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    • 3. 发明申请
    • Methods and Apparatus for Automatic Body Part Identification and Localization
    • 自动身体部位识别和定位的方法和装置
    • US20080112605A1
    • 2008-05-15
    • US11933518
    • 2007-11-01
    • Lin HongShen Hong
    • Lin HongShen Hong
    • A61B5/00
    • G06T7/74G06T2207/30004
    • Methods and apparatus are disclosed for automatically identifying and locating body parts in medical imaging. To automatically identify body parts of in an image, an identification and location algorithm is used. This establishes a reference frame in relation to the image. Then, a location of the head in relation to the frame is established. After upper and lower boundaries of the head are determined, a neck section of the image is identified. The neck section is identified using the lower boundary of the head section. The location of the neck section is then found. A thorax cage section is found and located positively below the neck section. The abdomen and pelvis are identified together and ultimately separately located and identified.
    • 公开了用于在医学成像中自动识别和定位身体部位的方法和装置。 为了自动识别图像中的身体部位,使用识别和位置算法。 这建立了与图像相关的参考帧。 然后,建立头部相对于框架的位置。 在确定头部的上边界和下边界之后,识别图像的颈部。 使用头部的下边界识别颈部。 然后找到颈部的位置。 发现一个胸部保持架部分,并正确地位于颈部部分。 腹部和骨盆被一起识别,最终分开定位和识别。
    • 5. 发明申请
    • APPARATUS FOR ADJUSTING INCLINATION OF CHAIR BACKS
    • 调整椅背的装置
    • US20050168029A1
    • 2005-08-04
    • US10768592
    • 2004-01-30
    • Lin Hong
    • Lin Hong
    • A47C1/024A47C1/026A47C1/032A47C7/00A47C7/40G05G5/06
    • A47C1/03255A47C1/03238
    • An apparatus for adjusting the inclination of a chair back, is disposed on the chassis at the bottom of a cushion and pivotally coupled to the middle of a base at the upper end of chair legs. A control rod has its middle predetermined position pivotally coupled to the base. A positioning plate has a bolt at its top surface and is disposed at the rear end of the base. A resilient component is pivotally coupled such that one end of the resilient component is hooked into an end of the control rod, and the other end of the resilient component being hooked into the bolt at the top surface of the positioning plate. When the control rod is turned to swing its end, the resilient component rotates, so that one of the resilient legs of the resilient component produces an elastic push onto the positioning plate. Thus the positioning plate contracts and moves to embed into or withdrawal from a latch groove disposed at the bottom rear side of the chassis. Therefore, the pushing force of a spring can be acted completely on the positioning plate and the positioning plate can move smoother, making operation easier and simpler.
    • 一种用于调节椅子背部倾斜度的装置设置在底座上的垫子的底部,并在椅腿的上端枢转地联接到基座的中部。 控制杆具有枢转地联接到基座的中间预定位置。 定位板在其顶面具有螺栓,并且设置在基座的后端。 弹性部件被枢转地联接,使得弹性部件的一端钩在控制杆的一端中,并且弹性部件的另一端被钩在定位板的顶表面处的螺栓中。 当控制杆转动以摆动其端部时,弹性部件旋转,使得弹性部件的弹性腿之一产生弹性推动到定位板上。 因此,定位板收缩并移动以嵌入到设置在底盘的后后侧的闩锁槽或从其中取出。 因此,弹簧的推力可以完全作用在定位板上,定位板可以更平稳地移动,使操作更简单。
    • 6. 发明授权
    • System and method for identifying foreground and background portions of digitized images
    • 用于识别数字化图像的前景和背景部分的系统和方法
    • US06263091B1
    • 2001-07-17
    • US09030344
    • 1998-02-25
    • Anil K. JainLin HongRudolf Maarten BolleSharathchandra Umapathirao Pankanti
    • Anil K. JainLin HongRudolf Maarten BolleSharathchandra Umapathirao Pankanti
    • G06K900
    • G06K9/00067G06K9/00087
    • Disclosed in a system and method for segmenting foreground pixel from background pixels in a digital image, specifically a fingerprint image. First the image is divided into blocks of optimal size. Then, for a given block, an overall gradient magnitude and a projected gradient magnitude is determined. The overall gradient magnitude is a measure of the amount of intensity variation in the current block. If a large number (or all) of the pixels have a direction that is the same as the overall gradient direction, the projected gradient magnitude will be nearly equal (will be equal) to the overall gradient magnitude. This indicates that the current block is a block in the foreground of the image. A relationship, e.g., a ratio, of the over gradient magnitude to the overall projected gradient magnitude is taken certainty level that the current block is in the foreground or background of the image. Connected blocks making up the largest region of foreground blocks are considered the foreground region, the rest of the blocks/regions are discarded (considered as background).
