硬币接受器相关的专利数据

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
101	COIN DISCRIMINATION APPARATUS	PCT/GB1991000685	1991-04-30	WO1991018372A1	1991-11-28	COIN CONTROLS LIMITED
In coin discrimination apparatus, a coin under test rolls past first and second inductive sensors (C1, C2) which produce first and second coin signals (x1 x2) in dependence upon the coin under test. The coin signals are compared with data defining first and second stored windows (W1, W2) to determine acceptability of the coin. In accordance with the invention the data for the first and second windows (W1, W2) are stored respectively for providing both a first and a second window width ((W11, W12; W21, W22), wherein the first window width corresponds to the width of a distribution of coin signals associated with acceptable coins of a particular denomination, and the second window width corresponds to the width of said distribution but excludes therefrrom a range of values corresponding to fraudulent coins, and a coin under test is deemed to be acceptable upon the coin signals falling either within a first or a second acceptance condition wherein, for the first acceptance condition, the value of the first coin signal falls within the first window width of the first window (W11), and the value of the second coin signal falls within the second window width of the second window (W22), and for the second acceptance condition the value of the first coin signal falls within the second window width of the first window (W12), and the value of the second coin signal falls within the first window width of the second window (W21).
102	Coin mechanism	US972449	1993-01-29	US5356332A	1994-10-18	Trevor Thompson; Bernard J. Campbell
A coin mechanism comprising testing devices for testing coins as to their acceptability, a substantially upright coin store or tube adapted to contain a plurality of acceptable coins of a particular denomination up to a predetermined upper level, and a coin dispenser for dispensing coins from the lower end of the store. The coin store is provided with a coin inlet located below the predetermined upper level, and devices for delivering acceptable coins of the denomination from the testing devices through the inlet into the store. This enables the coin store to be pre-loaded to the upper level and, when its contents have been partly dispensed, to be refilled from the coin tester, through the coin inlet at the lower level.
103	Coin processor	JP2008259154	2008-10-06	JP2010092132A	2010-04-22	YAMAMIYA TAKEHITO
<P>PROBLEM TO BE SOLVED: To provide an inexpensive and highly reliable coin processor that prevents a coin jam in storing and returning coins even when a plurality of coins whose diameters are different are stored, and which can be replaced with an existing coin processor in which a storage port and a return port of the held coins are arranged on the lower face of the device. <P>SOLUTION: A coin processor is configured to decide authenticity of coins deposited into a slot to sort the coins into accepted coins and return coins, and to accept and hold the accepted coins from an acceptance port to a holding device configured of a placing body arranged at the lower part and a pair of support bodies 132 and 134 arranged at the upper part and side part of the placing body, and to feed the held coins to the storage port or the return port by selectively moving the pair of support bodies to holding positions SP1 and SP2 and non-holding positions. The placing body is mounted on a rocking body 225 which freely rotates around the upper support point, and configured to, when the support body is moved to the non-holding position, move to the same direction along with the support body. <P>COPYRIGHT: (C)2010,JPO&INPIT
104	硬幣機構	TW080106029	1991-08-01	TW179198B	1992-02-21	伯納德J.坎貝爾; 特雷佛湯普森
本硬幣機構包括一組測試機構可用來測試硬幣的接收性；一組能夠容納可接受的大多數特定面額硬幣並堆疊到預先決定上方高度的堅固型垂直式硬幣儲筒；一個可以從儲筒下端分配硬幣之硬幣分配器。上述的硬幣儲筒其特性在於提供一個位置低於預先決定上方高度的硬幣輸入槽，經由該方式可將特定面額的可接受硬幣從測試裝置經過輸入槽傳送到儲筒中。如此可使硬幣儲筒先裝填到上方高度，在硬幣逐漸分發之後仍可由下方高度的硬幣測試器加以補充。
105	Automatic coin depositing and paying machine	US688546	1985-01-03	US4635661A	1987-01-13	Yoshiaki Uematsu; Hideshi Sentoku
The automatic coin depositing and paying machine has a function of depositing coins and another function of paying out a portion of the deposited coins. The deposited coins are discriminated by one discriminator into acceptable ones and unacceptable ones. The accepted coins are stored in coin storing tubes in accordance with their kinds which are discriminated by another discriminator. Some of coins stored in coin storing tubes are used as paying money. The unaccepted coins are returned to the customer through the exit. The recovery hole is provided to be opened and closed by a recovery cover for providing communication between the safe and the exit.
