HOOD, GLASSES HOLDER FOR HOOD, AND OUTERWEAR

Abstract

The hoods of conventional hooded outerwear lack sufficient functions pertaining to “getting the hood slip off” and “getting the eye area wet” by wind and rain from the front when riding a bicycle in rain. In addition, devoices or rainproof tools that supplement these functions not only ruin the appearance thereof when worn, but also are inconvenient in terms of portability. According to the present invention, a holder is provided on the inside of an upper portion of a hood of hooded outerwear or the like, to fix glasses and the upper portion of the hood in a detachable manner, the glasses being worn on an eye area. Accordingly, the hood can be fixed by means of the glasses, in a state in which the hood is put on the head, and the lenses of the glasses can prevent the rain from hitting the eye area, whereby the problems regarding the appearance of the hood when worn and portability can be resolved.

Description

TECHNICAL FIELD

The present invention relates to a hood having a rainproof function of preventing the head and eye area from rain, hooded outerwear, and glasses holder for the hood used in the hood and the outerwear with the hood.

BACKGROUND ART

Hooded outerwear currently on the market, especially rainwear, has various improvements in the designs, materials and functionality thereof. However, when it comes to the hood portion, the styles of hooded outerwear are limited to the one that simply has a hood at the neck part and the one with a string where the hood can be fixed around the face by pulling the string so that the hood is not removed.

In addition, there exist rainwear designed for cyclists who ride bicycles in rain, in which, as shown in FIG. 18, the hood portion that is fixed around the face by pulling the string is provided with a visor portion made out of vinyl or a plastic plate to not only prevent the face from getting wet in the rain but also to secure visibility.

There also exist, as disclosed in Patent Document 1 and Patent Document 2, rainwear in which the hood can be fixed while wearing a brimmed hat such as a baseball cap, and a sun-rain hat that is made water repellent and can be fixed by pulling the accompanying string thereof around the neck to prevent the hat from being blown away by a wind. There also exists a fixing tool used for attaching the handle of an umbrella to a handle portion of a bicycle, to enable two-handed steering of the bicycle while having the umbrella up, and the fixing tool has been used mainly by housewives who ride bicycles for shopping.

Furthermore, for the purpose of preventing the face from getting wet in the rain, there exists a rain visor that is mounted on a forehead portion of the face to cover the entire face, as shown in FIG. 19, and the rain visor is used together with the rainwear described above that has a string for preventing removal of the hood. Also, for motorcyclists, there exists goggles that are fixed around the eyes with an elastic band to protect the eyes from flying objects such as rain, snow, and dust, and the goggles are used together with a helmet.

CITATION LIST

Patent Document

• Patent Document 1: Patent Publication JP-A-2003-166105
• Patent Document 2: Patent Publication JP-A-2007-254938

SUMMARY

Technical Problem

Aside from old products that focus on functionality, the demand for hooded outerwear, especially for “rainwear,” has recently been increasing, thereby expanding the sales floors year after year, as “outdoor activities” such as cycling, jogging, trekking, mountain climbing, snowboarding, skiing, fishing, and outdoor concerts/festivals turn into a fashion style among young people, marketing rainwear focusing on visual designs and styles, so as to chase “rain boots (boots)” which have become popular prior and been a staple on rainy days among women.

Moreover, proactive bicycle policies have been made in various countries in order to reduce fatal car accidents and CO2 and prevent lifestyle-related diseases, and consequently the demand for “rainwear” optimal for riding bicycles in rain has been increasing.

In addition, the road traffic law revision enforced in June 2015 in Japan prohibits riding a bicycle while holding up an umbrella. In response to this, the guidelines established by the Tokyo Metropolitan Police Department warns of fixing tools for umbrellas, recommending wearing “rainwear” with excellent safety, which encourages the demand.

However, many of those actual cyclists complain about wearing the rainwear saying “unstylish,” “embarrassing,” and “cumbersome,” avoid wearing the rainwear, and consequently use other means of transportation such as walking. Some of these individuals often use umbrella as usual or continue to ride a bicycle while holding up an umbrella which is prohibited by law due to the danger thereof.

On the other hand, in spite of the safe and convenient characteristics of rainwear that enable two-handed steering of the bicycle, one of the other reasons of avoiding wearing such rainwear is that “the hood slips off” while cycling. Furthermore, it is conceivable that such complaints of some cyclists as “unstylish,” “embarrassing,” and “cumbersome” are attributed to the conventional rainproof functions and rainproof tools, and such issues are described hereinbelow.

As described above, the functions of the hood portion of the conventional hooded outerwear such as rainwear are divided into two categories. As to the rainwear that simply has a hood at the neck part, the hood slips off easily while cycling in rain and consequently the head gets wet; the rainwear does not serve the real purpose of the hood. Moreover, the hood constantly slips off and needs to be put back on repeatedly or needs to be held with one hand to prevent the hood from slipping off again, which is not only extremely inconvenient but also worsens the visibility due to the rain or snow spattering directly on the eye area. Riding a bicycle with one hand on a slippery ground is extremely dangerous.

