CALCULATING Z-DEPTHS AND EXTRACTING OBJECTS IN IMAGES
    1.
    发明申请
    CALCULATING Z-DEPTHS AND EXTRACTING OBJECTS IN IMAGES 审中-公开
    计算图像中的Z深度和提取对象

    公开(公告)号:US20100254592A1

    公开(公告)日:2010-10-07

    申请号:US12384124

    申请日:2009-04-01

    Inventor: Koun-Ping Cheng

    CPC classification number: G06T7/593

    Abstract: The dual cameras produce two simultaneous images IM1 and IM2 for a picture. To solve for Z depths, first define a set of grids {S1, S2 . . . Sk|k any integer}. The images of the grids will be used to construct a set of 3D surfaces {SF1, SF2 . . . SFk|k any integer}. Then a Z-depth function evaluator EV will be constructed by using those 3D surfaces {SF1, SF2 . . . SFk|k any integer}. Finally, for any point P on the first image IM1, EV can be used to calculate the Z-depth of P. Then reconstruct all the 3D coordinates of the objects, separate and extract all the objects in the image.

    Abstract translation: 双摄像头为图像产生两个同时的图像IM1和IM2。 为了解决Z深度,首先定义一组网格{S1,S2。 。 。 Sk | k任意整数}。 网格的图像将用于构造一组3D表面{SF1,SF2。 。 。 SFk | k任意整数}。 然后,通过使用这些3D曲面(SF1,SF2)构造Z深度函数评估器EV。 。 。 SFk | k任意整数}。 最后,对于第一图像IM1上的任何点P,可以使用EV来计算P的Z深度。然后重建对象的所有3D坐标,分离并提取图像中的所有对象。

    Method of finding the surface intersections and the shortest distance
between two aribtrary surfaces
    2.
    发明授权
    Method of finding the surface intersections and the shortest distance between two aribtrary surfaces 失效
    找到表面交叉点和两个表面之间的最短距离的方法

    公开(公告)号:US4989152A

    公开(公告)日:1991-01-29

    申请号:US274421

    申请日:1988-11-21

    Inventor: Koun-Ping Cheng

    CPC classification number: G06T17/00 G05B19/41

    Abstract: To find the intersection curves of the two given surfaces, is required in many operation such as NC machining and solid geometric modeling surface creation. Normally, the intersection of two surfaces is not unique. In order to generate a proper tool path or to create a correct boundary surface, all the intersection curves must be found.A new method of finding all the intersection curves of two surfaces has been developed. This new method is based on the use of a plane vector field VF induced by the two given surfaces. The system constructs the 2D vector field VF and uses the integral curves of VF to locate the first intersection curve SC. After the first intersection curve has been found, the system locates all the initial points on SC. Then, it follows the connecting curves of the initial points to locate the other intersection curves. Furthermore, the initial points on the newly found curves will lead the system to other intersection curves. By following all the connecting curves, the system will find them all. Once all the intersection curves are found, the system is able to select the desired tool path or construct the correct surface.Additionally, the absolute distance d between two surfaces can be calculated by using the same method. The value d is used for checking the clearance of moving a cutter along a tool path.

    Abstract translation: 要找到两个给定曲面的交点曲线,需要许多操作,如数控加工和实体几何建模表面创建。 通常,两个表面的交点不是唯一的。 为了生成正确的刀具路径或创建正确的边界表面,必须找到所有的交点曲线。 已经开发了一种找到两个表面的所有交点曲线的新方法。 这种新方法是基于使用由两个给定表面引起的平面矢量场VF。 系统构建2D矢量场VF,并使用VF的积分曲线来定位第一个交叉曲线SC。 在找到第一个交点曲线后,系统将定位SC上的所有初始点。 然后,按照初始点的连接曲线来定位其他交点曲线。 此外,新发现的曲线的初始点将导致系​​统到其他交点曲线。 通过遵循所有连接曲线,系统将会找到它们。 一旦发现所有交点曲线,系统就可以选择所需的刀具路径或构建正确的曲面。 另外,可以通过使用相同的方法来计算两个表面之间的绝对距离d。 值d用于检查沿刀具路径移动刀具的间隙。

    Rule based body mechanics calculation
    3.
    发明申请
    Rule based body mechanics calculation 审中-公开
    基于规则的身体力学计算

    公开(公告)号:US20090042661A1

    公开(公告)日:2009-02-12

    申请号:US12220125

    申请日:2008-07-22

    Inventor: Koun-Ping Cheng

    Abstract: The invention is a motion training method. The motion of golf swing will be emphasized. In order to guide a golfer through a proper swing, his/her swing must be analyzed first. To analyze the swing, a set of frame photos will be needed.From those frame photos, the invented method will provide a rule based method to calculate the body mechanics/forces of the golfer. Once the body mechanics/forces are known, the system will then determine the swing is correct or incorrect. If the swing is incorrect, the system will then make suggestions to the golfer about how to correct his/her swing.

    Abstract translation: 本发明是运动训练方法。 高尔夫挥杆动作将会被强调。 为了引导高尔夫球手正确摆动,必须首先分析他/她的挥杆。 要分析秋千,将需要一组框架照片。 从这些框架照片,本发明的方法将提供一种基于规则的方法来计算高尔夫球员的身体力学/力量。 一旦体力/力量已知,系统就会确定摆动是正确的或不正确的。 如果摆动不正确,系统会向高尔夫球手提出如何纠正他/她的挥杆的建议。

    Rule based body mechanics calculation
    4.
    发明授权
    Rule based body mechanics calculation 失效
    基于规则的身体力学计算

    公开(公告)号:US07404774B1

    公开(公告)日:2008-07-29

    申请号:US11472891

    申请日:2006-06-22

    Inventor: Koun-Ping Cheng

    Abstract: The invention is a motion training method. The motion of golf swing will be emphasized. In order to guide a golfer through a proper swing, his/her swing must be analyzed first. To analyze the swing, a set of frame photos will be needed.From those frame photos, the invented method will provide a rule based method to calculate the body mechanics/forces of the golfer. Once the body mechanics/forces are known, the system will then determine the swing is correct or incorrect. If the swing is incorrect, the system will then make suggestions to the golfer about how to correct his/her swing.

    Abstract translation: 本发明是运动训练方法。 高尔夫挥杆动作将会被强调。 为了引导高尔夫球手正确摆动,必须首先分析他/她的挥杆。 要分析秋千,将需要一组框架照片。 从这些框架照片,本发明的方法将提供一种基于规则的方法来计算高尔夫球员的身体力学/力量。 一旦体力/力量已知,系统就会确定摆动是正确的或不正确的。 如果摆动不正确,系统将向高尔夫球手提出有关如何纠正他/她的挥杆的建议。

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