| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 121 | MÜNZPRÜFER MIT EINEM FADENSENSOR | PCT/EP2003/008960 | 2003-08-12 | WO2004017267A2 | 2004-02-26 | GRIESE, Roland |
Es wird ein Münzprüfer mit einem Fadensensor, der im Bereich des Münzeinwurfkanals angeordnet ist, und einer Münzprüfeinrichtung zur Steuerung der Annahme oder Abweisung einer eingeworfenen Münze vorgeschlagen. Der Fadensensor weist eine erste, an einem feststehenden Teil des Münzeinwurfkanals angeordnete Verzahnung und eine zweite an einem Pendel angeordnete Verzahnung, die bei Einwurf einer Münze ausser Eingriff kommen, sowie eine mit dem Pendel in Wirkverbindung stehende Schaltvorrichtung auf, die bei Einwurf einer Münze ein Signal an die Münzprüfeinrichtung abgibt. Das Pendel ist Bestandteil eines Münzeinwurftrichters (4), der als Verschleissteil lösbar mit dem Gehaüse des münzprüfers verbunden ist und Teil des Münzeinwurfkanals bildet. Daher ist der Schwenkpunkt des an dem übrigen Teil des Münzeinwurftrichters angelenkten Pendels im Querschnitt gesehen seitlich zu der ersten und zweiten Verzahnung versetzt, derart, dass die zweite Verzahnung in Einwurfrichtung der Münze bogenförmig nach unten ausser Eingriff zu der ersten Verzahnung kommt bzw. die zweite Verzahnung bogenförmig von unten in die erste Verahnung eingreift. |
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| 122 | 投入式硬幣判別裝置 | TW088101271 | 1999-01-26 | TW416043B | 2000-12-21 | 古川哲雄 |
| 本發明之目的在於開發一種投入式硬幣判別裝置,其除了可將所投入之複數種類之硬幣排成一列,並判別每個硬幣之真偽或種類外,其目的並在於可退出疑似偽幣而接受真幣,等硬幣種類之篩分之後處理。 本發明之投入式硬幣判別裝置,至少具備:漏斗11,能投入硬幣;第一帶子12,裝於該漏斗11之底部,用以使所投入之硬幣排成一列而送出;滾筒15,用以將由該第一帶子12所送出之一列硬幣之重疊,加以打散;第二帶子16,速度快,用以將由該第一帶子12所送來之無重疊之一列硬幣,加以分離;感應器18,配設在該第二帶子16附近,用以判別一個硬幣;選擇滾筒21,能自由移動,用以選擇由該第二帶子16所送出之一個硬幣;電磁圈24,用以操作該選擇滾筒21;其特徵為:於判別為真幣時，藉由該感應器18，使該選擇滾筒21動作，以接受該真幣。 | ||||||
| 123 | 一种多功能文化广场照明灯 | CN201620021369.5 | 2016-01-11 | CN205316227U | 2016-06-15 | 张荣军; 刘乃友 |
| 本实用新型公开了一种多功能文化广场照明灯，包括灯杆和照明灯电源；所述灯杆上设置有投币器，所述灯杆内设置有充电接口，所述充电接口与照明灯电源连接所述照明灯电源采用220V市电和太阳能供电；灯杆上设置有USB接口，所述充电接口与USB接口连接，所述投币器与照明灯电源连接，投币器与USB接口和充电接口连接，所述投币器与控制箱连接，所述投币器接受到硬币后将信号发送给控制箱，控制箱接通线照明；所述灯杆表面设置有第一凹槽，所述第一凹槽的上方铰接有第一防护盖，投币器设置在第二凹槽内，所述第二凹槽的上方铰接有第二防护盖，所述灯杆的顶端设置有一太阳能电池板，所述太阳能电池板与灯杆顶部通过紧固螺钉连接，解决了照明灯突然停电的问题。 | ||||||
| 124 | 硬幣操作機械之防弊裝置 | TW078207383 | 1989-08-03 | TW128418U | 1990-02-01 | 余金塗 |
| 一種使用於硬幣操作中之防弊裝置，係由一向兩側延伸之底板及直立之兩側護壁構成一可接受投入硬幣之傾斜硬幣受入部，該底板之尾端設有一切線槽，且其中一側護壁設有一長度大於硬幣直徑之開口，該開口設計使由兩側護壁圍成之硬幣通路成為一不連續封閉之通道，且在該開口處設有與之配合之導線槽及切線器，上述構成之硬幣受入部可容許一正常投入之硬幣自由通過，但對於一枚繫有細線之投入硬幣而言，其可由切線槽或切線器切斷細線，或藉開口設計使該硬幣倒置於底板上，藉以防制使用者利用細線拉動該硬幣於通道內往復運動，而可防堵使用者以一枚硬幣重複使用硬幣操作機之弊端者。 | ||||||
| 125 | 경화판별장치 | KR1020000078668 | 2000-12-19 | KR1020010082590A | 2001-08-30 | 요시다토시오; 모리타니타카오; 이마이시게토시 |
