JP5120536B2 - Baseball gloves - Google Patents

Description

The present invention relates to a baseball glove, and more particularly to a baseball glove that effectively prevents a finger damage accident caused by a ball collision at the time of hitting or bunting in a baseball game without restricting or inhibiting finger mobility. Regarding gloves.

In a baseball game or practice, a batter's hand holding a bat takes a position close to the pitching ball path, so there are not a few cases where the ball collides with the finger. In particular, it has been pointed out that it frequently occurs in bunts and may cause serious accidents.

  As is well known, when hitting a bunt, the batter stands up from the pitcher of the batter box, with the bat mark (core) around the first finger (thumb) of the dominant hand (right hand for the right batter), and from the second finger Hold the fingertips with the fingertips facing the ball and roll the ball against the tip of the bat. The fingers of the dominant hand that holds the bat (especially the distal phalanx below) and the ball Are positioned closest to each other, so that the ball easily collides with the finger due to a slight change in the pitch.

On the other hand, as shown in FIG. 7, the human hand has five metacarpal bones 82 extending radially from the carpal bone 83 of the wrist portion to form the main body portion of the hand, and on the bone head of each metacarpal bone 82. The phalanges of the first to fifth fingers (from the metacarpal side, the middle phalanx 81b and the distal phalanx 81c for the first finger, and the proximal phalange 81a, the middle phalanx 81b and the distal phalanx for the second to fifth fingers 81c) joins to form a finger, but the instep side is poor in flexible body tissue that absorbs shock, such as muscle and fat, and the bone protrudes and is exposed under the skin. The structure is very vulnerable to shock from the body, and this vulnerability is most noticeable particularly in the fingers (particularly the back of the fingers).

When a ball collides with a finger at the time of hitting or bunting, this weak finger must be subjected to a large impact load of the collided ball while being sandwiched between the ball and the bat. This is the reason and background to the serious impact accidents such as severe bruise, nail peeling, and fracture caused by the collision of the ball with the finger.

  In this way, in a baseball game or practice, the situation where the ball collides with the finger occurs frequently and causes serious finger injury accidents, and it often takes a player's life. This fact has been recognized among baseball players and leaders, and there has been a demand for effective tools and means for reducing the impact of a colliding ball and preventing a finger injury accident. However, until now, no tools or means for effectively mitigating impact have been provided.

  In current baseball games and practice, wearing baseball gloves for striking and bunting has become widespread, and if appropriate impact mitigation means can be provided for these baseball gloves, finger damage due to ball collisions can be achieved. Although it is considered possible to prevent or avoid accidents, such conventional proposals are extremely limited, and the effects of preventing accidents are extremely insufficient.

  For example, in Japanese Patent Application Laid-Open No. 2007-037637 (hereinafter referred to as Prior Art 1), a sheet-like elastic material made of a synthetic resin elastomer is attached to a position covering the back of a finger on the back side of a baseball glove. It has been proposed that the impact applied by the impacted ball is attenuated and mitigated by the impact absorbing power of the sheet-like stretchable material.

In addition, in utility model registration No. 3086050 (hereinafter referred to as prior art 2), a baseball glove in which an elastic sheet is sewn from the inner surface to the position of the metacarpal head of the second finger to the fifth finger on the back side of the hand This has been proposed, and it is also intended to relieve the impact load of the ball that collided with the finger by the impact absorbing power of the stretchable sheet.

JP 2007-037637 A Utility Model Registration No. 3086050

  In the prior art 1 and the prior art 2 listed above, an impact mitigating means made of an elastic material is provided at a predetermined position on the back side of the baseball glove, and the impact of the ball colliding with the impact mitigating means is absorbed to damage the finger. It is proposed to prevent accidents, but as a result of having fatal problems in the following points, it can not be effective as a baseball glove for accident prevention, and it can be put to practical use There wasn't.

That is, the prior art 1 tries to attenuate and reduce the impact of the ball by the impact absorbing power of the sheet-like member made of polyurethane near-gel material elastomer provided at the position covering the finger back of the baseball glove. However, if the impact absorbing force of the sheet-like member is used to reduce the impact to the extent that a finger damage accident can be prevented, the sheet-like member must be made extremely thick and large.

  Needless to say, delicate bat control is indispensable for batting and bunting, and free motility of hands and fingers must be ensured. In other words, as long as the free mobility of hands and fingers is restricted and further hindered, it is basically not established as a baseball glove.

