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    • 1. 发明申请
    • DIGITAL DATA STORAGE ASSEMBLY ABSTRACT OF THE DISCLOSURE
    • 数据存储大会摘要摘要
    • WO2004040574A1
    • 2004-05-13
    • PCT/US2003/033834
    • 2003-10-27
    • BAYER POLYMERS LLCFLEXITY LLCBOISSONNEAULT, Ronald, A.PISIPATI, Ramesh, M.GELARDI, Anthony, L.WITTKOPF, Eugene, W.GELARDI, Tatiana, L.BARBEE, David, J.
    • BOISSONNEAULT, Ronald, A.PISIPATI, Ramesh, M.GELARDI, Anthony, L.WITTKOPF, Eugene, W.GELARDI, Tatiana, L.BARBEE, David, J.
    • G11B23/00
    • G11B23/0021
    • A digital data storage assembly (2), e.g., a flexible thin film compact disc, is described. Digital data storage assembly (2) includes, (a) a thin film data storage carrier (11), having substantially opposed first (14) and second (17) surfaces, a aperture (20) defined in part by a pair of substantially opposed arcuate sides (97, 97') and a pair of substantially opposed substantially straight sides (94, 94'), and at least one tab (23, 26) extending partially into aperture (20). The assembly (2) also includes, (b) a rigid support (29) having substantially opposed first (32) and second (35) surfaces, and an aperture (38). The assembly (2) further includes, (c) a locking device (41) positioned at least partially around aperture (38) of rigid support (29). Locking device (41) includes at least one shelf (44, 47) extending out over a portion of the first surface (32) of rigid support (29). The shelf (e.g., 44) and a portion (e.g., 53) of the first surface (32) of rigid support (29) residing thereunder together define a slot (e.g., 62), having an open end (59) and a closed end (56). The second surface (17) of thin film data storage carrier (11) abuts at least a portion of the first surface (32) of rigid support (29). The aperture (20) of data storage carrier (11), and the aperture (38) of rigid support (29) are substantially aligned. Thin film data storage carrier (11) is reversibly fixed to rigid support (29) by means of the tab (e.g., 23 and 26) of data storage carrier (11) being reversibly received within the slot (e.g., 62 and 62'). Also described is a thin film data storage carrier support (5), and a thin film data storage carrier (11) having an aperture (20).
    • 描述了数字数据存储组件(2),例如柔性薄膜光盘。 数字数据存储组件(2)包括:(a)具有基本相对的第一(14)和第二(17)表面的薄膜数据存储载体(11),部分由一对基本相对的 弧形侧面(97,97')和一对基本上相对的基本上直的侧面(94,94'),以及至少一个部分地延伸到孔(20)中的突片(23,26)。 组件(2)还包括(b)具有基本相对的第一(32)和第二(35)表面的刚性支撑件(29)和孔(38)。 组件(2)还包括(c)至少部分地围绕刚性支撑件(29)的孔(38)定位的锁定装置(41)。 锁定装置(41)包括至少一个在刚性支撑件(29)的第一表面(32)的一部分上延伸的搁架(44,47)。 搁架(例如44)和位于其下的刚性支撑件(29)的第一表面(32)的一部分(例如,53)一起限定了具有开口端(59)和封闭 结束(56)。 薄膜数据存储载体(11)的第二表面(17)邻接刚性支撑件(29)的第一表面(32)的至少一部分。 数据存储载体(11)的孔径(20)和刚性支撑件(29)的孔(38)基本对准。 薄膜数据存储载体(11)通过数据存储载体(11)的突片(例如,23和26)可逆地固定到刚性支撑件(29),该卡片(例如,23和26)可逆地接收在该槽内(例如,62和62') 。 还描述了一种薄膜数据存储载体支架(5)和具有孔(20)的薄膜数据存储载体(11)。
    • 2. 发明申请
    • OPTICALLY READABLE DATA STORAGE MEDIUM
    • 光学可读数据存储介质
    • WO2005083691A1
    • 2005-09-09
    • PCT/US2005/004673
    • 2005-02-11
    • FLEXITY LLCBARBEE, David, J.O'CONNOR, Scott, D.WITTKOPF, Eugene, W.
    • BARBEE, David, J.O'CONNOR, Scott, D.WITTKOPF, Eugene, W.
    • G11B7/007
    • G11B7/24079G11B7/24
    • A thin, flexible, optically readable, data storage medium is disclosed. The media comprises a thin, flexible substrate, and at least one thin, resiliently flexible, optically readable data storage carrier releasably held on the substrate. The substrate and carrier(s) thereon form a thin flexible lamination which is resiliently deformable from a substantially planar configuration to a non-planar configuration without substantial separation of the carrier from the substrate and without adversely affecting the optic readability of the carrier(s). The carrier(s) is removed from the substrate for subsequent use with an optical reading device. The resilient flexibility of the media allows it to be attached to non-planar and/or flexible surfaces of consumer products and to be distributed with flexible printed publications, including magazines, catalogs, books, newspapers, and direct mail.
    • 公开了一种薄的,灵活的,光学可读的数据存储介质。 介质包括薄的柔性衬底以及可释放地保持在衬底上的至少一个薄的,弹性柔性的光学可读数据存储载体。 其上的基底和载体形成薄的柔性层压体,其可从基本上平面的构型弹性变形到非平面构型,而不会使载体与衬底基本上分离,并且不会不利地影响载体的光学可读性, 。 载体从衬底上移除以便随后用光学读取装置使用。 介质的弹性灵活性使其可以附着在消费产品的非平面和/或柔性表面上,并与柔性印刷出版物一起分发,包括杂志,目录,书籍,报纸和直邮。