Kabushiki Kaisha Nippon Conlux

Kabushiki Kaisha Nippon Coinco

Oki Electric Industry Co., Ltd.

Nippon Conlux Co., Ltd.

Nippon Coinco Co., Ltd.

Yoshikazu Mori

Mitsugu Mikami

Takahiro Hayashi

Masayuki Watabe

Yukio Ito

Osamu Kobayashi

Susumu Kojima

Hideaki Onda

Kenji Nakajima

Kenji Nishiumi

Yukichi Hayashi

Masaki Akagawa

Yasuyuki Kodama

Eiji Itako

Tadashi Hatamachi

Masato Yagi

Shigeru Yasuda

Michihiro Ota

Kenzo Yoshihara

Toru Kassara

Masayuki Watanabe

Kenjiro Kachi

Isao Utsumi

Susumu Kozima

A coin processing device, which ascertains genuine or counterfeit nature and denomination of inserted coins, accommodates coins that have been ascertained to be genuine according to denomination and pays out the accommodated coins via a coin pay-out slot according to amount of change, includes a coin-type IC card processor for ascertaining genuine or counterfeit nature of inserted coin-type IC cards, performing input and output of information into and from coin-type IC card that have been ascertained to be genuine and discharging the coin-type IC cards from the coin pay-out slot, whereby the coin processing device processes both the coins and coin-type IC cards.

Coin processing device

A coin processing device ( ) comprises a first sorting component ( ) disposed downstream from a coin detaining component ( ), for sorting into a return passage ( ) and a coin storage component ( ) any coins A that have been temporarily detained by the coin detaining component ( ), and a second sorting component ( ) disposed downstream from the first sorting component ( ), for sorting into the coin storage component ( ) and a cashbox any coins A that have been sorted into the coin storage component ( ) by the first sorting component ( ).

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

A sheet material guide (,) for guiding banknotes as a sheet material to a banknote processor used for service machines such as an automatic vending machine, an exchanging machine, pachinko ball dispensing machine and a medal dispensing machine, wherein a banknote conveying path width changing device (,) comprises and arm (,) disposed in the banknote conveying direction and having both ends thereof rotatable supported on the side of an upper chute (,) and a guide rotor (,) rotatably supported at an intermediate portion (,) of the arm (,) in the banknote conveying direction of the arm (,) and having a plurality of sheet plates (,) having mutually different widths and radially disposed in the banknote conveying direction, and when one of the sheet plates (,) of the guide rotor (,) is disposed between the upper and lower chutes (,), the side (,) of the sheet plate (,) defines the side surface of a banknote conveying path (,), thereby changing the width of the banknote conveying path in multiple stages by a simply operation.

Sheet material guide

A coin processing device has a coin storage system including a plurality of coin tubes, linking devices formed on each of the coin tubes that inter-link adjacent coin tubes. The coin tubes are separately formed and detachably inter-linked with one another by the linking devices formed on the coin tubes.

Coin processing device with improved coin storage system

In a coin processing device in accordance with the first aspect of the present invention, coin storage means (4) comprises a plurality of coin tubes (10, 11, 12, 13) which are separately formed, and linking means (30) which is formed for each one of the coin tubes (10, 11, 12, 13) and inter-links adjacent coin tubes. In a coin processing device in accordance with the second aspect of the present invention, coin storage means (64) comprises integrated type coin tubes (74) where a plurality of coin tubes are integrated into one unit, and adapter tubes (80, 81, 82) which are inserted in each one of the plurality of coin tubes (71, 72, 73) for changing the internal diameters thereof.

Coin processing device with adaptive storage

A coin dispensing apparatus having a simple construction and capable of dispensing coins securely and easily. A guide member is arranged extending along a tangent to a column formed in the center of rotation of the disk, whereby the coins can be smoothly transported along the guide member by means of a force from first protrusions without applying an impulsive force to the first protrusions and the guide member. Each coin transported to a predetermined position by the associated first protrusion is further transported to the outside of the transportation limit of the first protrusion by a second protrusion which is associated with a subsequent through hole, and is delivered securely to a coin dispensing port. A stirring rod having a rigid portion with an elliptic section and a rod with a circular section is fixed to the center of rotation of the disk, and the coins in a hopper are stirred by the protuberances on the outer peripheral surface of the rigid portion. Thus, extraordinary rotation of the disk and overloading of a motor, which may be caused by bridging or interference of the coins in the hopper, is prevented.

Coin dispensing apparatus

A compiler system compiles a source program described with assembler instructions, each of which defines microoperations, into a target program for use in a digital signal processor. If two of the assembler instructions are interlocked with each other and if another assembler instructions which is not associated with the interlocked instructions is present, it is inserted between the interlocked instructions to thereby reorder the microoperations of the source program. Thereafter, the microoperations thus reordered are combined so as not to conflict with each other with regard to the fields of the assembler instructions and resources used by the assembler instructions. Prior to combining the microoperations, whether or not a basic block of assembler instructions included in the source program having a loop may be determined. If so, a head portion of the basic block forming the loop may then be transferred to a tail portion of the basic block forming the loop.

