Abstract: A coin processing system comprises a rotatable disc including a resilient pad coupled thereto for imparting motion to the plurality of coins, the resilient pad including an outer peripheral edge, and a stationary sorting head. The stationary sorting head includes a lower surface forming a coin path for directing movement of each of the coins, a stripping area of the coin path including at least one stripping surface operable to retain at least one coin when overlapping another coin such that the other coin is separated from the at least one coin by the motion imparted by the rotatable disc, and a queuing area of the coin path that receives the plurality of coins from the stripping area, the queuing area including a beveled surface curving substantially parallel with the outer peripheral edge of the resilient pad to guide the coins in a single file configuration to a discrimination area.

Abstract: A coin payout apparatus 100 is provided. The coin payout apparatus 100 includes a coin canister 101. The coin canister 101 includes a tube 102 for storing coins. The coin canister 101 also includes a coin ejector 202 operable to eject a coin from the tube 102. The coin canister 101 further includes a hopping disc 318 operable to rotate and engage the coin ejector 202 to eject the coin from the tube 102 when the tube 102 is moved into position with the hopping disc 318.

Abstract: Chip sorting devices and methods of ejecting chips from chip wells are disclosed. In some embodiments, chip sorting devices may include at least one chip ejection unit including at least one finger member selectively movable between a first position outside of at least one channel of a chip conveying unit and a second position within the at least one channel. In additional embodiments, a chip sorting device may include a separating wheel comprising a plurality of chip wells, each chip well configured to hold a plurality of chips. In yet additional embodiments, methods of ejecting a chip from a chip well may include urging a selected chip out of the chip well with the at least one finger member and at least one wall segment of a trailing segmented wall of the chip well.

Abstract: A device for the delivery of coins from a coin dispensing station to a mobile supply device or from the mobile supply device to a coin receiving module. The coin reservoir of the mobile supply device is designed such that the coins collected in the coin reservoir are delivered in portions to the coin inlet of the coin receiving module, depending on a supply request. An inventory memory unit is assigned to a control unit. The particular advantage of the device consists in that only one mobile supply device is required for supplying and/or filling a number of coin receiving modules.

Abstract: A feed unit for filling a coin module with coins improved in such a way that a plurality of coin modules can be filled or loaded with just one feed unit. The coin feed unit is a coin drum which is rotatable inside a shell. A coin stock compartment is provided into which coins can be filled via a charge aperture. A dispensing compartment is provided inside the coin drum from which coins can be taken out via the discharge aperture. A passage is arranged in such a way that coins get from the stock compartment into the dispensing compartment as the coin drum rotates around a pivot pin.

Abstract: Chip sorting devices and methods of ejecting chips from chip wells are disclosed. In some embodiments, chip sorting devices may include at least one chip ejection unit including at least one finger member selectively movable between a first position outside of at least one channel of a chip conveying unit and a second position within the at least one channel. In additional embodiments, a chip sorting device may include a separating wheel comprising a plurality of chip wells, each chip well configured to hold a plurality of chips. In yet additional embodiments, methods of ejecting a chip from a chip well may include urging a selected chip out of the chip well with the at least one finger member and at least one wall segment of a trailing segmented wall of the chip well.

Abstract: A coin dispensing device having a mechanism to reliably dispensing a predetermined number of coins. Coins are accommodated on a surface side of a rotary disc rotating at a position tilted at a predetermined angle. A dispensing and transporting passage guides coins dispensed by rotation of the rotary disc to a coin inlet/outlet. A gate member for opening/closing the coin inlet/outlet is provided at the coin inlet/outlet. A projection is provided at the dispensing and transporting passage. When coins are dispensed, the projection retracts under the dispensing and transporting passage according to opening operation of the gate member, allowing the coins to be transported. When no coin is dispensed, the projection projects from the dispensing and transporting passage according with closing operation of the gate member to regulate transportation of coins.

Abstract: A method is provided for producing an electro-optic device having at least one optically transparent conducting layer with low electrical resistance. The method includes providing a composite substrate that includes an optically transparent and electrically insulating base substrate and an electrically conducting grid disposed in grooves located in the base substrate. Also provided is an electro-optical module having at least one transparent conducting layer. The composite substrate is attached onto the electro-optic module such that electrical contact is established between the grid and the transparent conducting layer of the electro-optic module.

