Connecting structure for preventing ground inside room of factory building from transmitting sedimentation to plinth and wall body

Abstract

The invention relates to a connecting structure for preventing the ground inside a room of a factory building from transmitting sedimentation to a plinth and a wall body. The connecting structure provided by the invention aims at preventing the ground unevenness, maintaining the flatness of the ground inside the room of the factory building and creating a good work environment. The connecting structure has the technical scheme that the connecting structure comprises a loading bearing post, a concrete bearing table, an engineering pile, a reinforced concrete floor, a factory building wall body and a factory building wall foundation beam, wherein the load bearing post, the concrete bearing table and the engineering pile realize the load bearing effects and are sequentially connected from top to bottom, the outer circle of the concrete bearing table is provided with a brick wall, in addition, a foam plate is lined between the brick wall and the concrete bearing table, the top of the brick wall is connected with the reinforced concrete floor, a plain concrete pad layer is arranged at the bottom of the brick wall, a sedimentation space is preserved between the top surface of the concrete bearing table and the reinforced concrete floor, a foam plate is lined among the reinforced concrete floor, the vertical connected factory building wall body and the factory building wall foundation beam side wall, a plain concrete pad layer is arranged at the bottom of the factory building wall foundation beam, a foam plate is lined between the two adjacent reinforced concrete floors, in addition, a plain concrete pad layer is arranged under a joint seam, a foam plate is lined between the reinforced concrete floor and a rail foundation arranged inside the factory building, and a plain concrete pad layer is arranged under the rail foundation.

Description

technical field [0001] The invention relates to a connection structure for transmitting settlement between the indoor ground of a partition workshop and a column base and a wall. It is suitable for the stress and settlement transmission parts between the ground and the column foundation, the ground and the ground, and the ground and the wall in the factory building, especially suitable for the industrial factory building on the deep soft soil layer. Background technique [0002] Over the past few decades, with the continuous development of my country's economy, various industrial plant buildings have spread all over the place. Among the many factory buildings, many are one-story or two-to-three-story steel structure factory buildings. During use, large loads such as cranes are transmitted to load-bearing columns through crane beams. The columns usually use pile foundations, and the settlement is extremely small. However, the indoor ground of the factory building is either a...

AI Technical Summary

Problems solved by technology

Therefore, the indoor floor of the factory building has settled due to the indoor storage yard, etc., and there is a significant difference in settlement between the column foundation or wall foundation that is basically unsinkable. The uneven ground leads to the deterioration of the working environment, and even leads to the inability of mechanical transportation in the room.

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