| 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 | 自动售票机 | CN201520549189.X | 2015-07-24 | CN204808416U | 2015-11-25 | 方振龙 |
| 本实用新型涉及一种自动售票机，属城市轨道交通运营装备。可实现自动售票、人工售票、结算与清算等工作，其特征在于：将自动售票机的主控模块、乘客显示器与触摸屏、LED状态显示器、票卡读卡器、硬币模块、纸币接受模块、单程售票模块、热敏凭条打印机、不间断电源按照其在售票机上的连接方式连接，使自动售票机的COM组件与控制和采集装置连接，计算机可通过控制和采集装置控制自动售票机工作并监视售票机是否正常工作。 | ||||||
| 102 | COIN DISCRIMINATION APPARATUS WITH OPTICAL SENSOR | PCT/GB1991001689 | 1991-10-01 | WO1992009056A1 | 1992-05-29 | COIN CONTROLS LIMITED |
| Coin discrimination apparatus such as a coin validator includes a coin rundown path (2) with an optical sensing station (6) and an inductive sensing station (7) which both provide coin validation data to a microprocessor (8) that operates an accept gate (3) when a coin is determined to be of an acceptable denomination. The optical sensing station (6) includes an array of emitters (16) and detectors (18) disposed transversely of the coin rundown path (2) to define rays of light which intersect the coin at different chordal positions. The duration of pulses produced by detectors (18) are processed in terms of a ratio of their durations so as to determine coin diameter independently of coin velocity along the path. Compensation for coin acceleration is also described together with a technique to determine coin thickness. | ||||||
| 103 | 주화 선별장치 | KR1019810003913 | 1981-10-16 | KR1019860000357B1 | 1986-04-12 | 로날드씨데이비스 |
| A coin acceptor or rejector includes a coin chute having an acceptance portion, a rejection portion, and a flapper controlling the direction of movement of the coins to one of the portions. A sensing coil surrounds the chute at its coin-receiving end, so as to have its Q substantially decreased and to create energy losses caused by eddy currents being dissipated by a coin and by the magnetic hysterisis of the coin. The coil is in an oscillator circuit so that, in response to sensing of a coin, the effective resistance of the oscillator is reduced and current flow is increased. | ||||||
| 104 | 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. |
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| 105 | 硬幣辨識設備 | TW089109186 | 2000-05-12 | TW432341B | 2001-05-01 | 敬二; 高橋昌孝 |
| 一種硬幣辨識設備，包括一用以朝向被輸送之一硬幣的一表面發射光線之光源，用以接收自光源發射且由硬幣反射之光線的一反射光反射器，光發射機構被裝設在光源之下游且被用以朝向被輸送之硬幣的一表面發射光線，用以光電地接收自光發射元件發射且由硬幣之一表面反射之光線並製造硬幣之一表面的影像圖案資料之一感測器，用以貯存每一種類硬幣的基準資料之一記憶體，用以依據由感測器所製造之硬幣的一表面之影像圖案資料計算硬幣直徑，並與被貯存在記憶體內之每一種類硬幣之基準直徑資料比較且嘗試以判定硬幣之種類的第一種類辨識器，用以自記憶體讀出由第一種類辨識器所判定之種類的硬幣之基準圖案資料，並比較基準圖案資料與硬幣之一表面的影像圖案資料且最後判定硬之種類的一第二種類辨識器，及用以依據由硬幣反射且由反射光感測器所偵測之一光量來控制將被感測器所偵測之硬幣的一表面所反射之光量的一接收光量控制器。依據因而構成之硬幣辨識設備，經由光學地偵測硬幣之表面圖案，可以高準確性辨識硬幣是否可接受及硬幣之種類。 | ||||||
| 106 | 자동판매기 | KR1020017003093 | 2000-07-12 | KR100431891B1 | 2004-05-17 | 이시다타케시; 아소쯔네히로 |
| 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. <IMAGE> | ||||||
| 107 | Coin lifter driving controller for coin selecting device | JP7139590 | 1990-03-20 | JPH03271890A | 1991-12-03 | YOKOMORI SHINJI |
