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    • 1. 发明授权
    • Object finder for photographic images
    • 摄影图像的物体探测器
    • US06829384B2
    • 2004-12-07
    • US09795208
    • 2001-02-28
    • Henry SchneidermanTakeo Kanade
    • Henry SchneidermanTakeo Kanade
    • G06K900
    • G06K9/527G06K9/3241G06K9/6278G06T7/73
    • An object finder program for detecting presence of a 3D object in a 2D image containing a 2D representation of the 3D object. The object finder uses the wavelet transform of the input 2D image for object detection. A pre-selected number of view-based detectors are trained on sample images prior to performing the detection on an unknown image. These detectors then operate on the given input image and compute a quantized wavelet transform for the entire input image. The object detection then proceeds with sampling of the quantized wavelet coefficients at different image window locations on the input image and efficient look-up of pre-computed log-likelihood tables to determine object presence. The object finder's coarse-to-fine object detection strategy coupled with exhaustive object search across different positions and scales results in an efficient and accurate object detection scheme. The object finder detects a 3D object over a wide range in angular variation (e.g., 180 degrees) through the combination of a small number of detectors each specialized to a small range within this range of angular variation.
    • 一种用于在包含3D对象的2D表示的2D图像中检测3D对象的存在的对象取景器程序。 物体识别器使用输入2D图像的小波变换进行物体检测。 在对未知图像执行检测之前,对样本图像进行基于视图的检测器的预选数量的训练。 然后这些检测器对给定的输入图像进行操作,并计算整个输入图像的量化小波变换。 然后,对象检测继续在输入图像上的不同图像窗口位置处的量化小波系数的采样和预计算的对数似然表的高效查找以确定对象存在。 对象查找器的粗略对象检测策略与跨不同位置和尺度的详尽对象搜索相结合,可以实现高效准确的对象检测方案。 物体探测器通过少量检测器的角度变化(例如,180度)的宽范围内检测3D对象,每个检测器专门用于在该角度变化范围内的小范围。
    • 3. 发明授权
    • Surface shape and reflectance extraction system
    • 表面形状和反射率提取系统
    • US4912336A
    • 1990-03-27
    • US313212
    • 1989-02-21
    • Shree K. NayarKatsushi IkeuchiTakeo Kanade
    • Shree K. NayarKatsushi IkeuchiTakeo Kanade
    • G01B11/24G01B11/30
    • G01B11/306G01B11/24
    • An photometric sampling apparatus for an object surface shape and reflectance extraction system includes an array of point light sources spaced apart from one another in an arcuate configuration about a common site at which an object is placed from inspection, an array of extended light sources spaced apart from one another in an arcuate configuration about and oriented in different directions toward the common site, and a viewing device for viewing the object from a single direction when placed at the common site in order to extract information corresponding to the image of the object viewed. The array of point light sources can be activated for emitting light therefrom along different orientation angles toward the object at the common site. The array of extended light sources are generated on the surface of a light-diffusing medium, such as a translucent globe, disposed between the array of point light sources and common site. Each extended source emits light from an area of points unlike each point source which emits light from a single point. A scanner device is connected to the point light sources for sequentially activating them to emit light therefrom. In response to the sequence of emitted light, the extended light sources are generated in a scanning fashion for producing a sequence of images of the object at the viewing device.
    • 一种用于物体表面形状和反射率提取系统的光度采样装置,包括一个点阵光源阵列,其围绕物体从检查位置放置的共同位置以弧形构造彼此间隔开;一组延伸光源间隔开 在弓形配置中,朝向公共场所的方向相互不同,并且朝向公共场所朝向不同方向,以及观察装置,用于在放置在公共场所时从单一方向观看物体,以便提取与所观看的物体的图像相对应的信息。 可以激活点光源阵列,以沿着在公共部位处朝向物体的不同取向角度从其发射光。 扩散光源的阵列在位于点光源阵列和公共部位之间的光漫射介质(例如半透明球体)的表面上产生。 每个扩展的源从与单个点发射光的每个点源不同的点的区域发射光。 扫描器装置连接到点光源,用于顺序地激活它们以从其发光。 响应于发射光的顺序,扩展的光源以扫描方式生成,用于在观察装置处产生对象的一系列图像。
    • 4. 发明授权
    • Three-wheeled adjustable vehicle
    • 三轮可调车
    • US4526106A
    • 1985-07-02
    • US540179
    • 1983-10-11
    • Tokuji OkadaTakeo Kanade
    • Tokuji OkadaTakeo Kanade
    • G01M3/00B61B13/10
    • G01M3/005
    • A motor driven vehicle for traversing the interior of a pipe or conduit comprises a pair of arms pivoted to each other at one pair of ends, a drive wheel the axle of which may coincide with the pivot, a swiveling wheel carried at the other end of each arm and a spring positioned to pull the arms toward each other so that the dimension of the vehicle across a pipe is automatically maximized. The vehicle thus tends to position itself on the longest axis of any cross section of the pipe. The drive wheel may be constructed with rim segments which rotate about axes tangent to the means circumference of the rim.
