Abstract: An end of a detection body provided contactable with an upper side peripheral surface of a coin rolling on a coin path hooks into reeding of the coin, and thus the detection body is moved to a moving direction. The movement of the detection body moves a receiving portion in the same direction, and rotates in a predetermined direction an axis support integrally provided with the receiving portion. The rotation of the axis receiver retracts from the coin path a sorting body projecting to the coin path. A release body proceeds to the coin path. The retraction of the sorting body from the coin path allows the coin to further roll on the coin path, press the release body, rotate the axis support reversely, and return the detection body and the sorting body to a standby position.

Abstract: A coin distinguishing method capable of concurrently picking up the images of the surface and the side of a coin by using two light sources, downsizing a device, and providing high-accuracy coin distinguishing. The side of a coin (C) falling through a coin passage (101) in an advancing direction is irradiated with a first light (105) from a flash shooting first light source (104), and the outer periphery portion of the surface of the coin (C) is irradiated with a second light (107) from a flash shooting second light source (106). Then, a fist reflection light (108) reflected off the side of the coin (C) and a second reflection light (109) reflected off the outer periphery portion of the coin (C) are input to an image sensor (110) to concurrently obtain the images of the side and the surface of the coin (C).

Abstract: The coin-type determining device, for determining the presence or absence of inclined notches formed on the circumferential surface of the coin transferred through a coin transfer path, comprises: a plurality of notch detecting devices provided separately from each other with respect to an axis of the coin; a determining device for determining the presence or absence of inclined notches based on the difference between the notch detection results by the notch detecting devices.

Abstract: A machine for the sorting of coins and the placement of the coins into coin wrapper sleeves, containers or bags according to their type. A coin feed device in the form of a rotating table (1) feeds coins to a sorting plate (2) having a plurality of sorting openings (3), wherein each sorting opening corresponds to a particular denomination or size of a coin or disk. Each sorting opening (3) feeds into a corresponding coin outlet channel (4,4′) which conducts coins passing through the sorting opening (3) to a corresponding sleeve container (5). Each corresponding sleeve container (5) is connected to the corresponding outlet channel part (4′) by means of a bayonet-type connector. Each sleeve container (5) has a carrying bracket (8) to support a coin wrapper sleeve (6) while it is being filled with coins.

Abstract: A coin discriminating apparatus includes a plurality of light emitting elements, an area sensor for optically detecting light reflected by the coin and producing pattern data of the coin, a mirror member provided on one side portion of the coin along the coin passage at a predetermined angle with an axis of the coin for reflecting light reflected from a side surface of the coin and leading the light to the area sensor, and a coin discriminator for discriminating the coin based on first pattern data produced by detecting light reflected from a lower surface of the coin and second pattern data produced by detecting light reflected by the side surface of the coin. According to the thus constituted coin discriminating apparatus, it is possible to discriminate coins by optically detecting the pattern of the obverse or reverse surface and the side surface of a coin with simple structure and with high accuracy.

Abstract: Coin validation apparatus comprising a coin path (2, 5, 6); an impact element (14) disposed in the coin path to be contacted by a coin (10); an impact transducer (8) arranged to generate an output signal in dependence on vibration of the impact element (14); and control means (7) for determining a coin parameter based on the output signal; characterised in that the impact element (14) is shaped to create multiple impacts with a passing coin (10).

Abstract: For detecting a foreign body, as, for instance, a thread (3) or a wire in a coin channel (10) or for the recognition of the edge outline of coins moving along the guide channel, a photoelectric detector (1, 2) monitors the coin channel (10) (FIG. 1).

Abstract: An optical coin detector uses the spatial and/or temporal periodic modulation imparted to incident light which is reflected from the coin due to the combined effect of the stamping on the coin and its motion past a detection area. Detection of modulated, reflected light takes part from the end edge of the coin or from one of its side surfaces, and is effected by using one light sensitive detector with an adapted line screen pattern arranged in front of the detector, or by using a detector array.

Abstract: A device for counting and sorting coins belonging to a set of coins with a guideway 8 tangentially connected to a horizontal coin plate 3 is to be developed for separating foreign coins 11' through a sort-out opening 16. To this end, and behind a coin identifying device 14 and immediately in front of the sort-out opening 16, a diversion element 18 is movably arranged for the coins 11' identified as foreign or counterfeit coins by the coin identification device 14, with its front edge 35 arranged at a distance of at least the width of guide rail 17 from the guiding edge 9, with the diversion element 18 able to be triggered by the coin identification device 14. The diversion element 18, which in its active position is brought into the path of movement of coins 11, 11', diverts the coins from guiding edge 9 by at least a distance that is equal to or greater than the width of guide rail 17. In this manner, the foreign coins 11' to be separated out can drop through the sort-out opening 16.