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
141	Coin discriminating apparatus	US09739057	2000-12-18	US06499581B2	2002-12-31	Toshio Yoshida; Takao Moritani; Shigetoshi Imai
A coin discriminating apparatus includes a magnetic sensor for detecting magnetic properties of a coin being transported and producing magnetic data of the coin, an optical sensor for producing optical data of the coin, a reference optical data memory for storing reference optical data of an obverse surface and a reverse surface of coins of each denomination, a reference magnetic data memory for storing reference magnetic data of an obverse surface and a reverse surface of coins of each denomination to be discriminated, a first coin discriminator for comparing optical data of the coin produced by the optical sensor with reference optical data of an obverse surface and a reverse surface of coins of each denomination and determining whether or not the coin is acceptable and the denomination of the coin, and a second coin discriminator for reading from the reference magnetic data memory magnetic reference data selected depending upon whether reference optical data of the obverse surface of a coin of a certain denomination or those of the reverse surface of the coin of the denomination were used when the first coin discriminator determined the coin to be acceptable and the denomination of the coin based thereon and comparing them with the magnetic data produced by the magnetic sensor, thereby finally discriminating whether or not the coin is acceptable and the denomination of the coin. According to the thus constituted coin discriminating apparatus, it is possible to accurately discriminate a counterfeit coin even when optical data acquired from the counterfeit coin such as diameter data and surface pattern data thereof coincide with those of genuine coins of a certain denomination and when the magnetic data acquired from the counterfeit coin are similar to those of coins of the denomination.
142	硬幣包捲機	TW090120659	2001-08-22	TW491982B	2002-06-21	福本公; 鶴田光正; 王民國
一種硬幣包捲機，其包含一辨識器，其係用以辨識硬幣是否為可接受硬幣，且當硬幣為可接受硬幣時，其便辨識該硬幣之面額，且辨識該硬幣面額是否與指定之面額相符，並且計算該具有指定面額之硬幣的數量，且包含一硬幣堆疊裝置，其係用以堆疊具有欲包捲面額之硬幣，且包含一參考硬幣堆高度資料記憶體，其係用以儲存由該硬幣堆疊裝置所堆疊之每一種面額之硬幣的參考硬幣堆高度資料，且包含一硬幣數量差異偵測裝置，其包括一比較器，該比較器係用以將一硬幣堆高度與儲存在參考硬幣堆高度資料記憶體中之每一種面額之參考硬幣堆高度資料相比較，且該辨識器之設計係相應於具有指定面額之新發行硬幣及舊流通硬幣之集合，以辨識出每一硬幣係新發行硬幣或是舊流通硬幣，且該硬幣數量差異偵測裝置之設計係相應於具有指定面額之新發行硬幣及舊流通硬幣之集合，以使其比較器可以依照由該辨識器所計數出來之新發行硬幣數量及舊流通硬幣數量，而選擇出可以與由該硬幣堆疊裝置所堆疊之硬幣堆高度相比較之參考硬幣堆高度資料。如此構成之硬幣包捲機係可以在具有欲包捲面額之新發行硬幣及舊流通硬幣欲包捲在一起的情況下，精確地偵測該欲包捲之硬幣數量是否多於或少於一預定數量。
143	Münzprüfer	EP79102321.1	1979-07-09	EP0008632A1	1980-03-19	Furer, Heinz
In den Münzkanal (1) ragt ein elastischer Fühler (19), der auf ein piezoelektrisches Element (27) wirkt. Der Fühler (19) tastet den Rand der Münzen (24) ab, die den Durchmesser der Münzen annehmbarer Sorte haben. Beim Auf- und Abbewegen des Fühlers (19) auf einem gerändelten Münzrand erzeugt das piezoelektrische Element (27) ein Wechselstromsignal. Die Münzenannahme erfolgt in Abhängigkeit davon, ob das Wechselstromsignal auftritt.