Abstract: A hopper coin feeder (1) comprises upper and lower hopper discs (18, 25). A flexible hopper wall (17) of diabolo shape cooperates with the upper disc (18) to control the feeding of coins by a coin pushing member (35) to the outer margin of the disc (18) where they are gripped between an annular band (33) and the disc (18) to be conveyed past a coin discriminator (61). Any coins or debris that drop from the edge of upper disc (18) are caught on the lower disc (25) and pass to a reject chute (132) and coin payout cup (12). An active coin delivery chute and diverter (80), FIG. 10, comprises a reciprocable plate (81) having a finger (82) which controls whether a coin fed from the upper disc (18) passes down the chute or is rejected onto the lower disc (25). Coins that pass down the chute enter a bowl (89) of a double-disc coin conveying assembly (5) that conveys a coin from the bowl (89) to a LIFO coin stacks (3) of a coin storage unit (1).

Abstract: A downstream side of a chute associated with at least one sorting hole is branched into a first chute and a second chute, through which coins ejected from the sorting hole are guided into first and second temporary storages, respectively. A route-switching mechanism is also provided that switches, between the two chutes, a route of the coins ejected from the sorting hole. The following control is conducted for the coins of a denomination to be ejected from the sorting hole. (i) Switching the route of the coins ejected from the sorting hole from the first chute to the second chute in appropriate timing to ensure that the last coin (CN) to be received into the first temporary storage enters the first chute, and (ii) controlling an ejection mechanism to eject, among coins following the last coin, all coins that have reached the ejection mechanism (6a) earlier that the above route-switching operation.

Abstract: A coin apparatus (100) includes a central housing (102) with a coin holding interior (104). An upper funnel/distributor section (114) facilitates removal of excess coins when said interior is being filled with a predetermined number of coins. The coin apparatus (100) also includes coinage selectors (121), each having an allocation slot (122). Extending inwardly towards the center of the allocation slot (122) is a resilient arm (124) having a button (126) at the end thereof Each button (126) has an inner edge (127) which is capable of securely abutting edges (128) of one or more of the coins (126) when forces are exerted by the user.

Abstract: A hopper coin feeder (1) comprises upper and lower hopper discs (18, 25). A flexible hopper wall (17) of diabolo shape cooperates with the upper disc (18) to control the feeding of coins by a coin pushing member (35) to the outer margin of the disc (18) where they are gripped between an annular band (33) and the disc (18) to be conveyed past a coin discriminator (61). Any coins or debris that drop from the edge of upper disc (18) are caught on the lower disc (25) and pass to a reject chute (132) and coin payout cup (12). An active coin delivery chute and diverter (80), FIG. 10, comprises a reciprocable plate (81) having a finger (82) which controls whether a coin fed from the upper disc (18) passes down the chute or is rejected onto the lower disc (25). Coins that pass down the chute enter a bowl (89) of a double-disc coin conveying assembly (5) that conveys a coin from the bowl (89) to a LIFO coin stacks (3) of a coin storage unit (1).

Abstract: A coin dispensing device having a mechanism to reliably dispensing a predetermined number of coins. Coins are accommodated on a surface side of a rotary disc rotating at a position tilted at a predetermined angle. A dispensing and transporting passage guides coins dispensed by rotation of the rotary disc to a coin inlet/outlet. A gate member for opening/closing the coin inlet/outlet is provided at the coin inlet/outlet. A projection is provided at the dispensing and transporting passage. When coins are dispensed, the projection retracts under the dispensing and transporting passage according to opening operation of the gate member, allowing the coins to be transported. When no coin is dispensed, the projection projects from the dispensing and transporting passage according with closing operation of the gate member to regulate transportation of coins.

Abstract: An apparatus is provided for sorting coins, tokens, chips and the like having a chute which has at least one inlet and a plurality of outlets and which possesses a flat, substantially rectangular cross-section, in which a movable shunt is associated with at least one of the outlets, the shunt being movable between a channeling away position engaging into the chute and a passage position. It is proposed to provide the chute with at least three or also more outlets and to arrange them in a special manner in order to achieve a compact construction without any larger height losses despite the increased number of outlets. The chute has at least two flat side outlets which are arranged above one another in the falling direction through the chute and which branch off the chute at a flat side of the chute and which also have a base outlet which substantially branches off the chute in the falling direction, with a respective shunt being associated with the flat side outlets.

