KR102390206B1 - Body shape correction top - Google Patents

Abstract

The present invention relates to a top for body shape correction, and more particularly, a body shape that maintains a correct posture by straightening a bent neck, shoulders, and back by forming a band that generates rotational force on the top in a weaving method to pull the shoulders and neck. It's about the corrective top.
According to the present invention, it is possible to reduce pain and tension in the neck, shoulders, and back by relaxing the tense muscles by stretching the forward tilted head and neck, bent shoulders and back, and recognizing the correct posture to achieve balance. It works.

Description

Top for body shape correction {BODY SHAPE CORRECTION TOP}

The present invention relates to a top for body shape correction, and more particularly, a body shape that maintains a correct posture by stretching a bent neck, shoulders, and back by forming a band that generates rotational force on the top in a weaving method to pull the shoulders and neck It's about corrective tops.

In general, tops are clothes worn on the upper half of the body, and there are various types such as blouses, shirts, jackets, and vests. The effect could not be expected.

Modern people are engaged in various occupations, and most of their work involves processing documents in front of a desk with their shoulders bent or using a computer to work for a long time. Therefore, if you work for a long time with your shoulders bent to manipulate the computer keyboard or work for a long time to process documents, problems such as bending your back as the spine is curved, and eventually bending your spine also had a bad effect on

In order to prevent the spine from being bent as described above, it is possible to maintain a correct posture by always maintaining a correct posture while working and performing steady exercise in parallel, but it is very difficult for modern people living in a busy reality.

1 is a diagram showing a state in which the head is tilted forward and a state of upright posture while sitting at a desk, FIG. 2 is a side view showing a state in which the neck and back are bent, and FIG. 3 is a state in which the neck, shoulders, and back are bent, respectively. A side view, Figure 4 is a conceptual view showing the direction of the force applied to the neck and shoulder.

There are several causes of a straight neck. When looking at the monitor while working, the back is bent and the head is tilted forward, when reading a book with the head bowed for a long time, when using a smartphone with the head bowed for a long time, the back is tilted backwards. It can become a straight neck by bending and bending the shoulders forward. Also, if you have your head down on the floor and read a newspaper or book, stand for a long time in a dressed up position, or use a pillow with high head and neck height while sleeping, you may become a straight neck.

A person's neck, shoulders, and back are all connected and affect each other closely. When the head protrudes forward relative to the body, the lower part of the neck becomes a curved back, and the shoulders are curled inward. The spine and body joints are all connected, so if any one part of the body is unbalanced, the whole body shape will be distorted together.

If the straight neck state lasts for a long time, the risk of a disc is increased as pressure is applied to the cervical vertebrae, and the shoulder or arm feels numb or pain, making it impossible to carry out normal life or work, resulting in great discomfort.

KR 10-1554878 B1 KR 10-1306084 B1 KR 10-2018-0134588 A

The present invention for solving the above problems is a top for body shape correction that generates a force to rotate the muscles or skeleton of the upper body in a certain direction by increasing the density of the band-shaped region in the process of weaving the top to increase elasticity. aims to provide

Another object of the present invention is to provide a top for body shape correction that forms a band surrounding the shoulder and the armpit to generate a rotational force that rotates the shoulder backward to straighten the shoulder.

Another object of the present invention is to provide a top for body shape correction that forms an X-shaped band that crosses the back to generate a rotational force that allows both shoulders to be stretched backwards.

Another object of the present invention is to provide a top for body shape correction that forms a band from the bottom of the chest horizontally to the back of the back to generate a rotational force to straighten the chest backwards.

In addition, by forming a band connecting the X-shaped band on the upper side of the back, it is intended to provide a top for body shape correction so that the rotational force to straighten the back generates a force to gather in the center rather than to the left and right do.

The present invention devised to solve the above problems is a top that generates a force to pull the shoulder and neck by forming a band that generates a rotational force on the upper body in a weaving manner, and the body 102 is composed of a fabric covering the upper body of the user. )Wow; an armpit band 104 formed on both left and right shoulder parts and wrapped around the outer upper part of the shoulder by connecting the lower part of the armpit in an oval shape; And a back band 106 formed in an X-shape in the vertical direction on the back of the body 102; a side chest band 108 passing through each of the left and right sides in the horizontal direction from the center under the front chest of the body 102 and meeting the back band 106 on the back side; and a left and right connection band 110 for horizontally connecting between the two bands constituting the upper band of the back band 106, the armpit band 104 and the back band 106, The side chest band 108 and the left and right connection bands 110 are characterized in that they are made by weaving to have a relatively higher density than the body 102 .

