RU2409998C1 - Method of manufacturing set-in sleeve - Google Patents

Abstract

FIELD: personal use articles.

SUBSTANCE: when the person moves the wedges slightly apart, flowing air, which provides ventilation of under-clothes space and improves functioning of a human body. Method of manufacturing set-in sleeve includes constructing of scan patterns, cutting out and connection with the product. On the unfolding broach of a set-in sleeve prior to connecting with the product evenly on the line of sleeve head at least 11-13 wedges are scheduled, which converge on the bottom of the sleeve on the central axis, and at a distance of 2/3 from the top the length "a" is pointed, and of 1/3 of the bottom the arc on the wedges is lined, which determines the level of incision wedges parts of sleeves next but one from the center, cut-out parts are put down, and the remaining are connected on lines pointed at armhole at a given distance or barely touching each other with the edges, forming sleeve head, and then the lower edges of sleeves are connected.

EFFECT: providing a functional and aesthetic balance, and a possibility of technology of connection the sleeve in the product made of hard materials.

2 cl, 3 dwg

Description

The invention relates to light industry

The prior art and the disadvantages of the prototype

A known method of constructing a sleeve in folded form No. 2258446, in which it is easy to build a sleeve of hard materials. However, it’s difficult to get into the armhole because of landing. In addition, air is not provided in the sleeve.

Disclosure of invention

The purpose of the invention is the provision of functional-aesthetic balance and the possibility of technology for connecting the sleeve in a product made of hard materials (twisting, cloth, felt, etc.).

In order to achieve the goal, at least 11-13 wedges converging along the bottom of the sleeve on the central axis are uniformly drawn along the line of the line at the built-up reamer of the set-in sleeve before connecting to the product, and 1/3 of the length “a” is marked at 1/3 from below draw an arc on wedges that determine the level of notching of parts of the wedges of the sleeves one from the center, the cut sections are lowered down, and the rest are connected along the lines outlined on the armhole at a given distance or barely touching the edges of each other, forming a ridge, and then connecting the lower sections of the sleeve after the construction of the pattern.

In addition, the number of wedges is determined by the height of the sleeve ridge, the properties of the materials, the configuration of the armhole, the number and properties of the underlying layers or their absence, etc.

In addition, the carved layers of the wedges can be tucked in, or hang from the outside, or sorbed by laying an elastic thread (braid) in the center of the carved wedge or cut off from the sleeve (as intended).

The method is illustrated in figures 1-3.

In Fig. 1, a central axis 2 is drawn on the reamer of the sleeve 1, and wedges 3 are configured around the armhole, and wedges 4 are cut from the sleeve and lowered to level "a" equal to 2/3 of the length of the sleeve along axis 2. Carving level outline line 6 to 1/3 of the bottom of the sleeve. On carved wedges, an elastic thread or braid 5 can be laid, sorbing the wedge to the level of the bottom of the sleeve or slightly higher.

Figure 2 shows the armhole of the shelf 7, on which from the level of the shoulder cut 2 of the sweep, coinciding with the Central axis 2 (figure 1), mark the connection lines of the wedges 3 with the product. The distance between them 8 is determined by the height of the okata and the position of the wedges 3 in the finished form and ranges from 0.2-0.3 cm to the joining of the edges of the wedges.

Figure 3 shows the sleeve with the axis 2 in finished form with connected wedges 3 and with loose wedges 4.

The method comprises the following steps.

1. The selection and manufacture of sleeve sleeves are made by conventional methods.

2. Preparation of the sleeve 1 for connection with the product 7. To do this, spend the central axis 2 of the sleeve (figure 1), coinciding with the shoulder seams 2 (figure 2, 3). Then, at the development of the set-in sleeve, at least 11-13 wedges are converging evenly along the bottom, converging along the bottom of the sleeve on the central axis and mark "a" at a distance of 2/3 from the top (Fig. 1). At 1/3 from the bottom from the center, draw arc 6 on the wedges, determining the level of notching of the parts of the wedges of the sleeves (through one from the center). The cut sections are lowered down, in the middle they can be skipped with an elastic thread or braid, combining a cut wedge to the level of the bottom of the sleeve.

3. Basting on the armhole line 3 joining okat sleeves. To do this, for example, on field 7, plot 3 of the middle wedge 3 from axis 2, divided in half by axis 2 and to the lower edge of the corner with a side cut of the floor. The distance 8 between the wedges on the armhole is projected from the height of the okata, the position of the wedges 3 in the finished form and varies from 0.2-0.3 cm (figure 2) to dock the wedges 3.

4. The development of the patterns of the top is carried out by conventional methods with allowances for seams and mining. Cutting sleeves is also usually done.

5. The connection of the wedges 3 with the armhole of the floor 7 and the back is made by known methods, for example, on the front side with a false seam by tuning, if the material is very hard or by other known methods. When docking the wedges, it is possible to pre-connect them with trimming under the steering wheel, braid with subsequent tuning, etc.

6. The carved wedges 4 can be processed in different ways: simply lowered down, passed through the unseparated part of the sleeve from inside it and peeking from under the bottom of the sleeve or collected by the elastic tape 5 laid in the center of the wedge 4 to the model level (Figs. 1-3 )

7. The operation of the product is carried out by conventional methods.

Thus, a sleeve is developed that can be applied to any hard materials of clothing with comfort and convenience in wearing

Product Operation

When a person performs movements, the wedges diverge a little, letting in air, which provides ventilation of the working space and improves the functioning of the human body. In addition, the manufacturability of the connection of the sleeve with the armhole is ensured, which provides an aesthetic perception of the product and its variations.

Thus, the goal has been achieved of using a set-in sleeve with different okats in structures made of hard materials.

Claims (2)

1. A method of constructing a set-in sleeve, including constructing a sweep of the patterns, cutting and connecting to the product, characterized in that at least 11-13 wedges converging along the bottom of the sleeve on the central line are outlined on the constructed scan of the set-in sleeve before connecting to the product. axis, and mark the length “a” at a distance of 2/3 from the top, draw an arc on the wedges 1/3 from the bottom, which determines the level of notching of the parts of the wedges of the sleeves one from the center, the cut-out sections are lowered, and the rest are connected as outlined at the armhole lines at a specified distance or barely touching the edges to each other, forming doused, and then connect the lower edges of the sleeve. 2. The method according to claim 1, characterized in that the carved layers of the wedges can be tucked inside the sleeve, or hang from the outside, or sorbar by laying an elastic thread or braid in the center of the carved wedge, or cut off from the sleeve as intended.

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