KR200454924Y1 - Cap with sweatband with excellent water absorption and cooling - Google Patents

Abstract

The present invention relates to a sweatband of the hat, the hat comprising a sweatband excellent in the function of absorbing and releasing moisture according to the present invention is a cap to which the sweatband is attached and detached along the lower circumference of the inner crown, the sweatband absorbs the sweat to cool The cover is made of a cooling fiber material, the cover for accommodating the sweatband along the circumference of the inner lower portion of the crown is formed, but the length of the cover is less than the circumferential length of the inner lower portion of the crown so that the sweatband can fit inside the cover Short or part of the cover is cut, characterized in that the sweatband is attached to the lower portion of the inside of the crown through the inside of the cover.

Hat according to the present invention is made of a cooling fiber material to absorb the sweat and at the same time cooling to the effect of cooling the head, there is an advantage that can easily detach the sweat from the inside of the crown.

Description

Head wear including sweatband with excellent absorption and cooling of moisture}

The present invention relates to a hat to be worn on the head, and more particularly, to a hat including a sweatband formed of a functional material excellent in water absorption and cooling function.

Generally, hats are worn for various purposes such as sun shades, fashion, safety, etc., and hats are also variously shaped according to these purposes.

In the case of a general hat, a hemisphere, which is a main body, or a top of which has a crown having an open shape and a visor attached to the crown, and has a structure to which a sweatband is attached along the lower circumference of the inside of the crown.

The undershirt is attached to the inside of the hat to prevent the sweat from the head from flowing down to the face when the hat is worn. Common sweatbands are made of cotton or elastic bands with good sweat absorption and are attached to the inside of the hat by sewing along the inner circumference of the crown.

However, as described above, when the sweatband is sewn along the inner circumference of the crown, there is a problem that the hat size cannot be freely adjusted.

In addition, in the case of a conventional sweat gown can prevent the sweat or moisture flow to the face, but the cotton sweat gasket is good absorption of sweat, but the release of sweat or water is not smooth, elastic band material Undershirt has a problem that the absorption and release of sweat or moisture is not well made.

The present invention is made of a cooling fiber material excellent sweat absorption and cooling function of the sweatband, and an object of the present invention is to provide a cap that can easily attach and detach the sweatband along the inside of the crown.

Hat including a sweatband excellent in the absorption and release function of the water according to the first embodiment of the present invention is a cap to which the sweatband is attached and detached along the lower circumference of the inner crown, the sweatband is a cooling fiber material to absorb and cool the sweat The cover is formed along the periphery of the inner lower portion of the crown, but the length of the cover is shorter than the circumferential length of the inner lower portion of the crown or a part of the cover so that the sweat can be fitted inside the cover. It is cut and characterized in that the sweatband is attached to the lower portion of the inside of the crown through the inside of the cover.

Hat including a sweatband excellent in the absorption and release of moisture according to the second embodiment of the present invention is a cap that is detachable to the sweatband along the lower circumference of the inner crown, the sweatband is a cooling fiber material to absorb and cool the sweat And a plurality of rings are formed to support the sweatshirt along the circumference of the inner bottom of the crown, and the sweatband is attached to the lower portion of the inner crown through the plurality of inner rings.

Hat including a sweatband excellent in the absorption and release function of the water according to the third embodiment of the present invention is a cap to which the sweatband is attached and detached along the lower circumference of the inner crown, the sweatband is a cooling fiber material to absorb and cool the sweat It is made, a male velcro is formed on one surface of the sweatband and a female velcro is formed along the circumference of the inner bottom of the crown, characterized in that the sweatband is attached to the lower portion of the inside of the crown in a velcro manner.

Hat including a sweatband excellent in the absorption and release of moisture according to the fourth embodiment of the present invention is a cap that is detachable sweatband along the lower circumference of the inner crown, the sweatband is made of a cooling fiber material to absorb and cool the sweat It is made, and a pair of incisions for fitting the sweatband is formed on the inner lower portion of the crown, characterized in that the sweatband is attached to the lower portion of the inner crown through the inner portion of the incision.

