JP2003293205A - Jacket - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a jacket having good wearing feeling, ensuring ventilation at the surface of the wearer's body while maintaining a water-proofing property and cold protection. <P>SOLUTION: The jacket has a face side fabric 12 provided with ventilation holes 16, 28, and a lining fabric 32 formed inside the face side fabric 12. An air inlet part 42 is formed at the upper arm part of the sleeve part of the lining fabric 12, and an air outlet 44 is formed at the back part of the lining fabric 32. Airflow enters the inside from the ventilation hole 16 of the upper arm part of the face fabric 12 when the air flows over the front surface of the wearer's body. The airflow enters in the space between the lining fabric 32 and the body surface from the air inlet part 42 of the lining fabric 32, flows to the back side of the body passing through the body surface, gets to the outside of the lining fabric 32 from the air outlet 44 of the lining fabric 32 at the backside, and flows out from the ventilation hole 28 provided on the back part of the face side fabric 12. A string 24 and a string stopper 26 are provided at the side end part of the ventilation hole 16 to deform the ventilation hole 16. A ventilation opening is formed by drawing the string 24 to deform the side end part of the ventilation hole 16. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a motorcycle jacket, various sportswear, and other outerwear such as cold clothes and rain gear, which have functions such as cold and water resistance and are worn when riding a motorbike.

[0002]

[Prior art]

[Patent Document 1] Japanese Unexamined Patent Publication No. 2002-88532 Conventionally, for example, a motorcycle jacket worn when riding a motorbike has a windproof function, a waterproof function, and a cold protection function. In order to ensure air permeability, the outer surface of this motorcycle jacket is provided with a vent hole that is a horizontal cut in the back.
At the upper edge of the air vent, a cover cloth that hangs downward and covers the air vent is provided integrally with the back body to prevent rain from entering. In addition, a lining made of waterproof fabric was provided inside the outer surface of the motorcycle jacket to prevent the body from getting wet even if rain entered from the outer surface. In some of the linings, a pocket for a protector is provided at a portion that comes into contact with a shoulder or an elbow. In addition, in other cold weather outerwear and the like, in order to maintain waterproofness and the like, the inside of the outerwear may become damp or the temperature and humidity may become high, and appropriate breathability is also required.

The applicant of the present application has also proposed a motorcycle jacket disclosed in Patent Document 1 with improved breathability.

[0004]

In the case of the above-mentioned conventional technique, for example, the outer surface of a motorcycle jacket is provided with a ventilation hole in the back, and the air flow entering from the cuffs and neck is released from the ventilation hole. Ventilation was secured. However, the lining has no openings or vents to prevent the entry of rainwater, and because it uses waterproof fabric, the inside of the lining, that is, the surface of the body, is not ventilated. It was For this reason, when such an outerwear is worn for a long time, the surface of the body becomes damp and the temperature and humidity increase, which is uncomfortable and uncomfortable to wear. In addition, other winter clothes and the like have not been provided with a function for easily providing appropriate breathability.

The present invention has been made in view of the above problems of the prior art, and an object of the present invention is to provide an outerwear which is comfortable to wear while ensuring ventilation on the body surface while maintaining waterproofness and cold protection. And

[0006]

According to the present invention, there is provided a vent hole which is provided on a surface material located on a surface and in which a pair of linear side edge portions are provided so as to face each other, and at least one side of the vent hole. A throttle member that deforms the side edge portion is provided at the edge portion, and the side edge portion is deformed by the throttle member to form an opening between the side edge portion and the other side edge portion, and ventilating air inside and outside the dress material. A jacket that makes it possible.

[0007] Further, a dress material having ventilation holes in the upper arm and the back of the sleeve, a lining formed inside the dress, an air inlet provided in the sleeve upper arm of the lining, The jacket is provided with an air outlet formed on the back of the lining. This outerwear receives an airflow from the front of the body so that the airflow enters from the vent hole of the upper arm of the outer material, and the airflow is from the air inlet of the lining between the lining and the body surface. Enter, flow through the body surface to the back side, exit from the air outlet part of the lining on the back side to the outside of the lining,
It flows to the outside from a vent provided on the back of the outer material.

