KR20210029022A - A glove assembly for sports - Google Patents

Abstract

The present invention relates to a glove assembly for sports capable of changing centripetal force during swing by varying and mounting a weight in gloves for sports. The gloves comprise: a flap shaped cover flap (10) which is provided to an end opening unit (hand inlet unit (I)) of a body unit (B); and a body fixing unit (20) which cooperates with and fixes the cover flap (10). The gloves are provided with a pair of Velcro male and female units (V1, V2) facing between the cover flap (10) and the body fixing unit (20) stitched together; accommodate a magnet (M) in the cover flap (10); and further comprise iron (Fe)-based replacement weights (30, 31, 32...) which are variable weights to be magnetically attached by being replaced to the outside of the cover flap (10) corresponding to the magnet (M).

Description

A glove assembly for sports}

The present invention relates to a glove assembly for sports, and more particularly, to provide a glove assembly having a configuration that aids in sports operation by providing a glove worn during various sports activities such as golf and its accessories.

Among various types of sports activities, in particular, in the case of sports that use stick-type devices such as golf, park golf, billiards, baseball, gateball, hockey, tennis, and badminton, most of them protect hands and increase gripping power with stick devices. To do this, you will wear gloves.

The present invention relates to a glove for spurts, in particular, an assembly including an accessory. Hereinafter, golf, a sport that operates a typical stick, is described as an example, but the same technical idea is applied to other sports using a stick-type mechanism. I can.

In addition, the present invention has the same technical idea as the'sports gloves' filed by the applicant of the present invention under the application number '10-2019-0060195' as of May 22, 2019 It is intended to provide a composition that embodies the progressiveness of the effect.

In the'Sports Gloves' of the Korean Patent Application No. 10-2019-0060195, previously filed by the applicant of the present invention, a means for changing the centripetal force during swing by attaching a variable weight to the sports gloves was provided,

The means has a flap-shaped cover flap provided to facilitate attachment and detachment to an end opening (hand-in part) of the body portion of the body of the heavy sports glove assembly and a body fixing portion for fixing in cooperation with the cover flap, In the sports glove assembly provided with a pair of velcro stitched male and female portions facing between the cover flap and the body fixing part, a weight pocket having one of the weight velcro cooperating with the cover flap attached to the upper surface thereof is provided. The basic technical configuration was to configure the body fixing portion in a pocket shape, and to selectively change weights having different weights in stages to be embedded in the weight pocket.

In other words, the main technical idea but actually applied to the configuration with a weight pocket that replaces and installs the weight on the Velcro mounting part of the glove,

It is very cumbersome to have the golfer, who is the user, perform the task of replacing the above-mentioned weights during exercise, and finding a weight with different stored weights and fixing them in a pocket becomes more cumbersome to perform than expected. A problem was found that it was not used well.

In order to explain the basic technical idea of the present invention, the basic technical idea of the present invention will be added from the sailor and described as follows.

In the case of golf, which is a game operated by using the left and right forces, the connection between the shaft of the golf club held by the left and right hands and the palm of the hand, and the operation of the finger part that adjusts the fine angle and performs the addition and subtraction of force are affected by variables. Therefore, the direction or control ability of the golf ball is affected, and for the purpose of assisting the operation of the golf game, preventing slipping when gripping the batting ball and the shaft, and protecting the hand, it is for sports made of various fibers and leather materials. Gloves assembly is widely used as a necessity.

In golf, it is widely known that you have to hit the ball while feeling the head weight of the club while riding the rhythm, but most golfers unknowingly when you grip the club and enter the address setup. There is a tendency to become stiff because of force, and the so-called'strength enters' is known because most of them unconsciously apply force to the fingers of both hands and hold the grip of the club.

For good operation of the golf swing, you should be able to feel the head weight of the club, and you can easily caulk (wrist break) at the top of the backswing, and start the downswing after taking a break and operate it while feeling the head weight of the club as much as possible. And you can increase the distance by raising the head speed.

In particular, in order to achieve Hand first-Head following, which is a desirable batting position during the downswing, the force of the finger holding the club must not be applied to the thumb and index finger of both hands.

