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    • 11. 发明公开
    • Apparatus and method for separating and rejecting coins
    • Apparat und Verfahren zum Trennen und Ausscheiden vonMünzen。
    • EP0439175A1
    • 1991-07-31
    • EP91100913.2
    • 1991-01-24
    • IMONEX SERVICES, INC.
    • Bruner, Philemon L.Bugge, David Carlton
    • G07F3/02G07F3/04G07D3/02
    • G07D5/08G07D3/123G07D5/02
    • A coin separator/rejector system includes a plurality of coin races which are disposed in a compact coin receiver body. The races have at least one protrusion along their length so as to deflect downwardly traveling coins and force these coins to alter both their attitude and direction of travel to encounter apertures formed in the receiver body between successive coin races. Coins of a selected diameter travel downwardly along any given coin race for ultimate deposit or credit. Coins of less than the selected diameter are directed into an alternative direction and path of travel along an alternate or secondary race where they are either credited or rejected.
    • 硬币分配器/排料系统包括设置在紧凑型硬币接收器主体中的多个硬币圈。 种族具有沿其长度的至少一个突起,以便向下偏转向下行进的硬币,并且迫使这些硬币改变他们的姿态和行进方向,以遇到在连续的硬币比赛中形成在接收器主体中的孔。 所选直径的硬币沿着任何给定的硬币比赛向下行进,以获得最终的存款或信用。 小于所选直径的硬币被引导到替代的方向和沿着交替或次要赛跑的行进路线,其中它们被记入或被拒绝。
    • 12. 发明公开
    • COIN DISCRIMINATION
    • 硬币歧义
    • EP0061302A3
    • 1983-04-27
    • EP82301386
    • 1982-03-18
    • ICC MACHINES LIMITED
    • OVERFIELD, DAVID THOMAS
    • G07D3/00G07D3/06G07D3/12G07D5/00G07D5/02
    • G07D3/128G07D3/06G07D3/123G07D5/02
    • Discrimination between two coin-denomination (Xp, Yp) of equal diameter but different thicknesses, is made in a coin-sorter by sweeping the coins round an annular plate (10) in abutment with the inner edge (13) of an upstanding rim (11) which in the region of a sizing aperture (143) for receiving the thinner denomination (Xp) is undercut to admit coins of that denomination, but not of the other, thicker denomination (Yp), into abutment with an outer auxiliary edge (17) such that only coins of the thinner denomination (Xp) will be accepted within the diametral threshold set for that aperture (143) from the auxiliary edge (17). The thicker coins (Yp), because they abut the undercut edge (13), lie outside this threshold but are accepted within the same threshold set from that edge (13) at the next aperture (144). In another sorter coins are tipped from an inclined and slotted shoulder (30) by deflectors (35 to 37) depending upon diametral thresholds set from the top (38) of the shoulder (30) or the bottom (40) of the slot (39) according to coin thickness, whereas in other apparatus discrimination is made photoelectroni­ cally in response to coins which run along different rails (60, 61) according to their thicknesses (or other characteristics).
