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    • 4. 发明申请
    • BIOMETRIC AUTHENTICATION SYSTEM AND METHOD THEREFOR
    • 生物识别系统及其方法
    • US20120005736A1
    • 2012-01-05
    • US13060420
    • 2009-09-04
    • Kenta TakahashiShinji Hirata
    • Kenta TakahashiShinji Hirata
    • G06F21/20G06F15/16H04L9/32
    • G06Q20/40145G06F21/32G06F2221/2115G06Q20/40G07C9/00158G07C9/00166G07C2209/12G07F7/1008H04L9/0863H04L9/3231
    • In the client, a feature quantity extraction unit extracts a feature quantity from biometric information of a user. A feature quantity conversion unit converts the feature quantity by a one-time parameter. In the first server, a parameter DB stores a parameter in association with the ID. A data generation unit generates data based on the parameter corresponding to the ID transmitted from the client. In the second server, a template DB stores a template to which the feature quantity of the biometric information of the user is converted by the parameter, in association with the ID. A template conversion unit generates a one-time template by converting the template corresponding to the ID transmitted from the first server. Then, a match determination unit compares the converted feature quantity transmitted from the client or the data transmitted from the first server with the one-time template to determine whether they match or not.
    • 在客户端中,特征量提取单元从用户的生物体信息中提取特征量。 特征量转换单元将特征量转换为一次参数。 在第一个服务器中,参数DB存储与ID相关联的参数。 数据生成单元基于从客户端发送的ID的参数生成数据。 在第二服务器中,模板DB存储与ID相关联的用户的生物特征信息的特征量通过参数转换到的模板。 模板转换单元通过转换与从第一服务器发送的ID相对应的模板来生成一次性模板。 然后,匹配确定单元将从客户端发送的转换的特征量或从第一服务器发送的数据与一次性模板进行比较,以确定它们是否匹配。
    • 5. 发明申请
    • METHOD, SYSTEM AND PROGRAM FOR AUTHENTICATING A USER BY BIOMETRIC INFORMATION
    • 用于通过生物信息验证用户的方法,系统和程序
    • US20110200234A1
    • 2011-08-18
    • US13090577
    • 2011-04-20
    • Kenta TAKAHASHIShinji HirataHideitsu HinoMasahiro Mimura
    • Kenta TAKAHASHIShinji HirataHideitsu HinoMasahiro Mimura
    • G06K9/00
    • G06K9/00885G06F21/32G06F2221/2107G06K2009/00953G07C9/00158G07C2209/12H04K1/00H04L9/3231H04L2209/805
    • A computer readable medium embodying a program to be executed by a terminal device used for a biometric authentication, the program including: an image generation code generating an enrolled image and a verification image from biometric information of a user collected at a sensor coupled to the terminal device; a filter generation code generating a random filter for scrambling the enrolled image and an inverse filter of the random filter; a transformation code transforming the enrolled image to a registration template by applying the random filter to the enrolled image and transforming the verification image to a filtered verification image by applying the inverse filter to the verification image; communication code transmitting the registration template and the filtered verification image to a biometric server thereby the biometric server performs biometric authentication of the user based on the cross-correlation between the registration template and the filtered verification image.
    • 一种体现由用于生物认证的终端设备执行的程序的计算机可读介质,所述程序包括:生成注册图像的图像生成代码和来自耦合到所述终端的传感器收集的用户的生物特征信息的验证图像 设备; 生成随机滤波器的滤波器生成代码,用于对登记的图像进行加扰和随机滤波器的反相滤波器; 转换代码,通过将随机过滤器应用于登记图像,并通过对验证图像应用逆滤波器将验证图像变换为滤波后的验证图像,将注册的图像变换为注册模板; 通信代码将注册模板和过滤的验证图像发送到生物测定服务器,从而生物测定服务器基于注册模板和经滤波的验证图像之间的互相关来执行用户的生物体认证。
    • 6. 发明授权
    • Thermal head
    • 热头
    • US5781220A
    • 1998-07-14
    • US752554
    • 1996-11-20
    • Atsuo NishizonoHideo NoguchiKeijiro MinamiShinji HirataHitoshi TakaoKoji KatoTetsuji HyodoKazuyuki Itaki
    • Atsuo NishizonoHideo NoguchiKeijiro MinamiShinji HirataHitoshi TakaoKoji KatoTetsuji HyodoKazuyuki Itaki
    • B41J2/345
    • B41J2/345
    • The invention relates to a thermal head which comprises: a plurality of heating elements arranged at regular intervals on the top surface of an electrically insulating substrate; a common electrode connected to one ends of the respective heating elements; a plurality of discrete lead wires connected to the other ends of the respective heating elements and led out in directions at predetermined angles with respect to the direction of arrangement of the heating elements; and driving IC including a plurality of connecting pads arranged nearly parallel with the direction of arrangement of the heating elements and with intervals smaller than the intervals of arrangement of the heating elements, the connecting pads connected to lead-out sections of the discrete lead wires, wherein the connecting pads of the driving IC are arranged with intervals between the neighboring connecting pads which vary depending on the sine values of angles between the direction of arrangement of the heating elements and the lead-out directions of the respective discrete lead wires.
