KR20160042614A

KR20160042614A - As insulation or insulated cap

Info

Publication number: KR20160042614A
Application number: KR1020140136759A
Authority: KR
Inventors: 김상천
Original assignee: 김상천
Priority date: 2014-10-10
Filing date: 2014-10-10
Publication date: 2016-04-20

Abstract

The present invention relates to a cap which may be kept in warmth or coolness. More specifically, the inside of a cap worn by a wearer may be kept in warmth or coolness according to surrounding temperature and weather. A spatial part is formed in an inner side of an outer skin formed in a cap to be spaced a predetermined interval apart from the outer skin, and forms an inner skin. A wearer may wear the cap after inserting a coolness-keeping material for emitting coolness or a warmth-keeping material for emitting warmth in the spatial part according to surrounding temperature and weather. The wearer, before wearing the cap, may selectively insert a desired warmth-keeping material or coolness-keeping material in a spatial part between the outer skin and the inner skin formed in the cap, so the wearer may selectively wear the cap according to weather and temperature. Accordingly, in hot summer, by using a coolness-keeping material, coolness is transferred to a wearer′s head, and his/her body becomes cool from the head. In cold winter, by using a warmth-keeping material, warmth is transferred to a wearer′s head, and his/her body becomes warm from the head. A configuration of disposing a coolness-keeping material or a warmth-keeping material in a cap is simple, and a coolness-keeping material or a warmth-keeping material may be easily inserted through an insertion hole in an inner skin thereof. By means of a simple configuration and structure, coolness or warmth may be easily transferred to a wearer.

Description

As insulation or insulated cap,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a hat capable of keeping warm or cold, and more particularly, to a hat which can be warmed or cooled according to ambient temperature and weather inside a hat worn by a wearer.

In general, hats represent the protection of the head from cold or heat, or the use of hair as a symbol of decorative or social status, made of plastics, felt, wool, straw, leather, crown and brim The term "cap" refers to the term "hat" and the term "cap".

There are many kinds of hats, but the description is limited to the hats that are commonly used in everyday life.

1) Beret: A piece of wool or felt made in close contact with the head, originally made in black and navy for men in southern France, but nowadays it is used for sports and has a variety of colors.

2) Bonnet: Bonnet is a hat made of soft cloth for women and children or infants, wraps around the entire head from behind, and is usually worn with straps under the chin and decorated with ruffles around the edges of the hat.

3) Cowboy hat: A cowboy hat: a cone-shaped crown with a high, middle depression, and a felt hat with a large and broader brim, with a slight upward flexion of the brim on both sides, anteriorly sagging, American cowboys are hats for covering the sun on their faces.

4) Cloche: The crown is high, no brim or very narrow running, it is wrapped in case of short hair, and it is characteristic to wear under the eyebrows and is stylish in style in the 1920s and 1960s.

5) Top: A high and flat crown and a narrow brimmed men's hat slightly raised on both sides, usually a suit of black silk with a shiny black silk.

6) Panama hat: A hat made of fine and light-colored Panama grass is the original one, but today it is made of fiber similar to Panama grass.

7) Fez: A trapezoidal red felt hat with a long, black silk thread in the center of the crown. It is also known as the Turkish hat, which is used by many Syrian, Palestinian and Albanian people, It is a name derived from the city of Fez in Morocco.

8) Picture: Widely wide, with a low crown and a small ladies hat.

9) Pillbox (pillbox): It is a classic round female hat without brim.

10) Head tie: It is wrapped around a head with a scarf or a cloth and tied at the back of the neck, or put on a hat shape to fit the head.

11) Hood: A hooded hood with a bonnet-shaped soft cloth wrapped around the entire head, wrapped around the chin with strings or covered in capes or coats for cold weather.

12) Homburg: A hat worn by males when wearing a formal dress from around 1870, with a soft felt cloth dented in the middle of the crown and a narrow breeze.

There are also Canotier, Capeline, Casquette, Boater or straw, Bowler, Breton, Chignon, Sailor hat, , Watteau, jockey or riding, Juliet or skull cap, Sailer gob, Coolie, Cossack, tam-o'-shanter, Tengallon, Toque, Tyrolean, Turban, Profile, Halo hat, and many more.

These hats have been developed in various forms and types according to their gender, occupation, usage, and so on. In modern times, they are mainly focused on fashion concept for their own unique personality production have.

However, as another use hats have sickness, hair loss is progressed or hair loss is caused by hair thinning or hormone abnormality due to the metabolism of hair loss due to the appearance of hair bald people without baldness to express their symptoms of hair loss So as to perform a cover function.

However, the conventional hat as described above has a problem that even when wearing a hat for a patient or a person with baldness, hair thinning is removed due to hair loss and awkwardness even when the hat is worn.