The back band 106 is composed of an upper band, a center band, and a lower band going from top to bottom, and the weaving density is characterized in that the lower band, the center band, and the upper band are higher in the order of the upper band.

It is characterized in that the density of the region below the shoulder in the armpit band 104 is relatively higher than the density of the region above the shoulder.

The lower portion of the armpit band 104 is characterized in that it is arranged to overlap the side chest band 108 by more than a certain area.

The side chest band 108 is characterized in that it is arranged to cross the center band of the back band (106).

The upper part of the armpit band 104 is characterized in that it is arranged to overlap the upper part of the upper band of the back band 106 by more than a certain area.

According to the present invention, it is possible to reduce pain and tension in the neck, shoulders, and back by relaxing the tense muscles by stretching the forward tilted head and neck, bent shoulders and back, and recognizing the correct posture to achieve balance. It works.

According to the present invention, the left and right shoulders are pulled back as if pulled by hand, the shoulders are pulled toward the center of the back, and there is an effect of pulling the lateral chest back while supporting the front chest.

In addition, it is easy to wear by forming a band according to the density difference in the integrated clothing, leaving few marks on the body, and has an effect suitable for wearing as underwear because it is thin and tightly attached to the body.

In addition, the band that generates the rotation torque does not pass through the armpit, so there is no pain or discomfort in the armpit. It has the effect of transferring power.

1 is a diagram showing a state in which the head is tilted forward and a correct posture while sitting at a desk.
Figure 2 is a side view showing a state in which the neck and back are bent.
3 is a side view showing a bent state of the neck, shoulder, and back, respectively.
Figure 4 is a conceptual diagram showing the direction of the force applied to the neck and shoulder.
5 is a conceptual diagram illustrating a process of correcting posture through the interaction of the neck, shoulders, and back.
Figure 6 is a perspective view showing the band formation structure of the top of the present invention.
7 is a front view showing the band formation structure of the front part of the upper garment.
Figure 8 is a rear view showing the band formation structure of the rear portion of the jacket.
Figure 9 is a figure showing the structure of the armpit band.
10 is a diagram showing the structure of the back band.
11 is a figure showing the structure of the side chest band.
12 is a diagram showing the structure of a left and right connection band.
13 is a diagram showing the direction of rotational force generation of the band formed on the top of the present invention.

Hereinafter, "a top for body shape correction" (hereinafter referred to as a 'top') according to an embodiment of the present invention will be described with reference to the drawings.

5 is a conceptual diagram illustrating a process of correcting posture through the interaction of the neck, shoulders, and back.

The human body realizes various types of motions through organic interactions in a state where muscles and skeletons are connected to each other. As the picture cannot be seen separately, the straight neck, the curled (round) shoulder, and the curved back appear connected to each other. Therefore, if the curled shoulders are straightened, the bent back is straightened, and the neck and head tilted forward can stand upright. This is because the human body's human body mechanics are connected and affect each other's neck, shoulder, and back.

The present invention discloses a technique for correcting posture by generating a rotational force in the muscles or skeleton of the human body in close contact with the upper body 100 by wearing the upper body 100 in which a band having a difference in density is worn.

6 is a perspective view showing the band forming structure of the upper part of the present invention, FIG. 7 is a front view showing the band forming structure of the front part of the upper part, FIG. 8 is a rear view showing the band forming structure of the rear part of the upper part, FIG. A figure showing the structure of the band, Figure 10 is a figure showing the structure of the back band, Figure 11 is a figure showing the structure of the chest band, Figure 12 is a figure showing the structure of the left and right connection band.

The upper body 100 of the present invention does not use a separate body correction device separated from clothes, such as a band, belt, or vest type, but has a density difference in the upper body 100 similar to underwear or sportswear. It is characterized in that by forming a band having a integral to generate rotational force.

