Abstract: The present disclosure provides a coin counting and sorting module comprising: a coin sorter; a coin bowl having an inner surface comprising a rotating surface adapted for being rotated when the module is in operation; a coin sensor for detecting and removing counterfeit coins; a coin separating rail knife for receiving coins one by one; an inclined rail block; and an anti-bounce block rigidly fastened to the inclined rail block by a finite number of fastening elements. This disclosure also provides a coin handling apparatus comprising such a coin counting and sorting module.

Abstract: The present disclosure relates to a coin sorter wherein a flexible rim (606) is used for engaging a coin (706) to be sorted and bring the coin in abutment with a circular border (620) of the coin sorter in a path across a plurality of circularly arranged coin openings.

Abstract: The present disclosure relates to a coin sorter wherein a flexible rim (606) is used for engaging a coin (706) to be sorted and bring the coin in abutment with a circular border (620) of the coin sorter in a path across a plurality of circularly arranged coin openings.

Abstract: The present invention provides a coin counting and sorting module (100) comprising a coin sorter (102); a coin bowl (118) for receiving a deposited mass of coins to be sorted, said coin bowl (118) having an inner surface intended to be in contact with the coins to be sorted, the inner surface comprising a rotating surface (116) adapted for being rotated when the module (100) is in operation; a front coin sensor (108) for detecting and removing counterfeit coins; a coin separating rail knife (128) for receiving coins one by one at a first end (120) thereof from the rotating surface (116) and for guiding the coins past the front coin sensor (108); the coin sorter (102), the coin bowl (118), the front coin sensor (108), and the coin separating knife (128) being mounted on a front plate (126) of the coin counting and sorting module (100), wherein the coin counting and sorting module (100) also comprises an inclined rail block (112) for receiving accepted coins from the second end (114) of the coin separating r

Abstract: Method and arrangement for manufacturing core composite layer workpieces (sandwich structures) from at least one first and at least one second cover sheet (1, 2) between which a core sheet (30) including especially short cut fibers (9) is provided, are disclosed with which a continuous and substantially break free manufacture can be conducted which leads to composite layer structures with reasonable costs. Single manufacturing parameters can specifically be varied with different embodiments so that in a relatively simple manner composite layer structures with desired physical properties can be obtained, for example with respect to their strength, stiffness, flexibility, mechanical and acoustic absorption capabilities, working properties, and so on. Composite layer structures for new applications can be manufactured as well.

Abstract: A cash recycling system is presented which has a cash receiving unit, the cash receiving unit has a cash input module, a cash processor, a cash output module, and a cash dispensing unit. The cash dispensing unit has a cash input module, a cash processor, and a cash output module. The cash input module of the cash receiving unit and the cash output module of the cash dispensing unit are accessible to a first type of user. The cash dispensing unit and the cash receiving unit are physically separate from and operative independently of each other. The cash output module of the cash receiving unit is adapted to supply cash, as processed by the cash processor, in a form which is sorted in denomination and therefore directly suitable for loading into the cash input module of the cash dispensing unit.

Abstract: A coin handling apparatus has an apparatus housing and a coin processing device contained within said apparatus housing, wherein said apparatus housing has a coin intake, said coin handling apparatus being adapted to receive coins to be processed by said coin processing device through said coin intake from a user. The apparatus housing comprises a first housing part and a second housing part, wherein said coin intake is provided in said second housing part and wherein said second housing part is displaceable from said first housing part so as to expose said coin processing device to said user.

Abstract: A coin conditioning device for separating non-coin matter from a plurality of coins comprises a belt conveyor having a perforated conveyor belt and a belt agitator, which is arranged for agitating the conveyor belt while said plurality of coins and said non-coin matter are being conveyed on said conveyor belt. The coin conditioning device may be provided in a coin processing apparatus. A method for conditioning a plurality of coins is also disclosed.

Abstract: Method and arrangement for manufacturing core composite layer workpieces (sandwich structures) from at least one first and at least one second cover sheet (1, 2) between which a core sheet (30) including especially short cut fibers (9) is provided, are disclosed with which a continuous and substantially break free manufacture can be conducted which leads to composite layer structures with reasonable costs. Single manufacturing parameters can specifically be varied with different embodiments so that in a relatively simple manner composite layer structures with desired physical properties can be obtained, for example with respect to their strength, stiffness, flexibility, mechanical and acoustic absorption capabilities, working properties, and so on. Composite layer structures for new applications can be manufactured as well.

Abstract: A coin discriminating device has a first camera for producing a first image of a first surface of a coin, a second camera for producing a second image of a second surface of the coin, and a processor, e.g. a computer, which is operatively connected to the first and second cameras. The processor analyzes the first and second images in order to determine a type of the coin.

Abstract: A non-horizontal conveyor for feeding objects has a conveyor belt, a first pulley at a first end forming a loading area of the conveyor, and a second pulley at a second end forming a feeding area of the conveyor. The conveyor also has a conveyor cover having an upper part and a lower part, wherein the upper part extends from the second pulley towards the first pulley, thereby covering a substantial part of the conveyor and preventing the objects from falling out of the conveyor during transport. The lower part is resiliently attached to the upper part adjacently to the first pulley, thereby preventing a plurality of objects from aggregating in the loading area at the first pulley. Furthermore, the conveyor cover has two symmetrical members rotationally attached to its lower part.

Abstract: A coin handling apparatus has an accessory for a coin handling apparatus of the type having an essentially horizontal sorting device with at least two external off-sorting stations sequentially arranged along a sorting path, the accessory comprising at least one coin depository and at least one feeding mechanism for recirculating non-sorted coins back into the horizontal sorting device from the coin depository. The coin depository is located adjacent the coin handling apparatus and a deflector is arranged after a last off-sorting station and is adapted to redirect non-sorted coins that have not been sorted out in any of the off-sorting stations into the coin depository.

Abstract: A coin discriminating device has a first camera for producing a first image of a first surface of a coin, a second camera for producing a second image of a second surface of the coin, and a processor, e.g. a computer, which is operatively connected to the first and second cameras. The processor analyzes the first and second images in order to determine a type of the coin.

Abstract: A coin handling apparatus for sorting and/or counting a plurality of coins (15a-h) has a circular sorting path with at least one off-sort station (6) and a rotatable carrier device (3) for transporting the coins along the circular sorting path. Furthermore, the apparatus has a first rotatable means (1) with a first surface and a second rotatable means (3) with a second surface. The first and second surfaces are arranged to rotate at essentially the same speed and to engage the coins (15a-h) therebetween, thereby transporting the coins along the circular sorting path.

Abstract: A coin packaging device has a table, to which a mass of coins of identical denomination may be supplied, and a plurality of cylinders, each cylinder being arranged to receive coins one by one through an open end, thereby stacking a predetermined number of coins thus received into a pile of coins. Furthermore, the device has means for distributing the coins across the table. The table is provided with a plurality of openings large enough for allowing the coins to pass therethrough. The open end of each respective cylinder is arranged to receive coins from a respective one of the openings in the table.