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    • 6. 发明授权
    • Self diagnostic ultrasonic imaging systems
    • 自诊断超声成像系统
    • US5517994A
    • 1996-05-21
    • US340562
    • 1994-11-16
    • Thomas M. BurkeJames Mehi
    • Thomas M. BurkeJames Mehi
    • G01B17/00A61B8/00B06B1/02B06B1/06G01N29/00G01S7/52G01S7/521G01S15/89
    • G01S7/52079B06B1/0622G01S7/5205B06B2201/40G01S15/8918G01S15/8979G01S7/52017
    • A method and apparatus are described for testing the integrity of an ultrasonic transducer probe or the ultrasound system connected to the probe. The elements of the transducer are pulsed at a time when the probe is not in contact with a patient and the surface of the probe lens is exposed to the open air. The channel electronics receives the echo signal returned from the lens-air interface and reverberations between this interface and the transducer. These signals are analyzed by a diagnostic processor coupled to the channel electronics for characteristics such as amplitude, time of echo reception, group delay, and other characteristics to determine the possible existence of problems such as faulty transducer elements or connections and problems in the system receive electronics. The diagnostic processor can adaptively adjust an operating characteristic of the system electronics such as gain or time delay to compensate for a detected out of tolerance condition.
    • 描述了一种用于测试超声波换能器探头或连接到探头的超声系统的完整性的方法和装置。 当探头不与患者接触并且探针透镜的表面暴露于露天时,换能器的元件被脉冲。 通道电子设备接收从透镜空中接口返回的回波信号和该接口与传感器之间的混响。 这些信号由耦合到信道电子设备的诊断处理器分析,用于诸如振幅,回波接收时间,组延迟和其它特性的特性,以确定可能存在诸如故障换能器元件或连接的问题以及系统接收中的问题 电子产品。 诊断处理器可以自适应地调整系统电子设备的操作特性,例如增益或时间延迟,以补偿检测到的超出公差状况。
    • 7. 发明授权
    • Ultrasonic doppler power measurement and display system
    • 超声波多普勒功率测量和显示系统
    • US5471990A
    • 1995-12-05
    • US344261
    • 1994-11-23
    • Graham Thirsk
    • Graham Thirsk
    • G01B17/00A61B8/06G01S7/52G01S15/89A61B8/00
    • G01S15/8979G01S7/52071
    • An ultrasonic diagnostic imaging system is provided which calibrates and quantifies colors of a color power Doppler display to produce quantified measurements of Doppler power intensity. The colors of a color power Doppler image are divided into discrete colors and each color assigned a quantified measure of the Doppler power intensity indicated by that color. When a user moves a cursor over the image the system compares the color of the pixel where the cursor is located with the range of colors and their quantified measures and produces a quantified measure of the Doppler power intensity at the location of the cursor. A line of such measures across a blood vessel can be used to plot a profile of Doppler power intensity across the vessel, and an index number which is a measure of perfusion in a region of the body is determined from an area of a color power Doppler image.
    • 提供了一种超声诊断成像系统,其校准和量化彩色多普勒显示器的颜色,以产生多普勒功率强度的量化测量。 彩色功率多普勒图像的颜色被分成离散的颜色,并且每种颜色分配由该颜色指示的多普勒功率强度的量化测量。 当用户将光标移动到图像上时,系统将光标所在像素的颜色与颜色范围及其量化的度量进行比较,并产生在光标位置处的多普勒功率强度的量化测量。 跨血管的一系列这种措施可以用于绘制整个血管的多普勒功率强度分布图,并且从身体的区域中的灌注量测定的指数是从彩色多普勒 图片。
    • 10. 发明授权
    • Intraoperative ultrasound probe
    • 术中超声探头
    • US5381795A
    • 1995-01-17
    • US155447
    • 1993-11-19
    • Timothy F. NordgrenDeborah K. ImlingJoseph L. UngariDonald G. KillamRonald E. McKeighen
    • Timothy F. NordgrenDeborah K. ImlingJoseph L. UngariDonald G. KillamRonald E. McKeighen
    • A61B8/06A61B8/12H01R9/03H01R43/02A61B8/00
    • H01R9/032A61B8/06A61B8/12H01R43/0256A61B8/445H01R2201/12H01R23/6873Y10T29/49222
    • An intraoperative ultrasonic transducer probe is described comprising a handle section and a transducer section which resemble a tiny leg and foot. The two sections are obtusely angled relative to each other so that the physician may continue to clearly view the surgical site while holding and manipulating the probe. The extension of the transducer section away from its point of attachment to the handle section results in the toe of the foot being insertable under unincised tissue, enabling the surgeon to ultrasonically examine organs and tissue peripheral to the surgical site and to follow a vessel even beyond the incision. The transducer section is completely encapsulated in a rubberlike material which electrically insulates the transducer from the patient, enables the probe to be easily sterilized, and further provides an inherent standoff between the transducer and the contact surface of the probe. Thus, the transducer can be focused immediately at the skin line of the organ or vessel which is in contact with the probe. The probe can be easily assembled by providing termination assemblies for attaching coaxial cable conductors to the printed circuit board assembly of the probe.
    • 描述了一种术中超声换能器探针,其包括类似于小腿和脚的手柄部分和换能器部分。 两个部分相对于彼此是钝的,使得医生可以在保持和操纵探针的同时继续清楚地观察手术部位。 换能器部分远离其附接点到手柄部分的延伸导致脚的脚趾可插入到未矫正的组织中,使得外科医生能够超声检查外科手术部位周围的器官和组织,并且跟随血管甚至超出 切口。 换能器部分完全封装在橡胶状材料中,使得换能器与患者电绝缘,使得探针易于消毒,并进一步提供换能器与探针的接触表面之间固有的间隙。 因此,换能器可以立即聚焦在与探针接触的器官或血管的皮肤线上。 可以通过提供用于将同轴电缆导体连接到探针的印刷电路板组件的终端组件来容易地组装探针。