In addition, for a contact lens user, the wind, rain, or snow coming from front can lift up a contact lens, and the contact lens becomes misaligned or removed, which is extremely inconvenient. Moreover, getting the eye area wet can remove eye makeup, causing dark smudges around the eyes due to mascara or the like.

The types of hoods that causes such issues are the hoods of the rainwear focusing on designs and styles that have been popular. For this reason, although consumers purchase the rainwear with the designs and styles thereof in mind, the consumers eventually need to use rainproof tools that ruin the style, such as the one shown in FIG. 19 and the like, which is described hereinafter.

On the other hand, as to the functionally-oriented rainwear in which the hood is fixed around the face by pulling the string so that the hood does not slips off due to wind, although the head is prevented from getting wet, the face is exposed as in the case of the aforementioned hood, and consequently the rain directly spatters on the eye area, which is the same issue as the aforementioned hood. Furthermore, such a hood has an aesthetic issue in that the style where the face is exposed from the space of the hood after pulling the string is extremely ugly.

Next, an aesthetic issue is also present in the rainwear shown in FIG. 18 described above in which the hood portion that is fixed around the face by pulling the string is provided with a visor portion made out of vinyl or a plastic plate to not only prevent the face from getting wet in the rain but also to secure visibility, due to the feature thereof. In which the hood portion is fixed around the face by pulling the sting. In addition, depending on the severity of the rain or the direction of the wind, the rain often enters from under the visor, getting a crucial part such as the eye area wet, and forcing the cyclist to ride the bicycle with his/her eyes half-closed. Moreover, since the visor portion blocks the rain away from the eyes, the water attached to the vinyl or plastic, clear visor portion come into the sight. Therefore, no matter how clear the visor portion is, it becomes difficult to look ahead through the water attached to the visor.

Next, as to the brimmed hat such as a baseball cap described in Patent Document 1, the hat needs to be put on securely so as not to be blown away by the wind, which results in untidy hair when the hat is taken off, flat bang, inconvenience of carrying a brimmed hat, and other issues. The invention disclosed in Patent Document 2 is designed such that the hood is fixed by covering up to the front end of the brim to prevent the hat from getting wet, blocking the view on the right and left sides, which is extremely dangerous. In addition to the foregoing problems, the water repellent sun-rain hat brings about the inconvenience of carrying the wet hat after use.

Also, as to the fixing tools for umbrellas, fixing the fixing tools with the umbrella open exceeds the allowable size of a load on a bicycle already required by law. Having the fixing tool with the umbrella open not only poses a danger of having the umbrella come into contact with a pedestrian, a car, a telephone pole or the like while riding, but also causes the umbrella to impair the visibility and to be blown by the wind; thus, the use of the fixing tools with an umbrella open while riding is prohibited in some prefectures. In addition, since the fixing tool is mounted, with the umbrella slightly tilted forward, the back of the head or the back gets wet, and an approximately 30-centimeter rod-like protruding object needs to be attached to the handle portion at all times.

Next, the rain visor shown in FIG. 19 that is mounted on a forehead portion of the face to cover the entire face can protect the face from the rain but inevitably has a large visor. Therefore, the rain visor is visually extremely awkward when worn, and creates a sense of tightness around the entire face, foggy breaths, and inconvenience of bulkiness when carrying the rain visor.

In addition, goggles used for the eye area when riding a motorcycle has a large frame portion in order to block rain and snow and protect the eyes from the impact of a fall and the like, and has a thick, sturdy cushion portion provided on the inside. Therefore, the goggles are ideal for use along with a motorcycle helmet or when skiing or snowboarding, but is visually too thick for bike riding and not suitable for carrying due to its bulkiness.

As described above, the existing measures for protecting the head and the eye area from rain usually adopt a structure for blocking rain above the head, except for a visor that covers the entire face. However, especially when riding a bicycle, measures for protecting the eye area with the impact of rain and snow blown from the front due to a wind or a traveling speed need to be taken. Therefore, the rainproof tools described above are not sufficient in view of the issues about the portability of the rainproof tools due to the shapes thereof and the fact that the visual styles when the rainproof tools are in use are not taken into consideration.

Currently, as the rainproof function of the “hood portion” of rainwear, the designs, styles, and portability required in various fields have not yet been able to satisfy the needs of the users and remain as problems of the entire rainwear.

The present invention was contrived in order to solve the problems of the prior art described above, and an object of the present invention is to achieve an improvement of hooded outerwear that not only fulfills the rainproof function inherent to a hood of rainwear or the like, but also “at the same time” secures visibility by blocking the eye area from rain and takes into consideration the appearance and portability thereof when worn.

Solution to Problem

In order to achieve the object described above, the present invention provides a hood that includes a hood main body having an opening portion for exposing a face to a front surface, and a glasses holder for holding glasses worn on an eye area, inside an upper portion of the opening portion of the hood main body so as to allow the glasses to be detachable.

