JP7328952B2 - clothes - Google Patents

Description

The present invention relates to clothing worn by a wearer.

2. Description of the Related Art Conventionally, clothes having openings for ventilation in the armpits of a bodice are known (see, for example, Patent Documents 1 and 2).

JP 2017-150120 A Patent No. 6039020

By the way, it has been found that cooling large arteries such as the axillary artery in the armpit is effective for efficiently cooling the body. However, in conventional clothes, the opening opens toward the hem (downward). Therefore, for example, the air sent into the jacket by the blower fan is discharged downward from the vicinity of the wearer's armpit, or the air flows into the jacket from the lower side of the jacket through the opening and is exhausted from the collar. was doing In other words, the air inside the vest cannot be discharged toward the armpits of the wearer, and the thick arteries such as the axillary artery cannot be cooled, resulting in a problem of poor cooling efficiency.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a garment capable of improving cooling efficiency.

In order to achieve the above object, the present invention provides a mounting hole formed in a bodice to which an air blower for sending outside air into the inside of the bodice is detachably attached, and sewn to the front body and back body of the bodice. , a first side body extending from the armhole of the bodice toward the hem, sewn to the front body and the back body, extending from the hem toward the armhole, and having an upper end extending from the first side body A second side body superimposed on the outer side of the lower end, and an air guide section formed between the first side body and the second side body and having an opening facing the armhole.

As a result, in the present invention, the air inside the waistcoat can be discharged toward the armpits of the wearer, and the cooling efficiency can be improved.

1 is a front view showing the garment of Example 1. FIG. 2 is a rear view showing the garment of Example 1. FIG. 2 is an exploded view showing the inside of the garment of Example 1. FIG. FIG. 2 is an explanatory diagram showing the essential parts of the garment of Example 1; 1 is a side view showing the garment of Example 1. FIG. FIG. 4 is an explanatory diagram showing the flow of air sucked into the clothes of Example 1;

EMBODIMENT OF THE INVENTION Hereinafter, the form for implementing the clothes of this invention is demonstrated based on Example 1 shown on drawing.

As shown in FIGS. 1 and 2, the garment 1 of Example 1 is a jacket that a wearer wears on the upper half of the body, and is made of a fabric woven from cotton, synthetic fibers, or the like, or from a non-woven fabric. . In addition, the cloth forming the clothes 1 may have arbitrary properties such as stretchability, breathability, and flame retardancy.

The garment 1 has a sleeveless (vest type) vest 10 that covers the wearer's torso. The bodice 10 includes a left front body 10a (front body) and a right front body 10b (front body) that cover the abdomen of the wearer, a back body 10c that covers the back, a pair of first side bodies 10d, 10d that cover the body, and It has a pair of second side bodies 10e, 10e. A collar 11 is also provided on the waistcoat 10 . In this specification, terms using front, back, left, and right refer to directions viewed from the wearer who wears the garment 1 .

As shown in FIG. 1, the left front body 10a and the right front body 10b are each composed of a plurality of parts, and can be freely opened and closed by a locking member (for example, a slide fastener) 12a provided in the center in the width direction of the wearer. Locked. The locking member 12a is continuous between the waistcoat 10 and the collar 11. As shown in FIG.

Both the left front body 10a and the right front body 10b are provided with a breast pocket 12b and a waist pocket 12c. Each breast pocket 12b and each waist pocket 12c are so-called cut pockets in which cuts are formed in the fabric and sack cloth is sewn on the inside thereof. The pocket openings of each breast pocket 12b and each waist pocket 12c are finished with both welts.

