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    • 85. 发明授权
    • Organically responsive scrolling in ultrasonic diagnostic equipment
    • 超声诊断设备有机响应滚动
    • US5375599A
    • 1994-12-27
    • US51703
    • 1993-04-26
    • Yutaka Shimizu
    • Yutaka Shimizu
    • A61B8/00G01S15/58G01S15/89
    • G01S15/8979G01S15/58G01S15/899
    • Ultrasonic diagnostic equipment in which a probe beams ultrasonic waves into a living body under examination and detects reflected ultrasonic signals echoed or scattered therefrom. Data obtained from detected signals reflected from sounding lines of the ultrasonic emission are processed by a transmit and receive circuit or a Doppler detector to produce imaging data for M-mode display (corresponding to one radial or other line of a B-scan sweep) or for Doppler-mode display, on a video display monitor. The imaging data are written into a line memory driven by a 3 KHz clocking signal. In turn, the cycles of imaging data from the line memory are overwritten into a display memory via a clocking signal at a frequency selected by a display scrolling speed controller. The display scrolling speed controller, given an operator-selected display heartbeat number indicating how many heart beats is to be displayed per frame on the monitor, varies the speed at which recorded organic data are scrolled on screen according to the rate of periodicity of an organic function, e.g. of the heart, as measured by a measurement means. Scrolling-on of data in display is thus at a speed varying in synchronization with the rate of periodicity of the organic function so that data indicating and subject to the influence of periodic variance of the organic function in connection with examination is properly displayed as required for diagnosis.
    • 超声波诊断设备,其中探测器将超声波射入检测中的生物体中,并检测反射或散射的反射超声波信号。 通过发射和接收电路或多普勒检测器处理从超声发射的探测线反射的检测信号获得的数据,以产生用于M模式显示(对应于B扫描扫描的一个径向或其他线)的成像数据,或 用于多普勒模式显示,在视频显示监视器上。 成像数据被写入由3KHz时钟信号驱动的行存储器中。 反过来,来自行存储器的成像数据的循环通过由显示滚动速度控制器选择的频率的时钟信号重写到显示存储器中。 显示滚动速度控制器,给出操作者选择的显示心跳数,指示监视器上每帧要显示多少心跳次数,根据有机物的周期速率改变记录的有机数据在屏幕上滚动的速度 功能,例如 的心脏,通过测量手段测量。 因此,显示中的数据的滚动速度与有机功能的周期性速率同步变化,从而根据需要适当地显示表示有机功能与检查有关的周期性变化的影响的数据 诊断。
    • 86. 发明授权
    • Vane type gas compressor
    • 叶片式气体压缩机
    • US5356277A
    • 1994-10-18
    • US017324
    • 1993-02-11
    • Masaru YamaguchiMakoto IjiriShuji YamaneYutaka Shimizu
    • Masaru YamaguchiMakoto IjiriShuji YamaneYutaka Shimizu
    • F04C18/344F01C21/02F01C21/10F04C29/00
    • F01C21/02F01C21/10F04C2210/26F04C2230/92F05C2201/0439F05C2201/903Y10S384/913
    • A rotary vane compressor comprises a cylinder having two closed ends defining a cylinder chamber in which is rotatably mounted a rotor. The rotor carries a plurality of radially movable vanes which move radially into sliding contact with the inner surface of the cylinder chamber during rotation of the rotor to compress a refrigerant gas. The rotor is rotationally driven by a rotor shaft rotatably mounted by bearings in the cylinder ends. To prevent destruction of the ozone layer, a refrigerant containing no chlorine, such as HFC-134a (1,1,1,2-tetrafluoroethane; CH.sub.2 FCF.sub.3) is used, and to compensate for the inferior lubricating properties of the chlorine-free refrigerant, the bearings are provided with a manganese phosphate coating of 10 .mu.m-15 .mu.m thickness to prevent cohesion and seizure of the mutually contacting surfaces of the bearings and rotor shaft.
    • 旋转叶片压缩机包括具有限定汽缸室的两个封闭端的气缸,其中可旋转地安装有转子。 转子承载多个可径向移动的叶片,其在转子旋转期间径向地与气缸室的内表面滑动接触以压缩制冷剂气体。 转子由转子轴旋转驱动,该转子轴通过圆筒端部中的轴承可旋转地安装。 为了防止破坏臭氧层,使用HFC-134a(1,1,1,2-四氟乙烷; CH 2FCF 3)等不含氯的制冷剂,为了补偿无氯制冷剂的润滑性差, 该轴承设置有10μm-15μm厚的磷酸锰镀层,以防止轴承和转子轴相互接触的表面的内聚力和卡滞。