106	METHOD AND APPARATUS FOR DISCRIMINATING DIFFERENT COINS	PCT/US1997017724	1997-09-30	WO1998014910A1	1998-04-09	COIN MECHANISMS, INC.; HOFFMAN, Kirk, D.; HUIZENGER, Robert; FERRANTELLI, Joe
A method and apparatus for discriminating between coins in free fall is disclosed. A coin sensor (20) employing a substantially linear, substantially horizontal magnetic field is used to obtain a digital signature of a free falling coin (15). That signature is compared to digital signatures of sample coins stored in memory until an identification is made. An identification and validation of a test coin is made, accepted coins are sorted between alternative accept paths, and the direction of movement of the coins is verified for fraud protection as the test coin free falls a vertical distance of approximately 4 inches.
107	Coin acceptance mechanism and method of determining an acceptable coin	US993995	1997-12-18	US5992603A	1999-11-30	Lawrence M. Sears
A coin acceptance mechanism and a method of determining an acceptable coin includes a pair of spaced apart coils between which a coin is passed. A signal is generated in one of the coils and induced in the other coil when a coin passes between the coils. The peak amplitude of the signal induced in the other coil and the peak phase difference between the signals in the pair of coils are both compared to a range of acceptable values stored in a memory to determine if a coin is acceptable and to assign a value to the coin deemed acceptable. The coin acceptance mechanism has a program mode in which it can be programmed to recognize coins of various values and coins or tokens from various countries.
108	Coin sorting device	US706758	1985-02-28	US4629051A	1986-12-16	Hiroshi Abe
A coin sorting device is designed to inhibit tampering with a coin operated machine by means of a wire, metal tape or the like, and to further prevent non-acceptable coins from being accepted by the coin-operated machine. The various embodiments of the device include a cancel mechanism for returning non-acceptable coins from a coin sorting passage to a coin return chute, a shutter movably arranged across the inlet of a coin acceptance chute for completely closing the inlet to prevent unauthorized operation, a non-acceptable coin block arm extruding into the inlet of the coin acceptance chute to block the inlet upon detection of a coin in the return chute, a coin hole engaging wire for detecting and engaging non-acceptable coins with center holes, a mill engaging arm with an engaging thin nail to detect and engage non-aceptable milled coins, and an electromagnetically operated blocker rotatable between a withdrawn position and a block position wherein the blocker extends into the inlet of the coin sorting passage across the coin inserting opening to prevent insertion of non-acceptable coins. The device is advantageous for preventing tampering and operation with non-acceptable coins, is capable of being inexpensively mass produced, and is high in quality.
109	Self tuning coin recognition system	EP85301409.0	1985-03-01	EP0155126A2	1985-09-18	Heiman, Frederic P.
A self-tuning coin testing apparatus having a coin sensor circuit which produces an output signal indicative of a parameter characteristic of the coins which are tested by the coin sensor and a programmed microprocessor which stores an initial acceptance limit, determines whether the output signal from the coin sensor is indicative of a valid coin, stores a signal based on the output signal for each valid coin, calculates a statistical function based on the stored signal, and finally computes and stores a new acceptance limit based on the stored signals for a predetermined number of previously accepted coins. The statistical function, is preferably weighted so that it is based upon values for only a predetermined number of the most recently accepted coins so that a recent average is maintained.
110	Method and apparatus for testing coins employing dimensional categorizing means	US3739895D	1971-08-16	US3739895A	1973-06-19	FOUGERE G; ROTHERY J
A coin selector and a method of coin selection are disclosed which utilize a coin presence sensor array including a primary sensor and a series of secondary sensors, which together with combinatorial circuitry provide signals indicative of the size category of a coin and signals indicative of the acceptance ratio of the coin and compare the signals with predetermined values for acceptable coins.
