JPH0261102A - Domestic finish method of clothing and constitutional element set therefor - Google Patents

Abstract

PURPOSE: To provide a method for self-making a suit, capable of simply making the ready-made suit in a size corresponding to the size of an individual person by preliminarily making cut pieces so as to be changed into the sizes of many ready-made suits, and subsequently binding processed constituents such as pockets and collars. CONSTITUTION: Each of cut pieces 1-4, 7, 8 has three size lines comprising the peripheral trimming seams 16, and the central line is a target line. Each cut piece can be trimmed with the inner or outer line. While the sizes of interlinings and processed constituents 1-15, such as pockets, collars and fasteners, are matched to the those of the cut pieces, the interlinings and constituents are simply sewed on the cut pieces to make the suit.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention provides, on the one hand, a variable sizing system in three sizes for home-tailoring by consumers the approved types of clothing for ladies, gentlemen and children; Regarding.

The invention, on the other hand, is directed to a set of components for the home-making of this type of clothing by the consumer. Furthermore, the invention also enables a method for the home-tailoring of clothing items according to a specifically defined product-specific pre-production chain.

BACKGROUND OF THE INVENTION In order to create different types of clothing of various types and formats, there is complete industrial manufacturing, from the cutting sketch and subsequent cutting to the ready-to-wear and subsequent ironing. In this case, the consumer only has to make a selection in the catalog or store among the articles that are available or depicted therein, without having to make any formal arrangements. As a result, consumers are forced to pay considerably higher prices for home-made clothing.

Furthermore, the home sewing of all types of clothing according to the principles of patterning, cutting, obtaining all accessories and custom items is known.

In this case, the consumer first takes many personal actions to find the cut, fabric or knitwear, lining, thread and the respective locking elements of the garment that he likes, possibly at different points of sale. be forced to. At home, the consumer must cut fabrics or knitwear and insert locking elements into reinforcements.

(Problem to be Solved by the Invention) However, these tasks not only presuppose special manual dexterity of the consumer, but also the preparation of cuts, the technical notation of each ridge material or the knitted or knitted fabric. It also requires special knowledge of the inflation values and the completion of locking elements such as, for example, fasteners, buttons, etc. These prerequisites therefore often deter many consumers from making their own clothing, despite the cost savings associated therewith compared to finished products. For this reason, the consumer must have at home suitable tools and equipment and suitable space available to him that will enable him to carry out the procedures from cutting to sewing together the various cut parts with ease. It turns out.

The main object of the invention is to provide a variable size standard for three sizes, a method for the home-making of garments with a very specific industrially carried out process chain for this product and, on the one hand, to provide the consumer with a complete home-made tailoring process. Retaining cost advantages, on the other hand, no equipment, machinery, manufacturing and material knowledge is required by the consumer, and also allows the consumer to adapt to personal variations in the size of his ready-to-wear garments. The object of the present invention is to provide a set of components for home-tailoring of various clothing items for women, men, and children by consumers.

Means for solving the problem As a process-suitable part solution to this problem, this is therefore solved by the features set out in the characterizing part of claim 1.

In combination with many interrelated and complementary product possibilities, a minimum of industrial pre-production (at most 30 units)
This includes the potential to provide consumers with garments that are valued at up to 1cFF and are easily completed.

This system of various components allows consumers to make their own measurements, for example, between the waist and hips, or between the chest and hips, even with difficult drawings that do not have the usual standard dimensions for ready-made garments. Compensate for the gap between
This will put them in a position to create optimally fitting clothing. In addition, the jacket can be found and ordered in different sizes for the upper and lower parts in the case of combination articles (blouse, trousers, jacket, jacket), thus making it even more optimal for him and offering the advantages of Ras.

In practice it seems as follows. 1 Jacket size 38-1 Jacket size 40a) This jacket can now be made in sizes 36-38-40 according to individual sizes. This is because the individual cuts include appropriate dimension additions.

b) The jacket dog shank 40 can be made in sizes 38-40-42.

Important: Even if your body size changes, each item can be unraveled and changed to a new size by adding fabric you already have.