In addition, when a wearer wearing a hairless hair as described above wears the conventional hat, the scalp and the cap come into direct contact with each other, so that the maintenance, sweat, and the like generated in the scalp are adsorbed on the cap and become hygienically unclean there was.

Such a conventional conventional hat has a problem in that the shape of the cap is deformed or the lifetime is shortened by cleaning in consideration of the hygienic aspect.

In addition, the conventional hat as described above blocks high temperature heat and ultraviolet rays as in the summer, and the temperature rises inside the cap due to external heat, and ultraviolet rays penetrate into the fiber structures of the cap.

That is, the conventional hat as described above has a problem that the wearer wearing the hat feels fatigue due to a rise in the temperature inside the hat, and the scalp is damaged due to penetration of ultraviolet rays.

As a result, a wearer who has little or no hair thinning can produce a hair like a native hair, can cool the wearer's scalp, and is desperately required to have an improved hat capable of blocking ultraviolet rays.

Conventionally, there have been conventionally used a so-called " air-cooling functional air cap ", which is registered with Registration No. 10-0657550, a " safety hat ", registration No. 10-0880866, &Quot; Icepack hat " and " Functional Styrofoam hat " of Application No. 20-2007-0007335.

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 to provide a heat insulator or a heat insulating material which forms a space portion at a predetermined distance from the outer shell, The present invention has been accomplished with a focus on providing a cap capable of inserting or keeping a warmth which is characterized by being able to be worn by inserting a heat insulating material radiating heat in accordance with the ambient temperature and weather.

According to an aspect of the present invention, there is provided a cap including a cap covering a head portion and a cap protruding forward from a side of the cap, And a coupling member 320 connected to the outer shell 100 is provided at the center of the insertion hole 310. The outer periphery of the coupling member 320 is connected to the outer periphery of the outer shell 100, And is inserted into a space h between the outer shell 100 and the inner shell 300 through the insertion hole 310 of the inner shell 300 and is inserted into the space h between the outer shell 100 and the inner shell 300, And a protrusion (400) formed with a fitting groove (410) surrounding the outer periphery of the member (320) and having a cut portion (420) formed at the outer end of the fitting groove (410) I want to solve the problem by providing hats.

According to the present invention, it is possible to insert a heat insulating material or a cold insulating material desired by the wearer who wants to wear the hat into the space between the outer skin and the inner skin formed in the cap, so that the wearer can selectively So that the body can be warmed from the head by transmitting cold air to the tofu by using a cold insulator in a hot summer day and warming the body from the tofu by using a heat insulator in a cold winter day, It is possible to easily insert the insulated or insulated material through the inserting hole of the inner filament, so that it is possible to easily transmit the cool air or the heat by the wearer with a simple structure and structure, It is an invention.

1 is a perspective view and a plan view showing a hat according to the present invention;
Fig. 2 is a side view showing the cap of Fig. 1
Figure 3 is a side cross-sectional view of the envelope of Figure 2 and an enlarged view
4 is a bottom view showing the endothelium of the present invention
Fig. 5 is a bottom view showing another embodiment of the endothelium of Fig. 4
Fig. 6 is a bottom view showing another embodiment of the endothelium of Fig. 5
Fig. 7 is a side sectional view of the configuration of Fig. 3,
8 is a plan view showing the implant applied to the present invention
Figure 9 is a top view of another embodiment of the implant of Figure 8;
FIG. 10 is a side sectional view and a bottom view showing another embodiment of the inner skin which is a core constituent of the present invention
11 is a side sectional view showing an embodiment of Fig. 10
12 is a bottom view showing another embodiment of Fig. 10

Accordingly, a cap which can be kept warm or coolable according to the present invention will be described.

A hat 10 according to the present invention is a hat made up of a shell covering a head and a cap projected forward at one side of the shell. The hat 10 is spaced apart from the shell 100 by a predetermined distance, An insertion hole 310 is formed on one side and an engaging member 320 is connected to the outer side 100 at the center and an outer side of the inner side 300 is connected to the outer periphery of the outer side 100, And is inserted into the space h between the outer shell 100 and the inner shell 300 through the insertion hole 310 of the inner shell 300. The outer periphery of the coupling member 320 of the inner shell 300, And a protrusion 400 having a cutout 420 formed in the fitting groove 410 at an outer end thereof.

The endothelial cells 300 may be integrally formed or a plurality of the endothelial cells 300 may be formed in a mutually connected manner.

When the inner layer 300 is configured to be detachable, the insertion holes 310 may be formed between the inner layers 300 connected to each other.

A plurality of through holes 330 are formed in the inner skin 300.