The lining is made of waterproof fabric,
The linings of the portion forming the air inlet portion are overlapped with each other, the body side fabric edge of the lining is located closer to the shoulder than the outer fabric edge portion, and the air inlet portion is the outer material. The opening is provided so as to intersect with the air flow from the sleeve vent to the vent on the back of the outer material.

Further, the vent hole of the sleeve portion of the outer material is provided so as to be openable and closable with a fastener, and the longitudinal direction of the fastener is provided in a direction intersecting with an air flow received during operation of the motorcycle, and the side of the fastener is provided. A diaphragm member that shortens the length is provided at a part of the edge portion, and when the side edge portion is shortened by the diaphragm member, the side edge portion of the fastener is curved to form an opening.

Further, the vent hole is formed around the neck, and the throttle member is a cord formed on the collar portion. For example, the diaphragm member is attached to a string inserted through the cloth at a right angle to the side edge portion, a through hole through which the string is drawn out, and a string drawn outside the through hole. A locking tool that is locked to the peripheral edge of the through hole is provided.

In the outerwear of the present invention, for example, when traveling on a motorcycle and receiving an airflow in front of the body, the airflow enters between the outer material and the lining material from the vent hole formed in the sleeve of the outer material. Then, this air flow enters the inside of the lining, that is, the body surface side, from the air inlet portion provided in the sleeve portion of the lining, flows through the body surface of the arm or armpit to the back side, and from the air outlet portion. It goes out of the lining, that is, between the lining and the front material, and flows out from a vent provided at the back of the front material. This air flow prevents stuffiness and high temperature on the body surface.
Further, in the vent hole of the present invention, the size of the opening can be arbitrarily changed by adjusting the throttle member provided on the side edge portion of the vent hole, and the ventilation in the jacket can be easily achieved. .

[0012]

DETAILED DESCRIPTION OF THE INVENTION A first embodiment of the present invention will be described below with reference to the drawings. 1 to 5 show a motorcycle jacket 10 of this embodiment. The motorcycle jacket 10 is made of an outer material 12 having an appropriate waterproof property, has long sleeves as shown in FIG. A fastener (not shown) is provided.

As shown in FIG. 3, the sleeve 14 is provided with a vent 16 on the front side of the body of the upper arm. The vent 16 is provided substantially parallel to the longitudinal direction of the arm. This is because, when the wearer drives the motorcycle, the ventilation holes 16 are located so as to intersect with the traveling direction of the motorcycle, and the airflow is taken in as much as possible. Further, the leeward side of the airflow of the vent hole 16 that is received during the operation of the motorcycle, that is, the edge portion near the armpit is defined as the side edge portion 16a, and the windward side is defined as the side edge portion 16b.

At the side edge portions 16a and 16b of the vent hole 16,
As shown in FIG. 5, a fastener 18 is attached and provided so as to be openable and closable. Then, the side edge portion 16 of the vent hole 16
A cover cloth 20 that covers the fastener 18 is attached to a, and an inner flap 22 located inside the vent 16 is provided at a side edge portion 16b of the vent 16. On the inside of the inner flap 22, that is, on the body side, a string passing portion (not shown) is formed along the side edge portion 16b, and the string 24 is inserted through the string passing portion. Both ends of the string 24 are fixed near both ends of the string passing portion, and an intermediate part of the string 24 is pulled out through a through hole (not shown) provided in the middle of the string passing part and inserted into the string stopper 26. . The cord 24 and the cord stopper 26 form a diaphragm member.

Further, the outer surface 12 of the motorcycle jacket 10
On the back of the back, slightly below the center of the back, vent 2
8 are provided to reach both sides in the horizontal direction. Vent 2
In order to prevent rainwater from entering, a cover cloth 30 that covers the vent hole 28 is provided integrally with the rear body at the upper side edge of the body 8.

