RU213298U1 - OVERALLS - Google Patents

Abstract

The utility model relates to the field of clothing, in particular to overalls. The technical result achieved by the solution is to provide a higher compression effect in the abdomen when tilted. The specified technical result is achieved due to the fact that developed overalls containing: the upper part, sewn with a belt; made in the form of pants, the lower part, sewn with a belt; belt, characterized in that the overalls are made tight, the belt is a compression element, the belt is made of two layers, while the lower layer is made of mesh, and the second layer is made of solid fabric, while the mesh is made of a less extensible material compared to the material of solid fabric .

Description

Field of technology to which the utility model belongs

The utility model relates to the field of clothing, in particular to overalls.

State of the art

Known suit (RU112625U1, 20.01.2012), including a power sheath in the form of a fabric overall with two pneumatic chambers placed on it, connected to the pumping device and longitudinally located along the contours of the overalls along the outer surface of the limbs and torso of the patient, while the power sheath is equipped with elastic inserts, with contact fasteners, its central strap of the front part with a central fastener, and the sleeves are equipped with side fasteners installed along their entire length, and the power shell consists of at least two fabric layers, between which a multilayer material is additionally placed, having a cellular structure filled with filler, the central fastener of the central strap of the front part of the power shell is made in the form of adjustable lacing, and the side fasteners of the strap and sleeve fasteners are made in the form of detachable zippers, equipped with an additional half of the zipper, contact tape is used as contact fasteners Velcro type.

However, in this solution, the compression effect is provided by pneumatic chambers.

A posture-correcting jumpsuit (RU111402U1, 12/20/2011) is known, containing a front and back connected to the belt, characterized in that the front and back are made of elastic fabric in one piece from two identical sections of a trapezoidal shape connected by a fold line, in which the length of the fold line corresponds, according to less than the length of the back of the figure from the neck to the middle of the shoulder blades, the height of the trapezoid corresponds to the length of the back of the figure from the middle of the base of the neck to the line of coverage under the chest, and the base of the trapezoid is formed by a convex arcuate line of the bottom of the shelf, turning into a straight line of the bottom of the back, and the length of the arcuate line corresponds to half the length of the half-coverage of the figure under the breast with the gathering factor to the depth of the folds laid on the shelf, and the length of the straight line corresponds to half the length of the half-coverage of the figure under the breast, while the fold line is connected to the base of the trapezoid by straight lines.

However, this solution does not disclose a compression element for the muscles of the lower torso.

Utility Model Disclosure

In one aspect of the utility model, a coverall is disclosed, comprising:

- upper part sewn with a belt;

- made in the form of pants, the lower part, sewn with a belt;

- belt;

characterized by the fact that

the jumpsuit is made tight-fitting;

the belt is a compression element;

the belt is made of two layers, wherein the lower layer is made of a mesh, and the second layer is made of a solid fabric, while the mesh is made of a less extensible material compared to the material of a solid fabric.

In additional aspects of the utility model, it is disclosed that the belt has such a height as to provide compression of the tissues of the abdomen and tissues of the lateral surfaces of the body; the belt has a height of 10 to 30 cm; the solid fabric is made smaller than the mesh.

The main task solved by the claimed utility model is to provide a compression effect in the waist and abdomen.

The essence of the utility model lies in the fact that the jumpsuit contains a lower part and an upper part connected by a belt, while the belt is made of two layers of fabric forming a corset. The bottom layer is made of a low stretch mesh, the top layer is made of a more stretchable solid material.

The technical result achieved by the solution is to provide a higher compression effect in the abdomen when tilted.

Brief description of the drawings

Fig.1 shows a variant of the finished product.

Fig.2 shows a variant of the cutting of the product.

Implementation of the utility model

The proposed jumpsuit is a piece of clothing (figure 1), containing:

- upper part 101;

- belt 102;

- lower part 103.

The coverall is made tight, all elements of the coverall are sewn together, which allows you to set the position of the belt 102 and prevent it from moving up or down. For the purposes of this application, "fitting" is to be understood as a style of clothing in which the elements of clothing, when worn, fit the body.

Belt 102 has a height of 10 to 30 cm depending on the size and model of the overalls. This height allows you to provide the effect of a corset that corrects the figure, hiding the stomach, highlighting the waist. This effect is achieved mainly due to the corsage mesh, which, due to its rigidity, does not allow the stomach and sides to protrude much. In one embodiment, the height of the belt 102 may be, for example, 10 cm around the entire circumference of the belt, and may increase in some areas (for example, in the middle of the abdomen), which does not affect the essence of the solution.

The author decided to use a mesh rather than a solid material, since a solid material with the required rigidity for a corset would lead to overheating of the body under this material, increased sweating and discomfort, especially when playing sports. Mesh allows the skin to breathe better and wick away sweat more effectively.

However, the use of only the mesh leads to a large heat loss, which leads to discomfort in cool weather, given that the upper part 101 and the lower part 102 are made of a solid material.