  However, if the conventional technique 1 is used to mitigate the impact caused by the collision of the ball and prevent a finger damage accident, the thick and large sheet-like member takes away the free movement of the finger. If the thickness and size of the sheet-like member are suppressed to such an extent that they can be maintained, the impact of the ball cannot be sufficiently absorbed and mitigated, and a finger damage accident cannot be prevented.

  In this respect, the prior art 1 basically has no room for establishment as a baseball glove that mitigates the impact caused by a ball collision and prevents a finger damage accident.

  Also, when looking at the prior art 2, an elastic sheet is provided as an impact mitigating means at a predetermined position on the back side of the baseball glove, and the impact of the elastic sheet is used to reduce the impact of the ball. The position is limited to a position passing through the metacarpal head position of the second to fifth fingers. At this installation position, the finger bone cannot be protected by the stretchable sheet, and it is not necessary to ask about the shock absorbing power of the stretchable sheet, and there is no room for establishment as a baseball glove that prevents finger damage accidents.

  In the conventional technique 2, the installation position of the elastic sheet that absorbs the impact of the ball is limited to the position passing through the metacarpal head position of the second finger to the fifth finger, and the position that protects the back of the finger is excluded. The reason is not clear, but one estimate holds.

  In other words, even if the elastic sheet is installed at a position that protects the back of each finger, if the impact of the ball is mitigated to the extent that a finger damage accident can be prevented, the elastic sheet becomes extremely thick and large. It is impossible to establish a baseball glove by taking away the free mobility of fingers. On the other hand, if an attempt is made to secure free movement of the finger, even if an elastic sheet is provided at a position that protects the back of the finger, a finger injury accident cannot be prevented. Therefore, it is natural to estimate that no stretchable sheet was provided at a position that protects the back of a finger that cannot be expected to prevent accidents.

  In other words, the prior art cannot satisfy the two requirements of course for a baseball glove that prevents a finger damage accident due to a ball collision. One of the two requirements is to secure the free mobility of fingers, which is indispensable for baseball gloves. And the other one is sufficient mitigation of impact to prevent finger injury accidents.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a baseball glove that effectively mitigates an impact caused by a ball collision to prevent a finger damage accident and that does not restrict or inhibit the free movement of the finger. .

The invention according to claim 1 is a baseball glove having a glove body having a finger bag for inserting each of the first to fifth fingers, the first protective layer made of an elastic material having a low elastic modulus, and elasticity. A protective pad in which a second protective layer made of a stretchable material having a high rate is laminated and the first protective layer is provided with a notch at an arbitrary interval is provided on each of the first to fifth fingers on the back side of the glove main body. The surface of the first protective layer is directed outwardly at two or more positions in the position where the spine of the finger spans from the joint where the epiphysis of the phalange and the metacarpal bone head join to each phalange. It is the glove for baseball characterized by having arrange | positioned.

According to a second aspect of the present invention, a third protective layer made of a hard material having a high rigidity is laminated on the surface side of the first protective layer laminated with the second protective layer, and the first protective layer is separated from the first protective layer. 2. The baseball glove according to claim 1, wherein a protective pad provided with a notch at an arbitrary interval across the protective layer is disposed with the surface of the third protective layer facing outward. 3.

The invention according to claim 3 is characterized in that the protective pad is provided at a position to protect the side portion of the first finger on the open side, which is a part of the finger bag mainly composed of the glove. Or it is the glove for baseballs of Claim 2.

The invention of claim 4 is the part of the finger bag mainly composed of the glove, wherein the protective pad is provided at a position to protect two or more of the tip parts of the first to fifth fingers, The baseball glove according to any one of claims 1 to 3, wherein:

The invention according to claim 5 is a baseball glove in which the glove body is composed of an inner skin portion covering substantially the entire hand and an outer skin portion covering part or all of the surface of the inner skin portion. wherein said protective pad between the outer skin portion that is formed by interposed, a baseball glove according to any one of claims 1 to 4, characterized in.

  As described above, according to the present invention, on the back side of the baseball glove, a plurality of types of impact relaxation materials having different elastic moduli are laminated at predetermined positions for protecting desired fingers of the first to fifth fingers. A protective pad having a multilayer structure is provided, and notches at arbitrary intervals are formed on the surface side of the protective pad. Therefore, according to the present invention, it is possible to provide a baseball glove that effectively mitigates the impact caused by the collision of the ball to prevent a finger damage accident and does not restrict or inhibit the free movement of the finger. .

