会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Method and apparatus for storing digital information in fluid medium
    • 在流体介质中存储数字信息的方法和装置
    • US3834411A
    • 1974-09-10
    • US74502968
    • 1968-07-15
    • DADE REAGENTS INC
    • JONES A
    • F15C4/00G06D1/00
    • F15C4/00Y10T137/0318Y10T137/2076
    • A fluidic memory system which is compatible with conventional fluidic logic elements includes a number of pumps for selectively introducing quanta or segments of any of a plurality of fluids into the input end of a storage tube in response to a digital input signal. The different fluids are generally immiscible as used in the system and are distinguishable from each other by characteristic and detectable differences in a physical property, each fluid being representative of a discrete data level of the input signal. A pattern of fluid quanta is thus formed in sequential relation in the tube to provide a ''''permanent'''' or ''''non-volatile'''' representation of the input signal. The fluids remain separate, although adjacent quanta are contiguous, as they are advanced through the tube. As the fluid pattern is transmitted along the tube the selected physical characteristics of the fluid quanta or segments is sensed by a detector and signals are generated which correspond with the data level of each fluid being sensed. The signal pattern may then be recirculated, or a new pattern may be introduced into the memory tube. Fluids discharged at the output end of the tube may be separated and returned to their respective pumps. Modifications including a scanning system for reading the data at a faster rate then the propagation rate of the individual quanta are also described.
    • 与常规流体逻辑元件兼容的流体存储器系统包括多个泵,用于响应于数字输入信号而选择性地将多个流体中的任何一个的量子或分段引入存储管的输入端。 不同的流体通常在系统中是不混溶的,并且通过物理性质的特征和可检测的差异彼此区分,每个流体代表输入信号的离散数据水平。 因此在管中以顺序关系形成流体量子的图案,以提供输入信号的“永久”或“非易失性”表示。 流体保持分离,尽管相邻的量子是连续的,因为它们通过管子前进。 当流体模式沿着管传播时,流体量子或段的所选物理特性由检测器感测,并产生与被感测的每种流体的数据水平相对应的信号。 然后信号图案可以被再循环,或者可以将新的图案引入到存储管中。 在管的输出端排出的液体可以分离并返回到它们各自的泵。 还描述了包括用于以更快速率读取数据的扫描系统以及各个量子的传播速率的修改。