초록 ▼

A fire/smoke protection structure for cable channel portion in a floor or wall includes thermal expansion composite molded members each molded into a desired shape and filled in a gap defined between a cable or the like and the channel portion. Each thermal expansion composite molded member is eithe

A fire/smoke protection structure for cable channel portion in a floor or wall includes thermal expansion composite molded members each molded into a desired shape and filled in a gap defined between a cable or the like and the channel portion. Each thermal expansion composite molded member is either a member obtained by coating a non-refractory material on the outer surface of a core consisting of a fire retardant resin foaming body compressed to 90% or less of a normal volume, or a member obtained by coating a thermally foaming fire retardant composition on the outer surface of a core consisting of a refractory material and molded into a desired shape. The fire/smoke protection structure can be easily constructed, maintained and reconstructed at a construction site and can be completely and reliably achieved.

대표청구항 ▼

A fire/smoke protection structure for filling a gap between an outer surface of a plastic pipe or cable channel portion and a floor or wall, comprising: a plurality of thermal expansion composite molded members each molded into a desired shape; said thermal expansion composite molded members being d

A fire/smoke protection structure for filling a gap between an outer surface of a plastic pipe or cable channel portion and a floor or wall, comprising: a plurality of thermal expansion composite molded members each molded into a desired shape; said thermal expansion composite molded members being densely filled to form a filled layer in said gap defined between an inner surface of the floor or wall and said outer surface of said plastic pipe or cable channel portion, and said composite molded members being selectively removable from said gap; and each of said filled expansion composite molded members in said gap comprising a core of a predetermined shape formed of a fire retardant resin foamimg body compressed to not more than 90% of a normal volume thereof, and a non-refractory material coated on the outer surface of said core.