An exemplary self-adhered membrane installation device includes a frame, a handle extending from the frame, a carrier for a roll of self-adhered membrane, and a plurality of rollers for feeding the self-adhered membrane through the installation device so that the self-adhered membrane can be applied.

A mobile cart includes a frame; a front pair of wheels and a rear pair of wheels. At least one carrier is movably attached to the frame and configured to receive a drum thereon. The carrier is movable between a transport position, wherein the carrier is supported upon the frame, and a loading position, wherein the carrier is oriented generally upright. A corresponding at least one motorized drive member is attached to the frame and to the carrier, the motorized drive member being configured, when actuated, to move the corresponding carrier between the transport position and the loading position.

A mobile cart includes a frame; a front pair of wheels and a rear pair of wheels. At least one carrier is movably attached to the frame and configured to receive a drum thereon. The carrier is movable between a transport position, wherein the carrier is supported upon the frame, and a loading position, wherein the carrier is oriented generally upright. A corresponding at least one motorized drive member is attached to the frame and to the carrier, the motorized drive member being configured, when actuated, to move the corresponding carrier between the transport position and the loading position.

A locomotive (10) for spreading a waterproof coil in a hot melt manner. The locomotive (10) for spreading a waterproof coil in a hot melt manner comprises: a locomotive frame (11), provided with a coil support (12); and wheel devices, a spreading device, a combustion and heating device and a coil compaction device that are disposed on the locomotive frame (11). The combustion and heating device comprises a combustion chamber (6) and a mixing chamber (2). The mixing chamber (2) is provided with a fuel gas inlet end (5), an air inlet end (28), and an outlet end (29). The outlet end (29) is connected to the combustion chamber (6). Multiple gas discharge holes (7) are formed in one side surface of the combustion chamber (6) in an axial direction. The locomotive (10) for spreading a waterproof coil in a hot melt manner improves the construction efficiency, reduces human power costs and reduces consumption of fuel gas.

An ambulatory cutting device is provided. The ambulatory cutting device provides a blade mounted, by way of a blade holding assembly, to a wheeled frame. The wheeled frame has handles for a user to push the wheeled frame along a surface supporting a roofing membrane or other cuttable membrane, wherein the blade holding assembly maintains the mounted blade at an elevation just below the supporting surface so that the membrane is cut as a user pushes the wheeled frame.

A roofing material applicator features a frame displaceable over a roof deck, a holding tank supported on a frame to contain a liquid roofing substance, an endless flexible belt, and a set of rotatable belt rollers around which the belt is entrained. The belt rollers include a liquid-application roller positioned for rolling movement atop the roof deck. A circuituous path around of the belt around the belt rollers passes through the holding tank so that the liquid roofing substance collects onto the belt. From the tank, the belt is routed rearwardly under liquid-application roller from a front leading side thereof. Rolling movement of the liquid-application roller during travel over the roof lays a swath of the liquid substance from the underside of the belt onto the roof deck. Sheet rollers may be included to lay a sheet of membrane or reinforcement fabric over the applied liquid swath.

A roofing material applicator features a frame displaceable over a roof deck, a holding tank supported on a frame to contain a liquid roofing substance, an endless flexible belt, and a set of rotatable belt rollers around which the belt is entrained. The belt rollers include a liquid-application roller positioned for rolling movement atop the roof deck. A circuituous path around of the belt around the belt rollers passes through the holding tank so that the liquid roofing substance collects onto the belt. From the tank, the belt is routed rearwardly under liquid-application roller from a front leading side thereof. Rolling movement of the liquid-application roller during travel over the roof lays a swath of the liquid substance from the underside of the belt onto the roof deck. Sheet rollers may be included to lay a sheet of membrane or reinforcement fabric over the applied liquid swath.

A method for applying a roofing membrane may include unrolling an adhesive material onto a roofing board to adhere a bottom surface of the adhesive material to the roofing board. The method may include removing a release liner from the adhesive material to expose a top surface of the adhesive material. The method may include applying a roofing membrane to the exposed top surface of the adhesive material to adhere the roofing membrane to the roofing board.

A method for applying a roofing membrane may include unrolling an adhesive material onto a roofing board to adhere a bottom surface of the adhesive material to the roofing board. The method may include removing a release liner from the adhesive material to expose a top surface of the adhesive material. The method may include applying a roofing membrane to the exposed top surface of the adhesive material to adhere the roofing membrane to the roofing board.

A hand tool has a plurality of similarly or identically shaped rollers aligned end-to-end along an axle such that the outer surface of each respective roller moves about an axis define by the axle. The hand tool may be a roofing roller tool that enables an impermeable vapor membrane or sheet to be applied to a vertical wall extending upwardly from an outer perimeter of a roof. The tool may be manipulated by an elongated pole handle coupled to a roller head or roller head frame.