Inside the outer material 12, a lining material 32 is provided as shown by the solid line in FIG. 4 is a view showing the lining 32 of the left arm, and the front side of the paper is the outside of the lining 32, that is, the surface facing the front side 12. And Figure 4
As shown in, the sleeve part of the lining 32 is made of four parts, and is an outer member 34 located outside the arm, and a lower rear part located below the arm on the rear side of the elbow, that is, on the rear side of the body. Member 36,
The inner member 38 located on the side of the body and the lower rear member 3
A shoulder member 40 is provided which is connected to the upper part of the arm 6 and is located on the rear shoulder part and the upper arm front part from under the armpit. The lower end edge 40a of the shoulder member 40 passes from under the armpit, passes through the rear side of the upper arm, and reaches the side of the elbow. And the lower edge 4 of the shoulder member 40
0a is provided on the outer side of the upper edge portion 36a of the lower rear member 36, and is provided with a downward slope as it approaches the front of the body when the arm is lowered. The lower end edge 40a of the shoulder member 40 and the upper end edge 36a of the lower rear member 36 are overlapped with each other without being sewn together to form a cylindrical air inlet 42. The opening of the air inlet 42 is substantially horizontal when the arm is extended forward and the motorcycle is being driven.

In the air inlet portion 42, the lower rear member 36 located on the body side is formed such that the width in the width direction of the air inlet portion 42 is smaller than that of the shoulder member 40 which is superposed on the outer side thereof. As a result, a slack or a fold is formed on the lower end edge portion 40a of the shoulder member 40 on the outside of the body to improve the air permeability. In addition, a mesh cloth (not shown) is sewn on the peripheral edge of the opening formed between the upper edge 36a of the lower rear member 36 and the shoulder member 40 to close the opening.

Further, as shown in FIG. 2, an air outlet portion 44 is provided in the rear body of the lining 32, slightly below the center of the back portion.
Is installed horizontally reaching both sides. A flap 46 that covers the air outlet portion 44 is integrally provided at the upper side edge portion of the air outlet portion 44.

The operation of the motorcycle jacket 10 of this embodiment will be described. First, motorcycle jacket 10
When wearing a bicycle and driving a motorcycle, the wind is received from the front of the body, and the airflow enters from the ventilation holes 16 of the outer material 12. At this time, as shown in FIG. 5, when the cord 24 of the vent hole 16 is pulled and the inner flap 22 is tightened, the covering cloth 20 is curved outward in a chevron shape, a large opening is formed, and a large amount of airflow can be taken in. it can. Then, the airflow entering from the ventilation hole 16 of the outer material 12 passes through the armpit inside the outer material 12 and enters the body side of the inner material 32 from the air inlet portion 42 of the inner material 32. Air inlet 4
The airflow entering from 2 flows from the armpit of the body surface to the back side through the vicinity of the shoulder, and the airflow reaching the center of the back is from the air outlet portion 44 of the lining 32 to the outside of the lining 32, that is, It flows between the lining 32 and the outer material 12, and further flows out from the vent hole 28 of the outer material 12.

According to the motorcycle jacket 10 of this embodiment, since the lining 32 is made of a waterproof material, it has a high waterproof function, and on the other hand, the surface of the body is ventilated and the clothes can be worn for a long time. The inside temperature and humidity do not rise, and stuffiness is suppressed, making it comfortable and comfortable to wear. The vent holes 16 provided in the outer material 12 are positioned substantially at right angles to the wind received by the wearer of the motorcycle jacket 10 from the front while driving the motorcycle, and can efficiently take in the airflow. The air inlet portion 42 provided in the lining 32 is provided so as to intersect the direction in which the airflow taken from the ventilation holes 16 of the outer material 12 passes under the armpit and flows toward the back on the rear side of the arm. Therefore, the airflow can be efficiently taken into the inside of the lining 32. Since the mesh cloth is provided at the air inlet portion 42 where the lower rear member 36 and the shoulder member 40 are overlapped with each other, when the wearer wears the motorcycle jacket 10, a mistake is made while ensuring the air permeability. Therefore, it is possible to easily wear it without putting the arm in the air inlet portion 42. In addition, the cord 24 is inserted into the vent 16 of the outer material 12, and the length of the cord 24 is adjusted so that the vent 16
The air intake can be adjusted by changing the opening of the. Since the string 24 can be operated with one hand, the operability is good.

