Transporting and constructing method and device for coke-oven checker bricks

Abstract

The invention provides a transporting and constructing method and a transporting and constructing device for coke-oven checker bricks. The transporting and constructing device comprises a slide rail section, wherein the slide rail is arranged in a slide rail supporting base; the slide rail supporting base is connected on a fixed rod by a hanging shaft; an adjusting rod is arranged at one end of the fixed rod; a lead screw is arranged at one end of the adjusting rod; an adjusting nut is arranged for adjusting the extending length of the adjusting rod; a first hanging rod is connected at the tail end of the slide rail; a second hanging rod is hung on the tail end of the first hanging rod; and a checker brick hanging tool bag is arranged on the bottom of the second hanging rod. The invention further discloses a method for transporting the cove-oven checker bricks by adopting the device. According to the transporting and constructing method and the transporting and constructing device for coke-oven checker bricks disclosed by the invention, the slide rail is arranged at a chute port, and the hanging tool is used to replace the conventional manual transportation for transporting the check bricks, so that the labor intensity can be greatly relieved and the working efficiency can be improved.

Description

technical field [0001] The invention belongs to the technical field of metallurgical equipment maintenance, and in particular relates to a method and device for transporting and laying coke oven checker bricks. Background technique [0002] There are checker bricks between the main wall of the coke oven regenerator and the single wall of the regenerator. When the coke oven high-temperature flue flows through the surface of the checker bricks, heat is transferred to the checker bricks. At this time, the temperature of the bricks gradually increases. When the air or gas flows through the surface of the checker brick, the heat accumulated in the brick is transferred to the air or gas, so as to achieve the purpose of preheating. [0003] Taking the top-mounted 6-meter-long 60-hole coke oven as an example, there are more than 240 regenerators, and the number of checker bricks in each regenerator is 1560. They are stacked entirely by manual handling. The blocks range from 4 to 4....

AI Technical Summary

Problems solved by technology

[0003] Taking the top-mounted 6-meter-long 60-hole coke oven as an example, there are more than 240 regenerators, and the number of checker bricks in each regenerator is 1560. They are stacked entirely by manual handling. The blocks range from 4 to 4. It takes 520 round-trips to move 3 blocks, and 390 round-trips to move 4 blocks. The labor intensity is very high, and a new method is urgently needed to relieve the workers and masters from heavy physical labor. come out

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