The invention relates to a dispenser for transferring layers of goods from a pallet onto a receiving surface and then down a discharge conveyor. The dispenser incorporates a vertically movable platform capable of bringing a first tier of goods in alignment with a rotary table. Sweeper arm moves the goods on to the table as it rotates. Goods accumulate on the rotary table and then become guided down a discharge conveyor for further processing.

The invention relates to a dispenser for transferring layers of goods from a pallet onto a receiving surface and then down a discharge conveyor. The dispenser incorporates a vertically movable platform capable of bringing a first tier of goods in alignment with a rotary table. Sweeper arm moves the goods on to the table as it rotates. Goods accumulate on the rotary table and then become guided down a discharge conveyor for further processing.

Automated system for handling, in particular for overturning, containers such as cage trays for housing laboratory animals. The automated system being suitable to be positioned at the outlet module of a station for treating or washing, said containers and possibly other component parts of said cages such as the lid, the trough and similar component parts. The system then receives said containers and/or other component parts at the outlet from said treatment station, in particular washing station. The system can comprise a first conveyor belt capable of interfacing said outlet module so as to receive said containers and/or said component parts at the outlet of said treatment station. A second conveyor belt can be arranged in succession so as to define a transport direction of said containers and/or component parts substantially parallel to the feed direction of said containers and/or component parts at the exit from said treatment station.

Automated system for handling, in particular for overturning, containers such as cage trays for housing laboratory animals. The automated system being suitable to be positioned at the outlet module of a station for treating or washing, said containers and possibly other component parts of said cages such as the lid, the trough and similar component parts. The system then receives said containers and/or other component parts at the outlet from said treatment station, in particular washing station. The system can comprise a first conveyor belt capable of interfacing said outlet module so as to receive said containers and/or said component parts at the outlet of said treatment station. A second conveyor belt can be arranged in succession so as to define a transport direction of said containers and/or component parts substantially parallel to the feed direction of said containers and/or component parts at the exit from said treatment station.

The present invention relates to a device for transferring products, comprising a means for fetching the products in a line in a first direction, at least one output conveyor, in a transverse direction with respect to said first direction, and a tool for transferring said products in groups. The transfer tool has only two degrees of freedom of movement in a horizontal plane, in said first direction and in said transverse direction. The invention relates also to a corresponding method for transferring products.

The present invention relates to a device for transferring products, comprising a means for fetching the products in a line in a first direction, at least one output conveyor, in a transverse direction with respect to said first direction, and a tool for transferring said products in groups. The transfer tool has only two degrees of freedom of movement in a horizontal plane, in said first direction and in said transverse direction. The invention relates also to a corresponding method for transferring products.

In a method for separating a sawn timber pack obtained from one trunk into main yield and side cuttings using a separating conveyor, the sawn timber pack is conveyed in a longitudinal direction via an underside transport device of the separating conveyor. While the single- or multi-piece main yield is supported by the transport device, one or more side boards are separated transverse to the conveying direction using gravitational force and/or external forces, whereby lateral retaining elements are briefly opened for release. In order to be able to process trunks with as large a diameter range as possible, the side boards located on opposing sides of the sawn wood pack are separated in two successive separating stages, whereby the lateral retaining elements of the separating conveyor are opened on one side on a respective release side in the successive separating stages.

In a method for separating a sawn timber pack obtained from one trunk into main yield and side cuttings using a separating conveyor, the sawn timber pack is conveyed in a longitudinal direction via an underside transport device of the separating conveyor. While the single- or multi-piece main yield is supported by the transport device, one or more side boards are separated transverse to the conveying direction using gravitational force and/or external forces, whereby lateral retaining elements are briefly opened for release. In order to be able to process trunks with as large a diameter range as possible, the side boards located on opposing sides of the sawn wood pack are separated in two successive separating stages, whereby the lateral retaining elements of the separating conveyor are opened on one side on a respective release side in the successive separating stages.

A system for sorting articles includes a plurality of article supporters attached to an endless chain. At least one diverting point is provided at which the articles may be removed. A plurality of lateral pushers are movable along the article supporter so as to selectively push the articles off the article supporters at the diverting point. A distributing mechanism initiates the movement of the lateral pushers. At least one diversion detection device is configured to identify a presence of each of the article supporters. A controller is configured to determine a slat number of each of the article supporters and to determine whether the article positioned on the article supporter associated with the detected slat number should be removed at the diverting point, and to actuate the distributing mechanism. The at least one diversion detection device is substantially aligned with the actuator in the direction of travel.

A system for sorting articles includes a plurality of article supporters attached to an endless chain. At least one diverting point is provided at which the articles may be removed. A plurality of lateral pushers are movable along the article supporter so as to selectively push the articles off the article supporters at the diverting point. A distributing mechanism initiates the movement of the lateral pushers. At least one diversion detection device is configured to identify a presence of each of the article supporters. A controller is configured to determine a slat number of each of the article supporters and to determine whether the article positioned on the article supporter associated with the detected slat number should be removed at the diverting point, and to actuate the distributing mechanism. The at least one diversion detection device is substantially aligned with the actuator in the direction of travel.