The body 102 is a part forming the basic base of the upper body 100, and is manufactured in a form in close contact while covering the upper body. The body 102 is woven in a general way of manufacturing clothing. All parts of the body 102 are woven in the same way so that they all have the same density.

The top 100 for body shape correction of the present invention uses the principle of weaving different density of fabric to generate rotational force due to pressure difference. When the band-shaped part is more densely woven on the upper 100, a greater pressure is generated than other parts, and a pulling force is generated in the longitudinal direction of the band. When the user wears the top 100, this force changes into a force that rotates the shoulder, neck, and back joints and pulls the muscles and the skeleton in a certain direction.

The user leads a normal life or exercise while wearing the top 100 of the present invention, and in this process, a rotational force in a specific direction is generated for each part due to the density difference of the top 100 . By the rotational force generated in the band of the upper 100, the muscle or the skeleton is stretched or folded in a certain direction, resulting in a body shape correction effect.

And since the difference in density is given while weaving the fabric of the upper 100 as one piece, the upper 100 and the band do not separate or fall, and a normal rotational force is generated. In addition, if the density of the integrated fabric is configured differently, the frictional force with the skin surface increases and the force capable of rotating the muscle in a desired direction is increased.

The armpit band 104 is formed on the left and right shoulder portions of the upper 100 of the present invention. The armpit band 104 is a band that connects and wraps the lower armpit from the outer upper part of the shoulder in an oval shape. The armpit band 104 holds the outside of both shoulders as if it were wrapped with a hand, and generates a rotational force in a certain direction while being connected to the other band. The armpit band 104 of the present invention serves to grab the shoulder and pull it in the dorsal direction.

On the back side of the body 102, an X-shaped back band 106 is formed in the vertical direction. The back band 106 is composed of a large X-shaped band that merges from the left and right shoulders toward the center of the back, then splits again and connects to the left and right sides of the lower abdomen.

The back band 106 is composed of an upper band, a center band, and a lower band. The upper band is divided into two parts, and is connected to the left and right armpit bands 104 on the shoulder side. Through this, it plays a role of pulling the upper part of the shoulder and back toward the center of the back (in an oblique direction from top to bottom).

The central band is the part where the upper bands of the two gallons merge near the center of the back, and serves as a central axis that stretches the shoulders and back three-dimensionally (4 directions: shoulder from front to back, top horizontal, top to middle diagonal, middle and middle horizontal) do The center band pulls the back in four directions: shoulder from front to back, top horizontally toward the center, diagonally from top to middle, and horizontally from middle to middle.

In addition, the lower band is a part that is again divided into two branches as it goes down from the center band, and it plays a role in allowing the power gathered in the center band to naturally connect from the center of the back to the lower abdomen without interruption. The force of the back band 106 is connected from the upper part to the lower part of the body by the lower band connected to both sides of the lower abdomen, and is connected to the lower part after being merged at the center of the body.

The side chest band 108 is a band in the form of passing through the left and right sides in the horizontal direction from the center of the body under the front chest of the upper body and meeting the back band 106 at the back. The side chest band 108 is preferably connected to the center band, which is the center of the back band 106 . In addition, as shown in FIG. 6 in the front of the chest, the center is spaced apart so that it is woven to be suitable for generating a force that opens to the left and right. The side chest band 108 pulls the torso outward (back).

In addition, the side chest band 108 is configured to overlap the lower portion of the armpit band 104 over a certain area. Due to this, the side chest band 108 pulls the lower part of the armpit band 104 in the lower back direction so that the lower part of the armpit band 104 is pulled in the direction of the center band of the back band 106.

The left and right connecting bands 110 are configured in a horizontal direction between the two bands constituting the upper band of the back band 106 . The upper part of the back band 106 is connected to each other by the left and right connecting band 110, generating a force that pulls the upper part of the shoulder and the back in the direction of the spine.

The upper part of the armpit band 104 and the upper part of the back band 106 are configured to overlap over a certain area above the shoulder. In addition, the side chest band 108 overlaps the lower part of the armpit band 104 over a certain area while passing the side of the body. In addition, the side chest band 108 is overlapped with the middle portion of the back band 106 and intersects.

In this way, since the respective bands have overlapping regions, the rotational force applied to the bands affects each other and the upper body moves organically.

