Abstract: A warewasher includes a scrap reducing arrangement located within a wash zone for capturing scrap debris falling downward toward a tank. The scrap reducing arrangement is configured to automatically deliver captured scrap debris away from the tank when liquid spraying within the wash zone ceases.

Abstract: A warewasher includes a scrap reducing arrangement located within a wash zone for capturing scrap debris falling downward toward a tank. The scrap reducing arrangement is configured to automatically deliver captured scrap debris away from the tank when liquid spraying within the wash zone ceases.

Abstract: A conveyor-type warewash machine includes a housing through which racks of wares are passed along a conveyance path for cleaning. A rack drive system includes a rack engaging structure that moves back and forth in first and second directions. When moving in the first direction, the rack engaging structure moves an adjacent rack forward along the conveyance path. When moving in the second direction, the rack engaging structure leaves the adjacent rack substantially stationary. The drive system is configured to move the rack engaging structure in the first direction at a first average speed and to move the rack engaging structure in the second direction at a second average speed. The second average speed is faster than the first average speed so that the adjacent rack spends more time moving forward than being stationary. A seal assembly may be provided about a drive shaft of the drive system.

Abstract: A conveyor-type warewash machine includes a housing through which racks of wares are passed along a conveyance path for cleaning. A rack drive system includes a rack engaging structure that moves back and forth in first and second directions. When moving in the first direction, the rack engaging structure moves an adjacent rack forward along the conveyance path. When moving in the second direction, the rack engaging structure leaves the adjacent rack substantially stationary. The drive system is configured to move the rack engaging structure in the first direction at a first average speed and to move the rack engaging structure in the second direction at a second average speed. The second average speed is faster than the first average speed so that the adjacent rack spends more time moving forward than being stationary. A seal assembly may be provided about a drive shaft of the drive system.

Abstract: A roof rack mounting system for vehicle having concealed drip moldings in mounting plates are riveted to the roof return of a vehicle, on opposite sides of the vehicle underneath a vehicle upper door lip. Each mounting plate has two pins which fit into cups or slots formed on a foot plate. A leg section connects each foot plate to a hollow transverse beam. One leg section is movable and has a screw extending through the leg section and engaging a nut secured to the inside of the tranverse beam.

Abstract: A roof rack mounting system for vehicle having concealed drip moldings in mounting plates are riveted to the roof return of a vehicle, on opposite sides of the vehicle underneath a vehicle upper door lip. Each mounting plate has two pins which fit into cups or slots formed on a foot plate. A leg section connects each foot plate to a hollow transverse beam. One leg section is movable and has a screw extending through the leg section and engaging a nut secured to the inside of the transverse beam.

Abstract: A bicycle carrier for automobiles is provided that includes a basic carrier frame, a handle bar clamp assembly, and a seat clamp assembly. There is also provided fastening means for maintaining the parts in their proper assembled position.