In the golf club shown in FIG. 6, the swing weight is also referred to as swing balance or weight balance, and refers to numerically representing the weight of the grip and head felt during the swing process, separate from the total weight of the golf club during the swing process. This is the swing weight of the shaft. It is called point (SP).

If the position of the swing weight point is different, the weight of the golf club is heavy but the weight of the swing weight is low, or the weight of the golf club is light but the weight of the swing weight is high and there is an abnormality in balance, the player feels Since the weight of the top has a difference that feels heavy or light compared to the weight, it is difficult to properly swing during the swing process, or when a ball is hit with a swing, a malicious hook or slice occurs, as well as a head last after Hand First ( It is not possible to rule out the so-called casting phenomenon or scooping phenomenon caused by the head first, rather than the normal swing in which the impact is made through Head Last).

If the golf club feels light while the golf club's swing balance cannot be maintained in a stable (normal) manner, the centrifugal force that the golf club tries to swing (rotation) is compared to the centripetal force holding the golf club exiting during the player's swinging process. As the head becomes larger, the head moves unnecessarily, so it does not make an accurate impact and cannot escape from the casting phenomenon or scooping phenomenon caused by the head first, so the pitch is malignant hooks and malignant slices, as well as the top ball and head ball. It is made in form.

Therefore, in the case of a golf club, the centrifugal force applied outward with the grip as the center and the centripetal force against it must be at an appropriate level.

If the centripetal force is excessive and the centrifugal force is weak, the force applied to the ball at impact is small, so even if there is a normal blow, the ball cannot be free from the phenomenon that the flying distance decreases, the head speed decreases, and the head shakes, so the ball is placed in the sweet spot. Various problems arise, such as difficulty matching the golf club, and accordingly, a club with optimal centripetal force and centrifugal force is requested in consideration of the user's skill level, body shape, and characteristics of the course, but in the case of a club, it is changed. It is not easy to do and may deviate from international standards, so its application is limited.

6, the swing weight point (SP), which is the axial center of the shaft (S) gripped by the golfer, is variably moved according to the weight, material, shape, etc. of the golf club, and attempts to escape from the center of gravity by the swing. The centripetal force is distributed to the centripetal force and the centripetal force toward the operating point (holding portion), and increasing centripetal force in this state has the above-described effect, and it is an object of the sport glove assembly of the present invention to increase this centripetal force.

In order to achieve the above object, it is believed that the technical idea can be implemented in a golf sport glove assembly.

Looking at the seafarer's application in the technical field similar to the present invention, "Sports Gloves Assembly with Lead Pieces for Weight Control" is disclosed in Korean Utility Model Registration No. 20-0151824 as disclosed in FIG. 7 and sports gloves assembly (1 ) Of the back of the hand (2), the side of the thumb (3), the middle finger (4), the ring finger (5), and the back of the little finger (6) by attaching a lead piece (7) to increase the weight of the glove (1). It is disclosed that the driving distance is increased by increasing the adjustment to increase the power due to the centrifugal force during the swing.

However, in the case of a sailor of this configuration, a lead piece (7) on the back of the hand (2) and the side of the thumb (3) of the glove (1), the middle finger (4), the ring finger (5), and the back of the little finger (6). ), the glove becomes very dull, and it has a problem that it is impossible to freely use and hold fingers due to interference between lead pieces. In other words, it becomes very inconvenient to wear and use gloves.

In addition, by having a piece of lead of a single weight fixed at a constant level, the user's skill level and body shape, etc. ?Я殮? In order to do so, it is not economically practical because a very large number of gloves, each having a different weight of lead, must be provided as a set.

The same prior art is also shown in Fig. 8 of Japanese Published Utility Model No. Hei 5-082467 and Fig. 9 of Japanese Published Utility Model No. Hei 9-108396. Although the same configuration is disclosed, it is provided only for the simple purpose of increasing the speed by simply fixing and installing a weight body on the glove.

