| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 81 | COIN VALIDATION APPARATUS AND METHOD | PCT/GB1996000826 | 1996-04-03 | WO1996031847A1 | 1996-10-10 | COIN CONTROLS LTD. |
| A coin validator with an improved coin processing rate, performs primary validation testing on coins (3) at a primary validation station (5) as successive coins roll down a coin rundown path (4). Unacceptable coins pass to a coin reject path (12) but coins found acceptable by the primary validation testing are deflected by a solenoid operated gate (11) to a coin accept path (13). The acceptable coins pass a further sensor coil (C4). Auxiliary coin testing is carried out by a microprocessor (7) by analysing the time taken for the coin to reach and move away from the further sensor (C4). The microprocessor performs undertimer and overtimer routines (figures 3A, B) and if the coin arrives within the under and overtimer ranges (t1, t2), the coin is accepted. When the coin throughput rate is increased, the undertimer is switched off in order to permit the coin throughput rate for valid coins to be increased, without loss of security. | ||||||
| 82 | 用於硬幣處理機之不能接受的硬幣排除裝置 | TW084214779 | 1994-12-05 | TW300655U | 1997-03-11 | 春名博文; 清水德治 |
| 一種用於硬幣處理機之不能接受的硬幣排除裝置，包括用來接收投入硬幣處理機的硬幣且將硬幣一個接一個地進給至設置有參考導軌及面對參考導軌的導軌的硬幣通道內的可旋轉盤，用來在硬幣通道中運輸硬幣的運輸皮帶，用來偵測硬幣的感測器，可從參考導軌凸出至硬幣通道內的第第一凸出構件，可從導軌凸出至硬幣通道內的第二凸出構件，硬幣收集開口，用來控制第一凸出構件，第二凸出構件，運輸皮帶，和可旋轉盤的控制器。當感測器偵測到可接受的硬幣時，控制器不會啟動第一及第二凸出構件。當感測器偵測到不能接受的硬幣或外來物品時，控制器使第一或第二凸出構件凸出，因而引導硬幣至硬幣收集開口而將其排除。當不確定硬幣是否為可接受的，控制器使第一及第二凸出構件凸出，反向驅動運輸皮帶及可旋轉盤使得硬幣回到可旋轉盤上，然後重覆上述的操作，直到確定硬幣是否為可接受的。根據不能接受的硬幣排除裝置，不能接受的硬幣或外來物品有可效率的及可靠的被排除。 | ||||||
| 83 | A COIN RECOGNITION APPARATUS | PCT/EP2014/060367 | 2014-05-20 | WO2015000630A1 | 2015-01-08 | SANCTUARY, Linda; GARELIUS, Maria |
The present invention relates to a coin recognition apparatus for recognition of acceptable coins. The apparatus comprised a coin inlet, a downwardly sloping coin chute defining a path for travel of the coins, an image sensor arranged to produce an output responsible to the contour of the coin, and processing means coupled to the sensor configured to estimate a parameter dependent on the diameter of the coin based on the sensor output, and to determining whether the coin is acceptable or not based on the estimated parameter. The image sensor is configured to produce a sequence of images of a coin while the coin is sliding on the coin chute, and the processing means is configured to estimate a sequence of increasing and decreasing parameter values based on the contours of the coin in the sequence of images, and to determine whether the coin is acceptable or not based on the estimated sequence of increasing and decreasing parameter values. |
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| 84 | 자동판매기의 투입경화(投入硬貨)검출제어장치 | KR1019740000128 | 1974-01-01 | KR1019810002131B1 | 1981-12-29 | 하야시유우기찌; 요꼬우다유다까; 다무라마사유끼; 고바야시신이찌; 아까이가즈유끼; 사까이세이우 |
