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    • 43. 发明授权
    • Video processing system, video processing method, video processing device for mobile terminal or server and control method and control program thereof
    • 视频处理系统,视频处理方法,移动终端或服务器的视频处理设备及其控制方法和控制程序
    • US09355317B2
    • 2016-05-31
    • US14362561
    • 2012-12-04
    • Toshiyuki NomuraAkio YamadaKota IwamotoRyota Mase
    • Toshiyuki NomuraAkio YamadaKota IwamotoRyota Mase
    • G06K9/46G06K9/00G06F17/30G06K9/62
    • G06K9/00744G06F17/30784G06K9/4604G06K9/6232
    • The present invention is to notify a recognition result with respect to a recognition object in a video in real time while maintaining recognition accuracy. A recognition object and m-number of first local characteristic quantities which are respectively 1-dimensional to i-dimensional characteristic vectors are stored in association with each other, and n-number of second local characteristic quantities which are respectively 1-dimensional to j-dimensional characteristic vectors are generated for n-number of local areas respectively including n-number of characteristic points from an image in a video. In addition, a smaller dimension is selected from the dimension i and the dimension j, a recognition that the recognition object exists in an image in the video is made when it is determined that a prescribed proportion or more of the m-number of first local characteristic quantities which are characteristic vectors up to the selected number of dimensions correspond to the n-number of second local characteristic quantities which are characteristic vectors up to the selected number of dimensions, and information representing the recognition object is displayed in superposition on an image in which the recognition object exists in the video.
    • 本发明是在保持识别准确性的同时实时地通知视频中的识别对象的识别结果。 相互关联地存储分别为1维到i维特征向量的识别对象和m个第一局部特征量,并且分别分别为1维到j维的n个第二局部特征量, 对于n个局部区域分别包括来自视频中的图像的n个特征点生成三维特征向量。 另外,从尺寸i和尺寸j选择较小的尺寸,当确定在视频中的图像中存在识别对象的确认是在确定第m个第一局部的规定比例或更多 作为选定维数的特征向量的特征量对应于作为选定维数的特征向量的n个第二局部特征量,表示识别对象的信息被叠加显示在图像上 识别对象存在于视频中。
    • 46. 发明授权
    • Speech coder/decoder
    • US07076424B2
    • 2006-07-11
    • US10632974
    • 2003-08-04
    • Toshiyuki Nomura
    • Toshiyuki Nomura
    • G10L19/02
    • G10L19/10G10L19/24
    • A coding parameter control circuit 31 computes frame length from bit rate and coding delay, and provides the computed frame length data to a CELP coding circuit 32. On the basis of the computed frame length, the coding parameter control circuit 32 selects control parameters from a table, in which a plurality of control parameters for controlling the operation of the CELP coding circuit are set, on the basis of the bit rate, and provides the selected control parameters to the CELP coding circuit. The coding parameter control circuit provides the sub-frame length, and bit number distributed to the multi-pulse signal to the multi-pulse signal generation parameter setting circuit 33. The multi-pulse signal coding parameter setting circuit 33 computes pulse number of multi-pulse excitation signal, pulse position candidates of each pulse and candidate positions thereof from the sub-frame length and bit number of multi-pulse signal.
    • 47. 发明授权
    • Multi-component analyzing apparatus
    • 多分量分析仪
    • US07071470B2
    • 2006-07-04
    • US10659436
    • 2003-09-11
    • Toshiyuki NomuraHiroji KohsakaKennosuke KojimaIchiro AsanoNaoyuki Matsumoto
    • Toshiyuki NomuraHiroji KohsakaKennosuke KojimaIchiro AsanoNaoyuki Matsumoto
    • G01N21/35
    • G01N21/3504
    • A multi-component analyzing apparatus in which infrared light is irradiated to a measuring-subject sample S which is constituted by either measuring-subject components whose sorts or quantities are limited or by a mixed article made of said measuring-subject components; intensity of infrared light having respective wavelength ranges which are fitted to infrared absorption spectra of the respective measuring-subject components among such infrared light penetrated through the measuring-subject sample S is measured by employing a plurality of detectors 4a to 4g corresponding thereto; and said multi-component analyzing apparatus is comprised of a calculation processing unit 6 for analyzing the infrared light intensity of the respective wavelength ranges so as to acquire concentration x1 to x7 of the respective measuring-subject components; wherein the calculation processing unit 6 is capable of executing an analyzing process program P for executing analysis operations of the concentration x1 to x7 of the respective measuring-subject components by solving simultaneous equations which are constituted by equations having mutual interference correction terms used to correct interference adverse influences occurred among the respective measuring-subject components.
