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    • 1. 发明授权
    • Method for generating optical tomographic information, optical tomographic information generating apparatus, and storage medium
    • 光学断层信息的生成方法,光学层析信息生成装置和存储介质
    • US08742371B2
    • 2014-06-03
    • US13145564
    • 2010-02-01
    • Hiroaki YamamotoYukio YamadaShinpei Okawa
    • Hiroaki YamamotoYukio YamadaShinpei Okawa
    • G01N21/64
    • A61B5/0073A61B5/1075A61B2503/40
    • Measurement data of intensities of fluorescence obtained by directing excitation light onto a subject is acquired. An initial value of an absorption coefficient of the phosphor is set on the basis of a concentration distribution of the phosphor, an intensity distribution of the fluorescence on the basis of an absorption coefficient and a diffusion coefficient (reduced scattering coefficient) of the subject, which are set beforehand, are calculated, and the measurement data is compared with the calculation result. If these are found not to be matched, an absorption coefficient of the phosphor at which the error will be a minimum is estimated by performing an inverse problem calculation using a mathematical model. The calculation of the intensity distribution of the fluorescence and evaluation of the error from the obtained concentration distribution are repeated using the absorption coefficient, and a concentration distribution for which the error is the minimum is acquired.
    • 获取通过将激发光引导到受试者上获得的荧光强度的测量数据。 基于荧光体的浓度分布,荧光的基于吸收系数的强度分布和扩散系数(降低的散射系数)来设定荧光体的吸收系数的初始值,其中, 预先设定,计算,并将测量数据与计算结果进行比较。 如果发现这些不匹配,则通过使用数学模型执行逆问题估计来估计误差将最小的磷光体的吸收系数。 使用吸收系数重复所得浓度分布的荧光强度分布的计算和误差的评价,求出误差为最小的浓度分布。
    • 2. 发明申请
    • METHOD FOR GENERATING OPTICAL TOMOGRAPHIC INFORMATION, OPTICAL TOMOGRAPHIC INFORMATION GENERATING APPARATUS, AND STORAGE MEDIUM
    • 产生光学图像信息的方法,光学图像信息生成装置和存储介质
    • US20110272597A1
    • 2011-11-10
    • US13145564
    • 2010-02-01
    • Hiroaki YamamotoYukio YamadaShinpei Okawa
    • Hiroaki YamamotoYukio YamadaShinpei Okawa
    • G01N21/64
    • A61B5/0073A61B5/1075A61B2503/40
    • Measurement data of intensities of fluorescence obtained by directing excitation light onto a subject is acquired. An initial value of an absorption coefficient of the phosphor is set on the basis of a concentration distribution of the phosphor, an intensity distribution of the fluorescence on the basis of an absorption coefficient and a diffusion coefficient (reduced scattering coefficient) of the subject, which are set beforehand, are calculated, and the measurement data is compared with the calculation result. If these are found not to be matched, an absorption coefficient of the phosphor at which the error will be a minimum is estimated by performing an inverse problem calculation using a mathematical model. The calculation of the intensity distribution of the fluorescence and evaluation of the error from the obtained concentration distribution are repeated using the absorption coefficient, and a concentration distribution for which the error is the minimum is acquired.
    • 获取通过将激发光引导到受试者上获得的荧光强度的测量数据。 基于荧光体的浓度分布,荧光的基于吸收系数的强度分布和扩散系数(降低的散射系数)来设定荧光体的吸收系数的初始值,其中, 预先设定,计算,并将测量数据与计算结果进行比较。 如果发现这些不匹配,则通过使用数学模型执行逆问题估计来估计误差将最小的磷光体的吸收系数。 使用吸收系数重复所得浓度分布的荧光强度分布的计算和误差的评价,求出误差为最小的浓度分布。
    • 3. 发明授权
    • Endoscopic diagnosis system
    • 内窥镜诊断系统
    • US09456738B2
    • 2016-10-04
    • US13283407
    • 2011-10-27
    • Hiroaki Yamamoto
    • Hiroaki Yamamoto
    • A61B6/00A61B1/04A61B1/06A61B5/1455A61B1/07
    • A61B1/043A61B1/063A61B1/0638A61B1/0646A61B1/0653A61B1/07A61B5/14551
    • An endoscopic diagnosis system includes a first narrowband light source for emitting first narrowband light having a given wavelength range, a second narrowband light source for emitting second narrowband light having a wavelength range different from that of the first narrowband light, a first image sensor for receiving reflected light of the first narrowband light illuminating a subject from the subject to acquire a narrowband light image in a narrowband light observation mode, a second image sensor for receiving first autofluorescence emitted from the subject as the first narrowband light illuminates the subject to acquire a first autofluorescence image in a first autofluorescence observation mode and receiving second autofluorescence emitted from the subject as the second narrowband light illuminates the subject to acquire a second autofluorescence image in a second autofluorescence observation mode.
