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    • 1. 发明授权
    • Radiation detector that adjusts offset component
    • 调整偏移分量的辐射检测器
    • US07223980B2
    • 2007-05-29
    • US10611847
    • 2003-07-03
    • Manabu TanakaTakayuki Tomisaki
    • Manabu TanakaTakayuki Tomisaki
    • G01T1/24
    • H04N5/361G01T1/247H04N5/32
    • A radiation detector including a detection member, a first driver, an integration amplifier, and a first adjustment member. The detection member includes a plurality of pixels and is configured to generate a first charge. Further, the first driver is configured to supply the detection member with a first predetermined voltage so that the detection member generates the first charge, and the integration amplifier is configured to amplify the first charge generated from the detection member. In addition, the first adjustment member is provided in between the detection member and the integration amplifier, and is configured to adjust an offset component included in the first charge to be amplified by the integration amplifier.
    • 一种辐射检测器,包括检测部件,第一驱动器,积分放大器和第一调节部件。 检测构件包括多个像素并且被配置为产生第一电荷。 此外,第一驱动器被配置为向检测部件提供第一预定电压,使得检测部件产生第一电荷,并且积分放大器被配置为放大从检测部件产生的第一电荷。 此外,第一调整构件设置在检测构件和积分放大器之间,并且被配置为调整包括在要由积分放大器放大的第一电荷中的偏移分量。
    • 2. 发明授权
    • X-ray imaging apparatus using X-ray planar detector
    • X射线成像装置使用X射线平面检测器
    • US5818898A
    • 1998-10-06
    • US744937
    • 1996-11-06
    • Akira TsukamotoMasayuki NishikiSeiichiro NagaiKoichiro NabuchiTohru SaisuShin-ichi YamadaTakayuki TomisakiManabu Tanaka
    • Akira TsukamotoMasayuki NishikiSeiichiro NagaiKoichiro NabuchiTohru SaisuShin-ichi YamadaTakayuki TomisakiManabu Tanaka
    • H04N5/32A61B6/03
    • H04N5/361H04N5/32
    • An X-ray imaging apparatus comprises an X-ray emission unit for emitting X-rays onto a human body under examination, an X-ray emission control unit for outputting an X-ray emission signal to direct the X-ray emission unit to emit X-rays, a flat panel X-ray detector having a two-dimensional array of detector elements in rows (lines) and columns, each of the detector elements converting incident X-rays passed through the human body under examination into an electric charge signal and storing it, a resetting unit for placing each line of the detector elements in the readout state in sequence, thereby discharging electric charge stored on each of the detector elements, a storage unit for placing all the lines of the detector elements in the readout state to thereby allow each of the detector elements to store an electric charge signal, and a readout unit for placing each line of the detector elements in the readout state in sequence to thereby read an electric charge signal from each of the detector elements.
    • 一种X射线成像装置,包括:X射线发射单元,用于将X射线发射到被检查的人体上; X射线发射控制单元,用于输出X射线发射信号以引导X射线发射单元发射 X射线,具有行(行)和列的检测器元件的二维阵列的平板X射线检测器,每个检测器元件将经检查的人体的入射X射线转换为电荷信号 并将其存储起来;复位单元,用于将检测器元件的每一行依次放置在读出状态,从而放电存储在每个检测器元件上的电荷;存储单元,用于将检测器元件的所有线放置在读出状态 从而允许每个检测器元件存储电荷信号,以及读取单元,用于依次将放置检测器元件的每一行放置在读出状态,从而读取每个检测器元件的电荷信号 e检测器元件。
    • 4. 发明授权
    • X-ray imaging apparatus
    • X射线成像装置
    • US5852296A
    • 1998-12-22
    • US879186
    • 1997-06-20
    • Akira TsukamotoTakayuki Tomisaki
    • Akira TsukamotoTakayuki Tomisaki
    • G01T1/24H01L27/146A61B6/00
    • H01L27/14658G01T1/247H01L27/14609
    • A plurality of photoelectric conversion sections correspond respectively to a plurality of pixels arranged on a detection surface for converting incident X rays into charge. A plurality of charge storage sections store the charge converted by the plurality of photoelectric conversion sections, respectively. A plurality of transfer TFTs read out the charge stored in the plurality of charge storage sections, respectively. A plurality of protective TFTs have an end thereof connected to the each input terminal of the plurality of transfer TFTs and sweep out from the other end thereof the charge stored in the charge storage sections when the voltage applied thereto exceeds a predetermined voltage level lower than the breakdown voltage of the transfer TFTs.
