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    • 64. 发明申请
    • Contact assembly for a chip card
    • 触点组合芯片卡
    • US20070182434A1
    • 2007-08-09
    • US11703054
    • 2007-02-06
    • Michael Richter
    • Michael Richter
    • G01R31/02
    • G06K7/0013G06K7/0086G06K19/07739
    • A chip-card holder for connecting contact pads of a chip card with connections of device circuitry. The holder has a dielectric holder body engageable between the chip card and the device connections, a plurality of contact elements on the body each having a contact part engageable with a respective one of the chip-card contact pads, a connecting part connectable to a respective one of the device connections and an anchor part, means securing each of the anchor parts directly to the holder body, and an electronic circuit element mounted on the holder body and connected to the contact elements.
    • 用于连接芯片卡的接触垫与设备电路连接的芯片卡座。 所述保持器具有可接合在所述芯片卡和所述器件连接之间的电介质保持器体,所述本体上的多个接触元件各自具有可与所述芯片卡接触焊盘中的相应一个接合的接触部分,可连接到相应 设备连接中的一个和锚定部分,意味着将每个锚定部分直接固定到保持器主体,以及安装在保持器本体上并连接到接触元件的电子电路元件。
    • 65. 发明申请
    • Edge pad architecture for semiconductor memory
    • 半导体存储器的边缘焊盘结构
    • US20070165439A1
    • 2007-07-19
    • US11320266
    • 2005-12-28
    • Josef SchnellMichael RichterMichael Killian
    • Josef SchnellMichael RichterMichael Killian
    • G11C5/06
    • G11C5/025H01L27/105
    • A memory includes a wafer having at least a first and second edge, at least one memory bank array, a data path, and a plurality of data pads. The data path is coupled to the memory bank array. The plurality of data pads are coupled to the data path and configured with the data path to bus data to and from the memory bank array. The data pads are further configured such that each of the data pads are located adjacent the first and second edges of the wafer. The memory component is configurable for alternative applications such that in a first application all of the data pads used to bus data are located only on the first edge of the wafer and such that in a second application at least one of the data pads used to bus data is located on the first edge of the wafer and at least one of the data pads used to bus data is located on the second edge of the wafer.
    • 存储器包括具有至少第一和第二边缘,至少一个存储体阵列,数据路径和多个数据焊盘的晶片。 数据路径耦合到存储体阵列。 多个数据焊盘耦合到数据路径并配置有与存储体阵列的总线数据的数据路径。 数据焊盘被进一步配置成使得每个数据焊盘位于晶片的第一和第二边缘附近。 存储器组件可配置用于替代应用,使得在第一应用中,用于总线数据的所有数据焊盘仅位于晶片的第一边缘上,并且使得在第二应用中,至少一个数据焊盘用于总线 数据位于晶片的第一边缘上,并且用于总线数据的至少一个数据焊盘位于晶片的第二边缘上。
    • 66. 发明授权
    • Hinged SIM-type card holder
    • 铰链式SIM卡座
    • US07232325B2
    • 2007-06-19
    • US11264762
    • 2005-11-01
    • Michael RichterJürgen Bohn
    • Michael RichterJürgen Bohn
    • H01R13/62
    • H04B1/3816G06K7/0021H04M2250/14
    • A card holder has a dielectric base adapted to support the card and having an upstanding flange formed with two holes having outer edges spaced apart along an axis by a predetermined distance. A cover is formed with two tabs engageable through the holes and having outer edges spaced apart by slightly less than the predetermined distance. The cover outer edges are formed with respective oppositely outwardly projecting bumps. The tab has at the bumps a width slightly greater than the predetermined width. The cover is deformable such that the tabs can be forced with elastic deformation of the cover through the holes until the bumps pass through the holes. The cover is pivotal about the axis on the base when the tabs are fitted through the hole. A seat on the cover loosely holds the card on the cover limitedly pivotal relative to the cover.
