JPS6112903A - Clothing tailoring method and shaping sheet - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a clothing tailoring method and a molding sheet used in the tailoring method.

The conventional method of tailoring clothes is to draw lines on a paper pattern based on the measured dimensions, cut fabric from this pattern and bast it, and then directly correct and correct the bast-stitched fabric to make the final garment. This type of tailoring method has been passed down as a tradition since ancient times.

However, with the recent development of electronic devices, aiming to make clothes faster and more accurately, it is possible to make clothes more quickly and accurately by providing the measured dimensions as numerical data and specifying the desired design pattern.
Computers have even reached the point where predetermined paper patterns can be created instantly.

This invention primarily proposes a novel method for tailoring clothes by applying such electronic equipment.

In this invention, lines are drawn on the basting model fabric at the same time as lines are drawn on the pattern, a basting model is manufactured using the basting model fabric, and the pattern is corrected based on the correction of dimensions in the basting model, and the basting model is corrected. It relates to a method of tailoring clothes, which is characterized by making the actual garment using a subsequent pattern.

That is, the present invention (5) makes it possible to make more reliable and bold corrections by producing a basting model using fabric for the basting model, rather than directly basting with the fabric. Further, by drawing lines on the basting model fabric at the same time as drawing lines on the pattern paper, uniformity and efficiency are ensured. Furthermore, since production using a single piece of fabric is done based on a pattern with dimensions corrected in the basting model, the actual production can be done quickly and without waste, and unlike conventional methods, it does not require particularly skilled workers.
Reliable products can be easily produced.

Embodiments of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is a perspective view showing a state in which a pattern sheet is used to draw lines on a pattern and lines are drawn on a basting model fabric at the same time, and FIG. 3 is a cross-sectional view showing another example of a molding sheet, and FIG. 3 is a perspective view of a basting model.

First, in the method of this invention, as shown in FIG. 1, lines are drawn on the basting model fabric 15 at the same time as lines are drawn on the pattern 11. As described above, this line drawing is expected to take the form of inputting measured dimensions as numerical data and designating a desired design pattern, and then printing out a predetermined line drawing using a computer.

Of course, this does not exclude manual line drawing as in the past, but as will be described later, in this invention, a basting model is produced and precise corrections such as dimensions are made through the model. It is desirable in terms of work efficiency that this wire drawing step be performed more quickly and simply.

Regarding the basting fabric 15, since this basting fabric 15 is used to manufacture the actual basting model 20 as shown in FIG. It is preferable to use materials made of suitable materials.

Non-woven fabrics are most suitable for suits like the one shown in the figure.

In addition to this, 9. cotton cloth etc. are also used.

As the paper pattern 11, a conventional one can be used0.
, At the same time as drawing the line on pattern 11 ↑, draw the raw jljH for the basting model.
.

FIG. 2 is a sectional view of a mold, a molding sheet 1 ( ), which is advantageously used in the present invention, and this molding sheet 10 is cited as the second invention in this specification. be.

That is, this pattern-making sheet IO is made by laminating a basting model fabric 15 and a paper pattern 11 with a pressure-sensitive copying layer 12 formed on the back side through an adhesive layer 16. In this case, the above-mentioned nonwoven fabric is preferably used as the basting model fabric 15. - In this pattern making sheet) 10, in particular, the basting model fabric 15 and the pattern paper 11 are laminated with an adhesive layer 16 coated with, for example, liquid polyethylene resin, to prevent misalignment during line drawing and copying. In addition, this adhesive layer 16 remains on the pattern 11 side when the basting model fabric 15 is peeled off. This has the advantage that subsequent cutting operations can be carried out extremely easily and reliably.

A basting model 20 as shown in FIG. 2 is manufactured using the basting model fabric 15 described above.

It goes without saying that this basting model 29 is a mockle only for basting, but only the fabric is different from the real fabric, so for example, the front lining 21, the collar lining 2
2 and basic parts such as molds are this basting model 20.
These parts can play a major role in testing the actual feel when sizing the basting.

Final dimensions are adjusted based on this basting model. Unlike conventional basting, this model does not use real fabric, so it is possible to make precise and bold corrections in every detail.

Even corrections that are impossible with conventional basting can be made with the present invention.

Based on the size correction in the basting model 20, the previous pattern 11 is corrected.

Then, after the modification to the pattern 11 is finally completed, the main fabric is cut using the modified pattern 11 to perform the final production. Needless to say, during this actual production, the basting has already been completed, so it goes without saying that it can be immediately put on the wooden binding.

As is clear from the above explanation, this invention has five
Since it is based on the premise that the basting model is produced using a fabric for the basting model that is different from the single fabric, rather than basting directly using the actual fabric, it is possible to make more reliable and bold corrections in the details. This makes it possible to create even better clothing.

This invention also allows a computer to draw a predetermined line in advance by inputting the measured dimensions as numerical data and specifying a desired design pattern, and then final corrections are made to complete the line. New methods of tailoring clothes, especially in response to the introduction of electronic devices such as computers, have made them more efficient and reliable.

It provides a more economical tailoring method.

[Brief explanation of the drawing]

Figure 1 is a perspective view showing how a pattern sheet is used to simultaneously draw a line on a pattern and a basting model fabric; Figure 2 is a sectional view showing another example of a pattern sheet; FIG. 3 is a perspective view of the basting model. lO...Mold-making sheet, 11...Paper pattern, 15...
・Fabric for basting model, 20...basting model. Figure 1 Figure 2 Figure 3

Claims (1)

[Scope of Claims] 1. Lines are drawn on the basting model fabric at the same time as lines are drawn on the pattern, a basting model is manufactured using the basting model fabric, and the pattern is corrected based on the correction of dimensions in the basting model. A method of tailoring clothes, characterized in that the final product is made using the corrected pattern. 2. The method for tailoring clothes according to claim 1, wherein the fabric for the basting model is a nonwoven fabric. 3. A molding sheet in which a basting model fabric and a paper pattern with a pressure-sensitive copy layer formed on the back are laminated via an adhesive layer. 4. The molding sheet according to claim 3, wherein the fabric for the basting model is a nonwoven fabric.