Hanging connecting type scaffold and method for building anode carbon block roasting furnace with same

Abstract

The invention discloses a hanging connecting type scaffold and a method for building anode carbon block roasting furnace with the same to achieve convenient and quick erecting and small steel pipe consumption, and belongs to the technical field of scaffolds and anode carbon block roasting furnace building. According to the technical scheme, the hanging connecting type scaffold comprises two supporting transverse steel pipes which are arranged in a parallel mode; the horizontal connecting ends of four steel hooks are correspondingly inserted into two ends of the two supporting transverse steelpipes; a plurality of wood beams are in lap joint with the two supporting transverse steel pipes in a stretch across mode; and a plurality of scaffold floors are laid on the wood beams. The method forbuilding the anode carbon block roasting furnace comprises the following steps that step 1, leveling is carried out by pouring materials on a civil engineering connecting working face; step 2, payingoff and bottom brick building are carried out; step 3, paying off and surrounding lateral wall building are carried out; step 4, paying off and cross wall and flue wall building are carried out; step5, a furnace roof is installed; and step 6, building and installation of other matching construction are carried out, wherein in the step 4, the hanging connecting type scaffold is hung on two lateral cross walls and a flue wall is built.

Description

technical field [0001] The invention discloses a hanging scaffold and a method for building an anode carbon block roasting furnace by using the same, belonging to the technical field of scaffolding and anode carbon block roasting furnace masonry. Background technique [0002] With the development of the electrolytic cell, the anode carbon block becomes larger and larger, and the volume of the anode carbon block roaster also increases. The problems in the masonry process of the roaster are also becoming more and more prominent, especially the masonry of the horizontal wall and the fire channel wall of the roaster. The height of the horizontal wall and the fire channel wall is generally about 6 meters. The traditional method has been In the space of the material box, set up conventional scaffolding according to the standard, and then lay the scaffolding board, and use a lot of steel pipes. In addition, due to the small space of the material box, it is generally only 800mm wide...

AI Technical Summary

Problems solved by technology

The problems in the masonry process of the roaster are becoming more and more prominent, especially the masonry of the transverse wall and the flue wall of the roaster. The height of the transverse wall and the flue wall is generally about 6 meters. The traditional method has been In the material box space, conventional scaffolding is set up according to the standard, and then scaffolding boards are laid, and a large amount of steel pipes are used. In addition, due to the narrow space of the material box, generally only 800mm wide, it is difficult to erect scaffolding, and the steel pipes have to be cut to fit the material box. The width size is generally about 750mm, and the loss of the steel pipe is relatively large

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