111	Coin processor	JP2011285174	2011-12-27	JP2013134653A	2013-07-08	KATAGIRI RYOJI; KATAGIRI NAOMI
PROBLEM TO BE SOLVED: To provide a coin processor for, even when coin standing occurs in the case of receiving coins, preventing a value of a soft counter from becoming larger than the number of coins actually stored in a coin tube.SOLUTION: Empty sensor information 113 showing that a detection result of coins by an empty sensor 16 has changed from non-detection to detection is stored in a storage part 110. When acceptance of coins is inhibited, and the empty sensor information 113 is stored, coin ejection means 17 is made to execute idling. When the coins are detected by the empty sensor 16 after idling, the sum of the number of coins accepted after the empty sensor information 113 is stored and a predetermined set value is set to a soft counter value 111.
112	DEVICE FOR VERIFYING COINS	PCT/CH1986000105	1986-07-25	WO1987000661A1	1987-01-29	AUTELCA AG
In order to verify whether the coin (2) possesses the stamped pattern of an acceptable coin, the surface of the coin is scanned by an inductive probe (5) over a track (10), thus producing a signal which corresponds to the depth of the impression along the track (10). The relative movement of the probe (5), which is needed for scanning, in relation to the coin (2) is obtained as the coin (2) rolls past the probe (5). A memory stores, as comparison signals, signals for tracks (10, 11) displaced in relation to one another on the face and reverse of all acceptable coins. These signals are obtained as the coins roll past the probe (5) from various starting positions. The verification signal received for the coin to be checked is compared with each of the stored comparison signals, if one of these comparisons results in acceptance within specific limits, an acceptance signal is generated.
113	Unacceptable coin removing apparatus for coin handling machine	US424119	1989-10-19	US4993990A	1991-02-19	Masamichi Ozeki; Katsuyuki Miyamoto; Shoichi Uda
An unacceptable coin removing apparatus for a coin handling machine having a rotatable disk for receiving deposited coins, an annular guide provided on the periphery of the rotatable disk and formed with an opening, a coin sorting passage connected to the opening downstream thereof, a pair of guide plates provided for the coin sorting passage, the space between the pair of guide plates being adjustable and the pair of guide plates being capable of supporting a predetermined denomination of coins in accordance with the space therebetween, a coin collecting opening provided below the pair of guide plates, a coin transporting belt provided in the coin sorting passage for transporting coins by contacting the upper faces of coins in the coin sorting passage, a drive motor for driving the rotatable disk and the coin transporting belt and a sensor provided downstream of the coin collecting opening in the coin sorting passage for detecting the characteristics of the coins, the unacceptable coin removing apparatus further including a first stopper provided downstream of the sensor in the coin sorting passage and capable of preventing coins from being further transported, a second stopper provided downstream of the first stopper in the coin sorting passage and capable of preventing coins from being further transported, and a controller for judging based upon signals input from the sensor whether each coin is acceptable or not. This unacceptable coin removing apparatus can remove unacceptable coins using a simple structure and enables the coin handling machine to be made compact.
114	ELEKTRONISCHER MÜNZPRÜFER	PCT/EP2006/000109	2006-01-03	WO2006072594A1	2006-07-13	GRIESE, Roland
Es wird ein elektronischer Münzprüfer mit einem Münzeinwurf, einer Münzlaufbahn, in deren Bereich mindestens eine Prüfeinrichtung zur Überprüfung der Münze angeordnet ist und einem Umlenker vorgeschlagen. Abhängig von dem Ergebnis der Prüf einrichtung ist der ümlenker in eine einen Annahmekanal freigebende zurückgezogene Stellung oder in eine ausgefahrene Stellung bringbar, in der die Münze in einen Rückgabekanal umlenkbar ist, der in einer Rückgabeöffnung im Frontbereich des Münzprüfers endet. Der Umlenker weist Mittel zum Festklemmen auf, die eine über die Rückgabeöffnung im ausgefahrenen Zustand des Umlenkers eingeführte falsche Münze beim Zurückziehen des Umlenkers festklemmen.
115	Coin-released apparatus	EP88304647.6	1988-05-23	EP0294068A2	1988-12-07	Chadwick, Neville Dale
A system comprising coin-released apparatus (2) incorporates a coin validator (1) which monitors the acceptance ratio between the number of coins accepted for operation of the apparatus and the total number of coins (or purported coins) inserted into the apparatus. A central control unit (7) for the apparatus has a display (8) for the percentage acceptance rate and an alarm system (12) at a remote security unit (11) is arranged to be activated when the percentage acceptance rate falls below a predetermined lower limit, possibly indicating that users are attempting to feed false coins into the apparatus (2).
