KR200195962Y1 - Underwear for sports - Google Patents

Abstract

This invention is designed to maximize the absorption, evaporation, and warming function of sweat that evaporates (evaporates) as well as effectively absorbs the sweat generated by the body through intense activities, military training, athletic competition, mountain climbing and heavy labor regardless of the season. It is related to the inner, high temperature of the outside air, such as summer, so that even if a lot of sweat at a time to absorb and dissipate the continuous flow of sweat instantly and at the same time, even if the temperature of the outside air, such as winter, cold insulation function Excellent to keep the body temperature is normal.

To this end, a myriad of cotton yarn feathers 2a and 2b are woven and fixed to protrude on at least one surface of the plain fabric 1, which is a basic fabric sewn in the form of an inner garment.

Description

Exercise underwear that maximizes sweat absorption, evaporation and warmth

The present invention relates to sports undergarments, and more specifically, to effectively absorb the sweat generated in the body through intense activities, military training, athletic competitions, mountain climbing and heavy labor regardless of the season, as well as divergence (evaporation). It relates to exercise underwear that maximizes sweat absorption, evaporation, and warmth.

In general, the first to be worn in close contact with the body to absorb sweat, as well as act as a divergence, the underwear is usually referred to as a running shirt that is usually worn, and the sports wear worn during exercise.

The above running shirts and athletic undergarments are all manufactured in the same form by cotton fabrics woven in plain weave, and the reason for making the undergarments from cotton fabrics is for three reasons as follows.

The first is to prevent uncomfortable or static electricity caused by friction with T-shirts and shirts that are worn next to the undergarments, and the second is to absorb and release sweat and maintain warmth. This is to prevent the disgust and discomfort to others when the body is reflected through T-shirts or shirts, or when you take off the T-shirts and change them to other clothes.

Among the three reasons mentioned above, the biggest reason to wear underwear is to absorb sweat and then quickly dissipate and keep warm.

It is true that the above-mentioned conventional underwear is comfortable to wear because it is flat and smooth without any irregularities in contact with the body, whether it is for exercise or everyday use, but it occurs due to the movement of the body in the state of high temperature of the outside air such as in summer. Absorption of sweat and then diversify, and the function of keeping warm significantly in the low temperature of the outside air, such as winter.

In particular, when the amount of sweat flowing is momentarily large, the absorption and divergence functions and the warming function are further inferior.

In addition, since the inner fabric is made of plain fabric, the surface area, which is an absolute condition for absorption and evaporation, is limited, and the first flowing sweat is well absorbed, but the sweat once absorbed is exuded to the outside of the inner surface. After the extraction, the diffusion effect of the evaporation of the sweat is not smoothly performed due to the limited surface area, and thus the function of absorbing and evaporating a large amount of the continuous sweat is lost.

Accordingly, the conventional underwear has the following problems.

First, if sweat is absorbed to some extent, evaporation does not occur continuously, so it remains stagnant in the inside, and the inside of the body is wrapped in close contact with the surface of the body. There is a limit to movement in athletes' competitions, training, military operations, work and mountain climbing.

Second, especially if the sweat is not attached to the body in the winter, the sweat is moisture, so the cold air temperature is immediately conducted to the body (傳導) will quickly drop the body temperature, so it is easy to catch a cold.

The present invention has been devised to solve such a problem in the prior art, the high temperature of the outside air, such as the summer season, even if a large amount of sweat at a time to absorb and dissipate continuously flowing sweat instantaneously the purpose is to have.

Another object of the present invention is to provide an exercise underwear having a structure that can maintain a normal body temperature because of excellent thermal insulation function, even if the outside air temperature is cold, such as winter.

According to a form of the present invention for achieving the above object, the sweat absorption, evaporation, heat retention function, characterized in that the myriad of cotton yarn feathers are woven fixed to at least one surface of the plain fabric sewn in the form of underwear Maximized athletic underwear is provided.

1 is a front view showing the exercise underwear to which the present invention is applied

2A and 2B are cross-sectional views taken along the line A-A of FIG.

3a to 3c is a front view showing another embodiment of the present invention

Explanation of symbols for main parts of the drawings

1: plain fabric 2a, 2b: cotton yarn feather

3: button 4: folded collar

5: upright color

Hereinafter, with reference to Figures 1 to 3 showing the present invention as an embodiment in more detail as follows.

