JP5476640B2 - Baseball or softball catcher - Google Patents

Description

  The present invention relates to a ball catching tool for baseball or softball.

  Various gloves have been proposed for users to catch baseballs and softballs.

  For example, the glove described in Japanese Utility Model Publication No. 57-109863 is provided on the finger pad surface skin part of the index finger, the finger pad surface skin part of the middle finger, the finger pad surface skin part of the little finger, and the finger pad surface skin part of each finger. And a narrow strip sewn on the ear.

  In this glove, even if the impact of the ball to which rotation or twist is applied acts on the root part of the finger, the finger base part is prevented from being unraveled or broken.

In the baseball / softball glove described in Japanese Utility Model Publication No. 57-173772, the thread breakage and breakage of the sewn portion located between the finger-shaped groins are also reduced. In this baseball / softball glove, an arc-shaped convex portion is provided in the fingertip direction at a portion where the base portion of the finger-shaped crotch is located in the catching surface leather, and this arc-shaped convex portion is sewn to the back skin. As a result, the trapezoidal skin rises at the base of the finger-shaped crotch, and the sewn portion of the arc-shaped convex portion sinks. In this way, thread breakage or the like of the sewn portion is achieved.
Japanese Utility Model Publication No. 57-109863 Japanese Utility Model Publication No. 57-173772

  In the conventional baseball or softball catcher, when the user catches the ball or grips the ball, the finger pouches for accommodating the index finger, the middle finger, etc. come into contact with each other or interfere with each other. . For this reason, it is difficult to deform each finger bag in order to catch the ball, and the user requires a large force when catching the ball or grasping the ball, and operates each finger bag smoothly. It has become difficult.

  The present invention has been made in view of the problems as described above, and the object thereof is to easily operate a plurality of finger bags or the like that can accept an index finger, a middle finger, a ring finger, and a little finger. It is to provide a ball catching tool for baseball or softball that is easy to grip an action and a ball.

The baseball or softball catcher according to the present invention includes a thumb bag that can receive the user's thumb, an index finger bag that can receive the user's index finger, a middle finger bag that can receive the user's middle finger, and a user. Ring finger bag that can accept any ring finger, a finger bag including a little finger bag that can receive the user's little finger, a web portion provided between the thumb bag and the index finger bag, a root portion of the index finger bag, and a middle finger bag A plurality of finger crotch portions that are located between the root portion of the middle finger pouch and the root portion of the ring finger bag, between the root portion of the ring finger bag and the root portion of the little finger, and connecting each root portion A thumb bag connecting portion connecting the side portion on the web portion side of the thumb bag and the bottom portion of the web portion, and a forefinger connecting the side portion on the web portion side of the index finger bag and the bottom portion of the web portion. A bag connecting portion. Then, even without less of thumb bag coupling parts and forefinger bag connecting portion provided deformable portion on either one, the deformable portion is a portion adjacent with respect to the easily deformable portion, finger stalls or It can be deformed with a smaller force than the part located on the back side of the thumb bag.

  Preferably, it is composed of a receiving surface leather arranged on the palm side of the user and a front leather including a back leather arranged on the back side of the user and bonded to the receiving surface leather, and the upper and palm leathers, And a back leather inserted into the inside of the front leather. Further, the easily deformable portion is provided on the back leather, and the easily deformable portion is formed thinner than the back leather.

  Preferably, it is composed of a receiving surface leather arranged on the palm side of the user and a front leather including a back leather arranged on the back side of the user and bonded to the receiving surface leather, and the upper and palm leathers, And a back leather inserted into the inside of the front leather. And the said easily deformable part is provided in back leather, and this easily deformable part is comprised with the material softer than back leather.

  Preferably, it is composed of a receiving surface leather arranged on the palm side of the user and a front leather including a back leather arranged on the back side of the user and bonded to the receiving surface leather, and the upper and palm leathers, And a back leather inserted into the inside of the front leather. And the said easily deformable part is provided in back leather, and this easily deformable part is comprised with a material with a larger elasticity than back leather.

  Preferably, the easily deformable portion extends in the longitudinal direction of the finger pouch. Preferably, the easily deformable portion includes a first side easily deformable portion and a second side easily deformable portion extending on the side surfaces of the finger pouch located on both sides of the finger crotch portion where the easily deformable portion is located. And the said 1st side surface easily deformable part extends to the front-end | tip part side of a finger bag rather than a 2nd side surface easily deformable part.

In another aspect, the baseball or softball catcher according to the present invention is provided on the user's palm side and on the user's back side, and is connected to the back surface leather. It is formed by combining leather, the receiving surface leather and the back leather, and a thumb bag that can receive the user's thumb, an index finger bag that can receive the user's index finger, and a user's middle finger A middle finger bag, a ring finger bag that can receive the user's ring finger, and a little finger bag that can receive the user's little finger, and a finger bag formed by combining the receiving leather and the back leather; Between the root portion of the index finger bag and the root portion of the middle finger bag, between the root portion of the middle finger bag and the root portion of the ring finger bag, between the root portion of the ring finger bag and the root portion of the little finger. A plurality of finger crotch portions positioned and connecting the root portions . And the helicopter part which prescribes | regulates the part located in the back side among the opening edge part of the insertion opening of the said finger bag is formed in the said back leather, The virtual passing through each said finger crotch part among the said back leather provided an easily deformable portion ranging from the line to the edge portion, the deformable portion is a portion adjacent with respect to the easy deformation portion, smaller than the portion located on the back side of the finger bag or thumb stall force It can be deformed.

  In another aspect, the baseball or softball ball catcher according to the present invention is a ball-receiving leather arranged on the palm side of the user and a back leather arranged on the back side of the user and coupled to the ball-receiving leather. And a thumb bag that can accept the user's thumb, an index finger bag that can accept the user's index finger, and a middle finger bag that can accept the user's middle finger. A ring bag that can receive the user's ring finger, and a pink finger bag that can receive the user's little finger, and is formed by combining the receiving leather and the back leather; and the base portion of the index finger bag; A plurality of fingers that are located between the root part of the middle finger bag, between the root part of the middle finger bag and the root part of the ring finger bag, and between the root part of the ring finger bag and the root part of the little finger, and connect each root part. A crotch part and an easily deformable part provided in the finger crotch part are provided. The finger crotch portion is a first finger crotch portion located between the root portion of the index finger bag and the root portion of the middle finger bag, and a first portion located between the root portion of the middle finger bag and the root portion of the ring finger bag. A second finger crotch portion and a third finger crotch portion located between the root portion of the ring finger bag and the root portion of the little finger, and the easily deformable portion is a first easily deformable portion provided in the first finger crotch portion. And a second easily deformable part provided in the second finger crotch part and a third easily deformable part provided in the third finger crotch part. The third easily deformable part includes the first easily deformable part and the second easily deformable part. It is formed so that the deformation amount by the same external force is larger than that of the easily deformable portion.

  Preferably, the area of the third easily deformable part is larger than the areas of the first easily deformable part and the second easily deformable part. Preferably, the third easily deformable portion is formed thinner than the first and second easily deformable portions.

  In another aspect, the baseball or softball ball catcher according to the present invention is a ball-receiving leather arranged on the palm side of the user and a back leather arranged on the back side of the user and coupled to the ball-receiving leather. And a thumb bag that can accept the user's thumb, an index finger bag that can accept the user's index finger, and a middle finger bag that can accept the user's middle finger. A ring bag that can receive the user's ring finger, and a pink finger bag that can receive the user's little finger, and is formed by combining the receiving leather and the back leather; and the base portion of the index finger bag; A plurality of fingers that are located between the root part of the middle finger bag, between the root part of the middle finger bag and the root part of the ring finger bag, and between the root part of the ring finger bag and the root part of the little finger, and connect each root part. A crotch part and an easily deformable part provided in the finger crotch part are provided. The finger crotch portion is a first finger crotch portion located between the root portion of the index finger bag and the root portion of the middle finger bag, and a first portion located between the root portion of the middle finger bag and the root portion of the ring finger bag. A second finger crotch portion and a third finger crotch portion located between the root portion of the ring finger bag and the root portion of the little finger, and the easily deformable portion is a first easily deformable portion provided in the first finger crotch portion. And a second easily deformable part provided in the second finger crotch part and a third easily deformable part provided in the third finger crotch part. The second easily deformable part includes the first easily deformable part and the first easily deformable part. The amount of deformation with respect to the same external force is larger than that of the three easily deformable portions.

  Preferably, the area of the second easily deformable portion is larger than the areas of the first easily deformable portion and the third easily deformable portion. Preferably, the second easily deformable portion is formed thinner than the first and third easily deformable portions.

  According to the ball catcher for baseball or softball according to the present invention, the operability of a plurality of finger bags or the like that can accept the index finger, middle finger, ring finger, and little finger can be improved, and the ball catching action and the ball are gripped. The operation can be easily performed.

  A ball catching tool (baseball or softball catching tool) 100 according to the present invention will be described with reference to FIGS.

  Note that in the embodiments described below, when referring to the number, amount, and the like, the scope of the present invention is not necessarily limited to the number, amount, and the like unless otherwise specified. In the following embodiments, each component is not necessarily essential for the present invention unless otherwise specified. In addition, when there are a plurality of embodiments below, it is planned from the beginning to appropriately combine the features of each embodiment unless otherwise specified.

(Embodiment 1)
FIG. 1 is a rear view of the ball catching tool 100 according to Embodiment 1 of the present invention, and FIG. 2 is a front view of the ball catching tool 100 shown in FIG. As shown in FIG. 1 and FIG. 2, the ball catching tool 100 includes a front leather 130 including a back leather 131 disposed on the back side of the user to be inserted and a receiving surface leather 132 disposed on the palm side. ing.

  A pocket for receiving a baseball hard ball, a soft ball and a soft ball (hereinafter simply referred to as a “ball” includes any of a soft ball, a hard ball, and a soft ball) at the center of the ball receiving leather 132. Is provided.

  The front leather 130 includes a thumb bag 110 that can accept the user's thumb and a finger bag 120 that can accept a finger other than the user's thumb.

