A paint recovery and cleaning trolley for an apparatus for applying paint provided with a belt for conveying pieces to be painted, including: a paint recovery subunit, in its turn including: a reverse roller in contact with the lower return section of said conveying belt, which recovers paint from the belt, a doctor blade tangentially placed with respect to said reverse roller for all its length, to allow the accumulation of a solvent and wetting said reverse roller; a doctor blade scraping the reverse roller so recovering paint; a doctor blade scraping the lower return section of said conveying belt, at least one nozzle for supplying a solvent compatible with the paint in use, a collecting hopper collecting said solvent, placed under said reverse roller, a paint collecting reservoir, a cleaning subunit, in its turn including: a reverse roller in contact with the lower return section of the conveying belt, a doctor blade tangentially placed with respect to said reverse roller for all its length to allow the accumulation of a solvent and wetting said reverse roller, a doctor blade scraping the lower return section of said conveying belt, at least a nozzle for supplying a solvent, a collecting hopper collecting said solvent, placed under said reverse roller of the cleaning subunit, a solvent collecting reservoir,
wherein in each subunit the respective components reverse roller, doctor blades and return section of the conveying belt form a closed chamber having the shape of a triangular prism, of which said components represent the rectangular faces, said chamber containing said solvent, which slowly drips from the triangular faces of said chamber into a respective collecting hopper.

A belt and a belt conveyor are provided for transporting particulate material and especially oilseeds up the belt conveyor. The belt conveyor can include an intake end having a hopper, a discharge end, a body extending between the intake end and the discharge end and a belt. The belt travels along a travel path in the belt conveyor; the belt traveling through the hopper, up an upper run in the body to the discharge end, down a return run in the body, and back through the hopper. The belt can have a top surface having pairs of adjacent ridges provided on the top surface, each ridge having a pair of arms extending from a point, in a travel direction of the belt, wherein each pair of adjacent ridges define a v-channel on the top surface of the belt.

A belt and a belt conveyor are provided for transporting particulate material and especially oilseeds up the belt conveyor. The belt conveyor can include an intake end having a hopper, a discharge end, a body extending between the intake end and the discharge end and a belt. The belt travels along a travel path in the belt conveyor; the belt traveling through the hopper, up an upper run in the body to the discharge end, down a return run in the body, and back through the hopper. The belt can have a top surface having pairs of adjacent ridges provided on the top surface, each ridge having a pair of arms extending from a point, in a travel direction of the belt, wherein each pair of adjacent ridges define a v-channel on the top surface of the belt.

A system and apparatus are provided for monitoring one or more characteristics of a scraper blade of a belt cleaner system. The system and apparatus may be configured to monitor the amount of wear of the scraper blade. The system and apparatus may include a self-contained wear monitoring unit which includes one or more sensors for detecting scraper blade wear. The sensor may be a wear sensor including one or more conductive wear indicators on a circuit board, wherein the circuit board is positioned and adapted to be worn down along with the scraper blade due to abrasion with the conveyor belt, such that portions of the conductive wear indicator disposed on the circuit board will also be worn away as the scraper blade is worn down. The wear monitoring unit may be configured to be retrofit to an existing scraper blade without any modification to the scraper blade.

A system and apparatus are provided for monitoring one or more characteristics of a scraper blade of a belt cleaner system. The system and apparatus may be configured to monitor the amount of wear of the scraper blade. The system and apparatus may include a self-contained wear monitoring unit which includes one or more sensors for detecting scraper blade wear. The sensor may be a wear sensor including one or more conductive wear indicators on a circuit board, wherein the circuit board is positioned and adapted to be worn down along with the scraper blade due to abrasion with the conveyor belt, such that portions of the conductive wear indicator disposed on the circuit board will also be worn away as the scraper blade is worn down. The wear monitoring unit may be configured to be retrofit to an existing scraper blade without any modification to the scraper blade.