  The best mode for carrying out the present invention will be described below with reference to the drawings.

FIG. 1 schematically shows the back side of a baseball glove according to the present invention, and the baseball glove 1 includes a finger bag 3 into which the first to fifth fingers are inserted. It is composed of a glove main body 2 and a belt portion 4 provided with locking means 4a.

On the back side of the glove main body 2, a protective pad 5 is disposed for attenuating the impact when the ball collides and mitigating the impact load applied to the finger. From the respective joints where the ends of the phalanges of the first to fifth fingers and the bone head of the metacarpal bone are joined to each other to protect the spine of the fifth to fifth fingers It corresponds to the position over the bone head of the distal phalanx in the part.

FIG. 2 shows a protective pad 5 disposed on the glove body 2 and is formed by laminating a plurality of types of synthetic resin sheet materials having different elastic moduli.

A protective pad 5 shown in FIG. 2a has a two-layer structure using the following two types of sheet-like stretchable materials as a first protective layer and a second protective layer.

The stretchable material used as the first protective layer 51 is a polyethylene-based foamed sheet material (hardness 70) that has a relatively low elastic modulus and can exhibit impact resistance as well as impact absorption, and is selected as the second protective layer 52. The stretchable material is a polyolefin-based foamed sheet material (hardness 40) having a relatively high elastic modulus and high shock absorption, and is laminated by laminating them together. Is forming.

The protective pad 5 shown in FIG. 2 b is a three-layer structure in which a different type of synthetic resin sheet material is laminated as the third protective layer 53 on the two-layer protective pad 5 described above.

The protective pad 5 used as the third protective layer is a polypropylene-based hard sheet material having high rigidity and exhibiting strong impact resistance, and the surface of the first protective layer laminated with the second protective layer. After laminating and laminating on the side, notches 54 were formed at appropriate intervals from the third protective layer to the first protective layer.

These multi-layered protective pads 5 are fixed to the glove main body 2 by sewing or adhering the exposed surface of the second protective layer to the glove main body 2 at the above-mentioned predetermined position of the glove main body 2. The baseball glove shown in FIG. 1 is provided with the surfaces of the three protective layers facing outward.

The reason why the present inventor used the protective pad 5 having a multilayer structure in which synthetic resin sheet materials having different elastic moduli are laminated is as follows.

As already pointed out, in the prior art 1, the impact of the impacted ball is provided by providing impact mitigation means comprising a sheet-like member made of polyurethane near-gel material elastomer on the back side of the baseball glove and covering the back of the finger. In order to alleviate this, the sheet-like member has to be made thick and large enough to deprive the fingers of free motility, and as a result it could not be established as a baseball glove.

As described above, the reason why the sufficient relaxation of the impact of the ball and the securing of the free movement of the finger cannot be achieved at the same time depends only on the impact absorbing power of the sheet-like member using the relaxation of the impact as an impact mitigation means. It is in.

This is because the impact absorbing power depends on the amount of deformation of the sheet-like member, which is an impact mitigating means, and if the impact is to be sufficiently attenuated only by the impact absorbing force, the impact mitigating means must be made extremely thick and large. is there.

In such a case, if it is intended to suppress the thickness and size of the impact mitigating means, it is conceivable to add an impact resistance to the impact mitigating means. This is because if the ball collided with a strong impact resistance force is repelled instantaneously, the impact of the ball propagated to the impact mitigating means can be suppressed to some extent and can be dispersed, and the impact can be easily attenuated by the impact absorbing force.

Of course, in a baseball game, it is impossible to effectively attenuate the impact of a ball that has enough strength to break a batter's finger and break it down to a wooden bat. If the applied shock is not further attenuated by the shock absorbing force, it is not possible to ensure effective shock mitigation sufficient to prevent a finger damage accident.

However, a single material that has both impact resistance and impact absorption and realizes such effective impact mitigation has not yet been found. Even if a known material with impact resistance and shock absorption is used for the impact mitigation material, the shock absorption is insufficient, so it is still not thick and large enough to deprive the finger. Can not ensure the relaxation of the shock just to prevent finger damage accidents.

