JP4181516B2 - Jacket - Google Patents

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a motorcycle jacket and various sportswear, which has a function for protection against cold and waterproof, and is worn when riding a motorbike or the like, and to other outerwear such as winter clothing and rain gear.

  Conventionally, for example, a jacket for a motorcycle, which is an outerwear worn when riding a motorbike, has a windproof function and a waterproof function, and some have a coldproof function. The outer surface of the motorcycle jacket is provided with a vent hole that is a cut formed in the horizontal direction on the back. A covering cloth that hangs downward and covers the vent is provided integrally with the back body at the upper edge of the vent to prevent rain from entering. In addition, a lining made of waterproof fabric is provided inside the outer surface of the jacket for the motorcycle, preventing the body from getting wet even if rain or the like enters from the outer surface. Some of the linings were provided with pockets to put protectors in the parts that contact the shoulders and elbows.

The applicant of the present application has also proposed a motorcycle jacket disclosed in Patent Document 1 with improved air permeability. It has vents on the sleeves and back, air flows from the sleeves, and the air flows through the shoulders and under the heel to the back, and near the center of the back. The reached air flow has a structure that flows outward from the vent of the back.
JP 2002-88532 A

  In the case of the above-described conventional technology, for example, the ventilation opening on the back of the motorcycle jacket is not large in opening and is provided with a waterproof covering cloth. In addition, adjusting the ventilation volume according to the weather etc. can be adjusted with the fasteners and snap buttons on the sleeve vents, but it is not easy to adjust with one hand while driving a motorcycle etc. It was.

  The present invention has been made in view of the above-described problems of the prior art, and an object thereof is to provide a jacket capable of sufficient ventilation and capable of easily adjusting a ventilation amount with one hand. .

  The present invention provides an air vent provided in the back portion, a slit provided in a chest and formed along a direction toward the air vent, and a line continuous with the cloth connecting the air vent and the slit. And an opening / closing member that is slidably inserted into the insertion passage and that opens and closes the vent, and a handle that is provided on the opening / closing member and projects outside the slit and moves in the slit, It is the jacket which adjusted the magnitude | size of the said vent hole by the said opening-and-closing member, and was able to adjust ventilation amount.

  Further, the present invention is a first vent provided in the sleeve portion, a second vent provided in the back portion, a slit provided in the chest and formed along the direction toward the second vent, A jacket or the like for a motorcycle jacket provided with an insertion path formed along a cloth such as a surface material that is continuous on a line connecting the second vent and the slit. An opening / closing member that opens and closes the second vent is slidably inserted into the insertion passage, and the opening / closing member is provided with a handle that protrudes outside the slit and moves within the slit. And if this outerwear is worn, the airflow which entered from the said 1st ventilation hole will flow outside from the said 2nd ventilation hole, and ventilation will be performed moderately. Further, the opening / closing member can be moved by holding the handle and moving it along the slit, and the amount of ventilation can be adjusted by adjusting the size of the second vent.

  A pair of left and right vents are located near the scapula of the back, and the second vent is an opening that is elongated in the height direction of the wearer and the outer fabric of the outer jacket is cut off. A mesh fabric having air permeability is affixed to the. A pair of left and right slits are located near the chest, and the insertion path passes through the shoulder and continues to the second vent and the slit.

  Further, the opening / closing member is a synthetic resin strip having an appropriate flexibility and a smooth surface, and the handle is a large and thin annular member whose thickness direction is substantially perpendicular to the slit. It is attached to be located.

  Further, on both side edges of the slit, a flash part having an appropriate hardness with a core inserted therein is provided, and a shoulder side end of the flash part is formed as a free end, and the free end side An elastic fabric that partially closes the slit is attached to the end of the slit. Thereby, the said flash part will deform | transform when the force more than fixed strength is applied, and the said opening-and-closing member can be pulled out from between the deformed flash parts, and can be removed. When the opening / closing member is removed, the elastic fabric is properly stretched and removed smoothly.

  The insertion path is formed by sewing a slippery fabric such as a coating taffeta on the outer surface of the outer garment.