  The ball catching tool 100 also includes a hand insertion portion 133 into which the user's hand is inserted when the user inserts a finger into each finger bag 120. The hand insertion unit 133 includes a belt 134 provided so as to cover a portion where each metacarpal bone of the user's hand is positioned, and a portion where each metacarpophalangeal joint of the user's hand is exposed to the outside. And an opening defining portion 135 in which an opening 136 is defined. The metacarpal joint is located between the metacarpal bone and the proximal phalanx located on the fingertip side of the metacarpal bone.

  The finger bag 120 can receive an index finger bag (finger bag) 121 that can accept a user's index finger, a middle finger bag 122 that can accept a middle finger, a ring finger bag 123 that can accept a ring finger, and a little finger. And a little finger bag 124. A web portion 111 is provided between the thumb bag 110 and the index finger bag 121.

  Here, the index finger bag 121, the middle finger bag 122, the ring finger bag 123, and the little finger bag 124 are arranged on the palm side and the back side leather 132, and are sewn on the back side leather 132. It is defined by the finger bag back leather 210.

  FIG. 3 is a developed plan view of the finger bag back leather 210. As shown in FIG. 3, the finger bag back leather 210 includes an index finger side leather 215, a first finger back leather 231, a second finger back leather 232, a third finger back leather 233, and a little finger side back leather. 214. FIG. 4 is a cross-sectional view of the connecting portion between the first finger back leather 231 and the second finger back leather 232, and FIGS. 5 to 7 show the first finger back leather 231 and the second finger back leather, respectively. It is each top view of 232 and the 3rd finger back leather 233. FIG.

  As shown in FIG. 4, the first finger back leather 231 and the second finger back leather 232 are both sewn on the strap 222 and integrated with each other. In this way, by sewing the first finger back leather 231 and the second finger back leather 232 through the belt leather 222, it is possible to suppress the exposed portion of the sewing portion from being exposed to the surface, and the thread is a ball. It is possible to suppress cutting or unraveling due to impact from the surface.

  In FIG. 3, the index finger side surface back leather 215 and the first inter-finger back leather 211 are both sewn to the band leather 221 and connected to each other. Further, the second finger back leather 232 and the third finger back leather 233 are both sewn via a belt 223 and are connected to each other. Further, the third finger back leather 233 and the little finger side leather 214 are both sewn to the belt 224 and connected to each other.

  Here, in FIG. 1 and FIG. 3, when the finger bag back leather 210 is sewn to the receiving ball leather 132, the index finger side back leather 215 is connected to the side of the index finger bag 121 facing the web portion 111 and the index finger. Of the upper surface located on the back side of the bag 121, a portion located on the web portion 111 side and a portion reaching from the root portion of the index finger bag 121 to the opening defining portion 135 are defined.

  The first finger back leather 231 includes a side surface of the index finger bag 121 facing the middle finger bag 122, a side surface of the middle finger bag 122 facing the index finger bag 121, and from the first finger crotch portion 151 to the opening defining portion 135. Of the upper part located on the back side of the index finger bag 121, the part located on the back side of the middle finger bag 122, and the upper face located on the back side of the middle finger bag 122, located on the index finger bag 121 side Part.

  The second finger back leather 232 includes a side surface of the middle finger bag 122 facing the ring finger bag 123, a side surface of the ring finger bag 123 facing the middle finger bag 122, and from the second finger crotch portion 152 to the opening defining portion 135. A portion that reaches the back side of the middle finger bag 122, a portion that is located on the ring finger bag 123 side, and a portion that is located on the back side of the ring finger bag 123 and that is located on the middle finger bag 122 side Is specified.

  The third finger back leather 233 includes a side surface of the ring finger 123 facing the little finger bag 124, a side surface of the pink finger bag 124 facing the ring finger bag 123, and from the third finger crotch portion 153 to the opening defining portion 135. A portion that reaches the back side of the ring finger bag 123, a portion that is positioned on the little finger bag 124 side, and a portion that is located on the back side of the pinkie bag 124 and that is on the ring finger bag 123 side Is specified.

  The little finger side rear leather 214 defines a side surface of the little finger bag 124 and a portion reaching the hand insertion portion 133 from the side surface of the little finger bag 124.

  The first finger back leather 231 defines a part of one side and upper surface of the index finger bag 121 and a part of one side and upper surface of the middle finger bag 122, and the first finger crotch portion 151 and the vicinity thereof. The first inter-finger back leather 211 that curves to retract from the hand and extends to the hand insertion part 133, the first finger crotch part 151, and a portion located around the first finger crotch part 151, and is sewn to the first inter-finger back leather 211 The first easy-to-change part 191 is provided.

  The second finger back leather 232 defines a part of the other side surface and upper surface of the middle finger bag 122 and a part of one side surface and upper surface of the ring finger bag 123, and the second finger crotch portion 152 and the vicinity thereof. The second inter-finger back leather 212 that curves so as to retract from the hand and reaches the hand insertion part 133, the second finger crotch part 152 and the vicinity thereof, and is sewn on the second inter-finger back leather 212. 2 easily deformable portion 192.

  The third finger back leather 233 defines a part of the other side surface and upper surface of the ring finger bag 123 and a part of one side surface and upper surface of the little finger bag 124, and from the third finger crotch portion 153 and the vicinity thereof. The third inter-finger back leather 213 extending toward the hand insertion part 133 while curving so as to retract, and the third finger crotch part 153 and a portion located in the vicinity thereof are provided on the third inter-finger back leather 213. And a third easily deformable portion 193 sewn.

  The first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 are all the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193. From first finger back leather 211, second finger back leather 212, and third finger back leather 213 located on both sides and located on the back side of each index finger bag 121, middle finger bag 122, ring finger bag 123 It can be deformed with a small force.

  For example, the thickness of the first easily deformable portion 191, the thickness of the second easily deformable portion 192, and the thickness of the third easily deformable portion 193 are the thickness of the first inter-finger back leather 211 and the second inter-finger back leather 212. It is formed thinner than the thickness and the thickness of the third inter-finger back leather 213. Accordingly, the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 all include the first inter-finger back leather 211, the second inter-finger back leather 212, and the third inter-finger back surface. It can be deformed with a smaller force than leather 213.

  In this case, for example, the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193, the first inter-finger rear leather 211, the second inter-finger rear leather 212, and the third inter-finger rear surface. Artificial leather or natural leather can be used as the leather 213.

  Further, the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 are made of different materials from the first inter-finger back leather 211, the second finger back leather 232, and the third finger back leather 233. You may comprise by. For example, the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 are made of a material softer than the first inter-finger back leather 211, the second inter-finger back leather 212, and the third inter-finger back leather 213. You may comprise.

  In this case, for example, the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 are formed of a two-weight ricot fabric that is a knit material, and the first inter-finger back leather 211, second Examples include the case where the inter-finger back leather 212 and the third inter-finger back leather 213 are made of natural leather, artificial leather, or the like. Further, the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 are more elastic than the first inter-finger back leather 211, the second inter-finger back leather 212, and the third inter-finger back leather 213. You may comprise from a material with big. For example, the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 are configured from a two-weight recot fabric that is a knit material.

  In the first embodiment, the index finger side rear leather 215 and the little finger side rear leather 214 are also made of the same material as the first inter-finger rear leather 211, the second inter-finger rear leather 212, and the third inter-finger rear leather 213. And thickness.

  FIG. 8 is a perspective view showing first finger crotch portion 151, second finger crotch portion 152, and third finger crotch portion 153 when viewed from the side of receiving ball leather 132. As shown in FIG. 8, the first easily deformable portion 191 is located on the back leather 131 side. The palm side of the index finger bag 121, the middle finger bag 122, the ring finger bag 123, and the little finger bag 124 is defined by the index finger abdomen 141, the middle finger abdomen 142, the ring finger abdomen 143, and the little finger abdomen 144 of the ball receiving leather 132. Yes. Note that the spherical leather 132 is more difficult to deform than the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193. For example, the ball-receiving leather 132 is made of natural leather or artificial leather that is thicker than the first easily deformable part 191, the second easily deformable part 192, and the third easily deformable part 193. Each finger bag 120 is connected by a leather strap 145 between the tips of adjacent finger bags 120.

  Here, in FIG. 1, when the user catches the ball or grasps the ball, the user applies force to the thumb, middle finger, ring finger, and little finger, so that the middle finger bag 122, ring finger bag 123, and little finger The ball catching tool 100 is deformed so that the bag 124 and the thumb bag 110 are brought close to each other.

  At this time, the first finger crotch portion 151 and a portion located between the first finger crotch portion 151 and the hand insertion portion 133 are bent toward the receiving surface side. The side surface portion of the index finger bag 121 near the first finger crotch portion 151 and the side surface portion of the middle finger bag 122 near the first finger crotch portion 151 are in close proximity to and in contact with each other. It is displaced to.

  In the second finger crotch portion 152, the third finger crotch portion 153, and the vicinity thereof, the same deformation as that of the first finger crotch portion 151 and the vicinity thereof occurs.

  Here, FIG. 9 to FIG. 20 show the results of measuring the deformed state of the ball catcher when the pitcher, second baser, third baser, and shortstopper caught sideways and vertically. When measuring the deformation state of the ball catcher, when the user wears the ball catcher provided with a plurality of sensors and closes the ball catcher so as to hold the ball The displacement of each sensor is measured, and the amount of displacement at each location of the ball catching tool is measured. 9 to 20, the model of the ball catching tool is divided into a plurality of elements, and elements that are largely displaced during the ball catching operation are marked with a circle. In particular, elements that are largely displaced are A heavy circle is attached.

  FIG. 9 is a front view of the ball catcher model showing the deformation state of the complementary ball catcher when the pitcher wears the ball catcher and catches it sideways, and FIG. 10 is the ball catch shown in FIG. It is a side view of a tool model. As shown in FIGS. 9 and 10, when the pitcher seizes, a finger crotch portion located between the root portion of the index finger bag and the root portion of the middle finger bag, and the root portion of the middle finger bag And finger crotch located between the base of the ring for the ring finger and the finger crotch located between the base of the bag for the ring finger and the root of the bag for the little finger It can be seen that the distance to the part is greatly displaced.

