KR200273206Y1 - Grip for catching a ball - Google Patents

Abstract

The present invention relates to a grip for the catch ball, the present invention is a handle frame for holding by hand, and the left and right pairs to hold the ball while gathered together to combine the rotatable left and right on the front side of the handle frame A pocket interlock, a pocket interlocking means to simultaneously install both gear pockets with a grip force by gearing between the handle frame and the pocket pocket, and elastically pivotably coupled to the front face of the handle frame The operation plate which pushes forward to the front side and unfolds the pair of pockets together to maintain the state of unfolding, and when the thrown ball is contacted, it is flipped to the rear side and releases the unfolding state of the pockets simultaneously. Both pockets are simultaneously retracted when they are unfolded and retracted when the operating plate is released. It is made of elastic member for returning to the pocket to make it close elastically.In addition, you can open the muzzle pocket with your hand grasping the handle frame to increase the convenience of use. It is durable and can be used semi-permanently.

Description

GRIP FOR CATCHING A BALL}

The present invention relates to a grip for a catch ball, and more particularly, to a catch ball that can catch not only a ball having a fluff on the surface, but also a smooth rubber ball, a baseball ball, etc., and that can easily open a pocket with one hand. .

In general, a catch ball is a simple play equipment in which two or more people face each other at a certain distance from a playground or a vacant place to return a ball thrown by an opponent. Adhesive catch balls which are provided with an adhesive cloth on the front face of the handle frame and stick the ball having a fluff on the surface like a tennis ball to the adhesive cloth of the handle frame are mainly known.

As described above, the catch ball can be used only on a ball having a fluff on the surface, so that a smooth surface such as a rubber ball or a baseball ball can not be used. There was a disadvantage of losing interest as a playground equipment and shortening the service life because it did not stick.

Accordingly, the present applicant has filed on September 9, 1998 (Application No. 98-17122, hereinafter referred to as "First Prior Application") and January 23, 1999 (Application No. Utilization 99-00878, hereinafter referred to as "Second First Application". ) And on February 26, 2000 (Application No. Utility 00-5369, hereafter referred to as "the third prior application"), each of the muzzle type "catchball grip" has been presented. Among these, the first elected catch ball grip connects the muzzle pocket and the interlocking lever, and the interlocking lever is connected to the operating lever installed inside the handle frame, and the user operates with force by holding the operating lever and the handle frame together. Pull the lever to open the above-mentioned pockets, and the catch for the second elected catch ball is to engage a separate pull member to the pocket pockets to hold the handle frame with one hand and pull the pull member with the other hand. The catch for the second elected catch ball was to combine the gear pockets on both gears so that when one pocket was opened, the other was automatically opened.

However, the first elected catch ball grip has a disadvantage in that the one-handed opening of the catcher's pocket may require a lot of power when opening the catcher's pocket. The use of both the opening and the catching action of the pocket pocket is made of a double action is not only inconvenient, but also had the disadvantage that the pocket pocket should always face upward in order to prevent the ball from falling off when the pocket pocket is opened. .

The present invention is conceived in view of the drawbacks of the conventional catch ball for the previously-applied catch ball, it is an object to provide a catch ball grip that can be easily opened with one hand when the pocket of the pocket.

1 is a perspective view showing a grip for the subject innovation catch ball.

Figure 2 is an exploded perspective view of the main portion of the grip ball for the subject innovation catch ball.

Figure 3 is a longitudinal sectional view showing a closed state of the grip for the subject innovation catch ball.

4 is a cross-sectional view taken along line "I-I" of FIG.

5 is a sectional view taken along the line "II-II" in FIG.

Figure 6 is a longitudinal cross-sectional view showing an open state of the grip ball for the subject innovation catch ball.

FIG. 7 is a sectional view taken along the line "III-III" in FIG. 6; FIG.

8 is a sectional view taken along the line "IV-IV" in FIG.

