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    • 74. 发明授权
    • Trocar assembly
    • 套管套装
    • US5817061A
    • 1998-10-06
    • US857433
    • 1997-05-16
    • Matthew S. GoodwinMichael A. Murray
    • Matthew S. GoodwinMichael A. Murray
    • A61B17/00A61B17/34A61B19/00A61M5/18
    • A61B17/3417A61B2017/0023A61B2017/00362A61B2017/00473A61B2017/3456A61B2017/346A61B90/361
    • A multi-patient use trocar assembly is disclosed. The trocar assembly has obturator and cannula subassemblies. The obturator subassembly has an elongated obturator shaft which can receive an endoscope at its distal end. The obturator shaft is reusable for multi-patient use. A transparent obturator tip is detachably mounted onto the end of the obturator shaft. The obturator tip is transparent and disposable. Because it is transparent, illuminated images provided by the endoscope within the body cavity can be transmitted through the obturator tip. Once the trocar assembly is used on a first patient, the obturator tip is detached and disposed of, and replaced with another obturator tip. Hospital costs are reduced because the trocar assembly can be reused multiple times, and only the obturator tip needs to be disposed of after each patient use.
    • 公开了一种多病人使用套管针组件。 套管针组件具有闭塞器和插管子组件。 闭塞器子组件具有细长的闭塞轴,其能够在其远端接纳内窥镜。 闭孔轴是可重复使用的多用户使用。 透明的闭孔尖端可拆卸地安装在封闭器轴的端部上。 闭孔提示是透明和一次性的。 由于是透明的,所以内窥镜在体腔内提供的照明图像可以通过闭孔器尖端传播。 一旦套管针组件在第一个患者上被使用,则闭孔器尖端被分离并处理并被另一个闭孔器尖端代替。 由于套管针组件可以多次重复使用,所以医院费用降低,每个患者使用后仅需要处理闭塞器尖端。
    • 76. 发明授权
    • Serial address generator for burst memory
    • 串行地址发生器用于突发存储器
    • US5452261A
    • 1995-09-19
    • US265535
    • 1994-06-24
    • Jinyong ChungMichael A. Murray
    • Jinyong ChungMichael A. Murray
    • G11C7/10G11C8/00
    • G11C7/1018
    • A serial address generator for a sequential (burst mode) random access memory generates a sequence of internally generated addresses for fast cycling. The start address is externally provided. Then, as the clock signals arrive, the subsequent addresses are generated in sequence by the address sequencer. The address sequencer is preset to the second address in the sequence following the start address. Simultaneously, the start address is connected by an external address enable switch to an output terminal of the address generator, bypassing the address sequencer. When the first clock signal arrives at the address sequencer, the address sequencer output is sampled by closing an internal address enable switch and opening the external address enable switch. Thus the internally generated addresses are provided immediately following the start address. The address sequencer thereby generates each address one clock cycle ahead of that in the prior art, and the output address is provided one half clock cycle ahead of that in the prior art.
    • 用于顺序(突发模式)随机存取存储器的串行地址生成器产生用于快速循环的内部生成的地址序列。 起始地址是外部提供的。 然后,随着时钟信号到达,随后的地址由地址定序器依次生成。 地址序列器按照起始地址之后的序列预设到第二个地址。 同时,起始地址通过外部地址使能开关连接到地址发生器的输出端,绕过地址定序器。 当第一个时钟信号到达地址定序器时,通过关闭内部地址使能开关并打开外部地址使能开关来对地址序列器输出进行采样。 因此,在起始地址之后立即提供内部生成的地址。 地址序列器因此在现有技术中比一个时钟周期生成每个地址,并且输出地址比现有技术中提前一个半时钟周期。