  FIG. 11 is a front view of the ball catcher model showing a deformed state of the ball catcher when the two-handed player catches sideways, and FIG. 12 is a side view of the ball catcher model shown in FIG. As shown in FIG. 11 and FIG. 12, even when the second arm is caught, the finger crotch portion located between the root portion of the index finger bag and the root portion of the middle finger bag, and the middle finger bag From the finger crotch portion located between the root portion and the root portion of the ring finger bag, the finger crotch portion located between the root portion of the ring for the ring finger and the root portion of the little finger bag, It can be seen that there is a large displacement between the hand insertion part.

  FIG. 13 is a front view of a ball catching tool model showing a deformed state of the ball catching device when a gamer catches it sideways, and FIG. 14 is a side view of the ball catching device model shown in FIG. As shown in FIG. 13 and FIG. 14, when the shortstop is caught, the finger crotch portion positioned between the root portion of the index finger bag and the root portion of the middle finger bag, the root portion of the ring finger bag, It can be seen that the finger crotch portion located between the root portion of the little finger bag and the portion located between the finger crotch portion and the hand insertion portion are greatly displaced.

  FIG. 15 is a front view of the ball catcher model showing a deformed state of the ball catcher when the outfielder catches vertically, and FIG. 16 is a side view of the ball catcher model shown in FIG. As shown in FIG. 15 and FIG. 16, when the outfielder is vertically caught, the finger crotch portion located between the root portion of the ring finger bag and the root portion of the little finger bag, and the finger crotch portion It can be seen that the portion located between the hand insertion portion is greatly displaced.

  FIG. 17 is a front view of a ball catcher model showing a deformed state of the ball catcher when the gamer is caught vertically, and FIG. 18 is a side view of the ball catcher shown in FIG. As shown in FIG. 17 and FIG. 18, when the shortstop is caught vertically, the finger crotch portion located between the root portion of the ring finger bag and the root portion of the little finger bag, and the hand from the finger crotch portion, It can be seen that the portion located between the insertion portion is greatly displaced.

  FIG. 19 is a front view of the ball catcher model showing a deformed state of the ball catcher when the third baseball is caught vertically, and FIG. 20 is a side view of the ball catcher model shown in FIG. As shown in FIGS. 19 and 20, the finger crotch portion is located between the root portion of the ring for the ring finger and the root portion of the little finger bag, and is located between the finger crotch portion and the hand insertion portion. It can be seen that the portion is greatly displaced.

  Thus, as shown in FIG. 9 to FIG. 20, when vertical catching or side catching at various defensive positions, the first finger crotch portion 151, the second finger crotch portion 152 shown in FIG. 1, It can be seen that the portion where the third finger crotch portion 153 is located is greatly displaced.

  On the other hand, as shown in FIGS. 1 and 3, in the ball catcher 100 according to the first embodiment, the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153. A first easily deformable portion 191, a second easily deformable portion 192, and a third easily deformable portion 193 are formed in a portion where the and are located, and the user can easily deform the portion. For this reason, the user can smoothly perform the ball catching operation, and can suppress the occurrence of harmful effects such as falling balls.

  In particular, the portion where the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153 are located has a large amount of displacement when deformed from the normal state to the catching state. By arranging the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193, the force required for the user to deform the ball catching tool 100 can be greatly reduced.

  Further, in the ball catching tool 100 according to the first embodiment, the first easily deformable portion 191 includes the first finger crotch portion 151 from the distal end side of the index finger bag 121 or the middle finger bag 122 and the hand insertion portion 133 side. Extending in the longitudinal direction of the index finger bag 121 and the middle finger bag 122. In addition, the other second finger crotch portion 152 and third finger crotch portion 153 are also formed in the same length as the first finger crotch portion 151. For this reason, the part located in the vicinity of the 1st finger crotch part 151, the 2nd finger crotch part 152, and the 3rd finger crotch part 153 can also be easily changed, and the catching tool 100 is captured from the shape in the normal state. It can be easily deformed into a shape in a spherical state.

  Each of the first easily deformable part 191, the second easily deformable part 192, and the third easily deformable part 193 includes the first finger crotch part 151, the second finger crotch part 152, and the third finger crotch part 153, respectively, and the hand insertion part 133. A first inter-finger portion 161, a second inter-finger portion 162, and a third inter-finger portion 163.

  Here, as shown in FIGS. 9 to 20 above, when catching a ball, with respect to the portion located on the hand insertion portion 133 side with respect to the first finger crotch portion 151 and the second finger crotch portion 152 The part located on the hand insertion part 133 side and the part located on the hand insertion part 133 side with respect to the third finger crotch part 153 need to be greatly deformed. On the other hand, according to the ball catching tool 100 according to the first embodiment, a part that is located on the hand insertion part 133 side with respect to the first finger crotch part 151 or a hand insertion with respect to the second finger crotch part 152. The first finger-to-finger portion 161, the second finger-to-finger portion 162, or the third finger-to-finger portion 163 is located on the portion located on the portion 133 side or on the hand insertion portion 133 side with respect to the third finger crotch portion 153. Is positioned, the portion can be easily deformed, and the force required for the catching operation can be reduced. Thereby, a catching operation | movement etc. can be performed smoothly.

  Here, in FIG. 5, of the first easily deformable portion 191, the side portion 251 located on the thumb bag 110 side is in the longitudinal direction of the side portion 251 (from the first finger crotch portion 151 to the hand insertion portion 133. It extends in a curved shape so as to bulge toward the thumb bag 110 side at or near the center of the heading direction. Furthermore, the other side portion 253 is curved so as to be close to the second easily deformable portion 192 at or near the longitudinal center of the side portion 253. And the edge part by the side of the hand insertion part 133 of the side part 251 and the edge part by the side of the hand insertion part 133 of the side part 253 are connected, and the circular-arc-shaped bottom part 252 is formed. For this reason, the width of the first easily deformable portion 191 is formed so that the width increases from the first finger crotch portion 151 toward the hand insertion portion 133 side. The width of the portion adjacent to the crotch portion 151 on the hand insertion portion 133 side is the largest (the length in the short direction of each finger bag).

  Further, in FIG. 6, among the side portions of the second easily deformable portion 192, the side portion 254 located on the index finger bag 121 side is the first easy portion at or near the longitudinal central portion of the side portion 254. It is curved so as to be close to the deforming portion 191. Further, the other side portion 256 is curved so as to be close to the third easily deformable portion 193 at or near the longitudinal central portion of the side portion 256. And the edge part by the side of the hand insertion part 133 of the side part 254 and the edge part by the side of the hand insertion part 133 of the side part 256 are connected, and the circular-arc-shaped bottom part 255 is formed.

  Therefore, the second easily deformable portion 192 is formed so as to increase in width from the second finger crotch portion 152 toward the hand insertion portion 133 side. The portion adjacent to the crotch portion 152 on the hand insertion portion 133 side has the largest width.

  Further, in FIG. 7, among the side portions of the third easily deformable portion 193, the side portion 257 located on the middle finger bag 122 side is the second easy portion at or near the longitudinal central portion of the side portion 257. It is curved so as to be close to the deforming portion 192. Further, the other side portion 259 is curved so as to be close to the side portion of the third inter-finger back leather 213 at or near the longitudinal center portion of the side portion 259. And the edge part by the side of the hand insertion part 133 of the side part 257 and the edge part by the side of the hand insertion part 133 of the side part 259 are connected, and the circular-arc-shaped bottom part 258 is formed.

  For this reason, the third easily deformable portion 193 is formed so as to increase in width from the third finger crotch portion 153 toward the hand insertion portion 133 side. The width of the portion adjacent to the crotch portion 153 on the hand insertion portion 133 side is the largest.

  Here, as shown in FIGS. 9, 13, and 19, depending on the catching form, the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153 may be moved to the hand insertion portion 133 side. As it goes, the area that is largely displaced increases, and the area that displaces most widely is in the middle of the first finger crotch part 151, second finger crotch part 152, third finger crotch part 153, and hand insertion part 133 and in the vicinity thereof. I understand that

  According to the ball catching tool 100 according to the first embodiment, the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 include the first finger crotch portions 151, 152 and the third finger crotch portion. The first finger crotch 151, the second finger crotch 152, the middle between the third finger crotch 153 and the hand insertion part 133 and in the vicinity thereof are formed so as to extend from the part 153 to the hand insertion part 133. Since it is formed to be wide, the ball catching tool 100 can be easily deformed even in the ball catching form as shown in FIGS. 9, 13, and 19.

  The first easily deformable portion 191 extends from the first finger crotch portion 151 toward the distal end portion of the index finger bag 121, the index finger side easily deformable portion 171 provided on the side surface of the index finger bag 121, and the middle finger bag 122. And a middle finger side surface easily deformable portion 172 provided on the side surface. The second easily deformable portion 192 extends from the second finger crotch portion 152 toward the distal end portion of the middle finger bag 122, the middle finger side easily deformable portion 173 provided on the side surface of the middle finger bag 122, and the ring finger bag 123. A ring finger side easily deformable portion 174 extending toward the distal end portion and formed on the side surface of the ring finger bag 123 is provided. The third easily deformable portion 193 extends from the third finger crotch portion 153 toward the distal end portion of the ring finger bag 123, and the third finger deformable portion 175 formed on the side surface of the ring finger bag 123, A little finger side surface easily deformable portion 176 that extends from the finger crotch portion 153 toward the tip of the little finger bag 124 and is formed on the side surface of the little finger bag 124 is provided.

  Here, when the ball catching tool 100 is deformed from the shape in the normal state to the shape when the ball is gripped, the user applies at least a force for bringing the side portions of the adjacent finger bags 120 into contact with each other and deforming them. It is necessary to add to the ball catcher 100. On the other hand, in this ball catching tool 100, a side easily deformable portion that can be easily deformed is provided in a portion of the finger pouch 120 that abuts on a side portion of the adjacent finger pouch 120. The easily deformable portion 171 and the middle finger side surface easily deformable portion 172 are abutted and deformed, the middle finger side surface easily deformable portion 173 and the ring finger side surface easily deformable portion 174 are contacted and deformed, and the ring finger side surface easily deformable portion is further deformed. When the part 175 and the little finger side surface easily deformable part 176 are brought into contact with each other and deformed, the force applied by the user can be reduced.

