KR102602728B1 - Elastic sweat headband - Google Patents

Abstract

The present invention relates to a headband for preventing sweating that guides the path through which sweat droplets flow and discharges them through the back of the ears on both sides of the face. A sweat band is worn on the forehead and has a sweat discharge channel to guide the user's sweat discharge path. In the headband for preventing sweating, which includes a wearing band that connects both ends of the sweat band and presses it according to the size of the user's head to enable the wearer to wear it, the sweat discharge passage has a concave curved surface on the rear upper side of the sweat band. It forms a contact band that adheres closely to the forehead due to its intaglio curved surface, and the screen is stepped to guide the path of sweat and prevent overflow, so that the sweat generated from the forehead is directed to the side of the face through the space between the forehead and the screen. In addition to directing the sweat to the back of the ear, an outlet is formed by downward engraved grooves on both sides of the adhesive band, thereby directing sweat to the back of the ear and discharging it. It is also structured so that it can be cleaned without any gaps, allowing for clean cleaning and cleansing. Maintenance is possible, and the design of the sweat discharge structure has been simplified to an engraved curved structure, simplifying the mold structure and making it possible to manufacture it as a single mold.

Description

Hair band to prevent sweating {Elastic sweat headband}

The present invention relates to an anti-sweat hairband that is worn on the forehead during outdoor or sports activities to prevent sweat from flowing down the face. More specifically, it guides the path for sweat droplets to flow down through the areas behind the ears on both sides of the face. It was made to be discharged.

In general, hair bands are used to prevent sweat from flowing into the eyes because people sweat a lot during sports activities such as cycling, gymnastics, running, or hiking.

Conventional hair bands are made of an elastic material to be worn tightly on the head, and the hair band itself is made of an absorbent material to absorb sweat flowing from the forehead and prevent it from flowing down the face.

However, when a hairband that absorbs sweat as described above is used for a long time during sports activities or in a sweaty work environment, the hairband becomes wet with sweat and exceeds the capacity to absorb sweat. There is a problem with sweat eventually running down your face.

Therefore, recently, rather than absorbing sweat, hair bands have been used that direct sweat to the side of the face, preventing sweat from flowing down the face even when worn for a long time.

As an example of such a hair band, Korea Registered Utility Model No. 20-0462976 has a sweat drainage groove extending from the front center of the hair band to both sides of the hair band, and a sweat outlet is formed at the end of the sweat drainage groove to sweat sweat. A hairband was proposed to guide this flowing path to the side of the face.

In addition, in Korean Patent Publication No. 10-2018-0134516 and Registered Patent No. 10-1929247, a hairband that can be elastically worn on the user's forehead to induce sweat has been proposed.

However, the conventional hair bands that direct sweat discharge as described above have a problem in that they are very difficult to clean because the sweat drainage grooves are all structured in a 'U' shape.

In other words, these hair bands are made of silicone, a flexible elastic material, in order to adhere closely to the skin. Although the structure of the sweat drainage groove is 'U' shaped, the width is very narrow, so it is difficult to clean the inside. To clean it cleanly, you must use a separate brush.

In particular, the deeper the depth of the groove, the more difficult it is to clean. As mentioned above, because the hair band has flexible characteristics, it shrinks when cleaning the inside, making it more difficult to clean, so the depth of the groove increases. It cannot be formed too deeply, and as a result, there is a problem that when the head is lowered or sweat is excessive, it often overflows the drainage groove and flows down the face.

In addition, because flowing sweat contains a lot of waste, if the hair band is not washed properly, there is a high risk of bacteria multiplying and it creates an odor, making it unhygienic to use. In particular, sweat contains a large amount of sodium, so if you use it for a long time, There is a problem with the hair band falling off.

In addition, in order to facilitate sweat discharge or have a structure to reinforce the hair band, a means is provided to guide the path inside the discharge groove. This makes the mold structure complicated and requires the use of a slide mold, increasing production costs. There is a problem that productivity decreases as molding time increases.