The cap according to the present invention is made of a cooling fiber material with excellent sweat absorption and cooling function, so that sweat can be absorbed and cooled at the same time. Therefore, even when sweating when wearing a hat has a pleasant feeling and the effect of cooling the head.

In addition, the cap according to the present invention has an advantage in terms of hygiene because it is easy to wash sweat only through a structure that can easily attach and detach the sweatband from the inside of the crown.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, only the embodiments to make the disclosure of the present invention is complete, the common knowledge in the art to which the present invention belongs It is provided to fully inform the person having the scope of the invention, which is only defined by the scope of the claims. Like reference numerals refer to like elements throughout.

Hereinafter, a cap including a sweatband having excellent water absorption and cooling functions according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

First, a brief description of the hat and sweatband is as follows.

Hats generally include crowns, visors and sweat bands. The crown forms the main body or skeleton constituting the hat, and the most common example is a hemisphere or the like, or an open top. The visor is sewn to the crown along some or all of the edge of the bottom of the crown, mainly for the purpose of sunshade. If you do not need sunshade, the hat may not include a visor.

Sweatbands are also known as sweat bands, sberies, and the like, and are attached along the circumference of the inner lower portion of the crown to prevent sweat from flowing down or to absorb sweat when wearing a hat.

In the present invention, the sweatband is made of a cooling fiber material which absorbs and cools the sweat. Such cooling fibers may be commercially available for Sofita (Hananam Textile Co., Ltd.), field sensors (Japan Toray Co., Ltd.). Through the cooling fibers, sweat generated from the head when wearing a hat in summer or the like does not flow to the face, but is absorbed into the undershirt. The sweat absorbed by the undershirt immediately cools, making the hat wearer feel cool.

1 schematically shows a cover type sweatband attaching structure according to a first embodiment of the present invention, wherein a cover 120 for accommodating the sweatband 110 is formed along the circumference of the inner bottom portion 101 of the crown. The length of the cover 120 is shorter than the circumferential length of the inner lower portion 101 of the crown or the portion of the cover 120 is cut so that the sweatshirt 110 can be fitted, and the sweatshirt 110 is the cover. It shows a structure that is attached to the lower portion 101 of the inside of the crown through the inside of (120).

Referring to FIG. 1, the hat according to the present embodiment is detachably attached to the sweatshirt 110 along the lower portion 101 of the inner side of the crown, and the sweatshirt 110 has a shape accommodated inside the cover 120.

A cover 120 for accommodating the undershirt 110 is formed along the circumference of the inner bottom portion 101 of the crown. At this time, the sweatshirt 110 should be able to be fitted along the inside of the cover 120, and should also be removable. Therefore, the length of the cover 120 is preferably shorter than the circumference of the crown inner lower portion 101. Of course, the cover 120 is the same length as the periphery of the lower portion 101 of the inner side of the crown, and after sewing the inner portion of the crown, even if a portion is cut, the same result can be obtained.

In this embodiment, the sweatband 110 is fitted along the inside of the cover 120 through the portion 130 where the cover is not formed and attached to the lower portion 101 inside the crown, and likewise the cover is not formed. The sweatband 110 fitted along the inside of the cover 120 through the portion 130 is detached from the lower portion 101 inside the crown. The sweat generated when wearing a hat is absorbed by the cover 120 without being directly absorbed into the sweatshirt 110 except for the portion 130 where the cover is not formed. The absorbed sweat is secondarily absorbed by the sweatband 110 inside the cover 120. Cover 120 may be made of a strong absorbent material, such as cotton, sweatband 110 is made of a cooling fiber material to absorb the sweat to cool.

The cover portion 130 is not formed may have only one place, but it is preferable that the cover 110 is not easily formed on the opposite side to easily fit the sweatshirt 110, and also to adjust the size of the cap. In addition, if there is a portion that is not formed on the side surface sweatshirt 110 can be fitted more easily.

If there are two or more portions 130 where the cover is not formed, both ends of the sweatband 110 are male velcro-female velcro attached Velcro method or button-hole fastening method used when adjusting the length of a sports cap It may be processed in the form of a ribbon or the like without processing or a separate treatment. The length of the sweatshirt 110 is preferably longer than the length of the periphery of the lower portion 101 inside the crown for adjusting the hat size.