  Here, in FIG. 1 and FIG. 3, the back side of the index finger bag 121 is provided adjacent to the first finger crotch portion 151 where the first easily deformable portion 191 is located. The strap 221 passes through the center of the back of the index finger bag 121 in the width direction (arrangement direction of each finger bag) and is positioned on the center line L <b> 2 extending in the longitudinal direction of the index finger bag 121.

  Furthermore, the back side of the middle finger bag 122 is provided at a position adjacent to the first crotch portion 151 where the first easily deformable portion 191 is located. The strap 222 passes through the center in the width direction of the middle finger bag 122 and is located on a center line L1 extending in the longitudinal direction of the middle finger bag 122. An intersection point between the center line L1 and the center line L2 is defined as an intersection point P.

  The distal end portion of the first finger crotch portion 151 is a vertex portion Q constricted in a V shape, and is defined as a reference line L3 passing through a virtual straight line passing through the vertex portion Q and the intersection point P.

  The first easily deformable portion 191 includes a first center-side easily deformable portion 195L located on the center line L1 side with respect to the reference line L3, and a second center side located on the center line L2 side with respect to the reference line L3. And an easily deformable portion 195R.

  Here, in the ball catcher 100 according to the first embodiment, the width R1 of the first center side easily deformable portion 195L in the direction perpendicular to the reference line L3 is in the direction perpendicular to the reference line L3. The second center side easily deformable portion 195R is formed larger than the width R2.

  Similarly, in the second easily deformable portion 192, the width of the portion of the second easily deformable portion 192 that is located on the side of the strap 223 with respect to the reference line (not shown) of the second easily deformable portion 192. Is formed larger than the width of the portion located on the side of the strap 222 with respect to the reference line.

  Furthermore, also in the 3rd easily deformable part 193, the width | variety of the part located in the strap 224 side with respect to the reference line (not shown) of the 3rd easily deformable part 193 among the 3rd easily deformable parts 193 is a reference | standard. It is formed larger than the width of the portion located on the side of the strap 223 with respect to the line.

  In this way, by configuring each of the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193, it is possible to easily perform the ball catching operation and the operation of gripping the ball.

  The width R1 of the first center side easily deformable portion 195L in the direction perpendicular to the reference line L3 is formed smaller than the width R2 of the second center side easily deformable portion 195R in the direction perpendicular to the reference line L3. May be.

  Similarly, in the second easily deformable portion 192, the width of the portion of the second easily deformable portion 192 that is located on the side of the strap 223 with respect to the reference line (not shown) of the second easily deformable portion 192. May be formed smaller than the width of the portion located on the side of the strap 222 with respect to the reference line.

  Furthermore, also in the 3rd easily deformable part 193, the width | variety of the part located in the strap 224 side with respect to the reference line (not shown) of the 3rd easily deformable part 193 among the 3rd easily deformable parts 193 is referred to. You may form smaller than the width | variety of the part located in the strap 223 side with respect to a line. That is, it is conceivable that the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 are formed asymmetrically with respect to the respective reference lines.

  21 is a plan view of the first inter-finger back leather 211, FIG. 22 is a plan view of the second inter-finger back leather 212, and FIG. 23 is a plan view of the third inter-finger back leather 213. .

  As shown in FIG. 21, a notch 271 is formed in the first inter-finger back leather 211, and the outer peripheral edge of the first easily deformable portion 191 is sewn along the outer peripheral edge of the notch 271. Worn. Accordingly, the first easily deformable portion 191 can be exposed to the outside without being covered with the first inter-finger back leather 211.

  Of the inner peripheral edge portion of the cutout portion 271, one side portion 261 and the other side portion 263 are curved so as to be most separated from each other at or near the central portion in the longitudinal direction. In addition, as shown in FIG. 22, a notch 272 is also formed in the second inter-finger back leather 212. And the side part 264 and the side part 266 of this notch part 272 are curving so that it may mutually be spaced apart most in the longitudinal direction center part or its vicinity. Furthermore, a notch 273 is also formed in the third inter-finger back leather 213 shown in FIG. Also in the cutout portion 273, the side portion 267 and the side portion 269 are curved so as to be farthest from each other at the center portion in the longitudinal direction.

  Therefore, when the catching tool 100 is deformed from the normal state to the catching state, the side part 261 and the side part 263 come into contact with each other, or the side part 264 and the side part 266 come into contact with each other. Furthermore, it can suppress that the side part 267 and the side part 269 contact | abut. In this way, when the ball catching tool 100 is deformed by suppressing the contact between the side portions of the first inter-finger back leather 211, the second inter-finger back leather 212, and the third inter-finger back leather 213. An increase in required force can be suppressed.

  In FIG. 21 to FIG. 23, the bottom 262 located closest to the hand insertion portion 133 among the inner peripheral edge of the notch 271 is curved in an arc shape, and the other second inter-finger back leather 212 and the third The inter-finger back leather 213 is similarly curved in an arc shape. For this reason, even when the catching tool 100 is deformed, it is difficult for stress to concentrate on each bottom portion 262, bottom portion 265, and bottom portion 268. Thereby, even if it repeatedly performs ball-catching operation | movement, it can suppress that each bottom part 262, the bottom part 265, the bottom part 268, and its vicinity deteriorate.

  Furthermore, as described above, the inner peripheral edge of the notch part 271, the notch part 272, and the notch part 273 are curved in a curved shape. Even if the bent ends of the easily deformable portion 192 and the third easily deformable portion 193 are not located at the bottom portions 262, the bottom portions 265, and the bottom portions 268, the inner peripheral edge portions of the inner peripheral edge portions of the notch portions 271, 272 and 273 Any of the positions can be a bent end. In other words, each first easily deformable portion 191, second easily deformable portion 192, and third easily deformable portion are adapted to the mode even if the force is applied in various manners and how the force is applied without local deformation. The part 193 can be deformed, and a smooth catching operation can be performed.

  In FIG. 1, the middle finger side surface easily deformable portion 172 of the first easily deformable portion 191 extends to the tip side of the finger bag 120 rather than the index finger side surface easily deformable portion 171. The ring finger side easily deformable portion 174 of the second easily deformable portion 192 extends to the distal end side of the finger pouch 120 rather than the middle finger side surface easily deformable portion 173. The little finger side easily deformable portion 176 of the third easily deformable portion 193 extends to the distal end side of the finger pouch 120 rather than the ring finger side easily deformable portion 175.

  Here, as shown in FIG. 1, a gap is formed between the finger pouches 120 on the tip side of the finger pouch 120 from the first finger crotch 151, the second finger crotch 152, and the third finger crotch 153. Has been. For this reason, as shown in FIGS. 9 to 20, the finger pouch 120 is located closer to the distal end portion of the finger pouch 120 than the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153. The displacement of the portion is smaller than that of the portion located closer to the hand insertion portion 133 than the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153.

  Therefore, as described above, the index finger side surface easily deformable portion 171 is made shorter than the middle finger side surface easily deformable portion 172, and the middle finger side surface easily deformable portion 173 is made shorter than the ring finger side surface easily deformable portion 174. By reducing the length of the portion 175 to be shorter than the little finger side surface easily deformable portion 176, the strength required during catching can be reduced while maintaining the strength of the index finger bag 121, the middle finger bag 122, and the ring finger bag 123. Can do.

  In addition, in the ball catcher 100 according to the first embodiment, each easily deformable portion includes two side easily deformable portions as described above, but only one of them may be provided. Thereby, the intensity | strength of each finger bag 120 can be ensured more.

In the present embodiment, each of the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153 has a first easily deformable portion 191, a second easily deformable portion 192, or a third Although the easily deformable portion 193 is provided, the present invention is not limited to this and may be provided at any one location.

  Further, in the example shown in FIGS. 1 to 8, between the root portion of the index finger bag 121 and the root portion of the middle finger bag 122, and between the root portion of the middle finger bag 122 and the root portion of the ring finger bag 123. In addition, the first easily deformable portion 191 is formed on each of the first finger crotch portion 151, the second finger crotch portion 152, and the second finger crotch portion 152 located between the root portion of the ring finger bag 123 and the root portion of the little finger bag 124. Although the 2nd easily deformable part 192 and the 3rd easily deformable part 193 are arrange | positioned, it is not restricted to this. For example, a fourth easily deformable portion or the like may be provided in a portion located on the back side of the thumb bag 110 and in a portion where the connecting portion between the thumb bag 110 and the web portion 111 is located.

  FIG. 28 shows a modified example of the ball catching tool 100 according to Embodiment 1, and is a side view showing a schematic configuration of the ball catching tool 100 when viewed from the side from the thumb bag 110 side. Furthermore, FIG. 29 is a perspective view showing a schematic configuration of a connecting portion between the index finger bag 121 and the web portion 111 of the ball catching tool 100 shown in FIG. 28 and the vicinity thereof. 28 and 29, the leather strap is omitted.

  Here, as shown in FIG. 28, the fourth easily deformable portion 194 includes a continuous portion (thumb bag continuous portion) that continuously connects the side surface portion on the web portion 111 side of the thumb bag 110 and the bottom portion 200 of the web portion 111. 164). 29, the web portion 111 is provided between the continuous portion (index finger continuous portion) 165 of the index finger bag 121 and the continuous portion 164 of the thumb bag 110 shown in FIG. The portion 165 and the continuous portion 164 extend so as to be continuous.

  The fourth easily deformable portion 194 includes a thumb side easily deformable portion 177 extending from the connecting portion 164 toward the tip of the thumb bag 110, a bottom easily deformable portion 178 extending along the bottom portion 200, and the connecting portion 164. And a fourth inter-finger portion 217 extending toward the hand insertion portion 133 shown in FIG.