Here, the term “hood” is a part that is placed on a head portion to cover the head portion and has the opening portion where the face is exposed. The hood is used mainly on a collar portion of a jacket or a garment and may be configured to be detachable from the collar portion. The term “glasses” indicate typical glasses but may be any structures configured mainly by lenses, bridges, arms and the like. The lenses may or may not have strengths, or may be colored. Some glasses include ones called “goggles.”

The term “upper portion” of the opening portion of the hood main body indicates a section from the forehead of the face to the temples when the hood main body is placed on the head. The term “inside” of the opening portion of the hood main body indicates a part facing the forehead side of the upper portion of the hood described above.

A position where the hood holder holds the glasses, which is described in claim 2 as “at least one section where the visibility is not obstructed,” indicates any of one section, which is a bridge of the glasses, two sections, which are both arms, and three sections, which are the bridge and the arms.

The term “front surface” is used for the glasses holder, described in claim 3, because the glasses holder has two different functions on the front and back thereof. Thus, one side is indicated as “front surface,” which represents an attachment surface between the hood main body and the glasses holder, and the term “attach” here means that the glasses holder is fixed completely to the inside of the upper portion of the opening portion of the hood main body by, mainly, sewing, adhesion, or the like.

The term “detachable” means that the glasses holder is fixed to the hood portion in such a manner that the glasses holder is removable with respect to the inside of the upper surface of the opening portion of the hood main body by a detachable locking portion such as Velcro (a hook-and-loop fastener).

The term “rear surface” of the holder described in claim 4 is provided with the locking portion where the position for fixing the one end portion and the other end portion in an adjustable manner and the glasses can be held in a detachable manner, whereas the “front surface” described above indicates the attachment surface between the hood main body and the glasses holder. In this case, Velcro is best suited as the “rear surface.”

The term “hooded outerwear” described in claim 5 means a garment with a hood. The hooded outerwear is mainly a rainproof jacket, a windproof jacket, a cold-proof jacket, or a sun protective jacket, in which the hood portion may be detachable.

In addition, claim 6 represents a glasses holder single body for the hood in which one end portion of a front surface thereof is provided with an attachment portion that can be attached to the upper portion of the opening portion of the hood, and this glasses holder single body is attached to a hood of outerwear or the like that does not have the glasses holder.

The term “first holding portion” described in claim 9 holds the upper portion of the opening portion of the hood main body by means of a clip. The holding position in this case is one or more sections that do not block the visibility, such as the section from the forehead to the temples in the upper portion of the opening portion of the hood main body. Furthermore, the term “second holding portion” holds the glasses by means of a clip, as with the first holding portion. The holding position in this case is one or more sections out of the bridge and arms of the glasses, an upper portion between each of the arms and the bridge, the bridge, and the arms.

Advantageous Effects of Invention

As described above, the “hood” of the outerwear of present invention, such as rainwear, is capable of holding “glasses” by means of the “glasses holder” attached inside the upper portion of the hood, the glasses being worn on the eye area and securely fixed to the nose bridge and both ears. Holding the “glasses” on the inside of the hood not only prevents the hood from slipping off, but also stores upper portions of the lenses of the glasses inside a tip portion of the hood so that the eye area can be protected completely from the rain, the glasses being attached most securely to the eye area so as not to meet with wind resistance. Therefore, unlike the visor portion of the prior art, the present invention not only prevents the rain from entering the eye area due to the direction of the wind or the force of the rain, but also eliminates the need to ride a bicycle with eyes half-closed.

Moreover, with the hard lenses attached tightly to the eye area, it becomes easy to look ahead through the water attached to the lenses, resulting in ensuring better visibility than the visibility obtained by the clear vinyl or plastic visor portion of the prior art provided away from the eye area. Further, since the rainproof tool for the eye area is the glasses, water-repellent lenses can be used or a commercially available water-repellent spray, antifog spray or the like for glasses can be used, to further enhance water repellent effect on the lenses.

According to the configuration described above, without using, on the hood or the handles of a bicycle, a clear visor, a brimmed hat or visor, a fixing tool, or any other excess product that ruins the aesthetic or is too bulky to carry, the present invention can secure good visibility, simplify a rainproof device, and achieve a pleasant look when worn.

Also, since the holder holds the glasses in a detachable manner, the glasses can be removed when the hood of the present invention is not in use. In so doing, the arms of the glasses can be folded and the glasses can be stored in a pocket of the rainwear or the like. Thus, unlike conventional rain visors, rain hats and the like, the hood of the present invention is the most excellent in terms of portability thereof, so the users can carry the hood in a pocket of the rainwear or the like at all times, preventing the users from forgetting or losing the hood.