Next, a second embodiment of the present invention will be described with reference to FIGS. This embodiment is an outerwear 48 such as cold weather gear, rain gear, exercise cold weather gear, and is made of an outer material 50 having an appropriate waterproof property, and a fastener (not shown) for attachment / detachment is provided at the front center.

The jacket 48 includes a back side of the collar 52 and a back body 54.
A ventilation port 56 is provided between the two. The vent 56 is
It is provided along the edge of the collar 52 in a direction intersecting with the neck, and has a pair of substantially straight side edges 56a, 56b. A mesh 57, which is a breathable material, is provided between the pair of side edge portions 56a and 56b. At the rear center of the collar 52, there is provided a string 58 which is positioned substantially at a right angle to the side edge portion 56a of the ventilation hole 56 on the collar 52 side.
It is inserted through a string passing portion (not shown) provided on the collar 52. A pair of through holes 60 arranged in a direction substantially perpendicular to the insertion direction of the string passing portion are provided in the string passing portion near the end opposite to the vent hole 56. The string 58 is inserted into the string passing portion in a folded state, and both ends of the string 58 are provided with the ventilation holes 56.
It is sewn and fixed to the side edge portion 56a of the. String 5
The vicinity of the central portion of 8 has an annular shape, which is inserted into the pair of through holes 60 and pulled out to the outside of the collar 52. String 58 pulled out
A cord stopper 62 is attached to the. This string 56
The cord stopper 62 constitutes a diaphragm member.

Next, the operation of the outerwear 48 of this embodiment will be described. First, wearing the outerwear 48 and exercising or riding a motorcycle with the ventilation holes 56 closed as shown in FIG. 6 will surely prevent rain and cold air from invading. Higher temperature and humidity. On the other hand, when the cord 58 is pulled to the outside of the collar 52 to squeeze the cloth 50, and the cord stoppers 62 are moved toward both ends of the cord 58 and locked, the collar 52 is squeezed and the ventilation hole is opened as shown in FIG. The side edge portion 56a of 56 is pulled up toward the collar 52 side and deformed, an opening is formed between the side edge portion 56a and the other side edge portion 56b, and the mesh 57 is exposed. As a result, the inside and outside of the outerwear 48 are ventilated through the mesh 57, and the warm air or steam inside the outerwear 48 is discharged to the outside.

According to the outerwear 48 of this embodiment, the outerwear 4
The heat and steam that stays inside 8 is dissipated outside, preventing stuffiness and making you feel comfortable. Moreover, the vent hole 56 can be easily opened during exercise. Further, since the vent hole 56 is provided between the rear side of the collar 52 and the rear body 54,
Even when it receives rain from the front, there is no risk of rain entering through the ventilation holes 56, and waterproofness is also secured.

The outerwear of the present invention is not limited to the above embodiment, and the shape of the arm portion of the lining, the size and the orientation of the vent hole, the air inlet portion and the outlet portion, etc. are sufficiently large. It can be freely set as long as it passes the air flow. In addition to the cord, the diaphragm member provided in the ventilation hole of the sleeve part of the outer material is made of rubber, snap buttons, hook-and-loop fasteners,
Other fittings are also acceptable. Further, the motorcycle jacket of the first embodiment may be provided with the vent hole of the second embodiment. In this case, the airflow that has entered inside from the air inlet portion of the motorcycle jacket also flows outside through the ventilation holes formed in the collar, and the ventilation is further improved and the comfort is enhanced.