The gist of the method according to the invention is the knowledge that the components of the garment can be fabricated in such a way that they are only slightly modified with respect to the planned ready-to-wear size and, on the other hand, the special characteristics of the material processing. It is subject to difficult and important work processes that also require knowledge, and on the other hand, it is also suitable for industrial pre-knob production, in particular for automatic machine production. This share of pre-knitted garments, including cutting, is 11 to 20 to 30 centimeters compared to fully ready-made garments. It should be noted that the consumer is not presupposed to have any special experience in making clothing at home and is entrusted with tasks that are generally limited to adapting individual pieces to their dimensions, joining, especially sewing, gluing, welding, pressing and ironing. . Consumers skip a series of work steps that typically require special training compared to traditional home-made tailoring.

Quite particularly great advantages arise from the use of multiple sizing systems, for example two or three, for a suitable number of ready-to-wear sizes. This is because the consumer can take into account dimensions that deviate from his or her individual ready-to-wear size when completing the garment.

A particular advantage of the method according to the invention is that, on the one hand, the consumer saves time and money, but does not have to eliminate, for example, a job as a means of leisure time, and on the other hand, the consumer
Preliminary, intermediate and fully machined cutting parts with closure elements and accessories that can be adapted to their individual dimensions and can be produced industrially with the required expertise in manufacturing and materials and are therefore affordable and flexible. It is freely available.

(Function) The process progress is roughly as follows. After individual sketches of articles of clothing, such as coats, trousers, jackets, jackets, blouses, chemises, etc., the ladies', gentlemen's or children's modes, harmonized and complemented in quality with the tones, are developed in the styling and adapted accordingly. Each fabric is determined by its color tone and material theme. From these styling sketches the technical details are then extracted and what forms the prototype for the later cut parts are sketched separately.

A basic cut of the size sheet is then developed from each produced sketch, and this basic cut serves as the basis for all further sizes.

Subsequently, the so-called blanks are basted, so that accidental defects in the cutting preparation can be corrected during try-on. The necessary changes are made directly in the basic cutting. The cuts are compared to the cut sketch and details or changes added.

Each model is now sewn from real fabrics, allowing the cuts and fabrics to be precisely aligned with the finished piece and painstakingly inspected for optimal harmony. The necessary corrections are
The final judgment is made.

The entire work process is cataloged and its course determined, and it is separated according to the work process of industrial Brenobu production and home tailoring. Designers and copywriters ultimately coordinate drawings and tailoring manuals with each other.

Parallel to the cut preparation, further size graduations to the resulting cuts and the integration of multiple dimensional systems are also carried out, thus making it possible to provide ready-to-wear parts of all customary sizes.

After the size set has been approved and inspected, it is stored, for example, in a cut-and-copy device. In this way, after calling up the position corresponding to the size, each is printed out and cut on a cutting table.

The cut parts are cleaned and the special parts are fed to another process. Such a work step can be, for example, ironing the core or basting the pocket engaging portion. Small finished parts can also be pre-assembled and made such as belt roofs, linings, pleated folds, sleeve openings, embroidery and slit seams, belts, pockets and waist interlining.

All components, including accessories such as threads, fasteners, buttons and interfacing, and respective finishing instructions are eventually assembled into a set of ready-to-ship packages.

A consumer who orders a package of this type through a catalog or finds it at a special store can then immediately begin to assemble the components according to the instructions on the basis of the tailoring guide. For this reason, consumers are turning away from traditional methods of home-made tailoring.
Therefore only the minimum amount of knowledge that had to be acquired is required. He does not require special equipment or special space availability. In principle, it is sufficient to have a simple sewing machine whose operation can be easily learned.

(Effect of the invention) The method according to the present invention reduces the consumer's out-of-pocket cost by 70 to 80 yen.
In the case of minimum expenditure and excellent quality, the advantages of industrial production are particularly cleverly differentiated from those of home-made tailoring. The method is characterized in that it is characterized by the home tailoring of fashionable clothing with a low waste of time in the case of an optimally affordable distribution, on the one hand, into the industrial prefabricated production range and, on the other hand, into the home tailoring range. The element set is, for example,
It can be provided in a foil transparent packaging device. However, other known presentation formats such as cartons, bags, rolls, etc. are also possible.