In addition, when there are two or more portions 130 where the cover is not formed, the two sweatbands are attached to each of the lower half of the lower part of the inner crown, and the two sweatbands 110 have the lower portion 101 of the inner side of the crown. It can be attached to.

Figure 2 schematically shows an annular sweatband attaching structure according to a second embodiment of the present invention, showing an annular structure, a plurality of support for supporting the sweatband 210 along the periphery of the inner lower portion of the crown 201 The ring 220 is formed, and the undershirt 210 is attached to the lower portion 201 inside the crown through the plurality of rings 220 inside.

In the case of the hat according to the present embodiment, as in the first embodiment shown in FIG. 1, the sweatshirt 210 is attached and detached along the lower periphery of the inner side of the crown 201, and the sweatshirt 210 absorbs and cools the sweat. It is made of cooling fiber material.

A plurality of rings 220 are formed along the circumference of the crown inner lower portion 201. The undershirt 210 passes through the plurality of rings 220 and is supported by the rings 220. It's like wearing a belt of clothing pants.

In the present embodiment, the undershirt 210 passes through the inner side of the plurality of rings 220 and is attached to the lower portion 201 inside the crown. Attachment and detachment of the sweatband 210 using such a ring has the advantage of widening the portion of the sweatband is in direct contact with the body as compared to the first embodiment or the fourth embodiment, and also the attachment and detachment of the sweatband 210 There is an advantage that can be easily done.

Both ends of the sweatshirt 210 are treated with male velcro-female velcro attachment method or button-hole fastening method used when adjusting the length of a sports cap, or a method of binding in a ribbon form without additional treatment, etc. Can be processed. The length of the undershirt 210 is preferably longer than the length around the lower portion 201 inside the crown to adjust the size of the hat.

Sweatband 210 may be attached to the lower portion 201 of the inner side of the crown in one, and may be attached to the lower portion 201 of the inner side of the crown in two or more, which is the same in the third embodiment of FIG. Can be applied.

Figure 3 schematically shows a velcro-type sweatband attachment structure according to a third embodiment of the present invention, a male velcro (320a) is formed on one surface of the sweatband 310 and the circumference of the lower inner crown 301 Therefore, a female velcro 320b is formed, and the sweatshirt 310 is attached to the lower portion 301 inside the crown in a velcro manner.

In the case of the hat according to the present embodiment, as in the first embodiment shown in FIG. 1 and the second embodiment shown in FIG. 2, the sweatband 310 is attached and detached along the lower periphery of the inner side of the crown 301, 310 is made of a cooling fiber material to absorb the sweat to cool.

A positive velcro 320a is formed on one surface of the undershirt 310, and a female velcro 320b is formed along the circumference of the lower portion of the inner crown 301. Of course, contrary to the above, even if the female Velcro is formed on one side of the sweatband 310, the male Velcro is formed along the circumference of the lower inner portion of the crown 301 has no significant effect on the detachable sweatband 310.

In this embodiment, the sweatband 310 is attached to the lower portion 301 inside the crown in a velcro manner by the male velcro and the female velcro.

The length of the sweatband 310 is preferably longer than the length around the lower portion 201 inside the crown to adjust the size of the hat.

Figure 4 schematically shows an interstitial sweatband coupling structure according to a fourth embodiment of the present invention, a pair of cutouts 420 for fitting the sweatband 410 in the inner crown lower portion 401 is formed, The undershirt 410 is attached to the lower portion 401 inside the crown through the incision 420.

This embodiment has a structure similar to the first embodiment shown in FIG. However, in the case of the first embodiment shown in Figure 1 to form a separate cover 120, in the present embodiment, a separate cover does not exist, but instead of cutting the lower portion 401 inside the crown sweat 410 Has a structure to be fitted.

In the case of the hat according to the present embodiment, the lower circumference of the inner side of the crown 401 is similar to the first embodiment shown in FIG. 1, the second embodiment shown in FIG. 2 and the third embodiment shown in FIG. Therefore, the sweatband 410 is detachable, and the sweatband 410 is made of a cooling fiber material that absorbs and cools the sweat.

Two cutouts 420 are formed along the periphery of the crown inner bottom 401 to accommodate the sweatband 410.

