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    • 52. 发明申请
    • DATA RECORDER
    • 数据记录器
    • WO02035338A1
    • 2002-05-02
    • PCT/JP2000/007458
    • 2000-10-25
    • G06F3/06G11B19/04G11B20/10G11B20/18G06F3/08
    • G06F3/0619G06F3/0652G06F3/0674G11B19/04G11B20/10G11B20/18
    • A data recorder for recording data on a recording medium of a type requiring erasure of recorded data before recording data comprising means for storing therein data transferred from a host unit, means for detecting an error during the transfer of data from the host unit, means for erasing data on the recording medium upon transferring recording data, means for judging whether or not data corresponding to the erased data erased by the erasing means is stored in the data storage means when an error is detected by the error detecting means, and means for restoring the erased data on the recording medium from the stored data when the erased data is judged to be stored.
    • 一种数据记录器,用于在要记录数据之前记录数据的记录介质上记录数据,包括用于存储从主机单元传送的数据的装置,用于在从主机单元传送数据期间检测错误的装置, 在传送记录数据时在记录介质上擦除数据的装置,用于当错误检测装置检测到错误时,判断与由擦除装置擦除的被擦除数据相对应的数据是否被存储在数据存储装置中的装置, 当擦除的数据被判断为存储时,从存储的数据中的记录介质上的擦除的数据。
    • 54. 发明申请
    • SYSTEM AND METHOD FOR TERMINAL SHORT DETECTION
    • 用于终端短路检测的系统和方法
    • WO0195326A2
    • 2001-12-13
    • PCT/US0118207
    • 2001-06-06
    • MITSUBISHI ELECTRIC & ELECTRONTUCKER SCOTT
    • TUCKER SCOTT
    • G01R31/02G11B5/455G11B19/04
    • G11B5/022G01R31/025G11B5/455
    • Shorts are detected in terminals fed current by a driver connected to the terminals. To detect terminal-to-ground shorts, at least one virtual driver is connected to the driver for processing an output of the driver, and a detector detects if a short has occurred, based on an output of the virtual driver, by detecting when an output of the virtual driver exceeds a first threshold. If the detector detects that the output of the virtual driver has exceeded the first threshold, this indicates a terminal-to-ground short. To detect terminal-to-terminals shorts, a detector detects when an output of the driver drops below a second threshold. If the detector detects that the output of the driver has dropped below the second threshold, this indicates a terminal-to-terminal short. Shorts may be detected in terminals in one or more write heads. The driver, virtual driver, and detector may be included in a preamplifier. Detecting shorts in this manner avoids the loss of data without impeding performance of the write driver.
    • 在通过连接到终端的驱动器馈送电流的端子中检测到短裤。 为了检测终端对地短路,至少一个虚拟驱动器连接到驱动器以处理驱动器的输出,并且检测器基于虚拟驱动器的输出检测是否发生了短路,通过检测何时 虚拟驱动器的输出超过第一阈值。 如果检测器检测到虚拟驱动器的输出已超过第一个阈值,则表示终端对地短路。 为了检测终端到终端短路,检测器检测驾驶员的输出何时下降到低于第二阈值。 如果检测器检测到驱动器的输出已经降到第二阈值以下,则表示终端到终端短路。 可以在一个或多个写入头中的终端中检测短裤。 驱动器,虚拟驱动器和检测器可以包括在前置放大器中。 以这种方式检测短路可避免数据丢失,而不会妨碍写入驱动程序的性能。
    • 59. 发明申请
    • METHOD FOR PREVENTING REPEATING NON-RECOVERABLE READ ERRORS AT SAME PHYSICAL LOCATION ON DATA STORAGE MEDIA
    • 防止数据存储介质在相同物理位置重复不可恢复读取错误的方法
    • WO01031444A2
    • 2001-05-03
    • PCT/US2000/028679
    • 2000-10-16
    • G11B19/04G11B20/18G06F11/00
    • G11B20/1883G11B19/04G11B2020/183G11B2220/20
    • Methods are provided for preventing data from being written to a data sector that has been identified as faulty on a disk in a disk drive system. It is first determined whether data of a data sector of a portion of a disk is recoverable. If the data is non-recoverable, an invalid logical ID is written to the logical block address (LBA) corresponding to the data sector thereby identifying the data sector as faulty and preventing data from being written at the data sector. The LBA is then reallocated to point to a different data sector if the data is non-recoverable. Thus, further data directed to the LBA will be written to the different data sector responsive to the reallocated LBA, thereby avoiding writing the new data to the data sector identified as faulty. Internal drive read re-tries can still take place on the faulty data sector even after the LBA has been assigned an invalid logical ID.
    • 提供了用于防止数据被写入到在盘驱动器系统中被识别为有故障的数据扇区的方法。 首先确定磁盘的一部分的数据扇区的数据是否可恢复。 如果数据不可恢复,则将无效逻辑ID写入对应于数据扇区的逻辑块地址(LBA),从而将数据扇区识别为故障并防止数据写入数据扇区。 然后,如果数据不可恢复,则LBA将被重新分配以指向不同的数据扇区。 因此,响应于重新分配的LBA,针对LBA的进一步数据将被写入不同的数据扇区,从而避免将新数据写入被识别为有故障的数据扇区。 即使LBA被分配了无效的逻辑ID,内部驱动器读取重试仍然可能发生在故障数据扇区上。