1 is a front view showing an exercise underwear to which the present invention is applied, and FIGS. 2A and 2B are cross-sectional views taken along line A-A of FIG. 1, and FIGS. 3A to 3C are front views showing another embodiment of the present invention. It is characterized in that weave fixed countless cotton yarn feathers (2a) (2b) to protrude on at least one surface of the flat fabric (1) that is the basic fabric to be sewn in the form of.

That is, as illustrated in FIG. 2A, which is an embodiment of the present invention, a state in which weaving and fixing the cotton yarn feathers 2a and 2b protrudes on both sides of the flat fabric 1 is considered. It will be understood that the cotton yarn feathers 2a and 2b can be fixed to the weave so as to protrude only on the inner surface or the outer surface thereof.

Thus, when selectively weaving the cotton yarn feathers 2a, 2b on only one surface of the plain fabric 1, it is sweating to fix the cotton yarn feather 2a on the inner surface of the plain fabric 1 in contact with the body. It is more advantageous for the absorption and dissipation of.

Of course, the cotton yarn feathers 2a and 2b that are woven and fixed to the plain fabric 1 are fixed such that the cotton yarn feathers 2a and 2b do not come off or loosen from the plain fabric 1 in a state where the inner yarn is worn. You must

In addition, the cotton yarn feather (2a) (2b) that is woven fixed to the plain fabric (1) is to be cut in the shape of one end of the annular shape as shown in Figure 2a, or can be applied to the annular annular shape as shown in Figure 2b Can be.

Accordingly, among the cotton yarn feathers 2a and 2b which are woven and fixed to the plain fabric 1, the cotton yarn feathers 2a which are located on the inner surface in contact with the body serve to increase the absorption surface area of sweat as much as possible. , The cotton yarn feather 2b fixed to the woven surface increases the evaporation surface area, so that the size of the surface area, which is an absolute condition for absorption and evaporation of sweat, is several tens or hundreds more times depending on the weaving method. Can be increased.

The cotton yarn feathers (2a) (2b) serves to increase the absorption surface area and the evaporation surface area, as well as to increase the capillary tube that absorbs moisture in the structure of the cotton yarn at the same time tens or hundreds of times.

Therefore, no matter how much sweat is shed in a short time, the sweat does not stagnate in the inner body (내의: sweat is not evaporated, the wet state in the inner body) does not occur and absorbs and evaporates quickly, so the inner body does not get caught in the body. This will prevent inconvenience.

In addition, the cotton yarn feathers (2a) (2b) are formed to protrude to a certain height on the outer surface and the inner surface of the flat fabric (1), the air pocket (Air Pocket) between the surface of the body and the flat fabric (1) when wearing the inner ) Is formed, so that the heat generated from the body, such as in winter, when the temperature of the outside air is cold is not conducted to the outside, but stays in the air pocket to maintain the temperature in the inside similar to the temperature of the body, and at the same time, the cotton yarn feather 2a (2b) absorbs a lot of sweat quickly and exudes and evaporates to the outside, so even if you sweat in winter, when the temperature of outside air is low, you can reduce (or lower) the drop in body temperature by reducing the density of sweat with high conductivity. It will play a role.

As described above, the process of releasing sweat quickly while maintaining the temperature of the body even when sweating in winter or the like when the temperature of the outside air is low will be explained in more detail. The cotton yarn located on the outer surface of the plain fabric 1 Since the projection feather 2b has the same evaporation surface area as the cotton projection feather 2a located on the inner surface, the cotton projection located on the outer surface while the evaporation rate of the sweat absorbed by the cotton yarn feather 2a on the inner surface is rapidly achieved. The hair 2b becomes dry because the absorbed sweat is quickly released to the outside in a short time.

That is, the cotton yarn feather (2a) is located on the inner surface of the plain fabric (1) to absorb the sweat generated by the sweat is wet and high density of sweat, while the cotton yarn feather (2b) of the outer surface is low sweat density This is because the exudation from the inner surface to the outer surface that evaporates is actively performed, so that the rate of exudation is increased along the increased capillary tube, so that the absorption and evaporation of sweat occurs in a faster time.

As such, the length of the cotton yarn feathers 2a and 2b protruding from the inner and outer surfaces of the plain fabric 1 is preferably 5 mm or less, which is required to have the length of the cotton yarn feathers 2a and 2b. It is because there exists a possibility that the wearing feeling of an inner side may fall over more.

As described above, the cotton yarn feathers 2a and 2b, which are woven and fixed to protrude to the inner and outer surfaces of the plain fabric 1, completely realize the absorption and evaporation of sweat regardless of summer or winter, and thus shorten the sweat generated. It evaporates in time to dissipate moisture, eliminating the need to change underwear while moving continuously for a period of time, such as during exercise or training.