    • 多个光电转换部分别对应于布置在检测表面上的多个像素,用于将入射的X射线转换成电荷。 多个电荷存储部分分别存储由多个光电转换部转换的电荷。 多个转印TFT分别读出存储在多个电荷存储部中的电荷。 多个保护TFT的一端连接到多个转移TFT的每个输入端,并且当其施加的电压超过预定的电压电平时,从其另一端清除存储在电荷存储部中的电荷 转印TFT的击穿电压。
    • 6. 发明授权
    • X-ray diagnosis apparatus
    • X光诊断仪
    • US08019041B2
    • 2011-09-13
    • US12647228
    • 2009-12-24
    • Takayuki Tomisaki
    • Takayuki Tomisaki
    • G01N23/04G01N23/06
    • A61B6/504A61B5/0031A61B6/481A61B6/482
    • An X-ray tube generates X-rays. A detector detects X-rays generated by the X-ray tube and transmitted through a subject. A C-arm is equipped with the X-ray tube and the detector. An arm support mechanism rotatably supports the C-arm. A top is on which the subject is placed. A bed supports the top so as to change a relative positional relationship along a horizontal direction between the C-arm and the top. The bed supports the top so as to change a relative positional relationship along a vertical direction between the C-arm and the top. A mechanism control unit controls the arm support mechanism and the bed so as to a perpendicular extending from a focus of the X-ray tube intersects the top at a predetermined position thereon, and a distance interval between the X-ray tube and the predetermined position is fixed during rotation of the C-arm.
    • X射线管产生X射线。 检测器检测X射线管产生的X射线并透过被摄体。 C型臂配有X射线管和探测器。 臂支撑机构可旋转地支撑C形臂。 放置主体的顶部。 床支撑顶部,以便改变C形臂与顶部之间沿水平方向的相对位置关系。 该床支撑顶部,以便改变C臂和顶部之间沿垂直方向的相对位置关系。 机构控制单元控制臂支撑机构和床,使得从X射线管的焦点延伸的垂直于其上的预定位置处的顶部与X射线管与预定位置之间的距离间隔 在C形臂旋转期间固定。
    • 8. 发明申请
    • X-RAY DIAGNOSIS APPARATUS
    • X射线诊断装置
    • US20100166146A1
    • 2010-07-01
    • US12647228
    • 2009-12-24
    • Takayuki TOMISAKI
    • Takayuki TOMISAKI
    • G01N23/04G01N23/06
    • A61B6/504A61B5/0031A61B6/481A61B6/482
    • An X-ray tube generates X-rays. A detector detects X-rays generated by the X-ray tube and transmitted through a subject. A C-arm is equipped with the X-ray tube and the detector. An arm support mechanism rotatably supports the C-arm. A top is on which the subject is placed. A bed supports the top so as to change a relative positional relationship along a horizontal direction between the C-arm and the top. The bed supports the top so as to change a relative positional relationship along a vertical direction between the C-arm and the top. A mechanism control unit controls the arm support mechanism and the bed so as to a perpendicular extending from a focus of the X-ray tube intersects the top at a predetermined position thereon, and a distance interval between the X-ray tube and the predetermined position is fixed during rotation of the C-arm.
    • X射线管产生X射线。 检测器检测X射线管产生的X射线并透过被摄体。 C型臂配有X射线管和探测器。 臂支撑机构可旋转地支撑C形臂。 放置主体的顶部。 床支撑顶部,以便改变C形臂与顶部之间沿水平方向的相对位置关系。 该床支撑顶部,以便改变C臂和顶部之间沿垂直方向的相对位置关系。 机构控制单元控制臂支撑机构和床,使得从X射线管的焦点延伸的垂直于其上的预定位置处的顶部与X射线管与预定位置之间的距离间隔 在C形臂旋转期间固定。
    • 9. 发明授权
    • X-ray flat panel detector
    • X光平板检测仪
    • US06724855B2
    • 2004-04-20
    • US10127758
    • 2002-04-23
    • Yasuhiro SugawaraTakayuki TomisakiManabu TanakaAkira Tsukamoto
    • Yasuhiro SugawaraTakayuki TomisakiManabu TanakaAkira Tsukamoto
    • G21K400
    • G01T1/2928
    • An X-ray flat panel detector includes sensor elements constituted by a plurality of effective pixels that detect X-rays and a plurality of dummy pixels that are arranged adjacent to the effective pixel area and generate electrical signals irrelevant to X-rays, signal lines which read out electrical signals from the respective pixels, scanning lines which scan the respective pixels, a first electrostatic wiring line which distributes static electricity accumulated in the signal lines, and a second electrostatic wiring line which distributes static electricity accumulated in the scanning lines. A plurality of dummy pixels are classified into a DA area where noise superposed on the signal lines are removed and a DB area where noise superposed on the scanning lines are removed. The first and second electrostatic wiring lines are laid out around the sensor elements, and physically disconnected between the DA area and the DB area.
    • X射线平板检测器包括由检测X射线的多个有效像素构成的传感器元件和与有效像素区域相邻排列并且产生与X射线无关的电信号的多个虚拟像素,信号线 从相应的像素读出电信号,扫描各个像素的扫描线,分配积聚在信号线中的静电的第一静电布线和分布在扫描线中的静电的第二静电布线。 将多个虚拟像素分类为去除叠加在信号线上的噪声的DA区域,并且去除叠加在扫描线上的噪声的DB区域。 第一和第二静电布线布置在传感器元件周围,并且在DA区域和DB区域之间物理上断开连接。