In the present embodiment, the undershirt 410 is fitted along the inside of the crown through the incision 420 and attached to the inside of the crown. Sweat generated when wearing a hat is not directly absorbed by the sweatband 110 except between the incision and the incision 430, but is primarily absorbed by the surface of the inner bottom 401 of the crown. The absorbed sweat is secondarily absorbed by the sweatband 410 fitted inside the crown.

Since the inner surface of the lower portion of the crown absorbs sweat, it is preferable that the surface may be made of a strong absorbent material such as cotton. Sweatband 410 is made of a cooling fiber material to absorb the sweat to cool.

The incision 420 can be fitted in both directions even if there is only one pair, but easily inserts the sweat 410, and also a pair of the opposite side of the portion formed with two incisions for adjusting the hat size It is preferable that an incision is formed. In addition, if one or a pair of cutouts are formed on the side, it may be easier to insert the sweat 410.

When the incisions 420 are formed in pairs on one side and the opposite side, or in the side, respectively, both ends of the sweatband 410 are attached with male velcro to female velcro, as in the first embodiment shown in FIG. The Velcro method or the button-hole fastening method used when adjusting the length of the sports cap is made, or may be processed by a method such as tied in the form of a ribbon without additional processing.

The length of the sweatband 410 is preferably longer than the length around the lower portion 401 inside the crown to adjust the size of the hat.

If the incisions 420 are formed in pairs on one side and the opposite side, or also in the side, the two sweatbands are attached to each other by half of the lower part of the inner side of the crown, such that the two sweatbands 410 are crowned. It may be attached to the inner bottom 401.

As described in Figures 1 to 4, the cap including the sweatband excellent in the absorption and cooling function of the water according to the present invention is a material of the sweatband by using a cooling fiber that is cooled at the same time as the absorption of moisture, the temperature when wearing a hat Even if sweat is caused by the wearer's constitution, it is immediately absorbed and cooled by the undershirt, making the wearer feel cool.

In addition, as shown in Figures 1 to 4, the sweatband can be easily attached to the inner side of the lower crown. Therefore, when the sweatshirts are contaminated, the caps can be washed separately without washing the entire hat, and thus the hygiene can be kept clean.

In the above described with reference to the embodiment of the present invention, various changes or modifications can be made at the level of those skilled in the art. Such changes and modifications can be said to belong to the present invention without departing from the scope of the present invention. Therefore, the scope of the present invention will be determined by the claims described below.

1 schematically shows a cover type sweatband attaching structure according to a first embodiment of the present invention.

Figure 2 schematically shows an annular sweatband attachment structure according to a second embodiment of the present invention.

Figure 3 schematically shows a Velcro-type sweatband attachment structure according to a third embodiment of the present invention.

Figure 4 schematically shows the interlocking sweatband attachment structure according to the fourth embodiment of the present invention.

Claims (4)

A cap for detachable sweatband along the lower circumference inside the crown, The sweatband is made of a cooling fiber material that absorbs and cools sweat. A cover is formed along the circumference of the inner lower portion of the crown, and the cover is shorter than the circumferential length of the inner lower portion of the crown or a portion of the cover is cut so that the sweat can be fitted therein. A sweatband is attached to the lower portion of the inner side of the crown through the inner side of the cover. A cap for detachable sweatband along the lower circumference inside the crown, The sweatband is made of a cooling fiber material that absorbs and cools sweat. And a plurality of hooks for supporting the sweatband are formed along the circumference of the inner bottom of the crown, and the sweatband is attached to the lower part of the inner crown through the plurality of loops. A cap for detachable sweatband along the lower circumference inside the crown, The sweatband is made of a cooling fiber material that absorbs and cools sweat. A positive velcro is formed on one side of the sweatband and a female velcro is formed along the circumference of the inner bottom of the crown so that the sweatband is attached to the lower part of the inner crown in a velcro manner. hat. A cap for detachable sweatband along the lower circumference inside the crown, The sweatband is made of a cooling fiber material that absorbs and cools sweat. A pair of cutouts are formed in the lower part of the crown to fit the sweatshirt, and the sweatband is attached to the lower part of the inside of the crown through the cutout.

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