The glasses used in the glasses holder of the present invention do not need to be in a specific shape and therefore can be used on any shapes of typical glasses, allowing the users to use commercially available glasses as cheap as 100 yen or own glasses. The users, therefore, can select any glasses such as glasses of various designs and colors, glasses with lens correction functions, fake glasses, and sunglasses according to user-friendliness or users' preferences.

As described above, with the glasses holder capable of fixing the glasses to the hood of rainwear or the like according to the present invention, effects different from the functions inherent to glasses, such as these two functions, “the weight for fixing the hood” and “the rainproof tool for protecting the eye area in rain,” can be achieved simultaneously with “a pair of glasses alone.” In addition, the holder itself is fixed to the inside of the hood and therefore does not get wet easily from the rain. The holder becomes unnoticeable if the material and color thereof are the same as those of the hood main body. As a result, as with the clear visor portions provided in the conventional hoods, the rainproof effect can be achieved without ruining the appearance of the hood.

Specifically, the hood of the present invention can achieve a simple, neat appearance of the hood itself or the rainwear with the hood in rain, without an unpleasant feeling. When a user wears the rainwear of the present invention, the user merely looks like he/she has the hood and glasses on. In actuality, however, the glasses holder for fixing the hood and the glasses is provided inside the hood, preventing the hood from slipping off and the rain or snow from entering the eye area. Therefore, without impairing the visual design, the present invention can achieve an improvement in the conventional rainproof functions and bring about a “new style of rainwear” for a bike ride in rain.

Next, according to claim 2, by taking advantage of the shape of the glasses, the hood and the glasses can be held without having the bridge and arms of the glasses block the user's view between the eyes and both ends of the eye area. Furthermore, since the bridge and the arms are configured above the center with respect to the lenses of the glasses, the hood is held above the position of the eye level. Accordingly, a good visibility can be secured without having the hood covering the eye level.

Moreover, due to the configuration in which the hood is held at the bridge and the arms by the holder, the hood can be fixed in the “eye area” instead of the “face.” Therefore, when the user looks both ways or behind, the hood works in a connected manner with the movement of the eyes, preventing the conventional situation where the view is blocked by the side surfaces of the hood. Note that the position for attaching the holder in this case can be pushed above the tip of the hood, and thereby a visor portion can be formed on the tip of the hood with respect to the forehead. Additionally, since the holder holds the bridge of the glasses, a depressed gap on the bridge can be filled with the holder, bringing about the effect of enhancing the rainproof effect for the eye area.

According to claim 3, tightly fixing the hood can achieve secure fixation, and configuring the hood to be detachable enables replacement thereof when the holder becomes deteriorated.

According to claim 4, since the hood is provided with the locking portion such as Velcro that is capable of freely adjusting the position for fixing the holder and enables detachment/attachment of the holder, the hood can be pulled forward and fixed so as to cover the upper portions of the lenses parallel to the bridge and arms of the glasses, regardless of the shapes of the hood and the glasses. Thus, the glasses can be fixed inside the tip of the hood in such a manner as to overlap therewith, and the hood can be held without creating a gap between the hood and the glasses. As a result, the rain or snow can be blocked by the lenses preventing the section from the head to the lower portions of the lenses in the eye area from getting wet. For individuals who wear makeup, since it is important that the section from the head to the eye area is protected from the rain, these individuals do not have to be concerned about their eye makeup being ruined when commuting or when dropping off or picking up their children, enabling an extremely comfortable bike ride in rain.

since the holder is securely fixed by the locking portion such as Velcro, the hood is prevented from dropping below the fixed position thereof, thereby stably ensuring the visibility. The locking portion can also allow the holder to be attached tightly to the inside of the hood and stored therein when not used, preventing the appearance of the hood from being impaired and the holder from becoming cumbersome. Also, since the method for fixing the holder is configured extremely simply by the locking portion such as Velcro, the holder can be attached easily by children or elderly, regardless of the ages of the users.

According to claim 5, for the manufacturer of the hooded outerwear, the glasses holder of the present invention has a simple structure and can be manufactured using mill ends or members used for manufacturing rainwear, hooded outerwear and the like, and the rainproof functions of the hood and the hooded outerwear can be improved at very low cost by simply attaching the glasses holder to the hood main body, without changing the design of the wear main body.

Also, according to the hood glasses holder of the present invention described in claims 6 to 8, the user him/herself can implement the effects of the present invention on the rainwear of the prior art that does not have rainproof functions on the hood thereof.

Furthermore, with a simple configuration, members that are mass-produced and commonly distributed can be used as the members of the holder main body and the locking portion. Thus, the holder main body and the locking portion can be produced and shipped in large quantity at low cost since the holder main body and the locking portion are small in shape, light, and do not require large space for shipping and storing. These elements are of great advantage to sellers as well.

The holder described in claims 6 and 9 does not need to be fixed to the hood main body and therefore can be attached immediately on site, and when not in used, the hood main body and the holder can be separated and carried.