** Description of symbols for the main parts of the drawing **

10: handle frame 11, 12: left frame, right frame

13a, 13b: support protrusion 14a, 14b: first hinge protrusion

15: lever sliding hole 15a: guide portion

16: second hinge protrusion 17: support protrusion

18: guide roller 19: lever receiving groove

20: pocket pocket 21: pocket frame

22: pocket cloth 23a, 23b: pocket hinge hole

24: pinion gear 24a: angular projection

25: embedding hole 26: the protrusion

26a: horizontal portion 26b: vertical portion

30: drive lever 31: lever hinge hole

32: spring latch 40: driven lever

41, 42: First and second lever 42a: Rack gear

50: operating plate 51: operating plate hinge hole

52: spring fixing protrusion 53: limiting protrusion

60: pocket restoring spring 71: drive lever support spring

72: driven lever support spring 73: operating plate support spring

In order to achieve the object of the present invention, the handle frame for gripping by hand, and the left and right pair of pocket pockets to hold the ball while gathered together to combine the left and right pivotally on the front side of the handle frame, Pocket interlocking means to install the gear frame between the handle frame and the pocket pocket to hold both pocket pockets at the same time with the gripping force, and coupled to the front surface of the handle frame to be able to rotate elastically to the front side when unfolding the pocket pocket Pushing the pair of pockets together to keep them unfolded and interposed between the handle and the pocket pockets to release the pore pockets at the same time as the thrown ball is flipped backwards. Both the pockets are resilient at the same time as they contract when the pockets are unfolded and then restored when the operating plate is released. It provides a grip for play catch constituted by an elastic member for returning the pocket to Hi.

Hereinafter, the grip for the catch ball according to the present invention will be described in detail based on the embodiment shown in the accompanying drawings.

1 is a perspective view showing a grip for the catch ball of the present invention, Figure 2 is a perspective view showing the main portion of the grip for the catch ball of the present invention, Figure 3 is a longitudinal cross-sectional view showing a closed state of the grip for the catch ball of the present invention.

As shown therein, the grip for the catch ball according to the present invention has a handle frame 10 for holding by hand, and is installed to be opened and closed while rotating on the front side of the handle frame 10 to catch the ball thrown into the air. While being installed on the inside of the pocket 20, the handle frame 10 and rotatably installed, the drive lever 30 to generate a rotational force when gripping, and the front side of the drive lever 30 to move forward and backward Follower lever 40 to be opened and closed in the opposite direction at the same time the pocket pocket 20, and installed on the front side of the handle frame 10 to be rotated up and down to keep the pocket pocket 20 unfolded or Or it consists of a working plate 50 for releasing, and a plurality of pocket restoring springs 60, 60 to resiliently restoring the pore pocket 20 when the operating plate 50 is released.

The handle frame 10 is made of a hard plastic material and formed in a shape of "ㅁ" or "D" which is easy to grip by hand, and after the driving lever 30 and the driven lever 40 are installed therein. It consists of a left frame body 11 and the right frame body 12 so that it can be assembled by interference fit.

The left frame 11 is formed by integrally or post-assembly the support protrusions (13a) (13b) in which both ends of the muzzle pocket (20) hinged to the upper and lower sides of the front surface thereof in parallel to the front side, and both support protrusions ( 13) On the mutually opposite surfaces, two pairs of first hinge protrusions 14a and 14a spaced apart so that both pocket frames 21 and 21 of the muzzle pocket 20 to be described later are hinged. 14b and 14b) are formed in the vertical direction, respectively.

In addition, in the upper half of the front face of the left frame body 11, a lever sliding hole 15 is formed so that the driven lever 40 is drawn out of the handle frame 10 and engages with the muzzle pocket 20. It is preferable that the lever sliding hole 15 is provided with the guide part 15a elongate in the front-back direction so that the 2nd lever 42 of the driven lever 40 mentioned later may slide in a straight line.

