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    • 3. 发明授权
    • System for providing transparent storage of data embedded within
predefined recording formats
    • 用于提供嵌入预定义记录格式的数据的透明存储的系统
    • US5619384A
    • 1997-04-08
    • US186803
    • 1994-01-25
    • Michael L. LeonhardtCharles A. Milligan
    • Michael L. LeonhardtCharles A. Milligan
    • G11B19/02G11B20/00G11B20/12G11B20/18G11B27/30G11B5/09
    • G11B20/1833G11B19/02G11B20/12G11B27/3027G11B20/00086G11B2220/90
    • A method is described which provides various new data storage system capabilities by using data storage structures within industry standard (or other pre-existing) formats used with data recording devices employing removable media. The data storage structures used by the present method comprise formats which contain regions previously marked as "contents of this region are not of interest" or marked as "no data was recorded within this region". These data storage structures are thus transparent to present data recording devices so as not to disrupt their data processing functions. However, the data storage structures are available to be used by new data recording devices (or old devices that have been updated) so that new data embedded therein may be used to enhance the functionality of the system which utilizes the data storage structures. The types of embedded data may include ECC (error correction codes), tape position information, audit information, security information, mount history, media defect history, authentication notation, generation-identification notation, etc.
    • 描述了一种通过使用与使用可移动介质的数据记录装置一起使用的工业标准(或其他预先存在的)格式中的数据存储结构来提供各种新的数据存储系统能力的方法。 本方法使用的数据存储结构包括以前标记为“该区域的内容不感兴趣”的标记为“在该区域内没有记录数据”的区域的格式。 因此,这些数据存储结构对于呈现数据记录装置是透明的,以免中断其数据处理功能。 然而,数据存储结构可被新数据记录设备(或已更新的旧设备)使用,使得嵌入其中的新数据可以用于增强利用数据存储结构的系统的功能。 嵌入数据的类型可以包括ECC(纠错码),磁带位置信息,审计信息,安全信息,安装历史,介质缺陷历史,认证符号,生成识别符号等。
    • 4. 发明授权
    • Apparatus for interfacing a cartridge tape with a helical scan transport
    • 用于连接盒式磁带的装置与螺旋扫描传输
    • US5128815A
    • 1992-07-07
    • US611922
    • 1990-12-06
    • Michael L. LeonhardtCharles A. Milligan
    • Michael L. LeonhardtCharles A. Milligan
    • G11B15/61G11B15/66G11B15/665G11B15/67G11B25/06
    • G11B15/67G11B15/66G11B15/6656G11B25/066
    • This system makes use of a tape cassette helical scan tape transport and 3480-type magnetic tape cartridge as the data storage media. The merging of these two incompatible elements is accomplished by the use of a novel interface that implements a "virtual tape cassette" using a tape cartridge in a manner that makes this media compatible with the tape transport. The virtual tape cassette is implemented by providing a takeup reel positioned with the magnetic tape cartridge in a relationship that substantially matches the format of a magnetic tape cassette. A short tape threading arm is used to retrieve the leader block from the tape cartridge and thread the magnetic tape over a short tape threading path to the takeup reel. Once the tape is affixed to the takeup reel, the helical scan tape guide arms transport the length of tape that is now exposed between the tape cartridge and the takeup reel to the rotary heads.
    • 该系统采用磁带式磁带扫描磁带传输和3480型磁带作为数据存储介质。 这两个不兼容元件的合并通过使用以使得该介质与磁带传输兼容的方式使用磁带盒实现“虚拟磁带盒”的新颖界面来实现。 虚拟磁带盒通过以与磁带盒的格式基本匹配的关系提供与磁带盒定位的卷绕卷轴来实现。 使用短带穿线臂从带盒中取出引导块,并将磁带穿过卷绕卷轴的短带穿线路径。 一旦磁带固定在收紧卷轴上,螺旋扫描带引导臂将现在在带盒和收起卷轴之间暴露的带的长度传送到旋转头。
    • 6. 发明授权
    • Management of removable media for multiple device types
    • 管理多种设备类型的可移动介质
    • US5416914A
    • 1995-05-16
    • US743250
    • 1991-08-09
    • Ronald W. KorngiebelMichael L. LeonhardtCharles A. Milligan
    • Ronald W. KorngiebelMichael L. LeonhardtCharles A. Milligan
    • G11B15/68G11B27/00G11B27/36G11B15/00G11B17/22
    • G11B27/002G11B15/68G11B2220/41G11B2220/90G11B27/36
    • The removable media management system operates with a manual, an automated, or a combination of subsets of manual and automated library system to store and retrieve media cartridges for an associated plurality of drive elements. This system enables the use of a plurality of types of media within the single monolithic cartridge library system and a corresponding plurality of drive elements associated with said library system. Thus, each drive element has associated therewith a number of object storage locations within the library system which contains media of a form and content that matches the drive element. The removable media management system maps the correspondence between object storage location, media type, designated drive element in a manner such that the single library is partitioned into subsets for the user, i.e., the removable media management system provides the capability to define subsets of media types which have consistent mechanical and electrical characteristics, but can vary in data management attributes. This enables the user to transition to another media on an incremental basis, since a single drive element can be added to the library and associated media added as needed without displacing the embedded base (independent of vendor) of installed media handling processes or software or equipment or requiring significant modification to these.
    • 可移动介质管理系统通过手动,自动化或组合的手动和自动库系统的子集进行操作,以存储和检索相关联的多个驱动元件的介质盒。 该系统能够在单个单片盒库系统内使用多种类型的介质,以及与所述库系统相关联的相应多个驱动元件。 因此,每个驱动元件已经与库系统中的多个对象存储位置相关联,该库系统包含与驱动元件匹配的形式和内容的介质。 可移动媒体管理系统将对象存储位置,媒体类型,指定的驱动元素之间的对应关系映射为使得单个库被划分成用户的子集,即,可移动媒体管理系统提供定义媒体子集的能力 类型具有一致的机械和电气特性,但可以在数据管理属性方面不同。 这使得用户能够以增量方式转换到另一媒体,因为单个驱动器元素可以被添加到库中,并根据需要添加相关联的媒体,而不会使已安装的媒体处理过程或软件或设备的嵌入式基础(独立于供应商)移动。 或需要对这些进行重大修改。