Kabushiki Kaisha Nippon Conlux

Nippon Conlux Co., Ltd.

Yasuyuki Kodama

Tadashi Hatamachi

Yukio Ito

Noboru Yamagishi

Takahiro Hayashi

Mitsugu Mikami

Kenji Nakajima

Yukichi Hayashi

Shinichi Kosugi

Masato Yagi

Makoto Yamamoto

Toshihiko Kasuya

Masashi Kondo

Nobutaka Takefuta

Takeshi Ishida

Yoshikazu Mori

Kenji Koyama

Tsunehiro Aso

Akihiro Nobuhara

A first payout slide delivers a coin at a bottom in a coin tube, and a second payout slide delivers at least one coin located on the coin at the bottom in the coin tube. A selection mechanism including a change lever, solenoid, etc. performs a selection such that the first payout slide is activated alone or the first and second payout slides are activated together. A single coin is delivered through the first payout slide having been activated alone, whereas at least two coins are delivered through the first and second payout slides having been activated together. The coin delivering device may further be provided with a change slide that selectively regulates the delivery of the coin from the corresponding coin tube so that the delivery of the coin is not to be carried out regardless of an activation of the first payout slide.

Coin delivering device

A coin delivering device includes plural coin tubes, a coin base, a payout slide, a payout link, and a change slide. At least one of the coin tubes is a multiple-coin delivering coin tube from which plural coins are pulled out in one time of pulling out the payout slide. A recess portion sized for housing a coin is provided at a position corresponding to the multiple-coin delivering coin tube, on the coin base. A vertical wall portion is provided around a coin housing hole corresponding to the multiple-coin delivering coin tube, on the payout slide, protrudes to the side of the coin base, and, in a standby mode, is positioned in the recess portion of the coin base. An upper surface of the change slide corresponding to the multiple-coin delivering coin tube is positioned similar to a bottom surface of the recess portion of the coin base in height.

Coin discriminator for an automatic vending machine

A coin treating device, wherein a key cylinder type locking means for limiting the release of the latch of the latch means is disposed in a coin storage unit so that the coin storage unit cannot easily be removed from a device main body other than in some specific cases.

Coin treating device

A bank-note processing device ( ), which prevents bank-notes received in a stacker from projecting into a bank-note transfer passage interfering with the next processing and which has a bank-note reverse-flowing preventive lever ( ) that includes, at least, a first lever ( ) turnably supported through a first shaft ( ) and having a length smaller than the outer diameter ( ) of a bank-note guide drum ( ), a first urging device ( ) for constantly urging the first lever ( ) toward a bank-note transfer passage ( ), a first stop ( ) for preventing the first lever ( ) from rotating toward the bank-note transfer passage ( ) through more than at a predetermined angel of rotation, a second lever ( ) turnably supported on the front end ( ) of the first lever ( ) through a second shaft ( ), a second stop ( ) for preventing the second lever ( ) from rotating toward the bank-note transfer passage ( ) through more than a predetermined angle of rotation, and a second urging device ( ) for constantly urging the second lever ( ) toward the bank-note transfer passage ( ).

Bank-note processing device

A coin assorter ( ), wherein a particular coin route ( ) having a coin retaining mechanism ( ) disposed therein is formed, meanderingly generally in S-shape, on the upstream side of the coin retaining mechanism ( ) to set longer the route length of the particular coin route ( ) having the coin retaining mechanism ( ) disposed therein in order to increase the number of coins (C) temporarily retained in the route length.

Coin assorter

A coin sorter, wherein three distributing levers ( ) are connected to each other through a link means ( ) so that the number of the driving means thereof is not increased even when the number of the distributing lever is increased and driven interlockingly with each other by a single solenoid ( ) operating one of the three distributing levers ( ).

Coin sorter

A bank-note processing device ( ), which prevents bank-notes received in a stacker from projecting into a bank-note transfer passage interfering with the next processing and which has a bank-note reverse-flowing preventive lever ( ) that comprises, at least, a first lever ( ) turnably supported through a first shaft ( ) and having a length smaller than the outer diameter ( ) of a bank-note guide drum ( ), a first urging means ( ) for constantly urging the first lever ( ) toward a bank-note transfer passage ( ), a first stop ( ) for preventing the first lever ( ) from rotating toward the bank-note transfer passage ( ) through more than at a predetermined angel of rotation, a second lever ( ) turnably supported on the front end ( ) of the first lever ( ) through a second shaft ( ), a second stop ( ) for preventing the second lever ( ) from rotating toward the bank-note transfer passage ( ) through more than a predetermined angle of rotation, and a second urging means ( ) for constantly urging the second lever ( ) toward the bank-note transfer passage ( ).

A bank-note processing device wherein disposed between a pair of rotary drums ( ) is a stacker lever ( ) that presses that portion of the bank-note ( ) inserted in bank-note guide slits ( ) which is positioned on the side of a bank-note reverse-flowing-preventive lever ( ) toward a stacker ( ) in operative association with the movement of a stacker chute ( ), whereby even if a large number of wrinkled bank-notes are received in the stacker, jamming of bank-notes is minimized.

A bill identification device ( ) is disposed in the vertical portion ( ) of a bill transporting route ( ) that comprises a horizontal portion ( ) connected to a bill slot ( ) and a vertical portion ( ) rising up substantially in a vertical direction from the downstream end of the horizontal portion ( ) whereby the drop in genuineness identification capability for an inserted bill can be prevented as much as possible even if a liquid such as salt water is poured into the bill slot ( ).

Apparatus for processing paper money

Stacker (,) of the paper money processing device (,) is provided with L-shaped levers (,) whose front end (,) is formed to be orientated upward and which rotatably support auxiliary rollers (,) at the front end (,), and a thrusting member (,) which thrusts the L-shaped levers (,) toward a paper money carrier belt (,) of the device main body (,) constantly. The stacker (,) is constructed in such a way that, when it is mounted in the device main body (,), a paper money inserted is held and carried between the auxiliary rollers (,) and the paper money carrier belt (,) by the thrusting force of the thrusting member (,), and when the stacker (,) is removed from the device main body (,), a paper money housed within the stacker (,) is prevented from falling down from the stacker (,) by the L-shaped levers (,).

Paper money processing device

A bill processor for use in a bill handling machine comprises a first bill transport passage for guiding a bill inserted in a direction substantially perpendicular to the longitudinal direction of bills stacked in a stacker toward substantially middle of interior of the main body of the bill handling machine, and a second bill transport passage for guiding the bill from the termination end of the first bill transport passage along the longitudinal direction of the stacked bills, wherein the first bill transport passage is formed in a meandering form along the longitudinal direction of the stacked bills, whereby the depth of the bill processor can be made small.

Growing community of inventors

Sakado, Japan

Yasuyuki Kodama