| PURPOSE: To provide a coin discriminating device, with which a forged coin can be accurately discriminated. CONSTITUTION: This device is provided with a magnetic sensor 12 for generating the magnetic data of coins, a CCD area sensor 24 for generating optical data, a first coin discriminating means 61 composed of reference optical data memories 51 and 52 for storing the reference optical data of respective denominations and a reference magnetic data storage memory 50 for storing the reference magnetic data of respective denominations, and a second coin discriminating means 62 for reading the reference magnetic data of the correspondent side of the coin of a certain denomination out of the reference magnetic data memory according to whether reference optical data, which are used when the first coin discriminating means discriminates that coins can be accepted on the basis of the reference optical data of that denomination, are reference optical data of the obverse of the coin of that denomination or reference optical data of the back, comparing these data with the magnetic data of coins generated by the magnetic sensor and finally discriminating whether coins can be accepted or not and the denomination of the coins. | ||||||
| 126 | MACHINE FOR ACCEPTING AND DISTRIBUTING COINS AND/OR TOKENS | PCT/IB2008000073 | 2008-01-14 | WO2009104034A3 | 2009-10-29 | RIGO FABRIZIO |
| A machine (10) for accepting and distributing coins (M1, M2) comprising a housing (11) adapted in turn to contain: - an acceptance apparatus (12) of coins of a type (M1) paid in by a user; - a store (HP) of coins of type (M2); - a dispensing device (BC) of coins (M1, M2); - a pick-up device (20) adapted to pick up the coins of type (M2) from the store (HP) and send them to the dispensing device (BC); and - an electronic control board (CC) of the functions performed by the apparatus (12) and by the devices (HP, BC, 20). In the machine (10), the pick-up device (20), after having picked the coins up from the store (HP), sends the coins of type (M2) to the same acceptance apparatus (12) of the coins of type (M1). | ||||||
| 127 | PAY TELEPHONE WITH LARGE CAPACITY COIN PATH | PCT/US1998/007958 | 1998-04-17 | WO98047278A1 | 1998-10-22 | |
| A coin operated pay telephone (1000) specially adapted to have a large capacity coin path capable of accepting and processing coins as large as about 35 mm in diameter. The pay telephone (1000) includes a coin receptacle (1012) for collecting coins and a coin return device (1014) for returning coins and slugs to the user of the pay telephone. A coin validator (1008) is provided for rejecting slugs and invalid coins and accepting valid coins, and an escrow device (1010) is provided for receiving accepted coins from the coin validator and for selectively discharging coins to the coin receptacle and/or to the coin return device. All of the components are specially adapted for processing coins as large as about 35 mm. | ||||||
| 128 | 硬幣辨別裝置 | TW089126613 | 2000-12-13 | TW505899B | 2002-10-11 | 吉田利夫; 森谷孝雄; 今井重俊 |
| 一種硬幣辨別裝置包括：磁性感測器，用以感測傳輸中的硬幣磁性，並產生硬幣的磁性資料；光學感測機構，用以產生硬幣的光學資料；參考光學資料儲存機構，用以儲存每一面額硬幣之正反面的參考光學資料；參考磁性資料儲存機構，用以儲存每一面額硬幣之正反面的參考磁性資料；第一硬幣辨別機構，用以比較光學感測機構所產生的光學資料以及每一面額硬幣正反面的參考光學資料，並辨別硬幣是否為可接受的以及硬幣的面額，及第二硬幣辨別機構，用以從參考磁性資料儲存機構讀取參考磁性資料，參考磁性資料是依據第一面額辨別機構所辨別的硬幣面額及正反面資料來加以選取，並將讀取的磁性資料與磁性感測機構所產生的磁性資料作比較，藉此最終辨別硬幣是否為可接受的以及硬幣的面額。依據此構造的硬幣辨別裝置，即使從偽幣所得到的光學資料，如直徑或圖樣資料，與其幣一至，且從偽幣得到的的磁性資料與真幣類似時，亦能精確地辨別出偽幣。 | ||||||