    • 本发明涉及一种热敏头,其特征在于,包括:在电绝缘基板的上表面上以规则间隔布置的多个加热元件; 连接到各个加热元件的一端的公共电极; 多个分立引线,其连接到各个加热元件的另一端并相对于加热元件的布置方向以预定角度被引导出; 以及驱动IC,其包括多个连接焊盘,所述多个连接焊盘与所述加热元件的布置方向几乎平行,并且间隔小于所述加热元件的布置间隔,所述连接焊盘连接到所述分立引线的引出部分, 其中驱动IC的连接焊盘以相邻的连接焊盘之间的间隔布置,这些间隔根据加热元件的布置方向和相应的分立引线的引出方向之间的角度的正弦值而变化。
    • 7. 发明授权
    • Electronic flash unit
    • 电子闪光灯组件
    • US5107292A
    • 1992-04-21
    • US675962
    • 1991-03-27
    • Kazuo TanakaShinji Hirata
    • Kazuo TanakaShinji Hirata
    • H05B41/32
    • H05B41/32
    • In an electronic flash unit, a voltage applying device is provided to apply a predetermined voltage to the gate of an insulated gate bipolar transistor (IGBT), connected in series with a flash tube, for controlling the light-emission operation of the flash tube. The voltage applying device produces the predetermined voltage in response to the start of the operation of a DC high voltage power source. Thus, the voltage applying device applies a driving voltage to the gate of the IGBT without responding to a light-emission command signal. The IGBT enters a conduction standby state in response to the start of the operation of the DC high voltage power source, and is placed in a fully `on` state when a trigger circuit is operated by the light-emission command signal. The driving voltage can be applied to the gate in a very simple arrangement which does not require to respond to the trigger signal.
    • 在电子闪光单元中,提供电压施加装置以将预定电压施加到与闪光管串联连接的绝缘栅双极晶体管(IGBT)的栅极,以控制闪光管的发光操作。 电压施加装置响应于DC高压电源的操作开始而产生预定电压。 因此,电压施加装置在不响应发光指令信号的情况下向IGBT的栅极施加驱动电压。 IGBT响应于直流高压电源的操作开始而进入导通待机状态,并且当触发电路由发光指令信号操作时,其处于完全“接通”状态。 可以以非常简单的布置将驱动电压施加到栅极,这不需要响应于触发信号。
    • 8. 发明授权
    • Method, system and program for authenticating a user by biometric information
    • 用于通过生物特征信息认证用户的方法,系统和程序
    • US08204279B2
    • 2012-06-19
    • US13090577
    • 2011-04-20
    • Kenta TakahashiShinji HirataHideitsu HinoMasahiro Mimura
    • Kenta TakahashiShinji HirataHideitsu HinoMasahiro Mimura
    • G06K9/00
    • G06K9/00885G06F21/32G06F2221/2107G06K2009/00953G07C9/00158G07C2209/12H04K1/00H04L9/3231H04L2209/805
    • A computer readable medium embodying a program to be executed by a terminal device used for a biometric authentication, the program including: an image generation code generating an enrolled image and a verification image from biometric information of a user collected at a sensor coupled to the terminal device; a filter generation code generating a random filter for scrambling the enrolled image and an inverse filter of the random filter; a transformation code transforming the enrolled image to a registration template by applying the random filter to the enrolled image and transforming the verification image to a filtered verification image by applying the inverse filter to the verification image; communication code transmitting the registration template and the filtered verification image to a biometric server thereby the biometric server performs biometric authentication of the user based on the cross-correlation between the registration template and the filtered verification image.