The wedge body 12 forms a second hinge protrusion 16 so as to be rotatably inserted and supported in the lever hinge hole 31 of the drive lever 30, which will be described later, at the center of the inner side thereof, and the second hinge protrusion. A support protrusion 17 is formed at one side of the 16 to support one end of the driving lever support spring 71 for elastically supporting the driving lever 30, and the lever sliding hole 15 of the left frame 11 is provided. A guide roller 18 rotatably mounted on the periphery of the second lever 42, which will be described later, is rotatably mounted, and the second lever is disposed on the upper side of the guide roller 18 with the second lever 42 interposed therebetween. The driven lever support springs 72 are fixedly installed to prevent the (42) from always rotating above the horizon.

In addition, the right frame 12 forms a lever receiving groove 19 so that the drive lever 30 can be inserted while acting as a handle along with the left frame 11.

The muzzle pocket 20 is formed of a "c" shape or a "c" shape, respectively, and is formed of a pair of left and right pocket frames 21 and 21 rotatably supported by the handle frame 10 and a leather material, respectively. It is made of a pocket cloth (22) wrapped around the ball and fixed to the pocket frame (21, 21) of the sewn.

Pocket frame 21 (21) has pocket hinge holes (23a, 23b) (23a, 23b) to be rotatably inserted into the upper and lower support protrusions (13a, 13b) of the handle frame 10 described above at each end. The pinion gears 24 and 24 are inserted into the upper pocket hinge holes 23a and 23a in contact with the driven gear 40 so as to engage with the rack gears 42a of the second lever 42 to be described later. Angled grooves (unsigned) formed at upper ends of the pinion gears 24 and 24 to form angled protrusions 24a and 24a in the upper pocket hinge holes 23a and 23a of the pocket frames 21 and 21. It is desirable to prevent them from slipping into place. In addition, each of the pocket frames 21 and 21 is provided with a plurality of punching holes 25 for stitching the pocket cloth 22.

In addition, at the lower ends of both pockets 21 and 21, the locking projections 26 and 26 are formed to protrude from the limiting projection 53 of the operation plate 50 to be described later when the expansion occurs. The locking projections 26 and 26 are vertically formed by cutting at the ends of the horizontal portions 26a and 26a and the horizontal portions 26a and 26a on which the restricting protrusions are mounted, thereby stopping the restricting protrusions 53 to stop. It consists of sections 26b and 26b.

In addition, both pocket frame 21, 21 is preferably formed to be curved in a direction in which both pocket frame 21 (21) closer to each other toward the middle portion from both ends in order to be able to reliably catch the ball.

The drive lever 30 has a lever hinge hole 31 which is disposed in the vertical direction in the handle frame 10 in the vertical direction to be rotatably inserted into the second hinge protrusion 16 described above, and the upper half front face It is formed flat so as to be in close contact with the rear end surface of the second lever 42, the upper half end is formed to be curved so as to smoothly slide over the second lever 42 when pulled and released.

In addition, the drive lever 30 forms a spring engaging portion 32 for supporting the other end of the drive lever support spring 71 around the lever hinge hole 31.

The driven lever 40 is rotatably mounted on the guide roller 18 of the handle frame 10 so as to contact the front surface of the upper half of the drive lever 30 and the front end of the first lever 41. The second lever 42 is rotatably coupled to and inserted into the lever sliding hole 15 of the handle frame 10 in a forward and backward direction.

It is preferable that the first lever 41 is pressed and supported by a driven lever support spring 72 fixed to the handle frame 10 so that the end thereof is always in contact with the front surface of the driving lever 30 at all times.

The second lever 42 is moved forward in the rotation of the first lever 41, so that both pockets 21, 21 of the muzzle pocket 20 can be guided to unfold the muzzle pocket 20 on both sides thereof. Rack gear 42a meshes with both pinion gears 24 and 24 of the "

The operation plate 50 forms the operation plate hinge hole 51 at the lower end thereof, and is coupled to the pin holes 11a and 11a provided in the lower half of the front face of the handle 10 by a hinge pin H. In the center, the operation plate support spring 73 made of a compression coil spring is mounted so that the operation plate 50 can be rotated forward when the tool pocket 20 is unfolded. To this end, a spring fixing protrusion 52 for inserting and fixing the front end of the operating plate support spring 73 is formed at the rear center of the operating plate 50.

