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    • 31. 发明授权
    • Imaging apparatus and method of controlling the image depth of field
    • 成像设备和控制图像景深的方法
    • US08576326B2
    • 2013-11-05
    • US13147894
    • 2010-12-03
    • Takashi Kawamura
    • Takashi Kawamura
    • G03B13/00H04N5/232
    • G02B7/38G02B27/0075G03B7/097G03B13/36H04N5/23212
    • An imaging apparatus (100) of the present invention includes a shift control unit (22) shifting an object-space focal point of the imaging apparatus (100) by shifting an image-space distance; and a shift pattern determining unit (21) determining a shift pattern of the image-space distance shifted by the shift control unit (22) in a frame period. The shift pattern determining unit (21) determine the shift pattern such that: a shift speed of the image-space distance increases from zero during an acceleration period included in the frame period; the image-space distance shifts at a constant speed during a constant speed period; and the shift speed of the image-space distance decreases to zero during a deceleration period, and each of the acceleration period and the deceleration period has a duration equal to or longer than one-tenth of the frame period.
    • 本发明的成像设备(100)包括移位控制单元(22),通过移动图像空间距离来移动成像设备(100)的物体 - 空间焦点; 以及移位模式确定单元(21),确定在帧周期中由所述移位控制单元(22)移位的图像空间距离的移位模式。 移位模式确定单元(21)确定移位模式,使得:在帧周期中包括的加速期间,图像 - 空间距离的移动速度从零增加; 图像空间距离在恒定速度期间以恒定速度移动; 并且在减速期间图像空间距离的移动速度降低到零,并且每个加速周期和减速周期都具有等于或长于帧周期的十分之一的持续时间。
    • 34. 发明申请
    • RADIATION POWER MEASURING METHOD AND RADIATION POWER MEASURING APPARATUS
    • 辐射功率测量方法和辐射功率测量装置
    • US20120050118A1
    • 2012-03-01
    • US13213384
    • 2011-08-19
    • Tasuku TeshirogiShigenori MattoriTakashi KawamuraAya Yamamoto
    • Tasuku TeshirogiShigenori MattoriTakashi KawamuraAya Yamamoto
    • G01R29/08
    • G01R29/10
    • Provided is a technique capable of accurately calculating the radiation power of an object to be measured using a spheroidal coupler even when there is a non-negligible loss in a measurement system.A phase rotating unit including a variable phase shifter, a two-branch circuit, and a reflective element that is connected to one of the branched outputs of the two-branch circuit is inserted between a receiving antenna and a power measuring device. The maximum value and the minimum value of power measured by a power measuring device when the variable phase shifter changes a phase are calculated. An output reflection coefficient of a coupler is calculated from the ratio of the maximum value to the minimum value, and an input reflection coefficient of an object to be measured which is approximate to the output reflection coefficient is estimated. In addition, an input reflection coefficient of a reference antenna which is used instead of the object to be measured is estimated in the same way. The total radiated power of the object to be measured is calculated on the basis of the estimated input reflection coefficients and the reception power when the power measuring device directly measures the output of the receiving antenna.
