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    • 1. 发明申请
    • DEVICE FOR READING DATA FROM A TRANSPONDER MODULE
    • 用于从TRANSPONDER MODULE读取数据的设备
    • US20100148936A1
    • 2010-06-17
    • US12635132
    • 2009-12-10
    • Marcel PlüssPeter PlüssAlex Wyss
    • Marcel PlüssPeter PlüssAlex Wyss
    • H04Q5/22
    • G06K7/10861Y10T70/7062
    • A reader device in accordance with an embodiment of the present disclosure includes an antenna connected electrically to a processing unit through an antenna connection element. The processing unit controls are configured to read data from a transponder module via an electromagnetic field. The reader device includes a user interface unit which is connected to the processing unit through the connection element and includes a data output part and/or a data input part. The data output part receives via the connection element reader data from the processing unit and outputs this data. The data input part receives via a data entry element user data and transmits this data via the connection element to the processing unit. Thus, user authentication data can be entered by the user and transmitted to the processing unit without the need for additional wiring between the user interface and the processing unit.
    • 根据本公开的实施例的读取器装置包括通过天线连接元件电连接到处理单元的天线。 处理单元控制被配置为经由电磁场从应答器模块读取数据。 读取器装置包括通过连接元件连接到处理单元并包括数据输出部分和/或数据输入部分的用户接口单元。 数据输出部分经由连接元件读取器从处理单元接收数据并输出该数据。 数据输入部通过数据输入单元接收用户数据,经由连接单元将该数据发送给处理单元。 因此,用户认证数据可以由用户输入并被发送到处理单元,而不需要用户界面和处理单元之间的附加布线。
    • 2. 发明申请
    • Method for writing data and applications into identification media
    • 将数据和应用程序写入识别介质的方法
    • US20070112770A1
    • 2007-05-17
    • US10578217
    • 2004-11-11
    • Marcel PlüssPeter PlussKlaus Klosa
    • Marcel PlüssPeter PlussKlaus Klosa
    • G06F17/30
    • G07F7/1008G06F21/6218G06F21/78G06Q20/341G06Q20/3552G06Q20/35765
    • The invention relates to a method for wrriting data into identification media of various types (IM-X, IM-Y) via assigned write/read stations WR. According to said method, a virtual, identification media-independent reference file system RFS is defined. All access keys RKi are replaced by a file system key FSK and all access rights ACi of subsections Bi are suspended and a file system FS, corresponding to the reference file system RFS, is initialized or written into the identification media: (FS(IM-X), FS(IM-Y)). In doing so, a file system starting point (FS-S(IM-X), FS-S(IM-Y)) is defined in the identification media (IM(FS) and in the assigned read/write stations WR(RFS) so that applications (App(RFS) corresponding to the virtual reference file system RFS can be written into the identification media and executed. The inventive method allows for the writing into or execution of generally defined applications (App(RFS) into initialized identification media of various types (IM-X(FS), IM-Y(FS)) without adapting them.
    • 本发明涉及通过分配的写/读站WR将数据写入各种识别介质(IM-X,IM-Y)的方法。 根据所述方法,定义了虚拟的,与媒体无关的参考文件系统RFS。 所有访问密钥RKi被文件系统密钥FSK所取代,并且子部分Bi的所有访问权限ACi被暂停,对应于参考文件系统RFS的文件系统FS被初始化或写入标识介质中:(FS(IM- X),FS(IM-Y))。 在这样做时,在识别介质(IM)和分配的读/写站WR(RFS)中定义文件系统起点(FS-S(IM-X),FS-S(IM-Y) ),使得对应于虚拟参考文件系统RFS的应用程序(RFS)可以写入识别介质并执行。本发明的方法允许将通用定义的应用程序(AppS)(RFS)写入或执行到初始化的识别介质 的各种类型(IM-X(FS),IM-Y(FS))。
    • 3. 发明授权
    • Device for reading data from a transponder module
    • 用于从应答器模块读取数据的设备
    • US08390427B2
    • 2013-03-05
    • US12635132
    • 2009-12-10
    • Marcel PlüssPeter PlüssAlex Wyss
    • Marcel PlüssPeter PlüssAlex Wyss
    • G06K19/00
    • G06K7/10861Y10T70/7062
    • A reader device in accordance with an embodiment of the present disclosure includes an antenna connected electrically to a processing unit through an antenna connection element. The processing unit controls are configured to read data from a transponder module via an electromagnetic field. The reader device includes a user interface unit which is connected to the processing unit through the connection element and includes a data output part and/or a data input part. The data output part receives via the connection element reader data from the processing unit and outputs this data. The data input part receives via a data entry element user data and transmits this data via the connection element to the processing unit. Thus, user authentication data can be entered by the user and transmitted to the processing unit without the need for additional wiring between the user interface and the processing unit.