Claims 2 to 9 of the present invention described above can solve the problems pertaining to wearing and carrying the conventional hooded outerwear, or rainwear in particular. The present invention can also be applied to various embodiments by the users. Therefore, in selecting and purchasing hooded outwear such as rainwear, the users can be offered a larger number of choices and make selection according to the designs, functions, and the users' preferences without being concerned about the rainproof effects on the section between the head and the eye area.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is a schematic diagram of an example of rainwear having holder of the present invention (embodiment 1).

FIG. 2 is an enlarged cross-sectional diagram of the holder in the state shown in FIG. 1.

FIG. 3 is an enlarged perspective view showing the middle of installing the holder of FIG. 1 on glasses.

FIG. 4 is an enlarged cross-sectional diagram of the holder in the state shown in FIG. 3.

FIG. 5 is a front view showing the completion of fixing the holder of FIG. 1 inside a bridge of the glasses and an upper portion of the hood.

FIG. 6 is an enlarged cross-sectional diagram of the holder in the state shown in FIG. 5.

FIG. 7 is a diagram showing an example of a visor portion obtained when the state shown in FIG. 5 is viewed from the side.

FIG. 8 is a rear view showing a state in which the hood is taken off when the glasses are not in use.

FIG. 9 is an enlarged cross-sectional diagram of the holder in the state shown in FIG. 8.

FIG. 10 is an enlarged front view of an example in which a hook is used as a locking portion of the holder shown in FIG. 2.

FIG. 11 is an enlarged front view of an example in which a button is used as the locking portion of the holder shown in FIG. 2.

FIG. 12 is an enlarged cross-sectional diagram of an example in which a belt portion is used as the locking portion of the holder shown in FIG. 2.

FIG. 13 is an enlarged front view of an example showing another shape of a fixing portion of the holder shown in FIG. 2.

FIG. 14 is an enlarged perspective view of an example in which a holding position of the holder shown in FIG. 5 is provided on either arm.

FIG. 15 is an enlarged front view of an example in which an elastic string is used in the holder in the state shown in FIG. 14.

FIG. 16 is an enlarged front view of an example in which a clip is used as the holder of the present invention.

FIG. 17 is an enlarged cross-sectional diagram of the holder in the state shown in FIG. 16.

FIG. 18 is a diagram showing an example in which a hood of conventional bicycle rainwear is worn.

FIG. 19 is a diagram showing an example in which a rain visor is mounted on the hood shown in FIG. 18.

DESCRIPTION OF EMBODIMENTS

Embodiments 1 to 4 of the present invention are now described hereinafter with reference to FIGS. 1 to 17.

Embodiment 1

FIG. 1 is an overall schematic diagram showing an example of an outerwear main body 5 of the present invention in which reference numeral 1 represents a hood main body and a glasses holder 2 is fixed on an inner side 1C of a hood opening upper portion 1A. In addition, the outerwear main body 5 is also configured by a neck portion 3 that enables adjustment of the hood opening lower portion 1B of the hood main body 1, a collar portion 4 that enables removal of the hood main body 1 from the outerwear main body 5, and a pocket portion 6 in which glasses 7 used in the present invention can be carried.

A user holds the glasses 7 on the holder 2 fastened to the opening upper portion 1A of the hood main body 1, so that the hood does not slip off in the wind while traveling by a bicycle in rain and at the same time the glasses 7 worn on the eye area of the user can protect the eye area from the rain.

Here, the outerwear main body 5 is mainly rainwear such as a raincoat, a rain poncho, a two-piece rain suit with an upper portion and a lower portion, and a one-piece rain suit. The outerwear main body 5 may also be any garment with “hood,” such as a windbreaker, a jacket, a blouson, a coat, and a parka.

Further, for example, cotton, hemp, acryl, rayon, and other materials used in garments other than rainwear, such as a coat and a parka, can be used. Use of such materials is suitable for not only protection against the sun but also when wearing sunglasses and a parka or the like at a beach to prevent from getting sun burnt.

In addition, the pocket portion 6 provided on a front body of the rainwear 5 can be made openable and closable by using Velcro, a snap button, a button, a zipper or the like, so that eyewear 7 used in the present invention can be carried at all times without becoming lost or forgotten. By using, for example, a material having water-absorbing quick-drying properties for the inside of the pocket, the water of the wet eyewear 7 can be absorbed and consequently the eyewear 7 can comfortably be used again.

Next, the glasses 7 may be glasses with or without strengths, colored glasses such as sunglasses, or the like and are constituted mainly by lens portions 9, a bridge portion 8, and arm portions 10. The “glasses” to be mounted on the eye area are configured by a frame that is typically shaped so as to be attached most tightly to the eye area, wherein a pad portion of the bridge portion 8 of the glasses 7 is supported by the nose bridge and the arm portions 10 are supported by the temples. Therefore, the glasses 7 are securely fixed at the center and both sides of the face. As a result, the hood 1 held by the glasses 7 can securely be fixed, preventing the hood from slipping off.