    • 提供了一种即使在测量系统中存在不可忽视的损耗的情况下,也能够使用球状耦合器精确地计算待测物体的辐射功率的技术。 包括可变移相器,双分支电路和连接到双分支电路的一个分支输出的反射元件的相位旋转单元插入在接收天线和功率测量装置之间。 计算当可变移相器改变相位时由功率测量装置测量的功率的最大值和最小值。 从最大值与最小值的比值计算耦合器的输出反射系数,并且估计近似于输出反射系数的被测量对象的输入反射系数。 此外,以相同的方式估计用于代替被测量物体的参考天线的输入反射系数。 基于估计的输入反射系数和功率测量装置直接测量接收天线的输出的接收功率,计算被测量物体的总辐射功率。
    • 35. 发明申请
    • DATA PROCESSING APPARATUS, DATA PROCESSING METHOD, PROGRAM, AND INTEGRATED CIRCUIT
    • 数据处理设备,数据处理方法,程序和集成电路
    • US20110106772A1
    • 2011-05-05
    • US13000083
    • 2010-04-23
    • Takashi KawamuraKuniaki IsogaiYazhou Liu
    • Takashi KawamuraKuniaki IsogaiYazhou Liu
    • G06F17/30
    • G06K9/6218G06K9/6254
    • A data processing apparatus (100) includes: a temporary storage unit (5) that stores a cluster-element correspondence table showing correspondence between a cluster ID for identifying each of a plurality of clusters classified by the data processing apparatus and an element ID of element data belonging to the cluster identified by the cluster ID, and a group-cluster correspondence table showing correspondence between a group ID for identifying a group classified according to a user's subjective criterion and a cluster ID of a cluster belonging to the group identified by the group ID; a feature extraction unit (1) that extracts a feature value of newly added element data; an automatic classification processing unit (2) that determines a belonging cluster from the plurality of clusters, and updates a classification boundary condition defining a boundary of the belonging cluster according to a predetermined constraint; and a data management unit (6) that records an element ID of the newly added element data and a cluster ID of the belonging cluster, in the cluster-element correspondence table in correspondence with each other.
    • 数据处理装置(100)包括:临时存储单元(5),存储表示用于识别由数据处理装置分类的多个集群中的每一个的集群ID和元素的元素ID之间的对应关系的集群元素对应表 属于由集群ID识别的集群的数据,以及表示用于识别根据用户主观标准分类的组的组ID与属于由该组识别的组的集群的集群ID之间的对应关系的组群集对应表 ID; 特征提取单元(1),其提取新添加的元素数据的特征值; 自动分类处理单元(2),其从所述多个群集中确定属性簇,并且根据预定约束更新定义所属簇的边界的分类边界条件; 以及数据管理单元(6),其将所添加的新元素数据的元素ID和所属簇的集群ID相互对应地记录在所述集群元素对应表中。
    • 37. 发明授权
    • Linearly polarized antenna and radar apparatus using the same
    • 线性极化天线和雷达装置使用相同
    • US07623073B2
    • 2009-11-24
    • US11794872
    • 2005-11-14
    • Tasuku TeshirogiAya HinotaniTakashi Kawamura
    • Tasuku TeshirogiAya HinotaniTakashi Kawamura
    • H01Q1/38
    • H01Q9/285H01Q1/38H01Q1/521H01Q9/14H01Q13/18H01Q17/00H01Q19/108H01Q21/062
    • A linearly polarized antenna includes a dielectric substrate, a ground conductor which is overlapped on one surface of the dielectric substrate, an antenna element made of linearly polarized, which is formed on an opposite surface of the dielectric substrate, a plurality of metal posts in which one end side of each of the plurality of metal posts is connected to the ground conductor, the plurality of metal posts piercing through the dielectric substrate along a thickness direction thereof, another end side of each of the plurality of metal posts being extended to the opposite surface of the dielectric substrate, the plurality of metal posts being provided at predetermined intervals to form a cavity so as to surround the antenna element, and a conducting arm which short-circuits the other end of the plurality of metal posts along a line direction of the plurality of metal posts on the opposite surface side of the dielectric substrate, the conducting arm being provided while extended by a predetermined distance toward a direction of the antenna element, the conducting arm having a triangular portion.