    • 根据本公开的实施例的读取器装置包括通过天线连接元件电连接到处理单元的天线。 处理单元控制被配置为经由电磁场从应答器模块读取数据。 读取器装置包括通过连接元件连接到处理单元并包括数据输出部分和/或数据输入部分的用户接口单元。 数据输出部分经由连接元件读取器从处理单元接收数据并输出该数据。 数据输入部通过数据输入单元接收用户数据,经由连接单元将该数据发送给处理单元。 因此,用户认证数据可以由用户输入并被发送到处理单元,而不需要用户界面和处理单元之间的附加布线。
    • 4. 发明授权
    • Mobile electronic device with transceiver for wireless data exchange
    • 带无线数据交换收发器的移动电子设备
    • US09483417B2
    • 2016-11-01
    • US14284836
    • 2014-05-22
    • Marcel PlüssPeter Plüss
    • Marcel PlüssPeter Plüss
    • G06F21/62G06F12/14G06Q20/34H04M1/725G06K7/10H04L29/06H04W4/00H04W12/08
    • G06F12/1475G06K7/10386G06Q20/3278G06Q20/351H04L63/10H04M1/7253H04M2250/04H04W4/60H04W4/80H04W12/08
    • A mobile electronic device (1) comprises a data store (11), a transceiver (13) for wireless data exchange with another electronic device (2), and a processor (12) connected to the transceiver (13) and the data store (11). The processor (12) is programmed to implement a virtual card reader (121) which is configured to communicate with a smart card module (122, 20) that is arranged in the mobile electronic device (1). The virtual card reader (121) is implemented as a program running on processor (12). At least one smart card module (122) is a virtual card implemented as a program running on the processor (12). The virtual card reader (121) makes it possible to access smart card modules which are implemented locally in the mobile electronic device as a virtual card, thereby enabling access to a smart card module, without requiring an external reader device.
    • 移动电子设备(1)包括数据存储器(11),用于与另一电子设备(2)进行无线数据交换的收发器(13)和连接到收发器(13)和数据存储器(2)的处理器(12) 11)。 处理器(12)被编程为实现虚拟读卡器(121),其被配置为与布置在移动电子设备(1)中的智能卡模块(122,20)进行通信。 虚拟读卡器(121)被实现为在处理器(12)上运行的程序。 至少一个智能卡模块(122)是被实现为在处理器(12)上运行的程序的虚拟卡。 虚拟读卡器(121)使得可以访问在移动电子设备中本地实现的智能卡模块作为虚拟卡,从而使得能够访问智能卡模块,而不需要外部读取器设备。
    • 6. 发明申请
    • MOBILE ELECTRONIC DEVICE WITH TRANSCEIVER FOR WIRELESS DATA EXCHANGE
    • 具有收发器的移动电子设备用于无线数据交换
    • US20140359714A1
    • 2014-12-04
    • US14284836
    • 2014-05-22
    • Marcel PLÜSSPeter PLÜSS
    • Marcel PLÜSSPeter PLÜSS
    • G06F12/14H04L29/06G06K7/10
    • G06F12/1475G06K7/10386G06Q20/3278G06Q20/351H04L63/10H04M1/7253H04M2250/04H04W4/60H04W4/80H04W12/08
    • A mobile electronic device (1) comprises a data store (11), a transceiver (13) for wireless data exchange with another electronic device (2), and a processor (12) connected to the transceiver (13) and the data store (11). The processor (12) is programmed to implement a virtual card reader (121) which is configured to communicate with a smart card module (122, 20) that is arranged in the mobile electronic device (1). The virtual card reader (121) is implemented as a program running on processor (12). At least one smart card module (122) is a virtual card implemented as a program running on the processor (12). The virtual card reader (121) makes it possible to access smart card modules which are implemented locally in the mobile electronic device as a virtual card, thereby enabling access to a smart card module, without requiring an external reader device.
