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    • 1. 发明申请
    • Data Storage Device
    • 数据存储设备
    • US20080198644A1
    • 2008-08-21
    • US11917571
    • 2006-06-08
    • Per BromsChrister KarlssonGeirr I. LeistadPer HambergStaffan BjorklidJohan CarlssonGoran GustafssonHans Gude Gudesen
    • Per BromsChrister KarlssonGeirr I. LeistadPer HambergStaffan BjorklidJohan CarlssonGoran GustafssonHans Gude Gudesen
    • G11C11/00G11C7/00
    • G06K7/0021B82Y10/00G11B9/02G11B9/1454G11C11/22G11C11/5664G11C13/0009G11C13/0014G11C13/0016
    • In a non-volatile electric memory system a memory unit (4) and a read/write unit (11) are provided as physically separate units. The memory unit (10) is based on a memory material (4) that can be set to at least two distinct physical states by applying an electric field across the memory material. Electrode means and/or contact means are either provided in the memory unit or in the read/write unit and contact means are at least always provided in the read/write unit. Electrodes and contacts are provided in a geometrical arrangement, which defines geometrically one or more memory cells in the memory layer. Contact means in the read/write unit are provided connectable to driving, sensing and control means located in the read/write unit or in an external device connected with the latter. Establishing a physical contact between the memory unit and the read/write unit closes an electrical circuit over the addressed memory cell such that read, write or erase operations can be effected. The memory material of the memory unit can be a ferroelectric or electret material that can be polarized into two discernible polarization states, or it can be a material with a resistive impedance characteristic such that a memory cell of the material can be set to a specific stable resistance value by the application of an electric field.
    • 在非易失性电存储器系统中,存储器单元(4)和读/写单元(11)被提供为物理上分离的单元。 存储器单元(10)基于可通过在存储器材料上施加电场而被设置为至少两种不同物理状态的存储器材料(4)。 电极装置和/或接触装置被提供在存储器单元或读/写单元中,并且接触装置至少总是设置在读/写单元中。 电极和触点以几何布置提供,其几何地限定存储器层中的一个或多个存储器单元。 读/写单元中的接触装置可连接到位于读/写单元中的驱动,感测和控制装置或与其连接的外部设备。 在存储器单元和读/写单元之间建立物理接触关闭寻址的存储单元上的电路,从而可以实现读,写或擦除操作。 存储单元的存储材料可以是铁电或驻极体材料,其可以被极化成两个可识别的极化状态,或者它可以是具有电阻阻抗特性的材料,使得材料的存储单元可以被设置为特定的稳定 通过施加电场的电阻值。
    • 4. 发明授权
    • Data storage device
    • 数据存储设备
    • US07764529B2
    • 2010-07-27
    • US11917579
    • 2006-06-08
    • Geirr I. LeistadPer BromsChrister Karlsson
    • Geirr I. LeistadPer BromsChrister Karlsson
    • G11C5/02
    • G06K7/0021B82Y10/00G11B9/02G11B9/1454G11C11/22G11C11/5664G11C13/0009G11C13/0014G11C13/0016
    • In a non-volatile electric memory system a card-like memory unit (10) and a read/write unit (11) are provided as physically separate units. The memory unit (10) is based on a memory material (4) that can be set to at least two distinct physical states by applying an electric field across the memory material. The read/write unit (10) comprises contact means (9) provided in a determined geometrical pattern enabling a definition of memory cells in memory unit (10) in an initial write operation, the memory cells being located in a geometrical pattern corresponding to that of the contact means (9). Establishing a physical contact between the memory unit (10) and the read/write unit (11) closes an electrical circuit over an addressed memory cell such that read, write or erase operations can be effected. The memory material (4) of the memory unit (10) can be a ferroelectric or electret material that can be polarized into two discernible polarization states, or it can be a material with a resistive impedance characteristic such that a memory cell of the material can be set to a specific stable resistance value by the application of an electric field.
