JP3121430U - Breathable cap - Google Patents

Abstract

Provided is a cap with good air permeability that can efficiently prevent head stuffiness.
Even when a crown portion 2C is configured using a fabric having poor air permeability, the outer crown portion 2C is slackened by overlapping the inner renge 2B of the mesh ground on the inner side surface on the rear side of the crown portion 2C. The outer crown portion 2C and the inner lotus 2B are sewn, and the sweat removing band 4 disposed on the inner hem of the crown portion 2 on the front side of the crown portion 2 is sewn to the brim 3 through the ventilation band 5 of the mesh ground. Thus, the gap between the outer crown portion 2C and the inner balance 2B, and the gap between the band 4 and the outer crown portion 2 can be used as the ventilation portion 6 between the outer crown portion 2C and the head, so It can be prevented efficiently.
[Selection] Figure 2

Description

  The present invention relates to a cap with good breathability that prevents the head from stuffiness.

Conventionally, there are caps in which a crown part and a brim part have a poorly breathable fabric, particularly a waterproof and water repellent fabric.
By making the crown and collars waterproof and water repellent fabric, the head can be prevented from getting wet even in rainy weather.
However, rain covers are poorly breathable and tend to get stuffy when worn.

Therefore, for example, there is one described in Japanese Patent No. 3733326 (Patent Document 1) owned by the applicant of the present invention, which prevents the head from becoming damp.
As shown in FIG. 6, the sweat removing band 43 sewed on the entire circumference of the hem of the crown portion 41 of the cap 40 is cut into a crescent shape without being sewn directly with the collar 42 particularly on the forehead side. It is sewn through the stretched and sweat-absorbing crescent-shaped adjustment band 44.
When the cap 40 is put on, the cap 40 is held on the head by the sweat band 43, and a gap is formed between the head and the cap at the forehead portion of the cap 40.
Thereby, the air can be taken into the cap 40 from the outside through the crescent shaped adjustment band 44, or the steamed air can be discharged, and the head can be prevented from being steamed.
Japanese Patent No. 3733326

Since the conventional cap described above is provided with only one air intake / exhaust portion on the front side of the cap, the circulation of the air is not sufficient, and it is not possible to efficiently prevent the steam in the cap.
In the case where the crown portion is composed of a breathable, particularly waterproof and water-repellent fabric as in the case of a conventional cap, there is a problem that the head is more easily stuffy.

Therefore, an object of the present invention is to provide a cap with good air permeability that can efficiently prevent head stuffiness.
Therefore, according to the present invention, two or more ventilation portions for intake and exhaust are provided in the crown portion with the opening portion directed toward the hem, and the inside and outside of the crown portion can be ventilated through the ventilation portion.
In addition, a ventilation part is formed between the outer range of the crown part and the inner side of the crown that overlaps the inner part of the crown part, so that rain does not enter the crown part from the inner side of the breathable inner range. The outer lotus and the inner lotus were sewn to each other at the ends other than the hem direction.
Moreover, the part which has the air permeability of an inner side lotion was formed only in the upper part, and the outer side lotus was formed only in the part which overlaps with the said air permeability part.

Furthermore, the ventilation portion formed between the inner ranger and the outer ranger by lengthening the head of the crown portion of the outer ranger with respect to the inner ranger and sewing it so as to hold the slack with respect to the inner ranger. Greatly secured.
Further, a sweat removing band was sewed around the head inside the crown portion through a crescent-shaped ventilation band, and the crescent-shaped ventilation band was used as a ventilation section.

  According to the present invention, by directing the opening portion of the ventilation portion connecting the inside and outside of the crown portion toward the hem side of the crown portion, air permeability can be ensured while preventing rain from entering the ventilation portion. Since two or more are provided, it is possible to efficiently prevent stuffiness of the head even when the cap is put on.

Furthermore, the ventilation part is formed by an outer range and an inner range having air permeability, or is configured between the sweat removing band disposed inside the crown part and the crown part. Can be formed.
Furthermore, since the outer lotus extends in the skirt direction relative to the inner lotus, it is possible to reliably prevent rain from entering the crown portion via the inner lotus.

Next, embodiments of the present invention will be described by way of examples.
First, the first embodiment will be described.
FIG. 1 is a perspective view of the cap as viewed from the inside.
A cap 1 is composed of a hemispherical crown portion 2 that covers the head and a flange 3 that extends forward from the skirt portion of the crown portion 2.
The crown portion 2 includes an outer crown portion 2C formed by stitching six outer lotions 2A into a hemispherical shape, and two inner lotions 2B arranged on the inner side of the outer crown portion 2C at the rear portion of the cap 1. And have.

