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    • 85. 发明申请
    • Solar Photovoltaic System
    • 太阳能光伏系统
    • US20130046416A1
    • 2013-02-21
    • US13579056
    • 2010-12-20
    • Kazuyoshi OsakoYoshiaki Sato
    • Kazuyoshi OsakoYoshiaki Sato
    • G05F5/00
    • G05F1/67H02J3/385Y02E10/58
    • Disclosed is a solar photovoltaic power generator system that includes a solar cell panel and a power conditioner that controls a voltage or a current of generated power output from the solar cell panel as an operating value in accordance with a characteristic of the solar cell panel to search a maximum output point of the generated power so as to be supplied to a power system. The power conditioner includes a data memory module that stores a plurality of operating values and a plurality of patterns of the generated powers from the solar cell panel based on the operating values, and a maximum power point tracking module that adds a new operating value based on the pattern of the generated power in the past to calculate the operating values for the next search, and sets the maximum value through an algorithm.
    • 公开了一种太阳能光伏发电系统,其包括:太阳能电池面板和功率调节器,其根据太阳能电池面板的特性来控制从太阳能电池面板输出的发电功率的电压或电流作为工作值进行搜索 产生的电力的最大输出点,以供应给电力系统。 功率调节器包括数据存储器模块,其基于操作值存储来自太阳能电池面板的多个操作值和多个图案的生成的功率;以及最大功率点跟踪模块,其基于 过去产生的功率的模式来计算下一次搜索的操作值,并通过算法设置最大值。
    • 86. 发明授权
    • Endoscopic apparatus and diagnosis system
    • 内窥镜装置及诊断系统
    • US07942812B2
    • 2011-05-17
    • US11674772
    • 2007-02-14
    • Yoshiaki Sato
    • Yoshiaki Sato
    • A61B1/00
    • A61B1/042A61B6/10
    • A diagnosis system composed of a fluoroscopic apparatus for obtaining a fluoroscopic image of an internal body be radiating x-rays to the body, and an endocopic apparatus for obtaining an optical image of the internal body part to be observed by inserting an insertion section of the endoscope into the body. In an operating section of the endoscope, a fluoroscope operating section for operating the fluoroscopic apparatus is disposed. Operation signals from the fluoroscope operating section are sent from a communication I/F of an endoscopic processor to the fluoroscopic apparatus. The fluoroscoptic apparatus receives the operation signals with a fluoroscopic processor and controls a fluoroscopic table.
    • 由用于获得内部主体的透视图像的荧光检查装置构成的诊断系统将X射线照射到身体,以及内窥镜装置,用于通过插入所述内窥镜的插入部分来获得待观察的内部身体部分的光学图像 内窥镜进入体内。 在内窥镜的操作部中设置有用于操作荧光检查装置的荧光镜操作部。 来自荧光镜操作部的操作信号从内窥镜处理器的通信I / F发送到荧光检查装置。 荧光装置用荧光检查处理器接收操作信号并控制透视表。
    • 89. 发明授权
    • Ultrasonograph and method and program for generating ultrasonotomographic image
    • 超声波图像和生成超声图像的方法和程序
    • US07824334B2
    • 2010-11-02
    • US11312466
    • 2005-12-21
    • Yoshiaki Sato
    • Yoshiaki Sato
    • A61B8/00
    • G06T5/004G06T2207/10132G06T2207/30004
    • An ultrasonograph is provided with a frequency component adjuster that adjusts spatial frequency components of original image data RAW0 of an ultrasonotomographic image. The frequency component adjuster is constituted of an unsharp image data generator, a subtraction circuit, a weighting circuit, an integration circuit, a multiplication circuit and an addition circuit. The unsharp image data generator circuit generates unsharp image data RAWi (i=1 to 5) by reducing the spatial frequency components of the original image data RAW0 in five steps. The subtraction circuit generates differential image data ΔRAWj (j=1 to 4) by subtracting the unsharp image data RAW1 from RAWi-1. The weighting circuit weights the differential image data ΔRAWj by multiplying them by respective coefficients kj (−1
    • 超声波诊断仪设置有调整超声波图像的原始图像数据RAW0的空间频率分量的频率分量调整器。 频率分量调整器由清晰图像数据发生器,减法电路,加权电路,积分电路,乘法电路和加法电路构成。 不清晰的图像数据生成器电路通过以五个步骤减少原始图像数据RAW0的空间频率分量来生成不清晰的图像数据RAWi(i = 1至5)。 减法电路通过从RAWi-1中减去不清晰图像数据RAW1来生成差分图像数据&Dgr; RAWj(j = 1至4)。 加权电路通过将它们乘以相应的系数kj(-1