(Document 1) Korean Utility Model Registration No. 20-0151824 (Document 2) Japanese Public Utility Model No. Hei 5-082467 (Document 3) Japanese Public Utility Model No. Hei 9-108396

Therefore, in the present invention, by increasing the centripetal force without changing the configuration of the shaft so that the overall weight of the golf club is felt lightly, the control of the golf club is facilitated and there is no casting phenomenon or scooping phenomenon. Hand First and Head Last are achieved until the moment of impact, and by reducing the shaking and torsional torque of the head, it is possible to hit the swing spot with a stable swing. It is an object of the present invention to provide a glove assembly for sports that can achieve the purpose of increasing the flying distance while improving the hitting feel and the direction of the ball by generating acceleration.

Accordingly, the present invention is invented to solve the above problems,

In a sports glove assembly for changing the centripetal force during swing by varying and installing a weight body on the sports glove, the glove is a flap-shaped cover provided at the end opening (hand inlet) of the body. A sports glove assembly having a flap and a body fixing part for fixing in cooperation with the cover flap, and a pair of Velcro male and female parts facing between the cover flap and the body fixing part.

A magnet is built-in or attached to the cover flap above, and

In response to the magnet, it is a basic implementation configuration to have as a set an iron (Fe)-based replacement weight, which is a variable weight that can be magnetically attached by replacing it on the outside of the cover flap,

In a sports glove assembly for changing the centripetal force during swing by varying and installing a weight body on the sports glove, the glove is a flap-shaped cover provided at the end opening (hand inlet) of the body portion A sports glove assembly having a flap and a body fixing part for fixing in cooperation with the cover flap, and a pair of Velcro male and female parts facing between the cover flap and the body fixing part.

Incorporating or attaching a magnet to the body fixing portion for fixing in cooperation with the cover flap of the glove,

In response to the magnet, having as a set an iron (Fe)-based replacement weight, which is a variable weight that can be magnetically attached by replacing it on the outside of the cover flap,

In the sports glove assembly for changing the centripetal force during a swing by varying and installing a weight body on the sports glove;

The glove has a flap-shaped cover flap provided at an end opening (hand-in part) of the body and a body fixing part for fixing in cooperation with the cover flap, and corresponding to the cover flap and the body fixing part Magnet-metal attachment plates or magnets are provided between the phases to enable self-adhesion,

A plurality of replacement weights on the outside of the cover flap are further provided with magnets or metal weights having different weights to enable detachment to the outside of the cover flap, and

In the sports glove assembly for changing the centripetal force at the time of swing by varying and mounting a weight body to the sports glove assembly;

The glove is a non-flap type glove having a shape that is opened or opened to accommodate a rubber band at an end opening of the body (hand inlet),

A magnet is accommodated or fixed inside a fixed cover represented by a fibrous material in the area of the back of the hand of the wrist of the end opening part,

Providing a set of replacement weights each having a different weight attached to the magnet in correspondence with the magnet discloses a different embodiment.

In the sports glove assembly of the present invention, the swing weight point (SP), which is the axial center of the shaft (S) held by the golfer, is variably moved according to the weight, material, shape, etc. of the golf club, and tries to escape from the center of gravity by the swing. It maximizes the operation of sports and its effect by increasing the centripetal force toward the core force and the operating point (holding part).

1 is an external perspective view of a first embodiment of a sports glove assembly of the present invention.
Figure 2 is a perspective view illustrating the configuration and use of the sports glove assembly of the present invention.
3 is an external perspective view of a modification example of the first embodiment of the present invention.
Figure 4 is a configuration diagram of a second embodiment of a sports glove assembly according to the present invention.
5 is a configuration diagram of a third embodiment of a sports glove assembly according to the present invention.
6 is a schematic diagram for explaining the centrifugal force and centripetal force applied to the swing weight and the golf club.
7 is a perspective view of a sports glove of the conventional first sailor technology.
Figure 8 is a perspective view of the conventional armor of the second sailor technology.
9 is a perspective view of a conventional armor of the third sailor technology.

Hereinafter, a preferred configuration and operation of the sports glove assembly of the present invention for achieving the above object will be described with reference to the accompanying drawings.

1 is an external perspective view of a first embodiment of a sports glove assembly of the present invention, FIG. 2 is a perspective view illustrating the configuration and use of the sports glove assembly of the present invention, and FIG. 3 is a modification of the first embodiment of the present invention. Fig. 4 is an external perspective view of a second embodiment of a sports glove assembly according to the present invention, and Fig. 5 is a configuration diagram of a third embodiment of a sports glove assembly according to the present invention.

