The invention relates to a method for operating a supply device, comprising at least one feed conveyor, at least one intermediate conveyor, a discharge conveyor and at least one handling device, wherein individual products are continuously conveyed from the at least one feed conveyor to a work area of the at least one handling device; the products are displaced by the at least one handling device from the at least one feed conveyor onto the at least one continuously running intermediate conveyor for forming an article layer according to a placement pattern; the article layer is transferred from the at least one intermediate conveyor to the discharge conveyor, wherein during the formation of the article layer, the at least one intermediate conveyor runs at a transfer speed, during the transfer of the article layer, the at least one intermediate conveyor and the discharge conveyor run at an equal speed, and after the formation of the article layer, the discharge conveyor is accelerated to a discharge speed which is greater than the transfer speed. The invention relates to a supply device for forming an article layer from individual products and for transferring the article layer to a downstream device, comprising at least one feed conveyor, at least one intermediate conveyor, a discharge conveyor and at least one handling device, which is adapted for carrying out the method according to the invention.

The invention relates to a method for operating a supply device, comprising at least one feed conveyor, at least one intermediate conveyor, a discharge conveyor and at least one handling device, wherein individual products are continuously conveyed from the at least one feed conveyor to a work area of the at least one handling device; the products are displaced by the at least one handling device from the at least one feed conveyor onto the at least one continuously running intermediate conveyor for forming an article layer according to a placement pattern; the article layer is transferred from the at least one intermediate conveyor to the discharge conveyor, wherein during the formation of the article layer, the at least one intermediate conveyor runs at a transfer speed, during the transfer of the article layer, the at least one intermediate conveyor and the discharge conveyor run at an equal speed, and after the formation of the article layer, the discharge conveyor is accelerated to a discharge speed which is greater than the transfer speed. The invention relates to a supply device for forming an article layer from individual products and for transferring the article layer to a downstream device, comprising at least one feed conveyor, at least one intermediate conveyor, a discharge conveyor and at least one handling device, which is adapted for carrying out the method according to the invention.

Disclosed is a conveying system comprising: a track, a plurality of carriages to be conveyed on the track, each carriage comprising: a main body which is held along the track; and a receptacle rotatably supported by the main body and configured for receiving a product, and further comprising a receptacle-rotating member which is configured to advance, at a defined advancing speed, along a region provided at at least a portion of the track, and to control the rotational orientation of the carriage's receptacles; wherein each carriage can be in engagement, via its receptacle, with the receptacle-rotating member.

Disclosed is a conveying system comprising: a track, a plurality of carriages to be conveyed on the track, each carriage comprising: a main body which is held along the track; and a receptacle rotatably supported by the main body and configured for receiving a product, and further comprising a receptacle-rotating member which is configured to advance, at a defined advancing speed, along a region provided at at least a portion of the track, and to control the rotational orientation of the carriage's receptacles; wherein each carriage can be in engagement, via its receptacle, with the receptacle-rotating member.

A method is disclosed for varying a spatial arrangement of randomly arranged, stacked or piled products, particularly to rearrange the products in a way that makes automated handling thereof possible. The method relies on a plurality of subsequent conveyors extending between a product input and a product output, wherein at least one of a conveyor speed a conveyor direction and a conveyor height of a conveyor of the plurality is offset from, respectively, the conveyor speed the conveyor direction, and the conveyor height of a subsequent conveyor in the plurality.

A method is disclosed for varying a spatial arrangement of randomly arranged, stacked or piled products, particularly to rearrange the products in a way that makes automated handling thereof possible. The method relies on a plurality of subsequent conveyors extending between a product input and a product output, wherein at least one of a conveyor speed a conveyor direction and a conveyor height of a conveyor of the plurality is offset from, respectively, the conveyor speed the conveyor direction, and the conveyor height of a subsequent conveyor in the plurality.

A conveyor system to convey objects is described, in which a conveyor belt moves while having a controlled speed to advance the objects, arranged in a row one after the other at a distance one from the other, toward a first rotating disc that rotates at a controlled speed in an independent manner from the speed of the conveyor belt and that has, on a perimeter thereof, a plurality of first cavities arranged mutually spaced apart angularly to receive the objects from the conveyor belt, a second rotating disc being arranged to receive the objects from the first rotating disc.

A conveyor system to convey objects is described, in which a conveyor belt moves while having a controlled speed to advance the objects, arranged in a row one after the other at a distance one from the other, toward a first rotating disc that rotates at a controlled speed in an independent manner from the speed of the conveyor belt and that has, on a perimeter thereof, a plurality of first cavities arranged mutually spaced apart angularly to receive the objects from the conveyor belt, a second rotating disc being arranged to receive the objects from the first rotating disc.

The invention relates to a method which comprises determining first geometry information of a first object stream of a plurality of objects, which are transported on a first conveyor. The method also comprises determining second geometry information of a second object stream of a plurality of objects which are transported on a second conveyor. The first conveyor is configured to transport objects at a first speed, and the second conveyor is configured to transport objects at a second speed. The first conveyor and the second conveyor are arranged in such a way that the objects which are transported by the first conveyor move onto the second conveyor. The method also comprises adjusting the first speed of the first conveyor and/or adjusting the second speed of the second conveyor on the basis of the determined first geometry information and/or the determined second geometry information.

The invention relates to a method which comprises determining first geometry information of a first object stream of a plurality of objects, which are transported on a first conveyor. The method also comprises determining second geometry information of a second object stream of a plurality of objects which are transported on a second conveyor. The first conveyor is configured to transport objects at a first speed, and the second conveyor is configured to transport objects at a second speed. The first conveyor and the second conveyor are arranged in such a way that the objects which are transported by the first conveyor move onto the second conveyor. The method also comprises adjusting the first speed of the first conveyor and/or adjusting the second speed of the second conveyor on the basis of the determined first geometry information and/or the determined second geometry information.