Building support for construction

Abstract

The invention relates to the field of buildings, in particular to a building support for construction. The building support is high in supporting intensity and convenient to use. The building support comprises an upper supporting plate and a lower supporting plate. A guiding cylinder is arranged on the lower supporting plate. A supporting rod is arranged on the lower surface of the upper supporting plate. A supporting sleeve is arranged at the upper end of the guiding cylinder in a sleeved mode. The supporting sleeve comprises a sleeve body and a sleeve cover. The supporting rod penetrates through a through hole from top to bottom and is inserted into the guiding cylinder. A limiting part is arranged between the sleeve body and the sleeve cover. A position clamping part is arranged on the outer side of the sleeve cover. Outer threads are arranged on the outer cylinder wall of the guiding cylinder. Inner threads are arranged on the inner side of the lower portion of the sleeve body, or an adjusting ring is arranged at the bottom end of the sleeve body. A plurality of through grooves are formed in the supporting rod. The support further comprises locating inserting strips matched with through grooves. Parts of the building support are balanced in stress and stable in supporting and pushing, each operation action can be completed under a visible condition, visibility is achieved, the upper supporting plate and the supporting rod cannot rotate automatically, safety is high, supporting strength is high, and the angle of the upper supporting plate can be adjusted by adjusting the sleeve cover.

Description

technical field [0001] The invention relates to the construction field, in particular to a construction support with high support strength, long service life and convenient use. Background technique [0002] Most of the existing building supports are supported by a single support rod, and the fine-tuning parts are used for the final jacking. The overall structure is single and the supporting force is limited. The supporting force on the building is basically large, so the single support rod is easy to bend when used, the service life of the support is short, and once the top of the support is tilted, the lifted building will be unevenly stressed and easy to tilt or deviate, or the support If the support fails and damages the upper part of the building, it will seriously affect the quality of the building, and even cause the danger of the building collapsing. At the same time, when the bracket is fine-tuned, the uneven force on the fine-tuning parts or excessive pressure may...

AI Technical Summary

Problems solved by technology

The supporting force on the building is basically large, so the single support rod is easy to bend when used, the service life of the support is short, and once the top of the support is tilted, the lifted building will be unevenly stressed and easy to tilt or deviate, or the support If the support fails and damages the upper part of the building, it will seriously affect the quality of the building, and even cause the building to collapse and cause danger

At the same time, when the bracket is fine-tuned, the uneven force on the fine-tuning parts or excessive pressure may cause the bracket parts to be easily damaged, or the uneven force on the bracket will cause the top bracket surface to tilt, which will also affect the quality and construction of the building. security

And when the existing support is installed, the rotation of the support rod or the upper support plate will affect the effect of the support, and may even cause problems with the construction quality of the building. Some brackets can only be rotated as a whole or disassembled and then reinstalled. The supported objects may still not be adjusted to the correct angle. The adjustment is very troublesome and laborious, and the adjustment is not accurate and needs repeated operations.

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