    • 在非易失性电存储器系统中,作为物理上分离的单元设置有卡状存储器单元(10)和读/写单元(11)。 存储器单元(10)基于可通过在存储器材料上施加电场而被设置为至少两种不同物理状态的存储器材料(4)。 读/写单元(10)包括以确定的几何图案提供的接触装置(9),使得能够在初始写入操作中对存储器单元(10)中的存储器单元进行定义,存储器单元位于与其对应的几何图案 的接触装置(9)。 在存储器单元(10)和读/写单元(11)之间建立物理接触通过寻址的存储单元封闭电路,从而可以实现读,写或擦除操作。 存储单元(10)的存储材料(4)可以是铁电或驻极体材料,其可以被极化成两个可识别的极化状态,或者它可以是具有阻抗特性的材料,使得材料的存储单元可以 通过施加电场来设定为特定的稳定电阻值。
    • 5. 发明申请
    • Data Storage Device
    • 数据存储设备
    • US20080198640A1
    • 2008-08-21
    • US11917579
    • 2006-06-08
    • Geirr I. LeistadPer BromsChrister Karlsson
    • Geirr I. LeistadPer BromsChrister Karlsson
    • G11C5/02G11C7/00G11C11/00G11C11/22
    • G06K7/0021B82Y10/00G11B9/02G11B9/1454G11C11/22G11C11/5664G11C13/0009G11C13/0014G11C13/0016
    • In a non-volatile electric memory system a card-like memory unit (10) and a read/write unit (11) are provided as physically separate units. The memory unit (10) is based on a memory material (4) that can be set to at least two distinct physical states by applying an electric field across the memory material. The read/write unit (10) comprises contact means (9) provided in a determined geometrical pattern enabling a definition of memory cells in memory unit (10) in an initial write operation, the memory cells being located in a geometrical pattern corresponding to that of the contact means (9). Establishing a physical contact between the memory unit (10) and the read/write unit (11) closes an electrical circuit over an addressed memory cell such that read, write or erase operations can be effected. The memory material (4) of the memory unit (10) can be a ferroelectric or electret material that can be polarized into two discernible polarization states, or it can be a material with a resistive impedance characteristic such that a memory cell of the material can be set to a specific stable resistance value by the application of an electric field.
    • 在非易失性电存储器系统中,作为物理上分离的单元设置有卡状存储器单元(10)和读/写单元(11)。 存储器单元(10)基于可通过在存储器材料上施加电场而被设置为至少两种不同物理状态的存储器材料(4)。 读/写单元(10)包括以确定的几何图案提供的接触装置(9),使得能够在初始写入操作中对存储器单元(10)中的存储器单元进行定义,存储器单元位于与其对应的几何图案 的接触装置(9)。 在存储器单元(10)和读/写单元(11)之间建立物理接触通过寻址的存储单元封闭电路,从而可以实现读,写或擦除操作。 存储单元(10)的存储材料(4)可以是铁电或驻极体材料,其可以被极化成两个可识别的极化状态,或者它可以是具有阻抗特性的材料,使得材料的存储单元可以 通过施加电场来设定为特定的稳定电阻值。
    • 7. 发明授权
    • Read-only memory and read-only memory device
    • 只读存储器和只读存储器件
    • US06380597B1
    • 2002-04-30
    • US09297521
    • 1999-09-13
    • Hans Gude GudesenPer-Erik NordalGeirr I. Leistad
    • Hans Gude GudesenPer-Erik NordalGeirr I. Leistad
    • G11C1706
    • G11C13/0014B82Y10/00G11C11/5664G11C11/5692G11C13/0016H01L27/112
    • A read-only memory is made electrically addressable over a passive conductor matrix, wherein the volume between intersection of two conductors (2; 4) in the matrix defines a memory cell (5). Data are stored as impedance values in the memory cells. The memory cells (5) comprise either an isolating material (6) which provides high impedance or one or more inorganic or organic semiconductors (9), preferably with an anisotropic conducting property. The semiconductor material (9) forms a diode junction at the interface to a metallic conductor (2; 4) in the matrix. By suitable arrangement of respectively the isolating material (6) and semiconductor material (9) in the memory cells these may be given a determined impedance value which may be read electrically and corresponds to logical values in a binary or multi-valued code. One or more read-only memories (ROM) may be provided on a semiconductor substrate (1) which also comprises driver and control circuits (13), to accomplish a read-only memory device. The device may be realized either planar or also volumetrically by stacking several read-only memories (ROM) in horizontal layers (15) and connecting them with the substrate (1) via addressing buses.
