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    • 11. 发明授权
    • Medical image processing method and apparatus for discriminating body parts
    • 用于识别身体部位的医疗图像处理方法和装置
    • US07167581B2
    • 2007-01-23
    • US10920066
    • 2004-08-17
    • Tsutomu Kawano
    • Tsutomu Kawano
    • G06K9/00G06K9/66G06K9/68
    • G06T7/11G06T7/194G06T2207/10116G06T2207/10121G06T2207/30004G06T2207/30008G06T2207/30061
    • An image processor wherein a radiation image forming device forms a radiation image corresponding to the radiation amount transmitted through an object, a discriminator discriminates at least one of the region of the object and the radiographing orientation for a radiation image, and an image processing condition memorizing device memorizes each of a plurality of image processing conditions in accordance with each of the regions of an object, each of the directions of radiographing, or each of the combinations of both of these. At least one image processing condition is displayed, and an image processing condition selects an arbitrary image processing condition out of the displayed image processing conditions. At least one image processing condition is read out from the image processing condition memorizing device based on the result of discrimination obtained by the discriminator and is displayed, and the selecting of an arbitrary image processing condition out of the displayed image processing conditions is accepted.
    • 一种图像处理器,其中放射线图像形成装置形成与通过物体透射的辐射量相对应的放射线图像,鉴别器鉴别对象的区域和放射线图像的X射线取向方向中的至少一个,以及记录图像处理条件 设备根据对象的每个区域,射线照相的每个方向或这两者的组合中的每一个来存储多个图像处理条件中的每一个。 显示至少一个图像处理条件,并且图像处理条件从所显示的图像处理条件中选择任意的图像处理条件。 基于由鉴别器获得的鉴别结果,从图像处理条件存储装置读出至少一个图像处理条件,并且显示出所显示的图像处理条件之外的任意图像处理条件的选择。
    • 13. 发明授权
    • Radiation image capturing apparatus
    • 辐射摄影装置
    • US06476394B1
    • 2002-11-05
    • US09718548
    • 2000-11-22
    • Kouji AmitaniHisashi YonekawaTsutomu KawanoAkira Ishisaka
    • Kouji AmitaniHisashi YonekawaTsutomu KawanoAkira Ishisaka
    • G01T120
    • G01T1/2018
    • A radiation image capturing apparatus, comprises a radiation image detector arranged so a to face a radiation source or an object and comprising a scintillator to receive a radiation image and to emit image light; a lens unit array comprising a plurality of lens units and to focus the image light; and a plurality of area sensors arranged so as to correspond in number to the plurality of lens units and to convert the focused image light into image data; and a calibrating device comprising a repetition pattern provided at a light incident side of the plurality of area sensors and to conduct calibration to correct the image data converted by the plurality of area sensors on the basis of the repetition pattern.
    • 一种放射线图像捕获装置,包括:辐射图像检测器,被布置为面对辐射源或物体,并包括闪烁体以接收辐射图像并发射图像光; 透镜单元阵列,包括多个透镜单元并且用于聚焦图像光; 以及多个区域传感器,其布置成数量对应于所述多个透镜单元,并将聚焦图像光转换成图像数据; 以及校准装置,其包括设置在所述多个区域传感器的光入射侧的重复图案,并且基于所述重复图案进行校准以校正由所述多个区域传感器转换的图像数据。
    • 14. 发明授权
    • Apparatus for detecting and processing a radiation image
    • 用于检测和处理放射线图像的装置
    • US06415049B1
    • 2002-07-02
    • US09291722
    • 1999-04-14
    • Akiko YanagitaTsutomu Kawano
    • Akiko YanagitaTsutomu Kawano
    • G06K900
    • G06T7/0012G06T5/009G06T5/40G06T7/181G06T2207/10116
    • In an apparatus for processing a radiation image provided with a detector having a plurality of detecting elements which are arranged in two dimensional arrangement, for acquiring the radiation image, for converting the acquired radiation image into electric signals as image signals, and for outputting the image signals; and an image processor for applying an image processing to the image signals, the image processor includes a normalization processor for converting the image signals into normalized image signals which are proportional to an amount of radiation irradiated to the detector or to a logarithm of the amount of the radiation and includes a predetermined signal value.
