JPH06243201A - Production of body shaping underware - Google Patents

Abstract

(57) [Summary] [Purpose] Add the compensation that produces the ideal balanced body shape that the wearer wants to see, within the range that does not exceed the compensation limit that is constrained by the wearer's flesh and body shape, and make the underwear fashionable It can quickly respond to the trend toward high class. [Structure] The whole body of the person to be measured and the whole circumference are measured at the same time using a non-contact type three-dimensional body shape measuring device, and the obtained XYZ coordinate values are measured by a computer having a graphic function. Display the two-dimensional and three-dimensional body shape of the person to be measured on the display device, and display the size of an arbitrary part, then compare and collate with the data stored in the computer in advance, and specify the person to be measured by correction calculation. A well-balanced two-dimensional and three-dimensional body shape when wearing underwear and the dimensions of an arbitrary part are compared and displayed on the same screen of the display device, and a specific underwear is manufactured based on this. How to make underwear.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of manufacturing underwear, and more particularly to a method of manufacturing a compensating underwear that adapts to the wearer's body shape according to the order of the wearer and provides an ideal well-balanced wearing condition. .

[0002]

2. Description of the Related Art Generally, there are many sizes of compensating underwear such as brassieres and body suits, and each wearer uses something that seems to match his / her size. The size of the underwear is displayed only by the circumference of the limited body parts such as the top bust circumference, the under bust circumference, the waist circumference, and the hip circumference, which are the basic body dimensions. It is difficult to obtain a product with excellent compatibility with. Therefore, recently, it has been custom-made to tailor underwear that is suitable for one's body, based on the trend toward higher quality underwear.

However, in conventional custom-made products
As seen in the custom-made clothes described in the 23001 publication, the wearer is measured, and based on the measured value,
The pattern points are displaced with respect to a part of the pattern points that define the standard grade products by comparing with the values of the standard grade products that have been set in advance, and cutting is performed based on the accumulated relative positions of the displaced pattern points. It is common to compensate.

[0004]

However, in the case of the above-mentioned custom-made, it can be said that the body shape of the wearer is matched, and the wearer has various body shapes, and the body shape as it is is not always ideal for the wearer. It cannot be said that the wearer has a well-balanced body shape. That is, as the human body ages, the ptosis of the breast and the deposition of fat on the lower back and abdomen progress,
The body is out of balance.

In view of the above situation, the present invention is not limited to simply conforming to the body shape by incorporating the concept of the ideal body shape that the wearer should see from the wearer, and provides the ideal balance body shape desired. The object of the present invention is to match the data stored in the computer in advance and to add it within a range that does not exceed the compensation limit that is restricted by the wearer's flesh and body shape, and to immediately respond to the trend of underwear and trend toward luxury. Is.

[0006]

Means for Solving the Problems That is, the feature of the present invention which meets the above-mentioned object is that when manufacturing underwear according to the body shape of the person to be measured, the whole body and the entire circumference of the body shape of the person to be measured are simultaneously measured. X obtained by the measurement using a non-contact type three-dimensional body shape measuring device which can be measured
From the YZ coordinate values, a computer having a graphic function is used to display the two-dimensional and three-dimensional body shapes of the person to be measured and the dimensions of an arbitrary part on the display device, and then automatically display the data stored in the computer in advance. Comparing two-dimensional and three-dimensional body shapes with ideal balance and the dimensions of arbitrary parts on the same screen of the display device when the person to be measured wears specific compensation underwear by comparing and collating To display and to make a specific compensating underwear based on this.

The present invention also provides the above-mentioned comparative simulation measurement data of the shape of the body to be measured of the person to be measured, and further, the degree of tension preferred by the wearer and the elongation rate and elongation recovery of the main fabric covering the trunk. The pattern data of a specific compensation underwear is input to a computer that stores the pattern data of a specific underwear, and the pattern data of the person to be measured is automatically obtained, and the plotter outputs the drawing, and the parts are cut from this, or Another feature is that the data is input to an automatic cutting machine controlled by a computer to cut the parts, and then the underwear is adjusted through a sewing process.

