A roof earthquake-proof structure of HANOKtraditional korean style house

摘要

The present invention relates to a seismic structure of a roof of a hanok, and more particularly, by installing a steel frame structure on a ridge and a ridge floor, and forming a slip preventing protrusion and a slip preventing groove which can be mutually bound to the floor of the roof. And it relates to a roof seismic structure of the hanok to prevent the roof from collapsing or the roof tiles fall during the vibration caused by external force. To this end, it is provided to be detachable to the floor frame of the hanok roof, a pair of support frames facing each other; One or more support angles installed between the support frames to bind a pair of support frames and provided to be freely variable in a height direction of the support frame; A binding member installed on one side or both sides of the support frame by mediation means for fixing a tile; A fixing member installed at the top of the support angle and supporting the stacked dropper; Fastening means for fastening to the fixing member by passing through the red tiling at the top and fixing the red tiling to the fixing member: The support frame is installed in a plurality of floors in the direction of the floor of the hanok roof, Roof tile is constructed, and the floor and red tiling are overlapped with each other to be installed, and the anti-slip grooves are formed on both sides of the overlapped portions to prevent slipping and slip preventing protrusions from being formed. The roof member prevents the tile from flowing down, and the binding member is provided as a polygonal member, and the polygonal member is provided as a wood and fixed to the support frame through a screw, and the slip preventing protrusion and the slip preventing groove have a length with the floor tile. It is formed on the bottom surface of the floor tile so as to correspond to, and between the slip prevention projections in the longitudinal direction of the floor tile from the end of the floor tile A topper protrusion is formed, but the stopper protrusion is formed to be shorter than the length of the bottom tile so that when the top and bottom overlap with the neighboring bottom tile, the end of the adjacent bottom tile interferes with the end of the stopper protrusion, so that the top and bottom overlap with the bottom. The guide can be easily guided, the binding clip is further provided to bind the neighboring bottom tile in the width direction with the bottom tile, the binding clip is provided in the form of a channel, both sides of the binding clip slip with the neighboring bottom tile. The fitting grooves are respectively coupled and coupled to one side or both sides of the support frame, and a support frame on which the binding member is installed is provided, and the support frame provides a roof seismic structure of the hanok, which is characterized by an upwardly open channel shape. .