A verticality and elevation control device for coke oven head masonry and its application method

Abstract

The invention provides a verticality and elevation control device for coke oven head masonry and a method for using it, which includes two sets of level assemblies provided with vertical correction devices, and also includes a fixing fixture, and the level assembly is detachably arranged on Two ends of the fixing fixture, the fixing fixture includes two sets of clamping parts and an L-shaped fixing part, and the fixing fixture also includes a distance adjustment member for adjusting the distance between the clamping parts, one end of each set of the L-shaped fixing parts The other end is connected to the spacing adjustment member. The two sets of L-shaped fixing parts and clamping parts are symmetrically arranged on both sides of the spacing adjustment member. Each set of the level assembly includes a level, a support seat and several telescopic Rod, the support seat is detachably connected to the top of the clamping part, the bottom of the level is rotatably connected to the support seat, the telescopic rod includes a side bar and a front bar, and the top of the side bar and the front bar rotates with the top of the level connected, and the bottom is rotationally connected with the edge of the support base.

Description

technical field [0001] The invention belongs to the technical field of building construction, and in particular relates to a verticality and elevation control device for coke oven head masonry and a use method. Background technique [0002] The coke oven is an industrial structure used to produce coke products such as metallurgical coke and foundry coke. It has a complex structure and many walls, especially the masonry of the combustion chamber wall in the carbonization chamber. The wall in this part is wide and has extremely high requirements on the masonry quality. The masonry quality of the furnace head will directly affect the masonry quality of the entire wall, and the furnace head bricks are large and the number is large. It is difficult to ensure the front and side of the furnace head bricks during masonry. Verticality, and the height of the furnace head are difficult to control. [0003] In addition, the verticality and horizontal elevation of the wall next to the f...

AI Technical Summary

Problems solved by technology

The wall in this part is wide and has extremely high requirements on the masonry quality. The masonry quality of the furnace head will directly affect the masonry quality of the entire wall, and the furnace head bricks are large and the number is large. It is difficult to ensure the front and side of the furnace head bricks during masonry. Vertical, and the height of the furnace head is difficult to control

[0003] In addition, the verticality and horizontal elevation of the wall next to the furnace head brick masonry are consistent with the furnace head, and the deviation of the verticality of the furnace head will cause the verticality of the wall to deviate. If it is found after the wall is built, this When the mortar joints are dry, it is difficult to adjust the deviation of the wall, and the mortar joints of the bricks are loose during the adjustment process, which affects the quality of the masonry, which will lead to poor sealing of the carbonization chamber, gas leakage in the furnace and local combustion in the air, resulting in High temperature will cause burning of brick joint mud, loosening and collapse of walls, etc.

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