The present invention can be applied equally to sports using stick-type devices such as golf, park golf, billiards, baseball, gateball, hockey, tennis, badminton, etc. Golf' will be described as an example.

One way to increase the centripetal force is to increase the weight of the sports glove assembly to move the shaft center of the shaft toward the golfer. Therefore, the fluctuation of the weight of the appropriate sports glove assembly becomes the method of the centripetal force fluctuation.

[First Example]

A glove assembly (G) for a sport of the present invention, which provides a glove for this purpose and its accessories as a set, is shown in FIG. 1 below.

As shown in Figure 1, most of the sports glove assembly (G) is a wing that can be opened and closed so that it is easy to wear on the end opening (hand inlet (I)) of the body portion (B) formed while having a plurality of finger portions An in-flap (Flap)-shaped cover flap 10 and a body fixing part 20 for fixing in cooperation with the cover flap 10, and the cover flap 10 and the body fixing part 20 face to face. The male and female parts (V1, V2) of Velcro (brand name: Velcro), a pair of magic tapes, are sewn for adhesion.

The golfer removes the cover flap 10 of the sports glove assembly (G) from the body fixing part 20 and inserts the hand into the hand inlet part (I), and then puts the cover flap 10 back into the body fixing part 20. ) Is applied to the shape of the Velcro male and female parts (V1, V2) that are fixed by the self-adhesive action.

A configuration provided for varying the weight of the sports glove assembly G having this type of cover flap 10 and the configuration of the present invention of the accessory thereof will be described with reference to FIGS. 1 and 2.

A magnet (M) is attached to the cover flap (10), and a magnet (M) is embedded in the cover member (11) by using a cover member (11) such as a separate fiber material, so that it is finished as a lockstitch (S). . The magnet (M) may be used in a variety of shapes, and in the drawing, a circular plate-shaped magnet (M) is built-in to be fixed with a lockstitch.

To meet the object of the present invention, it is preferable to use rare earth high magnetic magnets such as Neodium, Samarium, Alnico, etc. as the magnet M, and recently, various high magnetic magnets have various shapes. It is marketed as.

In response to the magnet (M), it is attached to the outside of the cover flap 10 and further provides a weight body that can be replaced as an accessory constituting the glove assembly of the present invention, and the weight body is an iron (Fe)-based self-adhesive force. This excellent weight chain also constitutes a variety of criminal's replacement weights (30,31,32..), and its weight is in various stages in g units, for example, 10g, 20g, 30g, 40g,. It can be configured as. And it is adjusted to be in the range of approximately 10g ~ 60g.

Therefore, the replacement weights (30, 31, 32.) constitute the assembly sold as a set with the gloves (G).

With this configuration, after attaching the glove (G) to the hand using the cover flap 10, the golfer attaches the cover flap 10 using Velcro, and then on the cover flap 10,

By simply changing the replacement weight (30, 31, 32.) and performing the swing by replacing and attaching it, you can select or change the replacement weight (30, 31, 32.) of the size of the centripetal force optimally suited to you. It is possible to achieve the above-described object.

As a provision of this configuration, the golfer replaces and attaches the replacement weights (30, 31, 32.) to the outside of the cover flap 10 without attaching and detaching a separate cover flap 10 while wearing the gloves (G). Because the replacement work is done just by itself, it is possible to replace it very conveniently.

The replacement weights (30, 31, 32.) that are attached to the magnet (M) of high magnetic force such as neodym through the top cover (11) of the cover flap (10) are attached without any problems even when the golfer swings. Therefore, there is no problem in implementing the effects of the present invention.

[Modification of the first embodiment]

As a modified example of the first embodiment, as shown in Fig. 3, the magnet M is accommodated in the body fixing part 20 for fixing in cooperation with the cover flap 10 of the glove G. ) Is built in and shows the finish as a lockstitch (S).

Of course, between the cover flap 10 and the body fixing part 20, the configuration is the same for each of the Velcro, which is a pair of magic tapes facing each other, to be sewn together.