The present invention is intended to solve the above problems, and provides a hairband that allows for clean cleaning and maintenance by directing sweat to the back of the ear for discharge and having a structure that allows for cleaning without gaps. It was made to be so.

In addition, the design of the sweat discharge structure was simplified to an engraved curved structure, simplifying the mold structure and making it possible to manufacture it as a single mold.

The present invention, as a technical idea for achieving the above object, connects a sweat band worn on the forehead and formed with a sweat discharge channel to guide the user's sweat discharge path, and both ends of the sweat band and presses them according to the size of the user's head. In a hairband for preventing sweating that includes a wearing band for wearing, the sweat discharge passage forms a concave curved surface on the upper side of the sweat band toward the wearer's forehead, and includes a contact band that is in close contact with the forehead and a sweat path. The screen to induce sweat and prevent overflow is configured to be stepped by the concave curved surface, so that sweat generated from the forehead is guided to the side of the face through the space between the forehead and the screen.

In addition, discharge ports are formed by downwardly indented grooves on both sides of the adhesive band, thereby encouraging sweat to flow down the skin from the inner side of the sweat band while the inner surface of the sweat band is in close contact with the skin.

According to the hairband for preventing sweating of the present invention, since it is structured to guide the path through which sweat is discharged using an engraved curved structure, skin contact can be minimized and troubles prevented, and the entire surface of the hairband is exposed to the outside. Because of this, it can be cleaned very easily and thoroughly, and by drying completely in a short time, there is no risk of bacterial growth.

In addition, there is no risk of sweat overflowing, and instead of dripping from the side of the face, it is allowed to naturally flow through the skin through the back of the ear along the curve inside the band, so there is no risk of sweat soaking into clothes or neck towels and accumulating during exercise. It prevents it from flowing down the face and into the eyes, and continues to flow down and be absorbed, enabling efficient sweat discharge.

In addition, while conventional products require a lot of development costs due to their complex shapes due to the use of slide molds, the present invention can be manufactured simply with a single mold structure, and the manufacturing cost can be reduced by shortening the molding time, making it very economical. There is an effect.

1 is a perspective view of the exterior of the hairband of the present invention.
Figure 2 is a perspective view of the sweat band and the wearing band of the present invention in a separated state.
Figure 3 is a state of use of the hair band of the present invention
Figure 4 is a cross-sectional structural diagram of the sweat band of the present invention
5 is a cross-sectional structural diagram according to another embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the attached drawings.

Figure 1 is an external perspective view of a hairband for preventing sweating according to an embodiment of the present invention, Figure 2 is an exploded perspective view of the hairband, and Figure 3 is a diagram showing a state of use while wearing the hairband.

The hairband for preventing sweating according to the present invention is formed to wrap around the entire user's forehead, and forms a sweat discharge channel 101 and an outlet 102 that are closely attached to the forehead in order to guide the user's sweat discharge path. It is comprised of a sweat band (100) and a wearing band (200) that connects both ends of the sweat band and wraps around the back of the head so that it can be worn according to the size of the head.

The sweat band 100 may be made of a material such as elastic rubber, silicone, or TPE (Thermoplastic Elastomer), preferably silicone that is physiologically harmless to the human body, or TPE that has physical properties similar to silicone but is harmless to the human body and is relatively inexpensive. It can be made from material.

Therefore, even when worn for a long time, skin trouble is prevented, and because it is completely elastically attached to the user's forehead, sweat flowing from the forehead does not flow to the face, but is guided to the side of the face through the sweat band 100 and can be guided to the back of the ear and discharged. There will be.

At this time, fastening portions 103 in the form of rings or holes are formed on both sides of the sweat band 100 to fasten the wearing band 200, and the wearing band 200 is knitted with an elastic band or band of elastic material. The band can be sewn by hanging on the fastening part 103 or formed into a detachable structure using a separate hook or buckle, and the wearing band 200 can be equipped with a length adjuster to adjust the length of the band. You can.