Causing the hood holder 2 of the present invention to fix the glasses, which not only have the universal shape but also are used for a long time and have recently become established as items improving fashionability, and the hood to each other, can bring about a natural look of the hood when worn, compact portability, water resistance, convenience, and fashionability to a wide range of people across the world, young and old alike. Moreover, since glasses are mass-produced and can be purchased at prices as low as 100 yen, glasses can be purchased easily together with a vinyl umbrella as a rainproof tool, resulting in lower cost compared to a conventional rainproof tool.

In addition, the characteristics of the glasses 7 include washability with water and being able to make the lenses 9 water-repellant and antifog, improving and sustaining the rainproof effect. Furthermore, another innovative feature of the glasses is to provide a wide range of applications and design selections and to improve fashionability.

Moreover, because the glasses are so shaped to be attached most tightly to the eye area, the glasses are prevented from being blown away by the wind, unlike a hat and a visor. Further, the glasses configured in such a manner that the nose is not covered, unlike a visor that covers the entire face, enabling smooth breathing with no sense of tightness. The glasses are also extremely compact, providing excellent portability. The shape and size of the hood, the width of the bridge portion 8 of the glasses 7, and the distance between a bottom portion of the bridge portion 8 and upper portions of the lenses are approximately equal to universal sizes; the effect of the holder of the present invention can be implemented in various hooded outerwear across the world.

In addition, stability of visibility and safety of wearing the glasses in rain are guaranteed because wearing glasses is accepted in public races such as Tour de France (competing in a time trial by riding bicycles on mainly paved roads) where most athletes wear helmets and glasses such as sunglasses even in races in the rain.

FIG. 2 is a cross-sectional diagram showing the state of FIG. 1. A front surface one end portion 2A of the holder 2 is fastened, by sewing or adhesion, to a central inner side 1E located slightly above a tip portion of the hood opening upper portion 1A with respect to the hood main body 1. By providing the position for attaching the holder in a section above the tip of the hood toward the head, a space is formed between the tip of the hood opening upper portion 1A and the glasses fastening portion, which configures a visor portion 1D, reducing rain hitting the lens portions.

Also, loops of a Velcro are fastened to a rear surface one end portion 2B of the holder 2 and hooks of the Velcro are fastened to a rear surface other end portion 2C, by sewing or adhesion, wherein the position where these parts are fixed to each other can be made adjustable and detachable in accordance with the shape of the frame portion of the glasses. When the holder 2 is not in use, the locking portion can tightly be attached to the hood inner side 1C and stored therein, preventing the holder from becoming an obstacle. The locking portion does not have to be a Velcro but be a snap button, a hook, a magnet, a clip, a button, a belt, or the like.

When attaching the holder 2 of the present invention to existing rainwear, the user fastens the holder 2 of the present invention that holds the bridge portion 8 of the glasses to central inner sides 1F at the upper portion of the opening portion of the hood main body 1, as in FIGS. 1 and 2. Alternatively, the arm portions 10 of the glasses 7 are fastened to the inner sides 1F of the hood main body 1, as shown in FIG. 14. Alternatively, the both configurations may be adopted.

In so doing, the front surface one end portion 2A of the holder 2 needs to be a fastening portion that enables easy attachment to the main body. The fastening portion may be, for example, an adhesive such as a glue or a superglue, a strong double-sided adhesive tape, a material using heat such as an electric iron, or Velcro that enables removal. Note that the locking portion such as Velcro is fastened to the rear surface 2B by sewing or adhesion beforehand, as shown in FIG. 2. These portions may be fixed to each other in a detachable manner as described above. In so doing, the material of the holder 2 is preferably the same as that of the outerwear and the hood based on the assumption that the holder 2 gets wet from the rain, the material including nylon, polyester, polyurethane, and the like which are used mostly as the material of rainwear. By taking advantage of the holder of the present invention as a single element, the windproof and rainproof measures of the present invention can be implemented on various hood garments such as conventional rainwear.

FIG. 3 is an intermediate diagram in which the glasses 7 to be worn on the eye area are held by the holder 2 having the locking portions 2B and 2C, the holder 2 holding the bridge portion 8 of the glasses 7 in such a manner as to wrap the bridge portion 8. The user first wears the rainwear, then pulls the opening upper portion of the hood forward, and wraps the bridge portion of the glasses with the holder fastened to the center to fix the bridge portion. The hood is naturally placed on the head by placing the glasses on the eye area.

FIG. 4 is a cross-sectional diagram showing the aforementioned state and is an intermediate diagram in which the bridge portion is fixed on the rear surface 2C of the holder 2 attached to the upper c is a central inner side 1C of the hood main body 1 by means of a finger 11.

FIG. 5 is a perspective view showing a state in which after the bridge portion 8 of the glasses is held in such a manner as to be wrapped from the front between the eyebrows without obstructing the view, the one end portion 2B and the other end portion 2C of the holder 2 are joined tightly to each other by the Velcro on the inner side 1C of the hood upper portion 1A, and thereafter the glasses 7 are put on the eye area by holding the arm portions 10 of the glasses 7 on the ears.