| PURPOSE: To properly drive a coin lifter by generating a forged coin signal to drive the coin lifter only for a prescribed time at the time when an inserted coin is discriminated as a forged coin or the coin acceptance inhibiting state is set. CONSTITUTION: When a coin is inserted this coin is discriminated as a true or forged coin and its denomination is discriminated by coin sensors 22 and 23, and the coin selecting operation is terminated at the time of detecting the end of passage in the coin sensor 23. When it is discriminated as a true coin, it is discriminated whether a coin storage part 26 is in the inserted coin acceptance inhibiting state or not, and a gate 24a is opened to distribute the inserted coin to a true coin passage 26a, and a true coin signal is generated at the time of detecting the passage of the coin within a certain time. If the coin is discriminated as a forged coin or the coin acceptance inhibiting state is set, the forged coin signal is generated and the gate 24a is kept closed. Thus, the coin lifter is properly driven. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 108 | 硬幣測試器 | TW079205220 | 1990-05-15 | TW145355U | 1990-11-01 | 清水和男 |
| 一種硬幣測試器，包括：用來輸出對應於投入硬幣之檢測信號：判定檢測信號之數值之判定器；藉著比較判定值與由最大與最小參考值判定之硬幣接受範圍，鑑別硬幣之真偽與型式之鑑別器；預定硬幣接受範圍之預定器；及藉著在最大與最小基準值上相加或減去一預設值而實際決定範圍刪改變時更新硬幣之接受範圍之接受器，因為即使檢測信號之範圍因電路之漂移或因溫度變化而改變時，仍可藉著該動作將硬幣接受範圍自動的修正，因此可得正確並精確之判定。 | ||||||
| 109 | COIN VALIDATOR COMPRISING A STRING SENSOR | PCT/EP0308960 | 2003-08-12 | WO2004017267A3 | 2005-03-31 | GRIESE ROLAND; TRENNER DIETMAR |
| The invention relates to a coin validator comprising a string sensor, which is arranged in the area of the coin insertion channel, and comprising a coin validating device for controlling the acceptance or rejection of an inserted coin. The string sensor comprises a first tooth, which is placed on a stationary part of the coin insertion channel, a second tooth, which is placed on a pendulum and which is disengaged when a coin is inserted, and comprises a switching device, which is actively connected to the pendulum and which furnishes a signal to the coin validating device when a coin is inserted. The pendulum is a component of a coin insertion funnel (4) that, as a wearing part, is detachably connected to the housing of the coin validator and forms a part of the coin insertion channel. The pivot point of the pendulum coupled to the remaining part of the coin insertion funnel is, when viewing the cross-section, is laterally offset with regard to the first and second tooth in such a manner that when the second tooth moves, in the direction of insertion of the coin, downward in an arc-like manner, it disengages from the first tooth or when the second tooth moves upward in an arc-like manner, it engages with the first tooth. | ||||||
| 110 | 一種可接受一次投多個硬幣及逐一輸出硬幣的投幣機構 A MECHANISM MAKING MULTIPLE COINS SEQUENTIALLY OUTPUT ONE BY ONE | TW099211167 | 2010-06-10 | TWM407450U | 2011-07-11 | 熊子傑; 翁其正 |
| 本新型專利是一種可接受一次投多個硬幣及逐一輸出硬幣的投幣機構(以下簡稱本機構)，本機構可一次接受多個硬幣的投入，將其依序排列，並使各硬幣逐一輸出落到硬幣投幣器的硬幣投幣口，以避免多個硬幣同時投入投幣機發生堵塞或故障。本機構由一上大下小的容器與一可使硬幣逐一輸出的模組所組成。前述容器之內部形成上寬下窄、向下收斂成一長條形的型態，前述容器下方具有一長條形底部，於此長條形底部上具有一個或多個間隔的細槽，可容許所接受之硬幣的逐一從由前述細槽離開。使硬幣逐一輸出的模組是以電子模組、機械模組、電力驅動機構模組或任意前者的組合，並得以感測器、控制電路與動力機構等之組合運作達到使投入之硬幣可逐一輸出的目的。 | ||||||
| 111 | 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. | ||||||
| 112 | 경화메탈 처리장치 및 그 제어방법 | KR1020057022313 | 2004-05-20 | KR1020060013416A | 2006-02-09 | 이타코에이지; 아소츠네히로 |