Abstract: The invention promotes a smooth agitation and efficient transport of coins by setting the rotation direction of the agitator in the same direction as the rotary disc to move a center of rotation of the agitator to a location where most coins are collected.

Abstract: A compact coin depositing and dispensing machine is provided with a cyclic conveying device. The conveying device conveys, one by one, coins, accepted in a coin acceptance port, in a depositing and conveying direction, and conveys, one by one, coins, to be ejected to a coin ejection port, in a dispensing and conveying direction reverse the depositing and conveying direction. A plurality of accommodating and ejecting units are disposed along the conveying device. Because each accommodating and ejecting unit outputs and inputs coins to and from the conveying device through the same coin outlet/inlet, a depositing and conveying path and a dispensing and conveying path of the conveying device can be arranged as a common path. Each accommodating and ejecting unit accommodates coins in a non-aligned state and ejects accommodated coins one by one to the conveying device.

Abstract: A mechanism for separating single coins from a plurality of coins provided within a coin dispensing apparatus. The mechanism comprises a housing defining a coin dispensing path, coin transport means for urging coins along the coin dispensing path; and first and second biased coin stripping members located adjacent each other and disposed successively in the coin dispensing path at an outlet of the coin dispensing mechanism. The first and second stripping members together comprise a double outlet gate and each member is movable independently of the other by each urged coin to effect, in use, alignment and stripping of coins being dispensed.

Abstract: A device for transferring a flow of disc-shaped objects, such as coins, from a reservoir to a delivery location at a higher level. This device is provided with a coin guiding passage that has its bottom positioned in an inclined plane, said passage being connected to the reservoir through a passage position that has its longitudinal axis directed substantially horizontally and merging into a position that rises towards said delivery location through a curved action of substantially 90°. To prevent coins in the curved section from jamming or blocking, an upper wall portion is provided in the curved section, on coin thickness level above the bottom of the coin guiding passage, said upper wall position being capable of yielding relative to the passage bottom and being preferably in the form of a disc.

Abstract: A coin dispensing device is provided that prevents a returning of a first coin to prevent a clink noise. The coin dispensing device has a rotating disk that dispenses coins to a guiding unit one by one. The dispensed coins are guided upwards by the guiding unit in a line. A coin return preventing unit prevents the first coin going backward which is located adjacent to the rotating disk. The first coin dispensed by the rotating disk is prevented from moving backwards.

Abstract: The first purpose of this present invention is to provide a coin dispensing safe assembly with a safe system which can prevent coins being stolen. The second purpose of this invention is to provide a coin dispensing safe assembly with a safe system which can prevent coins being stolen, also it is easy and inexpensive. A coin dispensing safe assembly with a safe system includes a coin dispensing safe assembly having a rotating disk with through holes which is located at the bottom of a coin storing bowl with an upper opening and which is rotated by a motor. A safe housing, which is built to enclose said coin dispensing safe assembly and which can be detached from a coin handling apparatus, includes a dispensing slot for dispensing coins and a disabling unit for the coin dispensing safe assembly, when the safe housing is detached from the coin handling apparatus.

Abstract: A coin dispensing apparatus for automatically directing coins from a coin escalator includes a coin dispensing unit such as a non-metallic roller that is rotatable about a bearing shaft which can be aligned to minimize forces that can shorten the life of a coin dispensing assembly. A guide unit can operatively move the coin dispensing unit at an acute angle to a centerline of a guiding passageway coin exit. A resilient unit can operatively bias the coin dispensing unit to an initial position for contacting coins attempting to exit a coin exit while permitting movement along a guide length with a major biasing force exerted toward the exiting coin to reduce wear on the guide unit.

Abstract: An adjustable escalator device is provided in a gaming terminal for receiving singulated coins from a gaming terminal output hopper and outputting coins at a higher level. The escalator can be adjusted to define a coin path of adjustable width and/or adjustable thickness and accommodate a range of coin or token sizes. In one aspect, a leaf spring or other flexible member can be moved to define a curved coin path portion with adjustable width and a preferably contiguous rail can be laterally transposed to adjust a width of a second portion of the coin path. Coin path thickness can be adjusted using different rail thicknesses, using shims and/or using screw adjustments.

Abstract: The present invention features a method for identifying genes or proteins important in insulin-dependent diabetes mellitus (IDDM). The genes or proteins are useful in identifying IDDM-susceptible individuals, and in identifying and testing potential therapeutic agents for the treatment of IDDM.