    • 一种体现由用于生物认证的终端设备执行的程序的计算机可读介质,所述程序包括:生成注册图像的图像生成代码和来自耦合到所述终端的传感器收集的用户的生物特征信息的验证图像 设备; 生成随机滤波器的滤波器生成代码,用于对登记的图像进行加扰和随机滤波器的反相滤波器; 转换代码,通过将随机过滤器应用于登记图像,并通过对验证图像应用逆滤波器将验证图像变换为滤波后的验证图像,将注册的图像变换为注册模板; 通信代码将注册模板和过滤的验证图像发送到生物测定服务器,从而生物测定服务器基于注册模板和经滤波的验证图像之间的互相关来执行用户的生物体认证。
    • 9. 发明授权
    • Printing apparatus and method of switching filled states
    • 打印装置和切换填充状态的方法
    • US08177314B2
    • 2012-05-15
    • US12794282
    • 2010-06-04
    • Hidenori UsudaKoji HaradaYoshiaki ShimizuToshio KumagaiShinji Hirata
    • Hidenori UsudaKoji HaradaYoshiaki ShimizuToshio KumagaiShinji Hirata
    • B41J2/195
    • B41J2/2114
    • A printing apparatus includes a head which discharges color inks and into which clear ink that prevents the head from being clogged and white ink are selectively filled. A selection portion communicates either of a white or a clear ink container with the head. A controller executes a first switching from a second filled state where the head is filled with clear ink to a first filled state where the head is filled with white ink by shifting from a state where the clear ink container is communicated with the head to a state where the white ink container is communicated with the head. A second switching is executed from the first filled state to the second filled state by shifting from a state where the white ink container is communicated with the head to a state where the clear ink container is communicated with the head.
    • 一种打印装置,包括:排出彩色墨水的头部,并且清洁墨水防止头部被堵塞,并且白色墨水被选择性地填充。 选择部分将白色或透明墨水容器中的任一个与头部通信。 控制器执行从第二填充状态的第一切换,其中头部被清除墨水填充到第一填充状态,在该第一填充状态下,通过从清洁墨水容器与头部连通的状态转移到头部而将白色墨水填充到白色墨水 其中白色墨水容器与头部连通。 通过从白色墨水容器与头部连通的状态转移到透明墨水容器与头部连通的状态,从第一填充状态到第二填充状态执行第二切换。
    • 10. 发明申请
    • BIOMETRIC AUTHENTICATION METHOD AND SYSTEM
    • 生物识别方法与系统
    • US20110185176A1
    • 2011-07-28
    • US13057468
    • 2009-08-21
    • Kenta TakahashiShinji HirataYoshiaki Isobe
    • Kenta TakahashiShinji HirataYoshiaki Isobe
    • H04L9/32
    • H04L63/0861G06F21/32G06F21/83G06F2221/2153G06K2009/00953G07C9/00158G07C9/00166G07C2209/12H04L9/3231H04L2209/043
    • At a registration time, a feature data array for registration is generated from biometric information acquired by a client, and a position correction template and a comparison template obtained by converting the feature data array for registration are registered in a server.At an authentication time, a feature data array for authentication is generated from biometric information acquired by the client, and converted feature data for position correction obtained by converting the feature data array for authentication is transmitted to the server. The server detects a position correction amount of the feature data array for authentication relative to the feature data array for registration using the position correction template and the converted feature data for position correction, and transmits the position correction amount to the client. The client corrects the feature data array for authentication using the position correction amount and transmits the converted feature data array for comparison to the server. The server calculates a distance between the comparison template and the converted feature data array for comparison and determines success or failure of the authentication on the basis of the distance.
    • 在注册时,由客户机获取的生物特征信息生成用于注册的特征数据阵列,并且通过转换用于注册的特征数据阵列获得的位置校正模板和比较模板被登记在服务器中。 在认证时刻,由客户端获取的生物特征信息生成用于认证的特征数据阵列,并且将用于认证的特征数据阵列转换获得的用于位置校正的转换特征数据发送到服务器。 服务器使用位置校正模板和转换后的位置校正特征数据检测相对于用于登记的特征数据阵列进行认证的特征数据阵列的位置校正量,并将位置校正量发送给客户端。 客户端使用位置校正量来校正特征数据阵列进行认证,并将转换的特征数据数组发送到服务器进行比较。 服务器计算比较模板和转换的特征数据阵列之间的距离进行比较,并根据距离确定认证的成功或失败。