JPH05247710A - Method for measuring dimension of suit in semiorder-made tailoring - Google Patents

Abstract

PURPOSE:To readily and accurately measure dimensions of actual sizes of each part of a user wearing sample suit. CONSTITUTION:Beltlike sheets 2-5 with printed bar codes 6... having recorded dimension scale positions at each dimension scale position corresponding to dimension scale positions of given indents at each dimension part of sample suit 1, as dimension scale figures readable by a bar code scanner, are preliminarily coordinated to dimension values of definite form of each dimension part of the sample suit and attached to the sample suit. The bar code parts at desired dimension scale positions of the beltlike sheets 2-5 are read by the bar code scanner to readily measures dimensions of actual sizes of a user while wearing the sample suit 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improvement in a method for measuring clothes by tailoring it to make it easy.

[0002]

2. Description of the Related Art A simple tailoring method for clothes, which is so-called easy-made, is widely used. This easy-made method for tailoring clothes is to prepare sample clothes of various sizes that have been standardized, and wear and wear sample clothes of the size that seems to be most suitable for the wearer among these sample clothes. Based on the standard size values of each measurement part of the sample clothes, the standard size values of these measurement parts can be used to measure the actual size values of each measurement part of the wearer wearing the sample clothes. It can be measured more easily than the method of tailoring clothes.

[0003] Conventionally, this easy-made measuring method is to wear a sample outfit of a size that suits the wearer most out of various sizes of sampled outfits that have been standardized, and the sample outfit fits the size of the wearer. For example, the standard size value of this sample clothes is adopted as the actual size value of the wearer as it is, but if there is a part where this sample clothes does not fit the wearer's actual size, the measurer separately prepares for this measurement part The measured size was applied, and the actual size was measured, for example, the jacket length was 78 cm and the right sleeve length was 62 cm, as in the case of the made-to-order product, and this measured data was entered on a measuring card or the like.

[0004]

As described above, in the conventional easy-made measuring method, when the sample clothes of the standardized size do not fit the actual size of the wearer, this unfit measuring site The measurer applies a separately prepared measure to the actual size, for example, the jacket length is 78 cm and the right sleeve length is 62 cm as in the case of custom-made, so this measurement work is not so easy. However, there is a problem in that it requires almost the same level of skill as custom-made measurements to obtain accurate measurement values. Further, it is necessary to write the measured data on a measuring card or the like, and this writing work is also troublesome.

According to the present invention, when the sampled clothes of the standardized size do not fit the actual size of the wearer, the dimension of the unfit measuring portion can be measured easily and accurately, and
It is an object of the present invention to provide a measuring method that does not require the work of recording measured data on a measuring card.

[0006]

In order to achieve the above object, in the method for measuring clothes in the easy-made tailoring method of the present invention, before and after the strip-shaped sheet body includes the standard dimensional values of the respective measurement portions of the sample clothes, A bar code is printed at each dimensional scale position corresponding to the dimensional scale position of a predetermined step, and these dimensional scale positions are recorded as dimensional scale numbers that can be read by a barcode scanner. This sample for each measuring part of clothes The bar code part that has the same size scale numbers as the standard size numbers of each measuring part of clothes is attached in advance so that it can be aligned, and the bar at the desired scale position The actual size of the wearer wearing the sample clothes can be measured by reading the scale numbers recorded on the code with a barcode scanner. That.

[0007]

As described above, the strip-shaped sheet body is attached in advance to each measuring portion of the sample clothes by aligning the bar code portion on which the same scale dimension numbers as the standard dimension numbers of the measuring portions of the sample clothes are recorded. If the standard size sample clothing does not fit the wearer's actual size, record it on the bar code part at the desired size scale position of the belt-shaped sheet body attached to the measurement site that does not fit. The actual size of the wearer who wears the sample sized clothes of standard size can be measured by reading the number on the specified scale with a bar code scanner.

[0008]

1 is an explanatory view schematically showing an embodiment of a measuring method of the present invention, wherein reference numeral 1 is a sample clothes (sample outerwear), and reference numerals 2 to 5 are respective measuring portions of the sample clothes 1. 2 is a strip-shaped sheet body attached to the upper sleeve length measurement portion, 2 is a strip-shaped sheet body attached to the jacket length measurement portion, 3 is a strip-shaped sheet body attached to the right sleeve length measurement portion, and 4 is a left sleeve length measurement portion. The strip-shaped sheet bodies 5 are strip-shaped sheet bodies attached to the measuring region around the jacket. By the way, the size of each part of the sample clothes 1 shown in this example is 760 m for the jacket length L1.
m, right sleeve length L2 is 590 mm, left sleeve length L3 is 590 m
m, the circumference of the outer jacket is 1000 mm.