In so doing, by holding the holder 2 at the bridge portion 8 of the glasses 7, upper portions 9A of the lens portions 9 of the glasses 7 are accommodated slightly on the inner side 1C of the hood upper portion 1A. Therefore, the rain is blocked by the hood 1 and the lens portions 9 of the glasses, preventing the section between the head and lower portions 9B of the lenses from getting wet in the rain. The larger the lens portions, the wider the range in which the eye area is protected from rain.

Furthermore, holding the holder 2 at the bridge portion 8 located between the eyes not only prevents the view from being blocked, but also, when fixing the hood and the glasses to each other, allows the bridge portion to be positioned at the upper portions of the eye area where the eyes are not blocked due to the configuration of the glasses, and securely fixes the bridge portion by the Velcro or the like, reliably achieving the rainproof effect by placing the upper portions of the lenses inside the hood and preventing the hood from dropping into the sight. Accordingly, good visibility can be ensured. Another advantage is that, since the bridge portion is sandwiched between the both lens portions, the bridge portion can securely be fixed without being moved side to side.

Also, since the holder 2 fixes the hood opening upper portion 1A and a hood opening lower portion 1B is fixed at a neck portion 3, the holder 2 performs an auxiliary function of reducing the wind resistance to the opening portion of the hood main body 1, further enhancing the effect of preventing the hood from slipping off.

FIG. 6 is a cross-sectional diagram showing this state.

FIG. 7 is a side view of the state shown in FIG. 5. The holder 2 is fixed to the central portion 1E above the inner side 1C of the opening upper portion 1A of the hood main body 1 by means of sewing or adhesion, thereby configuring the visor portion 1D slightly at the tip of the hood main body 1. Thus, the amount of rain directly hitting the lens portions 9 of the glasses 7 can be reduced.

FIG. 8 is a rear view showing a state in which the glasses 7 are removed from the hood main body 1 and the hood is taken off. It is clear from the diagram that the appearance of the hood is not ruined because the holder is accommodated on the inner side 1C of the hood main body 1 and the fact that the holder 2 is attached cannot be seen from the front of the hood main body 1. FIG. 9 is a cross-sectional diagram showing this state, wherein the holder 2 is tightly joined to the locking portions by the Velcros 2B and 2C that are fixed by sewing or adhesion, and is secured by adjustment so as to be accommodated on the hood inner side 1C, whereby the holder 2 is not obvious from the outside or the inside of the hood and therefore does not become an obstacle.

FIGS. 10 to 12 are each an enlarged front view showing an example in which the one end portion and the other end portion of the holder 2 are each provided with another locking portion. The locking portions may be hooks, magnets, or any other detachable locking portions. FIG. 10 shows the hood inner side 1C in which a plurality of locking portions for enabling adjustable fixation are attached by sewing or the like by a depressed portion of a snap button on a rear surface one end portion 2D of the holder 2 and a protruding portion of the snap button on the other end portion 2E.

FIG. 11 shows the hood inner side 1C in which a button is fixed to a rear surface one end portion 2F of the holder 2 by sewing or the like and the other end portion 2G has a plurality of button holes, enabling adjustable fixation of the locking portions of the holder 2.

FIG. 12 shows the hood inner side 1C in which the holder 2 is made of silicon, rubber, leather, or other antiskid material and is adjustably fixed by sliding the other end portion toward a fixing portion provided at one end portion of a belt portion 2H fixed on the inner side 1C of the hood main body 1. Since the belt portion 2H is configured to pass the one end portion through a ring, the holder 2 can be fixed no matter how thin the belt portion 2H is.

FIG. 13 is a diagram showing an example of another shape of a front surface fixing portion 2A of the holder 2 with respect to the inner side 1C of the hood main body 1. The front surface fixing portion 2A is to reinforce the fixing portion with respect to the hood main body 1 by increasing the contact area of the holder 2 with respect to the hood main body 1 to have a larger width.

Embodiment 2

FIG. 14 shows a state in which the hood is put on by holding the arm portions 10 of the glasses on the inner sides 1F of the hood main body 1. Therefore, the hood is fixed at the two sections of the eye area so as not to block the view. In addition, by fixing the arm portions after fixing the bridge portion as shown in FIG. 5, the hood can be fixed at the three sections of the face, realizing stronger fixation on the hood main body 1.

In FIG. 15, the holder 2 shown in FIG. 14 is configured with an elastic string such as rubber and fixed to the inner side 1C in the form of a loop by sewing, and the arm portions of the glasses 7 can be fixed by simply passing through the loops. As long as the holder 2 is an elastic string such as rubber, the holder 2 can deal with the thickness and the like of the arm portions 10 of the glasses. The holder may also be configured with silicon, rubber or the like in place of rubber.