| 129 | 斗槽转向可控制机构 | CN200520043748.6 | 2005-07-25 | CN2857111Y | 2007-01-10 | 张亮; 孙炳华; 徐建锋 |
| 本实用新型提供一种斗槽转向可控控制机构；一V字形斗槽的两端，通过紧固件固定安装在各自对应的转轴上，其中一端转轴与方位联轴节固定连接，方位联轴节与电机的转轴固定连接，方位联轴节上设有遮光板，在与遮光板对应的支撑架上，相应设有两个红外传感器，在斗槽上固定安装有四个分槽隔板，将斗槽分隔成两个有效料斗，另有三个通道隔板固定安装在支撑架上，与两个有效料斗的方位相对应，还有二个区分隔板固定安装在三个通道隔板上，将各通道隔板之间形成的通道，分隔为两组导向槽，改变电机的通电相位，即可实现斗槽的有效翻转或正确停放，以实现不同类型的硬币或代币的原币返还或归类分拣接受功能；机构设计简约，易于设置电路控制。 | ||||||
| 130 | 硬貨処理装置 | JP2013234346 | 2013-11-12 | JP2015095113A | 2015-05-18 | 太田 佳克; 重本 吉照; 向矢 豊 |
| 【課題】金箱の回収作業の手間を省くことができる硬貨処理装置を提供する。 【解決手段】硬貨処理装置10は、入金部20、金種別の収納投出部22、金種別の金箱23、および制御部70を備える。入金部20は、機体11外から硬貨を受け入れ、硬貨を金種別に選別する。金種別の収納投出部22は、入金部20で選別された硬貨を受け入れて収納するとともに、収納した硬貨を投出する。金種別の金箱23は、機体11から取り出し可能とし、入金部20で選別された硬貨を受け入れて収納する。制御部70は、金箱23のうちのいずれかの金種の金箱23で硬貨が満杯になった満杯時に、他の金種の金箱23のうち硬貨が所定量以上の満杯近くにある金箱23について、入金部20を通じて対応する金種の硬貨を金箱23に収納させて満杯にする同時回収処理を行う。 【選択図】図1 |
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| 131 | 一種可一次接受投多個硬幣及逐一將硬幣輸出的機構 A MECHANISM WHICH CAN ACCEPT MULTIPLE COINS INSERTED AT THE SAME TIME AND SEQUENTIALLY OUTPUT THE SAID COINS ONE BY ONE | TW099215853 | 2010-08-17 | TWM408756U | 2011-08-01 | 熊子傑 |
| 本新型專利是一種可將多個硬幣逐一輸出的組合機構(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。本機構由一圓筒、轉盤、動力機構與硬幣輸出滑道所組成。在前述轉盤上開有適當大小與高度的孔洞或朝外開口的有底凹槽，以容置單一硬幣；將該轉盤之軸心以傾斜角度固定，並以動力機構帶動轉盤轉動；將轉盤配置於圓筒中，並在圓筒的底面或側面的適當位置開適當大小的孔洞。當轉盤傾斜的盤面轉動時，運用重力與離心力原理，使落入傾斜轉動轉盤之孔洞或凹槽的硬幣，最多只有一個，並使在這些硬幣可穿過圓筒孔洞逐一落入硬幣輸出滑道中。 | ||||||
| 132 | UNIVERSAL BILL RECYCLER | PCT/US2010/049710 | 2010-09-21 | WO2011037937A1 | 2011-03-31 | LEWIS, Craig; RAKUSHKIN, Anton; ROGACHOV, Victor; HUDIS, Scott |
A bill recycler (106) accepts bills and payment and dispenses previously accepted bills as change in a vending machine (100) including a vending machine controller (102) and a coin handler (104). The bill recycler receives from the coin handler information relating to denomination(s) and quantities of coins available for dispensing by the coin handler, alters that information to include information relating to quantities of denomination(s) of bills available for dispensing by the bill recycler, then sends the altered information to the vending machine controller. |
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| 133 | POSITIVE DRIVE COIN DISCRIMINATION APPARATUS AND METHOD | PCT/US1997011166 | 1997-06-27 | WO1998000814A1 | 1998-01-08 | COINSTAR, INC. |
| A coin discriminating device which provides for positive transport of coins past a sensor is provided. In one embodiment, a rotating disk (216), slightly inclined to the vertical, includes a plurality of pockets (224a-2241) for receiving coins from a hopper bowl (212). The disk and bowl are configured to efficiently load the pockets with no more than one coin per pocket. As the disk rotates, the coins, which are thus registered in a desired location in the pockets, are transported by the rotating disk past a sensor (312). When, based on the sensor data, the item in a pocket is recognized as an acceptable coin, a controllable ramp (322) is lowered to divert the coin out of the pocket and into a path to place the coin in an acceptance bin or bag. | ||||||