    • 在硬币分选机上通过将硬币绕在与直立边缘的内边缘(13)邻接的环形板(10)上来形成两个等直径但不同厚度的硬币面额(Xp,Yp)之间的歧视 11),其在用于接收较薄面额(Xp)的上胶孔(143)的区域中被切削以允许该面额的硬币,而不是另一个较厚面额(Yp)的硬币与外辅助边缘 17),使得只有在从辅助边缘(17)为该孔径(143)设定的径向阈值内才接受更薄面额(Xp)的硬币。 较厚的硬币(Yp),因为它们抵靠底切边缘(13)位于该阈值之外,但是在与下一个孔径(144)处的该边缘(13)设定的相同阈值内被接受。 在另一个分拣机中,根据从肩部(30)的顶部(38)或槽(39)的底部(40)设定的直径阈值,通过偏转器(35至37)从倾斜和开槽的肩部(30)倾斜硬币。 ),而在其他装置中,响应于根据其厚度(或其他特性)沿不同轨道(60,61)运行的硬币,光电子地鉴别。
    • 14. 发明授权
    • COIN SORTERS
    • 硬币识别装置
    • EP0667973B1
    • 1997-01-08
    • EP93924698.9
    • 1993-11-04
    • MCL-BOWEN LIMITED
    • STEELE, Leonard Marmaduke
    • G07D3/14G07D3/00
    • G07D3/123G07D5/02G07D5/08
    • There are many occasions when it is required to sort a mixed lot of coins into their several denominations and when such a sort is carried out it is important that provision be made for distinguishing not only real coins of the required type one from another but also for differentiating both between these real coins and forgeries. The actual sorting - the physical separation of each denomination from the others - can be accomplished in a variety of ways, and two of the most common involve one or other of what are known as disc sorters and ramp sorters; unfortunately, for either a disc or ramp sorter not merely to sort but also to distinguish between proper and improper coins the equipment is inevitably extremely bulky. The present invention seeks to overcome this size and weight problem, and indeed to provide a technically rather more effective apparatus, by proposing a sorter which combines the facilities of both a disc and a ramp sorter. More specifically, the invention suggests a coin sorter (10) having both a disc (11) and a ramp (12), the disc being to gather the coins (14) from an associated feed hopper (15) and to deliver them to the ramp (12) via one or more detector station (16, 17) at which one or more of the coin's physical parameters is measured to determine whether the coin is proper or improper (and, if proper, very preferably what denomination it is), and the ramp (12) being in effect simply to separate the coins (14) into their various size-defined denominations and feed them to the appropriate delivery chutes (17).
    • 15. 发明公开
    • Nach Münzeinwurf benutzbarer Spielautomat mit einer Spielfläche mit Öffnungen
    • NachMünzeinwurfbenutzbarer Spielautomat mit einerSpielflächemitÖffnungen。
    • EP0330711A1
    • 1989-09-06
    • EP88103104.1
    • 1988-03-02
    • Pennekamp, Georg
    • Pennekamp, Georg
    • G07F17/38G07F3/00
    • G07F17/38G07D3/123G07D3/126G07D5/00
    • Ein Spielautomat der genannten Art ist z. B. für Poolbillard bekannt. Ein Poolbillard-Spielautomat benötigt sehr viel Raum, was insbesondere bei kleine­ren Gastronomiebetrieben zu Problemen führt. Es soll daher ein Spielautomat geschaffen werden, der bei gleicher Attraktivität wesentlich weniger Raum beansprucht.
      Der neue Spielautomat ist dadurch gekennzeichnet, daß die Spielfläche ein Spielbrett (10) ist, daß die Spielsteine (21, 22, 31 bis 34, 41, 42) je nach ihrer Funktion im Spiel hinsichtlich ihrer Höhe und/oder ihres Durchmessers und/oder ihres Gewichtes und/oder ihrer magnetischen und/oder ihrer elektrischen Eigen­schaften unterschiedlich ausgeführt sind und daß unterhalb des Spielbrettes (10) eine die versenkten Spielsteine (21, 22, 31 bis 34, 41, 42) nach ihrer Funktion im Spiel sortierende, auf Unterschiede der Spielsteine (21, 22, 31 bis 34, 41, 42) in der Höhe und/oder im Durchmesser und/oder im Gewicht und/oder in den magnetischen Eigenschaften und/oder in der elektrischen Leitfähigkeit ansprechende Sortiervor­richtung (2, 20, 30, 40) mit getrennten Ausgängen für die sortierten Spielsteine angeordnet ist und daß an die Ausgänge der Sortiervorrichtung (2, 20, 30, 40) zwei Spielsteinmagazine (14, 15) anschließen, in welchen sich die Spielsteine (21, 22, 31 bis 34, 41, 42) nach der Sortierung abhängig von ihren Eigen­schaften sammeln, wobei das eine Magazin (15) für die in das Spiel zurückgelangenden Steine von außen frei zugänglich ist und das andere Magazin (14) für die ausscheidenden Steine an sich verschlossen und erst nach Öffnen einer Sperre (13) durch Münz- oder Wert­markeneinwurf zugänglich ist.