Embodiment 3

FIG. 16 is a diagram showing an example of another embodiment of the hood glasses holder 2 that has a first holding portion 20 and a second holding portion 21, the first holding portion 20 holding the hood by sandwiching the outside and the inside of the upper portion of the hood main body 1 with a clip 22, and the second holding portion 21 having a connecting portion 23 provided on the back of the first holding portion 20 and sandwiching a front surface and a rear surface of lens portions 9A of the lenses 7 with the clip 22. This holder 2 has the clip-like holding portions for the hood 1 and the glasses 7 so that the holder 2 can completely be removed from the hood main body 1 when not in use, without attaching the holder to the hood.

FIG. 17 is a cross-sectional view of FIG. 16, showing an example in which the first holding portion 20 has the clip 22, upper parts of which are opened by pressing both ends of lower parts thereof with fingers so as to be able to sandwich the hood 1 therebetween. An upper part of the second holding portion 21 has the clip 22, a lower part of which can be opened by being pressed with fingers so as to be able to sandwich and fix the front and rear surfaces of the lens portions 9A of the glasses 7. Here, the holding portions 20 and 21 are preferably made of a material such as silicon or rubber which can fix the hood and lenses without damaging or sliding the hood and lenses. Furthermore, in order to form the visor portion 1D by means of the connecting portion 23 used when the first holding portion 20 holds the upper portion of the hood 1 and the second holding portion 21 is held on the hood inner side 1C, a small distance is provided in the connecting portion 23 made out of a wire or metal between the first holding portion 20 and the second holding portion 21. Also, the first holding portion 20 may be shaped so as to be able to hold the upper portion of the hood 1 and to hold the upper parts of the lens portions 9 of the glasses separately. The second holding portion 21 may hold the bridge portion 8 of the glasses 7.

According to the foregoing configurations, the effects of the present invention can be implemented on the conventional rainwear that do not have rainproof functions in the hoods thereof, by various embodiments shown in the examples of the holder 2 according to the present invention, and the users can be offered a larger number of choices and make selection according to the designs, functions, and the users' preferences.

For the manufacturer, the glasses holder for hood and the outerwear having a hood provided with the holder according to the present invention not only have a simple structure of the holder but also allows easy attachment thereof and can be manufactured using mill ends or members used for manufacturing outerwear; thus, the manufacturers' own products can be improved at very low cost. In addition, since the holder alone is in an extremely small shape and light in weight, the holder can be mass-produced and is excellent in terms of shipping and storage. In view of these advantages and the high global demand for rainwear, the present invention solves the conventional inconvenience and builds the “new style of hood.”

INDUSTRIAL APPLICABILITY

Since the present invention can prevent the hood of rainwear or the like from slipping off and thereby prevent the eye area from getting wet in the rain, the present invention is beneficial in the fields of raingear and the like.

REFERENCE SIGNS LIST

• 1 Hood main body
• 1A Hood opening upper portion
• 1B Hood opening lower portion
• 1C Hood inner side
• 1D Visor portion
• 1E Holder fixing portion
• 1F Arm holding fixing portion
• 2 Glasses holder
• 2A Holder front surface fixing portion
• 2B Holder rear surface locking portion (Velcro loop portion)
• 2C Holder rear surface locking portion (Velcro hook portion)
• 2D Holder rear surface locking portion (depression of snap button)
• 2E Holder rear surface locking portion (protrusion of snap button)
• 2F Holder rear surface locking portion (button portion)
• 2G Holder rear surface locking portion (button hole portion)
• 2E Holder rear surface locking portion (belt portion)
• 3 Neck portion
• 4 Collar portion
• 5 Rainwear main body
• 6 Pocket portion
• 7 Glasses
• 8 Bridge portion
• 9 Lens portion
• 10 Arm portion
• 11 Back of head
• 12 Finger
• 20 First holding portion
• 21 Second holding portion
• 22 Clip
• 23 Connecting portion

Claims

1. A hood, comprising:

a hood main body having an opening for exposing a face to a front surface; and

a belt-like or string-like holder for holding a bridge portion of glasses in such a manner that upper portions of lens portions of the glasses are accommodated in an upper portion inner side of the opening, the glasses being worn on an eye area, having the lens portions, the bridge portion, and arm portions, and being held on a nose bridge and both ears, wherein

a front surface of one end of the glasses holder is tightly fixed or attached in a detachable manner to the upper portion inner side of the opening of the main body, the holder is caused to hold the bridge portion so as to wrap the bridge portion in a loop shape, and rear surfaces of the one end portion and the other end portion of the holder are locked to each other in a detachable manner.

2. A hood, wherein a hood main body having an opening for exposing a face to a front surface and two sections of arm portions of glasses being worn on an eye area, having lens portions, a bridge portion, and the arm portions, and being held on a nose bridge and both ears are held at two sections at an upper portion inner side of the opening.

3. An outerwear comprising the hood according to claim 1 or 2.