KR101960892B1 - Hat for easy sweat absorbs and emits - Google Patents

Abstract

The present invention relates to a cap for easy sweat absorption and excretion and, more specifically, to a cap which effectively prevents sweat generated in the head or the forehead of a wearer from flowing onto the face and helps the wearer to concentrate on exercise or work without hassle of removing sweat on the face by blocking sweat generated after wearing a cap or a helmet from flowing to the face and quickly absorbing sweat to induce and drain to the edge of a cap visor. According to the present invention, the cap for easy sweat absorption and excretion has a sweat absorption and induction-drainage unit to absorb sweat while blocking sweat on the wearer′s forehead from flowing onto the face when the wearer wears the cap and simultaneously drain the sweat to the outside by inducing the sweat to the front edge of the cap visor. The sweat absorption and induction-drainage unit includes: a contact absorption band which is closely in contact with the forehead to be combined with the rear end part of a cap visor and the inner lower end edge of the cap in order to surround the head, thereby absorbing sweat flowing on the forehead; a sweat blocking unit formed on the contact absorption band in the direction of being in close contact with the forehead, blocking sweat from flowing to the face and preventing the cap from being taken off; and an induction-drainage means inducing the sweat absorbed by the contact absorption band to the front edge of the cap visor, and draining the sweat to the outside.

Description

{Hat for easy sweat absorbs and emits}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a cap for sweat absorbing and discharging which prevents sweat from flowing to the face surface during exercise or work while wearing a cap or a helmet.

It wears a lot of hats on head for climbing, exercise or awnings in the summer, and wears a working helmet as an essential part for safety in construction and shipbuilding industries.

However, if exercise or work is performed while wearing a hat or helmet, sweating will occur due to the heat generated from the head part, and the sweat will not be absorbed by the cap and will flow down into the face in the forehead.

When the sweat flows to the face in this way, the wipes are wiped off using a towel or clothes sleeves. Since such a motion causes a loss of concentration during work or exercise, there is a risk of a safety accident at work, The correct operation can not be performed. In addition, when sweat flows down to the face such as the face, sweating and moisture are blurred especially when the glasses are worn, and problems such as disturbance of the activity of the visual acuity and the flow of the action are caused.

In order to solve such a problem, according to Registration Practical Utility Model No. 20-0462551, the sweat-releasing cap has a first band member having one side joined to the inside of the cap, a second band member having one side coming into close contact with the forehead, And an extension portion connecting the lower end of the other side of the first band member and the lower end of the other side of the second band member to form a ditch between the first band member and the second band member, This prevents the sweat from being absorbed by the cap, thereby preventing the sweat from being absorbed by the cap, preventing the sweat from leaking out to the outside, .

KR (Y1) 20-0462551 (September 14, 2012)

Accordingly, the present invention has been made to solve the above-mentioned problems of the prior art, and it is an object of the present invention, which is to prevent the sweat generated after wearing a hat or helmet from flowing down to the face, So that sweat generated from the head or forehead can be effectively prevented from flowing into the face, and a sweat absorbing and discharging cap is provided so that the user can concentrate on work or work without the need to remove the sweat on the face It has its purpose.

It is another object of the present invention to provide a cap which can prevent sweat from flowing down to the face and at the same time to provide a function of preventing the hat from peeling off.

As a specific means for solving the problems of the above-mentioned invention, when the cap is worn, the sweat is absorbed to the front edge of the cap window while the sweat is absorbed while the sweat is prevented from flowing down to the face, And an induction discharge unit,

The sweat absorbing and guiding and discharging unit includes a contact absorbing band which is joined to the inner bottom edge of the cap cap and the rear end of the cap window to close the head and to absorb sweat flowing in the forehead, A sweat cut-off portion formed in a direction of the sweat absorbing band to prevent the sweat from flowing down to the face and prevent the hat from peeling off; and an induction discharge means for guiding the sweat absorbed by the contact absorbing band to the front- And a control unit.

In addition, when wearing a working helmet, the sweat absorbs sweat while blocking the sweat from flowing into the face, and at the same time, guiding the sweat to the front of the helmet window and detachable by the inner head strap of the helmet so that it is discharged to the outside. Wherein the detachable sweat absorbing and guiding and discharging unit comprises a contact absorbing band which is coupled to a rear end of a catching window engaged with a lower end of a helmet window and a rear end of a detachment means for detachably attaching the detachable sweat absorbing and guiding strap, A perspiration blocking portion formed in a direction in which the contact absorbing band is in close contact with the forehead and preventing the sweat from flowing down to the face surface and preventing the cap from being peeled off and a sweat absorbing portion for guiding the sweat absorbed by the contact absorbing band to the front edge of the catching window And an induction discharge means for discharging it to the outside.