  Here, as shown in FIGS. 10, 12, 14, 18, and 20, when performing the ball catching operation, the side portion of the thumb bag 110 on the web portion 111 side and the web portion 111. It can be seen that the bottom portion 200, the connecting portion 164, and the vicinity thereof are greatly deformed.

  On the other hand, as described above, the fourth easily deformable portion 194 is provided in the portion including the continuous portion 164 and its periphery, and can be easily deformed. For this reason, when a user catches a ball or the like, the portion can be easily deformed, and a smooth catching operation can be performed.

  Further, when the catcher 100 is deformed from the normal state of the catcher 100 that can accept the ball to the catching state of catching the hole, the web portion 111 is deformed to be curved. For this reason, the bottom part 200 of the web part 111 also deform | transforms so that it may curve.

  At this time, since the fourth easily deformable portion 194 includes the bottom easily deformable portion 178, the bottom portion 200 can be easily deformed at the time of catching, and the force applied to the catching tool 100 by the user is reduced. be able to.

  In particular, as shown in FIG. 10 and the like, when the catching tool 100 is deformed into the catching state, the portion located between the connecting portion 164 and the hand insertion portion 133 shown in FIG. 1 is also greatly deformed. And this 4th easily deformable part 194 is provided with the 4th finger | toe part 217 extended toward the hand insertion part 133 side from the connection part 164, and can also change the said part easily.

  Furthermore, as shown in FIG. 29, the ball catching tool 100 is provided in a portion including the continuous portion 165 that continuously connects the side surface portion on the web portion 111 side of the index finger bag 121 and the bottom portion 200 of the web portion 111 and the periphery thereof. A fifth easily deformable portion 195 is provided. For this reason, the connection part 165 and its circumference | surroundings can be changed easily.

  Furthermore, the fifth easily deformable portion 195 includes a bottom easily deformable portion 179 extending from the connecting portion 165 along the bottom portion 200 and a forefinger side surface portion 180, and is provided on the web portion 111 side of the bottom portion 200 and the index finger bag 121. Improvement of the deformability of the side surface portion is achieved. Furthermore, the 5th easily deformable part 195 is provided with the 5th finger | toe part 216 extended toward the hand insertion part 133 side from the connection part 165, and the improvement of the easy deformability of the said part is also aimed at. .

  Thus, by providing the fourth easily deformable portion 194 and the fifth easily deformable portion 195 shown in FIGS. 28 and 29, the operability of the ball catching tool 100 can be improved.

  The fourth easily deformable portion 194 is located in a portion adjacent to the continuous portion 164 and is located in a portion located on the back side of the thumb bag 110 or a portion adjacent to the continuous portion 164. The bottom portion 200 of the web portion 111 is made of a material that is easily deformed with a smaller force than the portion located on the hand insertion portion 133 side. Further, the fifth easily deformable portion 195 is located in a portion adjacent to the connecting portion 165 and is located on the back side of the index finger bag 121 or the hand insertion portion 133 with respect to the bottom portion 200 of the web portion 111. It is made of a material that can be deformed with a smaller force than the portion located on the side.

  And the 4th easily deformable part 194 and the 5th easily deformable part 195 are comprised with the material similar to the said 1st easily deformable part 191, the 2nd easily deformable part 192, and the 3rd easily deformable part 193.

  FIG. 24 is a front view of the back leather 812 inserted into the front leather 130 shown in FIGS. 1 and 2. As shown in FIG. 24, the ball catching tool 100 includes a back leather 812 that is inserted into the front leather 130 and can accept each finger of the user. The back leather 812 is coupled to the front leather 130 by a leather strap or the like.

  The back leather 812 includes a palm member 813 disposed on the palm side and a back member 814 disposed on the back side, and the palm member 813 and the back member 814 are sewn together.

  The back leather 812 includes a thumb portion 820 that receives a thumb, an index finger portion 821 that receives an index finger, a middle finger portion 822 that receives a middle finger, a ring finger portion 823 that receives a ring finger, and a little finger portion 824 that receives a little finger. The palm member 813 and the back member 814 are made of softly tanned leather in consideration of the feel when the grab is worn.

(Embodiment 2)
The ball catching tool according to the second embodiment will be described with reference to FIG. In FIG. 25, the same or corresponding components as those shown in FIGS. 1 to 24 may be denoted by the same reference numerals and description thereof may be omitted.

  FIG. 25 is a plan view showing the finger bag back leather 310 of the ball catching tool according to the second embodiment. As shown in FIG. 25, the length in the longitudinal direction of the index finger side easily deformable portion 171 of the first easily deformable portion 191 (longitudinal direction of the finger bag 120) and the length in the longitudinal direction of the middle finger side easily deformable portion 172 are: It is almost equal.

Furthermore, the length in the longitudinal direction of the middle finger side surface easily deformable portion 173 of the second easily deformable portion 192 and the length in the longitudinal direction of the ring finger side surface easily deformable portion 174 are substantially equal. Further, the length in the longitudinal direction of the ring finger side easily deformable portion 175 and the length in the longitudinal direction of the little finger side easily deformable portion 176 are formed to be substantially equal.

  Accordingly, when the ball catching tool according to the second embodiment is deformed from the normal state to the ball catching state, the substantially entire surface of the index finger side surface easily deformable portion 171 and the substantially entire surface of the middle finger side surface easily deformable portion 172 come into contact with each other. Further, the substantially entire surface of the middle finger side surface easily deformable portion 173 and the substantially entire surface of the ring finger side surface easily deformable portion 174 come into contact with each other, and the substantially entire surface of the ring finger side surface easily deformable portion 175 and the substantially entire surface of the little finger side surface easily deformable portion 176 Abut.

  Thus, at the time of deformation | transformation of a ball catching tool, the force which deformation | transformation of a ball catching tool requires by comprising the parts which contact with the other finger bag 120 adjacent among each finger bag 120 by an easily deformable part. Can be reduced.

(Embodiment 3)
The ball catcher according to the third embodiment will be described with reference to FIG. 26 and FIG. 1 as appropriate. In addition, about the structure which is the same as that of the structure shown by said FIG. 1 to FIG. 25, or the structure corresponded, the same code | symbol may be attached | subjected and the description may be abbreviate | omitted. FIG. 26 is a plan view of the finger bag back leather 410 attached to the ball catcher according to Embodiment 3. FIG.

  As shown in FIG. 26, the first easily deformable portion 191 extends from the first finger crotch portion 151 so as to reach the opening defining portion 135 shown in FIG. The second easily deformable portion 192 also extends from the second finger crotch portion 152 to the opening defining portion 135. The third easily deformable portion 193 also extends from the third finger crotch portion 153 to reach the opening defining portion 135.

  For this reason, when the ball catching tool according to the third embodiment is deformed from the normal state to the ball catching state, each first finger crotch portion 151, second finger crotch portion 152, and third finger crotch portion 153 define the opening. A portion located up to the portion 135 (hand insertion portion 133) can be easily deformed.

  Here, as shown in FIG. 9 to FIG. 20, when the ball catching tool is deformed from the normal state to the ball catching state, the portion located between each finger crotch portion and the hand insertion portion is greatly deformed. I understand that Therefore, as described above, by arranging the easily deformable portion in the portion located in the region, the force required when the user deforms the ball catching tool can be reduced, and the ball catching operation can be performed smoothly. It can be carried out.

  FIG. 27 is a side view showing a modification of the ball catching tool according to the third embodiment. As shown in FIG. 27, the finger bag back leather is composed of a first easily deformable portion 191, a second easily deformable portion 192, a third easily deformable portion 193, and a piece of leather imitating the shape of a hand. May be.

  In addition, in FIG. 3, one piece of leather imitating the shape of the hand includes a first inter-finger back leather 211, a second inter-finger back leather 212, a third inter-finger back leather 213, and a little finger side back. The leather 214 and the index finger side rear leather 215 are made of a single piece of leather.

  By configuring the finger bag back leather in this way, the strength of the finger bag back leather can be reduced as compared with the finger bag back leather 210 shown in FIG. 3 and can be easily deformed. Thereby, the force required when deforming the catching tool into the catching shape can be reduced.

  In the example shown in FIG. 27, the lengths in the width direction of the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 are substantially uniform in the longitudinal direction. Each of the first easily deformable portion 191, the second easily deformable portion 192, and the third easily deformable portion 193 includes the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153 to the hand insertion portion 133. It extends to reach up to.

(Embodiment 4)
A ball catcher 100 according to Embodiment 4 of the present invention will be described with reference to FIGS. 30 to 61. Of the configurations shown in FIGS. 30 to 61, the same or corresponding components as those shown in FIGS. 1 to 29 may be denoted by the same reference numerals and description thereof may be omitted. .

  30 is a rear view of the ball catching tool 100 according to Embodiment 4 of the present invention, and FIG. 31 is a plan view of the finger bag back leather 210 of the ball catching tool 100 shown in FIG. A ball catching tool 100 shown in FIG. 30 is provided between a helicopter portion 137 and a virtual line L4 passing through the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153 in the back leather 131. An easily deformable portion is formed in the region A located. The helicopter portion 137 is a part of the opening defining portion 135, and is a hand insertion portion with respect to the distal end portion of the index finger bag 121 from the portion M 1 positioned on the hand insertion portion 133 side with respect to the third finger crotch portion 153. It is located between the parts M2 located on the 133 side, and extends in the arrangement direction of the finger bags. Accordingly, as shown in FIG. 31, the region A is located between the helicopter 137 located between the part M1 and the part M2 and the virtual line L4. The imaginary line L4 passes through each finger crotch and extends in the arrangement direction of the finger bags. Then, by attaching the front leather 130 and the back leather 131, the index finger bag 121, the middle finger bag 122, the ring finger bag 123, and the little finger bag 124 are formed, and the helicopter portion 137 includes the index finger bag 121, Part of the opening edge of the middle finger bag 122, the ring finger bag 123, and the little finger bag 124 is defined.

  Since the portion where the region A is located in the back leather 131 is a portion that is largely displaced when catching the ball during catching, the catcher 100 can be easily captured by providing an easily deformable portion in the region. It can be transformed into a spherical form. Note that the first finger crotch portion 151, the second finger crotch portion 152, and the third finger crotch portion 153 have a certain extent around the valley between the finger bags, as shown by the broken lines in FIG. .