| 134 | MACHINE FOR ACCEPTING AND DISTRIBUTING COINS AND/OR TOKENS | PCT/IB2008/000073 | 2008-01-14 | WO2009104034A2 | 2009-08-27 | RIGO, Fabrizio |
A machine (10) for accepting and distributing coins (M1, M2) comprising a housing (11) adapted in turn to contain: - an acceptance apparatus (12) of coins of a type (M1) paid in by a user; - a store (HP) of coins of type (M2); - a dispensing device (BC) of coins (M1, M2); - a pick-up device (20) adapted to pick up the coins of type (M2) from the store (HP) and send them to the dispensing device (BC); and - an electronic control board (CC) of the functions performed by the apparatus (12) and by the devices (HP, BC, 20). In the machine (10), the pick-up device (20), after having picked the coins up from the store (HP), sends the coins of type (M2) to the same acceptance apparatus (12) of the coins of type (M1). |
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| 135 | Coin processor and automatic vending machine | JP36780699 | 1999-12-24 | JP2001184553A | 2001-07-06 | TAKEDA KAZUO |
| PROBLEM TO BE SOLVED: To provide a coin processor with which the number of coins of a prescribed denomination can be regulated and the relevant number can be set and to provide an automatic vending machine provided with the same. SOLUTION: The coin processor is equipped with an identification part for identifying inserted coins, a storage part for storing the denomination of the coins identified by the identification part and the number of coins corresponding to this denomination, a clerk operating part for setting the number of acceptable coins of the prescribed denomination and a judging part for judging whether the number of inserted coins of a denomination with the set number of coins to be accepted is equal to the set number of coins to be accepted or exceeds the set number of coins to be accepted. The automatic vending machine is provided with the same. This device may be equipped with a returning means for returning coins just for the number exceeding the set number of coins to be accepted when the number of inserted coins of the denomination with the set number of coins to be accepted exceeds the set number of coins to be accepted. COPYRIGHT: (C)2001,JPO | ||||||
| 136 | 주화인식장치 | KR2019960030601 | 1996-09-23 | KR2019980017229U | 1998-07-06 | 김영재 |
| 본고안은주화(鑄貨)를투입하여작동되도록한 자동판매기나오락기등등(이하주화투입용기기라함)에설치되어, 설정된금액의주화를인식하여주화투입용기기를작동시킬수 있도록한 주화인식장치에관한것이다. 종래의주화인식장치는주화투입구내에설정된주화의지름과두께의일치하는크기의홈을만들어크기로서주화를인식토록한 것과설정된주화의무게로서주화를인식토록한 것이제안되었는바, 전자의경우에는홈의지름및 두께가설정된주화의지름및 두께와같거나약간큰 정도로형성되므로서약간만변형된주화가투입되더라도작동이불가능하게되므로서기기의고장원인이되었음은물론, 홈의크기와일치되는물체를투입하더라도이를설정된금액으로인식하게되므로서주화의크기와일치되는다양한유형(예로서, 플라스틱원판, 엽전, 환전이불가능한외국주화등등)의물체를투입하여주화투입용기기를조작하게되는부정사용의경우가빈번히발생되었으며, 후자의경우역시설정된주화의무게와일치되기만하면기기가작동되도록구성되므로서부정사용의경우가빈번히발생되는문제점이있었던것이다. 본고안은설정된금액의주화를확실히인식할수 있도록함과동시에어느정도변형된주화까지도수용이가능토록하여주화투입용기기의부정사용및 고장발생을방지할수 있도록한 것이다. | ||||||
| 137 | Coin processor | JP26381993 | 1993-10-21 | JPH07121746A | 1995-05-12 | ISHIDA TAKESHI; KOYAMA KENJI |