On the other hand, the band of the present invention may be manufactured so that the difference in density is further generated even in the same area. To emphasize the direction in which the force is applied, the density of the band in the direction of the force is increased.

As shown in FIG. 9, in the case of the armpit band 104, the density of the lower region is relatively larger than that of the upper region of the shoulder. In the armpit band 104 shown in FIG. 9 , the upper region (brighter region) has a smaller density than the lower region (darker region). This increases the downward pull of the armpit.

In the case of the back band 106, as shown in FIG. 10, the density increases from the top to the bottom. That is, by configuring the density to gradually increase as it goes to the upper band - the center band - the lower band, the direction of the force can be directed downwards of the body.

In the case of the side chest band 108 and the left and right connection bands 110, there is no need to form a special direction of force, so the whole is woven with the same density.

Basically, it is woven so that the density of the armpit band 104, the back band 106, the side chest band 108, and the left and right connection band 110 is the same, and the lower side of the armpit band 104 has a higher density. configure to have And in the case of the back band 106, the upper band () is woven to have the same density as the upper side of the armpit band 104, and the center band is the same as the lower side of the armpit band 104, and the lower band is on the center band. It can be configured to have a density that is one step higher than that.

13 is a diagram showing the direction of rotational force generation of the band formed on the upper garment of the present invention, illustrating the direction of the rotational force generated in each band portion of the upper garment 100 of the present invention configured as described above.

The armpit band 104 generates a force to rotate backwards along the lower side of the shoulder and the upper side over the shoulder to the rear while wrapping the upper side and the lower side of the shoulder.

In the case of the back band 106, a rotational force is generated along the longitudinal direction of the band from top to bottom.

In the case of the side chest band 108, a rotational force is generated in a direction from the front to the center of the back band 106 along the side of the body.

In the case of the left and right connection band 110, a rotational force is generated in the direction of coupling between the upper band divided into two in the back band 106.

Due to the rotational force generated by the difference in density of the textile fabric, the shoulder that was rolled forward is stretched to the rear, and the back bent forward is straightened and the neck stands upright. As the back straightens according to the change of the upper body, the pelvis of the lower body also stands upright, so the body shape of the whole body can be corrected.

Although preferred embodiments of the present invention have been described with reference to the accompanying drawings, the technical configuration of the present invention described above is another specific form for those skilled in the art to which the present invention pertains without changing the technical spirit or essential features of the present invention. It will be understood that it can be implemented as Therefore, the embodiments described above are to be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the following claims rather than the above detailed description, the meaning and scope of the claims and All changes or modifications derived from the concept of equivalents thereof should be construed as being included in the scope of the present invention.

100: upper 102: body
104: armpit band 106: back band
108: side chest band 110: left and right connection band

Claims (6)

It is a top that generates a force that pulls the shoulder and neck by forming a band that generates rotational force on the upper body in a weaving method.
a body 102 made of a fabric covering the user's upper body;
an armpit band 104 formed on both left and right shoulder parts and wrapped around the outer upper part of the shoulder by connecting the lower part of the armpit in an oval shape;
And a back band 106 formed in an X-shape in the vertical direction on the back of the body 102;
a side chest band 108 passing through each of the left and right sides in the horizontal direction from the center under the front chest of the body 102 and meeting the back band 106 on the back side;
and a left and right connection band 110 for horizontally connecting the bands of the two galleys constituting the upper band of the back band 106.
The armpit band 104, the back band 106, the side chest band 108, and the left and right connection band 110 are fabricated by weaving to have a relatively higher density than the body 102. becomes,
In the armpit band 104, the density of the lower shoulder region is relatively higher than the density of the upper shoulder region,
The back band 106 is composed of an upper band, a center band, and a lower band going from top to bottom, and the weaving density is higher in the order of the lower band, the center band, and the upper band,
The side chest band (108) is formed to extend to the left and right in a state where the front chest of the upper body is spaced apart, and is arranged to cross the center band of the back band (106). delete delete The method of claim 1,
A top for body shape correction, characterized in that the lower portion of the armpit band (104) is arranged to overlap the side chest band (108) by more than a certain area. delete The method of claim 1,
The upper part of the armpit band 104 is a top for body shape correction, characterized in that it is arranged to overlap the upper part of the upper band of the back band 106 by more than a certain area.

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