In this connection, the provision can be supplemented in each case only with the features of claim 3, if desired.

The measuring tape used for the individual size fits is specially constructed so that the consumer can read off his ready-to-wear size and their size at α.

(Example) Embodiments of the present invention will be described in detail below based on the accompanying drawings.

FIG. 1 shows various components of pants with a warm interlining around the waist and their positions in diagrams 1 to 15.

In this industrial production, both front trousers 2.4 as well as both rear trousers 1.3 are provided with a circumferential trimming seam 16. In this case, relatively small area production (pre-processing) is important.

Each cutting part contains three sizes as contents9,
The intermediate line then becomes the target dimension, for example the size wing. Its inner line corresponds to size 361C, and its outer line corresponds to size 4
Corresponds to 0. Since those portions are trimmed, the additional dimension overwidth 16a must be left uncut for resizing contingencies.

Subsequently (FIG. 4), the core 17 is finished with a hair iron on the waist-lined pleated pants 9. Furthermore, it can be seen from FIG. 4 that the lower edge 18 of this trouser is internally trimmed. These treatments are intermediate range manufacturing (intermediate processing). The variation (varis) of the waist interlining makes it possible to press the buttonhole 18a of the waist interlining.

The loops 12-15 of the waist interlining are completed by trimming, sewing around the perimeter and cutting according to FIGS. 1 and 5.

FIG. 2 shows that both front trousers 2.4 are sewn together in the front middle part 19 up to a small hole. This is again a small range manufacture.

From Figure 3, take the core 10.11 to the pocket retaining part 21 9
It's obvious. In this case, first the core 10.11 is ironed and then the pocket edge is ironed with a machete. It can also be seen from FIG. 3 that both zipper edge coverings 22 are ironed around.

By the way, according to Figure 6, 7 Asuna fields are sewn using a two-needle sewing machine.

FIG. 7 shows the lining pocket part 8 and the sewing part 24.
Sewing of the lower pocket fabric covering part 5 is shown. A lining pocket can be created.

Then, according to FIG. 8, both lining pocket parts 5 are placed one above the other and have a safety part 26 around the periphery.
Closed in Sarel.

When observing Figures 9 to 12, the safety section 26
A pocket bag 25 having a pocket bag 25 is sewn at the pocket engaging portion. FIG. 11 shows the side of the front trousers 2.4 to the right and FIG. 12 shows the side of the front trousers 2.4 to the left.

This industrial prefab production is now finished.

The product is freely available to consumers in the form of home-made packaged sets.

After the consumer opens this package set and studies the tailoring manual, he first detects the appropriate sized seams of the modified method based on the size chart and thereby adjusts the garment when joining. Ensuring the optimum size and quantity of the product. The seven-piece asuna 23, which is then pre-sewn according to FIG. 13, has two sashiko stitches η and is restrained by a cross-seam sash.

Subsequently, the waist interlining pleats 4 are marked and fixed with gussets 31, and then the belt loops 12 to 15 are fixed.
is placed between the folds (Figure 15). The belt loops 12-15 are subsequently secured by seams 32.

According to FIG. 16, the next work step is to attach the cross seam at the upper edge of the pocket retainer 21.

It is then double-stitched and placed at the joint between the pocket bag 5 and the 7-asuna covering 22 (FIG. 17).

Four short seams 35 have now been implemented according to FIG. 18, so as to join the front trousers 2.4 and the pocket bags at the hips and sides.

According to FIG. 19, the rear trousers 1.3 are then sewn with two short seams to sew the heveled loops 12 to 15.

Therefore, as shown in FIG. 20, the front pants/2.4 and the rear pants 1.3 are sewn together at the side surfaces 37 and the upper legs. In this case, short fabric cuts help to ensure an uneven top-to-bottom overlap of the objects.

After sewing together the front trousers 2.4 and the back trousers 1.3, the hem seam 39 according to FIG. 12 is closed and secured. Subsequently the entire previously applied seams are ironed flat. This can also be recognized based on FIG. 21, for example.

