INTEGRATED QUAKE-PROOF REINFORCEMENT METHOD IN WHICH PILLAR, BOTTOM SURFACE AND SLAVE REINFORCED BY INORGANIC CERAMIC SHEET HAVING MULTILAYER IS FIXED BY HIGH ELASTICAL CLAMPS USING ANCHORING

摘要

The present invention relates to a reinforcing bracket integrated seismic reinforcement method in which an inorganic ceramic sheet is bonded in multiple layers and reinforced pillars and floor surfaces, and reinforced pillars and slabs are fixed with anchors using high elastic reinforcement brackets. The present invention is a seismic reinforcement method of a deteriorated concrete structure, the first step of removing deteriorated concrete by chipping; A second step of forming a repair surface by washing the surface formed by removing the deteriorated concrete; A third step of restoring the section with a flame-resistant repair material while leaving the repair surface as much as the reinforcing thickness of the multilayer structure; A fourth step of coating the adhesive surface with flame retardant resin or epoxy resin so that the width is greater than that of the repair surface; A fifth step of reinforcing the inorganic ceramic fiber sheet by bonding it in a multilayer using a flame-retardant resin or an epoxy resin so that the width is greater than that of the repair surface; The sixth step of fixing the pillars and the floor surface reinforced with steps, the slabs reinforced with the steps and the pillars reinforced with the steps with an anchor using high elastic reinforcing brackets: and seismic resistance formed by bonding inorganic ceramic fiber sheets in a double layer. It consists of a seventh step of coating the reinforcement part with a flame-retardant coating material.