Here, as a non-contact type three-dimensional body shape measuring apparatus capable of simultaneously measuring the whole body shape and the entire circumference of the body shape of the person to be measured according to the present invention, there are disclosed in JP-A-64-34329 and JP-A-Heisei There is one disclosed in Japanese Patent Publication No. 1-1121707 and the like, and these devices are usually used. However, other three-dimensional body shape measuring apparatus having a similar function can also be used.

[0009]

In order to produce underwear by the method of the present invention, it is possible to obtain a well-balanced, well-balanced wearing state shape when wearing a specific compensation underwear (underwear ordered by the wearer, which is tailored to the wearer). It was taken in as production data. That is, the two-dimensional and three-dimensional body shape of the person to be measured obtained by the three-dimensional body shape measuring device and the size of an arbitrary part are displayed on the display device of the computer and then automatically compared with the data stored in the computer in advance. Comparing and displaying the ideal balanced two-dimensional and three-dimensional body shapes and the dimensions of arbitrary parts when the measured person wears a specific compensation underwear by collation and compensation calculation on the same screen of the display device. As a result, the dimensional data of the ideal wearable body shape of the person to be measured can be obtained. Therefore, by obtaining the pattern data based on this, it is possible to manufacture the compensating underwear that brings out the balanced ideal wearable body shape.

If the pattern data is output as a drawing by a plotter, it can be stored in a floppy disk or transferred, and thereafter, it can be repeatedly used or the tailored underwear can be easily manufactured at a remote place.

[0011]

Embodiments of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is a flow chart showing the steps of the manufacturing method according to the present invention. As is clear from the figure, the underwear manufacturing step of the present invention is a three-dimensional process of a person to be measured, that is, a customer who intends to wear underwear by custom-made. It begins with the measurement of body shape.

As described above, various measuring devices can be used for measuring the three-dimensional shape, and a known measuring machine is shown in FIG. 2 as an example. That is, this measuring instrument includes a distance measuring ring 2 arranged on a plane (XY plane) perpendicular to a predetermined axis (axis in the Z direction), a light source and a semiconductor position detector,
A plurality of detection heads 1 mounted on the inner surface of the distance measuring ring 2 so that the distance to a predetermined axis is almost the same.
A guide rod 3 for guiding the distance measuring ring 2 in a predetermined axial direction, a drive mechanism (not shown) for moving the distance measuring ring 2 along the guide rod 3, and detection of each of the plurality of detection heads 1. Measured person (human body) M based on signal
It is configured to include a measuring unit (not shown) that calculates the respective distances to and measure the three-dimensional body shape of the person to be measured. Then, the plurality of detection heads 1 provided on the inner surface of the distance measurement ring 2 respectively output detection signals corresponding to the distance to the person M to be measured. At this time, since the detection head 1 moves along with the distance measuring ring along the guide rod 3, a detection signal corresponding to the three-dimensional body shape of the person M to be measured is obtained. Therefore, the measurement signal is measured based on this detection signal. The three-dimensional body shape of the person M is measured.

Thus, when the three-dimensional body shape of the person to be measured is obtained from the three-dimensional body shape measuring machine by the XYZ coordinate values,
From the coordinate values, the computer having a graphic function displays the two-dimensional and three-dimensional body shapes of the person to be measured and the dimensions of arbitrary parts thereof on the display device. Therefore,
The displayed two-dimensional and three-dimensional body shapes of the person to be measured and the dimensions of arbitrary parts are stored in a computer in advance and correspond to various body shapes stored in a computer. Automatically compare and collate with the dimensional data of the arbitrary part corresponding to the part, and correct by the correction operation, and the ideal body shape when the person to be measured wears it and the size of the arbitrary part are the same on the computer display device. A comparative simulation is displayed on the screen.

Therefore, based on the displayed measurement data of the adjusted underwear of the person to be measured, the cut and sewn parts are sewn thereafter to meet the customer's order, which is made to order, and to produce an ideal body shape when worn. Can be obtained.

