Crane Canada Co.

Cashcode Company Inc.

Crane Payment Innovations Gmbh

Other

Sergiy Androsyuk

Leon Saltsov

Dmitro Baydin

Sergiy Bukhman

Oleksandr Lukonin

Oleksandr Onipchenko

Matthew James Sidell

Yuriy Rusakov

Gennadiy Gaponyuk

Mykhaylo Kucherenko

Mykhaylo Bazhenov

Bogdan Mishunin

Boris Gisar

Volodymyr Barchuk

Vitold A Khvostov

Dmytro Repetyuk

Olga Bazhenova, Legal Representative

Dmytro Baydin

Olexsandr Onipchenko

Oleksandr Panchenko

Yevgeniy Yavorskyy

Vitaliy Grzhibovskyy

Yuri Rusakov

Oleksandr Soyfer

Volodimir Barchuk

Roman Davydovskiy

The present disclosure relates to a coin resistant gate () for a payment interface (). The coin resistant gate comprises a body () moveably connected within the payment interface (), a front surface () connected to the body (), the front surface () operable to prevent objects from entering the payment interface (), and, two or more protruding members () connected to the front surface (), the two or more protruding members () for interacting with a payment card (), wherein, upon an interaction between the two or more protruding members () and the payment card (), the body () moves to allow the payment card () to pass the front surface () of the body () of the coin resistant gate ().

Dual rib coin resistant gate for a payment interface

Bezel

A banknote drive arrangement adjacent a banknote inlet repositions and drives a banknote into a banknote processing pathway for validation. The drive arrangement includes two drive rollers preferably spaced either side of a longitudinal axis of the pathway and adjacent to the banknote inlet. Each drive roller is separately controlled to allow different rotational speeds thereof (and forward and rearward movement Of a banknote) to allow shifting of a received end portion of a banknote before receiving the entire length of the banknote. This arrangement is preferably used with a sensing arrangement for sensing misalignment of an inserted banknote and if sensed, using the different rotational speeds to correct misalignment and preferably center a banknote in the processing pathway.

Banknote alignment system for banknote validator

A cassette having a scissor type linkage for displacing a received substrate payment from an initial receiving guide to a storage arrangement is powered by a two bar drive linkage. The two bar drive linkage has one bar connected to said housing and the free end of the other bar member connected adjacent a central pivot of the scissor type linkage. A link member is connected to the pivot connection of the bars to each other with an opposite end connected to a worm driven crank arm. The drive linkage provides a mechanical advantage as a payment substrate is added to the storage arrangement.

Drive mechanism for stacker linkage

A banknote stack receiving structure is provided in front of a banknote validator for sequentially passing banknotes to the validator in a serial manner. A first drive arrangement engages one side of an exposed banknote and urges the banknote towards the validator. A restrictive drive cooperates with the first drive and a banknote must pass between opposed rollers of the drives to move to the validator. The restrictive drive roller contacts the opposite side of the exposed banknote but may also contact an overlapping banknote. The restrictive drive rotates to feed a banknote to the validator if a single banknote is present and automatically rotates in an opposite direction if overlapping banknotes are present. This automatic direction of rotation is due to slippage between banknotes and overcoming a low torque motor of the restrictive drive when a single banknote is present.

Banknote validator with banknote stack receiver

The drive arrangement of a currency validator includes a drive roller release mechanism that provides release of the rollers from a drive shaft. This release allows a banknote to be forcibly withdrawn without damaging a drive train or the drive roller. The drive roller is supported on and rotatable about a drive shaft. The drive shaft includes an intermediary drive ring secured on the shaft and in engagement with the drive roller. A spring bias urges the drive roller to engage and rotate with rotation of the shaft and the intermediary drive ring secured on the shaft. When necessary the drive roller can rotate relative to the shaft by overcoming the spring bias.

Validator drive roller release mechanism

A validator with a lighted bezel having a series of spaced lighted segments to one side of a banknote slot provides functional information and also defines an attract mode for potential purchasers. The validator is designed to enhance and to complement the traditional advertising used by the associated equipment or systems such as a vending machine. Preferably, a pulsing light sequence for turning lighted bar segments of different lengths is used.

Lighted bezel

A banknote acceptor and dispenser uses a stacked configuration of the validator the banknote accumulator and dispenser and the banknote cassette. The banknote path is relatively short to avoid bill misalignment by providing the banknote accumulator and dispenser in the intermediary position.

Validator with recycling cassette and stacker

A banknote acceptor includes a validator, a removable banknote stacker and a removable non locked banknote cassette. The removable banknote stacker, when secured in the banknote acceptor, is operable by a drive member of the acceptor that remains with the acceptor when the removable banknote stacker is removed. With this arrangement, any operation problems of the removable stacker are easily overcome by replacement of the stacker. Preferably, the banknote acceptor, with the stacker removed, is able to receive and function with a locked banknote cassette having a stacker mechanism internal to the cassette.

Banknote acceptor with removable stacker

A banknote acceptor and dispenser uses a stacked configuration of the validator the banknote accumulator and dispenser and the banknote cassette. The banknote accumulator includes a count window providing information of the banknotes stored in the accumulator. Preferably the count window has an electronic display of the number of banknotes accumulated.

Validator with improved recycling cassette

A simple high optical efficiency reflective optical sensor for bill validator uses an inexpensive bulb having a case which is transparent to efficient luminous radiation. This case is used as a wave guide to return reflected radiation to at least one photo detector situated directly under the transparent bottom of the case. The bulb emits a narrow beam of light and is positioned in close proximity and perpendicular to a bill surface and illuminates it. The light reflected or fluoresced by the bill is collected widely with a convex lens end of the bulb case and this collected radiation is transmitted through the bulb case to the at least one photo detector. Preferably, the bulb is a light emitting diode.

Reflective optical sensor for bill validator

A planar induction sensor for sensing of security features of documents having changing magnetic and (or) conducting properties is of a multilayer printed circuit board design. The sensor comprises a planar current transformer with a spiral-type primary coils and one or several turns of secondary coil in an adjacent layer of the printed circuit board. The secondary coil of the current transformer is connected to an operating coil, which is situated at a sensing edge of the sensor. The operating coil can be formed by external wires or can be incorporated in the circuit board of the current transformer. When a security element, made from the magnetic or conductive material moves past the sensing edge of the sensor, a change in inductance of the induction sensor occurs. In a preferred embodiment, two induction sensors with individual associated electronic circuits were located on opposite sides of validator channel. Analysis of both signals from the sensors allows correction of the signal to reduce variation caused by changing distance of the security document from each sensor.

Induction sensor using printed circuit

A combination banknote validator, banknote accumulator, banknote storage cassette and banknote dispenser is designed in a modular manner and the accumulator and banknote dispenser cooperate to additionally define part of a processing pathway therebetween. The banknotes can move in either direction along the processing pathway and preferably several accumulators are located along the pathway. The banknote dispenser is of a rotary design and stacks banknotes on the surface thereof and dispenses a stack of banknotes through a discharge opening.

Integrated banknote validator and dispenser

The banknote validator has an efficient drive path for moving banknotes through a validating head past a series of sensors. A series of sets of drive rollers are commonly connected by a gear train and efficiently move the banknote in a manner to avoid jamming of the banknote during feeding of the banknote and during ejection of the banknote from the inlet. The configuration of the banknote pathway, the mounting of the sensors, and the drive arrangement cooperate to provide a cost effective and effective validator.

Growing community of inventors

Toronto, Canada

Sergiy Androsyuk