  The first vent is provided on the outer surface and a pair of linear side edges are provided to face each other, the first vent is provided so as to be opened and closed with a fastener, and the longitudinal direction of the fastener is air A throttle member that is provided in a direction intersecting the flow and that shortens the length of a part of the side edge of the fastener; and when the side edge is shortened by the throttle member, the side edge of the fastener The part is curved to form an opening.

  The jacket of the present invention has an opening / closing member opening / closing area and an opening area of the back portion by a simple operation in which the handle of the opening / closing member is located in the chest that can be easily reached, and the handle is held and moved along the slit. Adjustments can be made. Therefore, it can be comfortably worn by adjusting the amount of airflow according to the weather etc., and in particular, even in a thick jacket such as a motorcycle jacket or a cold protection device, the amount of ventilation can be adjusted with a simple operation.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. 1 to 6 show one embodiment of the present invention, and the outer garment of this embodiment is for a motorcycle jacket 10. This motorcycle jacket 10 is made of a surface material 12 having an appropriate waterproof property, and has a long sleeve as shown in FIGS. 1 and 2, and a detachable slide fastener 13 at the front center.

  A first vent 16 is provided in the sleeve 14 on the same side as the back of the hand near the cuff 18. The first air vent 16 intersects with the longitudinal direction of the arm and is inclined so as to approach the base side of the arm as it goes to the elbow side. This is positioned so that the first vent 16 intersects the direction of travel of the bike when the wearer is driving the bike and grips the handle with the arm slightly open to the side, It is a shape that efficiently incorporates as much airflow as possible.

  A slide fastener 19 is attached to the opening edge of the first vent 16 so as to be freely opened and closed. An inner flap 22 located inside the first vent 16 is provided on the side edge 16a of the first vent 16 on the cuff 18 side. Inside the inner flap 22, that is, on the body side, a string passage portion (not shown) is formed along the side edge portion 16a, and the string 24 is inserted into the string passage portion. Both ends of the string 24 are fixed in the vicinity of both ends of the string passing part, and the middle of the string 24 is pulled out from a through hole (not shown) provided in the middle of the string passing part and inserted into the string stopper 26. . The string 24 and the string stopper 26 constitute a throttle member.

  A pair of left and right chest parts 28 are provided on the chest part 15 of the outer surface 12 of the motorcycle jacket 10, and each chest part 28 is provided with one slit 30 as shown in FIG. The slit 30 is provided substantially along the wearer's height direction, and the lower end 30a of the slit 30 is slightly inclined in a direction approaching the front center of the body. The slit 30 is provided with an appropriate width so that the opening / closing member 64 described later does not come out carelessly and the handle 66 of the opening / closing member 64 is inserted and can be easily slid. .

  A flash portion 32 is provided on both side edges of the slit 30. As shown in FIG. 3, the flash part 32 is formed by folding the chest part 28 on the back surface along the slit 30 and inserting a thin plate-like core member 34 between the cloths of the folded chest part 28 and sewing. It has been. On the back side surfaces of the slits 30 and the pair of flash portions 32, that is, the body side surfaces, a patch cloth 36 is overlapped and sewn. The patch cloth 36 is provided with the same material of the same color as the chest part 28, for example. The lower end 30 a of the slit 30 by the flash part 32 reaches the lower end part of the chest part 28, and the lower end part of the flash part 32 is sewn to other parts continuous to the lower end part of the chest part 28. The upper end 30b of the slit 30 reaches the upper end of the chest part 28, and the upper end of the flash part 32 is not sewn to the shoulder part 50 continuous to the upper end of the chest part 28, and becomes a free end. ing. Further, the slit 30 communicates with the back side of the shoulder part 50. An elastic rubber fabric 38 located between the flash part 32 and the application cloth 36 is sewn to the upper end part of the flash part 32 with the slits 30 partially closed.