    • 只读存储器在无源导体矩阵上可电寻址,其中矩阵中两个导体(2; 4)的相交之间的体积限定了存储单元(5)。 数据作为阻抗值存储在存储单元中。 存储单元(5)包括提供高阻抗的隔离材料(6)或一个或多个无机或有机半导体(9),优选具有各向异性导电性能。 半导体材料(9)在与基体中的金属导体(2; 4)的界面处形成二极管结。 通过分别将存储单元中的隔离材料(6)和半导体材料(9)适当地布置,这些可以被给予确定的阻抗值,其可以被电读取并对应于二值或多值代码中的逻辑值。 可以在也包括驱动器和控制电路(13)的半导体衬底(1)上提供一个或多个只读存储器(ROM),以实现只读存储器件。 该装置可以通过在水平层(15)中堆叠几个只读存储器(ROM)并且经由寻址总线将其与衬底(1)连接来实现平面或体积式地实现。
    • 10. 发明授权
    • Method for generation of electrically conducting or semiconducting structures in three dimensions and methods for erasure of the same structures
    • 用于在三维中产生导电或半导体结构的方法以及用于擦除结构的方法
    • US06403396B1
    • 2002-06-11
    • US09381995
    • 1999-09-28
    • Hans Gude GudesenPer-Erik NordalGeirr I. Leistad
    • Hans Gude GudesenPer-Erik NordalGeirr I. Leistad
    • H01L5140
    • H01L51/0001H01L21/768H01L21/76888H01L21/76894H01L21/8221H01L51/0024H01L2924/0002Y10T29/41H01L2924/00
    • Electrically conducting and/or semiconducting structures are generated in three dimensions in a composite matrix including two or more materials provided in spatially separate and homogenous material structures. Materials undergo specific physical and/or chemical changes causing transition from electrically non-conducing to electrically conducting and semiconducting state. The material structures are radiated with a given intensity or frequency characteristic adapted to the specific response of the material. Spatially modulating the radiation according to a protocol representing a pattern of electrically conducing and semiconducting structures in the relevant material structures generates the two dimensional electrically conducting and semiconducting structures in the material structure. The composite matrix is provided with electrically conducting and semiconducting structures in three dimensions. Spectral ranges of the radiation include gamma, x-ray, ultraviolet, visible light, inferred, and microwave. Particle radiation used for irradiation includes elementary particles including protons, neutrons, electrons, ions, molecules, and material aggregates.
    • 导电和/或半导体结构在三维生成复合基质中,包括在空间上分离和均匀的材料结构中提供的两种或多种材料。 材料经历特定的物理和/或化学变化,导致从电导通到导电和半导体状态的转变。 材料结构以适合材料的特定响应的给定强度或频率特性辐射。 根据表示相关材料结构中导电和半导体结构的图案的协议对辐射进行空间调制,在材料结构中产生二维导电和半导体结构。 复合矩阵在三维空间中提供导电和半导体结构。 辐射的光谱范围包括γ,X射线,紫外线,可见光,推测和微波。 用于照射的粒子辐射包括包括质子,中子,电子,离子,分子和材料聚集体的基本粒子。