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.

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.

A cleaning device for a residue contaminated conveyor belt includes a roller arranged below the conveyor belt such that the lateral surface thereof contacts a lower strand of the conveyor belt, and a cleaning belt is arranged below the roller. The lateral surface of the roller contacts an upper strand of the cleaning belt, which is tilted relative to a main conveying direction at the upper strand relative to a longitudinal roller axis. A dispensing device on and/or above the cleaning belt feeds a solvent thereon. The dispensing device and the cleaning belt are relatively arranged such that the solvent from the cleaning belt is conveyed by a conveying movement of the cleaning belt into a region in which the cleaning belt contacts the roller, which via a rotational movement, at least partially picks up the solvent located on the cleaning belt and dispenses it onto the conveyor belt.

A cleaning device for a residue contaminated conveyor belt includes a roller arranged below the conveyor belt such that the lateral surface thereof contacts a lower strand of the conveyor belt, and a cleaning belt is arranged below the roller. The lateral surface of the roller contacts an upper strand of the cleaning belt, which is tilted relative to a main conveying direction at the upper strand relative to a longitudinal roller axis. A dispensing device on and/or above the cleaning belt feeds a solvent thereon. The dispensing device and the cleaning belt are relatively arranged such that the solvent from the cleaning belt is conveyed by a conveying movement of the cleaning belt into a region in which the cleaning belt contacts the roller, which via a rotational movement, at least partially picks up the solvent located on the cleaning belt and dispenses it onto the conveyor belt.

A cleaning-in-place system for use with an easily cleanable flexible belt. A sprocket is provided with a body having a first opening formed between adjacent pairs of teeth. The opening extends toward the center of the sprocket to provide access to the underside of the belt, when the belt engages with the sprocket, for application of cleaning medium.

A cleaning-in-place system for use with an easily cleanable flexible belt. A sprocket is provided with a body having a first opening formed between adjacent pairs of teeth. The opening extends toward the center of the sprocket to provide access to the underside of the belt, when the belt engages with the sprocket, for application of cleaning medium.

A cleaning apparatus includes a connection part rotatably mounted to a rotatable member. The connection part is in the form of a disc 36 of plastics material, with a central cavity with four radial passages extending therefrom leading to nozzles for steam to pass therethrough for cleaning purposes. In use the disc is rotated at a required speed to, for instance, clean a conveyor.

A cleaning apparatus includes a connection part rotatably mounted to a rotatable member. The connection part is in the form of a disc 36 of plastics material, with a central cavity with four radial passages extending therefrom leading to nozzles for steam to pass therethrough for cleaning purposes. In use the disc is rotated at a required speed to, for instance, clean a conveyor.

A run-through cleaning device for bulk parts as well as a cleaning method therefor. Within the run-through cleaning device, the bulk parts are moved by means of a forced advance. By means of chicanes and/or a curvilinear course of the channel interior, the mutually abutting front ends of adjacent bulk parts are made accessible. Due to this arrangement, it is possible to also clean the front ends.

A fabric cleaning system is disclosed that includes first and second cleaning heads on opposite sides of a fabric that travels along a machine direction, each of the first and second cleaning heads being mounted on first and second beams that extend along a cross-machine direction, and each of the first and second cleaning heads being traversable along the respective first and second beams.