JP3113690U - Cold protection gloves - Google Patents

Abstract

[PROBLEMS] To provide a cold-proof glove having improved heat insulation and windproof properties of the fingertip and the back of the finger while maintaining operability.
A windproof cover 16 formed of a thick fabric is provided on each fingertip portion 14 of a glove body 12 so as to cover an upper portion 14a of the fingertip portion 14. Further, a heat insulating space 28 is defined between the windproof cover 16 and the upper portion 14a to prevent external cold air from being transmitted to the inside of the glove body 12. Furthermore, the part on the back side from each fingertip part 14 of the glove body 12 to the base of the finger 26 is constituted by a neoprene fabric 22 excellent in stretchability.
[Selection] Figure 1

Description

  The present invention relates to a cold protection glove, and more particularly, to a cold protection glove worn when riding a motorcycle or the like, or performing sports such as skiing or snowboarding.

For example, when riding a motorcycle such as a motorcycle, it is common to wear winter gloves to prevent the fingers from getting cold due to wind during travel. FIG. 6 is a side view showing such a conventional cold protection glove 40 and shows a state in which a handle grip 42 of a motorcycle is gripped. This cold protection glove 40 is made of a material having heat insulation and strength, such as synthetic leather and nylon, so that the driver's finger can be warmed and protected from the impact in the event of a fall. (For example, refer to Patent Document 1).
JP-A-8-159625

  By the way, while driving on a motorcycle or the like, the driver keeps gripping the handle grip 42. At this time, the instep side portion 44 from the fingertip to the root of the cold protection glove 40 advances as shown in FIG. It is in a state where it faces the direction side, and it is a place where a strong wind (head wind) at the time of driving hits directly. Therefore, although it is formed from a material having heat retaining properties, there is a drawback that cold air is transmitted from the upper side portion 44 to the inside of the glove by continuing to receive strong wind during traveling. As a result, if the driver's fingers (especially the fingertips) are cooled and pinched, comfortable driving will be hindered, sometimes causing trouble in the operation of brakes, clutches, etc. There was also the possibility of development.

  Therefore, in order to improve the heat insulation and windproof properties of the cold protection gloves 40, it may be possible to make the fabric of the gloves thick or to have a multi-layered structure, but with this, the fabric of the cold protection gloves 40 is stiff and the flexibility is reduced, There is a drawback that the operability is impaired.

  In view of the above problems inherent in conventional cold gloves, the present invention has been proposed to suitably solve these problems, and a cold glove having improved heat insulation and wind protection while maintaining operability is provided. The purpose is to provide.

In order to overcome the above-mentioned problems and achieve the intended purpose, a cold protection glove according to claim 1 comprises:
Five-fingered gloves,
Each fingertip part of the glove body is provided with a windproof cover that covers the back side part of the fingertip part,
A heat insulating space is defined between the windproof cover and the instep side portion.

  According to the first aspect of the present invention, a windproof cover is provided on the fingertip portion of the glove body so as to cover the upper side portion, and further, a space for heat insulation is defined on the upper side portion. It is difficult to transmit cold air to the wind, and it can improve wind and heat insulation effects. Further, since the windproof cover is provided on the back side of the fingertip and is not provided on the belly or side of the finger, the operability of the brake, clutch, etc. is not impaired.

  The cold protection glove according to claim 2 uses a neoprene fabric at a part on the back side from each fingertip part to the base of the finger.

  According to the second aspect of the invention, since the neoprene fabric is used for the part on the back side from the fingertip to the root in the cold protection glove, the heat retaining property and windproof property of the part can be improved. In addition, because the neoprene fabric is not used for the belly or side of the finger, but a thin fabric is used, the operability of the brake and clutch is maintained.

In order to overcome the above-mentioned problems and achieve the intended purpose, a cold protection glove according to claim 3 comprises:
Five-fingered gloves,
Provide a windproof cover that covers the back side of the fingertip part on the other fingertip part except the thumb part of the glove body,
A heat insulating space is defined between the windproof cover and the instep side;
The part on the back side from the other fingertip part except the thumb part to the base of the finger is made of neoprene fabric.

  According to the third aspect of the present invention, since the windproof cover and the neoprene fabric are not used for the thumb portion that is relatively difficult to wind, the material cost and the processing cost can be reduced.

  According to the cold protection glove according to the present invention, it is possible to improve the heat insulation / windproof effect of the fingertip and the back side of the finger while maintaining operability.

  Next, a cold protection glove according to the present invention will be described below with reference to the accompanying drawings by giving a preferred embodiment.