As shown in FIG. 2, the back body 10c is composed of a plurality of parts, and has a pair of mounting holes 13, 13 for mounting a blower fan (blower device) on the lower part. The pair of mounting holes 13, 13 are provided at symmetrical positions with respect to the central portion of the back body 10c in the body width direction. Each attachment hole 13 is a circular through hole penetrating through the back body 10c. The peripheral edge of each mounting hole 13 is finished with a bead to prevent fraying. Further, inside the back body 10c, as shown in FIG. 3, a reinforcing plate (not shown) that reinforces the periphery of each mounting hole 13 and a harness that connects the battery and the blower fan are fixed to the back body 10c. A pair of fasteners 13a, 13a are provided. Furthermore, a mesh cloth 13b for forming an air passage is provided inside the upper portion of the back body 10c.

A pair of first side bodies 10d, 10d are sewn to the left front body 10a or right front body 10b and the back body 10c, and extend from the armhole 21 toward the hem 22 (see FIGS. 1 and 5). Here, the “armhole 21 ” is an opening through which the arm passes when the wearer wears the garment 1 . Armhole 21 is defined by left front body 10a or right front body 10b, back body 10c, and first side body 10d. Also, the “hem 22” is the lower end of the waistcoat 10. As shown in FIG.

In addition, in the garment 1 of Example 1, the elastic piping cloth 21a is sewn over the entire circumference of the armhole 21 . The piping cloth 21a is formed of a highly elastic tape, and the piping cloth 21a as a whole has elasticity. Here, the circumferential length of the armhole 21 is set to be longer than the length of the piping cloth 21a when not stretched by a predetermined length. When the piping cloth 21a is sewn to the armhole 21, folds (wrinkles) are formed in the armhole 21 by shirring, thereby securing the elasticity of the armhole 21 and the piping cloth 21a.

Further, in the garment 1 of Example 1, a belt-like hem rubber is provided inside the hem 22 . The hem rubber is stretchable and extends over the entire length of the hem 22 . Here, the total length of the hem 22 is set longer by a predetermined length than the length of the hem rubber when it is not stretched. When the hem rubber is chain stitched to the hem 22, folds (wrinkles) are formed in the hem 22 by shirring, thereby securing the elasticity of the hem 22 and the hem rubber.

A pair of second side bodies 10e, 10e are sewn to the left front body 10a or right front body 10b and the back body 10c, and extend from the armhole 21 toward the hem 22 (see FIGS. 1 and 5). Further, the upper end 23b of each second side body 10e overlaps the lower end 23a of each first side body 10d.

Between the lower end portion 23a of the first side body 10d and the upper end 23b of the second side body 10e, which overlap in the inside and outside directions of the waistcoat 10, a wind guide portion 24 is formed. The air guide section 24 has an opening 24a facing the armhole 21, and is a space that communicates the internal space of the vest 10 with the outside air. The opening 24a is defined by the upper edge of the first side body 10d and the second side body 10e. Also, the lower edge 23c of the first side body 10d and the upper edge 23c of the second side body 10e are parallel to each other along the waistline direction.

In addition, as shown in FIG. 4, the length L1 of the air guide portion 24 in the length direction (the length from the opening 24a to the lower edge 23c of the first side body 10d) extends from the lowest portion 21α of the armhole 21 to the opening. The length is set to be shorter than the length L2 in the length direction up to 24a. Here, the length L1 is set to 3 cm and the length L2 is set to 8 cm. It should be noted that the “bottom portion 21α of the armhole 21” is the position where the length in the length direction to the hem 22 is the shortest among the peripheral edges of the armhole 21 .

Furthermore, the lower edge of the air guide portion 24 (the lower edge 23c of the first side body 10d) is formed at a position closer to the armhole 21 than the uppermost portion 13α of the mounting hole 13 provided in the back body 10c. That is, there is a predetermined length L3 in the body height direction between the uppermost portion 13α of the mounting hole 13 and the lower edge of the air guide portion 24, and the length L3 is below the air guide portion 24 (hem 22 side). A mounting hole 13 is formed. The “uppermost portion 13α of the mounting hole 13” is the position of the peripheral edge of the mounting hole 13 where the length in the length direction from the hem 22 is the longest.