      Der Spielautomat eignet sich insbesondere für gastro­nomische Betriebe und Spielhallen.
    • 上述类型的娱乐机器是已知的,例如玩游泳池。 自动游泳池玩家需要大量的空间,这会导致问题,特别是在较小的餐饮场所。 因此,具有相同程度的吸引力的娱乐机器将占用较少的空间。 新型游戏机的特征在于,游戏面是游戏板(10),其中根据游戏功能,玩球(21,22,31〜34,41,42)的设计方式不同, 它们的高度和/或直径和/或重量和/或磁性和/或电性质的术语,并且布置在游戏板(10)下方的是分类装置(2,20,30,40),其分类掉落的 根据游戏的功能,玩球(21,22,31〜34,41,42),根据高尔夫球的高度和/或高度来响应玩球(21,22,31〜34,41,42)的差异 直径和/或重量和/或磁特性和/或导电性,并且其具有用于分选的播放球的单独的出口,并且分拣装置(2,20,30,40)的出口之后是两个播放 - 球类(14,15),其中分类后的玩球(21,22,31〜34,41,42)根据其特性收集一个杂志(1 5),用于重新接合游戏的球可以从外部自由地接近,而另一个用于被淘汰的球的杂志(14)本身是封闭的,并且只有在插入一个屏障(13)已经打开屏障 硬币或令牌。 游乐机特别适用于餐饮场所和娱乐场所。
    • 17. 发明公开
    • Coin sorting device
    • 硬币分拣装置
    • EP1343122A3
    • 2003-11-26
    • EP03002814.6
    • 2003-02-07
    • Martini, Silla
    • Martini, Silla
    • G07D3/12G07D1/08
    • G07D3/123G07D3/16
    • Device to separate coins (14), for example the eight euro coins, tokens or other disk-shaped elements and having different diameters, comprising a fixed structure (11) provided with a hopper (15) to introduce the coins (14) to be separated, and collecting tubes (18) able to collect the coins (14) separated according to their individual diameter. A guide track (30) is arranged inclined with respect to a horizontal plane and a guide wall (31) is arranged inclined backwards with respect to the vertical plane in order to guide in their descent the coins (14) to be separated. Wedge-shaped elements (16) and diversion elements (32) are associated with the guide wall (31) and the track (30) in order to selectively divert and discharge the coins (14) into the collecting tubes (18) below.
    • 用于分离硬币(14)的设备,例如八欧元硬币,代币或其它盘形元件并且具有不同直径,包括设有漏斗(15)以将硬币(14)引入的固定结构(11) 分离,并且能够收集根据它们各自直径分离的硬币(14)的收集管(18)。 导轨(30)相对于水平面倾斜布置,并且引导壁(31)相对于竖直平面向后倾斜布置,以便引导待分离的硬币(14)下降。 楔形元件(16)和转向元件(32)与导向壁(31)和轨道(30)相关联,以便选择性地将硬币(14)转向并排出到下面的收集管(18)中。
    • 19. 发明授权
    • Coin discrimination apparatus and method
    • 硬币识别装置及方法
    • US06766892B2
    • 2004-07-27
    • US10336617
    • 2003-01-02
    • Douglas Alan MartinMark Louis WaechterRodrigo BerhoJohn Partlow
    • Douglas Alan MartinMark Louis WaechterRodrigo BerhoJohn Partlow
    • G07D508
    • G07F5/24G07D3/06G07D3/123G07D3/14G07D3/16G07D5/00G07D5/02G07D5/08G07D9/008Y10S193/01
    • A coin discrimination apparatus and method is provided. Coins, preferably after cleaning, e.g. using a trommel, are singulated by a coin pickup assembly configured to reduce jamming. A coin rail assists in providing separation between coins as they travel past a sensor. The sensor provides an oscillating electromagnetic field generated on a single sensing core. The oscillating electromagnetic field is composed of one or more frequency components. The electromagnetic field interacts with a coin, and these interactions are monitored and used to classify the coin according to its physical properties. All frequency components of the magnetic field are phase-locked to a common reference frequency. The phase relationships between the various frequencies are fixed, and the interaction of each frequency component with the coin can be accurately determined without the need for complicated electrical filters. In one embodiment, a sensor having a core, preferably ferrite, which is curved, such as in a U-shape or in the shape of a section of a torus, and defining a gap, is provided with a wire winding for excitation and/or detection. The sensor can be used for simultaneously obtaining data relating to two or more parameters of a coin or other object, such as size and conductivity of the object. Two or more frequencies can be used to sense core and/or cladding properties. Objects recognized as acceptable coins, using the sensor data, are diverted by a controllable deflecting door, to tubes for delivery to acceptable coin bins.