    • 移动电子设备(1)包括数据存储器(11),用于与另一电子设备(2)进行无线数据交换的收发器(13)和连接到收发器(13)和数据存储器(2)的处理器(12) 11)。 处理器(12)被编程为实现虚拟读卡器(121),其被配置为与布置在移动电子设备(1)中的智能卡模块(122,20)进行通信。 虚拟读卡器(121)被实现为在处理器(12)上运行的程序。 至少一个智能卡模块(122)是被实现为在处理器(12)上运行的程序的虚拟卡。 虚拟读卡器(121)使得可以访问在移动电子设备中本地实现的智能卡模块作为虚拟卡,从而使得能够访问智能卡模块,而不需要外部读取器设备。
    • 9. 发明授权
    • Detection of a contactless data storage device
    • 无接触数据存储装置的检测
    • US08907683B2
    • 2014-12-09
    • US13246995
    • 2011-09-28
    • Peter HausmannMarcel PlüssMatthias Schnaubelt
    • Peter HausmannMarcel PlüssMatthias Schnaubelt
    • G01R27/28H04B5/00G06K7/10
    • H04B5/0062G06K7/10128H04B5/0081
    • For detecting within a communication range of an antenna a contactless data storage device which is configured for inductive coupling with an electromagnetic field emitted by the antenna, a return signal is detected (S1) at the antenna during emission of an electromagnetic field pulse. During amplitude build-up of carrier oscillation at the beginning of the electromagnetic field pulse, an evaluation signal is generated (S2) based on the return signal, and the data storage device is detected (S3) based on the evaluation signal. By detecting the presence of the data storage device based on an evaluation signal generated during amplitude build-up, the detection of the data storage device can be initiated before carrier oscillation of the electromagnetic field pulse is stable. Consequently, the width of the electromagnetic field pulse can be shortened and, therefore, energy consumption for detecting the presence of the data storage device can be reduced.
    • 为了在天线的通信范围内检测被配置为与天线发射的电磁场感应耦合的非接触数据存储装置,在发射电磁场脉冲期间在天线处检测(S1)返回信号。 在电磁场脉冲开始时载波振荡的振幅累积期间,基于返回信号产生评估信号(S2),并且基于评估信号检测数据存储装置(S3)。 通过基于在振幅建立期间产生的评估信号检测数据存储装置的存在,可以在电磁场脉冲的载波振荡稳定之前启动数据存储装置的检测。 因此,可以缩短电磁场脉冲的宽度,因此可以减少用于检测数据存储装置的存在的能量消耗。
    • 10. 发明授权
    • Method for writing data and applications into identification media
    • 将数据和应用程序写入识别介质的方法
    • US08554795B2
    • 2013-10-08
    • US10578217
    • 2004-11-11
    • Marcel PlüssPeter PlüssKlaus Ulrich Klosa
    • Marcel PlüssPeter PlüssKlaus Ulrich Klosa
    • G06F17/30
    • G07F7/1008G06F21/6218G06F21/78G06Q20/341G06Q20/3552G06Q20/35765
    • A method of writing data into identification media of various types (IM-X, IM-Y) via assigned write/read stations WR in accordance with an embodiment of the present application includes a step wherein, a virtual, identification media-independent reference file system RFS is defined. All access keys RKi are replaced by a file system key FSK and all access rights ACi of subsections Bi are suspended and a file system FS, corresponding to the reference file system RFS, is initialized or written into the identification media: (FS(IM-X), FS(IM-Y)). In doing so, a file system starting point (FS-S(IM-X), FS-S(IM-Y)) is defined in the identification media (IM(FS) and in the assigned read/write stations WR(RFS) so that applications (App(RFS) corresponding to the virtual reference file system RFS can be written into the identification media and executed. The method allows for the writing into or execution of generally defined applications (App(RFS) into initialized identification media of various types (IM-X(FS), IM-Y(FS)) without adapting them.
    • 根据本申请的实施例,经由分配的写入/读取站WR将数据写入各种识别介质(IM-X,IM-Y)的方法包括以下步骤:其中,虚拟的,与识别介质无关的参考文件 系统RFS被定义。 所有访问密钥RKi被文件系统密钥FSK所取代,并且子部分Bi的所有访问权限ACi被暂停,对应于参考文件系统RFS的文件系统FS被初始化或写入标识介质中:(FS(IM- X),FS(IM-Y))。 在这样做时,在识别介质(IM)和分配的读/写站WR(RFS)中定义文件系统起点(FS-S(IM-X),FS-S(IM-Y) ),使得与虚拟参考文件系统RFS相对应的应用程序(RFS)可以被写入识别介质并被执行,该方法允许写入或执行通常定义的应用(App(RFS))到初始化的识别媒体 各种类型(IM-X(FS),IM-Y(FS)),而不适应它们。