[0026]

EFFECT OF THE INVENTION The outerwear of the present invention ensures ventilation between the inside and outside of the outer material of the garment, does not raise the internal temperature and humidity even after being worn for a long time, and can be worn comfortably while suppressing stuffiness. Also, by opening the air inlet so that it intersects with the air flow from the vents on the sleeves of the outer material to the air vents on the back of the outer material, the intake of the airflow is ensured and ventilation in the jacket is ensured. Can be done effectively. Also,
By providing a throttle member at the vent and forming an opening,
The air can be taken in more effectively and the operation is easier. Further, by opening and closing with a fastener or a string, it is possible to open it as needed.

[Brief description of drawings]

FIG. 1 is a left side view showing a worn state of a motorcycle jacket according to a first embodiment of the present invention.

FIG. 2 is a left side view showing the lining in the worn state of the motorcycle jacket of this embodiment.

FIG. 3 is a front view showing a worn state of the motorcycle jacket of this embodiment.

FIG. 4 is a development view of the sleeve portion of the lining of the motorcycle jacket of this embodiment.

FIG. 5 is a perspective view of a vent hole of a sleeve portion of the motorcycle jacket of this embodiment.

FIG. 6 is a rear view of the outerwear of the second embodiment of the present invention.

FIG. 7 is a rear view showing a state in which a ventilation hole of the jacket of this embodiment is opened.

[Explanation of symbols]

10 motorcycle jackets 12 outer material 14 sleeves 16,28 Vent 18 fasteners 20 wrapping cloth 22 Inner flap 24 strings 26 String stopper 30 wrapping cloth 32 lining 34 Outer member 36 Lower rear member 38 Inner member 40 shoulder member 42 Air inlet 44 Air outlet 46 flaps

Continued front page    (72) Inventor Kikumi Ishida             230 Kiyozawa, Oyabe City, Toyama Prefecture             In R.D. (72) Inventor Kenji Nakamura             230 Kiyozawa, Oyabe City, Toyama Prefecture             In R.D. F-term (reference) 3B011 AA01 AB16 AC11                 3B030 AA03 AA04 AB00                 3B035 AA03 AA08 AB03 AB11 AC20

Claims (5)

[Claims] 1. A vent hole provided on a front surface and provided with a pair of linear side edge portions facing each other, and at least one side edge portion of the vent hole is provided with the side edge portion. A deformable diaphragm member is provided, wherein the diaphragm member deforms the side edge portion to form an opening between the side edge portion and the other side edge portion, and allows ventilation inside and outside the dress material. Jacket. 2. A dress material having vent holes in the upper arm and back of the sleeve, a lining formed inside the dress, an air inlet provided in the upper arm of the sleeve of the lining, An air outlet is formed on the back of the lining, and the air flow enters from the vent of the upper arm of the outer material by receiving the air flow in front of the body, and this air flow is from the air inlet of the lining. Vent between the lining and the body surface, passing through the body surface and flowing to the back side, exiting from the air outlet portion of the lining on the back side to the outside of the lining, and being provided in the back portion of the dress material. Outerwear characterized by flowing from the outside. 3. The lining is made of waterproof fabric, and the linings of the portion forming the air inlet portion are overlapped with each other,
The body side fabric edge of the lining is located closer to the shoulder than the outer fabric edge, and the air inlet is from the vent of the sleeve of the dress to the vent of the back of the dress. 3. The outerwear according to claim 2, wherein the outerwear is provided so as to intersect with an oncoming airflow. 4. A vent hole of the sleeve portion of the outer material is provided so as to be openable and closable by a fastener, and a longitudinal direction of the fastener is provided in a direction intersecting with an air flow received during operation of a motorcycle, and the side of the fastener is provided. A diaphragm member for shortening the length thereof is provided at a part of the edge portion, and when the side edge portion is shortened by the diaphragm member, the side edge portion of the fastener is curved to form an opening. 2 outerwear. 5. The outer jacket according to claim 1, wherein the vent hole is formed around a neck, and the throttle member is a string formed on a collar portion.