A transport device for conveying products (12), in particular packaged and/or non-packaged food, comprises at least one transport unit (14) which comprises at least one endless transport element (16), in particular an endless conveyor belt, which has a product support surface (18) for receiving products (12) to be conveyed, the transport device further comprising at least one guide unit (20) for guiding the transport element (16) and which has at least one, in particular movably supported, guide element (22), in particular a guide roller, and comprising at least one bearing unit (24) for pivotable or tiltable support of the guide unit (20) together with the transport unit (14) relative to a frame unit (26) of a production installation, in particular around a movement axis (30) of the guide unit (20), running at least essentially parallel to the product support surface (18), wherein the guide unit (20) has at least one further guide element (32) for guiding, in particular deflecting, an endless further transport element (34), in particular an endless further conveyor belt, wherein for the purpose of guiding the transport element (16) the further guide element (32) is supported by means of the bearing unit (24) so that it can be pivoted or tilted together with the guide element (22) and with the transport unit (14) relative to the frame unit (26).

A transport device for conveying products (12), in particular packaged and/or non-packaged food, comprises at least one transport unit (14) which comprises at least one endless transport element (16), in particular an endless conveyor belt, which has a product support surface (18) for receiving products (12) to be conveyed, the transport device further comprising at least one guide unit (20) for guiding the transport element (16) and which has at least one, in particular movably supported, guide element (22), in particular a guide roller, and comprising at least one bearing unit (24) for pivotable or tiltable support of the guide unit (20) together with the transport unit (14) relative to a frame unit (26) of a production installation, in particular around a movement axis (30) of the guide unit (20), running at least essentially parallel to the product support surface (18), wherein the guide unit (20) has at least one further guide element (32) for guiding, in particular deflecting, an endless further transport element (34), in particular an endless further conveyor belt, wherein for the purpose of guiding the transport element (16) the further guide element (32) is supported by means of the bearing unit (24) so that it can be pivoted or tilted together with the guide element (22) and with the transport unit (14) relative to the frame unit (26).

A secondary belt cleaner system for cleaning the surface of the return side of an endless conveyor belt. The system includes a plurality of blade devices that are rotatably biased against the return side surface using a respective torsion spring therein. Each blade device includes a head portion formed by a blade support and a replaceable blade tip that is releasably secured to the blade support. The head portion is connected to one end of a blade arm and the other end of the blade arm is coupled to a rotatable shaft inside a housing that is fixedly secured to a support shaft having mounting brackets at each end for mounting the system transversely to the conveyor belt frame. Adjacent blade devices have different blade arm lengths in order to have the blade coverage overlap with no gaps in between. Because these blade arm lengths are different and to maintain each blade tip in contact with the return side surface, the respective torsion springs in adjacent blade devices are pretensioned to different angular amounts.

A secondary belt cleaner system for cleaning the surface of the return side of an endless conveyor belt. The system includes a plurality of blade devices that are rotatably biased against the return side surface using a respective torsion spring therein. Each blade device includes a head portion formed by a blade support and a replaceable blade tip that is releasably secured to the blade support. The head portion is connected to one end of a blade arm and the other end of the blade arm is coupled to a rotatable shaft inside a housing that is fixedly secured to a support shaft having mounting brackets at each end for mounting the system transversely to the conveyor belt frame. Adjacent blade devices have different blade arm lengths in order to have the blade coverage overlap with no gaps in between. Because these blade arm lengths are different and to maintain each blade tip in contact with the return side surface, the respective torsion springs in adjacent blade devices are pretensioned to different angular amounts.

A cleaning apparatus includes a roller, a conveyor belt and a belt cleaner. The conveyor belt transports food material in a first direction, and the belt cleaner cleans the food material from the conveyor belt as the conveyor belt travels in a second direction, distinct from the first direction. The conveyor belt passes around the roller as the conveyor belt changes from traveling in the first direction to traveling in the second direction. At least a portion of the belt cleaner is located directly below the roller such that food material falling off the conveyor belt when the conveyor belt passes around the roller is caught by the belt cleaner. The belt cleaner includes an enclosure through which the conveyor belt passes and an air nozzle located within the enclosure. The air nozzle directs air onto the underside of the conveyor belt. Preferably, the air nozzle is an air knife, which generates a sheet of air.