Coin Mechanisms, Inc.

General Signal Corporation

Kirk D Hoffman

Robert Huizenger

Joe Ferrantelli

Norman Diamond

Jose E Davila

Arthur S Zerfahs

A method and apparatus for identifying a coin in free fall employs a coin sensor that has a pair of drive coils for generating a horizontally elongated magnetic field across a free-fall path of the coin. The drive coils are driven by a square wave, and ringing waveforms induced in a pair of sensor coils disposed on the two sides of the free-fall path are measured when the coin passes through the magnetic field. A digitized signature is derived from the measured ringing waveforms and compared to a set of pre-stored reference signatures to find a match. A diverter mechanism directs the coin to an accept path when a match is found and to a reject path when a match is not found.

Method and apparatus for discriminating different coins in free fall

An apparatus for detecting fraud in a coin detector is disclosed. The apparatus is provided with a coin validating device. A coin sensing apparatus, located downstream of the coin validating device and preferably including a plurality of optic emitter-detector pairs arranged to detect the passage of the coin, is also provided. The coin sensing apparatus is adapted to provide improved resistance to miscounting of coins and to traditional gimmicks used to cheat coin operated devices such as tilting the coin detector.

Coin detector and identifier apparatus and method

A coin detection and identifying apparatus and method, utilizes three closely aligned electric coils. The center coil is actively driven by an alternating current to generate a magnetic field that surrounds the center coil. The two outer coils are symmetrically disposed within the magnetic field generated by the center coil, and voltages are induced across the terminals of the outer coils which are indicative of the relative field strengths of the magnetic fields within the outer coils. A sample coin and test coin are interposed between the center coil and each of the outer coils, the coins operative to attenuate the surrounding magnetic fields. A controller compares the voltages across the terminals of the two outer coils to effectively compare the likeness of the sample and test coins. A coin sensing apparatus, located downstream of the coils, provides a plurality of optic emitter-detector pairs to detect the valid passage of a coin. The plurality of emitter-detector pairs are disposed to provide improved resistance to miscounting of coins and traditional gimmicks, such as tilting the device, used to cheat coin operated devices.

A card reader system for reading a fare card containing data, the card being adapted for insertion into the reader; the operation is such that the card is held in a fixed position while it is being read and while other operations such as erase, write, and the like are being performed. The reader assembly is moved past the card to read the data and perform the other operations and the data representative of the amount of fare already paid is stored and a balance due or remaining is calculated and is written on the card. Preferably, the card has a magnetic stripe carrying the data, and the reader includes a magnetic head, as well as an optional thermal (marking) head. Solenoids are used to clamp in the fixed position and to eject the card after clamping is released.

Card reader device having automatic means for clamping the card to be

A multiple bill escrow and storage apparatus provides in combination: a validator unit for validating paper money bills which has an outlet through which each accepted bill is ejected; a receiver of bills from the validator unit; a conveyor disposed near the receiver, the conveyor being capable of moving a bill from the validator unit to a handling station; an escrow box disposed adjacent the handling station, the escrow box having a retaining device for holding multiple bills therein; a transfer device mounted at the handling station for transferring a bill from the conveyor into the escrow box, the transfer device comprising a pusher reciprocally movably mounted opposite the escrow box; a vault mounted adjacent the escrow box; an actuating device coupled to the transfer device for selectively transferring a bill into the escrow box and from the escrow box into the vault, the actuating device being capable of driving the pusher through the conveyor to push the bill from the conveyor into the escrow box; a mechanism for reciprocally moving the escrow box between the handling station and an ejection station; and an ejecting device disposed at the ejection station for ejecting the bills contained in the escrow box wherein the ejected bill are ejected in a folded state.

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Yorkville, IL, United States of America

Kirk D Hoffman