144	硬幣包捲機	TW090120428	2001-08-20	TW493145B	2002-07-01	鏡充晴
一種硬幣包捲機，其包括一操作模式選擇裝置，其係用以選擇用以計算硬幣數量之計數模式或一用以包捲硬幣之包捲模式，且包含一面額指定裝置，其係用以指定欲處理之硬幣的面額，且包含一可轉動圓盤，其係用以將硬幣逐一地饋進至一硬幣通道中，且包合一第一硬幣感應器，其係位在硬幣通道中，用以偵測硬幣之物理特性，且包含一第二硬幣感應器，其係位在該硬幣通道中，且位在該第一硬幣感應器下游，其係用以偵測該硬幣之物理特性，其中該物理特性係與第一感應器所欲偵測之物理特性不同，且包含一第一硬幣挑揀及收集裝置，其係位在該硬幣通道中且位於第二硬幣感應器下游，其係用以挑揀硬幣以及收集所挑揀出來之硬幣，且包含一第二硬幣挑揀及收集裝置，其係位在該硬幣通道中且位於第二硬幣感應器下游，其係用以挑揀硬幣以及收集所挑揀出來之硬幣，且包含一第三硬幣挑揀及收集裝置，其係位在該硬幣通道中且位於第二硬幣感應器下游，其係用以挑揀硬幣及收集所挑揀之硬幣，且包含一辨識裝置，其係根據由第一硬幣感應器及第二硬幣感應器所偵測到之物理特性，而辨識該硬幣是否為可接受硬幣，當硬幣之辨識結果為可接受時，其進一步辨識該硬幣之面額，以及辨識該面額與由該面額指定裝置所指定之面額是否相符，以及包含一硬幣堆疊及包捲器，其係連接至硬幣通道之下游端部，以堆疊及包捲該硬幣，該辨識裝置之設計係相應於具有該面額之硬幣中之新發行硬幣以及舊流通硬幣之集合，以進一步辨識該硬幣係新發行硬幣或舊流通硬幣，且當由操作模式選擇裝置選擇計數模式時，該第一硬幣挑揀及收集裝置之設計係相應於由該辨識裝置辨識出為不可接受硬幣之集合來加以挑揀及收集，而該第二硬幣挑揀及收集裝置之設計係相應於此一集合而在新發行硬幣與舊流通硬幣之間挑揀及收集其中一種硬幣。依照如此設計之硬幣包捲機，其便可以相當可靠地挑揀出具有相同面額之新發行硬幣以及舊流通硬幣，且有效地收集舊流通硬幣，而不需要提供任何特殊的機構，同時可以計算該新發行硬幣及舊流通硬幣的數量，且同時包捲該新發行硬幣以形成一硬幣捲條。
145	Money changer for coin operated vending machines	US10844189	2004-05-12	US20040226802A1	2004-11-18	Thorsten Schneider
Money changer for coin-operated vending machines with a tube cassette comprising a plurality of coin tubes and which is arranged with a coin validator and a sorting device and comprises a pay out device for paying out coins from the coin tubes, a full- and empty sensor for each coin tube and an electronic control device for the coin validator and the money changer, such that the coin types to be accepted assigned to test channels in the coin validator, the value of the coin types to be accepted and the assignment of the coin tubes to the test channels are stored in a non-volatile memory, the control device further comprising tube counters which count the coins sorted in the coin tubes and paid out from the coin tubes, each coin tube being assigned at least one further filling level sensor between its ends and the reading of the tube counter being corrected according to the filling level determined by the further filling level sensor.
146	Coin receivers	US09832486	2001-04-11	US20010046837A1	2001-11-29	Terry Brown; Michael Martin
A coin acceptor mechanism for a coin receiving and validating apparatus, said coin acceptor mechanism comprising: a disc-like coin pick-up wheel having a plurality of circumferentially spaced coin receiving recesses, each recess including a tapered edge portion extending at least partially about an upper edge thereof; and, two or more radially spaced concentric reinforcing ribs extending between respective coin receiving recesses, said reinforcing ribs being adapted to resist deformation forces, in a direction orthogonal to a planar rear face, in said pick-up wheel adjacent said coin receiving recesses.
