会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • IDENTIFICATION OF COINS, INCLUDING MAGNETIC CHARACTERISTICS
    • 识别硬币,包括磁性特征
    • WO2004072912A1
    • 2004-08-26
    • PCT/AU2004/000176
    • 2004-02-13
    • MICROSYSTEM CONTROLS PTY LTDPOGOSSOV, Alexandre
    • POGOSSOV, Alexandre
    • G07D5/08
    • G07D5/08
    • A coin identification circuit including a coil configuration defining a coin detection region, disposed in a first sub-circuit for supplying electrical current to the coil configuration. The circuit includes means to modify the electrical current being supplied to the coil configuration when a coin is in the detection region, whereby to trigger a first decay pulse characteristic of the coin in a second sub-circuit including the coil configuration. Means are included to at least partially integrate the first decay pulse, whereby to derive a further integral decay pulse of small amplitude range relative to the first decay pulse. The circuit also includes means to measure sufficient parameter values for the integral decay pulse to identify the coin. A method of identifying a coin or of discriminating between two or more coins is also described.
    • 一种硬币识别电路,其包括限定硬币检测区域的线圈结构,设置在用于向线圈构造提供电流的第一子电路中。 该电路包括当硬币处于检测区域时修改供给线圈结构的电流的装置,从而在包括线圈构造的第二子电路中触发硬币的第一衰减脉冲特性。 包括装置以至少部分地对第一衰减脉冲进行积分,从而相对于第一衰减脉冲导出小振幅范围的另外的积分衰减脉冲。 电路还包括测量积分衰减脉冲的足够参数值以识别硬币的装置。 还描述了识别硬币或识别两个或更多个硬币的方法。
    • 3. 发明申请
    • COIN VALIDATION
    • 硬币确认
    • WO0103076A8
    • 2001-06-14
    • PCT/AU0000804
    • 2000-07-03
    • MICROSYSTEM CONTROLS PTY LTDKOREKI NIKOLA
    • KOREKI NIKOLA
    • G07D5/00G06F17/16G06F17/18
    • G07D5/00
    • Coin validation can be advantageously improved by transforming measured data values associated with coin characteristics from a first geometric space to a second geometric space, in which the transformed values in the second geometric space are preferably better adapted for discrimination between different coin denominations than the corresponding values in the first geometric space. Preferably, principal component analysis is used to identify principal components that can be used as dimensions of the second geometric space, so that measured data values in the second geometric space are less correlated than in the first geometric space.
    • 可以通过将与硬币特性相关联的测量数据值从第一几何空间转换为第二几何空间来有利地提高硬币验证,其中第二几何空间中的变换值优选地更适合于在不同的硬币面额之间进行区分,而不是相应的值 在第一个几何空间。 优选地,主成分分析用于识别可用作第二几何空间的尺寸的主要成分,使得第二几何空间中的测量数据值与第一几何空间中的测量数据相关性较小。
    • 6. 发明专利
    • DE69127899D1
    • 1997-11-13
    • DE69127899
    • 1991-07-04
    • MICROSYSTEM CONTROLS PTY LTD
    • MALZARD NORMANWOLSTENCROFT PHILLIPSMITH PETER
    • G07D5/08G07D3/14G07D11/00G07F3/02G07F1/04
    • PCT No. PCT/AU91/00295 Sec. 371 Date Feb. 22, 1993 Sec. 102(e) Date Feb. 22, 1993 PCT Filed Jul. 4, 1991 PCT Pub. No. WO92/01270 PCT Pub. Date Jan. 23, 1992.A coin validator (10) has a coin path (26) which passes between one set of detect coils (40, 42). The set of coils (40, 42) is connected in a detect circuit, and the coils (40, 42) are adapted to be energized with a single pulse. The decay curve (70) of the voltage in the coils (40, 42) is processed to produce a set of three numbers of clock counts defining each coin, which are stored in a microprocessor. Preprogramming of the validator (10) involves generating sets of numbers for representatives of a coin type to create three ranges of numbers, within which respective range a subsequent coin's set of numbers must fall in order for it to be defined as an example of the coin type. The coin path (26) is arranged at an angle to the vertical, and the base (32) is arranged at an angle to the horizontal such that the angle between one wall (36) and the base (32) is between 90 DEG and 180 DEG , causing coins passing along the coin path (26) to orient themselves such that each of them has point contact on the base (32) and on one wall (36), thereby occupying a generally similar position with respect to the coils (40, 42).
    • 10. 发明公开
    • EP0537251A4 -
    • EP0537251A4 - Google专利
    • EP0537251A4
    • 1995-04-19
    • EP91912611
    • 1991-07-04
    • MICROSYSTEM CONTROLS PTY LTD
    • MALZARD NORMAN RAYMONDWOLSTENCROFT PHILLIP ANDREWSMITH PETER RONALD
    • G07D5/08G07D3/14G07D11/00G07F3/02G07F1/04
    • G07D3/14G07D5/005G07D5/02G07D5/08
    • A coin validator (10) has a coin path (26) which passes between one set of detect coils (40, 42). The set of coils (40, 42) is connected in a detect circuit, and the coils (40, 42) are adapted to be energised with a single pulse. The decay curve (70) of the voltage in the coils (40, 42) is processed to produce a set of three numbers of clock counts defining each coin, which are stored in a microprocessor. Pre-programming of the validator (10) involves generating sets of numbers for representatives of a coin type to create three ranges of numbers, within which respective range subsequent coin's set of numbers must fall in order for it to be defined as an example of the coin type. The coin path (26) is arranged at an angle to the vertical, and the base (32) is arranged at an angle to the horizontal such that the angle between one wall (36) and the base (32) is between 90° and 180°, causing coins passing along the coin path (26) to orient themselves such that each of them has point contact on the base (32) and on the one wall (36), thereby occupying a generally similar position with respect to the coils (40, 42).
    • 硬币验证器(10)具有在一组检测线圈(40,42)之间通过的硬币路径(26)。 该组线圈(40,42)连接在检测电路中,并且线圈(40,42)适于用单个脉冲通电。 对线圈(40,42)中电压的衰减曲线(70)进行处理以产生定义每个硬币的一组三个时钟计数,这些计数存储在微处理器中。 验证器(10)的预编程涉及为硬币类型的代表生成数字集合以创建三个数字范围,在该范围内,随后硬币的各个数字集合必须落入以便将其定义为 硬币类型。 硬币通道(26)与竖直方向成一定角度布置,并且底座(32)与水平面成一定角度布置,使得一个壁(36)和底座(32)之间的角度在90°和 180°,使得沿着硬币通道(26)通过的硬币定向成使得它们中的每一个在基部(32)和一个壁(36)上具有点接触,由此占据相对于线圈 (40,42)。