    • 卡座具有适于支撑卡片的电介质基座,并且具有形成有两个孔的直立凸缘,该两个孔具有沿轴线间隔预定距离的外边缘。 盖子形成有两个可通过孔接合的凸片,并具有稍微小于预定距离间隔开的外边缘。 盖外缘形成有相对的向外突出的凸块。 凸块在凸起处具有稍大于预定宽度的宽度。 盖子是可变形的,使得突片可以通过孔的弹性变形而被迫使,直到凸块穿过孔。 当突片穿过孔安装时,盖可绕基座上的轴枢转。 盖子上的一个座位将盖子上的卡片松动地保持在相对于盖子上有限枢转的盖子上。
    • 67. 发明授权
    • Memory circuit, and method for reading out data contained in the memory circuit using shared command signals
    • 存储器电路和用于使用共享命令信号读出包含在存储器电路中的数据的方法
    • US07218569B2
    • 2007-05-15
    • US11135212
    • 2005-05-23
    • Michael Richter
    • Michael Richter
    • G11C8/00G11C7/10G11C7/00G06F12/00
    • G11C7/20G11C7/1045G11C11/4072G11C11/409
    • The present invention relates to a memory circuit having a memory cell array for storing data, and having a command decoding circuit for receiving command signals, and having a setting memory for storing an item of operating information that is specific to a memory circuit, the command decoding circuit performing a function in the memory circuit on the basis of applied drive commands, wherein the command decoding circuit is configured in such a manner that, during an initialization mode, the operating information can be read out on the basis of a predetermined drive command that is supplied to the command decoding circuit, and in such a manner that, during a normal operating mode, a function that is different therefrom can be performed with the aid of the predetermined drive command.
    • 本发明涉及具有用于存储数据的存储单元阵列的存储电路,并具有用于接收命令信号的命令解码电路,并具有用于存储特定于存储器电路的操作信息项的设置存储器,该命令 解码电路基于所施加的驱动命令在存储器电路中执行功能,其中命令解码电路被配置为使得在初始化模式期间可以基于预定的驱动命令读出操作信息 被提供给命令解码电路,并且以这样的方式,在正常操作模式期间,可以借助于预定驱动命令执行与其不同的功能。
    • 68. 发明申请
    • Integrated semiconductor memory with transmission of data via a data interface
    • 通过数据接口传输数据的集成半导体存储器
    • US20070070671A1
    • 2007-03-29
    • US11529571
    • 2006-09-28
    • Michael Richter
    • Michael Richter
    • G11C5/00
    • G11C7/1006G11C7/1045G11C7/1051G11C7/1069
    • During a read access to a memory cell array of an integrated semiconductor memory device, data of a data word is fed to a data generator circuit which can be operated in the operating modes of noninverted and bitwise inverted transmission of data. The data generator circuit generates a control signal at a control terminal dependent on the transmission mode. The data generator circuit compares a data word fed to it from the memory cell array, with a data word fed to it from the memory cell array one clock period previously. The present operating mode of the data generator circuit is changed if more than half of the data of the two data words that are fed are different. Otherwise, the operating mode is maintained. It is thereby possible to reduce the number of data changes during a read access and thus the power loss of a data interface.
    • 在对集成半导体存储器件的存储单元阵列的读取访问期间,数据字的数据被馈送到数据发生器电路,数据发生器电路可以以非反相和按位反转的数据传输的操作模式操作。 数据发生器电路根据传输模式在控制终端产生控制信号。 数据发生器电路将从存储单元阵列馈送给它的数据字与之前的一个时钟周期从存储单元阵列馈送给它的数据字进行比较。 如果所馈送的两个数据字的数据的一半以上是不同的,则数据发生器电路的当前操作模式被改变。 否则,维护操作模式。 从而可以减少读访问期间的数据变化的数量,从而减少数据接口的功率损耗。
    • 69. 发明授权
    • Card holder for SIM card
    • SIM卡持卡人
    • US07161811B2
    • 2007-01-09
    • US11073923
    • 2005-03-03
    • Michael Richter
    • Michael Richter
    • H05K7/16H01R13/62
    • G06K19/077G06K13/0862G06K19/07739Y10S439/945Y10S439/946
    • A card holder has a generally flat and rectangular plastic base fixed to a support, e.g. a printed-circuit board of a card reader, and formed centered on an axis with a pair of pivot pins. A generally rectangular and flat metal cover forming a slot dimensioned to hold the card is unitarily formed with a pair of U-shaped journals each fitting partially around a respective one of the pins and forming therewith a hinge. Thus the cover can pivot between an open position with the cover and the card in the slot partially raised from the base and a closed position with the cover and the card in the slot closely juxtaposed with the base.
    • 卡座具有固定到支撑件上的大致平坦且矩形的塑料基座,例如。 读卡器的印刷电路板,并且以具有一对枢轴销的轴线为中心形成。 形成用于保持卡的尺寸的大致矩形和平坦的金属盖整体形成有一对U形轴颈,每个U形轴颈部分围绕相应的一个销配合并且与其形成铰链。 因此,盖可以在具有盖的打开位置和从基部部分地升高的槽中的卡之间枢转,并且封闭位置与盖和卡在槽中的卡与基座并置。