In addition, the sweat cut-off portion is formed to protrude along the longitudinal direction at a predetermined width in the vertical direction on the surface contacting the forehead of the contact absorbing band, and is tightly contacted to press the forehead so as to completely block sweat from flowing into the face, And is made of a silicon material.

The induction discharge means is sewn so that the contact absorbing band is connected between the contact absorbing band and the edge of the cap window or the hanging window in the form of embroidery using cotton yarn, The sweat absorbed by the contact absorbing band is guided to the front edge of the cap window or the catching window and is discharged to the outside by constituting an induction straw having one or more straight embroidery units up to the front edge of the edge.

The induction discharge means constitutes an induction discharge means consisting of a cotton material joined to the periphery of the cap window or the hanging window in such a state that both ends of the induction and discharge band are adsorbed to both sides of the contact absorption band, And the cap is guided to the edge and discharged to the outside.

According to the present invention, it is possible to completely prevent the sweat generated from the forehead from flowing down to the face while wearing the cap, and at the same time, after absorbing the sweat, It is possible to completely eliminate the troubles of disturbing the field of view or removing sweat as the sweat flows into the face, and it is possible to provide an effect of preventing safety accidents by concentrating on exercise or work.

Fig. 1 is a perspective view showing a cap which is easy to sweat and discharge according to the present invention. Fig.
2 is a view showing an induction straw in the induction discharge means of the sweat absorbing and guiding discharge portion of the present invention
3 is a view showing an induction discharge tray in the induction discharging means of the sweat absorbing and guiding discharge unit of the present invention
Fig. 4 is a view showing the simultaneous application of the induction straw and the induction discharge frame constituting the induction discharge means according to the present invention
Fig. 5 is a side sectional view showing the action of Fig.
Fig. 6 is a perspective view of a hat which is easy to absorb and discharge sweat according to the present invention,
7 is a view showing a state where the helmet is detachably attached to a helmet according to another embodiment of the present invention

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail with reference to the accompanying drawings. However, these drawings are only for illustrating the contents and scope of the technical idea of the present invention, and the technical scope of the present invention is not limited or changed. It will be apparent to those of ordinary skill in the art that various changes and modifications can be made within the scope of the technical idea of the present invention based on these examples.

In addition, terms and words used in the present specification are terms selected in consideration of functions in the embodiments, and the meaning of the terms may be changed according to the intention or custom of the invention. Therefore, the terms used in the following embodiments are defined according to their definitions when they are specifically defined in this specification, and unless otherwise defined, they should be construed in a sense generally recognized by ordinary artisans.

FIG. 1 is a perspective view showing a cap for sweat absorption and discharge of the present invention. FIG.

According to the present invention, when wearing the cap (A) according to the present invention, the cap absorbs the sweat while preventing the sweat from flowing down to the face, And the sweat absorbing and guiding and discharging unit 3 is constituted in the cap A so that the sweat absorbing and guiding unit 3 is made.

The sweat absorbing and guiding discharging portion 3 of the present invention comprises a contact absorbing band 10 which is bonded to the inside of the cap cap 1 in tight contact with the forehead so as to absorb sweat, A sweat cut-off portion 20 for providing a function of cutting off the falling down of the face to the face and preventing the hat from being peeled off, and a sweat absorbing portion 20 for guiding the sweat absorbed by the contact absorbing band 10 to the front edge of the cap window 2 And an induction discharging means 30 for discharging to the outside.

The contact absorbing band 10 is attached to the inner bottom edge of the cap cap 1 and the rear end of the cap window 2 so as to contact the forehead so as to absorb the sweat flowing on the forehead, .

The contact absorbing band 10 is manufactured as a cool max cloth having excellent moisture permeability for ease of absorption and drying. Such a cool max cloth provides an excellent advantage of breathability as well as quick drying ability to quickly discharge and dry sweat.

The sweat cut-off portion 20 is formed so as to protrude along the longitudinal direction at a predetermined width in the up-and-down direction on the surface contacting the forehead of the contact absorbing band 10 so that sweat flowing in the forehead is prevented from flowing down to the face.

For this purpose, the sweat cut-off portion 20 integrally forms a soft silicon material harmless to the human body in the contact absorbing band 10, and is formed so as to protrude outward at a predetermined interval in contact with the forehead, The sweat generated in the head and forehead is completely blocked from flowing into the face, and the sweat cut-off portion 20 of the silicone material closely contacts the forehead and the head, thereby preventing the hat from easily peeling off. .

