, where n is number of developments (portions) in vertical or horizontal planes, defined by disintegration lines, l li is length of each portion of development. Pattern size is calculated at each level by formula Li=li(1+N), where L Li is pattern size. EFFECT: increased efficiency of method. dwg, 1 tbl"/> METHOD FOR PLOTTING SHOULDER STREET-CLOTHE PART PATTERN
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METHOD FOR PLOTTING SHOULDER STREET-CLOTHE PART PATTERN

机译:绘制肩膀街道-衣服零件图案的方法

摘要

FIELD: light industry. SUBSTANCE: method involves inscribing planar mappings of three- dimensional parts of back and strip into rectangular coordinate grid, with mappings being made in the form of part pattern contours with grid applied on them and obtained from dummy basic surface enclosure; correcting static and dynamic correspondence zones, with allowances being taken into account; obtaining new contour of pattern by corrected parameters of pattern. Developments of the whole surface of dummy up to thigh line used as mappings are obtained from three-dimensional surface of dummy, provided that lengths of cuts on development surface in vertical and horizontal planes are equal to that of three-dimensional surface. Prior to effectuating zone correction, allowance norm is calculated by formula N=p/l, where N is allowance norm for given level (of line), p is allowance for given level (of line), l is total line length , obtained by adding lengths of portions at given development level and equal to , where n is number of developments (portions) in vertical or horizontal planes, defined by disintegration lines, l li is length of each portion of development. Pattern size is calculated at each level by formula Li=li(1+N), where L Li is pattern size. EFFECT: increased efficiency of method. dwg, 1 tbl
机译:领域:轻工业。实质:该方法包括将背面和带材的三维零件的平面映射刻成直角坐标网格,并以零件图案轮廓的形式进行绘制,并在其上应用网格,并从虚拟基础表面外壳获得;校正静态和动态对应区域,并考虑到余量;通过校正图案参数获得图案的新轮廓。从假人的三维表面获得假人的整个表面直至大腿线的显影,前提是假人的三维表面在垂直和水平平面上的切口长度等于三维表面的长度。在执行区域校正之前,通过公式N = p / l计算容限范数,其中N是给定水平(行)的容限范数,p是给定水平(行)的容限,l是总行长,通过在给定的开发级别上添加等于[Image file =“ 00000002.GIF” he =“ 12” id =“ imag0.2” imgContent =“ undefined” imgFormat =“ GIF” wi =“ 18” />的部分的长度,其中n是由分解线定义的垂直或水平面上的显影(部分)数量,ll i 是显影各部分的长度。通过公式L i = l i (1 + N)在每个级别上计算图案大小,其中L L i 是图案大小。效果:提高了方法的效率。 dwg,1汤匙

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