| The vending machine desingnd to accept a mumber of coins of different denominations, and includes a mechanism for giving charnge when a high value coin is inserted, or to reject the coin if there is insufficient change int the machine or if the article cannot be delivered to the customer. The mechanism includes a coin acceptor(CS) having coin paths(L1, L2, L3) in a system for sorting inserted coins with a coin of the highest acceptable denomiation being temporarity stored until either an article and the necessary change are prepd. | ||||||
| 85 | 동전 수집 키오스크를 이용한 동전 이용 시스템 및 방법 | KR1020150032559 | 2015-03-09 | KR101679958B1 | 2016-11-25 | 김태훈 |
| 동전수집키오스크를이용한동전이용시스템및 방법이개시된다. 사용자의동전적립계좌를확인하고, 상기사용자에의해투입되는동전을수집하고수집된동전의금액을인식하며, 인식된금액을송신하는동전수집키오스크(coin collecting kiosk); 상기동전수집키오스크로부터상기인식된금액을수신하고, 수신된금액을상기사용자의동전적립계좌에실시간적립하며, 실시간적립되는금액을상기동전수집키오스크로승인하는동전적립서버; 상기동전적립서버로부터승인되는실시간적립되는금액을상기동전수집키오스크로부터근거리통신을통해확인하는스마트단말을구성한다. 상술한동전수집키오스크를이용한동전이용시스템및 방법에의하면, 동전수집키오스크를통해동전을수집하고이를사용자의동전적립계좌에적립하여사용자의동전적립카드나스마트단말을이용하여사용하도록구성됨으로써, 사장되는동전의사용률과환수율을높이는효과가있다. | ||||||
| 86 | COIN DISCRIMINATION APPARATUS | PCT/GB1992000791 | 1992-04-30 | WO1993006569A1 | 1993-04-01 | COIN CONTROLS LIMITED |
| Coin discrimination apparatus includes a coin rundown path (4) along which coins roll so as to impact a snubber (8) provided with a piezo electric device (13). The coin impact produces an oscillatory voltage output from the device, which is sampled over a predetermined period for its peak maximum and minimum values. The values are combined in a predetermined relationship to produce a coin parameter signal indicative of coin mass and the material from which it it made. Coin acceptability is determined on the basis of the value of the coin parameter signal. | ||||||
| 87 | COIN VALIDATION APPARATUS | PCT/US1997013214 | 1997-07-29 | WO1998005008A1 | 1998-02-05 | QUADRUM TELECOMMUNICATIONS, INC.; McGINTY, Joseph, R.; FAES, Steven, Michael; DISTLER, Gregory, Lee; HEATHERSHAWN, Eugene, Gray |
| A coin validation mechanism for evaluating coins and the like inserted therein and for validating acceptable coins includes a coin chute defining a coin path and a sensor for evaluating the type of material of which the object in the coin chute is made of. The sensor for evaluating includes a coil sensor positioned adjacent the coin path and a non-resonant electrical circuit for operation of the coil sensor. The coin validation mechanism also includes a light source for directing light across the coin path and a light sensor for sensing light directed across the coin path. An electronic unit is provided for evaluating an electromagnetic pertubation caused by an object moving past the coil sensor and for determining the amount of light blocked by the object in the coin path by comparing the amount of light sensed by the light sensor with the object in the coin with the amount of light sensed by the light sensor in the absence of an object in the coin path. The electronic unit further compares the amount of light blocked by the object in the coin path and the electromagnetic pertubation with known values for valid coins to evaluate whether the object in the coin path is a valid coin or not. | ||||||
