Modularized building block masonry device for coke oven

Abstract

The utility model discloses a modularized building block masonry device for a coke oven, and relates to the field of masonry devices. The modularized building block masonry device for a coke oven comprises a flat car capable of moving in the linear direction and at least one masonry assembly arranged on the flat car, and each masonry assembly comprises a stand column connected to the flat car, at least two cantilevers hinged in sequence, a hanging bracket and a pair of oppositely-arranged clamping plates. The adjacent cantilevers are sequentially hinged in a manner of rotating along the horizontal plane, the hanging bracket is connected with a pull rope through a hanging ring, one cantilever is connected to the stand column in a manner of rotating along the horizontal plane, and the other cantilever away from the stand column is connected with a winch used for winding or loosening the pull rope. The pair of clamping plates is configured to be capable of rotating along a vertical plane and movably connected to the hanging bracket in the direction close to or away from each other. The modularized building block masonry device for the coke oven provided by the embodiment of the invention can be used for quickly and efficiently fixing and hoisting the building blocks, turning over and smearing mortar, and then arranging the building blocks at a specified position for masonry, so that the working efficiency is improved, and the working intensity is reduced.

Description

technical field [0001] The present application relates to the field of masonry devices, in particular to a coke oven modular block masonry device. Background technique [0002] The structure of coke oven blocks is complex and there are various types of bricks used in masonry. Depending on the size of the furnace, the brick types involved in coke oven blocks range from 600 to 1,000, and the total amount of refractory construction is about 30,000. Tons. In order to solve the problems of high labor intensity, heavy physical activity, and gradually scarce masonry personnel in the construction of coke ovens, the design unit and the brick factory jointly developed modular large blocks to replace the traditional ordinary small bricks, and the combustion chamber was used for masonry. For example, when large blocks are used to build masonry, the overall mortar joint is 5-15% of that of ordinary small bricks, and the overall tightness of the furnace wall will inevitably be improved. ...

AI Technical Summary

Problems solved by technology

In order to solve the problems of high labor intensity, heavy physical activity, and gradually scarce masonry personnel in the construction of coke ovens, the design unit and the brick factory jointly developed modular large blocks to replace the traditional ordinary small bricks, and the combustion chamber was used for masonry. For example, when large blocks are used to build masonry, the overall mortar joint is 5-15% of that of ordinary small bricks, and the overall tightness of the furnace wall will inevitably be improved. Dozens of times that of bricks, the masonry of each large block needs to use lifting equipment to cooperate with the construction, and the crane girder load capacity in the coke oven construction plant can only be equipped with 2 to 3 cranes, which cannot meet more masonry. The construction team needs to construct at the same time, and the masonry coke oven needs to be limed and squeezed on both sides. It is necessary to ensure that the mortar between the large blocks is full, which increases the bottom surface of the large blocks and makes it difficult to lay the mortar.

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