  Here, it will be described with reference to FIGS. 32 to 35 that the portion where the region A is located in the back leather 131 is deformed more greatly than the other portions.

  FIG. 32 shows a ball catcher in which a plurality of reflective markers 500 are arranged at intervals on the back leather 131. And the three-dimensional coordinate of the reflective marker 500 was measured using the optical motion analysis system Mac3D system (made by Motion Analysis), and the coordinate displacement of the reflective marker 500 was calculated.

  33 is a coordinate model 510 showing the three-dimensional coordinates of each reflection marker 500, and FIG. 34 is a displacement model 520 showing the displacement amount of each reflection marker 500 during catching. FIG. 35 is a displacement model 520 showing the displacement state of each part when the ball catching tool shown in FIG. 32 is attached and the ball catching tool is deformed from the normal state to the ball catching state.

  In FIG. 35, when the ultra-high displacement region P1 to the low displacement region P4 are arranged in the order of large displacement, the super-high displacement region P1, the high displacement region P2, the middle displacement region P3, and the low displacement region P4 are obtained. A region P1 indicates the most displaced region. As shown in FIG. 35, it can be seen that the super-high displacement region P1 and the high displacement region P2 are distributed in a large amount in the region A located between each finger crotch portion and the helicopter portion 137.

  Therefore, in the ball catcher 100 according to the present embodiment, the ball catcher 100 is deformed into the ball catching state by forming an easily deformable portion in the region where the ultra-high displacement region P1 and the high displacement region P2 are distributed. At this time, it is possible to easily deform the greatly deformed portion, and the catching operation can be performed smoothly and in a short time.

  Here, when the easily deformable portion is arranged on the finger crotch portion, the size of the easily deformable portion, the softness depends on the type of the catcher such as the catcher for the outfielder, the catcher for the gamer, and the catcher for the third baseman. Set the thickness, thickness and material. Furthermore, it is preferable to form the easily deformable portion in consideration of the catching mode of the user such as vertical catching and horizontal catching in addition to the type of catching tool.

  Specifically, in the ball catcher 100 shown in FIG. 1, the deformation amount of the third easily deformable portion 193 with respect to the same load is larger than the deformable amounts of the second easily deformable portion 192 and the first easily deformable portion 191. The ball catcher formed to be large is suitable as a ball catcher for an outfielder, a ball catcher for a gamer, and a ball catcher for a third baseman. In particular, when applied to an outfielder catcher, a ball catcher for a short-handed player, and a catcher for a third baseman, it is suitable for catching a ball vertically.

  And as a means to make the deformation amount of the 3rd easily deformable part 193 larger than the deformation amount of the 2nd easily deformable part 192 and the 1st easily deformable part 191, for example, the area of the 3rd easily deformable part 193 Is made wider than the areas of the second easily deformable portion 192 and the first easily deformable portion 191, and the thickness of the third easily deformable portion 193 is thinner than the thickness of the second easily deformable portion 192 and the first easily deformable portion 191. For example, the third easily deformable portion 193 may be formed of a material having higher elasticity than the second easily deformable portion 192 and the third easily deformable portion 193. The means for adjusting the deformation amount is not limited to the above.

  In this ball catching tool, more preferably, the amount of deformation of the second easily deformable portion 192 with respect to the same load is made larger than the amount of deformation of the first easily deformable portion 191. In addition, when the user who inserts a little finger and a ring finger into a little finger bag uses, you may make it provide only the 3rd easily deformable part 193. FIG.

  On the other hand, a ball catching device in which the deformation amount of the second easily deformable portion 192 with respect to the same load is larger than the deformable amounts of the first easily deformable portion 191 and the third easily deformable portion 193 is a ball catcher for a gamer and a third baseman. It can be employed as a ball catcher. In particular, it is suitable when a ball is caught by using a ball catcher for a gamer or when a ball is caught by using a ball catcher for a third baseman.

  In the case of this ball catcher, the deformation amount of the first easily deformable portion 191 and the deformable amount of the third easily deformable portion 193 with respect to the same load may be the same or different from each other. It adjusts suitably according to a mode. In addition, the above-mentioned means is employ | adopted as an adjustment means of the deformation amount with respect to the same load.

  FIG. 37 to FIG. 41 are graphs showing deformation amounts of the ball catching tool when the subject A vertically catches or catches the ball with various ball catching tools, and FIG. 42 to FIG. It is the graph which showed the deformation | transformation state of the ball catching tool when a ball is caught vertically with a ball catching tool or when it is caught horizontally.

  37 to 46, the vertical axis represents the rate of change of the area of the predetermined matrix m1 to matrix m5 in the displacement model 520 of each ball catcher, and the horizontal axis represents the sampled matrix m1 to matrix m5. Indicates. The rate of change of the area of the matrix is an absolute value of {(area of the matrix in the normal state) − (area of the matrix after deformation)} / (area of the matrix in the normal state).

  36 and FIG. 30, among the sampled matrices m1 to m5, the matrix m1 is located at the third finger crotch portion 153, and the matrix m2 is located on the hand insertion portion 133 side with respect to the matrix m1. To do. Furthermore, the matrix m3 is located on the second finger crotch portion 152, and the matrix m4 is located on the hand insertion portion 133 side with respect to the matrix m3. Furthermore, the matrix m5 is located on the first finger crotch 151, and the matrix m6 is located on the hand insertion portion 133 side with respect to the matrix m5.

  FIG. 37 shows the rate of change of the area of each matrix when subject A vertically catches the ball with the outfielder's ball catcher, and FIG. 42 shows the subject B vertically throwing the ball with the outfielder's ball catcher. It is a graph when caught. As shown in FIGS. 37 and 42, the area change rate of the matrices m1 and m2 is larger than the area change rates of the other matrices m3 to m6 in both cases of the subject region A and the subject B. I understand.

  Further, FIG. 38 and FIG. 43 are graphs showing the area change rates of the respective matrices m1 to m6 when the subject A and the subject B vertically capture the ball with the ball catcher for the shortstop. As shown in FIGS. 38 and 43, the average of the area change rates of the matrix m1 and the matrix m2 is greater than the average of the area change rates of the matrix m3 and the matrix m4 in both cases of the test subject A and the test subject B. Furthermore, it is higher than the average area change rate of the matrix m5 and the matrix m6.

  FIG. 39 and FIG. 44 are graphs showing the area change rates of the respective matrices m1 to m6 when the subject A and the subject B vertically capture the ball with the ball catcher for the third baseman. 39 and 44, it can be seen that the area change rates of the matrices m1 and m2 are larger than the area change rates of the other matrices m3 to m6 in both cases of the subjects A and B. .

  In other words, when the ball is caught vertically by the outfielder's catcher, the ball catcher for the gamer, and the catcher for the third baseman, it is necessary to greatly deform the third finger crotch 153 and the portion located around it. I understand.

  For this reason, as described above, the third finger crotch portion 153 is set by making the deformation amount of the third easily deformable portion 193 with respect to the same load larger than the deformable amounts of the second easily deformable portion 192 and the first easily deformable portion 191. It is possible to easily deform the portion located in the vicinity thereof, and when catching the ball vertically with the outfielder ball catcher, the ball catcher for the gamer, and the ball catcher for the third baseman, It can be in a catching state.

  Further, as shown in FIG. 37 to FIG. 39 and FIG. 42 to FIG. 44, the subject A and the subject B use the outfielder ball catcher, the ball catcher for the gamer, and the ball catcher for the third baseman. When catching by vertical catching, the area change rates of the matrices m1 and m2 are the highest, the matrices m3 and m4 are the next highest, and the matrices m5 and m6 are the lowest.

  For this reason, as described above, the amount of deformation of the second easily deformable portion 192 with respect to the same load is larger than the amount of deformation of the first easily deformable portion 191, so that the ball catching tool for outfielders and the gamers When catching a ball vertically with the catcher and the catcher for the third baseman, the catcher is further easily deformed.

  In addition, since the area change amount of the matrix m1 and the matrix m2 is much higher than the area change amount of the other matrices m3 to m6, even if only the third easily deformable portion 193 is provided, the catcher for the outfielder, The ball catcher can be easily transformed into a replenishment state when the ball is caught vertically by the ball catcher for the short-handed player and the ball catcher for the third baseman.

  FIG. 40 is a graph showing the rate of change of the area of the matrix m1 to m6 when the subject A catches the ball with the ball catcher for the gamer. FIG. 41 shows the graph where FIG. It is a graph when caught. Further, FIG. 45 is a graph when subject B catches the ball with the ball catcher for the gamer, and FIG. 46 is a graph when the ball is caught with the ball catcher for the third baseman.

  In these FIGS. 40, 41, 45, and 46, the area change rates of the matrices m3 and m4 are high. In particular, as shown in FIGS. 41, 45, and 46, the subjects A and When the subject B sideways catches the ball with the ball catcher for third base and when the subject B sideways catches the ball with the ball catcher for play, the area change rate of the matrix m3, m4 is the other matrix m1, m2, m5. , M6 is higher than m6.

  For this reason, as described above, the second easily deformable portion 192 is formed so that the amount of deformation with respect to the same load is larger than that of the other first easily deformable portion 191 and the third easily deformable portion 193. It can be seen that each catcher can be easily transformed into a catching state when the ball is caught by the catcher and the catcher for the gamer.

  In the example shown in FIG. 40, the area change rates of the matrices m5 and m6 are larger than those of the matrices m3 and m4. However, since the area change rates of the matrices m3 and m4 are high, the second easily deformable portion 192 is used. By making it easy to deform, it becomes easy to easily transform the catching tool into the catching state.

  Furthermore, in the examples shown in FIGS. 40 and 41, the area change rates of the matrices m5 and m6 are also larger than the area change rates of the matrices m1 and m2. Therefore, as described above, by forming the first easily deformable portion 191 with respect to the same load so that the amount of deformation is larger than that of the third easily deformable portion 193, the ball catching tool can be easily deformed into the ball catching state. Become. In contrast, the third easily deformable portion 193 may be formed so that the amount of deformation is larger than that of the first easily deformable portion 191. The following Tables 1 and 2 are tables showing the measurement results shown in FIGS. 37 to 46, and Table 1 is the measurement results for the subject A shown in FIGS.

