A longitudinally and radially formable wing tip lagging that can be formed to match non-linear wing tip profiles. The longitudinally and radially formable wing tip lagging serves as a wear surface that can be replaced as it is worn rather than wearing down the ferrous or non-ferrous wing tips permanently affixed to the outermost positions of the wing pulley. The wing tip lagging includes a backing plate and a sacrificial stratum. The backing plate is the primary structural component and it includes a plurality of bending features that facilitate both longitudinal and radial forming of the wing tip lagging. The bending features may include a plurality of notches or slots formed along the backing plate. For example, the notches may be arranged in a regular repeating pattern along the length of the backing plate.

A belt conveyor wing pulley is comprised of a plurality of V-shaped wings radially spaced about and connected to circumferential surfaces of a pair of spaced hubs. Gussets are connected to facing surfaces of adjacent wings and to the circumferential surfaces of the hubs.

A belt conveyor wing pulley is comprised of a plurality of V-shaped wings radially spaced about and connected to circumferential surfaces of a pair of spaced hubs. Gussets are connected to facing surfaces of adjacent wings and to the circumferential surfaces of the hubs.

A longitudinally and radially formable wing tip lagging that can be formed to match non-linear wing tip profiles. The longitudinally and radially formable wing tip lagging serves as a wear surface that can be replaced as it is worn rather than wearing down the ferrous or non-ferrous wing tips permanently affixed to the outermost positions of the wing pulley. The wing tip lagging includes a backing plate and a sacrificial stratum. The backing plate is the primary structural component and it includes a plurality of bending features that facilitate both longitudinal and radial forming of the wing tip lagging. The bending features may include a plurality of notches or slots formed along the backing plate. For example, the notches may be arranged in a regular repeating pattern along the length of the backing plate.

A longitudinally and radially formable wing tip lagging that can be formed to match non-linear wing tip profiles. The longitudinally and radially formable wing tip lagging serves as a wear surface that can be replaced as it is worn rather than wearing down the ferrous or non-ferrous wing tips permanently affixed to the outermost positions of the wing pulley. The wing tip lagging includes a backing plate and a sacrificial stratum. The backing plate is the primary structural component and it includes a plurality of bending features that facilitate both longitudinal and radial forming of the wing tip lagging. The bending features may include a plurality of notches or slots formed along the backing plate. For example, the notches may be arranged in a regular repeating pattern along the length of the backing plate.

The present invention related to a method and a device for removing food products from a belt conveyor, comprising a belt conveyor comprising two ends, an endless belt and a drive, for transporting food products on the endless belt from a feed location towards a discharge location, wherein the endless belt comprises a transporting side and a returning side; a removing device for removing food products from the endless belt, comprising: a roller, facing the returning side of the endless belt, wherein the roller is arranged at a predetermined distance from the endless belt; and a frame part, for holding the roller at the predetermined distance; wherein the endless belt is configured to rotate in a first direction and wherein the roller is configured to rotate in the same direction as the endless belt.

The present invention related to a method and a device for removing food products from a belt conveyor, comprising a belt conveyor comprising two ends, an endless belt and a drive, for transporting food products on the endless belt from a feed location towards a discharge location, wherein the endless belt comprises a transporting side and a returning side; a removing device for removing food products from the endless belt, comprising: a roller, facing the returning side of the endless belt, wherein the roller is arranged at a predetermined distance from the endless belt; and a frame part, for holding the roller at the predetermined distance; wherein the endless belt is configured to rotate in a first direction and wherein the roller is configured to rotate in the same direction as the endless belt.

A system for recovering paint and cleaning in a painting machine having a conveying band for conveying panels to be painted includes a paint recovery unit for paint recovery having a reverse roller in contact with the conveying band, recovering paint sprayed on the conveying band, and a doctor blade scraping the reverse roller to recover paint for successive channelling to a tank; a cleaning unit having a cleaning roller, a drying blade, and an idle roller; a paint recovery unit provided as an independent unit; and a cleaning unit for the conveying band provided as an independent unit.

A system for recovering paint and cleaning in a painting machine having a conveying band for conveying panels to be painted includes a paint recovery unit for paint recovery having a reverse roller in contact with the conveying band, recovering paint sprayed on the conveying band, and a doctor blade scraping the reverse roller to recover paint for successive channelling to a tank; a cleaning unit having a cleaning roller, a drying blade, and an idle roller; a paint recovery unit provided as an independent unit; and a cleaning unit for the conveying band provided as an independent unit.

The present invention is a conveyor belt cleaning apparatus, comprising: a case, wherein the case is designed to secure to a conveyor belt assembly; a frame member, wherein the frame member is secured to the case; at least one applicator attached to the frame member; tubing attached to the frame member and directly in contact with the applicator; at least one pump connected to the tubing; a solution reservoir connected to the at least one pump.