The action of the garment 1 of Example 1 will be described below.

The garment 1 of Example 1 is worn by attaching the blower fan 100 to the attachment hole 13 . Then, when the blower fan 100 is driven, outside air is drawn in, and the outside air is sent into the jacket 10 as indicated by the arrow in FIG.

The outside air sent into the waistcoat 10 flows between the body of the wearer and the waistcoat 10, and part of it flows out of the waistcoat 10 through the airflow guiding portion 24 as shown in FIG. Here, the air guiding portion 24 is formed between the lower end portion 23a of the first side body 10d and the upper end portion 23b of the second side body 10e, and has an opening 24a facing the armhole 21. As shown in FIG. Therefore, the direction of flow of the air in the waistcoat 10 is defined by passing through the air guide portion 24, and when it flows out from the opening 24a, it flows toward the armholes 21.例文帳に追加The garment 1 of Example 1 is a vest type having a sleeveless bodice 10, and the wearer's armpits are exposed from the bodice 10. FIG. As a result, the air flowing out of the vest 10 can be directly applied to the armpits of the wearer.

On the other hand, in the armpit of the human body, thick arteries such as the axillary artery pass through, and many blood vessels are present near the skin. Therefore, cooling the armpits cools the blood vessels and thus the blood flowing through them. Then, the whole body can be cooled through the cooled blood, and the sensible temperature can be lowered by lowering the body temperature. As a result, the garment 1 of Example 1 can reduce the sensible temperature of the wearer and provide the wearer with a sufficient cooling sensation, and the cooling efficiency of the blower fan 100 can be improved.

Further, in the garment 1 of Example 1, the length L1 of the air guide portion 24 is set to be shorter than the length L2 from the lowest portion 21α of the armhole 21 to the opening 24a. That is, the air flowing out through the airflow guiding portion 24 has a length from the air flowing out from the opening 24a to the armpit of the wearer, rather than the length defined by the airflow guiding portion 24. is longer. Therefore, the air flowing out from the opening 24a spreads, and the air can be applied to a wide range of the armpits. Thereby, a wearer's sensible temperature can be reduced efficiently. In addition, it is possible to prevent the wearer's body from being unnecessarily covered by the two fabrics of the first side body 10d and the second side body 10e.

Furthermore, in the garment 1 of Example 1, the lower edge of the air guide portion 24 (the lower edge 23c of the first side body 10d) is formed at a position closer to the armhole 21 than the uppermost portion 13α of the mounting hole 13 is. Therefore, the outside air sent into the jacket 10 by the blower fan 100 flows between the wearer's body and the jacket 10 and then flows into the air guide section 24 . Thereby, a wearer's body can fully be cooled.

Furthermore, the outside air sent into the waistcoat 10 flows between the wearer's body and the waistcoat 10, and part of it flows out of the waistcoat 10 through the collar. This allows cooling around the wearer's neck. In particular, in the garment 1 of Example 1, the mesh cloth 13b is provided inside the upper part of the back body 10c. Therefore, narrowing of the gap between the back body 10c and the wearer's back can be suppressed, and an air passage can be formed. As a result, air can easily flow between the wearer's back and the back body 10c, and the wearer's back can be cooled.

Since the elastic piping cloth 21a is sewn to the armhole 21, the armhole 21 is brought into close contact with the wearer's arm due to the elastic force of the piping cloth 21a. As a result, the air sent into the jacket 10 by the blower fan 100 can be prevented from leaking out of the jacket 10 through the armholes 21 . Further, since the hem 22 is provided with a hem rubber inside, the hem 22 is brought into close contact with the wearer's waist due to the elastic force of the hem rubber. As a result, the air sent into the jacket 10 by the blower fan 100 can be prevented from leaking out of the jacket 10 through the hem 22 .

The clothing 1 of the present invention has been described above based on Example 1, but the specific configuration is not limited to Example 1, and the gist of the invention according to each claim of the claims is described. Design changes and additions are permitted as long as they do not deviate.

