Abstract: A heated tool assembly for forming a structural member may include a heated tool and a pressure bladder for mounting the structural member. The tool may have an inner surface, a liner in thermal contact with the inner surface of the tool, and a heating system for heating the tool. The heating system may include a heater for heating a heated medium, a blower for blowing the heated medium, and a plurality of nozzles for directing the heated medium over the tool liner.

Abstract: A motion-powered liquid sprayer that can increase the number of rotations of the pump relative to each rotation of the wheel or axle is provided. The sprayer can include a gearing assembly that employs gears to increase the number of pump revolutions as a function of the wheel or axle rotation. The sprayer can also include a gear pump that employs an over-capacity or enhanced gullet together with blow-by spacing to control consistent liquid flow relative to variable motional velocities. Further, the sprayer can include a vertically adjustable nozzle as well as a free reverse rotation wheel hub.

Abstract: A motion-powered liquid sprayer that can increase the number of rotations of the pump relative to each rotation of the wheel or axle is provided. The sprayer can include a gearing assembly that employs gears to increase the number of pump revolutions as a function of the wheel or axle rotation. The sprayer can also include a gear pump that employs an over-capacity or enhanced gullet together with blow-by spacing to control consistent liquid flow relative to variable motional velocities. Further, the sprayer can include a vertically adjustable nozzle as well as a free reverse rotation wheel hub.

Abstract: An apparatus for forming a structural member includes a tool platform and a pressure platform that may be movable relative to one another between an open position and a closed position. The apparatus may include a tool against which the member may be pressed. The tool may be supported by the tool platform and may have an inner surface. The apparatus may include a pressure bladder configured to be pressurized for applying pressure to the member. The pressure bladder may be supported by the pressure platform for pressing the member against the tool. Also included may be a heating system for heating the tool and a tool liner in thermal contact with the inner surface for distributing heat thereto.

Abstract: A particulate dispersing apparatus is provided that includes a vessel configured to contain particulate material, an insert disposed inside the vessel and having a first hole pattern and adapted to be removed from the vessel, and at least one fastener having a cylindrical body and a pair of projections extending in opposite directions from a bottom of the cylindrical body. The pair of projections are substantially perpendicular to the cylindrical body and secures the insert to the vessel.

Abstract: A particulate material dispensing apparatus is provided that includes a base, a collapsible hopper attached to a top of the base to hold particulate material, at least one support removably attached to the base that extends in a direction away from the top of the base such that the at least one support engages the collapsible hopper to provide a means to maintain the collapsible hopper in an upright position. The apparatus further includes a dispensing mechanism that when actuated dispenses the particulate material through the base and an impeller rotatably actuated upon actuation of the dispensing mechanism to thereby distribute the particulate material dispensed through the base.

Abstract: An apparatus for forming a structural member includes a tool platform and a pressure platform that may be movable relative to one another between an open position and a closed position. The apparatus may include a tool against which the member may be pressed. The tool may be supported by the tool platform and may have an inner surface. The apparatus may include a pressure bladder configured to be pressurized for applying pressure to the member. The pressure bladder may be supported by the pressure platform for pressing the member against the tool. Also included may be a heating system for heating the tool and a tool liner in thermal contact with the inner surface for distributing heat thereto.

Abstract: A control mechanism for a spreader incorporating a movable material control gate comprises a first limit switch having a fixed position, a linear actuator having a positional member which moves in response to operation of the linear actuator. Movement of the positional member in a first direction causes the positional member to contact the first limit switch to define a closed position of the control gate. The control mechanism also includes a second limit switch mounted to the positional member and an adjustment system comprising a user adjustment device engaged with a linear adjustment member adjustable through a positional linear range. Movement of the adjustment device by a user causes the adjustment member to move within the linear range. Additionally, movement of the positional member in a second direction causes the second limit switch to contact the adjustment member to define an adjustably open position of the control gate.

Abstract: A motion-powered liquid sprayer that can increase the number of rotations of the pump relative to each rotation of the wheel or axle is provided. The sprayer can include a gearing assembly that employs gears to increase the number of pump revolutions as a function of the wheel or axle rotation. The sprayer can also include a gear pump that employs an over-capacity or enhanced gullet together with blow-by spacing to control consistent liquid flow relative to variable motional velocities. Further, the sprayer can include a vertically adjustable nozzle as well as a free reverse rotation wheel hub.

Abstract: An apparatus for forming a structural member includes a tool platform and a pressure platform that may be movable relative to one another between an open position and a closed position. The apparatus may include a tool against which the member may be pressed. The tool may be supported by the tool platform and may have an inner surface. The apparatus may include a pressure bladder configured to be pressurized for applying pressure to the member. The pressure bladder may be supported by the pressure platform for pressing the member against the tool. Also included may be a heating system for heating the tool and a tool liner in thermal contact with the inner surface for distributing heat thereto.

Abstract: A motion-powered liquid sprayer that can increase the number of rotations of the pump relative to each rotation of the wheel or axle is provided. The sprayer can include a gearing assembly that employs gears to increase the number of pump revolutions as a function of the wheel or axle rotation. The sprayer can also include a gear pump that employs an over-capacity or enhanced gullet together with blow-by spacing to control consistent liquid flow relative to variable motional velocities.

Abstract: A control mechanism for a spreader incorporating a movable material control gate comprises a first limit switch having a fixed position, a linear actuator having a positional member which moves in response to operation of the linear actuator. Movement of the positional member in a first direction causes the positional member to contact the first limit switch to define a closed position of the control gate. The control mechanism also includes a second limit switch mounted to the positional member and an adjustment system comprising a user adjustment device engaged with a linear adjustment member adjustable through a positional linear range. Movement of the adjustment device by a user causes the adjustment member to move within the linear range. Additionally, movement of the positional member in a second direction causes the second limit switch to contact the adjustment member to define an adjustably open position of the control gate.

Abstract: An apparatus for effecting synchronous, in-line placement of pads of material, such as a highly absorbent compressed composite laminate, includes a supply reel for supplying a continuous web of material. The web of material is guided to a pair of pull rolls which effect movement of the web at a first velocity V.sub.1. A cutting mechanism, preferably comprising cooperating knife and anvil rolls, cuts individual discrete pads of the material for presentation to an associated vacuum transfer drum. The vacuum transfer drum includes a peripheral surface operated at a second velocity V.sub.2 equal to or greater than the first velocity V.sub.1, with the velocity V.sub.2 equal to the linear speed of movement of an associated continuous substrate, such as comprising air laid comminuted wood pulp. The discrete pads of material are thereby transferred onto the substrate at a relative spacing S between adjacent ones of the discrete pads, which spacing equals L(V.sub.2 -V.sub.1)-L.