Consumers can now make two turn-over seams at the edge of the waist interlining 9 of the pants as shown in Figure 22, iron the waist interlining edge 41 and finish the trousers according to the tailoring manual. A crease must be made in the center 42 (Edict No. 1).

Next, the waist interlining material 9, which is opened again in the downward direction, is moved to the second
Follow the instructions in the diagram to sew the pants to the hip seam from the right side. In this case, the two bait hooks are sewn together on the j side.

FIG. 25 makes it clear that the waist interlining 9 is then rolled up inward.

Next, the inner side of the interlining material is inserted at the waist, and the sashiko line comes from the right side at that time. At this time, as shown in FIG. 26, the upper edge 46 of the waist seam core is sashiko-lined from the right side, and these belt loops are attached along the waist seam core material 9 as shown in FIG. 15. The upper loop edge 10 is sewn together and a sashiko line is applied to the waist interlining 9.

Thereafter, the button 47 is attached to the waist interlining 9 according to the consumer's hip dimensions (see also FIG. 26).

Figures 27 and 28 show that the pants flap 48 is now sewn inwardly around the periphery after the length dimension has been detected.

4. The finished trousers (Figures 29 and 30) are now turned from the outside inwards and all remaining seams are ironed out; the finished ironing of the trousers is then done from the right side. It will be done.

The aforementioned modifications of the adaptation of longitudinal seams to the consumer's body dimensions also apply accordingly to the adaptation of cross seams and length dimensions.

Although this process has been described above only on the basis of one pair of trousers, it applies accordingly to all types of clothing. Differences arise only from the specific processing process of the product.

[Brief explanation of the drawing]

Figure 1 is a plan view showing the individual components of the waist 9-line pleated trousers without accessories and sewing threads as a set;
Figures 12 to 12 are plan views showing various situations of industrial sewing sets for trousers with pleated interlining material around the waist, and Figures 13 to 28 show final finishing manual sewing sets for trousers with pleated interlining material around the waist. FIG. 29 is a rear view of the completed trousers with pleated interlining around the waist, and FIG. 1 is a front view of the completed trousers with pleated interlining around the waist. 1.3...Back pants, 2.4...Front pants, 7
．． 8... Part, 9... Pants with interlining pleats, 10.
11... Core, 12-15... Loop, 16... Seam, 23, T... Fastener, 47... Button. Patent Applicant Horst, 7 Orschner - Figure 29

Claims (1)

[Claims] 1. In order for consumers to make clothing items such as coats, trousers, jackets, skirts, blouses, or chemises at home, the clothing items (50) are first assembled into multiple components. Element (1
- 15, 23, 47) are cut and partially processed, while the cut parts (1 to 4, 7, 8) are sometimes modified and attached reinforcing parts (10, 11), no longer changed. Unfinished finished seams, locking elements (23, 27) and accessories are provided in an industrially prefabricated manner specific to a given article, and then this garment is packaged in a suitable harmony with the cutting material and color tone. consisting of a set of formats, from which the consumer can assemble the components (
1 to 15, 23, and 47) in a prescribed manner to complete this garment, the individual cut portions of the package are made to a size that governs the size of a number of ready-made garments, and the planning Each dimension corresponding to the size of the ready-made garment to be produced is marked on their cut parts, and in the case of industrial prefabricated production, this type of processing may include elaborate reinforcements or other features such as pockets, collars, zippers, etc. attached and worked parts, finished seams, buttonholes, etc., which do not change or are only slightly changed from the planned size of the ready-made garment, and which are not changed by the consumer in the size of the ready-made garment. A method characterized in that the length of the cut pieces is measured and the corresponding markings are made on the cut parts before they are joined together in a defined manner on a certain article of clothing. 2. In component sets for home-made clothing by consumers, such as coats, trousers, jackets, blouses or chemises, in some cases tailoring instructions and composite measuring tapes (measurements) may be included. Reinforcement parts (10, 11) that were crafted and installed including
, constructed into a set in the form of an industrially prefabricated package, consisting of preliminary and intermediate and finished working cut parts (1 to 14, 7, 8) with crafted parts, mutually matched in cut, material and color tone. components (1 to 15, 2
3, 47). 3. The component set according to claim 2, wherein a number of accessories are integrated into the package.