In addition, the material of the cotton yarn feather (2a) that is woven fixed to the inner surface of the plain fabric (1) is made of cotton yarn, so when the flat fabric (1) is not in contact with the skin and only the cotton yarn feather (2a) in contact with the flat fabric (1) does not affect the problem caused by the contact of the body, but the sweat absorption and evaporation.

Accordingly, the material of the flat fabric 1, which serves to fix the cotton yarn feathers 2a and 2b, may be made of cotton as in the prior art, but in consideration of economical efficiency, chemical fibers having excellent tensile strength and durability It can also be applied to materials such as spantex.

As such, when the plain fabric 1 is applied to a material such as chemical fiber or spantex, it has an advantage of not tearing the inner body during exercise or training and work requiring intense activity.

On the other hand, in the exercise underwear of the present invention, the cotton yarn feathers 2a and 2b are woven and fixed to the inside and the outer surface of the plain fabric 1, and are thicker than the conventional underwear. I think it feels hotter than wearing it, but it is not.

The reason for this is that in the case of the conventional inner body, since the part contacting the body is a plain fabric, the absorption and evaporation of the sweat proceeds slowly, and because the air pocket like the present invention is not formed on the inner surface of the inner body, When this occurs, the inner sweat is soaked by the generated sweat and directly adheres to the body, thereby increasing the conductivity of heat. Accordingly, the outside air is directly transmitted to the body to feel the heat.

However, in the warmth of the present invention, air pockets are formed on the inside and the outer surface of the plain fabric 1 by the cotton yarn feathers 2a and 2b, so that the heat of the outside air is transmitted to the body by the air pockets. It is not only blocked, but also because the sweat absorbed by the cotton yarn feathers 2a on the inner surface evaporates through the cotton yarn feathers 2b on the outer surface so that it is rather cool due to the heat of vaporization. to be.

Figure 3a to 3c shows another embodiment of the present invention, the inner thong for the present invention is a flat yarn (1) because the cotton yarn feathers (2a) (2b) on the inner surface of the weave fixed because of conventional Rather, the elasticity may be somewhat inconvenient to wear or take off the sports underwear, so that the buttons 3 or the slider fasteners (not shown) are provided on the front of the plain fabric 1 to provide convenience when attaching or detaching the sports underwear. It is equipped with.

3b and 3c are attached to the neck collar (4) or standing collar (5), in this case it will be understood that it will have the function of effectively absorbing and releasing the sweat flowing from the head and neck .

As described above, the present invention has several advantages as compared to the conventional underwear.

First, in the summer or winter, a lot of sweating is caused by intense exercise, activity, training, difficult mountain climbing exercise, and hard work. It becomes possible.

Second, even during intense exercise, the inner part of the body is not wound by the sweat so that the athletes can improve their athletic performance.

Third, after the students have learned a lot of physical education time or sweating, the student will not be able to process the sweat and go to the next classroom class, especially the cold caused by not being able to handle the sweat during the summer sports class. This prevents students from learning more and can improve student learning.

Fourth, even if a worker who works at the construction site sweats a lot due to labor, it can quickly absorb and release the generated sweat, thereby improving work efficiency.

Fifth, it is very effective in the prevention of cold, which is most concerned during mountain climbing in winter.

Claims (7)

Exercise underwear that maximizes the absorption, evaporation, and heat retention of sweat, characterized in that the number of cotton yarn feathers are woven fixed to at least one surface of the plain fabric that is sewn in the form of underwear. The method of claim 1, The cotton yarn projections are woven and fixed to protrude on both sides of the plain fabric sweat absorption, evaporation, maximizing the warmth in exercise. The method of claim 1, The plain fabric is cotton, chemical fiber, spandex, characterized in that any one of the sweat absorption, evaporation, thermal insulation maximized exercise. The method of claim 1, Sportswear for maximizing the absorption of sweat, evaporation, and heat retention, characterized in that the button or slider fastener is provided on the front of the plain fabric. The method of claim 1, Exercise in the neck to maximize the absorption, evaporation, and heat retention of sweat, characterized in that the collar is attached to absorb and divert sweat flowing from the head and neck. The method of claim 1, The cotton yarn projections are elliptical ring-shaped, one end of the ring-shaped, characterized in that the shape of the sweat absorption, evaporation, maximizing the warmth of exercise. The method of claim 1, The inner surface of the exercise yarn for maximizing the absorption, evaporation, and heat retention of the sweat, characterized in that the length of the cotton wool.