  Further, a rear side part 42 is provided in the vicinity of a pair of left and right shoulder blades on the back portion 17 of the outer surface 12 of the motorcycle jacket 10. As shown in FIGS. 2 and 4, the rear side part 42 is provided with one second vent 44. The second vent 44 is a long and narrow rectangle in the height direction of the wearer, and is provided by cutting out the rear side part 42. The lower end 44a of the second vent 44 is slightly inclined in a direction approaching the rear center of the body. A reinforcing frame cloth 46 is attached to the rear surface of the rear side part 42 at the peripheral edge of the second vent 44. The second vent 44 is closed with a mesh fabric 48 having good ventilation, and the mesh fabric 48 is sized to cover the second vent 44, and overlaps the frame cloth 46 at the peripheral edge of the second vent 44. It is sewn. As the mesh fabric 48, a material having an appropriate flexibility and allowing air to pass therethrough, for example, a polyvinyl chloride having a mesh structure is used.

  As shown in FIG. 5, the motorcycle jacket 10 has a chest part 28 and a rear side part 42 sewed together with a shoulder part 50 positioned on the shoulder of the wearer. In the shoulder part 50, an elongated backing cloth 52 is sewn on the back surface, that is, the side of the body, on a substantially straight line connecting the slit 30 of the chest part 28 and the second vent 44 of the rear side part 42. The backing cloth 52 is made of a soft and slippery fabric such as a coating taffeta made of a vinyl material. An end portion 52 a on the rear side part 42 side of the backing cloth 52 is sewn to the mesh fabric 48 stretched on the second vent 44 and is continuous. An end portion 52 a on the chest part 28 side of the backing cloth 52 is sewn only to the shoulder part 50 and opens to the slit 30 of the chest part 28. Further, an elongated gusset member 54 that is continuous to the shoulder part 50 and the rear side part 42 is provided on the back surface of the second vent 44 of the shoulder part 50 and the second vent 44 of the rear side part 42. It has been. The gusset member 54 is provided with a cloth portion 54 a located substantially on the back surface of the shoulder part 50 and a mesh portion 54 b located substantially on the back surface of the rear side part 42.

  Like the backing cloth 52 of the shoulder part 50, the cloth part 54a is made of a soft and slippery fabric, such as a coating taffeta made of a vinyl material. The mesh portion 54 b is made of a vinyl chloride mesh, similarly to the mesh fabric 48 attached to the second ventilation port 44. On the back surface of the mesh portion 54b, that is, on the body side, elongated side cores 60 are provided along both side edges in the longitudinal direction of the second vent 44 as shown in FIG. The cloth part 54a is sewn to the backing cloth 52 of the shoulder part 50, and the mesh part 54b is sewn to the frame cloth 46 and the mesh fabric 48 of the rear side part 42 to form one insertion passage 62. The side core 60 is sewn to the mesh portion 54b in advance, and is further sewn together when the mesh portion 54b is sewn to the frame cloth 46. The insertion passage 62 is continuous from the slit 30 to the second ventilation port 44.

  A band-shaped opening / closing member 64 made of vinyl chloride and having an appropriate rigidity is slidably inserted into the insertion passage 62. The length of the opening / closing member 64 is slightly longer than the insertion passage 62, and a handle 66 is provided in the vicinity of the end portion 64a on the slit 30 side. The handle 66 is a slightly large D-shaped annular body, and the straight portion is in contact with the opening / closing member 64 and is sewn with tape or the like. The attachment direction of the handle 66 is parallel to the longitudinal direction of the opening / closing member 64 so as to be able to be inserted into the slit 30 and is located substantially at the center in the width direction of the opening / closing member 64. The opening / closing member 64 has a thickness in consideration of slipperiness so that the insertion passage 62 slides smoothly. The opening / closing member 64 has an appropriate flexibility so as not to be damaged even if it is bent so that the opening / closing member 64 is not damaged and does not damage the human body even if an impact is applied. The opening / closing member 64 is rounded at the corners so as not to damage the flash portion 32 and the insertion passage 62 of the slit 30.

  The opening / closing member 64 slides on the back side of the slit 30, that is, between the flash portion 32 and the application cloth 36, and the handle 66 protrudes outward from the slit 30. When the opening / closing member 64 slides on the back side of the slit 30 and the end portion 64 a of the opening / closing member 64 reaches the lower end portion 30 a of the slit 30, the end portion 64 b on the opposite side of the opening / closing member 64 is the second side part 42. Apart from the second vent 44, the second vent 44 is opened. Conversely, when the end portion 64a of the opening / closing member 64 reaches the upper end portion 30b of the slit 30, the end portion 64b on the opposite side of the opening / closing member 64 reaches the lower end portion 44a of the second ventilation port 44, and the second ventilation port 44 is Closed.