In Example 1, both the left front body 10a and the right front body 10b are provided with the chest pocket 12b and the waist pocket 12c, and an example is shown in which the bodice 10 is provided with the mesh cloth 13b provided inside the upper part of the back body 10c. . However, the presence or absence of various pockets, the shape and size of the pockets, the positions of the pockets, and the presence or absence of the mesh cloth 13b can be arbitrarily set. In other words, the breast pocket 12b and the waist pocket 12c do not necessarily have to be provided, and need not be cut pockets. Also, the mesh cloth 13b may not be provided.

Further, for example, a connector such as a D-ring that can connect a harness of a safety belt or the like may be attached to the left and right front bodies 10a and 10b. Further, for example, an opening covered with a flap may be formed in the central portion of the back body 10c so that the harness of the safety belt can be inserted through it.

Also, the left and right front bodies 10a and 10b and the back body 10c may not be composed of a plurality of parts, and may be made in one piece.

Also, in the garment 1 of Example 1, the length L1 of the air guide portion 24 is set to 3 cm, and the length from the lowest portion 21α of the armhole 21 to the opening 24a is set to 8 cm. However, the openings 24a may be formed below the armholes 21 (hem 22 side), and the lower edge of the air guide section 24 (lower edge 23c of the first side body 10d) may be positioned near the attachment hole 13. It is sufficient if it is formed on the upper side (on the armhole 21 side). Therefore, these lengths L1 and L2 can be set to arbitrary lengths. Moreover, the length L3 between the uppermost portion 13α of the mounting hole 13 and the lower edge of the air guide portion 24 can also be set to an arbitrary length. Furthermore, the length L2 may be set shorter than the length L1.

In addition, although the garment 1 of Example 1 is a vest-type jacket that the wearer wears on the upper body, it may be, for example, a jumpsuit in which the upper garment and the lower garment are connected. It may be a sleeveless pullover garment.

Furthermore, in the garment 1 of Example 1, an example having a sleeveless (best type) bodice 10 was shown, but this is not limiting, and for example, a bodice having short sleeves or long sleeves made of a material with good breathability, , or a bodice or the like having sleeves formed of a highly breathable mesh material or the like in areas facing the armpits. In other words, the bodice to which the present invention can be applied is not limited to the vest-type bodice 10 without sleeves, but the bodice that can cool the underarms of the wearer by directing the air flowing out from the air guide section 24 to the underarms of the wearer. If it is

Further, in the garment 1 of Example 1, an example in which the pair of mounting holes 13, 13 are formed in the back body 10c was shown, but the present invention is not limited to this. The mounting holes 13 may be provided at arbitrary positions on the jacket 10, and the number of holes to be formed may be arbitrarily set.

1 Clothes 10 Body garment 10a Left front body 10b Right front body 10c Back body 10d First side body 10e Second side body 13 Mounting hole 13α Top part 21 Arm hole 21α Bottom part 22 Hem 23a Lower end of first side body 23b Second side body Upper end portion 23c Lower end edge 24 of first side body Air guide portion 24a Opening 100 Blower fan (blower device)

Claims (3)

a mounting hole formed in the jacket and detachably mounted with an air blower for blowing outside air into the jacket;
a first side body sewn to the front body and the back body of the bodice and extending from the armholes of the bodice toward the hem;
a second side body sewn to the front body and the back body, extending from the hem toward the armhole, and having an upper end superimposed outside the lower end of the first side body;
a wind guide portion formed between the first side body and the second side body and having an opening facing the armhole;
A garment characterized by comprising: In the garment according to claim 1,
The garment, wherein the length of the air guide portion is set to be shorter than the length from the bottom of the armhole to the opening. In the clothing according to claim 1 or claim 2,
A garment according to claim 1, wherein a lower edge of the air guide portion is formed at a position closer to the armhole than the uppermost portion of the mounting hole.