Abstract: The present invention relates to a special vehicle for extinguishing a vehicle fire, comprising a seating unit 100 in which a driver is seated, a loading unit 200 disposed at a rear end of the seating unit and configured to load a vehicle on fire, and a transfer unit 300 configured to transfer the vehicle into the loading unit, in which an opening portion through which the vehicle is transferred is formed at a rear side of the loading unit 200, in which the transfer unit 300 is hingedly and rotatably coupled to a lower end of the opening portion, in which the transfer unit 300 serves as a ramp for transferring the vehicle into the loading unit when the opening portion is opened, and in which the transfer unit 300 serves to isolate the loading unit 200 when the opening portion is closed.

Abstract: A gasket comprises a tube body which is inserted into a groove of a fire door frame so as to block the movement of flames between a door and the door frame if a fire breaks out, and which has a joint part formed by rolling, in a tube shape, and adhering a ductile gasket cloth produced by coating, with flame-retardant or incombustible silicon, a fiber cloth manufactured by weaving the glass fibers, and a core body inserted into a hollow portion of the tube body so as to be foamed in a second foaming temperature condition if a fire breaks out, wherein the core body is formed so as to be expanded toward the outer side of the tube body while separating the joint part of the tube body by means of expansion pressure generated by foaming.

Abstract: The present invention relates to a fabric fire door gasket having an adhesive part formed by coating, with flame-retardant silicon, a cloth woven from glass fibers and rolling same in a tube shape, the gasket comprising: a tube body which is inserted into a groove of a fire door frame so as to block the movement of flames between a door and the door frame if a fire breaks out, and which has a joint part formed by rolling, in a tube shape, and adhering a ductile gasket cloth produced by coating, with flame-retardant or incombustible silicon, a fiber cloth manufactured by weaving the glass fibers; and a core body inserted into a hollow portion of the tube body so as to be foamed in a second foaming temperature condition if a fire breaks out, wherein the core body is formed so as to be expanded toward the outer side of the tube body while separating the joint part of the tube body by means of expansion pressure generated by foaming.