Compiler system using reordering of microoperations to eliminate

A printed paper dispensing apparatus for dispensing a predetermined number of printed papers in the form of bank notes, tickets or the like printed matter and a method of controlling the foregoing apparatus. In a case where a required number of bank notes move past abnormal bank note detecting sensors without abnormal bank notes detected thereby so that they are placed one above another in a layered structure on a belt conveyer, all the bank notes on the belt conveyer are conveyed to a dispensing outlet port after a predetermined period of time elapses after the last bank note has moved past the abnormal bank note detecting sensors. In a case where an abnormality is detected with the respective bank notes while they are placed on the belt conveyer in that way, the bank notes are introduced into an abnormal bank note receiving portion. Further, the bank notes on the belt conveyer are inched slightly in the direction opposite to the dispensing outlet port before they are conveyed to the dispensing outlet port in order to prevent the bank notes from standing upright on the belt conveyor.

Printed paper dispensing apparatus and method of controlling said

This bill device is constituted of a relatively elongated casing. A bill insertion slit is formed substantially in the center of this casing in its longitudinal direction. A first U-shaped bill conveying passage communicating with the bill insertion slit is provided in one half of the casing and a second U-shaped bill conveying passage communicating with this first U-shaped bill conveying passage is provided in another half of the casing. A bill discrimination section is disposed in the former half of the first U-shaped bill conveying passage and a bill accumulating device is disposed in the latter half of the second bill conveying passage such that a plurality of bills after discrimination are retained in the two U-shaped bill conveying passages. In a case where a part of the temporarily retained bills are accepted and the rest of the bills are returned, a bill return operation is performed prior to a bill accumulating operation such that a required number of bills are returned first from among temporarily retained bills and thereafter the rest of the bills are accepted into the bill accumulating device.

Bill device

A gift coupon detectable by a bill sorter, comprising a rectangular paper having a width capable of being inserted into a travelling path of the bill sorter and also having predetermined characters and design, the gift coupon further having: a first data train comprising data units formed by a magnetic ink and arranged in a row at predetermined intervals, and a second data train comprising data units corresponding respectively to the data units of the first data train, formed by a magnetic ink and arranged in a row, data units in predetermined positions of the second data train being cut off to provide blank units to record data required for the gift coupon such as the significance of an amount of money, the name of commodity to be exchanged, etc. according to the arrangement of the blank units, the first and second data trains being disposed in positions capable of being detected by two magnetic detection heads for bill sorting provided in the bill sorter during travel of the gift coupon along the travelling path.

Gift coupon detectable by bill sorter

A bill discriminator including within a housing a bill conveying mechanism which comprises a bill conveying path, a driving pulley, a driven pulley and conveyor belt and which is rotatable in both forward and reverse directions for conveyance of a bill within the bill conveying path, and bill discriminating magnetic head and photo sensors disposed in the bill conveying path, characterized by further including a tiltable lever having a pressing roller which is brought into pressure contact with the magnetic head by a biasing force of a spring, a latch gear integral with the driven pulley of the bill conveying mechanism, and a rocking lever which is normally in pressure contact with the outer periphery of the latch gear and which, at the time of reverse rotation of the bill conveying mechanism, imparts a tilting action to the tiltable lever against the spring to let the pressing roller depart from the magnetic head.

Bill discriminator

This bill accepting device comprises a bill discrimination section for discriminating whether an inserted bill is true or not, an escrow section capable of retaining a bill accepted by the bill discrimination section as a true bill and returning the retained bill and a stocker section provided between the bill discrimination section and the escrow section, including a bill conveying passage connecting the bill discrimination section and the escrow section and receiving a bill being present in the bill conveying passage in a predetermined accumulating location by moving the bill in a direction in which the bill crosses the bill conveying passage. The inserted bill is led to a linear passage in the stocker section through the bill discrimination section. By performing a control operation so as to either carry the bill present in this linear passage to the escrow section or move the bill in a direction in which it crosses the passage, the bill is received in either the escrow section or an accumulating location in the stocker section.

Bill accepting device and method for controlling accepting of bills

A bill retention device includes a relatively long guide belt which has one end thereof secured to a first rotary member and the other end to a second rotary member and is wound on the first rotary member when no bill isretained at all. For accommodating bills, the second rotary member is rotated to wind the guide belt and also wind the bills tightly thereon. In accordance with winding of the second rotary member, the guide belt is unwound from the first rotary member. Thus, the guide belt is finally wound on the second rotary member many times resulting in winding up of a large number of bills. By having the guide belt wound on the first rotary member simultaneously with the reverse rotation of the second rotary member, the retained bills are unwound from the second rotary member one by one whereby the bills can be automatically returned.

Growing community of inventors

Saitama, Japan

Yoshikazu Mori