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    • 1. 发明申请
    • METHOD FOR CALCULATING THE GEOMETRY OF A LAST FOR CUSTOMISED FOOTWEAR
    • 用于计算最后定制鞋子几何形状的方法
    • WO2009036939A3
    • 2009-05-07
    • PCT/EP2008007634
    • 2008-09-15
    • MAGARI S R LRATTI ALESSANDRODULIO SERGIO
    • RATTI ALESSANDRODULIO SERGIO
    • G06F17/50G06Q10/00
    • G06F17/5009
    • A method for calculating the geometry of a last for customised footwear comprises the following steps: collection in a data base of 3D models of lasts, creation of a grid of lasts having different measurements in terms of length and of fitting, acquisition of a 3D model of a foot, identification of a sub-set of at least two lasts having measurement parameters close to those of the foot, deformation of the 3D model of the foot to follow the course of the 3D last model, identification of some areas of interest of the 3D model of the foot, deformation of the 3D model of each of the lasts selected in the areas of interest so as to compensate for differences between the 3D model of the last and the 3D model of the foot and selection, on the basis of the residual errors, of the final last to be reproduced.
    • 用于计算定制鞋类的鞋楦的几何形状的方法包括以下步骤:在鞋楦的3D模型的数据库中收集,在长度和拟合方面具有不同测量的鞋楦的网格的创建,3D模型的获取 ,识别具有与脚的测量参数接近的测量参数的至少两个鞋楦的子集,脚的3D模型的变形以跟随3D最后模型的过程,识别一些感兴趣的区域 脚的3D模型,在感兴趣区域中选择的每个鞋楦的3D模型的变形,以便补偿脚的3D模型和脚的3D模型与选择之间的差异,基于 剩余的错误,最后的最后被复制。
    • 2. 发明申请
    • MEASURING VEHICLE WHEEL ALIGNMENT WITH VIDEO CAMERAS AND REPEATED APPROXIMATION CALCULATIONS
    • 用视频摄像机测量车轮对准和重复逼近计算
    • WO0177617A8
    • 2002-01-03
    • PCT/IB0100613
    • 2001-04-11
    • GIEFFE IMMOBILIARE S N C DI GICOLOMBO FLAVIORATTI ALESSANDRO
    • COLOMBO FLAVIORATTI ALESSANDRO
    • G01B11/275G06T1/00
    • G01B11/2755G01B2210/12G01B2210/143G01B2210/26
    • Method for checking the set-up of the suspension of motor vehicles, in particular for measuring the total toe-in and camber angles of the wheels. Two or preferably four videocameras in predetermined fixed positions are used, said videocameras being able to define a fixed spatial reference system, each videocamera being associated with a respective wheel. The method comprises the steps of: identifying, for each wheel, its profile projected onto the optical sensor plane of the respective videocamera, as the locus of the points of greatest variation in luminous intensity; calculating mathematically, using the least square fit method, the conic section which best approximates the profile thus obtained; calculating, from the equation of this conic section and from the known coordinates of the position of the videocameras in the fixed spatial system, the two angles which define - with respect to a vertical longitudinal plane and with respect to a horizontal plane - the orientation of a bundle of parallel planes which intersect, in the form of a set of circles, the cone obtained projecting into space the conic section "viewed" by the videocamera, these angles representing the total toe-in and the camber of the wheel, respectively.
    • 用于检查机动车辆悬架的设置的方法,特别是用于测量车轮的总的前后角和外倾角。 使用两个或优选四个预定固定位置的视频摄像机,所述视频摄像机能够定义固定的空间参考系统,每个摄像机与相应的车轮相关联。 该方法包括以下步骤:为每个车轮识别投影到相应摄像机的光学传感器平面上的轮廓,作为发光强度变化最大的点的轨迹; 使用最小二乘拟合法计算数学上最接近所得轮廓的圆锥截面; 根据该圆锥截面的方程和从固定空间系统中的视频摄像机的位置的已知坐标计算出相对于垂直纵向平面并相对于水平面定义的两个角度 - 方位 以一组圆形的形式相交的一束平行平面,分别由视频摄像机“观看”突出到空间中的锥形部分,这些角度分别表示车轮的总脚趾和弧角。