116	Apparatus for identifying coins	US51143374	1974-10-02	US3921003A	1975-11-18	GREENE WALTER JOHN
An apparatus for identifying acceptable coins, including a coin track assembly having a circular coin track loop around which coins can roll, sensor means focused at the center of the circular coin track loop for generating a signal in response to the coin surface pattern as the coin rolls around the circular coin track loop and means for monitoring the signal output from the sensor means to identify acceptable coins.
117	DEVICE FOR THE ACCEPTANCE OF COINS	US14170582	2014-02-01	US20140216889A1	2014-08-07	Marco ZANDER; Roland MÜHRENBERG; Danis SHAGEEV
A device for the acceptance of coins which allows the acceptance of individual coins as well as the acceptance of various coins for further processing of the coins, whereby the device includes a laterally moveable holding fixture. The holding fixture has both a side with a coin insertion slot, and a receptacle area for the reception of a plurality of coins.
118	Unacceptable coin removing apparatus for coin handling machine	EP94119336.9	1994-12-07	EP0660274A1	1995-06-28	Simizu, Tokuharu; Haruna, Hirohumi
An unacceptable coin removing apparatus for a coin handling machine includes a rotatable disk (1) for receiving coins (c) deposited into the coin handling machine and feeding coins one by one into a coin passage (2) provided with a reference guide rail (3) and a guide rail (4) facing the reference guide rail (3), transporting belts (8,9) for transporting coins (c) in the coin passage (2), sensors (5,11) for detecting coins (c), a first projecting member (17) which can be projected from the reference guide rail (3) into the coin passage (2), a second projecting member (20) which can be projected from the guide rail (4) into the coin passage (2), a coin collecting opening (10) and a controller (40) for controlling the operation of the first projecting member (17), the second projecting member (20), the transporting belts (8,9) and the rotatable disk (1). When the sensors (5,11) detect an acceptable coin (c), the controller (40) does not actuate the first (17) and second (20) projecting members. When the sensors (5,11) detect an unacceptable coin (c) or a foreign article, the controller (40) projects the first or second projecting member (17,20), thereby leading the coin (c) to the coin collecting opening (10) and removing it. When it is unclear whether or not a coin (c) is acceptable, the controller (40) projects the first and second projecting members (17,20), reversely drives the transporting belts (8,9) and the rotatable disk (1) so as to return the coin (c) onto the rotatable disk (1) and then repeats the above described operation until it becomes clear whether or not the coin (c) is acceptable. According to the unacceptable coin (c) removing apparatus, unacceptable coins (c) or foreign articles can be efficiently and reliably removed.
119	Coin detector system	US694886	1991-05-02	US5226520A	1993-07-13	Donald O. Parker
An electronically controlled coin tester which generates an audio frequency response in a coin to be tested, then electronically analyzes the response to determine if it matches the characteristic response of an acceptable coin. The audio frequency response is generated by a striker which mechanically impacts the coin as it traverses the coin chute. The striker may be deflectable so that it is deflected from the path of coin travel after it performs its function. Gating is provided to enable the detector circuitry only in the presence of a coin, thereby reducing the susceptibility to tampering. Signal processing circuitry, which can store a plurality of responses relating to a plurality of acceptable coins, makes a comparison with a sampled characteristic to determine if the tested coin is acceptable or should be rejected.
120	Coin receiving and dispensing machine	US934500	1997-09-19	US5899804A	1999-05-04	Hiroshi Chiba; Hideyuki Ebihara; Mitsuo Sakamoto
A coin receiving and dispensing machine includes a coin discriminating and counting section for discriminating whether or not coins are acceptable and the denominations of the acceptable coins and counting the coins, coin sorting sections for sorting coins based on the result of the discrimination made by the coin discriminating and counting section, a coin temporary storing section for temporarily storing acceptable coins sorted by the coin sorting sections in accordance with their denominations, a dispensable coin storing section for receiving coins temporarily stored in the coin temporary storing section and storing them in accordance with their denominations, a safe for collecting coins, and a chute for feeding coins from the dispensable coin storing section to the safe. According to the thus constituted coin receiving and dispensing machine, it is possible to easily collect coins after the completion of business with a compact structure.

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