Clothes shape sheet making method

Abstract

The coat form plate making process makes plate based on the following sizes: sleeve depth, chest, back, front down shoulder, back down shoulder, upper chest, sleeve cap and sleeve size in certain ranges. The size numbers constitute the coat form sequence, and each size consists of one base number and one coefficient, the base number is one fixed number for chest size of 100 cm and the coefficient is the increased or decreased number corresponding to the increase or decrease in chest size of 3.3 cm. The method of the present invention is simple and makes the sizes of coat easy to obtain.

Description

Technical field: [0001] The invention belongs to the technical field of clothing plate making, and in particular relates to a plate making method for making a top model on the basis of a garment shape. Background technique: [0002] So far, there are various methods for fabricating structure design, such as proportional method, D-type method, fixed-frame method, prototype method, computer-aided method, etc., but these methods have deficiencies. The proportional method is purely a board-making method of complicated calculations. In the process of making boards and taking sizes, either formulas, calculations, electronic calculations, or computer assistance are used, but none of them can get rid of the complicated calculation steps. It is particularly difficult to get the line segment size of the plate making part, and lacks time efficiency, such as: open neckline: stand collar = collar circumference / 5-4'; +1'; dropped shoulders=0.5 bust / 10-2'; sleeve depth=2 bust / 10+1.2'; upp...

AI Technical Summary

Problems solved by technology

The proportional method is purely a board-making method of complicated calculations. In the process of making boards and taking sizes, either formulas, calculations, electronic calculations, or computer assistance are used, but none of them can get rid of the complicated calculation steps. It is particularly difficult to get the line segment size of the plate making part, and lacks time efficiency, such as: open neckline: stand collar = collar circumference / 5-4'; +1'; dropped shoulders=0.5 bust / 10-2'; sleeve depth=2 bust / 10+1.2'; upper chest=bust / 3-5'

Although the CAD computer-aided method abolishes the empirical formula of the proportional method, it still needs to be aided by a computer. It is bound to be limited by the space of the equipment, and it cannot be drawn and boarded at one time, which will cause complicated and inconvenient learning and production applications.

Although the board making method has changed, these stable board shapes seem to be stable, but they are far from innovating from the laws of the human body. The finished garments can be seen in its longitudinal allowance, horizontal allowance, oblique allowance, front allowance, and rear allowance.

When the human body is in motion, the sleeves are still pulled back. The parameters generally reach 25′~30′, which still does not solve the problem that the human body and clothing conform to the law.

The D-type method only changes the denominator division into multi-digit decimal point multiplication, the freeze-frame method lacks variability and adaptability, and the prototype method has the complexity of a push-version program

In addition, the board samples produced by the above methods are all clean boards, without seams and broken ground. Once this board type is produced, it will go through the second board making procedure to carry out the corresponding seam and break parts of each part. One-time drawing and board

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