The invention relates to a building masonry structure reinforcing
system which comprises a bottom plate, a traveling wheel, a
grinding device and a gluing device. The traveling wheel is mounted at thelower end of the bottom plate, and the
grinding device is mounted at the left end of the bottom plate. The gluing device is arranged at the right end of the
grinding deice and mounted on the bottom plate, and the grinding device comprises an adjusting mechanism and a grinding mechanism. The gluing device comprises a moving mechanism, a gluing mechanism and a flat scraping mechanism. The flat scraping mechanism comprises a sliding support, a connecting sliding plate, a guiding rail, a first mounting supporting plate, a lifting
hydraulic cylinder, a second mounting supporting plate, a telescopic
traction frame, a sliding groove plate, an electric sliding block, a scraper and a collecting tank. The problems that in the existing carbon
fiber cloth sticking reinforcement process, the labor cost is high, the working efficiency is low, dust is large, and gluing is uneven can be solved, the automated grinding and gluing functions can be achieved, and the advantages that the labor cost is low,the working efficiency is high, the dust is avoided, and gluing is even are achieved.