  On the back side of the outer surface 12 of the motorcycle jacket 10, that is, on the body side, a lining (not shown) is provided. An air inlet is provided in the vicinity of the upper arm of the lining, and ventilation is ensured inside and outside the lining. The back portion 17 of the lining is provided with an air outlet portion, and similarly, ventilation is ensured inside and outside the lining. As a result, the air flow that has entered the bike jacket 10 from the first vent 16 smoothly exits from the second vent 44. A heat insulating material (not shown) may be provided between the outer material 12 and the lining material.

  Next, the operation of the motorcycle jacket 10 of this embodiment will be described. First, when a motorcycle is operated while wearing the motorcycle jacket 10, wind is received from the front of the body, and an air flow enters from the first vent 16 of the sleeve portion 14. At this time, when the slide fastener 19 of the first vent 16 is opened and the string stopper 26 of the first vent 16 is moved to shorten the string 24, the inner flap 22 of the first vent 16 is contracted, and the first vent The side edge portion 16b on the shoulder side of the 16 swells outward in a mountain shape to form a large opening so that an air flow can easily enter. The air flow entering from the first vent 16 of the outer surface 12 enters the body side of the lining from the air inlet portion of the lining. The air flow that enters from the air inlet part flows through the body surface under the shoulders and heels to the back side, and the air flow that reaches the back flows from the air outlet of the lining to the outside of the lining, that is, between the lining and the outer surface. Further, it flows outward from the second vent 44.

  The amount of airflow that flows outward from the second vent 44 is adjusted by changing the opening size of the second vent 44. The opening area of the second vent 44 can be adjusted by changing the area in which the opening and closing member 64 is closed by sliding the opening and closing member 64. The opening / closing member 64 is moved by moving the handle 66 located on the chest part 28 with one hand along the slit 30.

  According to the motorcycle jacket 10 of this embodiment, the ventilation is ensured on the body surface during the operation of the motorcycle, the temperature inside the clothes does not rise even when worn for a long time, the stuffiness is suppressed and the comfort is good and comfortable. Can be worn on. Further, by holding the handle 66 on the front side of the body with one hand and sliding the opening / closing member 64 during driving, the air flow rate of the second vent 44 can be adjusted with one action, and the inside of the motorcycle jacket 10 You can easily control the ventilation. Since the second vent hole 44 is greatly opened, exhaust is smooth and ventilation is sufficiently performed when fully opened.

  The flash portion 32 of the slit 30 has a moderate hardness with the core member 34 inserted therein, and serves as a guide portion in which the opening / closing member 64 smoothly slides. Can be slid. A pair of side cores 60 are attached to the back side of the mesh portion 58 of the gusset member 54 of the second vent 44, and similarly, the opening and closing member 64 can be smoothly slid. Since the cloth portion 54a of the gusset member 54 facing the insertion passage 62 and the backing cloth 52 are made of a soft and slippery cloth, the sliding of the opening and closing member 64 is also smooth from this point.

  Further, since the upper end portion 30 b of the slit 30 is closed by the rubber cloth 38, the opening / closing member 64 is prevented from inadvertently jumping out between the insertion path 62 and the slit 30. Since the rubber fabric 38 has elasticity, when the opening / closing member 64 is pulled out from the slit 30, the slit 30 is widened and the pull-out operation is facilitated. Since the handle 66 of the opening / closing member 64 is a large D-shaped annular body and has an opening in the thickness direction, it can be easily held from the side while the motorcycle is being operated while the motorcycle glove is being worn. The air flow rate can be adjusted by operating the opening / closing member 64. When the opening / closing member 64 closes the second vent 44, rain and wind can be prevented from entering from the second vent 44, and it can be comfortably spent even in bad weather.

