Abstract: A shielded busbar has a casing having a duct housing, a conductor pack including three or more conductors arranged side by side, wherein each conductor extends along a longitudinal axis and has a rectangular cross-section. Each conductor has two primary lateral surfaces, which are opposite to each other, and two secondary lateral surfaces, which are opposite to each other, wherein each pair of adjacent conductors of the conductor pack are arranged side by side along respective primary lateral surfaces. The shielded busbar also includes two or more shielding elements extending along the longitudinal axis and made of magnetically shielding material. Each one of the two or more shielding elements has a primary plate that entirely overlaps a primary lateral surface of one or two of the three or more conductors, and wherein not more than one shielding element of the two or more shielding elements has a C-shaped cross-section.

Abstract: The present invention relates to a dishwasher comprising a body; a tub; a drying pocket disposed at least one lateral wall of the tub, that is in thermal contact with the tub and that provides the condensation of the humid air inside the tub by being cooled in the drying step; a heat pump disposed inside the body, that provides the heating of the water to be used in the washing step and that has a first heat exchanger drawing heat from the ambient air, a second heat exchanger transferring the heat received from the first heat exchanger to the wash water and a compressor fluidly connected to the first heat exchanger and the second heat exchanger, realizing the refrigerant cycle, and a drip tray disposed immediately under the first heat exchanger, wherein the water condensing on the first heat exchanger is collected.

Abstract: The laundry dryer (1) of the present invention comprises a drum (2) wherein the laundry desired to be dried is placed, a channel (5) having an inlet allowing the cycle air to enter into the drum (2) and an outlet allowing the cycle air to leave the drum (2), providing the cycle air to be circulated in a closed cycle, a condenser (4) that provides the cycle air leaving the drum (2) to be dehumidified by being condensed, a heater (3) that provides the dehumidified cycle air leaving the condenser (4) to be heated and at least one fan (6) that maintains the cycle air to move along the length of the channel (5).

Abstract: The present invention relates to a dishwasher (1) wherein ozone water is applied to improve the washing performance and to provide hygiene. The ozone gas that is generated by an ozone generator (7) located in the dishwasher (1) is mixed to the wash water by the Venturi device (8) and by means of an ozone water line (9) extending into the tub (2), of branch pipes (10, 110, 210) and of spray nozzles (N), ozone wash water is sprayed to the lower dish rack (3) or the upper dish rack (103).

Abstract: The laundry dryer (1) of the present invention comprises a drum (2) wherein the laundry desired to be dried is placed, a channel (5) having an inlet allowing the cycle air to enter into the drum (2) and an outlet allowing the cycle air to leave the drum (2), providing the cycle air to be circulated in a closed cycle, a condenser (4) that provides the cycle air leaving the drum (2) to be dehumidified by being condensed, a heater (3) that provides the dehumidified cycle air leaving the condenser (4) to be heated and at least one fan (6) that maintains the cycle air to move along the length of the channel (5).

Abstract: The present invention relates to a dishwasher (1) wherein ozone water is applied to improve the washing performance and to provide hygiene. The ozone gas that is generated by an ozone generator (7) located in the dishwasher (1) is mixed to the wash water by the Venturi device (8) and by means of an ozone water line (9) extending into the tub (2), of branch pipes (10, 110, 210) and of spray nozzles (N), ozone wash water is sprayed to the lower dish rack (3) or the upper dish rack (103).

Abstract: A sheet material feeder includes a sheet material holder for holding a pile of sheet material, a rotating drum for transporting the sheet material from the pile, and an acceleration device receiving the sheet material from the rotating drum at a first speed and releasing the sheet material at a second speed greater than the first speed. Also disclosed is a sheet material feeder with a sheet material holder for holding a pile of sheet material; and a rotating drum for transporting the sheet material from the pile, the rotating drum including at least one sucker rotating with the drum for contacting the sheet material.

Abstract: An inserter includes a hopper section including a plurality of hoppers for delivering inserts and a conveyor carrying a plurality of folded printed products, the printed products receiving at least one insert from the hopper section. A closure device applies a sealing element to an edge of one of the plurality of printed products containing the at least one insert. A newspaper and method are also provided.

Abstract: A paper thickness measuring device for use in a rotary paper feeding device having a rotating cylindrical drum. In a preferred embodiment of the present invention, a gripper is mounted on the cylindrical drum for gripping a sheet; and a target is mounted on the cylindrical drum and mechanically linked to the gripper such that a position of the target corresponds to displacement of the gripper by a gripped sheet. The target is arranged and configured for detection of the target position a predetermined time or at a downstream location after the gripper grips a sheet.

Abstract: A device for wrapping multi-sheet printed products includes a conveyor carrying a multi-sheet printed product, a first rotating drum having a first exterior surface with at least one surface indentation, and a second rotating drum having a second exterior surface, the second roattaing drum interacting with the first rotating drum at a first nip. A first wrapping supply provides first wrapping to the first nip on one side of a multi-sheet printed product and a second wrapping supply provides second wrapping to the first nip on another side of the multi-sheet printed product. A method for wrapping a multi-sheet printed product is aslo provided.

Abstract: A first embodiment of the present invention provides a method for transferring printed products and comprises the steps of pulling a printed product from a stack using a feed device running at a first preselected speed, accelerating the feed device after pulling the printed product from the stack and releasing the printed product from the feed device at a second preselected speed greater than the first speed.