Abstract: A method for producing a ready-to-distribute distribution assembly comprising a data carrier in a single production line is disclosed. The method includes providing a foldable cover panel having a basin for receiving a data carrier, inserting a data carrier, folding the cover panel, sealing the cover panel, and printing identification information on the cover panel.

Abstract: A method for producing a ready-to-distribute distribution assembly comprising a data carrier in a single production line is disclosed. The method includes providing a foldable cover panel having a basin for receiving a data carrier, inserting a data carrier, folding the cover panel, sealing the cover panel, and printing identification information on the cover panel.

Abstract: A method of monitoring monitored locations by means of a monitoring system. The monitoring system comprises a plurality of monitoring modules 1, each of which has a light-sensitive sensor for monitoring the monitored locations. The monitoring system further comprises a remote monitoring station 3 with an operator. The method comprises the steps of recording by each of the monitoring modules 1 an image of the monitored location associated with the monitoring module 1, extracting in each of the monitoring modules an area in the recorded image that differs from a reference image, and extracting in each of the monitoring modules an object from the area.

Abstract: A method of monitoring monitored locations by means of a monitoring system. The monitoring system comprises a plurality of monitoring modules 1, each of which has a light-sensitive sensor for monitoring the monitored locations. The monitoring system further comprises a remote monitoring station 3 with an operator. The method comprises the steps of recording by each of the monitoring modules 1 an image of the monitored location associated with the monitoring module 1, extracting in each of the monitoring modules an area in the recorded image that differs from a reference image, and extracting in each of the monitoring modules an object from the area.

Abstract: A device for feeding packages from a packaging machine has first, second, third and fourth package drivers. The drivers are arranged to transport packages in a transportation direction from an infeed station to an outfeed station. The drivers are arranged diametrically in relation to each other in pairs and rotatably about a common centre axis. A method of feeding packages from a packaging machine includes receiving at the infeed station packages between the first and second drivers, transporting the packages by rotation of the drivers to the outfeed station, and when the packages have reached the outfeed station, returning the first driver to the infeed station and advancing the second driver so that the fourth driver advances to the infeed station, the first and fourth drivers being ready to receive subsequent packages.

Abstract: A device for feeding packages (6) from a packaging machine has first, second, third and fourth package drivers (2-5). The drivers (2-5) are arranged to transport packages (6) in a transportation direction (T) from an infeed station (7) to an outfeed station (8). The drivers are arranged diametrically in relation to each other in pairs and rotatably about a common centre axis (C). A method of feeding packages from a packaging machine comprises receiving at the infeed station (7) packages between the first and second drivers (2, 3), transporting the packages (6) by means of rotation of the drivers (2-5) to the outfeed station (8), and when the packages (6) have reached the outfeed station (8), returning the first driver (2) to the infeed station (7) and advancing the second driver (3) so that the fourth driver (5) advances to the infeed station (7), the first and fourth drivers (2, 5) being ready to receive subsequent packages (6).

Abstract: A method of monitoring monitored locations by means of a monitoring system. The monitoring system comprises a plurality of monitoring modules 1, each of which has a light-sensitive sensor for monitoring the monitored locations. The monitoring system further comprises a remote monitoring station 3 with an operator. The method comprises the steps of recording by each of the monitoring modules 1 an image of the monitored location associated with the monitoring module 1, extracting in each of the monitoring modules an area in the recorded image that differs from a reference image, and extracting in each of the monitoring modules an object from the area.

Abstract: A halogen-free flooring material has been discovered which is not based on polyvinyl chloride and which comprises olefin polymers in combination with organic and inorganic fillers. The flooring material generally comprises a polypropylene copolymer and homopolymer, a crosslinked ethylene polymer, organic and inorganic fillers, a flame retardant and an antistatic agent.