  The jacket of the present invention is not limited to the motorcycle jacket of the above embodiment, but can be applied to winter clothes such as ski wear and mountaineering, rain gear, and other jackets that require ventilation. It is. Moreover, the shape and arrangement of each part can be freely designed. For example, the opening / closing member has a plate-like member extending vertically and horizontally in addition to a belt-like member, and a vent hole having a shape corresponding to the member in the lateral direction of the opening / closing member is formed on the back portion, thereby widening the opening for ventilation. What can be taken may be used. As a result, the vent can be fully opened with the amount of movement corresponding to the width of the plate-like opening and closing member extending in the lateral direction, and the opening can be made large with a small amount of operation.

  In addition, the structure of the lining, for example, the air inlet part and the outlet part can be freely set. Also, the first vent may be a pull-out type in which an opening is formed with a single touch, other than a slide fastener, and the throttle member of the first vent is not only a string but also rubber, a snap button, a hook-and-loop fastener Other metal fittings may be used. The first vent may be one on the front side of the body other than the sleeve or the space at the hem may be the first vent. In addition, the material of each member can be changed as appropriate, and the shape and sewing method of each member can also be changed.

It is a front view of the jacket for motorcycles which is the jacket of one embodiment of this invention. It is a rear view of the jacket for motorcycles of this embodiment. It is the front view (a) and AA line cross-sectional view (b) of the chest part of the jacket for motorcycles of this embodiment. They are the front view (a) seen from the surface of the rear side part parts of the jacket for motorcycles of this embodiment, the back view (b) seen from the back side, and the BB line cross section (b). It is the front view (a) and CC longitudinal cross-sectional view (b) which looked at the state which sewed the chest part of the motorcycle jacket of this embodiment, a shoulder part, and a rear side part from the surface material. It is a right view which shows the use condition of the jacket for motorcycles of this embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Bike jacket 12 Outer material 14 Sleeve part 15 Chest part 16 First ventilation hole 17 Back part 18 Cuff part 22 Inner flap 24 String body 26 Strap stopper 28 Chest part 30 Slit 32 Flash part 34 Core member 38 Rubber cloth part 42 Back side part 44 second vent 46 frame cloth 48 mesh fabric 50 shoulder part 52 backing cloth 54 gusset member 60 side core 62 insertion path 64 opening and closing member 66 handle

Claims (5)

  A vent provided in the back, a slit provided in the chest and formed along the direction toward the vent, and an insertion path provided along the cloth that is continuous on a line connecting the vent and the slit An opening / closing member that is slidably inserted into the insertion passage and that opens and closes the vent, and a handle that is provided on the opening / closing member and projects outside the slit and moves in the slit. A jacket characterized in that the ventilation volume can be adjusted by adjusting the size of the vent.   A first vent provided on the front side of the body, a second vent provided on the back, a slit provided on the chest and formed in a direction toward the second vent, and the second An insertion path provided along the cloth connecting the ventilation hole and the slit, an opening / closing member that is slidably inserted in the insertion path and opens and closes the second ventilation hole, and is provided on the opening / closing member. A handle that protrudes outside the slit and moves in the slit is provided, and an air flow that enters from the first vent flows out from the second vent to ventilate, and the opening and closing member A jacket with adjustable ventilation capacity by adjusting the size of the second vent.   A pair of left and right vents are located near the scapula on the back, and the second vent is an opening that is elongated in the height direction of the wearer and the outer fabric of the jacket is cut off. A mesh fabric having air permeability is affixed to the part, the slit is located in a pair near the chest, and the insertion path passes through the shoulder and is continuous with the second vent and the slit. The outerwear of Claim 2 characterized by the above-mentioned.   The opening / closing member is a band made of a synthetic resin having an appropriate flexibility and a smooth surface, and the handle is a large and thin member so that the thickness direction is substantially perpendicular to the slit. The outerwear according to claim 1, wherein the outerwear is attached to the outerwear. On both side edges of the slit, a flash part having an appropriate hardness with a core inserted therein is provided, and a shoulder side end of the flash part is formed as a free end, and the slit on the free end side of the slit is formed. The outer garment according to claim 1 or 2, wherein an elastic fabric that partially closes the slit is attached to the end portion.

Images