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    • 3. 发明申请
    • Media card command pass through methods
    • 媒体卡命令通过方法
    • US20070136501A1
    • 2007-06-14
    • US11298349
    • 2005-12-08
    • Robert ChangHenry HuttonFarshid SharghiHaluk TanikRon BarzilaiMeytal Ari
    • Robert ChangHenry HuttonFarshid SharghiHaluk TanikRon BarzilaiMeytal Ari
    • G06F13/42G06F12/00
    • G06F13/4291
    • The present invention presents techniques for transmitting application specific instruction between a host and a memory card. The commands for the application specific protocol are embedded along with a signature in the data portion of a transmission protocol that is used to communicate between the host the memory card. This allows for the transmission of application specific commands that lack a corresponding command in the transmission protocol to still be transmitted in that protocol. The method can be implemented on the host side either at the device driver level or the file level. In order to implement a read command in the application specific protocol, a write command in the first protocol with an embedded read command is first sent to a logical address, followed by a second read command to the same logical address.
    • 本发明提供了用于在主机和存储卡之间传送应用特定指令的技术。 应用专用协议的命令与用于在主机之间进行通信的传输协议的数据部分中的签名一起被嵌入。 这允许在传输协议中缺少相应命令的应用专用命令的传输仍然以该协议传输。 该方法可以在主机端在设备驱动程序级别或文件级别上实现。 为了在应用专用协议中实现读取命令,首先将具有嵌入式读取命令的第一协议中的写入命令发送到逻辑地址,然后发送到相同逻辑地址的第二读取命令。
    • 5. 发明申请
    • Electronic Library for Managing Data on Removable Storage Devices
    • 用于管理可移动存储设备数据的电子图书馆
    • US20080013411A1
    • 2008-01-17
    • US11677388
    • 2007-02-21
    • Tyler ThorpBrent HauknessHenry Hutton
    • Tyler ThorpBrent HauknessHenry Hutton
    • G11B21/08G06F13/00
    • G06F3/0664G06F3/0607G06F3/0679G06F3/0688
    • An electronic library for managing data from removable data storage devices is described. The electronic library may have a stand-alone housing with a plurality of receptacles, at least two of the receptacles sized to connect with at least a first type of removable data storage device. An interface positioned on the housing permits concurrent access to removable data storage devices connected with the plurality of receptacles. A data access module in the housing may be configured to emulate a single removable data storage device containing data folders with corresponding to each removable data storage device. A refresh module in the housing may be configured to refresh each memory address of a removable data storage device in communication with one of the plurality of receptacles so that data integrity may be preserved.
    • 描述了用于从可移动数据存储设备管理数据的电子库。 电子图书馆可以具有带有多个插座的独立外壳,至少两个插座的尺寸设计成与至少第一类型的可拆卸数据存储装置连接。 位于壳体上的界面允许同时访问与多个插座连接的可移动数据存储设备。 壳体中的数据访问模块可以被配置为模拟包含与每个可移除数据存储设备相对应的数据文件夹的单个可移除数据存储设备。 外壳中的刷新模块可以被配置为刷新与多个插座之一通信的可移动数据存储设备的每个存储器地址,从而可以保持数据完整性。
    • 8. 发明授权
    • Electronic library for managing data on removable storage devices
    • 用于管理可移动存储设备数据的电子库
    • US08661185B2
    • 2014-02-25
    • US11677388
    • 2007-02-21
    • Tyler ThorpBrent HauknessHenry Hutton
    • Tyler ThorpBrent HauknessHenry Hutton
    • G06F12/00
    • G06F3/0664G06F3/0607G06F3/0679G06F3/0688
    • An electronic library for managing data from removable data storage devices is described. The electronic library may have a stand-alone housing with a plurality of receptacles, at least two of the receptacles sized to connect with at least a first type of removable data storage device. An interface positioned on the housing permits concurrent access to removable data storage devices connected with the plurality of receptacles. A data access module in the housing may be configured to emulate a single removable data storage device containing data folders with corresponding to each removable data storage device. A refresh module in the housing may be configured to refresh each memory address of a removable data storage device in communication with one of the plurality of receptacles so that data integrity may be preserved.
    • 描述了用于从可移动数据存储设备管理数据的电子库。 电子图书馆可以具有带有多个插座的独立外壳,至少两个插座的尺寸设计成与至少第一类型的可拆卸数据存储装置连接。 位于壳体上的界面允许同时访问与多个插座连接的可移动数据存储设备。 壳体中的数据访问模块可以被配置为模拟包含与每个可移动数据存储设备相对应的数据文件夹的单个可移除数据存储设备。 外壳中的刷新模块可以被配置为刷新与多个插座之一通信的可移动数据存储设备的每个存储器地址,从而可以保持数据完整性。
    • 10. 发明申请
    • SWITCHABLE ACCESS STATES FOR NON-VOLATILE STORAGE DEVICES
    • 非易失存储设备的可切换访问状态
    • US20090307389A1
    • 2009-12-10
    • US12136672
    • 2008-06-10
    • Steven SprouseHenry HuttonDhaval Parikh
    • Steven SprouseHenry HuttonDhaval Parikh
    • G06F3/00
    • G06F13/385Y02D10/14Y02D10/151
    • Techniques for switching access states for accessing non-volatile are disclosed. A plurality of non-volatile memory portions can be effectively presented as: (a) a single logical unit in a first access state (“single unit access state”) and (b) as multiple logical units in a second access state (“multi-unit access state”). An access switching system can be provided for a device that includes a plurality of non-volatile storage portions. As a result, the device can be operable to effectively switch between the first and second access states. In the first access state, the plurality of non-volatile storage portions can be effectively presented as a single logical unit for access by another device, thereby allowing the other device to effectively access the plurality of non-volatile storage portions from a single access point. However, the device can also be operable to switch to a second access state in which the plurality of the non-volatile storage portions can be effectively presented to the other device as multiple logical units, thereby allowing the other device to access the plurality of non-volatile storage portions individually by using multiple access points respectively associated with the multiple logical units presented to the other device.
    • 公开了用于切换访问非易失性的访问状态的技术。 可以有效地呈现多个非易失性存储器部分:(a)处于第一访问状态(“单个单元访问状态”)中的单个逻辑单元和(b)作为第二访问状态中的多个逻辑单元(“多个” -unit访问状态“)。 可以为包括多个非易失性存储部分的装置提供接入交换系统。 结果,该设备可操作以有效地在第一和第二访问状态之间切换。 在第一访问状态下,可以将多个非易失性存储部分有效地呈现为单个逻辑单元以供另一设备访问,从而允许其他设备从单个访问点有效地访问多个非易失性存储部分 。 然而,该设备还可以用于切换到第二访问状态,其中多个非易失性存储部分可以被有效地呈现给另一设备作为多个逻辑单元,从而允许其他设备访问多个非易失性存储部分 通过使用分别与呈现给另一个设备的多个逻辑单元相关联的多个接入点来单独地分配非易失性存储部分。