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    • 1. 发明授权
    • Biometric authorization method and system
    • 生物特征授权方法和系统
    • US07415138B2
    • 2008-08-19
    • US10996690
    • 2004-11-24
    • John K. SchneiderJack C. KitchensMichael AmalfiLeonard PrattBryan Schutjer
    • John K. SchneiderJack C. KitchensMichael AmalfiLeonard PrattBryan Schutjer
    • G06K9/00G05B19/00H04Q9/00
    • G06F21/32G06Q20/3674
    • A method and a system of authorizing a transaction without using a man-made token is disclosed. In a method according to the invention, a biometric sample is registered, biometric information is provided, the biometric information is compared to the biometric sample, a determination is made as to whether the biometric information matches the biometric sample, and if a match is determined, then the transaction is authorized. A system according to the invention may have a biometric database having biometric samples stored therein, a biometric identification apparatus having a biometric information gatherer, and a biometric data processor having a microprocessor and software for instructing the microprocessor to (a) receive biometric information from the biometric identification apparatus, (b) compare the biometric information with at least some of the biometric samples, (c) determine whether the biometric information matches one of the biometric samples, (d) provide an indication as to whether the biometric information matches one of the biometric samples, and (e) if the indication is that the biometric information matches one of the biometric samples, then providing an authorization of a transaction without the authorizer presenting any personalized man-made token.
    • 公开了一种在不使用人造令牌的情况下授权交易的方法和系统。 在根据本发明的方法中,登记生物测定样本,提供生物特征信息,将生物特征信息与生物特征样本进行比较,确定生物特征信息是否匹配生物特征样本,并且如果确定匹配 ,则交易被授权。 根据本发明的系统可以具有其中存储有生物特征样本的生物特征数据库,具有生物测定信息采集器的生物特征识别装置和具有微处理器和软件的生物特征数据处理器,用于指示微处理器(a)从 生物识别装置,(b)将生物特征信息与至少一些生物特征样本进行比较,(c)确定生物特征信息是否匹配生物特征样本之一,(d)提供关于生物特征信息是否匹配 生物特征样本,以及(e)如果该指示是生物特征信息匹配生物特征样本之一,则提供交易的授权,而授权者不呈现任何个性化的人造令牌。
    • 2. 发明授权
    • Multimodal authorization method, system and device
    • 多模式授权方式,系统和设备
    • US07440929B2
    • 2008-10-21
    • US11420686
    • 2006-05-26
    • John K. SchneiderFred W. KieferLeonard PrattJames T. Baker
    • John K. SchneiderFred W. KieferLeonard PrattJames T. Baker
    • G07C9/00G06K9/00A61B5/00
    • G06K9/6277G06K9/00885G06Q20/3674
    • The invention includes methods, systems and devices for authenticating transactions. A method may begin by enrolling at least two biometric specimens to a database. A false acceptance ratio (“FAR”) is determined for each of the specimens, and authorization options are identified. A cost value is calculated for at least one of the options to provide a calculated cost value (“CCV”). The CCV may be a function of the FAR(s) of the specimen(s) corresponding to the option. An acceptable cost value range (“ACV range”) may be identified, and compared to the CCV. If it is determined that the CCV is in the ACV range, then the option is selected. If the CCV is in the ACV range, then a set of biometric samples is provided (the “sample set”). The sample set is compared to the biometric specimens, and it is determined whether the biometric samples match the biometric specimens. If the biometric samples match the biometric specimens, then the transaction is authorized.
    • 本发明包括用于认证交易的方法,系统和设备。 一种方法可以从数据库登记至少两个生物特征标本开始。 确定每个标本的错误接受率(“FAR”),并确定授权选项。 对于提供计算成本值(“CCV”)的至少一个选项计算成本值。 CCV可以是对应于选项的样本的FAR的函数。 可以识别可接受的成本值范围(“ACV范围”),并与CCV进行比较。 如果确定CCV处于ACV范围内,则选择该选项。 如果CCV处于ACV范围内,则提供一组生物特征样本(“样本集”)。 将样本集与生物特征标本进行比较,确定生物特征样本是否与生物特征标本匹配。 如果生物特征样本与生物特征标本匹配,则交易被授权。
    • 9. 发明申请
    • Biometric Assurance Device And Method
    • 生物识别保证装置及方法
    • US20090134219A1
    • 2009-05-28
    • US12254582
    • 2008-10-20
    • John K. SchneiderJames T. BakerFred W. Kiefer
    • John K. SchneiderJames T. BakerFred W. Kiefer
    • G06K5/00
    • G07C9/00158
    • The invention may be embodied as an identity assurance system or method. A system according to the invention may have a biometric sensor capable of providing static biometric indications, a strap capable of positioning the sensor on an organism, and a computer in communication with the sensor. The computer may have software running on the computer in order to (a) cause the computer to determine whether there is a match between a subsequent static biometric indication and an initial static biometric indication, and (b) cause the computer to send a signal indicating whether a match was determined in order to assure the identity of the organism.
    • 本发明可以体现为身份保证系统或方法。 根据本发明的系统可以具有能够提供静态生物测量指示的生物测定传感器,能够将传感器定位在生物体上的条带和与传感器通信的计算机。 计算机可以具有在计算机上运行的软件,以便(a)使计算机确定在后续静态生物特征指示和初始静态生物特征指示之间是否存在匹配,以及(b)使计算机发送指示 是否确定匹配以确保生物体的身份。
    • 10. 发明授权
    • Imaging device and method having a pivotable transducer
    • 成像装置和方法具有可枢转的换能器
    • US07400751B2
    • 2008-07-15
    • US10982614
    • 2004-11-05
    • John K. SchneiderJack C. KitchensStephen M. Gojevic
    • John K. SchneiderJack C. KitchensStephen M. Gojevic
    • G06K9/00
    • G06K9/00026G06K9/0002
    • A finger imaging system having a linear actuator, a pivot arm mounted to the linear actuator and an energy transducer mounted to the pivot arm is disclosed. The system may include an arcuate platen positioned to receive energy from the transducer. A finger may be placed on the platen, and the position of the transducer may be fixed at a first position relative to the length of the finger. The pivot arm may be moved in order to move the transducer along an arcuate path while maintaining the transducer at the first position relative to the length. As the transducer moves along the arcuate path, energy may be emitted from the transducer and reflected from the finger. The reflected energy may be detected and data corresponding to the amount of time between sending and receiving energy may be stored as data along with the linear and angular position of the transducer. After data is gathered about the finger at the first position, the transducer may be moved to a second position relative to the length of the finger, where the process of sweeping the transducer along an arcuate path and gathering data may occur again. The stored data can be used to create an image of the fingerprint.
    • 公开了一种具有线性致动器,安装到线性致动器的枢转臂和安装到枢转臂的能量换能器的手指成像系统。 该系统可以包括定位成从换能器接收能量的弧形压板。 手指可以放置在压板上,并且换能器的位置可以相对于手指的长度固定在第一位置。 枢转臂可以移动以便沿着弓形路径移动换能器,同时将换能器保持在相对于长度的第一位置。 当传感器沿着弧形路径移动时,能量可以从换能器发射并从手指反射。 可以检测反射的能量,并且与发送和接收能量之间的时间量相对应的数据可以作为数据与换能器的线性和角度位置一起存储。 在关于手指在第一位置收集数据之后,换能器可以相对于手指的长度移动到第二位置,其中沿着弧形路径扫描换能器并收集数据的过程可以再次发生。 存储的数据可用于创建指纹图像。