifts the coke tanks; Off-line type, that is, the lifting shaft is arranged on one side of the quenching car track, the coke tank trolley transports the coke tanks to the vicinity of the lifting shaft, and the coke tank is moved from the coke quenching car track to the lifting shaft along the traversing track through the traversing system. The hoist lifts the coke tank. Because the online type takes up a lot of space, the offline type is mostly used at present. The existing offline traversing process steps are as follows: the electric locomotive drags two coke tank trolleys, one trolley has a red coke can, that is...

AI Technical Summary

Problems solved by technology

[0003] Insufficiency of the existing traversing process: when the red coke tank is transported to the vicinity of the lifting shaft, it cannot be moved directly. The empty tank of the previous working cycle must be moved to the empty trolley. After the trolley is moved, the red coke tank can be moved transported to the lifting position in the lifting shaft

It takes a long time for the hoist to place the empty coke can until it can lift the red coke can, so the working cycle of the hoist is increased and the work efficiency is low

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