According to another embodiment of the present invention, there is provided a cap comprising a shell covering a head portion and a cap protruded forward at one side of the shell, the cap comprising a first elastic band 301 The first and second elastic bands 301 and 302 intersect with each other and form an insertion hole 310 between the elastic bands 301 and 302, The inner and outer bands 300 and 300 are connected to the first and second elastic bands 301 and 302 through the first and second elastic bands 301 and 302, And is inserted into the space between the outer skin 100 and the inner skin 300 through the insertion hole 310 of the inner skin 300 and has a fitting groove 410 which surrounds the outer circumference of the coupling member 320 of the inner skin 300, And a protrusion 400 having a cutout 420 formed in the fitting groove 410 at an outer end thereof.

The inner skin 300 may include a plurality of elastic bands intersecting with each other around the coupling member 320.

The implant 400 may optionally use a cold insulator that emits cold air or a thermal insulator that emits heat.

In the implant 400, at least one dividing line 430 is formed on the outer circumference of the center portion where the insertion needle 410 is formed.

1 to 12, a cap which can be kept warm or cold according to the present invention will be described in more detail.

First of all, when describing a generally used hat,

As shown in FIGS. 1 and 2, a generally used cap 10 includes an outer envelope 100 surrounding the head and a cap 200 protruding forward from one side of the outer envelope 100.

In the present invention, a space (h) is formed inside the shell (100) of the cap (10) at a predetermined distance from the shell (100), and an insertion hole (310) is formed in one side, A coupling member 320 connected to the outer casing 100 and an inner casing 300 connected to the outer periphery of the casing 100 on the outer periphery.

3 and 4, the inner skin 300 formed on the inner side of the outer skin 100 is connected to a lower portion of the outer skin 100 and a lower portion of the inner skin 300, A space h is formed at a predetermined distance from the outer skin 100 so that the implant 400 described below can be inserted into the space h.

The inner skin 300 is coupled with a button 110 formed at a central portion of the outer skin 100 to prevent the inner skin 300 from falling down. The inner skin 300 penetrates the inner skin 300 at the bottom of the center of the inner skin 300, An engaging member 320 which is engaged with the button 110 is formed.

The inner member 300 can not be engaged with the outer member 100 due to the engagement member 320.

As shown in FIG. 5 and FIG. 7, depending on the use of the inner skin 300, two or more inner skin 300 may be constructed as a single body, as shown in FIG. 4, have.

When the inner skin 300 is integrated, the insertion hole 310 is formed at one side so that the implant 400 can be inserted into the insertion hole 310. When the inner skin 300 is detachable, As shown in FIG. 7, a plurality of endothelial cells 300 are connected to each other. When the endothelial cells 300 are connected to each other, a predetermined space is provided to replace the insertion holes 310.

So that the detachable type may have one or more insertion holes 310.

Referring to FIG. 6, a plurality of through holes 330 are formed in the inner skin 300 so as to transmit the heat of the cold air or the heat insulating material to the head.

The through hole 330 is formed so as to more efficiently transmit the heat of the cold air or the heat insulating material to the head by the head of the implant 400 positioned in the space h formed between the outer shell 100 and the inner skin 300 The through holes 330 may be formed in a plurality of the through holes 330 or in the form of a mesh or a generally used one or more through holes 330. The shape of the through holes 330 and the shape of the through holes 330 shown in FIG. But is not limited to bars.

8, the implant 400 is inserted into the space h between the outer skin 100 and the inner skin 300 through the insertion hole 310 of the inner skin 300, And a cutout 420 is formed at the outer end of the fitting groove 410. The cutout 420 is formed at the outer end of the fitting groove 410. [

The implant 400 is inserted through an insertion hole 310 formed on one side of the inner skin 300 and the implant 400 inserted into the insertion hole 310 is inserted into the insertion hole 310 through the cutout 420, So that the fitting groove 410 of the implant 400 surrounds the outer circumference of the engaging member 320. As shown in FIG.

Referring to FIG. 9, the implant 400 has one or more dividing lines 430 formed on the outer circumference of the central portion where the insertion needle 410 is formed.

The dividing line 430 is a liquid or gel type in which the implant 400 is generally used so as to prevent the damming of the lower part. The dividing line 430 may be formed in various ways Is not limited to the above description and FIG.

This allows the user to selectively use a cold insulating material for radiating cold or a heat insulating material for radiating heat in accordance with the weather at the time of wearing the cap 10, the ambient temperature, and the temperature desired by the wearer.