The reason why Prior Art 2 could not realize a baseball glove that effectively relaxed the impact of the colliding ball and prevented a finger damage accident while ensuring free movement of the finger was also found in the Prior Art 2 Here are all the reasons why we had to give up the prevention of finger damage accidents by not providing shock mitigation means at the position to protect the back of the child. This is a problem that cannot be solved by the prior art that requires a single type of material for impact mitigation.

In contrast to this, the present invention solves this problem by laminating a plurality of different types of materials having different elastic moduli to form the protective pad 5 which is an impact mitigating means.

That is, a two-layer protective pad in which a first protective layer 51 made of a sheet-like elastic material having a relatively low elastic modulus and a second protective layer 52 made of a sheet-like elastic material having a relatively high elastic modulus are laminated. In FIG. 5 (a in FIG. 2), the first protective layer 51 having impact resistance force and impact absorption force suppresses the impact of the colliding ball and absorbs a part of the propagated impact to be attenuated. The remaining strong impact is attenuated by the second protective layer 52, which is rich in impact absorbing ability, so that the impact applied by the ball is reduced to such an extent that a finger damage accident can be prevented.

As a result of adopting such a configuration, it is not necessary to make the protective pad 5 thick and large enough to deprive the fingers of free movement. In addition, the relatively hard first protective layer 51 located on the surface side of the protective pad 5 is formed with notches 54 at appropriate intervals, and the second protective layer is a flexible elastic material rich in elasticity. Therefore, the protective pad 5 is easily bent according to the movement of the finger, and there is no place to restrict the free movement of the finger.

Furthermore, the three-layer protective pad 5 (b in FIG. 2) in which the third protective layer 53 having a high rigidity and a high impact resistance is laminated provides a more effective impact resistance and a more reliable mitigation of the impact. It ’s a good thing. That is, the third protective layer 53 laminated on the surface side where the ball collides shows only limited bending deformation or deformation due to the collision of the ball, and exhibits little shock absorbing power, but its strong impact resistance. It repels the ball instantaneously by force, effectively suppressing and dispersing the propagating impact itself.

The impacts thus suppressed and dispersed and propagated to the protective pad 5 are strong enough to damage the finger, but the first protective layer 51 and the second protective layer 51 have different elastic moduli and different shock absorbing forces. Through the entire protective layer 52, the impact that is sufficiently distributed throughout both layers is attenuated in stages, so that effective shock mitigation sufficient to prevent and avoid finger injury can be ensured. It does not require the thickness and size required for an impact mitigating means made of a single material.

In the protective pad 5 having the above three-layer structure, not only the relatively hard first protective layer 51 but also the third protective layer 53 made of a hard material having high rigidity is laminated. Even if it is suppressed, it will not help without restricting or inhibiting the free movement of fingers. However, notches 54 are formed at appropriate intervals from the third protective layer 53 on the surface side to the first protective layer 51, and the second protective layer 52 located closest to the finger is a flexible elastic material having a high elasticity. Therefore, the protective pad 5 is easily bent according to the movement of the finger, and there is no place to restrict the free movement of the finger. (Figure 3)

In addition, as long as the present inventors have studied and experimented, the most flexible elastic material having the highest elastic modulus used for the second protective layer 52 and the hard material having high rigidity used for the third protective layer 53 are directly laminated. Even with a two-layer protective pad, it was not possible to realize a baseball glove that could effectively mitigate the impact and prevent finger damage accidents and ensure free movement of the finger. .

The reason is that the third protective layer 53 itself has a strong impact resistance, but when the ball collides as a result of being directly laminated to the second protective layer 52 having the greatest elasticity and flexibility. The reason is that the second protective layer 52 is largely retracted and the impact resistance is reduced by this position movement.

As a result, the second protective layer 52 has a thickness that does not restrict the free movement of the finger, because it must attenuate the shock that is not substantially different from the case where the third protective layer 53 is not present only by its own shock absorbing power. The size and size of the protective pad cannot attenuate or mitigate the impact of the ball collision to such an extent that a finger injury accident will not occur.

In this regard, in the protective pad 5 according to the three-layer configuration, the first protective layer 51 laminated at the position sandwiched between the second protective layer 52 and the third protective layer 53 is the third protective layer when the ball collides. In addition to supporting the impact resistance of 53, the impact dispersed and suppressed by the third protective layer 53 is further dispersed throughout the first protective layer 51 and the second protective layer 52, so that the shock can be smoothly attenuated by the impact absorbing force. You can think of it as helping.