By configuring as described above, the magnet (M) is located under the cover flap 10, but as described above, a magnet such as neodym has a very strong magnetic force, so that the magnetic force radiated from the magnet (M) is reduced to the upper cover flap ( 10) and attach the replacement weights (30, 31, 32.) on the cover flap (10),

The attached replacement weights (30, 31, 32.) do not dislodge even during the golfer's swing, so they remain attached and exert their effect, and as a result of the experiment, no disengagement phenomenon was found.

The above replacement weights (30, 31, 32.) can be selected from various metals (Fe, Ni) that respond to magnetic force, and the shape is also in various shapes, for example, a square, a circle, a ring, a logo shape of a company, etc. Configurable.

For the basic configuration as described above, instead of the magnet (M), an iron-based metal plate that also responds to magnetic force is used, and a magnet having a different weight is used instead of the replacement weights (30, 31, 32.). Of course, you can get the effect. In the case of this configuration, it is considered that the price of the product will slightly increase due to the use of a relatively expensive magnet (M).

[Second Example]

4 is a configuration diagram of a second embodiment of a sports glove assembly according to the present invention, which will be described below.

In this embodiment, a cover flap 10 in the shape of a flap is provided at the end opening (hand inlet (I)) of the body portion (B) formed while having a plurality of finger portions in the sports glove assembly. As in the first embodiment, it is not a form of self-detachment or removal using Velcro,

As shown in Figure 4, while maintaining the curve flap 10 and the body fixing portion 20 of the glove (G1), by providing a magnetic means between the cover flap 10 and the body fixing portion 20 It was applied to what was configured to be possible.

That is, as shown in the drawing, a magnet (M) or an attachment plate of a metal plate is accommodated in the cover flap 10 and fixed by a method such as lockstitching or bonding, and the corresponding body fixing part 20 is also provided with a magnet (M) or It is applied to the fixing plate 25 of a metal material that is attached to the iron-based magnetism by means of lockstitching or bonding.

In this configuration, the magnetically detachable configuration between the cover flap 10 and the body fixing part 20 is a magnet (M)-magnet (M), a magnet attached to the cover flap 10 and the body fixing part 20. It goes without saying that a corresponding combination of M)-attachment plate 25 and attachment plate-magnet (M) is possible.

The reason for this application is that in the case of a female golfer, as in the first embodiment, when using Velcro, the male velcro of the Velcro is a thin protrusion, so that damage is caused by contacting the skin with the Velcro. It has been found that there is a tendency to dislike this extremely, and in order to achieve the object of the present invention in response to such a female golf, Velcro is not installed, and the cover flap 10 is formed by the attachment plate which is only a magnet and an iron piece. ) To be able to block.

In addition to this configuration, as the technical concept of the first embodiment, a plurality of weight replacement weights 30, 31, and 32 are placed on the outside of the cover flap 10 as a magnet or a metal material having a different weight, respectively. It is provided as an attachment or replacement on the outer side of the cover flap 10 to select or replace the weight to obtain the optimum centripetal force, and practice is possible.

[Third Example]

A second embodiment of the present invention shown in Fig. 5 will be described.

In this embodiment, of the sports glove assembly (G), it does not have a flap-shaped cover flap at the end opening (hand inlet (I)) of the body portion (B) formed while having a plurality of finger portions. , Provides a configuration that can be applied to a non-flap type glove (G1), which is opened by extension-contraction by embedding a rubber band (B) or simply opened without such a rubber band (B). do.

In other words, as shown in the back area of the hand on the wrist (A) in the form of the wrist (A) is tightened open with a rubber band (B) or the like, or without a rubber band,

It is composed by receiving a magnet (M) inside the fixing cover (60) of fiber materials and sewing it (S), or by attaching the magnet (M) alone to the exposed wrist (A) with a strong adhesive means, and replacing the weight (30,31,32..) is provided in the same way.

Its operation and effect are implemented in the same manner as in the first embodiment.

Although the usefulness of the sport glove assembly of the present invention has been described using golf as an example, it is equally applicable to sports using stick-type equipment such as park golf, billiards, baseball, gate ball, hockey, tennis, badminton, etc. Of course.

