| 摘要 |
The present invention relates to a seismic reinforcement structure using a reinforcing frame and a vibration-proof structure, wherein the seismic reinforcement structure efficiently improves vibration-proof performance and is simply constructed as a reinforcing frame is horizontally and vertically connected to the inside of a steel frame installed on the inside of a structure, in multiple stages. The seismic reinforcement structure is a structure of reinforcing an inner space of the structure enclosed by both side pillars, a girder of the upper part, and the bottom of the lower part, against vibration. The seismic reinforcement structure comprises: the steel frame connected in a square shape in the inner space or installed in a II shape; multiple connection members installed at regular intervals on a surface in which the structure comes into contact with the steel frame and fixing the steel frame to the structure; and the reinforcing frame installed from the lower part of the steel frame to a predetermined height on the inner surface formed as the steel frame is installed. The reinforcing frame comprises: multiple vertical units vertically installed at regular intervals from the bottom or an upper end of the steel frame connected to the bottom; and multiple horizontal units connected between the adjacent vertical units to the fixed height to be at a right angle. The reinforcing frames are horizontally and vertically connected in multiple stages to the inner side of the steel frame installed on the inner side of the structure, so the seismic reinforcement structure can efficiently improve the vibration-proof performance and can be easily constructed. |