The induction discharge means 30 is provided with an induction straw 31 connecting between the contact absorbing band 10 and the front edge of the cap window 2 so that sweat absorbed by the contact absorbing band 10 is absorbed by the front edge And is discharged to the outside.

2, the induction straw 31 is sewn such that the contact absorbing band 10 and the edge of the cap window 2 are connected to each other in an embroidery form using a cotton sweat absorbing force, Is formed by one or a plurality of linear embroidery parts 31a from the rear end of the cap window 2 sewn together to the front edge of the cap window 2 to be inductively discharged.

3, both ends of the guiding and discharging means 30 are sandwiched between the lower end of the cap cap 1 and the induction absorbing band 10 so as to be adsorbed to both sides of the contact absorbing band 10, The induction discharge frame 32 coupled to the periphery of the window 2 may be configured to absorb the sweat of the induction absorption band 10 and guide it to the edge of the cap window 2 to be discharged to the outside.

The induction discharge tray 32 for this purpose is made of a cotton material which has a good sweat absorbing ability like the induction straw 31. The fabric material of the cotton material is sewed around the edge of the cap window 2 in the manufacturing process to integrally constitute it.

4, the induction discharging means 30 may be configured to apply either one of the induction straw 31 or the induction discharging tray 32 to the cap or to simultaneously form the cap.

That is, if the induction straw 31 and the induction ejection tray 32 are configured at the same time, the absorbed sweat of the contact absorbing band 10 is guided through the guide straw 31 across the cap window 2, 2) and at the same time, it is guided to the edge of the cap window (2) through the induction discharge frame (32) where both ends are attracted to both sides of the contact absorbing band (10) Thereby providing a quick effect.

Hereinafter, the operation of the cap with sweat absorption and discharge as described above will be described.

As shown in FIG. 5, when sweating occurs on the forehead due to heat generated in the head part when the cap A is worn, sweat is absorbed and is prevented from flowing down to the face through the induction and discharge unit 3 At the same time, absorption and induction discharge occur.

At this time, the contact absorbing band 10 which closely contacts the forehead and the head periphery absorbs the sweat, and at the same time, the sweat cut-off portion 20 formed integrally with the contact absorbing band 10 blocks the sweat from flowing down to the face will be.

Here, the contact absorbing band 10 is made of a cool-max material, so that it is excellent in quick drying property to quickly absorb sweat and provide drying action. And the sweat cut-off portion 20 protruding in the direction of contact with the forehead is in close contact with the forehead so that the sweat can be completely blocked from flowing down to the face.

Since the sweat cut-off portion 20 is made of soft silicone, even if the forehead and the head circumference are squeezed, the sweat does not cause discomfort such as pain at all. It also functions to block sweat from flowing down to the face, And also provides a function of preventing the cap from peeling off.

The sweat absorbed by the contact absorbing band 10 is guided to the front edge of the cap window 2 by the induction discharge means 30 connected to the contact absorbing band 20 and is discharged to the outside.

That is to say, through the induction straw 31 composed of one or more linear embroidery parts 31a formed between the rear end of the cap window 2 coupled with the contact absorbing band 10 and the front end edge of the cap window 2 The sweat absorbed by the contact absorbing band 10 is guided to be discharged from the front edge of the cap window 2.

The induction discharge means 30 is integrally coupled to the edge of the cap window 2 and has an induction discharge frame 32 formed so that both ends thereof are attracted to both sides of the contact absorption band 10, 10 is absorbed again at both ends of the induction discharge tray 32 to induce discharge from the front of the edge of the cap window 2.

On the other hand, when the induction straw 31 and the induction ejection tray 32 are configured together, sweat absorption and induction ejection operations can be performed more quickly and swiftly according to the operation described above.

The induction and discharge means 30 induces the sweat absorbed in the contact absorbing band 10 to the front portion of the cap window 2 and smoothly discharges the sweat so that the limit of the contact absorbing band 10 is limited only by the quick drying property of the contact absorbing band 10 It is possible to prevent the phenomenon of sweating on the sweat cut-off portion 20 in the state where the sweat is absorbed excessively and the sweat spreading phenomenon to the portion of the cap cap 1 due to this.

As described above, according to the present invention, sweat is absorbed in a state in which the sweat generated when the cap is worn is prevented from flowing from the forehead to the face, and then the sweat is absorbed from the front part of the cap window It is possible to completely eliminate the troubles of disturbing the visual field or removing the sweat as the sweat flows into the face, and it is possible to concentrate on the exercise or work, thereby providing an effect of preventing a safety accident in advance .

Meanwhile, the configuration of the sweat absorbing and guiding discharge unit 3 according to the present invention can be applied to various hat shapes as shown in Fig.