    • 公开在用于从数字图像中的背景像素(特别是指纹图像)分割前景像素的系统和方法中。 首先,图像被分成最佳大小的块。 然后,对于给定的块,确定总体梯度幅度和投影梯度幅度。 总体梯度幅度是当前块中强度变化量的量度。 如果大量(或全部)像素具有与总体梯度方向相同的方向,则投影的梯度大小将几乎等于(等于)整个梯度大小。 这表示当前块是图像前景中的块。 将过度梯度大小与总体投影梯度幅度的关系(例如比例)确定为当前块处于图像的前景或背景中的确定度。 构成前景块最大区域的连接块被认为是前景区域,其余块/区域被丢弃(被视为背景)。
    • 9. 发明授权
    • Candidate generation for lung nodule detection
    • 肺结节检测候选代
    • US07471815B2
    • 2008-12-30
    • US11170421
    • 2005-06-29
    • Lin HongYonggang ShiHong ShenShuping Qing
    • Lin HongYonggang ShiHong ShenShuping Qing
    • G06K9/00A61B6/00G01N23/00G21K1/12H05G1/60
    • G06T7/0012G06T2207/30061
    • A computer-implemented method for candidate generation in three-dimensional volumetric data comprises forming a binary volumetric image of the three-dimensional volumetric data including labeled foreground voxels, estimating a plurality of shape features of the labeled foreground voxels in the binary volumetric data including, identifying peak voxels and high curvature voxels from the foreground voxels in the binary volumetric image, accumulating a plurality of confidence values for boundary and each peak voxel, and detecting confidence peaks from the plurality of confidence values, wherein the confidence peaks are determined to be the candidate points, and refining the candidate points given detected confidence peaks, wherein refined candidate points are determined to be candidates.
    • 用于在三维体积数据中候选生成的计算机实现的方法包括形成包括标记的前景体素的三维体积数据的二进制体积图像,估计二进制体积数据中标记的前景体素的多个形状特征, 从所述二维体积图像中的前景体素识别峰值体素和高曲率体素,为边界和每个峰体素累积多个置信​​度值,以及从所述多个置信度值中检测置信峰值,其中所述置信峰值被确定为 候选点,并且提取给定检测到的置信峰的候选点,其中精确的候选点被确定为候选。
    • 10. 发明申请
    • Candidate generation for lung nodule detection
    • 肺结节检测候选代
    • US20060044310A1
    • 2006-03-02
    • US11170421
    • 2005-06-29
    • Lin HongYonggang ShiHong ShenShuping Qing
    • Lin HongYonggang ShiHong ShenShuping Qing
    • G06T17/00
    • G06T7/0012G06T2207/30061
    • A computer-implemented method for candidate generation in three-dimensional volumetric data comprises forming a binary volumetric image of the three-dimensional volumetric data including labeled foreground voxels, estimating a plurality of shape features of the labeled foreground voxels in the binary volumetric data including, identifying peak voxels and high curvature voxels from the foreground voxels in the binary volumetric image, accumulating a plurality of confidence values for boundary and each peak voxel, and detecting confidence peaks from the plurality of confidence values, wherein the confidence peaks are determined to be the candidate points, and refining the candidate points given detected confidence peaks, wherein refined candidate points are determined to be candidates.
    • 用于在三维体积数据中候选生成的计算机实现的方法包括形成包括标记的前景体素的三维体积数据的二进制体积图像,估计二进制体积数据中标记的前景体素的多个形状特征, 从所述二维体积图像中的前景体素识别峰值体素和高曲率体素,为边界和每个峰体素累积多个置信​​度值,以及从所述多个置信度值中检测置信峰值,其中所述置信峰值被确定为 候选点,并且提取给定检测到的置信峰的候选点,其中精确的候选点被确定为候选。