147	驗證、分選及分配硬幣所用之硬幣處理系統 COIN HANDLING SYSTEM FOR VALIDATION, SORTING, AND DISPENSING COINS	TW095136485	2006-10-02	TW200809702A	2008-02-16	維克特瓦第尼 VICTOR QUATTRINI; 羅伯彼特曼 ROBERT PITMAN; 保羅史丹普 PAUL STUMP; 傑克畢森 JACK BISSON; 傑夫詹威 JEFF JANWAY; 哈姆林佩特卡 HAMLIN PETERKE; 唐史丹利 DON STANLEY
一用於處理硬幣之系統,係使用一分選機械裝置之前端硬幣接受器及驗證器。該分選機械裝置係利用一大致水平的軌道模組,依據不同面額將硬幣載入排列之容器中。硬幣藉由螺線管吐出至軌道模組上,而該軌道模組根據硬幣面額提供進入合適容器之路徑。
148	硬幣接收及分配機 COIN RECEIVING AND DISPENSING MACHINE	TW092114407	2003-05-28	TW200401232A	2004-01-16	森川淳
一種硬幣接收及分配機，包含有一硬幣接收及分配口，一感測單元，設置在一硬幣通道內，可供判斷並計算每種面額的硬幣，單一個硬幣儲放箱，用以儲放可接受硬幣，一個硬幣儲放筒，用以儲放要分配之硬幣，以及一控制器，用以控制硬幣接收及分配機整體的運作，該控制器係構造成可在分配硬幣之前，先將儲放在硬幣儲放箱內的硬幣取出、使感測單元判斷並計算自硬幣儲放箱內取出的每種面額之硬幣、並針對每一種面額將預定數量的硬幣儲放在硬幣儲放筒內，該控制裝置係進一步構造成，在要分配硬幣時，能將儲放在硬幣儲放筒內的硬幣取出、使感測單元針對每種面額判斷並計算自硬幣儲放筒內取出之硬幣、並根據感測單元所為的判斷及計數結果，將硬幣送入硬幣接收及分配口內，該控制裝置更進一步構造成，可使得感測單元來判斷經由硬幣接收及分配口投入的硬幣是否為可接受者，及硬幣的面額，以及計算每種面額的硬幣數目，並將經由硬幣接收及分配口投入的硬幣儲放至硬幣儲放箱內。
149	Multi-coin coin chute	US386117	1982-06-07	US4509630A	1985-04-09	Julio Mongelli
An improved coin chute for actuating commercial coin operated machines such as clothes washers and dryers wherein up to ten coins or more can be inserted simultaneously. The coins are measured for acceptability and, if accepted, are transferred to the coin receptacle in a smooth motion without having the coins internally block the mechanism. Acceptance or rejection of the coins occurs without the coins having left the sight of the user. Certain price changes can be accomplished without replacing any components, and several different price levels can be set externally to achieve different desired modes of machine operation.
150	Coin acceptance means and method	US914876	1986-10-03	US4763769A	1988-08-16	Joseph L. Levasseur
A coin acceptance construction and method for use with a predefined price vending system which includes coin analysis apparatus capable of producing coin analysis data for determining coin validity, a controllable mechanism operable to effect the acceptance or return of deposited coins, coin availability status monitors for determining coins available for payback, such monitors producing coin availability status data indicative of the status of coins available for payback, and vend control circuitry for controlling a vend operation, which vend control circuitry is operable to accumulate credit and to effect a vend when the amount of accumulated credit at least equals the vend price. The coin acceptance construction, which may be either separate from the vend control circuitry, e.g., separate decoding circuitry, or form a part of the vend control circuitry, e.g., a programmed microprocessor, is responsive to the production by the coin analysis apparatus, upon detection thereby of a deposited coin, of coin analysis data representative of a valid coin to determine the acceptability of such validated deposited coin for the particular vend operation in progress, which determination is dependent upon the vend price, the accumulated credit, the coin analysis data representative of the validated deposited coin, and the coin availability status data. The coin acceptance construction operates to effect acceptance of such validated deposited coin by the controllable mechanism and the accumulation by the vend control circuitry of additional credit corresponding to the value of such validated deposited coin unless such additional credit accumulation would result in an overdeposit the correct amount of which is unavailable in coins available for payback.
