RU213072U1 - 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 create areas with a greater and lesser compression effect on the surface of the legs.

The specified technical result is achieved due to the fact that developed overalls containing the upper part connected to the belt; made in the form of pants, the lower part connected to the belt; belt; compression elements; characterized in that the lower part is made tight-fitting and contains compression elements at least on the outer side surfaces of the legs, and the compression elements extend from the waistband to the bottom of the legs; compression elements are made of less stretchable material than the leg material.

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, this solution does not disclose a compression element for the leg muscles.

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 leg muscles.

Utility Model Disclosure

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

upper part connected to the belt;

made in the form of trousers, the lower part connected to the belt;

belt;

compression elements;

characterized in that the lower part contains compression elements, and the compression elements extend from the waistband to the bottom of the legs;

compression elements are made of less stretchable material than the leg material.

In additional aspects of the utility model, it is disclosed that the compression element is shaped so that it additionally extends along the back of the thigh in the area under the buttocks and in the area above the knee; each leg consists of five parts sewn to the compression element and the belt; the length of the legs is such that they reach at least one of: the area below the knee, mid-calf, ankles; the belt is made of less stretchy material than the legs; sleeves are made of less stretchy material than other areas of the upper part of the overalls; the compression element is made of less stretchable material than the legs.

The main task solved by the claimed utility model is to provide a compression effect of the leg muscles in the specified areas.

The essence of the utility model lies in the fact that the overalls contain inserts with different stretching parameters, due to the presence of more and less stretchable inserts, areas of a greater and lesser compressive effect arise. At the same time, the fixation of the inserts at the same level is additionally provided by the belt and the upper part of the overalls.

The technical result achieved by the solution consists in creating areas with a greater and lesser compression effect on the surface of the legs and maintaining this effect during active movements.

Brief description of the drawings

Fig. 1 shows a variant of the finished product.

Fig. 2 shows an option for cutting the product.

Implementation of the utility model

The proposed jumpsuit is a piece of clothing (Fig. 1), containing

belt 101;

compression elements 102;

elements of 103 trousers;

upper part 104.

The compression elements 102 are made of a denser and less stretchy material, as they provide a compressive effect, the leg elements 103, the upper part 104 are made of a less dense, more easily stretchable material to adapt to the shape of the body of different people. At the same time, the jumpsuit is made tight-fitting.

Compression elements 102 compress the legs at least on the outer sides, which corrects the figure by visually reducing the width of the legs and tightening the muscles. In the preferred embodiment, in addition to compression from the outer sides, the elements 102 provide compression under the buttocks and in the knee area. The compression under the buttocks emphasizes the muscles of the legs by creating a contrast between the gluteal and femoral muscles. Part of the element 102 in the knee area, firstly, increases the compression of the outer lateral surface of the legs, and also compresses and visually tightens the thigh muscles.

The belt 101 serves to attach the elements 102 to it, does not allow the elements 102 to slide down, which allows you to maintain the original level of compression.

The upper part 104 also allows the belt 101 with the elements 102 and 103 attached to it not to slide down, which is possible during active sports activities. The upper 104 can be made entirely of one material, but sleeves of a denser material are possible, which provides compression in the muscles of the shoulders, biceps and triceps.

Compression of the shoulder muscles, as well as the hip muscles, reduces the likelihood of sprains and ruptures, the muscles most actively involved in physical exertion, while the elastic material in the rest of the overalls allows it to sit on the figure, does not restrict movement.

In some embodiments, the compression elements 102 include an elastic material insert (not shown in FIG. 1) that provides an additional compression effect.

In a preferred embodiment, the compression element 102 has the shape shown in FIG. 1, it is a piece of fabric of complex shape, which is sewn to the belt 101 and leg elements 103. The dimensions of the compression element 102 are determined by the product size (XS, S, M, L, XL, etc.). Similarly, the dimensions of the belt 101 of the leg elements 103 are determined by the size of the product.

The length of the pants does not limit the proposed product and can be from 50 cm to 1 m. . In the short version of the trousers, the compression effect is applied only to the hips, and in the long versions, to the games.

Since the claimed product is intended to provide a compression effect and body shaping, it is made from any relatively easily stretchable material used in tailoring (which does not apply to compression elements 102). An important requirement for the material is that the material must fit the body, and it must stretch to a greater extent than the material of the compression elements 102. compression effect in targeted areas, which allows you to compress and highlight the target muscles of the legs.

In a preferred embodiment, the inventive product includes a belt 102, which is made of elastic material or contains elastic material and provides fixation of the product on the hips or waist. Preferably, the belt 102 is made of a less stretchy material than the elements 103 in order to be effective at the waist or hips, depending on the garment.

Due to the presence of compression elements 102, made of a less elastic material than the material of the elements 103 of the legs, in one of the options, when using the proposed product, the effect of local compression of the muscles of the back of the thigh is provided, and the easily stretchable material of the legs outlines the contours of the muscles of the back of the thigh, which together provides the effect of creating areas on the back of the thigh with more and less compression effect and creates a push-up effect.

The local compression provided highlights the muscles, creating the appearance of elastic, relief muscles. To achieve this effect, it is not necessary to perfectly match the human figure to the accepted clothing sizes, since the beneficial effect is provided through the use of materials with different stretching characteristics.