In addition, in the present invention, the description is not limited to gloves,

The first to second embodiments described above also include a cover flap, a body fixing part, and a band of a strip body (not shown), which is a band-type fiber worn on the wrist to remove sweat, not shown. It can be implemented by mounting a magnet using Velcro, and each of the above-described embodiments can be applied to such a band, and of course, they can exhibit the same effect as described above.

In the above, the magnet (M) and the attachment plate 25 are mainly illustrated in a configuration in which a cover body such as a fiber material is sewn and stored in the interior thereof, but the magnet (M) and the attachment plate 25 are adhered with a strong adhesive means or Or, of course, it can be mounted in a variety of ways, such as attaching it to the cover flap 10 and the body fixing part 20 as a stitching operation by forming a lockstitch hole in the magnet (M) and the attachment plate (25).

G: (for sports) glove assembly
B: body
10: cover flap
20: body fixation
M: Magnet

Claims (7)

In the sports glove assembly for changing the centripetal force at the time of swing by varying and attaching the weight body to the sports glove, the glove is provided in the end opening (hand inlet (I)) of the body (B). It has a flap-shaped cover flap 10 and a body fixing part 20 for fixing in cooperation with the cover flap 10, and facing between the cover flap 10 and the body fixing part 20 In the sports glove assembly provided with a pair of Velcro (Velcro) male and female parts (V1, V2) stitched;
A magnet (M) is built-in or attached to the cover flap 10 above, and
In response to the magnet (M), it is characterized in that it is provided with a set of iron (Fe)-based replacement weights (30, 31, 32.), which are variable weights that can be magnetically attached by replacing them on the outside of the cover flap (10). Sports glove assembly made of. In the sports glove assembly for changing the centripetal force at the time of swing by varying and attaching the weight body to the sports glove, the glove is provided in the end opening (hand inlet (I)) of the body (B). It has a flap-shaped cover flap 10 and a body fixing part 20 for fixing in cooperation with the cover flap 10, and facing between the cover flap 10 and the body fixing part 20 In the sports glove assembly provided with a pair of Velcro (Velcro) male and female parts (V1, V2) stitched;
Incorporating or attaching and fixing a magnet (M) to the body fixing portion (20) for fixing in cooperation with the cover flap (10) of the glove (G),
In response to the magnet (M), it is characterized in that it is provided with a set of iron (Fe)-based replacement weights (30, 31, 32.), which are variable weights that can be magnetically attached by replacing them on the outside of the cover flap (10). Sports glove assembly made of. In the sports glove assembly for changing the centripetal force at the time of swing by varying and mounting a weight body on the sports glove;
The glove includes a flap-shaped cover flap 10 provided on an end opening (hand-in-in part (I)) of the body (B) and a body fixing part for fixing in cooperation with the cover flap (10). (20), and a magnet (M)-metal attachment plate 25 or a magnet is provided between the corresponding phase of the cover flap 10 and the body fixing part 20 to enable self-adhesion,
A plurality of replacement weights (30, 31, 32.) on the outside of the cover flap 10 are further provided with magnets or metal weights having different weights to enable detachment to the outer side of the cover flap 10. Sports glove assembly, characterized in that. In the sports glove assembly for changing the centripetal force at the time of swing by varying and mounting a weight body to the sports glove assembly;
The glove is a non-flap type glove having a shape that is open or opened to accommodate a rubber band at the end opening (hand inlet (I)) of the body (B),
To accommodate or fix the magnet (M) inside the fixed cover (60) represented by fibrous material in the area of the back of the hand of the wrist portion (A) of the end opening,
Sports glove assembly, characterized in that it provides a set of replacement weights (30, 31, 32.) each having a different weight attached corresponding to the magnet (M). The method according to any one of claims 1 to 4,
Instead of the magnet (M), an iron-based metal member is used,
Sports glove assembly, characterized in that instead of the replacement weight (30, 31, 32.) it is also possible to provide a magnet of various weight as a variable weight as a sat. The method according to any one of claims 1 to 4,
The glove assembly for sports, characterized in that the glove may be a wrist-mounted band made of fibrous material. The method according to any one of claims 1 to 4,
The glove is a sport glove assembly, characterized in that it can be applied to all of the glove assemblies for sports using stick-type devices represented by golf, park golf, billiards, baseball, gateball, hockey, tennis, and badminton.

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