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    • 32. 发明公开
    • 메모리 디바이스 아키텍처 및 동작
    • 存储器件结构和操作
    • KR1020090106645A
    • 2009-10-09
    • KR1020097018004
    • 2008-01-29
    • 마이크론 테크놀로지, 인크.
    • 루파바르,프랭키,에프.
    • G11C16/16G11C16/14G11C16/06
    • G11C16/06G06F12/0246G06F12/04G06F2212/2022G11C16/16G11C19/0858
    • Non-volatile memory devices (100, 610) logically organized to have erase blocks of at least two different sizes provide for concurrent erasure of multiple physical blocks (340) of memory cells (208, 308), while providing for individual selection of those physical blocks (340) for read and program operations, hi this manner, data expected to require frequent updating can be stored in locations corresponding to first erase blocks having a first size while data expected to require relatively infrequent updating can be stored in locations corresponding to second erase blocks larger than the first erase blocks. Storing data expected to require relatively more frequent updating in smaller logical memory blocks facilitates a reduction in unnecessary erasing of memory cells (208, 308). In addition, by providing for larger logical memory blocks for storing data expected to require relatively less frequent updating, efficiencies can be obtained in erasing larger quantities of memory cells (208, 308) concurrently.
    • 逻辑上组织为具有至少两个不同大小的擦除块的非易失性存储器件(100,610)提供对存储器单元(208,308)的多个物理块(340)的同时擦除,同时提供对这些物理 用于读取和编程操作的块(340)。以这种方式,可以将期望需要频繁更新的数据存储在与具有第一尺寸的第一擦除块相对应的位置中,而期望要求相对不频繁更新的数据可以存储在对应于第二 擦除大于第一个擦除块的块。 存储期望在较小逻辑存储器块中需要相对更频繁更新的数据便于减少存储器单元(208,308)的不必要擦除。 此外,通过提供用于存储期望要求相对较少频繁更新的数据的较大逻辑存储器块,可以在同时擦除较大量的存储器单元(208,308)中获得效率。
    • 38. 发明公开
    • Bloch line memory device
    • Blochlinien-Speichereinrichtung。
    • EP0255044A1
    • 1988-02-03
    • EP87110675.3
    • 1987-07-23
    • HITACHI, LTD.
    • Maruyama, YoujiSuzuki, Ryo
    • G11C11/14G11C19/08
    • G11C19/0858
    • A Bloch line memory device in which a stripe magnetic domain (1) is formed within a magnetic film for holding magnetic bubble domains, and Bloch line pairs (4a,4b; 5a, 5b) are stored as information carriers within a magnetic wall defining the magnetic domain. In order to write Bloch lines into the magnetic wall of the stripe magnetic domain, current (I g ) is caused to flow through a single conductor (14) which is so disposed as to cross the mgnetic wall of the stripe magnetic domain. On this occasion, the current through the single conductor (14) is so directed as to generate an in-plane field opposite in sense to magnetization within the magnetic wall of the stripe magnetic domain (1).
    • 一种布洛赫线存储器件,其中在用于保持气泡区域的磁性膜内形成条形磁畴(1),并且布洛赫线对(4a,4b; 5a,5b)作为信息载体存储在限定 磁畴。 为了将Bloch线写入条形磁畴的磁壁,使电流(Ig)流过单个导体(14),该导体被设置为穿过条形磁畴的磁性壁。 在这种情况下,通过单个导体(14)的电流被引导为产生与条状磁畴(1)的磁性壁内的磁化有意义的面内场。