| 88 | 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。 | ||||||
| 89 | 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。 | ||||||
| 90 | 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。 | ||||||
| 91 | COIN ACCEPTOR | PCT/GB2004/001457 | 2004-04-02 | WO2004088597A1 | 2004-10-14 | BELL, Malcolm, Reginald, Hallas, Bell; MULVEY, Kevin, Charles |
A coin acceptor includes a coin sensing station with two generally circular coils (S1, S2) and an elongate coil (S3) mounted on one side of a coin guiding surface that is curved so that a coin (26) under test is thrown by centripetal force into sliding engagement with the surface (22) to form an inductive coupling with the coils to test coin acceptability. |
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| 92 | 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。 | ||||||
| 93 | 带投币功能的发牌机 | CN201420844206.8 | 2014-12-25 | CN204347978U | 2015-05-20 | 杨昌良 |
| 本实用新型涉及一种带投币功能的发牌机。该发牌机包括用于通过定时或定量方式控制发牌的发牌装置以及用于接受投币的投币器，发牌装置与投币器连接以接收投币器发出的投币信号。发牌装置与投币的连接为有线连接或者无线连接。投币器为硬币投币器或者纸币投币器。本实用新型将发牌装置与投币器结合，能够实现自助收费，免去人工管理，改善了收费的方便性，发牌机的使用方便性也得到极大提高。 | ||||||
| 94 | 硬幣提存機 | TW081107874 | 1992-10-03 | TW208747B | 1993-07-01 | 千德英志 |
| 一種硬幣提存機，係具有存入硬幣、提領硬幣之交易口，及設於硬幣通路，且可否接受從交易口存入之硬幣及判別硬幣幣種，同時計數所存入硬幣之幣種別之枚數的第１察覺機構，及將可接受之硬幣選別成幣種別的硬幣選別機構，及將藉該硬幣選別機構所選別之硬幣依幣種別收容並予以貯存的複數硬幣貯存機構，及設於各該硬幣貯存機構，並檢測所貯存之硬幣枚數是否未滿第一所定枚數的第２察覺機構，及設於上述各硬幣貯存機構，並檢測所貯存之硬幣枚數是否超過比上述第一所定枚數多之第二所定枚數的第３察覺機構，及藉任一上述第２察覺機構檢測貯存於上述硬幣貯存機構之硬幣枚數未滿上述第一所定枚數時，在上述硬幣貯存機構補充硬幣，而且藉任一上述第３察覺機構檢測貯存於上述硬幣貯存機構之硬幣枚數超過上述第二所定枚數時，在設有該第３察覺機構之硬幣貯存機構收容須貯存之硬幣的補充用硬幣貯存機構，以及搬送硬幣的搬送機器的硬幣提存機，而其特徵為：具有記憶貯存於上述補充用硬幣貯存機構之硬幣之幣種別枚數，而且判定貯存於上述補充用硬幣貯存機構之硬幣之幣種別枚數是否未滿第三所定枚數，且在任何一幣種之硬幣枚數形成未滿上述第三所定枚數時，輸出判定信號的判定機構，及在貯存於上述補充用硬幣貯存機構之任何一幣種之硬幣枚數形成未滿上述第三所定枚數，且從上述判定機構輸出判定信號時，輸出有報知該意旨之報知信號的報知機構，及在該報知機構輸出有報知信號時，貯存補充於上述硬幣貯存機構與上述補充用硬幣貯存機構之硬幣的可自由裝卸的硬幣補充機構，以及判別從上述硬幣補充機構及上述補充用硬幣貯存機構所送出之硬幣幣種，而且計數幣種別之枚數的第４察覺機構，並構成上述搬送機構可將從上述補充用硬幣貯存機構與上述硬幣補充機構所送出之硬幣搬送至上述硬幣選別機構，而上述硬幣選別機構可選別從上述補充用硬幣貯存機構與上述硬幣補充機構所送出之硬幣，並依該幣種補充於上述貯存機構者。依照該硬幣提存機，不必停止存款動作及提款動作，可將硬幣補充於硬幣提存機。 | ||||||
| 95 | 硬幣儲存裝置 | TW079108549 | 1990-10-11 | TW222338B | 1994-04-11 | 約翰傑文斯康福; 理察蓋波因頓 |
| 本發明係關於硬幣儲存裝置之一種硬幣處理系統，包括兩個硬幣暫存器，分別的接受高值及低值面值的硬幣。每一暫存器包含一螺旋結構，其硬幣個別的支持於螺旋的連續圈之間。每一螺旋結構能在任何位置上儲存任何面值的硬幣，在兩末端有出口，允許控制硬幣被送至一現金箱內之順序。 | ||||||
| 96 | COIN VERIFIER | PCT/CH2008/000514 | 2008-12-04 | WO2009070909A1 | 2009-06-11 | STRAUMANN, Reto; LIECHTI, Martin |