In another embodiment, the helmet B may be easily detachably attached to the helmet B.

7, a detachment means 40 made of a Velcro tape is coupled to the front end of the contact absorbing band 10 having the silicone material sweat intercepting portion 20 formed therein, A hooking window 50 for hooking the lower end of the helmet B is coupled to a lower side of the front end and the attaching and detaching means 40 and a rear end of the hooking window 50 The sweat absorbing and discharging induction portion 4 is formed of an induction straw 31 formed of one or a plurality of linear embroidery patterns 31a between the front edge of the sweat absorbing and discharging inducing portion 4a.

The guiding straw 31 may be replaced with the guiding window 50 to form the guiding outlet 32 of the cotton material or the guiding straw 31 and the guiding outlet 32 may be formed together, Lt; / RTI >

When the helmet 3 is worn after the detachable sweat absorbing and discharging induction part 4 is simply attached to the head supporting strap B1 formed inside the helmet B by the attaching and detaching means 40, The sweat absorbed by the contact absorbing band 10 is guided along the guiding straw 31 of the catching window 50 and is guided to the front of the catching window 50 And is discharged to the outside.

Therefore, it is possible to concentrate on the work without interfering with the sight of the sweat to the worker, and to prevent unnecessary actions that are hindered by the work, thereby providing the effect of preventing the safety accident.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It should be understood that the scope of the claims is not limited to the examples but covers the scope of the claims and the scope of equivalents thereof.

A: Cap B: Working helmet
1: cap cap 2: cap window 3: sweat absorption and induction outlet
4: detachable sweat-absorbing and guiding discharge part
10: Contact absorption band
20: Sweat breaker
30: induction discharge means
31: induction straw 31a: linear embroidery part 32: induction discharge tee
40: detachment means
50: Jam window

Claims (5)

Absorbing sweat and absorbing sweat in the cap (A) so that sweat can be absorbed while at the same time absorbing sweat while guiding the sweat to the front edge of the cap window (2) (3)
The sweat absorbing and guiding discharge part (3)
A contact absorbing band 10 which is joined to the inner bottom edge of the cap cap 1 and the rear end of the cap window 2 so as to close the head in close contact with the forehead so as to absorb the sweat flowing in the forehead,
A sweat cut-off portion 20 formed in a direction in close contact with the forehead on the contact absorbent band 10 to prevent the sweat from flowing down to the face and prevent the hat from peeling off,
And an induction discharging means (30) for guiding the sweat absorbed by the contact absorbing band (10) to the front edge of the cap window (2) and discharging the sweat to the outside. .
(B) of the helmet (B) so that sweat is absorbed and simultaneously guided to the front of the window of the helmet (B) to prevent the sweat from flowing down to the face when wearing the working helmet (4) which is detachable from the main body
The detachable sweat-absorbing and guiding / discharging portion (4)
A contact absorbing band 10 which is coupled to the rear end of the catching window 50 which is hooked to the lower end of the window of the helmet B and the rear end of the attaching / detaching means 40 for attaching / detaching to / from the headrest strap B1, )Wow,
A sweat cut-off portion 20 formed in a direction in close contact with the forehead on the contact absorbent band 10 to prevent the sweat from flowing down to the face and prevent the hat from peeling off,
And an induction discharging means (30) for guiding the sweat absorbed by the contact absorbing band (10) to the front edge of the catching window (50) and discharging the perspiration to the outside. .
The method according to claim 1 or 2,
The sweat cut-off portion 20 is formed so as to protrude along the longitudinal direction at a predetermined width in the vertical direction on the surface of the contact absorbing band 10 in contact with the forehead of the contact absorbing band 10 and is tightly contacted to press the forehead, Characterized in that it is made of a silicone material to prevent the hat from peeling off.
The method according to claim 1 or 2,
The induction discharging means 30 is sewn so that the contact absorbing band 10 is connected between the edge of the cap window 2 or the catching window 50 in the embroidery form using the cotton yarn, (31) formed by one or a plurality of linear embroidery parts (31a) from the rear end of the cap window (2) or the catching window (50) to the front edge of the cap window (2) So that the sweat absorbed by the contact absorbing band (10) is guided to the front edge of the cap window (2) or the catching window (50) and is discharged to the outside.
The method according to claim 1 or 2,
The induction discharging means 30 constitutes an induction discharging tray 32 composed of a cotton material joined to the periphery of the cap window 2 or the catching window 50 with both ends thereof being adsorbed to both sides of the contact absorbing band 10 So that sweat absorbed by the induction absorbing band (10) is guided to the edges of the cap window (2) or the catch window (50) and discharged to the outside.

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