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    • 31. 发明授权
    • External storage device and memory access control method thereof
    • 外部存储装置及其存储器访问控制方法
    • US07721165B2
    • 2010-05-18
    • US11599388
    • 2006-11-15
    • Takayuki TamuraShigemasa ShiotaKunihiro KatayamaMasashi Naito
    • Takayuki TamuraShigemasa ShiotaKunihiro KatayamaMasashi Naito
    • G11C29/00
    • G06F11/1008
    • A storage device, including: a non-volatile semiconductor memory which is electrically erasable; a system interface coupled with an external host system; and a controller reading data from the non-volatile semiconductor memory and transmitting data to the host system via the system interface in response to a read command received by the system interface from the host system; and wherein the controller starts reading (N+n)th sector data from the non-volatile semiconductor memory, while the controller transmits Nth sector data that has been read from the non-volatile semiconductor memory to the host system via the system interface, in response to the read command for successive sector data.
    • 一种存储装置,包括:电可擦除的非易失性半导体存储器; 与外部主机系统耦合的系统接口; 以及控制器,从所述非易失性半导体存储器读取数据,并且响应于所述系统接口从所述主机系统接收到的读取命令,经由所述系统接口向所述主机系统发送数据; 并且其中所述控制器从所述非易失性半导体存储器开始读取第(N + n)个扇区数据,同时所述控制器经由所述系统接口将从所述非易失性半导体存储器读取的第N个扇区数据发送到所述主机系统, 对连续扇区数据的读命令作出响应。
    • 34. 发明授权
    • Memory card and its initial setting method
    • 存储卡及其初始设定方法
    • US07549086B2
    • 2009-06-16
    • US11877500
    • 2007-10-23
    • Hidefumi OodateAtsushi ShiraishiShigeo KurakataKunihiro KatayamaMotoki Kanamori
    • Hidefumi OodateAtsushi ShiraishiShigeo KurakataKunihiro KatayamaMotoki Kanamori
    • G06F11/00
    • G11C16/20
    • In the initial setting of a memory card 1, the flash check data FD stored in a flash memory 2 is read out, this data FD is compared with the operation check data FD11 stored previously in the ROM, the write check data FD12 stored in the ROM 4a is written, if a fault is not detected, to the flash memory 2, and this data is read again and is compared with the write check data. FD12 of the ROM 4a. When any fault is not detected in comparison of these data, the CPU determines that the flash memory 2 is normal. Moreover, if a fault is detected in the comparison of data, the CPU sets the reset process fault data to a register 5a to set a controller 3 to the sleep mode. When the command CMD is received during this period, data comparison is executed again.
    • 在存储卡1的初始设置中,读出存储在闪速存储器2中的闪存检查数据FD,将该数据FD与先前存储在ROM中的操作检查数据FD11进行比较,存储在存储卡1中的写入检查数据FD12 如果没有检测到故障,ROM 4a被写入闪速存储器2,并且该数据被再次读取并且与写检查数据进行比较。 ROM 4a的FD12。 当比较这些数据时没有检测到任何故障时,CPU确定闪存2正常。 此外,如果在比较数据中检测到故障,则CPU将复位处理故障数据设置为寄存器5a,以将控制器3设置为睡眠模式。 当在此期间接收到命令CMD时,再次执行数据比较。
    • 36. 发明授权
    • Non-volatile memory card and transfer interruption means
    • 非易失性存储卡和传输中断手段
    • US07343445B2
    • 2008-03-11
    • US11541543
    • 2006-10-03
    • Kunihiro KatayamaMotoki KanamoriAtsushi ShikataHidefumi OodateAtsushi Shiraishi
    • Kunihiro KatayamaMotoki KanamoriAtsushi ShikataHidefumi OodateAtsushi Shiraishi
    • G06F12/00
    • G06K19/07G11C16/102
    • A memory card is provided with a transfer control circuit, a write control circuit and a judging circuit. The transfer control circuit outputs a transfer flag signal during the data transfer. The write control circuit outputs an internal busy signal during the data write operation. The judging circuit outputs a transfer interruption signal when a card selection signal of the host is negated during the input of the transfer flat signal and also outputs a suspension signal when the card selection signal is negated during the input of the internal busy signal. A CPU invalidates the data being transfer to interrupt the transfer process upon reception of the transfer interruption signal and completes, upon reception of the suspension signal, the process being executed and stays in the waiting condition. Consequently, even when the timing signal not conforming to the standards is transferred, the host can select the optimum processing operation from the internal processing conditions and thereby execute the selected operation.