151	Coin receiving and dispensing machine	EP97116388.6	1997-09-19	EP0831431A3	2000-03-15	Chiba, Hiroshi; Ebihara, Hideyuki; Sakamoto, Mitsuo
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.
152	Solid state slug rejector	US123385	1980-02-21	US4333557A	1982-06-08	George M. Kozak
For use in connection with coin-operated vending machines or the like having a coin lock-out coil or solenoid which accepts or rejects coins depending on whether the sole solenoid is energized or de-energized, a detector circuit comprising electromagnetic beam emitters, electromagnetic beam sensors and circuits for interpreting the received signal and determining whether the coin lock-out solenoid is to be energized, thereby accepting a coin, or de-energized, thereby rejecting a coin. The emitter is directed toward an incoming coin slot with the moving coin reflecting the beam in a particular pulsed sequence depending upon the surface characteristics and contours of the coin. The beam sensor is so located as to pick up the pulsed reflected beam from the surface of the coin, which reflections are amplified, timed and counted, and analyzed to accept or reject the coin through energizing or de-energizing the coin lock-out solenoid.
153	Bill validation and change system for a slot machine	US394258	1989-08-15	US5113990A	1992-05-19	A. J. Gabrius; Robert C. Mesh; Arthur Brey; Daniel Hartogh
A bill validation and change system for a slot machine. The system accepts bills of a plurality of denominations and pays out change for the bills in coins of the denomation which may be accepted by the slot machine to play a game. Coins input to the slot machine are stored in a coin hopper which is controlled to payout coins to game winners and to make change for bills. The system includes a master processor which determines winning game plays and whether change for a bill should be made. The master processor further controls the coin hopper to payout coins to winners and to make change for a bill. The master processor is coupled to a slave processor which in conjunction with a bill input device determines the validity and denomination of a received bill. The slave processor controls the bill input device to accept valid bills for which the master processor determines that change should be made and to reject other bills.
154	COIN ESCROW APPARATUS WITH RELAY SWITCH CONTACT SIMULATOR	PCT/US1998/023448	1998-11-04	WO99023811A1	1999-05-14
A coin escrow apparatus for use with a pay telephone includes a housing (11) defining a coin hopper (22), a coin acceptance chute (61), and a coin return chute (62). The apparatus also includes a door (21) mounted within the housing for selective movement between an escrow position for supporting coins in the hopper, an acceptance position for releasing coins from the hopper to the coin acceptance chute, and a return position for releasing coins from the hopper to the coin return chute. The apparatus also includes structures for selectively moving the door between its escrow, acceptance, and return positions. An integrated circuit (70) is provided for unconditionally simulating a relay switch contact normally indicative of successful firing of the escrow coin apparatus to allow the coin escrow apparatus to be used with so-called "smart" telephones without requiring electromechanical components to sene and indicate successful firing of the coin escrow apparatus.
155	COIN ACCEPTOR	PCT/EP2009/056553	2009-05-28	WO2010003736A1	2010-01-14	INNES, Michael Andrew; MULVEY, Kevin
A coin acceptor comprises: a coin inlet (9), an image scanner (20) and an inductive coin sensor arrangement (22) at a sensing station (6) to sense characteristics of a coin passing through the station, a processor (19) responsive to the to sensor to determine whether the coin meets an acceptability criterion as a function of the sensed coin characteristics, gates (23) controlled by the processor to direct the coin on a path to a hopper (24) depending on the coin denomination, and a motorized conveyor (2) configured to transport coins from a coin receiving portion (4) from the inlet (9) through the sensing station (6) past the sensors (20, 22) and to the gates (23) individually in a sequence.