  Table 2 is a table showing the measurement results shown in FIGS. 42 to 46, and is the measurement result of the subject B.

  FIGS. 37 to 46 show the results of paying attention to the area change rate in the matrix m1 to the matrix m6, but FIGS. 48 to 57 show that the test subject A and the test subject B caught the ball with various catching tools. 47, the region D3 including the first finger crotch portion 151 and the periphery thereof, the region D2 including the second finger crotch portion 152 and the periphery thereof, and the third easily deformable portion, as shown in FIG. It is a graph which shows the area change rate in 193 and area | region D1 containing the circumference | surroundings.

  Specifically, FIG. 48 shows the area change rate of each of the regions D1, D2, and D3 when the subject A vertically catches the ball with the outfielder's ball catcher, and FIG. The area change rate of each area | region D1, D2, D3 when a ball | bowl is caught vertically with a ball implement is shown. FIG. 50 shows the area change rate of each of the areas D1, D2, and D3 when the subject A sideways catches the ball catcher for the gamer. FIG. 51 shows that the subject area A vertically catches the ball with the ball catcher for the third baseman. 52 shows the area change rates of the respective regions D1, D2, D3, and FIG. 52 shows the area change rates of the respective regions D1, D2, D3 when the subject A catches the ball with the ball catcher for the third baseman. .

  FIG. 53 shows the area change rate of each region D1, D2, D3 when subject B catches the ball with the outfielder's catcher, and FIG. 54 shows subject B who catches the catcher's catcher vertically. The area change rate of each area | region D1, D2, D3 when doing is shown.

  FIG. 55 shows the area change rate of each of the regions D1, D2, and D3 when the subject B catches the ball sideways with a ball catcher for a gamer. FIG. 56 shows the subject B vertically holding the ball with a ball catcher for a third baseman. The area change rate of each area | region D1, D2, D3 when it catches is shown, Furthermore, FIG. 57 shows the area change of each area | region D1, D2, D3 when the test subject B sideways catches the ball with the catcher for three-handed hands. It is a graph which shows a rate. In these FIGS. 48 to 57, the same tendency as that shown in FIGS. 37 to 46 is shown.

  Tables 4 and 5 below are tables showing the measurement results of FIGS. 48 to 57, and Table 4 is a table showing the measurement results of the subject A shown in FIGS.

  Table 4 below is a table showing the measurement results of the subject B shown in FIGS.

  58 to 60, the load applied to the wearer's hand when the ball catching tool 100 shown in FIG. The load applied to the wearer's hand when the ball is caught while wearing a conventional ball catching tool (manufactured by Mitsuno Corporation: Part No. 2GN33210) with no part is compared.

  FIG. 58 is a diagram showing a sensor unit 617 for measuring the force applied to the ball catching tool by the wearer. FIG. 59 is a diagram showing a state in which the sensor unit 617 shown in FIG. 58 is attached to a glove worn by the wearer.

  As shown in FIG. 58, the sensor unit 617 is branched into five branches, and each branch has a plurality of sensor assembly portions 618. The sensor unit 617 can be easily deformed, and as shown in FIG. 58, the sensor unit 617 can be deformed and wound around a glove, and the wearer puts on the glove 620 with the sensor unit 617 attached thereto and captures it. Insert your hand into the ball. Note that a total of 20 sensor assembly portions 618 are arranged, and a Glove type sensor sheet (manufactured by Nitta Corporation) is used as the sensor assembly portion 618.

  60 is an enlarged view of the finger part of glove 620 in FIG. As shown in FIG. 60, each sensor assembly 618 includes sensors 619 formed in four rows. In each sensor 619, four measurement points are formed side by side in the extending direction of the sensor 619. That is, in one sensor unit 18, 4 × 4 = 16 measurement points are formed. As the sensor unit 617, for example, an F-scan mobile system (made by Nitta Corporation) is used.

  As for the measurement conditions, the grab was grasped so as to “catch the ball vertically” and “catch horizontally”, and the force required at that time was measured. The evaluation is based on the gripping force when the total value of all the sensors reaches the maximum (when gripping most).

  It should be noted that in the measurement, the tip of the thumb and the tip of the little finger are brought close to 125 mm during “vertical catch”, and the tip of the thumb and the middle finger are brought close to 90 mm during “lateral catch”. “Horizontal catch” is a way of catching the thumb and middle finger when catching a ball, and is often seen by pitchers, second-handers, and short-handed hands. “Vertical catch” is a way of catching the thumb and little finger when catching a ball. This is one of the most common ways of catching in the third base and outfielder. Here, the “fingertip” is the state-of-the-art center of a grab finger bag.

  Table 5 below shows the measurement results of the ball catcher 100 shown in FIG. 1 and the conventional ball catcher, and FIG. 61 is a graph showing the measurement results. In addition, in the following Table 5, the normalization value when the vertical catch and the side catch are each performed 5 times and the average value of the conventional catcher is set as the catcher 100 is described. In FIG. 61, a value obtained by standardizing the average value in the ball catching tool 100 is described with the average value of the conventional ball catching tool as 100.

  As shown in FIG. 61 and Table 5 above, it can be seen that the catching tool 100 has a lower gripping force than the conventional catching tool. For this reason, it turns out that the force required at the time of a catching operation is reduced by providing the 1st easily deformable part 191-the 3rd easily deformable part 193. Moreover, it turns out that the tendency appears notably especially in side catch.

  Although the embodiment of the present invention has been described above, it should be considered that the embodiment disclosed this time is illustrative and not restrictive in all respects. The scope of the present invention is defined by the terms of the claims, and is intended to include any modifications within the scope and meaning equivalent to the terms of the claims. Furthermore, the above numerical values are examples, and are not limited to the above numerical values and ranges.

  The present invention is suitable for a baseball or softball catcher.

It is a rear view of the ball catching tool which concerns on Embodiment 1 of this invention. It is a front view of the ball catcher shown in FIG. It is a development top view of finger bag back leather. It is sectional drawing in the connection part of the 1st finger back leather and the 2nd finger back leather. It is a top view of the 1st finger back leather. It is a top view of the 2nd finger back leather. It is a top view of the 3rd finger back leather. It is a perspective view which shows a 1st finger crotch part, a 2nd finger crotch part, and a 3rd finger crotch part when it sees from a ball-receiving surface leather side. It is a front view of the catching tool model which showed the deformation | transformation state of the complementary pitching tool when a pitcher mounts the catching tool and caught vertically. FIG. 10 is a side view of the ball catcher model shown in FIG. 9. It is a front view of the ball catcher model which showed the deformation | transformation state of the ball catcher when a two-handed person caught sideways. FIG. 12 is a side view of the ball catcher model shown in FIG. 11. It is a front view of the ball catcher model which showed the deformation | transformation state of the ball catcher when a gamer caught sideways. FIG. 14 is a side view of the ball catcher model shown in FIG. 13. It is a front view of the ball catcher model which shows the deformation | transformation state of a ball catcher when an outfielder catches vertically. It is a side view of the ball catcher model shown in FIG. It is a front view of the ball catcher model which shows the deformation | transformation state of the ball catcher when a short-handed player catches vertically. It is a side view of the catching tool shown by FIG. It is a front view of the ball catcher model which shows the deformation | transformation state of a ball catcher when a third baseball catches vertically. FIG. 20 is a side view of the ball catcher model shown in FIG. 19. It is a top view of the back leather between 1st fingers. It is a top view of the back leather between 2nd fingers. It is a top view of back leather between 3rd fingers. FIG. 3 is a front view of a back leather inserted into the front leather shown in FIGS. 1 and 2. It is a top view which shows the finger bag back leather of the ball catcher concerning this Embodiment 2. FIG. It is a top view of the finger bag back leather with which the ball catcher concerning this Embodiment 3 was equipped. It is a side view which shows the modification of the ball catching tool which concerns on this Embodiment 3. It is a side view which shows the modification of the ball catcher which concerns on this Embodiment 1, and shows schematic structure from the bag side for thumbs. It is a perspective view which shows schematic structure of the connection part of the bag for index fingers of the ball catching tool shown in FIG. 28, and a web part, and its vicinity. It is a rear view of the ball catching tool which concerns on Embodiment 4 of this invention. It is a top view of the finger bag back leather of the ball catcher shown in FIG. A ball catcher in which a plurality of reflective markers are arranged at intervals on the back leather. It is a coordinate model which shows the three-dimensional coordinate of each reflective marker. It is a displacement model which shows the amount of displacement which each reflective marker displaced at the time of catching. FIG. 33 is a displacement model showing a displacement state of each part when the ball catching tool shown in FIG. 32 is mounted and the ball catching tool is deformed from the normal state to the ball catching state. It is a displacement model which shows the position of the sampled matrix. It is a graph which shows the change rate of the area of each matrix when the test subject A vertically catches the ball with the catcher for outfielders. It is a graph which shows the change rate of the area of each matrix when the test subject A vertically catches the ball with the ball catcher for the shortstop. It is a graph which shows the change rate of the area of each matrix when the test subject A vertically catches the ball with the catcher for the third baseman. It is a graph which shows the change rate of the area of each matrix when the test subject A sideways catches the ball with the ball catcher for the gamer. It is a graph which shows the change rate of the area of each matrix when the test subject A sideways catches the ball with the catcher for the third baseman. It is a graph which shows the change rate of the area of each matrix when the test subject B catches the ball vertically with the catcher for outfielders. It is a graph which shows the change rate of the area of each matrix when the test subject B catches a ball | bowl vertically with the ball catcher for gamers. It is a graph which shows the change rate of the area of each matrix when the test subject B vertically catches the ball with the catcher for the third baseman. It is a graph which shows the change rate of the area of each matrix when the test subject B catches a ball sideways with the ball catcher for a gamer. It is a graph which shows the change rate of the area of each matrix when the test subject B catches the ball sideways with the catcher for the third baseman. It is a displacement model which shows the position of field D1-field D3. It is a graph which shows the area change rate of each area | region when the test subject A catches a ball | bowl vertically with the catcher for outfielders. It is a graph which shows the area change rate of each area | region when the test subject A catches a ball | bowl vertically with the catcher for gamers. It is a graph which shows the area change rate of each area | region when the test subject A catches a ball sideways with the catcher for gamers. It is a graph which shows the area change rate of each area | region when the test subject A catches a ball | bowl vertically with the catcher for third baseball. It is a graph which shows the area change rate of each area | region when the test subject A sideways catches the ball with the catcher for third baseball. It is a graph which shows the area change rate of each area | region when the test subject B catches a ball | bowl vertically with the catcher for outfielders. It is a graph which shows the area change rate of each area | region when the test subject B catches a ball | bowl vertically with the catcher for gamers. It is a graph which shows the area change rate of each area | region when the test subject B catches a ball sideways with the catcher for gamers. It is a graph which shows the area change rate of each area | region when the test subject B catches a ball | bowl vertically with the catcher for third baseball. It is a graph which shows the area change rate of each area | region when the test subject B catches a ball sideways with the catcher for third baseball. It is the figure which showed the sensor unit for measuring the force which a wearer applies to a catching tool. It is a figure which shows the state attached to the glove which a wearer wears the sensor unit shown in FIG. It is the figure which expanded and showed the finger | toe part of the glove in FIG. It is a graph which shows a measurement result.

