Plating method for suit sleeve strip matching and check matching

Abstract

The invention discloses a plating method for suit sleeve strip matching and check matching. By means of the proportion of the chest circumference to the front cross to the front shoulder projection width, the armhole arc line overall length and other parameters, a sleeve top point is controlled to shift backwards, and a back height line transversely passing through the armhole and multiple horizontal-direction auxiliary lines such as a prolonging line, a sleeve length upper flat line and a sleeve top depth auxiliary line of the back height line are added, a crossed point produced by sleeve top and sleeve bottom arc line horizontal lines transversely shifts so as to adjust the sleeve capacity, the fabric grain inclination degree of a sleeve seam is increased by moving a cuff front slanting sleeve point forwards, the sleeve pulling difficulty is lowered, the operation difficulty is lowered, the check matching effect is improved, the sleeve model incurvation is more natural and accords with the human body structure, and the overall attractiveness of a sleeve model is improved.

Description

technical field [0001] The invention relates to a board-making method in which the sleeves of a suit are aligned with the body of the suit. Background technique [0002] In the process of making suit sleeves in the prior art, a horizontal line is usually drawn at the front armhole, the horizontal line traverses the entire arc of the armhole and the sleeve valley, and the warp and weft yarns at the points intersecting with the sleeve valley of the front armhole overlap , can better realize the alignment of the horizontal grid, but the overlapping point cannot achieve the visual vertical grid alignment due to the difference in the force of the sleeves on the body, so the effect on the vertical grid is not good. At the same time, since the apposition point that traverses to the sleeve valley of the rear armhole is in the hidden underarm, it is often impossible to ensure whether the upper rear sleeve mountain is parallel to the rear armhole, because there are no other auxiliary ...

AI Technical Summary

Problems solved by technology

[0002] In the process of making suit sleeves in the prior art, a horizontal line is usually drawn at the front armhole, the horizontal line traverses the entire arc of the armhole and the sleeve valley, and the warp and weft yarns at the points intersecting with the sleeve valley of the front armhole overlap , can better realize the alignment of the horizontal grid, but the overlapping point cannot achieve a good visual vertical grid alignment due to the difference in the force of the sleeves on the body, so the effect on the vertical grid is not good

At the same time, since the apposition point that traverses to the sleeve valley of the rear armhole is in the hidden underarm, it is often impossible to ensure whether the upper rear sleeve mountain is parallel to the rear armhole, because there are no other auxiliary lines to penetrate, let alone do a good job with it at the same time. The cross-cross of the front armhole, the stability of the cross-cross is low

Therefore, this commonly used board-making method has relatively large defects. Often the back sleeves of the clothes are mostly inclined, and the sleeves and the back parts cannot complete the phenomenon of horizontal stripes, which affects the appearance and reduces the quality of the suit.

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