    • 提供了一种硬币识别装置和方法。 硬币,优选清洁后,例如。 使用转筛,被配置成减少卡纸的硬币拾取组件分开。 硬币轨道有助于在硬币经过传感器时提供分离。 传感器提供在单个感测芯上产生的振荡电磁场。 振荡电磁场由一个或多个频率分量组成。 电磁场与硬币相互作用,这些相互作用被监测并用于根据其物理特性对硬币进行分类。 磁场的所有频率分量都锁相到公共参考频率。 各种频率之间的相位关系是固定的,并且可以精确地确定每个频率分量与硬币的相互作用,而不需要复杂的电过滤器。 在一个实施例中,具有弯曲的诸如U形或环形截面形状并且限定间隙的铁心的传感器优选为铁氧体,其具有用于激发和/ 或检测。 传感器可以用于同时获得与硬币或其他物体的两个或多个参数相关的数据,例如物体的尺寸和电导率。 可以使用两个或更多个频率来感测芯和/或包层属性。 使用传感器数据识别为可接受的硬币的物体被可控制的偏转门转移到用于传送到可接受的硬币箱的管道上。
    • 20. 发明申请
    • Coin discrimination apparatus and method
    • US20030150688A1
    • 2003-08-14
    • US10336617
    • 2003-01-02
    • Douglas Alan MartinMark Louis WaechterRodrigo BerhoJohn Partlow
    • G07D005/08
    • G07F5/24G07D3/06G07D3/123G07D3/14G07D3/16G07D5/00G07D5/02G07D5/08G07D9/008Y10S193/01
    • A coin discrimination apparatus and method is provided. Coins, preferably after cleaning, e.g. using a trommel, are singulated by a coin pickup assembly configured to reduce jamming. A coin rail assists in providing separation between coins as they travel past a sensor. The sensor provides an oscillating electromagnetic field generated on a single sensing core. The oscillating electromagnetic field is composed of one or more frequency components. The electromagnetic field interacts with a coin, and these interactions are monitored and used to classify the coin according to its physical properties. All frequency components of the magnetic field are phase-locked to a common reference frequency. The phase relationships between the various frequencies are fixed, and the interaction of each frequency component with the coin can be accurately determined without the need for complicated electrical filters. In one embodiment, a sensor having a core, preferably ferrite, which is curved, such as in a U-shape or in the shape of a section of a torus, and defining a gap, is provided with a wire winding for excitation and/or detection. The sensor can be used for simultaneously obtaining data relating to two or more parameters of a coin or other object, such as size and conductivity of the object. Two or more frequencies can be used to sense core and/or cladding properties. Objects recognized as acceptable coins, using the sensor data, are diverted by a controllable deflecting door, to tubes for delivery to acceptable coin bins.