The invention relates to a coin verifier which comprises a support for supporting a coin during verification. The coin verifier is characterised in that the support comprises two shutters which are arranged opposite to each other. The shutters support the coin in a v-shaped manner when closed. The inventive coin verifier comprises a recess for retaining a coin during verification and is characterised in that the recess is terminated by two outlets. The outlets are closeable by the shutters for selectively dumping the coin through one of the two outlets. Further, a method for verifying a coin is disclosed which comprises the steps of maintaining/ retaining the coin in a retainer equipped with sensors, verifying the coin by the sensors and selectively opening one of two shutters. The choice of the shutter which is opened depends on the result of the verification, in particular whether or not the coin is accepted. |
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| 97 | 硬幣辨別裝置 | TW089115745 | 2000-08-04 | TW463137B | 2001-11-11 | 雲雀 英幸; 有川純一 |
| 一硬幣辨別裝置，包含一用以支承一硬幣之一下部表面的硬幣路徑構件，一第一運送帶被裝設於硬幣路徑構件上方且用以將硬幣固持在其本身與硬幣路徑之間，因而將之運送，用以經由被形成在硬幣路徑構件中之一第一透明路徑部份朝向在硬幣路徑構件上之硬幣的下部表面發射光線之一第一光源，用以光電地偵測自第一光源所發射且自硬幣之下部表面經由第一透明部份反射之光線並生產硬幣下部表面的圖案資料之第一光偵測器，一用以支承硬幣之下部表面的第二運送帶，一硬幣路徑成形構件被裝設於第二運送帶上方且用以將硬幣固持在其之下部表面與第二運送帶之間，因而將之運送，用以經由被形成在硬幣路徑成形構件中之一第二透明路徑部份朝向被第二運送帶所支承及運送之硬幣的上部表面發射光線之第二光源，用以光電地偵測自第二光源所發射且自硬幣之上部表面經由第二透明部份反射之光線並生產硬幣之上部表面的圖案資料之第二光偵測器，用以貯存硬幣之下部表面的圖案資料之第一圖案資料記憶體，用以貯存硬幣之上部表面的圖案資料之第二圖案資料記憶體，用以貯存每一種類硬幣之基準圖案資料的基準圖案資料記憶體，用以比較硬幣下部表面之圖案資料與每一種類硬幣之基準圖案資料以及比較硬幣上部表面之圖案資料與每一種類硬幣之基準圖案資料的一辨別器，因而辨別硬幣是否可接受及硬幣之種類。依照因而構成之硬幣辨別裝置，即使當硬幣係類似Euro硬幣在其之一側表面上具有一共用圖案但在其之另一側表面上具有不同的圖案時，仍可以高準性辨別硬幣是否可接受及硬幣之種類。 | ||||||
| 98 | VENDING MACHINE | PCT/JP2000/004650 | 2000-07-12 | WO01004845A1 | 2001-01-18 | |
| A vending machine capable of effectively preventing fraudulent use of fake coins of a plurality of kinds. The number of slotted coins acceptable in one vending operation is preset in a setting unit (112). The coins slotted into a coin slotting unit (101) are counted based on the sensing output from a counting sensor (104). When a coin-return operation is performed while the count is equal to or larger than the preset acceptable number of coins, the coin return in response to the coin-return instruction is inhibited as a fraudulent use. | ||||||
| 99 | 硬幣辨識裝置 | TW085107755 | 1996-06-27 | TW297891B | 1997-02-11 | 古谷勝亮 |
| 一種硬幣辨識裝置，可辨識傳送於一硬幣通道內之硬幣，其包含一具振盪電感及接收電感之磁感應器，振盪電感之結構為將一組置於垂直硬幣通道縱向之尖端狀電感彼此串接，選定個別尖端狀電感之容量使其輸出水準對於供應高頻電流至振盪電感所生磁通量密度為相等。根據如此構成之硬幣辨識裝置，可精確低廉辨識硬幣接受性及硬幣面值。 | ||||||
| 100 | SELF-TUNING COIN RECOGNITION SYSTEM | PCT/US1985000369 | 1985-03-01 | WO1985004037A1 | 1985-09-12 | MARS, INCORPORATED; HEIMAN, Frederic, P. |
| A self-tuning coin testing apparatus (10) having a coin sensor circuit (21, 22) which produces an output signal indicative of a parameter characteristic of the coins which are tested by the coin sensor and a programmed microprocessor (35) 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. | ||||||
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