Reinforcing construction equipment for architectural design engineering

Abstract

The invention relates to reinforcing construction equipment for architectural design engineering, which comprises a bottom plate on which, a gluing device, a fixing device and a laying device are sequentially arranged from front to back. The gluing device comprises the gluing support frame which is installed on the bottom plate and is provided with a glue coating movement trough, a glue coating movement mechanism is installed on the gluing support frame and in the glue coating movement trough, a glue coating execution mechanism is provided at the lower end of the glue coating movement mechanism. The reinforcing construction equipment for architectural design engineering can solve the following problems existing in the prior bonded steel reinforcing building process: the prepared glue liquid is coated on the steel plate manually; the steel plate needs to be manually adhered to the designated working surface; the irritant odor from the adhesive liquid is harmful to human health; the manually applied coating glue liquid is not evenly smeared affecting the quality of the bonded steel reinforced building; the working face condition is complicated for the building to be reinforced; manual vibration compaction of the adhered steel plate is tedious, and the working range of the manual steel plate pasting is limited.

Description

technical field [0001] The invention relates to the technical field of architectural design, in particular to reinforcement construction equipment for architectural design engineering. Background technique [0002] Building reinforcement is to use carbon fiber, bonded steel, and high-pressure grouting to strengthen the building. This technology is widely used in architectural design projects that add reinforcement to beams, columns, cantilever beams, slabs, etc. It is a connection technology that uses structural glue for post-anchoring of steel bars in current building structure seismic reinforcement projects. The method of strengthening buildings with glued steel is currently widely used. When choosing a reinforced building with glued steel, it is necessary to apply glue to the surface of the glued steel, and manually paste the steel plate coated with glue on the designated reinforcement position. During the process, it is necessary to manually apply the prepared glue on t...

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Problems solved by technology

[0003] In order to solve the above problems, the present invention provides a kind of reinforcement construction equipment for architectural design engineering, which can solve the existing problems in the process of reinforcing the building with steel, which needs to manually apply the prepared glue on the steel plate, and manually paste the steel plate. On the designated working surface, the irritating odor in the glue is harmful to human health, and the artificial coating of glue is uneven, which affects the effect of bonding steel to strengthen the building. Potential safety hazards. It is cumbersome to manually vibrate and compact the pasted steel plates. Manual pasting of steel plates has limited working range, frequent movement, poor stability, long time-consuming, high labor intensity and low work efficiency. It can be realized by bonding steel to strengthen buildings. The function of mechanized construction does not require manual operation, there is no potential safety hazard, and it has the advantages of good stability, short time consumption, simple operation, low labor intensity and high work efficiency.

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