Another embodiment of the present invention will be described with reference to FIG. 10, which is a hat comprising a shell enclosing a head and a hat protruding forward on one side of the shell, wherein the lower one side and the other side of the shell are mutually The first and second elastic bands 301 and 302 intersect with each other and are inserted between the elastic bands 301 and 302. The first and second elastic bands 301 and 302, The first and second elastic bands 301 and 302 are formed in a portion where the first and second elastic bands 301 and 302 intersect with each other, The inner member 300 is configured to be inserted between the outer skin 100 and the inner skin 300 through the insertion hole 310 of the inner skin 300, And a protrusion 400 having a cutout 420 formed in the fitting groove 410 at an outer end thereof Respectively.

This is a configuration (A) in which the inner skin 300 is connected to the lower side and the other side of the outer skin 100 and has elasticity, and the bottom view (B) The elastic band 301 and the second elastic band 302 intersect with each other and a joining member connected to the center of the outer shell 100 at a portion where the first and second elastic bands 301 and 302 intersect 320).

At this time, a separate space portion is formed between the first elastic band 301 and the second elastic band 302. The space portion is an insertion hole 310 into which the implant 400 is inserted.

The first and second elastic bands 301 and 302 are stretched due to the elastic force so that the coupling member 320 Can be connected to the center of the envelope 100. [

The implant 400 may be inserted between the outer skin 100 and the inner skin 300 due to the coupling of the coupling member 320. The implant may be inserted into the insertion hole 310 shown in FIGS. Lt; / RTI >

Referring to FIG. 12, the inner skin 300 may include a plurality of elastic bands 301, 302, 303, and 304 intersecting with each other around a coupling member 320.

The plurality of elastic bands 301, 302, 303 and 304 can prevent the implant 400 positioned between the outer skin 100 and the inner skin 300 from being detached.

According to the present invention, the prosthesis 400 (a thermal insulation material or a cold insulation material) desired by the wearer to wear the cap 10 is selectively inserted into the space portion h between the outer skin 100 and the inner skin 300 constituted by the cap 10 The wearer can selectively wear the clothes according to the weather and the temperature. Thus, the body is cooled from the tofu by transmitting cold air to the tofu using a cold insulator in a hot summer day, and using the heat insulator in a cold winter day It is possible to easily warm the body from the head by transmitting warmth to the head and to easily insert the insulated or insulated material through the inserting hole 310 of the inner sheet 300 So that the wearer can easily transmit the cold air or the heat by the simple structure and structure.

10: hat
100: envelope
200: Captain
300: endothelium 310: insertion hole 320: coupling member 330:
400: implant 410: fitting groove 420: cutting portion 430:
h: space portion

Claims

1. A cap comprising an outer skin covering the head and a cap protruding forward on one side of the outer skin,
An insertion hole 310 is formed on one side and a coupling member 320 connected to the outer side 100 is formed in the center of the space 100. The coupling member 320 And an outer skin 300 connected to the outer periphery of the outer skin 100 is formed on the outer periphery,
And is inserted into the space h between the outer shell 100 and the inner shell 300 through the insertion hole 310 of the inner shell 300 and is inserted into the center portion of the inner shell 300, And a protrusion (410) formed on the outer circumference of the insertion groove (410), and a cut part (420) formed in the fitting groove (410) from the outer end thereof.

The method according to claim 1,
Wherein the inner film (300) is integrally formed or a plurality of the inner films (300) are formed so as to be interconnected and separated from each other.

The method according to claim 1,
Wherein the inserting hole (310) is formed between each of the inner foils (300) connected to each other when the inner foil (300) is detachably formed.

The method according to claim 1,
Wherein a plurality of through holes (330) are formed in the inner skin (300).

1. A cap comprising an outer skin covering the head and a cap protruding forward on one side of the outer skin,
And a first elastic band (301) and a second elastic band (302) connecting the lower side and the other side of the shell, and the first and second elastic bands (301 and 302) The insertion bore 310 is formed between the elastic bands 301 and 302 of the first and second elastic bands 301 and 302. The portion where the first and second elastic bands 301 and 302 cross each other passes through the first and second elastic bands 301 and 302 And an engaging member (320) connected to the outer shell (100). The inner shell (300)
A fitting groove 410 is formed in the central portion of the inner skin 300 to surround the outer circumference of the fitting member 320 of the inner skin 300 through the insertion hole 310 of the inner skin 300, And a protuberance (400) having a cutout (420) formed in the fitting groove (410) to an outer end thereof.

6. The method of claim 5,
Wherein the inner skin (300) comprises a plurality of elastic bands crossing each other around the coupling member (320).

6. The method according to any one of claims 1 to 5,
Characterized in that the implant (400) can optionally use a cold insulator that emits cold air or a thermal insulator that emits heat.

6. The method according to any one of claims 1 to 5,
Characterized in that the implant (400) is formed with one or more dividing lines (430) in a circumferential direction from a center portion where the insertion pin (410) is formed.