| A coin metal-processing device and a method of controlling the device, where whether or not a metal coin is acceptable and money sum information etc. for the metal coin can be set, and where both ordinary coins and metal coins can be used. A setting portion (5) is operated to shift a coin metal-processing device (1) to a metal coin-setting mode, coins with the sum equivalent to a set money sum are dropped in, and the sum of coins identified is memorized in a memory (9). A predetermined number of coins are dropped in, and characteristics data of the predetermined number of coins are collected at any time by a characteristics data-collecting portion (6) and stored in a characteristics data-stowing portion (7). A characteristics data- analyzing portion (8) analyzes whether or not the characteristics data overlap with characteristics data of each coin and further analyzes whether or not variations of the characteristics data are within a specified value. A control portion (2) sets reception of the metal coins based on the result of the analysis. When the reception of the metal coins is permitted, the money sum memorized in the memory is set as a set money sum. | ||||||
| 113 | 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. |
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| 114 | 硬貨メタル処理装置およびその制御方法 | PCT/JP2004/006836 | 2004-05-20 | WO2004104945A1 | 2004-12-02 | 潮来 英治; 麻生 恒弘 |
メタルコインの受け入れの可否、およびメタルコインに対して金額情報等を容易に設定することが可能になるとともに、通常の硬貨とメタルコインとを併用することが可能な硬貨メタル処理装置およびその制御方法である。設定部５を操作して硬貨メタル処理装置１をメタルコイン設定モードに移行させ、設定金額分の硬貨を投入し、識別した硬貨の金額をメモリ９に記憶する。所定枚数分のメタルコインを投入し、特性データ収集部６は所定の枚数分のメタルコインの特性データを随時収集して特性データ格納部７に格納し、特性データ解析部８が特性データが各硬貨の特性データと重複するか否か解析し、更に、特性データのバラツキが規定値内であるか否か解析し、制御部２は解析結果に基づいてメタルコインの受け入れを設定する。メタルコインの受け入れを許可する場合、メモリに記憶した金額をメタルコインの設定金額として設定する。 |
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| 115 | 手机自动消毒机 | CN200420000778.4 | 2004-01-15 | CN2684283Y | 2005-03-09 | 杨志军 |
| 一种手机自动消毒机，包括外壳，投币口、舱门、以及货币识别系统、储钱箱、计时器、主控板、消毒器和手机消毒箱，其中由主控板将货币识别系统、计时器、消毒器和手机消毒箱的舱门相连接，自投币口投入硬币后，由货币识别系统及储钱箱发出信号给主控板，再控制手机消毒箱的舱门自动弹开，待手机被放入手机消毒箱后关闭舱门，主控板发送开启消毒器的信号，同时计时器开始计时，在到达预订的消毒时间后，主控板接受计时器的信号令消毒器停止工作，舱门自动打开。本实用新型结构紧凑，操作简单，安全卫生，适宜安装到街头、宾馆、饭店及家庭等多种场所，能够方便快捷地对手机进行消毒，有效遏制了细菌的传播途径，对人们的身体健康十分有益。 | ||||||
| 116 | 경화판별장치 | KR1020000046577 | 2000-08-11 | KR1020010030081A | 2001-04-16 | 히바리에이코; 아리카와준이치 |
| PURPOSE: To obtain a coin discriminating device which can securely decide whether or not a coin having a common pattern on one surface and a different pattern on the other surface like Euro-coins can be received and its denomination. CONSTITUTION: The coin discriminating device is equipped with a discrimination means which has two color sensors 24 and 34 detecting image data on the top surface of a coin on the upstream and downstream sides of a coin passage part 2, reads pattern data on both the top and reverse surfaces of the coin, and compares the image pattern data with reference pattern data stored in a reference data memory by the denominations to decide whether or not the coin can be accepted and its kind. | ||||||
| 117 | 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). | ||||||
| 118 | DEVICE FOR RECEIVING COINS | PCT/IB2010001940 | 2010-08-04 | WO2011015941A2 | 2011-02-10 | MUEHRENBERG ROLAND; SHAGEEV D; ZANDER MARKO |
| The invention relates to a device for receiving coins, which makes it possible both to receive individual coins and to receive multiple coins for further processing the coins, the device being formed by a drawer-like laterally displaceable receptacle (5, 10, 14), characterized in that the drawer-like receptacle (5, 10, 14) comprises a side having a coin insertion slot (4) and a receiving region (10, 13, 14) for receiving a plurality of coins. | ||||||
| 119 | 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. | ||||||
| 120 | 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. | ||||||
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