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Fit raglan sleeve model design and manufacturing method

A raglan sleeve and fit technology, which is applied in the field of design and production of fit raglan sleeve templates, can solve the problems of aesthetics, comfort, irregularity, inconvenient structural design, etc., to reduce the difficulty of plate making, enhance practical value, and make The effect of process accuracy and simplicity

Inactive Publication Date: 2014-07-02
DONGHUA UNIV +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

There is no rule to be found between the inclination angle and the aesthetics and comfort of the sleeves, which is not convenient for flexible structural design

Method used

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  • Fit raglan sleeve model design and manufacturing method
  • Fit raglan sleeve model design and manufacturing method
  • Fit raglan sleeve model design and manufacturing method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment

[0029] Build Raglan Slant Angle X 1 , body sleeve intersection point X 2 and static aesthetics Y 1 , Dynamic comfort Y 2 , Dynamic and static aesthetic fit Y 3 The mathematical model between:

[0030] (A) Raglan sleeve inclination angle X 1 , body sleeve intersection point X 2 and static aesthetic evaluation value Y 1 The mathematical model between Y 1 =1.105-0.014X 1 +0.052X 2 .

[0031] (B) Raglan sleeve inclination angle X 1 , body sleeve intersection point X 2 and dynamic comfort evaluation value Y 2 The mathematical model between Y 2 =0.969-0.015X 1 +0.06X 2 .

[0032] (C) Raglan sleeve inclination angle X 1 , body sleeve intersection point X 2 The evaluation value of fit with dynamic and static aesthetics Y 3 The mathematical model between, when the weight ratio of static aesthetics and dynamic comfort is 0.5:0.5, Y 3 =1.037-0.014X 1 +0.056X 2 ; When the weight ratio of static aesthetics and dynamic comfort is 0.4:0.6, Y 3 =1.023-0.014X 1 +0.057X ...

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PUM

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Abstract

The invention relates to a fit raglan sleeve model design and manufacturing method, which comprises the following steps: building a mathematical model between the inclination angle and body and sleeve intersection and the static elegance, dynamic comfort and static and dynamic elegance and fit of the raglan sleeve; preparing a rear garment piece model, determining shoulder width, a post 1 / 4 chest width point, a waistline and a post central line and well collecting the dart of the rear piece; and determining the value of the inclination angle of the rear sleeve, the length of the sleeve and cuff; determining the intersection of the rear garment body and the garment piece, drawing a tangent line, which passes through the intersection, of a rear arm hole line, drawing a muscle line which is symmetric with the rear arm hole line below the intersection about the tangent line, and determining sleeve cap height; preparing a front garment piece model, determining the shoulder width, a front 1 / 4 chest width point, the waistline and the width of front over lap, and collecting a chest dart and a waist dart; drawing a front sleeve central line, sleeve length and cuff; and drawing a vertical line of the sleeve central line according the sleeve cap height of the rear piece, determining a point, which a tangent line serving as a symmetric axis of the front chest width point and a point on the vertical line passes through, on the front armhole curve, determining sleeve width and well drawing a front sleeve piece. The fit raglan sleeve model design and manufacturing method facilitates flexible structural design of garments.

Description

technical field [0001] The invention relates to the technical field of clothing design, in particular to a method for designing and manufacturing a fitted raglan sleeve template. Background technique [0002] Raglan sleeves are the most used sleeve type after round sleeves. From the structural point of view, the round sleeve is based on the junction line of the trunk and the upper limbs of the human body, and the structural design of the body and the sleeve body is carried out respectively; The structural design of the belt involves many human body ranges, and the structural design has certain difficulties. The research on raglan sleeves has gone through a long process. From the literature review, we can see that a lot of research has been done on raglan sleeves in the industry, from modeling structure, from design to process, static and dynamic, qualitative and quantitative , as well as various related factors affecting raglan sleeves have been studied in depth, and a lar...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A41D27/10A41H3/00
Inventor 楼亚芳张祖芳卫君丽
Owner DONGHUA UNIV
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