    • 在一种用于处理具有检测器的放射线图像的设备中,所述检测器具有以二维排列方式布置的多个检测元件,用于获取放射线图像,用于将所获取的放射线图像转换为电信号作为图像信号,并用于输出图像 信号; 以及图像处理器,用于对图像信号应用图像处理,图像处理器包括归一化处理器,用于将图像信号转换成与照射到检测器的辐射量成正比的归一化图像信号,或者对应于 并且包括预定的信号值。
    • 18. 发明授权
    • Broadcast sound signal processing circuit
    • 广播声音信号处理电路
    • US06590619B1
    • 2003-07-08
    • US09392792
    • 1999-09-09
    • Tsutomu Kawano
    • Tsutomu Kawano
    • H04N560
    • H04N5/62
    • A semiconductor integrated circuit in which a band-pass filter, a sound detector, and some other circuits are formed on a single semiconductor substrate. The output signal from an AM detector is passed through a high-pass filter to obtain, substantially, an FM sound signal. A gain variable amplifier controls the amplitude of the FM sound signal and passes the signal through the band-pass filter to extract substantially, an FM sound carrier signal. The amplitude detector monitors the amplitude of the sound carrier signal and applies negative feedback to the gain variable amplifier so that the amplitude is kept constant. Thus, the influence of noise from the band-pass filter is reduced, and degradation of signal-to-noise ratio can be prevented.
    • 一种其中在单个半导体衬底上形成带通滤波器,声音检测器和一些其它电路的半导体集成电路。 来自AM检测器的输出信号通过高通滤波器,基本上获得FM声音信号。 增益可变放大器控制FM声音信号的幅度,并使信号通过带通滤波器大量提取FM声音载波信号。 幅度检测器监测声音载波信号的幅度,并向增益可变放大器施加负反馈,使振幅保持恒定。 因此,来自带通滤波器的噪声的影响减小,并且可以防止信噪比的劣化。
    • 20. 发明授权
    • Apparatus for processing frequency modulated signals
    • 用于处理频率调制信号的装置
    • US5461339A
    • 1995-10-24
    • US45474
    • 1993-04-13
    • Tsutomu Kawano
    • Tsutomu Kawano
    • G11B5/035G11B20/06G11B20/22H03D3/00H04N5/922H04N5/931H04N5/94
    • H04N5/9315G11B20/06G11B5/035H03D3/001
    • A simplified apparatus for processing frequency modulated signals is disclosed which is equipped with a frequency characteristic correction function and an inversion prevention function. An input signal is processed with different parameters within a cosine equalizer so that the cosine equalizer outputs two different signals, i.e., one frequency characteristic of which was corrected and the other which was processed with no consideration on frequency characteristic but aiming at restoring lost zero cross points. From the two signals, compensation signal generating means generates a compensation signal which is necessary to restore the lost zero cross points. The frequency characteristic-corrected signal from the cosine equalizer is delayed in a delay line for a period of time required to generate the compensation signal. Thus delayed signal from the delay line and the compensation signal are given to an adder where they are superimposed to generate a frequency characteristic-corrected signal in which disappearance of the zero cross point is not found.
    • 公开了一种用于处理频率调制信号的简化装置,其具有频率特性校正功能和反转防止功能。 输入信号在余弦均衡器内用不同的参数进行处理,使得余弦均衡器输出两个不同的信号,即其一个频率特性被校正,另一个被处理,而不考虑频率特性,但是针对恢复丢失的零交叉 积分 从两个信号中,补偿信号发生装置产生恢复丢失的零交叉点所必需的补偿信号。 来自余弦均衡器的频率特性校正信号在延迟线中延迟产生补偿信号所需的时间段。 来自延迟线和补偿信号的延迟信号被提供给加法器,在那里它们被叠加以产生频率特性校正信号,其中没有找到零交叉点的消失。