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    • 31. 发明授权
    • Dynamically stable associative learning neural network system
    • 动态稳定关联学习神经网络系统
    • US5588091A
    • 1996-12-24
    • US400124
    • 1995-03-02
    • Daniel L. AlkonThomas P. VoglKim T. BlackwellGarth S. Barbour
    • Daniel L. AlkonThomas P. VoglKim T. BlackwellGarth S. Barbour
    • G06N3/04G06F15/18
    • G06K9/4628G06K9/627G06N3/04
    • A dynamically stable associative learning neural network system includes, in its basic architectural unit, at least one each of a conditioned signal input, an unconditioned signal input and an output. Interposed between input and output elements are "patches," or storage areas of dynamic interaction between conditioned and unconditioned signals which process information to achieve associative learning locally under rules designed for application-related goals of the system. Patches may be fixed or variable in size. Adjustments to a patch radius may be by "pruning" or "budding." The neural network is taught by successive application of training sets of input signals to the input terminals until a dynamic equilibrium is reached. Enhancements and expansions of the basic unit result in multilayered (multi-subnetworked) systems having increased capabilities for complex pattern classification and feature recognition.
    • 动态稳定的关联学习神经网络系统在其基本架构单元中包括调节信号输入,无条件信号输入和输出中的至少一个。 在输入和输出元件之间插入“补丁”或在条件和非条件信号之间的动态交互的存储区域,其处理信息以在本地针对系统的应用相关目标设计的规则下本地实现关联学习。 补丁可能是固定的或可变的大小。 补丁半径的调整可能是“修剪”或“萌芽”。 通过将输入信号的训练集合连续应用到输入端子来教导神经网络,直到达到动态平衡。 基本单元的增强和扩展导致具有增加的复杂图案分类和特征识别能力的多层(多子网络)系统。
    • 32. 发明授权
    • Method for the removal of splinters
    • 去除碎片的方法
    • US4570613A
    • 1986-02-18
    • US523712
    • 1983-08-15
    • Daniel L. Alkon
    • Daniel L. Alkon
    • A61B17/32A61B17/50
    • A61B17/50A61B17/32
    • A method of removing splinters and the like from the human body includes steps wherein the upper cellular layers of the skin in the area of the splinter are removed by applying substantially unidirectional shaving strokes to the area with a razor-like blade in a direction substantially opposite the direction of insertion of the splinter. After an amount of skin sufficient to expose a portion of the splinter has been removed, continued unidirectional stroking causes the blade to cut slightly into the now exposed splinter to effect the grasping thereof with the blade, whereupon the splinter is extracted by the blade. The preferred apparatus used in performing the method comprises a cutting head, a razor-like blade mounted in the cutting head and an offset handle attached to the cutting head for guiding the apparatus across the skin of a patient to effect shaving strokes in accordance with the method.
    • 从人体去除碎片等的方法包括以下步骤,其中通过在基本上相反的方向上以剃刀状刀片施加基本上单向的剃须笔划来去除碎片区域中的皮肤的上细胞层 碎片的插入方向。 在足够暴露碎片的一部分的皮肤的量已经被去除之后,继续的单向抚摸使得刀片稍微切割成现在暴露的碎片,以利用刀片抓住它,于是碎片被刀片抽出。 用于执行该方法的优选装置包括切割头,安装在切割头中的剃须刀状刀片和附接到切割头的偏置手柄,用于将装置引导穿过患者的皮肤,以根据 方法。