  FIG. 1 is a perspective view illustrating a cold protection glove 10 according to an embodiment. This cold protection glove 10 is basically composed of a glove body 12 and a windproof cover 16 provided on each fingertip portion 14 of the glove body 12. And when it rides on motorcycles, such as a motorcycle, while warming a driver | operator's hand, it can protect a hand from the impact at the time of a fall.

  The glove body 12 has the same basic structure as a conventional cold protection glove for a motorcycle, and is composed of a material having strength and flexibility such as synthetic leather, nylon, and aramid fiber. It protects the fingers of the person and has a heat retaining effect. Further, the abdomen / side portions (hereinafter referred to as the abdomen 20) of each finger 18 of the glove body 12 are set to have a thickness of about 1 mm to 2 mm, which is more than the windproof cover 16 and the neoprene fabric 22 described later. Thinly formed. That is, this cold protection glove 10 maintains its operability by thinning the fabric of the abdomen 20 that directly contacts an operating device such as a brake or a clutch.

  The glove body 12 is provided with a protector 24 formed of a material having a required strength such as synthetic leather, and is configured to protect the occupant's hand from an impact during a fall. As for this protector 24, only the both sides are sewn on the glove body 12, and the operability of the entire cold protection glove 10 is not impaired. Moreover, although the protector is not provided in the back side of each finger | toe part 18 of the glove main body 12 in the cold protection glove 10 of an Example, you may make it provide a protector in the said part.

  As shown in FIG. 2, neoprene fabric 22 is used on the back side of each finger portion 18 of the glove body 12. Neoprene (chlorobrene rubber (CR)) is a kind of synthetic rubber, and has higher heat insulation and heat retention than synthetic leather and nylon used in other parts of the glove body 12. . However, since it is necessary to use the neoprene fabric 22 with the required thickness in order to obtain this heat insulation and heat retention effect, the operability is impaired when the neoprene fabric 22 is used for the entire cold protection glove 10. There are drawbacks. Therefore, by using this neoprene fabric 22 only on the back side of the base 26 from the fingertip part 14 which is the part most susceptible to wind during running, the heat insulation and heat retention of the part are improved and the cold protection The operability of the glove 10 is maintained.

  As shown in FIGS. 2 and 3, the fingertip portion 14 of the glove body 12 is provided with a windproof cover 16 so as to cover only the upper portion (inner side portion) 14 a, and the upper portion 14 a and the windproof portion are covered. A heat insulating space 28 is defined between the cover 16 and the cover 16. The windproof cover 16 is made of a material having windproof properties such as synthetic leather and nylon in a cap shape, and is set to be thicker (approximately 2 mm to 3 mm) than the cloth on the stomach side of the finger 18. Has been. Moreover, this windproof cover 16 is sewn from the both abdominal sides to the front-end | tip in the fingertip part 14 of the glove body 12, and is attached so that the upper part 14a may be covered. That is, as shown in FIG. 3, the windproof cover 16 covers only the upper portion 14 a of the fingertip portion 14, and is configured so that the windproof cover 16 does not interfere with the ventral side of the fingertip portion 14 and the operability is not impaired. Yes.

  Further, the heat insulating space 28 defined between the windproof cover 16 and the upper portion 14 a of the fingertip portion 14 functions to prevent external cold air from being transmitted to the inside of the fingertip portion 14. That is, by providing the heat insulating space 28, an air layer having low thermal conductivity is formed in the space 28, and the heat insulation of the fingertip portion 14 is maintained as compared with the case where the windproof cover 16 is attached to the fingertip portion 14 in close contact. It is configured to improve the performance.

(Operation of Example)
Next, the effect | action of the cold protection glove 10 which concerns on an Example is demonstrated.

  When wearing the cold protection gloves 10, a hand is inserted into the glove body 12, and each finger is fitted into the corresponding finger portion 18 in the same manner as a normal glove. At this time, since the neoprene fabric 22 excellent in elasticity is used on the back side of the finger portion 18 of the glove body 12, the finger can be smoothly inserted.

  While traveling on a motorcycle or the like, the driver is in a state of gripping the handle grip 30 as shown in FIG. 4, and the instep 14 a of the fingertip portion 14 and the instep side of the finger portion 18 of the cold protection glove 10 are in the traveling direction. Facing the entire surface, you will receive the wind directly. However, since the cold protection glove 10 uses the neoprene fabric 22 with excellent heat retention from the fingertip part 14 to the back side of the base 26 of the finger, the driver's finger is not cooled and can travel comfortably. .

