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    • 1. 发明授权
    • Electric-powered shutter apparatus for a building opening
    • 用于建筑物开口的电动快门装置
    • US5799716A
    • 1998-09-01
    • US780009
    • 1996-12-23
    • Kenji YamaguchiTadashi SasakiAkira KoyanoKenji Hosoyama
    • Kenji YamaguchiTadashi SasakiAkira KoyanoKenji Hosoyama
    • E06B9/56E06B9/62E06B9/72E06B9/74E06B9/80E06B9/82A47G5/02
    • E06B9/62E06B9/72E06B9/82
    • An electric-powered shutter apparatus to be mounted to a building. A winding drum (4) of an electric-powered shutter device (1) is provided with a driving mechanism including an electric motor (7) and a single-directional rotary clutch device (8). A balance tension device (9) is provided at the other end of the apparatus. The clutch device (8) is configured to slip when the load of the rotation in the direction of the curtain being fed exceeds a certain load. Further, the load at which the clutch device (8) slips is set so as to be greater than the force for forcibly rotating the electric motor when disconnected from electric power. The balancing tension device (9) is balanced against the sum of the weight of the shutter curtain (2) and the load for forcibly rotating the electric motor (7). Thus, the need for a braking device for the electric-powered shutter apparatus to be mounted to a building is eliminated.
    • 一种要安装在建筑物上的电动快门装置。 电动闸门装置(1)的卷绕筒(4)设置有包括电动马达(7)和单向旋转离合器装置(8)的驱动机构。 平衡张紧装置(9)设置在装置的另一端。 离合器装置(8)构造成当进给的帘子方向上的旋转载荷超过一定载荷时滑动。 此外,离合器装置(8)滑动的负载被设定为大于在断开电力时强制旋转电动机的力。 平衡张紧装置(9)与快门帘(2)的重量和用于强制旋转电动机(7)的负载之和相平衡。 因此,消除了将电动快门装置的制动装置安装到建筑物上的需要。
    • 2. 发明授权
    • Ultrasonic diagnostic apparatus
    • 超声波诊断仪
    • US4622977A
    • 1986-11-18
    • US675824
    • 1984-11-28
    • Kouroku NamekawaAkira KoyanoChihiro Kasai
    • Kouroku NamekawaAkira KoyanoChihiro Kasai
    • A61B8/00A61B8/06G01S15/89A61B10/00
    • A61B8/06G01S15/8979
    • An ultrasonic diagnostic device capable of the accurate real-time measurement and display of the amount of deviation in the velocity distribution of moving objects within a living organism. This apparatus represents an improvement on the ultrasonic diagnostic apparatus of the type wherein an ultrasonic pulse beam is repeatedly transmitted into a living organism at a fixed pulse rate and the reflected echoes are picked up, amplified and displayed, the improvement comprising a complex signal converter for converting a received high frequency signal into complex signals by mixing the received high frequency signal with a pair of complex reference signals which have frequencies that are integer multiples of the pulse rate and which are complexly related to one another, an autocorrelator for determining the autocorrelation of the complex signals, the autocorrelator having a delay time equal to an integer multiple of the pulse period, and a deviation determinator for determining the amount of deviation from the autocorrelation.
    • 一种超声波诊断装置,能够精确地实时测量和显示活体内活动物体的速度分布的偏差量。 该装置表示超声波诊断装置的改进,其中超声波脉冲束以固定脉冲速度重复传输到生物体中,并且反射的回波被拾取,放大和显示,改进包括复数信号转换器,用于 通过将接收的高频信号与具有脉冲频率的整数倍的频率并且彼此复杂相关的频率的一对复参考信号混合,将接收的高频信号转换为复信号,用于确定自相关的自相关 复信号,具有等于脉冲周期的整数倍的延迟时间的自相关器,以及用于确定与自相关的偏差量的偏差确定器。
    • 3. 发明授权
    • Ultrasonic diagnostic apparatus
    • 超声波诊断仪
    • US4573477A
    • 1986-03-04
    • US487147
    • 1983-04-21
    • Koroku NamekawaAkira KoyanoChihiro Kasai
    • Koroku NamekawaAkira KoyanoChihiro Kasai
    • A61B8/00A61B8/06G01P5/24G01S15/58G01S15/89A61B10/00
    • G01S15/8988A61B8/06G01P5/244G01S15/582G01S15/8977G01S15/8979
    • An ultrasonic diagnostic apparatus for accurately displaying the velocity distribution of moving members within a living organism. The apparatus constitutes an improvement on the ultrasonic diagnostic apparatus of the type wherein an ultrasonic pulse beam is repeatedly transmitted into the living organism at a fixed pulse rate and the reflected echoes are picked up, amplified and displayed, wherein the improvement comprises a complex signal converter for converting a received high frequency signal into complex signals by mixing the received high frequency signal with a pair of complex reference signals which have frequencies that are integer multiples of the pulse rate and which are complexly related to one another, an autocorrelator for determining the autocorrelation of the complex signals, the autocorrelator having a delay time equal to an integer multiple of the pulse period, and a velocity determination circuit for determining the velocity through said autocorrelation. The apparatus is capable of measuring the velocity distribution of moving members within the organism and of rapidly displaying the measured results in real time.
    • 一种用于精确地显示活体内的移动部件的速度分布的超声波诊断装置。 该装置构成对超声波诊断装置的改进,其中超声波脉冲束以固定的脉冲速度重复地传输到生物体中,并且反射回波被拾取,放大和显示,其中改进包括复信号转换器 用于通过将接收的高频信号与具有脉冲频率的整数倍的频率并且彼此复杂相关的频率的一对复参考信号混合来将接收到的高频信号转换成复信号,用于确定自相关的自相关器 所述自相关器具有等于所述脉冲周期的整数倍的延迟时间,以及速度确定电路,用于确定通过所述自相关的速度。 该装置能够测量生物体内移动构件的速度分布,并实时快速显示测量结果。