By inputting the measurement data displayed in the comparative simulation into a computer that stores the pattern data of a specific compensation underwear, the data is automatically created as the pattern data of the person to be measured, and a plotter outputs the data. It is possible to cut the underwear parts from now on, or the data can be further inputted to an automatic cutting machine controlled by a computer to cut the parts. In particular, computer-controlled automatic cutting machines are known and it is very advantageous to input them to cut parts.

By storing the above data in a floppy disk, the range of its use can be further expanded. Then, each of the cut parts is sent to the sewing process in the same manner as described above, and finally the adjusted underwear is manufactured. By sending a floppy containing the data, it is possible to read the data even at a remote place and make similar underwear.

The compensating underwear produced as described above does not merely match the body shape of the person to be measured, but the person to be measured can wear it with its ideal balance body shape, and the compensating effect is enhanced. To be

[0018]

According to the manufacturing method of the present invention, as described above, the two-dimensional and three-dimensional body shapes of the person to be measured and the dimensions of arbitrary parts obtained by the three-dimensional body shape measuring apparatus are automatically stored with the data stored in the computer in advance. Comparing and collating, and performing a correction operation, the two-dimensional and three-dimensional body shapes that are well-balanced when worn by the person to be measured and the dimensions of any part are displayed by comparison simulation on the same screen of the display device. It is a method of producing a compensating underwear based on the above, and unlike the standard grade product, the pattern points of the standard grade product are partly corrected and displaced, and the accumulation thereof is adjusted to the body shape of the person to be measured, The person to be measured wears the underwear by automatically comparing and collating the two-dimensional and three-dimensional body shapes of the person to be measured and the dimensions of an arbitrary part with the data stored and stored in the computer in advance. The ideal balance body shape that should be the most fashionable and the dimensions of any part should be simulated, and the compensating underwear should be created based on this, so it is not only possible to match the body shape of the person being measured, When wearing, the ideal aesthetic shape is brought out, and the expression of the body shape can be made more beautiful, and the compensating underwear that can be worn extremely comfortably without causing any unnatural cramping can be manufactured.

Further, the data displayed in the above simulation is input to a computer to obtain the pattern data, and the parts are cut from the drawing output by this, or this is further input to an automatic cutting machine having computer control. By cutting the parts, it is possible to repeatedly produce a compensating underwear having the body shape and the size of an arbitrary part when it is worn, and it is easy to store the above data in a floppy, and the same can be done at a remote place. It has the effect of creating a compensating underwear that is comfortable to wear.

[Brief description of drawings]

FIG. 1 is a flowchart showing steps of a manufacturing method according to the present invention.

FIG. 2 is a schematic perspective view showing an example of a three-dimensional body shape measuring apparatus used in the manufacturing method of the present invention.

[Explanation of symbols]

 1 Detection head 2 Distance measurement ring 3 Guide rod M Measured person

Claims (2)

[Claims] 1. A body shape of a person to be measured is measured using a non-contact type three-dimensional body shape measuring device capable of simultaneously measuring the whole body and the entire circumference at one time, and the body shape of the person to be measured is measured based on the measured values. A method of custom-made underwear, comprising: displaying the two-dimensional and three-dimensional body shapes of the person to be measured on the display device by a computer having a graphic function from the XYZ coordinate values obtained by the three-dimensional body shape measuring device. Display and size display of any part, then automatically compare and collate with the data stored in the computer in advance, and by the correction calculation, the well-balanced adjustment when the person under test wears a specific adjustment underwear Dimensional and three-dimensional body shapes and dimensions of arbitrary parts are displayed on the same screen of the display device for comparison and simulation, and based on this, a specific rectifying undergarment is manufactured. How to make clothes. 2. The measurement data of the shape of the body to be measured of the person to be measured, which is displayed by comparative simulation by the method according to claim 1, is inputted to a computer for storing the pattern data of a specific compensation underwear, and the person to be measured is automatically measured. After cutting the pattern data and cutting the parts from the plotting output by the plotter, or by inputting that data to the computer-controlled automatic cutting machine to cut the parts, the underwear is rectified through the sewing process. A method of manufacturing a compensation underwear, which is characterized in that