    • 用于横穿管道或导管内部的电机驱动车辆包括在一对端部处彼此枢转的一对臂,其轴与枢轴重合的驱动轮,在另一端承载的旋转轮 每个臂和一个弹簧定位成将臂朝向彼此拉动,使得跨越管道的车辆的尺寸自动最大化。 因此,车辆倾向于将自身定位在管道的任何横截面的最长轴线上。 驱动轮可以构造有围绕与轮辋的平均周长相切的轴线的轮辋段。
    • 9. 发明授权
    • Computer-aided orthopedic surgery
    • 计算机辅助矫形外科手术
    • US06711432B1
    • 2004-03-23
    • US09694665
    • 2000-10-23
    • Norman M. KrauseLee E. WeissKenji ShimadaTakeo Kanade
    • Norman M. KrauseLee E. WeissKenji ShimadaTakeo Kanade
    • A61F230
    • A61B17/151A61B17/15A61B17/152A61B34/10A61B90/36A61B2034/101G06F19/00Y10S128/922
    • Devices and methods for implementing computer-aided surgical procedures and more specifically devices and methods for implementing a computer-aided orthopedic surgery utilizing intra-operative feedback. A three-dimensional model of an area of a patient upon which a surgical procedure is to be performed is modeled using software techniques. The software model is used to generate a surgical plan, including placement of multifunctional markers, for performing the surgical procedure. After the markers are placed on the patient, an updated image of the patient is taken and used to calculate a final surgical plan for performing the remainder of the surgical procedure. The three-dimensional modeling, surgical planning, and surgery may all take place remote from each other. The various entities may communicate via an electronic communications network such as the Internet.
    • 用于实施计算机辅助外科手术的装置和方法,更具体地涉及利用术中反馈来实施计算机辅助整形外科手术的装置和方法。 使用软件技术对要进行外科手术的患者区域的三维模型进行建模。 软件模型用于产生手术计划,包括放置多功能标记物,用于执行外科手术。 在将标记物放置在患者身上之后,拍摄患者的更新图像并用于计算用于执行外科手术的其余部分的最终手术计划。 三维建模,手术计划和手术都可能相互远离。 各个实体可以通过诸如因特网之类的电子通信网络进行通信。
    • 10. 发明授权
    • License plate information reader device for motor vehicles
    • 汽车牌照信息阅读器
    • US06373962B1
    • 2002-04-16
    • US09296606
    • 1999-04-23
    • Takeo KanadeTaizo UmezakiToshio Hamada
    • Takeo KanadeTaizo UmezakiToshio Hamada
    • G06K900
    • G06K9/3258G06K2209/15
    • In a license plate information reader device (A) for motor vehicles, a CCD camera (1) is provided to produce video image data (11) involving a license plate obtained by photographing a front and rear portion of a motor vehicle. An A/D converter (3) produces a digital multivalue image data (31) by A/D converting the video image data (11). A license plate extracting device (4) is provided to produce a digital multivalue image data (41) corresponding to an area in which the license plate occupies. A literal region extracting device (5) extracts a literal positional region of a letter sequence of the license plate based on the image obtained from the license plate extracting device (4). A literal recognition device (6) is provided to recognize a letter from a literal image (571) of the literal positional region obtained from the literal region extracting device (5). An image emphasis device is provided to emphasize the literal image (571) of the literal positional region by replacing a part of the literal region extracting device (5) with a filter net which serves as a neural network.
    • 在用于机动车辆的车牌信息读取装置(A)中,提供CCD摄像机(1),以产生涉及通过拍摄机动车辆的前部和后部获得的车牌的视频图像数据(11)。 A / D转换器(3)通过对视频图像数据(11)进行A / D转换来产生数字多值图像数据(31)。 提供牌照提取装置(4)以产生对应于车牌所占据的区域的数字多值图像数据(41)。 文字区域提取装置(5)基于从车牌提取装置(4)获得的图像,提取车牌的字母序列的文字位置区域。 提供文字识别装置(6)以识别从文字区域提取装置(5)获得的文字位置区域的文字图像(571)中的字母。 提供一种图像强调装置,通过用作为神经网络的滤波器网来替换文字区域提取装置(5)的一部分来强调文字位置区域的文字图像(571)。