The two inner lotus 2B are stitched together to form a single piece of cloth and overlapped with the outer crown portion 2C, and both end portions thereof hem from the top position together with the stitches of the outer crown portion 2C. Toward the outer crown portion 2C.
At this time, the hem of the outer crown portion 2C is longer than the skirt of the inner lotus 2B, and the outer crown portion 2C is sewn so as to be loose with respect to the inner lotus, thereby forming a double structure of the outer crown portion 2C and the inner lotus 2B. A gap is formed between 2C and the inner lotus 2B.

The inner lotus 2B has a skirt 2B ′ made of the same fabric as the outer lotus, and a portion other than the skirt 2B ′ made of mesh.
The skirt portion of the outer lotus 2A extends in the skirt direction from the mesh portion of the inner lotus 2B and overlaps with the skirt portion 2B ′ of the inner lotus 2B.

A sweat band 4 is sewn around the head at the hem of the crown 2 around the entire circumference of the inner lotus 2B.
The perspiration band 4 is sewn via a ventilation band 5 cut into a crescent shape in the forehead portion, without being sewn directly to the brim 3.
A mesh ground is used for the ventilation zone 5.
As described above, the perspiration band 4 has a smaller diameter than the hem of the outer crown portion 2 </ b> C by sewing the perspiration band 4 to the inner range 2 </ b> B and sewing the perspiration band 4 to the brim 3 via the ventilation band 5. .
The sweat removing band 4 has elasticity, and fits around the head when the cap 1 is put on.

On the rear side of the cap 1, the skirt of the inner lotus 2B is cut out, and an adjuster 7 is attached so as to straddle the cutout portion.
The head circumference size of the cap 1 can be adjusted by adjusting the length of the adjustment belt 7A of the adjustment tool 7 to expand and contract the width of the notch portion.

  When the cap 1 is put on, as shown in FIG. 2, the sweat cap 4 is smaller in diameter than the hem of the outer crown portion 2C, so the rain cap 1 is held on the head by the band 4 on the front side, and the rear side Is held on the head by the inner lotus 2B.

  The present embodiment is configured as described above, and even when the crown portion 2 is configured by using a fabric having poor air permeability, particularly waterproof and water-repellent, the inner surface on the rear side of the outer crown portion 2C. The outer crown portion 2C and the inner lotus 2B are sewn so that the outer crown portion 2C keeps the slack by overlapping the inner lotus 2B of the mesh base, and is further arranged on the inner hem of the crown portion 2 on the front side of the crown portion 2. By sewing the sweat removing band 4 with the brim 3 through the mesh ventilation zone 5, the inner portions of the front and rear of the outer crown portion 2C do not directly touch the head when the cap 1 is put on.

Therefore, between the outer crown portion 2C and the inner lotus 2B that are doubled and between the band 4 and the outer crown portion 2, air is taken in or exhausted between the outer crown portion 2C and the head. It becomes the ventilation part 6 (refer FIG. 2).
In this way, the ventilation portion 6 is provided at the two hems of the cap 1 at the front and rear, and the opening outside the crown portion of the ventilation portion 6 faces the hem direction, thereby preventing the head from getting wet in the rain. The circulation efficiency of the air in the crown portion 2 can be improved, and the stuffiness in the cap 1 can be prevented more efficiently.
Moreover, it is possible to reliably prevent rain from entering the crown portion 2 via the mesh area of the inner range 2B by extending the outer range 2A in the skirt direction from the mesh area of the inner range 2B. it can.

In addition, although the inner lotus 2B and the ventilation zone 5 are made of mesh fabric, other materials such as punching fabric can be used as long as they have air permeability.
Further, the inner range 2B is arranged on the rear side of the crown 2 and the ventilation band 5 is arranged on the front side. However, the present invention is not limited to this, and the inner range 2B is arranged on the front side of the crown 2 and the ventilation band 5 is arranged on the rear side. Or can be arranged on the side surface of the crown portion 2.

Further, it is only necessary to provide two or more ventilation parts 6 for taking in air or discharging air between the outer crown part 2C and the head, and the inner lotus 2B is arranged at two locations inside the outer crown part 2C. Alternatively, two ventilation bands 5 may be arranged at the bottom of the outer crown portion 2C.
This arrangement is preferably at the diagonal position of the crown.

Next, a second embodiment will be described.
In the second embodiment, the breathable portion of the inner lotus in the first embodiment is only the upper portion, and the outer lotus is formed only on the portion overlapping the breathable portion.
FIG. 3 is a side view of the cap, and FIG. 4 is a view of the cap as viewed from the inside. FIG. 5 is a cross-sectional view taken along the line AA in FIG.
The cap 10 is composed of a hemispherical crown portion 20 that covers the head and a flange 30 that extends forward from the hem portion of the crown portion 20.
The crown portion 20 is continuous with the two outer rangers 21 arranged on the front and rear sides of the cap 10, the lower outer ranger 23 arranged on the hem side on each side of the cap 10, and the lower outer ranger 23. The top 10 of the cap 10 has a breathable upper inner lotus 25 and is stitched to form a hemispherical shape.
On the outside of the upper inner range 25 having air permeability disposed on both sides of the crown portion 20, the upper outer range 22 is overlapped.