Since the protective pad 5 according to this embodiment has the above-described configuration and function, if the protective pad 5 is disposed in the predetermined position of the glove body 2 in the predetermined direction, the finger can freely move. It is possible to realize suitable baseball gloves that effectively mitigate the impact of a ball colliding with a finger without restricting or obstructing movement, and prevent finger injury accidents that were unavoidable in practice and in games. can do.

Moreover, the protective pad 5 according to the present embodiment is manufactured by using a plurality of types of sheet materials made of synthetic resin as a raw material, laminating them together, forming a cut, and then cutting it into a desired shape. Therefore, it is much cheaper and simpler than when the protective pad itself is molded. Therefore, considering that the protective pads and the baseball gloves provided with the protective pads are consumables, it is clear that the advantages in terms of economy and productivity are remarkable.

Although there is no doubt that the above-mentioned baseball gloves effectively prevent finger damage accidents caused by ball collisions, we will try to prevent finger damage accidents during bunts more thoroughly. In this case, it is possible and desirable to add the following protective measures.

That is, in the bunt, as described above, the bat is held in such a manner that the first finger (thumb) of the dominant hand is up, the second to fifth fingers are down, and the fingertip is directed to the ball. As a result, compared with the case of normal hitting, not only the possibility of a collision between the ball and the finger is increased, but also the collision of the ball against the tip portion of each finger directed to the ball and the side of the open side of the thumb. It will occur frequently.

Therefore, if the protective pad 5 is not only provided at a position that protects the back of the finger of the glove main body 2, but also provided at a position that protects the tip of the desired finger and the side of the open side of the thumb, The effect of preventing frequent finger injury accidents will increase.

FIG. 4 shows a state in which a protective pad 5 is provided at the tip of a finger bag into which a second finger (forefinger) is to be inserted, and is worn.

In the glove main body 2, the protection pad 5 provided at a position that protects the tip of the fingertip does not interfere with the protection pad 5 disposed at a position that protects the back of the finger. However, the protective pad 5 disposed at a position that protects the back of the finger is cut out longer than a predetermined length, and is pasted or sewn at a predetermined position, and its tip is bent and extended to the tip of the finger bag 3. If it is located, the protective pad 5 can be provided continuously and integrally from the back of the finger to the tip of the finger, and the ball hits the tip of the finger compared to the case of providing a separate protective pad. The prevention effect against damage accidents caused by is more reliable.

When the protective pad 5 arranged at a position for protecting the back of the finger is extended and the tip portion is bent to reach the tip portion of the finger bag 3, a three-layer structure is obtained. Regardless of the configuration, the notch 54 of the bent protective pad 5 opens greatly.

In such a case, since the open cut 54 impairs protection against the finger, an auxiliary piece having an appropriate shape should be inserted into the open bent portion, and this auxiliary piece has an impact attenuation / relaxation capability. As long as the material is not limited, it is preferably an auxiliary piece having the same configuration as the protective pad 5.

FIG. 5 shows the side of the finger pouch in which the first finger (thumb) is inserted and positioned among the finger pouches 3 constituting the glove main body 2 in the same manner, on the open side of the inserted first finger. An example in which a protective pad 5 is provided at a position to protect the part is shown.

In FIG. 5, only two protective pads for protecting the back and sides of the finger of the first finger are drawn in order to clearly show the arrangement position of the protective pad 5 for protecting the side of the first finger. Furthermore, in view of preventing damage of the first finger that occurs during a bunt without hindering the provision of a protective pad at a position that protects the tip portion of the first finger, it is desirable to provide a protective pad at that position.

  Also, even if a protective pad is provided at a position that protects the tip of the first finger, as already described, it does not prevent the use of a separate protective pad, but the back or side of the finger of the first finger is protected. The length of one of the protective pads provided at the position to be extended is longer than the predetermined length, and the tip of the pad can be bent to extend to the position where the tip of the first finger is protected. It is desirable to insert a piece.