Within the framework of the claimed solution, a solid material differs from a mesh in that mesh cells are visually visible in the mesh, and in a solid material, although it is made of threads, neither the threads nor the gaps between them are visible.

Thus, the mesh itself, although creating the effect of a corset, leads to discomfort when worn, which is eliminated by the outer layer of fabric. The outer layer is made of elastic fabric that hugs the body at the waist, which enhances the compression effect of the mesh. The fabric of the overalls outside the belt is also made of an elastic material, but since the main compression effect in this model of clothing is created in the waist and abdomen, its extensibility is higher than that of the fabrics that form the belt (it compresses the body to a lesser extent).

In one embodiment, the mesh is made larger than the outer layer of the belt 102 (the size refers primarily to the circumference, but in some embodiments the height may also differ, and the height difference may not be constant around the circumference), which allows for a softer compression effect, when the stomach and sides do not put much pressure on the belt 102, which ensures comfort during daily long-term wear of the product. When the stomach or sides press harder on the belt 102, the compression effect is also provided by a less elastic (less stretchable) mesh. For example, this increased pressure may occur when leaning over when the abdominal or flank tissues press harder on the belt 102 and the mesh prevents them from sagging. A larger mesh size can be both in circumference and in height. A larger height helps to provide a greater compression effect, since the compressive effect is on a larger area of \u200b\u200btissues, which is more comfortable than when a small area of tissue is compressed.

The upper part of the jumpsuit has a front zipper that runs from the top to the waist or to the bottom of the jumpsuit, which allows you to put on and fasten the jumpsuit yourself.

The shapes of the elements from which the claimed product is made are shown in figure 2, the applicant believes that a verbal description of these elements will not provide an understanding of their shape, however, for a person skilled in the art from figure 2 and a detailed description of the solution, it should be clear how to implement product to achieve the claimed technical result.

In general, parts of the claimed article are cut from pieces of fabric and fit together so that they can be sewn together to form a garment.

Figure 2 shows

- parts 201 of the belt;

- parts of 202 legs;

- parts 203 of the top of the overalls.

Product manufacturing

For the manufacture of the product, you must perform the following steps:

1. cut the product according to figure 2;

2.stitch the top seam of the sleeve

3. Sew stripes along the top seam of the sleeve (stripes are an optional element)

4. sew the sleeves to the shelf and back

5. stitch side seams, stitch side seams of the collar, overcast the inner section of the stand

6. sew the outer edge of the rack into the neck

7. stitch the central and side seams of the set-in belt of the warp, sew the central seam of the set-in belt of the mesh

8. align the base belt with mesh around the entire perimeter

9. Sew the top section of the belt to the top of the overalls, lay the finishing line along the seam of attaching the belt (wide stitching) along the base (jacket)

10. cut the zipper to measure 55cm, stitch the jumper on the bottom of the zipper, sew the zipper to the base, turn the zipper with a collar

11. Stitch the branded tape to the zipper stitching allowance 0.1 cm from the edge, fasten the tape into the seam of the collar's overcast inner edge. fasten the braid along the bottom, cutting off the ends

12. fasten the inner edge of the rack along the stitching seam

13. fasten the stitching allowance of the collar along the back by 0.5 cm from the stitching seam (from the seam to the seam of sewing in the sleeve)

14. chalk the stripes on the leggings, sew the stripes on the basting (the stripes are an optional element)

15. sew step cuts

16. Stitch the seam of the seat of the front and rear halves, lay the finishing line along the seam of the center cut of the front and rear halves (narrow sewing)

The overalls may contain a golovin, and may be made without it, which does not relate to the essence of the solution. The description above shows only one of the possible implementations.

The embodiments are not limited to the embodiments described here, other embodiments of the utility model will become apparent to a person skilled in the art based on the information set forth in the description and the knowledge of the prior art, which do not go beyond the essence and scope of this utility model.

Elements mentioned in the singular do not exclude the plurality of elements, unless otherwise specified.

While the exemplary embodiments have been described in detail and shown in the accompanying drawings, it should be understood that such embodiments are illustrative only and are not intended to limit the wider utility model, and that the utility model should not be limited to the particular arrangements shown and described, and designs, as various other modifications may be apparent to those skilled in the art.

Claims (3)

1. Overalls containing: the upper part, sewn with a belt, made in the form of pants, the lower part, sewn with a belt, a belt, characterized in that the overalls are made tight; the belt is made of two layers, while the lower layer is made of a mesh, and the second layer is made of a solid fabric, while the mesh is made of a less extensible material compared to the solid fabric material, while the solid fabric is made of a smaller size than the mesh. 2. The coverall according to claim 1, in which the belt has such a height as to provide compression of the tissues of the abdomen and tissues of the lateral surfaces of the body. 3. Overalls according to claim 1, in which the belt is a compression element with a height of 10 to 30 cm.

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