The sweat discharge passage 101 provided in the sweat band 100 to induce the sweat discharge path is formed with a concave curved surface 120 on the rear upper side when the sweat band 100 is formed in the form of a band having a predetermined thickness. is formed, and a contact band 140 is formed in close contact with the forehead at the lower part of the intaglio curved surface 120, and a screen 160 is formed in front of the intaglio curved surface 120, and by the intaglio curved surface 120 The contact band 140 and the shield 160 are configured to be stepped, forming a sweat discharge passage 101 so that sweat can flow through the space formed between the forehead and the shield 160 and be guided to the side of the face.

At this time, the area of the contact band 140 protruding from the rear of the sweat band 100 is minimized by the engraved curved surface 120, and the upper part of the contact band 140, that is, the forehead and shield 160, is made to feel less pressure. It is guided to flow to the side of the face along the sweat discharge channel 101, which is the space between the sweat.

In addition, at both left and right ends of the adhesive band 140, a downward discharge passage is formed and an engraved groove 180 is formed in the front of the sweat band, so that the engraved groove 180 is formed on the user's face. It may be provided with an outlet 102 that discharges sweat in a close contact state, and since the outlet 102 is provided in contact with the skin, the sweat induced by flowing through the sweat discharge channel 101 from the inside of the sweat band flows through the skin. As it falls down, it does not fall on the side of the face, but can naturally flow through the skin behind the ear along the curve inside the band. Since sweat seeps into clothes or neck towels, etc., there is no fear of sweat pooling or flowing down from the face during exercise. This can prevent it from flowing down your face and into your eyes.

Therefore, since the structure uses an engraved curved structure to guide the path through which sweat is discharged, skin contact can be minimized and troubles prevented, and since the entire surface of the hairband is exposed to the outside without any gaps, it is very easy to clean. Of course, it is possible, and since there is no gap, it is a simple design structure that can be molded in the top, bottom, or front and back directions, so it can be easily manufactured with a single mold structure.

Meanwhile, the engraved curved surface 120 constituting the sweat discharge passage 101 is configured as a downwardly inclined surface curved from the center of the sweat band 100 toward both ends, as shown in FIG. 4, so that the user can use the sweat band 100 ) can be induced to flow smoothly in both directions while worn on the forehead.

In addition, the larger the passage width of the sweat discharge channel 101, the more smoothly sweat can be discharged. However, in this case, because the thickness of the sweat band 100 itself becomes thick, the flexibility of the hair band may decrease, and the skin surface may decrease. Since it does not move flexibly in response, adhesion may be reduced, so there is a risk that sweat may seep into the space between the skin and the sweat band 100.

Therefore, the present invention provides a screen ( By having the outer surface of 160) gradually open upward at an acute angle, the screen 160 is positioned vertically while wearing the sweat band, thereby securing a sufficient width of the sweat discharge passage 101 and simultaneously discharging sweat. The flexibility of the band 100 can be secured.

At this time, as shown in the sectional cross section of FIG. 4, the center of the sweat band 100 has a structure in which the outer surface of the screen 160 gradually spreads upward at an acute angle based on the inner surface of the adhesive band 140, By having the contact band 140 and the blocking band 160 formed in a parallel structure toward the ends of both sides, sweat can be more stably induced and discharged through the outlet 102 more stably.

At this time, if the upper and lower widths at the center of the sweat band 100 are formed to be long, and the upper and lower widths are gradually shortened toward both ends, close contact of the adhesive band 140 is achieved in the center of the forehead, where a relatively large amount of sweat is discharged. By making the area relatively large and forming it so that the contact area decreases toward both ends, it is possible to minimize pressure and prevent sweat from seeping from the center of the forehead and running down into the eyes, as well as preventing vigorous movement while wearing the hair band for a long time. As a result, even if sweat seeps in, it is possible to induce sweat discharge to both ends of the contact band 140, which have a relatively small contact area.