Abstract: A gaming machine, and a method of operating a gaming machine, including a set of spinning reels having a plurality of symbols thereon, a stepper motor for spinning and stopping said reels to display symbols on a payline and a processor operating according to a game program for controlling the stepper motor, said processor randomly selecting symbols to be displayed by said spinning reels, determining if the selected symbols constitute a winning combination, and, if so, a corresponding prize amount, and paying out said prize as a plurality of credits, the processor adjusting the rate the credits are consecutively dispensed during a credit payout as controlled by a player.

Abstract: A snack dispenser and coin bank is disclosed. The assembly includes a housing and a shaft member making up a portion of the housing. A first storage area is located in the housing for storing associated snacks and a dispenser is movably mounted in the shaft for selectively dispensing the associated snack. A depositing member is movably mounted in the housing for selectively allowing the deposit of associated coins in the housing, the depositing member being operatively connected to the dispenser. An actuator is mounted on the dispenser, and when the actuator is moved to one position, it actuates the dispenser and the depositing member. A method of saving coins and receiving a snack is also provided.

Abstract: A combination carrying case for a portable electronic pager and a coin dispenser includes an upright case body in which the front wall and one side wall have a reduced height, so that the pager is easily inserted into the receptacle defined by the case body. The coin dispenser includes a vertical coin chute integral with one side wall of the case body so that the chute has a relatively large coin capacity. Coins are extracted from the chute through a coin slot at the lower end of the chute. A spring clip is provided on the rear wall of the case for detachably mounting the case on the user's belt.

Abstract: This invention enables coins, discharged from a discharge outlet after inserting a paper money, to be received effectively by a paper cup taken out from the storage portion without touching coins by hands. A coin dispenser for a slot machine which enables discharging desired number of coins from a discharge outlet 2 after inserting paper money into a paper money inlet 1. A supporting plate 4 is provided under an outlet 3a of a tray 3 located beneath said discharge outlet 2. A storage portion 5 which enables storage of many paper cups A is provided in a housing. The coins are enabled to discharge after the cup A is set on the supporting plate 4, furthermore the paper cup A can be manually or automatically moved from the storage portion 5 to the supporting plate 4. The outlet 3a of the tray 3 is freely opened and shut by lever operation.

Abstract: An improved coin handling machine of the type having a rotating coin bowl and coin stripper is presented which allows a coin to be stabilized prior to exiting the machine, reducing jamming of the machine and subsequent maintenance. Improvements include the provision of a set of coin pushers on the underside of the drum wheel disk, a coin guide for helping the coins remain in their respective coin receiving spaces and one or more pressure pads placed strategically above the coin stripper for discharging the coins out of the machine, the pressure pad(s) preventing the coins from gravitationally dropping over the coin stripper as the coins move toward the coin exit chute.

Abstract: A coin operated telephone payment device is provided for use in public telephones. The device includes a provisional receptacle (7) for the coins (12) inserted, formed by a cylindrical body provided with a series of open radial compartments (11) blocked at the bottom by a body (9) provided with an inclination towards the outside. The body is capable of turning slightly so as to allow the coins located in the compartments to pass to the return box (8). The compartments have an operable payment door (6) so that the coin to be paid goes to the definitive coin box (4).

Abstract: A mechanism for the reception and collection of coins in coin-operated machines includes a frame that can be moved along guides, located immediately beneath the coin selector or entry, which frame is divided into a series of identical vertical chambers, open at the top and bottom and on one of their transverse walls, with apertured plates for opening and closing the bottom and the side wall. The mechanism can be moved along the guides so that the open tops of the chambers are successively positioned under the exit of the selector. The mechanism for driving the frame, as well as the mechanism that drives gates that open and close the chambers, are controllable by a microprocessor, based on the information provided concerning the chamber in which each coin is located and the position of the frame at any given moment, which is provided by a decoder that is part of the frame and a reader that is stationary with respect to the frame.

Abstract: Coin-dispensing apparatus having a general shape of a hand gun and provided with a trigger for manually advancing an endless belt formed with coin receptacles or pockets for receiving coins as they are fed by gravity from a reservoir, such advancing endless belt moving such coins to an outlet of the apparatus where such coins are directed into a coin-receiving machine such as a slot machine or the like. The apparatus is attachable to such coin-receiving machine and includes an adjustable cam member whereby the number of coins dispensed by the apparatus with a single actuation of the trigger can be varied within limits.