    • 一种多组分分析装置,其中红外光照射到由测量对象部件或其数量受限制的测量对象样品S或由所述测量对象部件制成的混合物体; 通过使用与其对应的多个检测器4a〜4g来测量具有各自的波长范围的红外光的强度,该红外光适合于通过测量对象样品S穿透的红外光中的各测量对象成分的红外吸收光谱; 并且所述多分量分析装置包括:计算处理单元6,用于分析各个波长范围的红外光强度,以获得浓度x 1至x 7 的各个测量对象部件; 其中计算处理单元6能够执行分析处理程序P,用于通过求解各个测量对象分量来执行浓度x 1至x 7的分析操作 在相应的测量对象分量之间发生由用于校正干扰不利影响的相互干扰校正项的等式构成的联立方程。
    • 48. 发明授权
    • Hybrid hotair heater
    • 混合式暖气加热器
    • US06907192B2
    • 2005-06-14
    • US10726683
    • 2003-12-04
    • Keiichi ItoToshiyuki NomuraYoshinori FujisawaYukihiko ShimonomaYoshimune Yamada
    • Keiichi ItoToshiyuki NomuraYoshinori FujisawaYukihiko ShimonomaYoshimune Yamada
    • F24H3/02F24H3/04F24H3/06F24D13/00
    • F24H3/04F24H3/06
    • If both the electric heaters and combustion heaters constitute a hybrid type hot-air heater wherein both heaters are equipped with inlets adjacent to each other and are also housed within a frame and separated such that the air blowing systems of each heater are independent of each other, air leakage will occur in only the combustion heater during the heating operation in a direction opposite to the air blowing passage of the electric heater thereby resulting in dust adhering to the electric heater. If the electric heater is operated in this state, the dust will be heated and then burn causing a foul odor to occur when the heating operation first starts. Therefore, the air blowing fan 43 runs to remove any dust that entered into the air blowing passage before the electric heater 4 runs when the electric heater unit 4, equipped with an electric heater 44, is performing a heating operation.
    • 如果电加热器和燃烧加热器都构成混合型热空气加热器,其中两个加热器都配备有彼此相邻的入口,并且还容纳在框架内并分离,使得每个加热器的吹风系统彼此独立 在与电加热器的吹风通道相反的方向上的加热操作期间,只有燃烧加热器才会发生泄漏,从而导致灰尘附着在电加热器上。 如果在这种状态下操作电加热器,则当加热操作首先开始时,灰尘将被加热然后燃烧,从而产生恶臭。 因此,当装有电加热器44的电加热器单元4正在进行加热操作时,送风风扇43运行以除去在电加热器4运行之前进入送风通道的灰尘。
    • 49. 发明授权
    • Audio encoding apparatus and audio decoding apparatus for encoding in multiple stages a multi-pulse signal
    • 用于多级编码多脉冲信号的音频编码装置和音频解码装置
    • US06192334B1
    • 2001-02-20
    • US09053606
    • 1998-04-01
    • Toshiyuki Nomura
    • Toshiyuki Nomura
    • G10L1904
    • G10L19/18G10L19/10G10L19/107
    • Auxiliary multi-pulse setting circuit 130 set candidates of pulse positions so that the pulse positions to which no pulse is located are selected in auxiliary multi-pulse searching circuit 131 prior to the pulse positions at which pulses have already been encoded in multi-pulse searching circuit 110. Auxiliary multi-pulse searching circuit 131 generates an auxiliary multi-pulse signal according to the candidates of pulse positions set in auxiliary multi-pulse setting circuit 130 and encodes the auxiliary multi-pulse signal so that difference between the reproduced audio signal which is obtained by driving a linear predictive synthesis filter with the auxiliary multi-pulse signal and an input audio signal is minimized similarly to multi-pulse searching circuit 110.
    • 辅助多脉冲设置电路130设置脉冲位置的候选,使得在多脉冲搜索中脉冲已被编码的脉冲位置之前在辅助多脉冲搜索电路131中选择没有脉冲位置的脉冲位置 辅助多脉冲搜索电路131根据在辅助多脉冲设置电路130中设置的脉冲位置的候选产生辅助多脉冲信号,并且对辅助多脉冲信号进行编码,使得再现的音频信号之间的差异 通过用辅助多脉冲信号驱动线性预测合成滤波器并且类似于多脉冲搜索电路110最小化输入音频信号而获得。
    • 50. 发明授权
    • Sequential searching speech coding device
    • 顺序搜索语音编码装置
    • US06094630A
    • 2000-07-25
    • US760219
    • 1996-12-04
    • Toshiyuki Nomura
    • Toshiyuki Nomura
    • G10L19/08G10L19/00G10L19/10H03M13/23G10L3/02
    • G10L19/10
    • A speech coding device in which an excitation signal of speech signals is expressed as a sum of a plurality of pulse strings, and positions of the pulse strings are selected from predetermined pulse position candidates to determine the excitation signal so that distortion between an input speech signal and a reproduced speech signal obtained by exciting a synthetic filter using the excitation signal may be minimized, resulting in obtaining reproduced speech signals with high quality in a small operational amount. In a pulse searcher, a pulse generating section outputs a plurality of pulse strings, and a pulse searching section sequentially searches the pulse strings to determine the positions of the plurality of pulse strings constituting the excitation signal. One pulse searching section searches using a Viterbi algorithm. Another pulse searching section preliminarily searches in a tree shape of pulse position candidates. Another pulse searching section searches every pulse position candidate group.
    • 一种语音编码装置,其中语音信号的激励信号被表示为多个脉冲串的和,并且从预定的脉冲位置候选中选择脉冲串的位置以确定激励信号,使得输入语音信号 并且通过使用激励信号激励合成滤波器而获得的再现语音信号可以被最小化,导致以小的操作量获得具有高质量的再现语音信号。 在脉冲搜索器中,脉冲发生部分输出多个脉冲串,并且脉冲搜索部分顺序地搜索脉冲串以确定构成激励信号的多个脉冲串的位置。 一个脉冲搜索部分使用维特比算法进行搜索。 另一个脉冲搜索部分预先搜索脉冲位置候选的树形。 另一个脉冲搜索部分搜索每个脉冲位置候选组。