  Further, since a windproof cover 16 formed of a thick fabric and having windproof properties is provided on the fingertip portion 14 of the cold protection glove 10 so as to cover the upper portion 14a, the fingertip of the driver is conventionally provided. There is no such thing as cold air. In addition, since the heat insulating space 28 is defined between the upper portion 14a and the windproof cover 16, it is difficult for the external cold air to be transmitted to the inside of the coldproof gloves 10, and the heat retaining effect is further improved.

  That is, since the cold protection glove 10 according to the embodiment has a high windproof and heat retaining effect from the fingertip portion 14 to the back side of the base 26 of the finger, the finger is cooled and used for the operation of a brake or the like as in the prior art. You can drive safely and comfortably without any hindrance. In addition, since the windproof cover 16 and the neoprene fabric 22 are used only on the back side of the finger portion 18 and the abdomen side of the finger portion 18 is made of a thin fabric as in the past, the operability of the cold protection gloves 10 is reduced. I don't have to.

(Example changes)
Next, the cold protection glove which concerns on the example of a change of an Example is demonstrated. In the following description, only the differences from the embodiment will be described, and the same members will be denoted by the same reference numerals and description thereof will be omitted.

  In the cold protection glove 10 according to the above-described embodiment, the windproof cover 16 is provided on all the finger portions 18 (that is, the thumb, index finger, middle finger, ring finger, and little finger) of the glove body 12. However, the thumb part of the cold protection glove 10 is a part that is shielded from wind by the handle grip 30 and other finger parts 18 during running and is relatively difficult to cool down. Therefore, it is necessary to provide the wind protection cover 16 on the thumb part. There is no. That is, as shown in FIG. 5, in the cold protection glove 32 according to the modified example, a windproof cover 16 that covers the upper portion 14 a of the fingertip portion 14 is provided on the other fingertip portion 14 except the thumb portion 34. And the heat insulation space 28 is defined between this wind-proof cover 16 and the upper part 14a similarly to the Example.

  Further, in this cold protection glove 32, in the other finger part 18 except the thumb part 34, the part on the back side from the fingertip part 14 to the root 26 is constituted by the neoprene fabric 22. That is, the cold protection glove 32 according to the modified example does not have the windproof cover 16 and the neoprene fabric 22 on the thumb portion 34 that is relatively difficult to wind. It becomes possible.

  In addition, although the case where the windproof cover 16 and the neoprene fabric 22 were provided together was shown in the Example and the modified example, you may make it provide in the glove body 12 individually. Further, although the cold protection gloves 10 and 32 according to the embodiment and the modified example are exemplified as those used when riding a motorcycle or the like, the cold protection gloves 10 and 32 of the present invention are used when performing sports such as skiing or snowboarding. It is also possible. In other words, the cold protection gloves 10 and 32 according to the present invention are not limited to those shown in the embodiments, and can be used in any place as long as the purpose is to keep the wearer's fingers warm.

It is a perspective view which shows the cold protection glove which concerns on an Example. It is a vertical side view which expands and shows the fingertip part of the cold protection glove which concerns on an Example. It is the III-III sectional view taken on the line of FIG. It is a side view which shows the state which wore the cold protection gloves which concern on an Example, and grasped the handlebar grip. It is a side view which shows the state which wore the cold protection gloves which concern on the example of a change of an Example, and grasped the handlebar grip. It is a side view which shows the state which wore the cold protection glove which concerns on the past, and grasped the handlebar grip.

Explanation of symbols

14 fingertip part, 14a upper part (inner side part), 16 windproof cover, 22 neoprene fabric, 26 root, 28 heat insulation space, 34 thumb part

Claims (3)

Five-fingered gloves,
A windproof cover (16) is provided on each fingertip portion (14) of the glove body (12) to cover the back side portion (14a) of the fingertip portion (14),
A cold protection glove characterized in that a heat insulating space (28) is defined between the windproof cover (16) and the upper side portion (14a).   The cold protection glove according to claim 1, wherein the part on the back side from each fingertip part (14) of the glove body (12) to the base of the finger (26) is made of neoprene fabric (22). Five-fingered gloves,
On the other fingertip part (14) except the thumb part (34) of the glove body (12), a windproof cover (16) covering the back side part (14a) of the fingertip part (14) is provided,
A heat insulating space (28) is defined between the windproof cover (16) and the upper side portion (14a),
A cold protection glove characterized in that the part on the back side from the other fingertip part (14) except the thumb part (34) to the base of the finger (26) is made of neoprene fabric (22).

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