The upper outer range 22 completely covers the upper inner range 25 having air permeability when the crown portion 20 is viewed from the outside, and extends to the hem side of the crown portion 20 by a predetermined length from the upper inner range 25. ing.
The upper outer range 22 and the other outer range 21 and the upper inner range 25 are sewn from the top position of the crown portion 20 toward the hem side.
In the case of the present embodiment, the outer lotus 21, the upper outer lotus 22, and the lower outer lotus 23 are made of a fabric having poor air permeability, particularly waterproof and water repellent, and the upper inner lotus 25 is made of mesh. .
Therefore, when the cap 10 is viewed from the outside, the outer surface of the crown portion 20 is entirely composed of a waterproof and water-repellent fabric, and the head does not get wet even in rainy weather.
In particular, as shown in FIG. 5, the end 22 a on the hem side of the upper outer range 22 extends in the skirt direction of the cap from the hem 25 a of the upper inner range 25, so that rain or the like passes through the upper inner range 25. Thus, it does not enter the crown portion 20.

When the cap 10 is put on, as shown in FIG. 5, the upper inner range 25 is in contact with the head, so that the upper outer range 22 does not directly touch the head, and there is a gap between the upper outer range 22 and the head. Can be provided.
Further, since the end 22a on the hem side of the upper outer range 22 and the lower outer range 23 are not sewn, the gap between the hem side of the upper outer range 22 and the lower outer range 23, and the upper inner range 25 and the upper range Air can be sucked or exhausted between the crown portion 20 and the head via a gap with the outer ranger 22.

  The present embodiment is configured as described above, and even when the outer surface of the crown portion 20 is configured using a waterproof and water-repellent fabric with poor air permeability, both side surfaces of the crown portion 20 are placed on the inner side. The upper inner range 25 of the mesh fabric is arranged, and the upper outer range 22 of the waterproof and water-repellent fabric is arranged on the outer side, and the end 22a on the hem side of the crown portion 20 of the upper outer range 22 is formed. Is not sewn to the lower outer range 23 to connect the gap between the hem side of the upper outer range 22 and the lower outer range 23 and the gap between the upper inner range 25 and the upper outer range 22 to the inside and outside of the crown portion 20. It can be set as the ventilation part 28 (refer FIG. 5).

Therefore, by providing the ventilation portions 28 on both side surfaces of the cap 10, the circulation efficiency of the air in the crown portion 20 can be improved while preventing the head from getting wet in the rain, and the steam in the rain cap 10 can be improved. Can be prevented more efficiently. Further, by extending the upper outer range 22 to the skirt side from the upper inner range 25 made of mesh, it is possible to reliably prevent rain from entering the crown portion 20 via the upper inner range 25. .
Furthermore, a cap having a good design can be enjoyed by making the skirt portion 22a of the upper outer range 22 an oblique cut or a curved cut as shown in FIG.

It is the perspective view which looked at the 1st example from the inside. It is a figure which shows the cross section of this invention cap. It is a side view which shows a 2nd Example. It is the figure which looked at this invention cap from the inside. It is a figure which shows the cross section of this invention cap. It is a figure which shows the conventional cap.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1,10 Cap 2,20 Crown part 2A, 21 Outer lotus 2B Inner lotus 2C Outer crown part 3,30 Head 4 Sweat removal band 5 Venting band 6 Venting part 7 Adjustment tool 7A Adjusting belt 22 Upper outer lotus 23 Lower outer lotus 25 Upper Inner lotus

Claims (5)

Including at least two vents connecting the inside and the outside of the crown,
An air-permeable cap characterized in that the opening on the outer side of the crown portion of the ventilation portion faces the hem side of the crown portion. The ventilation portion is formed between an outer lotus and an inner lotus having air permeability superimposed on the crown portion of the outer lotus,
The outer lotus extends in the skirt direction of the crown portion than the inner lotus having the breathability, and the outer lotus and the inner lotus having the breathability are side end portions in the hem direction from the top of the cap other than the hem direction. The breathable cap according to claim 1, wherein the caps are sewn together. 3. The air-permeable cap according to claim 2, wherein the breathable portion of the inner lotus is formed only on the upper portion, and the outer lotus is formed only on the portion overlapping the breathable portion. 3. The outer ranger is sewn so as to hold the slack with respect to the inner ranger because the crown direction of the crown portion is longer than that of the overlapped inner ranger. The breathable cap described. The sweat band on the inner side of the crown part is sewn to the crown part through a ventilation band having air permeability in a part around the head, and a ventilation part is formed between the crown part and the sweat band,
The air-permeable cap according to claim 1, wherein the ventilation band is at least one opening outside the crown part of the ventilation part.