    • 线性极化天线包括电介质基板,重叠在电介质基板的一个表面上的接地导体,形成在电介质基板的相对表面上的线偏振的天线元件,多个金属柱,其中 多个金属柱中的每一个的一端侧连接到接地导体,多个金属柱沿其厚度方向穿过电介质基板,多个金属柱中的每一个的另一端侧延伸到相对的 电介质基板的表面,多个金属柱以预定间隔设置以形成围绕天线元件的空腔,以及导电臂,其沿着线状方向使多个金属柱的另一端短路 所述多个金属柱在所述电介质基板的相对表面侧上,所述导电臂同时延伸设置 朝向天线元件的方向的预定距离,所述导电臂具有三角形部分。
    • 38. 发明申请
    • Howling Detection Device and Method
    • 啸叫侦测装置及方法
    • US20080021703A1
    • 2008-01-24
    • US11579133
    • 2005-06-15
    • Takashi KawamuraTakeo Kanamori
    • Takashi KawamuraTakeo Kanamori
    • H04R3/02
    • H04R3/005H04R3/02
    • A howling detection device detects a dominance ratio, which indicates a risk of howling to be occurred when a mixed signal obtained by a sound mixing section for mixing a plurality of sound signals respectively collected by a plurality of microphones is outputted by a speaker, for each of the sound signals. The howling detection device includes a level detecting section for respectively detecting levels of the plurality of sound signals, a word ending detecting section for comparing, in a same time domain, the mixed signal with a signal regarding a sound to be outputted by the speaker as a noise reference signal, and detecting a time period, as a word ending section, during which the mixed signal is inputted after the noise reference signal falls, and a dominance ratio calculating section for extracting only any of the levels corresponding to the word ending section from among the levels, of the plurality of sound signals, detected by the level detecting section, and calculating, as a dominance ratio, a ratio of each of the levels of each of the sound signals to a sum of the levels of the plurality of sound signals.
    • 吵音检测装置检测优势比,其表示当由扬声器输出由扬声器输出由用于混合由多个麦克风分别收集的多个声音信号的声音混合部分获得的混合信号时发生啸声的风险 的声音信号。 啸声检测装置包括用于分别检测多个声音信号的电平的电平检测部分,一个字尾结束检测部分,用于将混合信号与扬声器输出的声音相关的信号在同一时域中进行比较 噪声参考信号,并且检测在噪声参考信号下降之后输入混合信号的时间段作为字结束部分,以及优势比计算部分,用于仅提取与字结束部分相对应的任何电平 从电平检测部检测到的多个声音信号的电平之中,计算出每个声音信号的每个电平与多个声音信号的电平之和作为优势比, 声音信号。
    • 39. 发明授权
    • Zoom microphone device
    • 变焦麦克风设备
    • US06931138B2
    • 2005-08-16
    • US09983284
    • 2001-10-23
    • Takashi KawamuraTakeo KanamoriToshihide Ishimoto
    • Takashi KawamuraTakeo KanamoriToshihide Ishimoto
    • H04R1/40H04R3/00H04N5/76
    • H04R3/005H04R1/406H04R2201/401H04R2201/403
    • A pickup section transduces sounds to audio signals. A zoom control section outputs a zoom position signal corresponding to a zoom position. A directivity control section alters the directivity characteristics under a telescopic operation so as to mainly pick up sounds coming from a frontal direction with an enhancement which is in accordance with the zoom position signal, thereby outputting an R channel audio signal and an L channel audio signal. In accordance with the zoom position signal, a noise suppression section applies a greater degree of suppression to the background noise contained in the respective channel audio signals under the telescopic operation than under a wide-angle operation. As a result, a target sound from a remote location can be picked up with a sufficient enhancement in accordance with the zoom position under the telescopic operation.
    • 拾音部分将声音转换为音频信号。 变焦控制部输出与变焦位置对应的变焦位置信号。 指向性控制部分在伸缩操作下改变方向性特征,主要从正面方向拾取声音,并且具有与变焦位置信号相应的增强,从而输出R声道音频信号和L声道音频信号 。 根据变焦位置信号,噪声抑制部分对于在伸缩操作下的相应声道音频信号中包含的背景噪声比在广角操作下更大程度的抑制。 结果,可以根据伸缩操作下的变焦位置以足够的增强来拾取来自远程位置的目标声音。