At this time, by forming the lower surface of the sweat band 100 into a flexible curved surface, it not only adheres closely to the surface of the face, but also prevents the sweat from permeating both sides of the face from being discharged even when sweat permeates the inner surface of the adhesive band 140. It can be derived more efficiently.

In addition, as shown in FIG. 5, the screen 160 is further formed with an extension portion 162 in which the upper end of the screen 160 is curved or inclined toward the rear side to stably accommodate sweat and allow the user to lower their head. Even when you exercise or do strenuous exercise, you can prevent sweat from overflowing and protruding.

At this time, as described above, the extension portion 162 has a structure in which the center of the sweat band 100 gradually opens upward at an acute angle with the outer surface of the screen 160 based on the inner surface of the adhesive band 140, and both ends When the contact band 140 and the shield 160 are formed in a parallel structure toward the side, the center of the sweat band 100 forms a relatively long extension portion 162 to prevent sweat from overflowing onto the face. In addition, efficient sweat discharge can be achieved by configuring the protruding length of the extension portion 162 to be shorter toward both ends.

In addition, support portions 190 may be formed on both ends of the sweat band 100 to protrude from the inner side of the sweat band 100 in order to secure the passage width of the outlet 102 when the sweat band is worn.

This support portion 190 not only prevents sweat from flowing toward the wearing band 200 during the process of sweat being discharged through the sweat discharge passage 101 and the outlet 102, but also prevents the wearing band 200 from fastening. By reinforcing the affected area, the fastening of the sweat band 100 and the wearing band 200 can be made more secure.

100: sweat band
101: Sweat discharge passage 102: Outlet 103: Fastening part
120: Concave curved surface
140: Close contact band
160: screen 162: extension
200: Wearing band

Claims (5)

The sweat band 100, which is worn on the forehead and has a sweat discharge channel 101 to guide the user's sweat discharge path, is connected to both ends of the sweat band 100, and is worn by pressing it according to the size of the user's head. In the hairband for preventing sweating, which includes a wearing band (200) for preventing sweating,
The sweat discharge passage 101 has a concave curved surface 120 formed on the upper side of the sweat band 100 toward the wearer's forehead, and a contact band 140 that is in close contact with the forehead to guide the path of sweat and prevent overflow. The screen 160 is configured to be stepped by the concave curved surface 120 to guide sweat generated from the forehead to the side of the face through the space between the forehead and the screen 160,
On both sides of the adhesive band 140, discharge ports 102 are formed by downwardly indented grooves 180, so that the inner surface of the sweat band 100 is worn in close contact with the skin. A headband to prevent sweat from flowing down the skin. The hairband for preventing sweating according to claim 1, wherein the sweat discharge passage (101) has an engraved curved surface (120) composed of a downwardly sloping surface curved from the center of the sweat band (100) toward both ends. The method of claim 2, wherein the sweat band (100) is covered based on the inner surface of the adhesive band (140) so as to secure a wide space for the sweat discharge passage (101) while the adhesive band (140) is in close contact with the surface of the forehead. A hairband for preventing sweating, characterized in that the outer surface of the stand (160) is gradually expanded upward at an acute angle so that the shield (160) is positioned vertically when the sweat band is worn. According to claim 3, the center of the sweat band 100 has a structure in which the outer surface of the screen 160 gradually spreads upward at an acute angle with respect to the inner surface of the contact band 140, and the contact band ( A hairband for preventing sweating, characterized in that sweat discharge is induced more stably by having the shield 140) and the guard 160 in a parallel structure, and stable discharge is achieved through the outlet 102. The method of claim 3 or 4, wherein both ends of the sweat band 100 are provided with supports to secure the passage width of the outlet 102 when the sweat band is worn and to prevent sweat from flowing toward the wearing band 200. A hairband for preventing sweating, characterized in that (190) is formed protrudingly.

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