    • 存储卡设置有传送控制电路,写入控制电路和判断电路。 传送控制电路在数据传送期间输出传送标志信号。 写入控制电路在数据写入操作期间输出内部忙信号。 当输入传送平面信号期间主机的卡选择信号被否定时,判断电路输出传送中断信号,并且当在内部忙信号的输入期间卡选择信号被否定时,输出暂停信号。 CPU在接收到传送中断信号时使传送数据中断传输处理,并且在接收到暂停信号时完成正在执行的处理并处于等待状态。 因此,即使当不符合标准的定时信号被传送时,主机也可以从内部处理条件中选择最佳处理操作,从而执行所选择的操作。
    • 37. 发明授权
    • Memory card and its initial setting method
    • 存储卡及其初始设定方法
    • US07305589B2
    • 2007-12-04
    • US10484043
    • 2002-05-08
    • Hidefumi OodateAtsushi ShiraishiShigeo KurakataKunihiro KatayamaMotoki Kanamori
    • Hidefumi OodateAtsushi ShiraishiShigeo KurakataKunihiro KatayamaMotoki Kanamori
    • G06F11/00
    • G11C16/20
    • In the initial setting of a memory card 1, the flash check data FD stored in a flash memory 2 is read out, this data FD is compared with the operation check data FD11 stored previously in the ROM, the write check data FD12 stored in the ROM 4a is written, if a fault is not detected, to the flash memory 2, and this data is read again and is compared with the write check data FD12 of the ROM 4a. When any fault is not detected in comparison of these data, the CPU determines that the flash memory 2 is normal. Moreover, if a fault is detected in the comparison of data, the CPU sets the reset process fault data to a register 5a to set a controller 3 to the sleep mode. When the command CMD is received during this period, data comparison is executed again.
    • 在存储卡1的初始设置中,读出存储在闪速存储器2中的闪存检查数据FD,该数据FD与先前存储在ROM中的操作检查数据FD1&lt; 1&gt; 存储在ROM4a中的写入检查数据FD1&lt; 2&gt;如果没有检测到故障则被写入闪速存储器2,并且再次读取该数据并与写入检查进行比较 ROM4a的数据FD1 <2> 。 当比较这些数据时没有检测到任何故障时,CPU确定闪存2正常。 此外,如果在数据比较中检测到故障,则CPU将复位过程故障数据设置为寄存器5a以将控制器3设置为睡眠模式。 当在此期间接收到命令CMD时,再次执行数据比较。
    • 40. 发明授权
    • Non-volatile memory card and transfer interruption means
    • 非易失性存储卡和传输中断手段
    • US07133961B2
    • 2006-11-07
    • US10195400
    • 2002-07-16
    • Kunihiro KatayamaMotoki KanamoriAtsushi ShikataHidefumi OodateAtsushi Shiraishi
    • Kunihiro KatayamaMotoki KanamoriAtsushi ShikataHidefumi OodateAtsushi Shiraishi
    • G06F12/00
    • G06K19/07G11C16/102
    • A memory card is provided with a transfer control circuit, a write control circuit and a judging circuit. The transfer control circuit outputs a transfer flag signal during the data transfer. The write control circuit outputs an internal busy signal during the data write operation. The judging circuit outputs a transfer interruption signal when a card selection signal of the host is negated during the input of the transfer flat signal and also outputs a suspension signal when the card selection signal is negated during the input of the internal busy signal. A CPU invalidates the data being transfer to interrupt the transfer process upon reception of the transfer interruption signal and completes, upon reception of the suspension signal, the process being executed and stays in the waiting condition. Consequently, even when the timing signal not conforming to the standards is transferred, the host can select the optimum processing operation from the internal processing conditions and thereby execute the selected operation.
    • 存储卡设置有传送控制电路,写入控制电路和判断电路。 传送控制电路在数据传送期间输出传送标志信号。 写入控制电路在数据写入操作期间输出内部忙信号。 当输入传送平面信号期间主机的卡选择信号被否定时,判断电路输出传送中断信号,并且当在内部忙信号的输入期间卡选择信号被否定时,输出暂停信号。 CPU在接收到传送中断信号时使传送数据中断传输处理,并且在接收到暂停信号时完成正在执行的处理并处于等待状态。 因此,即使当不符合标准的定时信号被传送时,主机也可以从内部处理条件中选择最佳处理操作,从而执行所选择的操作。