The lower part of the overalls (pants) may be high enough to sit on the hips or waist, which is not the subject of this utility model.

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 FIG. 2 compression elements 102 consist of two parts that are sewn together during the manufacture of the product, but it is possible to use a single element 102.

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.

In FIG. 2 shown

belt parts 201;

leg parts 202;

parts 203 compression elements;

parts 204 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 fig. 2.

2. Sew the parts of the compression elements together (if the element 102 is not made in one piece).

3. Stitch the leg elements 103 to the compression element 102.

4. Lay a finishing stitch along the joining seam of the compression elements 102. It should be noted that the junction of the two elements itself is a tighter and less stretchy area, which provides compression in this area. Additionally, the seams can be reinforced with a rubber band.

5. Stitch the step sections, stitch the central section of the front and back halves of the legs.

6. Lay the finishing line along the center seam.

7. Stitch the top seam of the sleeve.

8. Lay the finishing line along the upper seam of the sleeve (along the back).

9. Stitch sleeves, stitch side seams, sew in sleeve.

10. Lay the finishing line along the seam of the sewing in of the sleeve.

11. Sew the outer edge of the rack into the neck.

12. Stitch the collar to the facing of the neck of the back, overcast the edge of the facing at the same time as the collar, laying the seam on the side.

13. Stitch the top of the collar and piping to the inside of the stand collar.

14. Cut the zipper, stitch the jumper, sew in the zipper, overstitch with a pick.

15. Fasten the inner edge of the rack along the stitching seam.

16. Fasten the pick-up along the bottom of the product after sewing on the zipper.

17. Stitch the side seams of the set-in belt.

18. Sew the bottom edge of the belt to the top edge of the legs, lay the finishing line along the bottom seam of the belt, along the belt.

19. Stitch the top and bottom of the overalls, lay the finishing line along the upper seam of the belt along the belt.

The overalls may contain a neck, 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.

Rubber bands can be sewn around the entire perimeter of the compression element 102 or only on some of its sides, depending on how strong the compression effect is to be achieved. The width, thickness, specific parameters of the material of the used rubber band are not disclosed in this description, since their selection depends on the desired compression effect. It is preferable to use latex rubber.

The compression element 102 can be sewn over the whole legs, however, it is preferred that it is sewn to the individual elements 103 of the legs.

In FIG. 2 shows one of the finished product options. Figure 2 shows that the compression element 102 is designed to wrap around the knee in a ring, and also runs almost the entire outer side surface of the leg, this option is preferred, but not the only one. This implementation provides an additional compression effect along the entire outer lateral surface of the leg, especially in the thighs. In order to enhance this effect, it is preferable to add a ring around the knee. In general, the claimed product is made in such a way as to fit the body, therefore, due to inserts with different stretching, there is a greater compression of some areas of the legs and less of others, as a result, some correction of the shape of the legs is provided by highlighting some areas and visually reducing others.

Element 102 may be essentially a strip of fabric that extends across the entire outer lateral surface of the legs, may be a strip with an area that covers the area under the gluteal muscles, and may additionally contain a section that covers the area around the knee.

In the preferred embodiment, each leg consists of five parts sewn to the compression element and the belt, each part of the leg is made of a more stretchable material, so it allows the fabrics to protrude from the compressed compression elements 102, which ensures the achievement of the claimed technical result.

In a preferred embodiment, the compression element contains at least one insert of an elastic material (for example, a tape containing latex), such a solution allows the claimed technical result to be achieved for a wider range of leg sizes.

The length of the legs is not an essential feature of the claimed product, it should only allow the compression elements 102 to be sewn to the legs. That is, the minimum length of the product is just above the knee. This is determined by the need to compress the muscles of the back of the thigh and, as an option, the outer side of the thigh at the points of their attachment to the knee. The width of the compression element 102 can vary widely and is chosen by a person skilled in the art based on two considerations:

1. An element 102 that is too narrow will simply cut into the skin and muscles without substantially achieving the intended effect.

2. An element that is too wide will simply compress the muscles evenly from all sides, which will not allow you to highlight individual sections of the muscles and individual muscles, and it will also be difficult to put on such a product and it will be impossible to wear it for a long time due to excessive compression.

In a preferred embodiment, the compression element 102 extends along the outer side of the lower leg, extending at the bottom of the anterior surface of the lower leg, this solution allows you to compress the calf muscles from the outside and create the effect of a narrower in the desired projection of the lower leg.

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 (5)

1. A jumpsuit containing an upper part connected to a belt, a lower part made in the form of pants connected to a belt, a belt, compression elements, characterized in that the front contains a zipper, the lower part is made tight-fitting and contains compression elements on the outer side surfaces of the legs moreover, the compression elements extend from the waist to the bottom of the legs and additionally pass along the back surface of the thigh in the area under the buttocks and in the area above the knee, the compression elements being made of a less stretchable material than the material of the legs, and the connection of the compression elements is made with the possibility of providing compression. 2. Overalls according to claim 1, in which each leg consists of five parts sewn to the compression element and the belt. 3. Overalls according to claim 1, in which the length of the legs is such that they reach at least one of: mid-calf, ankles. 4. The overalls of claim. 1, in which the belt is made of less stretchable material than the legs. 5. A jumpsuit according to claim 1, wherein the upper part comprises sleeves.

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