| PURPOSE: To provide the coin processor which can shorten the time required to discharge coins as much as possible. CONSTITUTION: A coin mech control part 70, when receiving a coin discharge setting command from a main control part 10, decides whether or not there are coins in an acceptor; when there is no coin in the acceptor, coins corresponding to the amount of discharged coins calculated by the main control part 10 are discharged immediately and when there are coins in the acceptor, on the other hand, the coins corresponding to the amount of discharged coins calculated by the main control part 10 are paid after the coins in the acceptor pass through the acceptor part. COPYRIGHT: (C)1995,JPO | ||||||
| 138 | Coin processor | JP9228094 | 1994-04-28 | JPH07134787A | 1995-05-23 | MATSUDA EIJI; KABASAWA SHIGEO; MANNEN HIROAKI |
| PURPOSE: To provide the coin processor capable of displaying the remaining amount to the maximum storage when a supplement mode of the coin to a coin pipe is directed. CONSTITUTION: The coin processor which is incorporated in an automatic vending machine and accepts the coin inserted to the automatic vending machine and discharge coins is provided with a coin pipe 21 storing the coin to be discharged and automatically supplying the inserted coins, safe to which the coins not to be discharged are stored, distributor leading the coins to the coin pipe 21 or to the safe, counter adding the number of coins to be inserted to the pipe 21 and subtracting the number of coins to be discharged from the pipe 21 and detecting the storage number, coin storate device storing the maximum storage number of the coin pipe 21 to be set, mode switch 16 directing the supplement mode of the coin in the coin pipe 21, and coin supplement controller calculating the difference between the maximum storage number in the supplement mode and the storage number of the coin pipe 21 and displaying it on the display device 9. COPYRIGHT: (C)1995,JPO | ||||||
| 139 | COIN MECHANISM | US12676545 | 2008-08-29 | US20100210200A1 | 2010-08-19 | Malcolm Bell; Graham Jones; Nicholas Aspinall; Robert Blythin |
| A coin mechanism comprises a coin entry point (2) to receive coins (1), a coin exit point (19), a coin acceptor (5) having an inlet (7) for coins to be tested, a sensor and processing arrangement configured determine the acceptability of coins under test that enter the inlet, an coin accept path (10) for acceptable coins and a non-accept path (12) for non-acceptable coins. A first coin conveyor runs along first coin feed path (6) from a coin receiving portion that receives coins from coin entry path (3) to deliver coins in succession to the inlet (7) of the coin acceptor. A second coin conveyor runs along a second coin feed path (17) from a coin receiving portion that receives coins from the non-accept path of the acceptor to the coin, to deliver coins to the coin exit point. | ||||||
| 140 | COIN VALIDATION APPARATUS AND METHOD | EP96909234.0 | 1996-04-03 | EP0819286A1 | 1998-01-21 | ALI, Riaz |
| 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. | ||||||
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