Furthermore, in the present embodiment, the protection pad 5 is arranged on the surface of the glove main body 2 and exposed to the outside in order to schematically show the arrangement position and arrangement state of the protection pad 5 in the protective pad 5 and the glove main body 2. I proceeded with the explanation. However, the protective pad 5 is not exposed to the outer surface of the glove body 2 and is covered with an upper cloth or a patch cloth in order to suppress wear of the protective pad 5 due to use and to avoid a sense of discomfort and resistance in appearance. It is desirable that

Conventionally, a baseball glove is composed of two layers of an inner skin portion for fitting a hand / finger inserted at the time of wearing and an outer skin portion for securing / improving grip force against the bat, or almost the entire hand. In many cases, a leather layer, a cloth piece, or a sheet piece is appropriately sewn or adhered to the surface of the glove body to be covered, and partially has a two-layer structure. In such a case, the protective pad can be easily covered by inserting the protective pad between these two layers.

FIG. 6 shows an example in which the protective pad 5 disposed at a predetermined position of the glove main body 2 is covered without being exposed to the outside, and is composed of two layers of an inner skin portion 6 and an outer skin portion 7. In the main body 2, the protective pad 5 is inserted between the inner skin portion 6 and the outer skin portion 7, and is covered with the outer skin portion 7.

  Note that the baseball glove according to the best embodiment described with reference to the drawings is assumed to be worn through batting and bunting in both the game and practice, and all of the first to fifth fingers are used. In order to enhance the prevention of finger accidents during a bunt, the side of the open side of the first finger or the desired finger Mentioned the possibility of providing a protective pad in a position to protect the tip.

However, it goes without saying that the baseball glove according to the present invention is not limited to this embodiment. For example, the back / side / tip portions of the first finger and the fingers of the second to third fingers. Protective pads are placed only in positions that protect the back and tip of the body, and provided as baseball gloves exclusively for bunts, depending on the purpose and application in accordance with the finger damage accident to be prevented. The position, number, and combination of these can be freely selected and implemented.

It is a front view which shows an example of the glove for baseballs concerning this invention. It is a perspective view which shows the example of the protective pad used in the glove for baseballs concerning this invention. It is a notch side view which shows the arrangement | positioning state of the protective pad in the baseball glove which concerns on this invention. It is a notch side view which shows the other arrangement | positioning state of the protection pad in the glove for baseballs concerning this invention. It is a partially notched perspective view which shows the other arrangement | positioning state of the protective pad in the glove for baseballs concerning this invention. It is a partially notched front view which shows the other arrangement | positioning state of the protective pad in the glove for baseballs concerning this invention. It is a front view which shows skeleton of a human right hand.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Gloves 2 Glove main body 3 Finger bag 4 Belt part 5 Protective pad 6 Endothelial part 7 Outer part
51 First protective layer
52 second protective layer 53 third protective layer 54 incision 81 phalange 81a proximal phalanx 81b middle phalanx 81c distal phalanx 82 metacarpal bone 83 carpal bone 84 radius 85 ulna

Claims (5)

A baseball glove having a glove body having a finger bag for inserting each finger of the first to fifth fingers, comprising a first protective layer made of a stretchable material having a low elastic modulus and a stretchable material having a high elastic modulus. A protective pad in which a second protective layer is laminated and a notch of an arbitrary interval is provided in the first protective layer is arranged on the side of the upper side of the glove main body and the epiphysis and metacarpal of each phalange of the first to fifth fingers. It is characterized in that the surface of the first protective layer is arranged outwardly at two or more positions in a position to protect the back of the finger from the joint portion where the bone head joins to the head of each phalange. Baseball gloves. A third protective layer made of a hard material having high rigidity is laminated on the surface side of the first protective layer laminated with the second protective layer, and at an arbitrary interval from the third protective layer to the first protective layer. The baseball glove according to claim 1, wherein a protective pad provided with a cut is disposed with the surface of the third protective layer facing outward. A said portion of the finger stalls of the glove mainly in a position to protect the sides of the open side of the first finger, according to claim 1 or claim 2, characterized in that, provided the protective pad Baseball gloves. 2. The protective pad is provided at a position that protects two or more of the tip portions of the first finger to the fifth finger in the finger bag portion of the glove body. The baseball glove according to claim 3 . In the baseball glove, in which the glove main body is composed of an inner skin part covering substantially the entire hand and an outer skin part covering a part or all of the surface of the inner skin part, the intermediate part between the inner skin part and the outer skin part to be polymerized baseball glove according to protective pad is being interposed, from claim 1, wherein in any one of claims 4.