Next, specific examples of the specific configurations of the above-mentioned strip-shaped sheet bodies 2 to 5, the attachment of these strip-shaped sheet bodies to the sample clothes 1, and the measuring method using these strip-shaped sheet bodies will be described. Description will be given with reference to FIGS. 2 and 3 shown. FIG. 2 shows a state in which the strip-shaped sheet body 4 is attached to the measurement site of the left sleeve length. The strip-shaped sheet body 4 shown here has a standard size (590 mm) of the left sleeve length L3 of the sample clothes 1.
A bar code in which the dimensional values before and after including the dimensional mark are recorded in the range of 540 mm to 640 mm as dimensional scale numbers which can be read by a bar code scanner (not shown) at each dimensional scale position corresponding to the dimensional scale position in 5 mm increments. 6 ... Is printed, and this belt-shaped sheet body 4
Is attached by means such as sewing by aligning the bar code portion on which the dimensional scale number of 590 mm is recorded so as to be aligned with the standard size of the left sleeve length (590 mm) to the tip of the left sleeve. As a result, the strip-shaped sheet body 4 on which the bar code group is printed in steps of 5 mm is assumed to be the left sleeve length, and the dimensional scale number recorded in the bar code portion at the desired dimensional scale position is read by the bar code scanner. The actual size of the left sleeve length desired by the wearer wearing the clothes is measured.

FIG. 3 shows a state in which the belt-shaped sheet body 5 is attached to the measuring portion around the outer jacket. The belt-shaped sheet body 5 shown here has a standard size (1
000mm) including the measured value before and after 900mm ~ 110
A bar code 6 ... is recorded at each size scale position corresponding to the size scale position in 5 mm increments within a range of about 0 mm, and these size scale positions are recorded as size scale numbers that can be read by a bar code scanner (not shown). This strip-shaped sheet body 5 has a standard size (1000
mm) is recorded on the graduation number of 1000 mm so that the bar code portion is sewn to the inner covering portion so that the bar code portion is aligned with the vertical tip of the outer covering portion. It is installed at. Then, by moving the outer jacket part and the inner jacket part relatively to the left and right along the strip-shaped sheet body, for example, as shown by the alternate long and short dash line in FIG. By the way, by reading the bar code part of the strip-shaped sheet body where the vertical tip of the outer jacket part is located with a bar code scanner, it is possible to measure the actual size of the jacket circumference desired by the wearer wearing the sample clothes. ing.

In the embodiment, only the method of measuring outerwear is shown, but it goes without saying that pants and waistcoat can be measured in the same manner.

[0012]

EFFECTS OF THE INVENTION Since the present invention is configured as described above, the band-shaped sheet body is recorded with the same size scale number as the standard size number of each measurement part of the sample clothes for each measurement part of the sample clothes. If the standard size sample clothes do not fit the wearer's actual size by aligning the pre-installed bar code part, the strip-shaped sheet body attached to the measurement site that does not fit Since it is possible to easily and accurately measure the actual size of the wearer who wears the sample clothes of a standardized size by reading the size scale numbers recorded on the bar code portion at the desired size scale position with a bar code scanner, Easy-to-make clothes can be more easily and accurately measured, and the excellent effect of not needing to record measured data on a measuring card is achieved. To.

[Brief description of drawings]

FIG. 1 is an explanatory view showing a state in which a belt-shaped sheet body is attached to each measurement site of a sample outerwear as a sample clothes.

FIG. 2 is an enlarged explanatory view showing a state in which a belt-shaped sheet body is attached to a sleeve length measuring portion.

FIG. 3 is an explanatory view showing, in an enlarged manner, a state in which a belt-shaped sheet body is attached to a measurement site around a jacket.

[Explanation of symbols]

 1 sample clothes 2 strip-shaped sheet body 3 strip-shaped sheet body 4 strip-shaped sheet body 5 strip-shaped sheet body 6 bar code

Claims (1)

[Claims] 1. A measuring method in which the actual size of each measuring portion of a wearer wearing the sample clothes is measured based on the standard size of each measuring portion of the sample clothes as a reference. In, the strip-shaped sheet body, before and after the dimensional value including the standard dimensional value of each measurement site of the sample clothes, the dimensional scale position corresponding to the dimensional scale position of the predetermined step, these dimensional scale position by bar code scanner A bar code recorded as readable dimensional scale numbers is printed, and these strip-shaped sheet bodies are recorded with the same dimensional scale numbers as the standard dimensional numbers of each measuring part of this sample clothing for each measuring part of this sample clothing. A sample is installed by aligning a certain bar code part and reading the dimensional scale number recorded on the bar code part at the desired dimensional scale position with a bar code scanner. A method of measuring clothes in an easy-to-make style that allows the wearer wearing the clothes to measure the actual size.