Explanation of symbols

100 ball catcher, 110 thumb bag, 111 web part, 120 finger bag, 121 index finger bag, 122 middle finger bag, 123 ring finger bag, 124 little finger bag, 130 front leather, 131 back leather, 132 ball bearing leather 133 Hand insertion part, 134 belt, 135 opening edge part, 136 opening part, 141 index finger abdominal part, 142 middle finger abdominal part, 143 ring finger abdominal part, 144
Little finger abdomen, 145 Leather strap, 151 1st finger crotch, 152 2nd finger crotch, 153 3rd finger crotch, 161 1st interfinger, 162 2nd interfinger, 163 3rd interfinger, 181 1st finger easily deformable part, 182 2nd finger easily deformable part, 183 3rd finger easily deformable part, 191 1st easily deformable part, 192 2nd easily deformable part, 193 3rd easily deformable part, 210 Back leather, 211 1st finger back leather, 212 2nd finger back leather, 213 3rd finger back leather, 214 Little finger side back leather, 215 Index finger side back leather, 231 1st finger back leather, 232 2nd finger Back leather, 233 Third finger back leather, 251 side edge, 252 bottom, 253 side edge, 254 side edge, 255 bottom edge, 256 side edge, 257 side edge, 258 bottom edge, 259 side edge, 271 , 272, 273 Notch.

Claims (14)

A thumb bag that can accept the user's thumb;
A finger pouch including an index finger bag that can accept the user's index finger, a middle finger bag that can accept the user's middle finger, a ring finger bag that can accept the user's ring finger, and a little finger bag that can receive the user's little finger;
A web portion provided between the thumb bag and the index finger bag;
Between the root portion of the index finger bag and the root portion of the middle finger bag, between the root portion of the middle finger bag and the root portion of the ring finger bag, between the root portion of the ring finger bag and the root portion of the little finger. A plurality of finger crotch portions positioned and connecting the root portions;
A thumb bag connecting portion connecting the side portion of the thumb bag on the web portion side and the bottom portion of the web portion;
A side portion on the web portion side of the forefinger bag, and a forefinger bag connecting portion for connecting the bottom portion of the web portion;
Even without least before Symbol thumb stall coupling parts and the forefinger bag connecting part provided deformable portion on either one,
The easily deformable portion is a portion adjacent to the easily deformable portion, and can be deformed with a smaller force than a portion located on the back side of the finger bag or thumb bag. Ball tool. Furthermore, the baseball or softball catcher of Claim 1 which provided the easily deformable part in at least one place of the said finger crotch part. A receiving leather arranged on the palm side of the user, and a front leather including a back leather arranged on the back side of the user and joined to the receiving leather;
It is composed of a back leather and a palm leather, further comprising a back leather inserted into the front leather,
The baseball or softball catcher according to claim 1 or 2 , wherein the easily deformable portion is provided on the back leather, and the easily deformable portion is formed thinner than the back leather. A receiving leather arranged on the palm side of the user, and a front leather including a back leather arranged on the back side of the user and joined to the receiving leather;
It is composed of a back leather and a palm leather, further comprising a back leather inserted into the front leather,
The baseball or softball catcher according to claim 1 or 2 , wherein the easily deformable portion is provided on the back leather, and the easily deformable portion is made of a material softer than the back leather. A receiving leather arranged on the palm side of the user, and a front leather including a back leather arranged on the back side of the user and joined to the receiving leather;
It is composed of a back leather and a palm leather, further comprising a back leather inserted into the front leather,
The baseball or softball catcher according to claim 1 or 2 , wherein the easily deformable portion is provided on the back leather, and the easily deformable portion is made of a material having a larger elasticity than the back leather. The baseball or softball catcher according to any one of claims 1 to 5 , wherein the easily deformable portion extends in a longitudinal direction of the finger pouch. The easily deformable portion includes a first side easily deformable portion and a second side easily deformable portion extending on the side surface of the finger bag located on both sides of the finger crotch portion where the easily deformable portion is located,
The baseball or softball catching device according to claim 2 , wherein the first side surface easily deformable portion extends to the tip end side of the finger bag from the second side surface easily deformable portion. A receiving surface leather arranged on the palm side of the user and a back leather arranged on the back side of the user and coupled to the receiving surface leather;
A thumb bag formed by combining the ball-receiving surface leather and the back leather, and capable of receiving a user's thumb;
The receiving surface includes an index finger bag that can receive the user's index finger, a middle finger bag that can receive the user's middle finger, a ring finger bag that can receive the user's ring finger, and a little finger bag that can receive the user's little finger. A finger bag formed by combining leather and the back leather;
Between the root portion of the index finger bag and the root portion of the middle finger bag, between the root portion of the middle finger bag and the root portion of the ring finger bag, between the root portion of the ring finger bag and the root portion of the little finger. A plurality of finger crotch portions positioned and connecting the root portions;
With
The back leather is formed with a helicopter portion that defines a portion located on the back side of the opening edge of the insertion port of the finger bag,
Of the rear leather, provided with a deformable portion ranging from an imaginary line in the edge portion through the respective finger crotch part,
The easily deformable portion is a portion adjacent to the easily deformable portion, and can be deformed with a smaller force than a portion located on the back side of the finger bag or thumb bag. Ball tool. A receiving leather arranged on the palm side of the user and a back leather arranged on the back side of the user and bonded to the receiving leather;
A thumb bag formed by combining the ball-receiving surface leather and the back leather, and capable of receiving a user's thumb;
The receiving surface includes an index finger bag that can receive the user's index finger, a middle finger bag that can receive the user's middle finger, a ring finger bag that can receive the user's ring finger, and a little finger bag that can receive the user's little finger. A finger bag formed by combining leather and the back leather;
Between the root portion of the index finger bag and the root portion of the middle finger bag, between the root portion of the middle finger bag and the root portion of the ring finger bag, between the root portion of the ring finger bag and the root portion of the little finger. A plurality of finger crotch portions positioned and connecting the root portions;
An easily deformable portion provided in the finger crotch portion;
With
The finger crotch portion is positioned between a first finger crotch portion located between a root portion of the index finger bag and a root portion of the middle finger bag, and between a root portion of the middle finger bag and a root portion of the ring finger bag. A second finger crotch portion, and a third finger crotch portion located between the root portion of the ring finger bag and the root portion of the little finger,
The easily deformable portion is provided in a first easily deformable portion provided in the first finger crotch portion, a second easily deformable portion provided in the second finger crotch portion, and the third finger crotch portion. Including a third easily deformable portion,
The baseball or softball catcher, wherein the third easily deformable portion is formed to have a larger deformation amount due to the same external force than the first easily deformable portion and the second easily deformable portion. The baseball or softball catcher according to claim 9 , wherein an area of the third easily deformable portion is larger than areas of the first easily deformable portion and the second easily deformable portion. The baseball or softball catcher according to claim 9 or 10 , wherein the third easily deformable portion is formed thinner than the first and second easily deformable portions. A receiving surface leather arranged on the palm side of the user and a back leather arranged on the back side of the user and coupled to the receiving surface leather;
A thumb bag formed by combining the ball-receiving surface leather and the back leather, and capable of receiving a user's thumb;
The receiving surface includes an index finger bag that can receive the user's index finger, a middle finger bag that can receive the user's middle finger, a ring finger bag that can receive the user's ring finger, and a little finger bag that can receive the user's little finger. A finger bag formed by combining leather and the back leather;
Between the root portion of the index finger bag and the root portion of the middle finger bag, between the root portion of the middle finger bag and the root portion of the ring finger bag, between the root portion of the ring finger bag and the root portion of the little finger. A plurality of finger crotch portions positioned and connecting the root portions;
An easily deformable portion provided in the finger crotch portion;
With
The finger crotch portion is positioned between a first finger crotch portion located between a root portion of the index finger bag and a root portion of the middle finger bag, and between a root portion of the middle finger bag and a root portion of the ring finger bag. A second finger crotch portion, and a third finger crotch portion located between the root portion of the ring finger bag and the root portion of the little finger,
The easily deformable portion is provided in a first easily deformable portion provided in the first finger crotch portion, a second easily deformable portion provided in the second finger crotch portion, and the third finger crotch portion. Including a third easily deformable portion,
The second easily deformable portion is a baseball or softball catcher having a larger amount of deformation with respect to the same external force than the first easily deformable portion and the third easily deformable portion. The baseball or softball catcher according to claim 12 , wherein an area of the second easily deformable portion is larger than areas of the first easily deformable portion and the third easily deformable portion. The baseball or softball catcher according to claim 12 , wherein the second easily deformable portion is formed thinner than the first and third easily deformable portions.

Images