156	Coin discrimination apparatus	US949241	1993-04-28	US5379876A	1995-01-10	Les Hutton
In coin discrimination apparatus, a coin under test rolls past first and second inductive sensors (C1, C2) which produce first and second coin signals (x.sub.1, x.sub.2) in dependence upon the coin under test. The coin signals are compared with data defining first and second stored windows (W.sub.1, W.sub.2) to determine acceptability of the coin. In accordance with the invention the data for the first and second windows (W.sub.1, W.sub.2) are stored respectively for providing both a first and a second window width (W.sub.11, W.sub.12 ; W.sub.21, W.sub.22), 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 therefrom 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 fails within the first window width of the first window (W.sub.11), 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 (W.sub.12), and the value of the second coin signal falls within the first window width of the second window (W.sub.21).
157	MECHANICAL COIN CHECKING DEVICE HAVING A CONFIRMATION PHOTOELECTRIC BARRIER WHICH IS SECURE AGAINST MANIPULATION	US13440604	2012-04-05	US20120255830A1	2012-10-11	Christian Trenner; Roland Griese
A mechanical coin checking device comprises a coin channel having a running rail, a coin acceptance shaft connected to the coin channel, a blocking element which is pivoted into the coin acceptance shaft if no coin is present and which, due to the weight thereof, pivots, after entry of a coin into the acceptance shaft, releases the acceptance shaft and blocks the coin channel at the same time, a confirmation photoelectric barrier which is disposed in the acceptance channel and detects the passage of a coin, an optical sensor for detecting the position of the blocking element and a control unit connected to the confirmation photoelectric barrier and to the optical sensor, the control unit, as a function of the signals of the confirmation photoelectric barrier and of the optical sensor, producing a credit signal for acceptance of the coin falling through the acceptance shaft.
158	Coin detector system	US387820	1982-06-14	US4469213A	1984-09-04	Raymond Nicholson; Donald O. Parker
An electronically controlled coin tester which positions a sample coin in a magnetic field then passes a test coin through a similar magnetic field to create a null in a detector coil sensing the fields. The output of a square wave oscillator is differentiated to generate a spiked signal for exciting the magnetic field. The presence of the test coin is detected by sensing the quality of the null and test coin is accepted in response to the duration of the null. Preferably, a capacitor is charged in the absence of the test coin and discharged in the presence of the test coin and the test coin is accepted in response to the amount of energy stored in the capacitor at the time the null is produced. In addition, a pendulum damper is provided for engaging the test coin prior to its entry into the magnetic field and variably retarding the test coin in response to the coin size.
159	Supplemental coin acceptor/rejector mechanism for coin operated machines	US022135	1979-03-20	US4220234A	1980-09-02	Russell G. Sheltra, Sr.
A coin operated machine, such as a vending machine including a first coin acceptor/rejector mechanism which normally separates acceptable coins from non-acceptable coins, also carries an underlying mechanism which includes a pivotable chute positioned in the path of the rejected coins and having an opening sized to receive rejected same value, but different size and weight, coins of a predetermined diameter and smaller size coins. The chute bears a coin reject window for causing coins smaller than those of said predetermined diameter to be rejected from the chute and further includes an inclined on-edge coin gravity flow path of a predetermined angle to horizontal. A microswitch feeler along said path senses passage of said same value coins and the chute segregates these coins from the other rejected coins. The chute is automatically pivoted between gate open and gate closed positions in response to this microswitch and another microswitch sensing acceptance of a predetermined number of proper value coins of different size and weight to insure return of superfluous coins to the operator, in any sequence.
160	Method and apparatus for fraud detection	US09967424	2001-09-28	US06736250B2	2004-05-18	Harold E. Mattice
A system for detection of fraud upon a coin or token accepting device is disclosed. In one embodiment the system operates in a coin path, the coin path being configured to accept and direct a coin. Prior to credit being provided for a coin or other item of value, the system detects and analyzes behavior of objects in the coin path. In one embodiment, one or more emitter/detector pairs are located in the coin path. The emitters transmit a form of energy across the coin path for detection by a detector. A fraud perpetration device in the coin path can be detected by the emitter/detector pairs. The emitter/detector pairs may utilize complex signal schemes, such as signal modulation, random signaling generation, velocity, acceleration, displacement, coin material physics, and the like to detect fraud.

3 4 5 6 7 8 9 10 11 12

IPRDB

热门服务

关于我们

友情链接

联系方式