    • 内窥镜诊断系统包括用于发射具有给定波长范围的第一窄带光的第一窄带光源,用于发射具有与第一窄带光不同的波长范围的第二窄带光的第二窄带光源,用于接收的第一图像传感器 第一窄带光从被摄体照射被摄体的反射光,以获取窄带光观察模式中的窄带光图像;第二图像传感器,用于当第一窄带光照射对象时,从被检体发射的第一自发荧光发光,以获得第一 第一自发荧光观察模式中的自发荧光图像,并且当第二窄带光照射对象以在第二自发荧光观察模式中获取第二自发荧光图像时,接收从对象发射的第二自发荧光。
    • 4. 发明授权
    • Endoscope diagnostic apparatus
    • 内窥镜诊断仪
    • US08915844B2
    • 2014-12-23
    • US13596867
    • 2012-08-28
    • Hiroaki Yamamoto
    • Hiroaki Yamamoto
    • A61B1/06A61B1/04A61B1/05A61B1/00
    • A61B1/043A61B1/00006A61B1/00009A61B1/05A61B1/063A61B1/0638A61B1/0653
    • The endoscope diagnostic apparatus includes a light source emitting white light and two or more kinds of excited light with different center wavelengths for emitting two or more kinds of self-fluorescence from a self-fluorescent material, an imaging unit which receives reflected light of white light to image a normal light image, and receives self-fluorescence emitted from the self-fluorescent material to image self-fluorescent images, and a light source control unit which has compensation coefficients for preventing emission intensity from being lowered depending on the volume of blood when the two or more kinds of excited light are absorbed by blood, and compensates the ratios of emission intensity of the two or more kinds of excited light using the calculated compensation coefficients so as to exclude the influence of absorption of light by blood in each of the two or more kinds of excited light.
    • 内窥镜诊断装置包括:发出白光的光源和具有不同中心波长的两种以上的激发光,用于从自发荧光材料发射两种或更多种自发荧光;成像单元,其接收白光的反射光 对正常的光图像进行成像,并且接收从自身荧光材料发射的自体荧光以图像自发荧光图像;以及光源控制单元,其具有用于防止发射强度根据血液体积而降低的补偿系数 两种或更多种激发光被血液吸收,并且使用所计算的补偿系数来补偿两种或更多种激发光的发射强度的比率,以便排除在每个激光的每一个中由血液吸收光的影响 两种或多种激发光。
    • 5. 发明授权
    • Information processing device, image forming apparatus, and non-transitory computer readable medium
    • 信息处理装置,图像形成装置和非暂时性计算机可读介质
    • US08836983B2
    • 2014-09-16
    • US13558766
    • 2012-07-26
    • Hiroaki YamamotoJyunya YamadaTadashi HataToshiharu Hayashida
    • Hiroaki YamamotoJyunya YamadaTadashi HataToshiharu Hayashida
    • G06F3/12
    • G06F9/4401
    • An information processing device includes an execution unit that executes a control program for causing a functional unit to realize a predetermined function, a memory that stores the control program, a state variable indicating a state of the functional unit, and activation history of either initial activation or second and following activation, in a nonvolatile memory, and a communication unit that causes the execution unit to communicate with the functional unit, wherein the execution unit includes a first procedure where the control program is stored in the memory and the control program is read and is executed, and a second procedure where the control program pre-stored in the memory is read and is executed, refers to the activation history when activation is performed, executes the first procedure in a case of the initial activation, and executes the second procedure in a case of the second and following activation.
    • 信息处理装置包括:执行单元,执行用于使功能单元实现预定功能的控制程序,存储控制程序的存储器,指示功能单元的状态的状态变量,以及初始激活的激活历史 或第二次和之后的激活,以及使执行单元与功能单元通信的通信单元,其中执行单元包括第一过程,其中控制程序存储在存储器中并且读取控制程序 并且执行预先存储在存储器中的控制程序被读取并被执行的第二过程,参考执行激活时的激活历史,在初始激活的情况下执行第一过程,并且执行第二过程 在第二次和之后激活的情况下的程序。
    • 6. 发明申请
    • STORAGE DEVICE
    • 储存设备
    • US20120324182A1
    • 2012-12-20
    • US13582185
    • 2010-12-10
    • Hiroaki YamamotoTakatoshi SatoMasanori Tsuda
    • Hiroaki YamamotoTakatoshi SatoMasanori Tsuda
    • G06F12/16
    • G06F3/0641G06F3/0608G06F3/0689
    • A storage device 110 includes: a data writing part 111 configured to store data to be written into a storage device 120 and also, when storing other data of the same content as the data already stored in the storage device into the storage device, refer to the data already stored in the storage device as the other data; and a data separating part 112 configured to separate data to be written into a user data portion and a management data portion that are classified in accordance with a previously set criterion. The data writing part 111 is configured to store the user data portion into a user data file 121, store the management data portion into a management data file 122, and store the user data portion and the management data portion separated by the data separating part 112 into the storage device 120.
    • 存储装置110包括:数据写入部111,被配置为存储要写入存储装置120的数据,并且当将与存储在存储装置中的数据相同的内容的其他数据存储到存储装置中时,参考 已经存储在存储设备中的数据作为其他数据; 以及数据分离部分112,被配置为将要写入的用户数据部分的数据和根据先前设定的标准分类的管理数据部分分离。 数据写入部分111被配置为将用户数据部分存储到用户数据文件121中,将管理数据部分存储到管理数据文件122中,并存储由数据分离部分112分隔的用户数据部分和管理数据部分 进入存储装置120。