In addition, at the center of the lower end surface of the operation plate 50, the locking projections 26 and 26 of the above-described pocket pockets 21 and 21 at the time of unfolding the pocket pocket 20 are hooked to the pocket frames 21 and 21. The limiting protrusion 53 is formed to keep the unfolding state and then release the locking protrusions 26 and 26 at the moment when the thrown ball contacts and rotates backward.

In addition, the operation plate 50 is hinged at its lower end to the handle frame 10 and the operation plate support spring 73 is mounted on the rear side, so that the upper end rotates to the front side when the pocket frame 21 and 21 are unfolded. In consideration of the point, it is preferable to form the top thickness of the operation plate 50 to be relatively thinner than the bottom thickness so that the front face is vertical when the pocket frames 21 and 21 are unfolded.

Pocket return springs (60, 60) may be mounted on both ends of the handle frame 10 and the pocket frame (21, 21) hinged thereto, but in some cases, as shown in the drawing It may be mounted only on both sides of the upper side, or may be mounted on both sides in the diagonal direction of either side.

In addition, the pocket return springs 60 and 60 are inserted into the first hinge protrusions 14a, 14a, 14b and 14b together with the pinion gears 24 and 24, and one end of the pocket return springs 60 and 60 is provided. While supporting the front surface, the other end is inserted into and supported by the pocket frames 21 and 21.

In the figure, reference numeral 41b is a hinge protrusion, 42b is a hinge groove, 41c and 42c are hinge holes, and 43 is a lever hinge pin.

Method of using the catch for the grip of the present invention as described above and the operation according thereto are as follows.

That is, when the user pulls the driving lever 30 together with the handle 10 with one hand, the driving lever 30 is illustrated with reference to the second hinge protrusion 16 as shown in FIGS. 6 to 8. Rotates counterclockwise to the first lever 41 that is in contact with the upper surface of the front side of the drive lever 30, thereby sliding to the drive lever 30 and also hinge pin 43 with the second lever 42. ) Rotates counterclockwise around the center. In this process, the first lever 41 moves forward along the guide roller 18 and moves the second lever 42 forward.

At this time, the rack gears 42a provided on both side surfaces of the second lever 42 are engaged with the pinion gears 24 and 24 inserted into and coupled to both pocket frames 21 and 21 to rotate both pocket frames 21 ( 21) while the elastic force of each of the pocket return spring (60, 60) is rotated in a direction unfolding with respect to the first hinge projections (14a, 14a) (14b, 14b) and the second hinge projections (16) Open the muzzle pocket (20).

At the same time, the operation plate 50 pushed forward by the operation plate support spring 73 and the limiting protrusion 53 provided at the lower end of the operation plate 50 are caught by the pocket frame 21 and 921. 26) 26) As soon as the pocket frame 21 and 21 are fully extended while sliding along the upper horizontal portions 26a and 26a, the operation plate 50 rotates around the hinge pin H and the restricting protrusion 53 ) Hangs the vertical portions 26b and 26b of the locking projections 26 and 26 to prevent the pocket frames 21 and 21 from being collected again even when the driving lever 30 is spaced apart from the driven lever 40. .

On the other hand, when the driving lever 30 is completely rotated and spaced apart from the first lever 41 of the driven lever 40, the first lever 41 is driven lever support spring as the pushing force of the drive lever 30 is eliminated It is pressed by the 72 and maintains a posture bent at a slightly offset angle with the second lever 42. At this time, when the user releases the driving lever 30, the driving lever 30 is rotated clockwise around the second hinge protrusion 16 by the driving lever support spring 71 as shown in FIGS. Return to its original state.

Then, when the user grasps the ball thrown into the air while holding the handle frame 10 and the driving lever 30 lightly into the inside of the muzzle pocket 20, the ball is provided on the inside of the muzzle pocket 20 Press the operating plate 50 in contact with the front surface of the operating plate 50, and by this pressing force the operating plate 50 is rotated clockwise around the hinge pin (H) as shown in FIGS. Likewise, the restricting protrusion 53 of the operating plate 50 is spaced apart from the catching protrusions 26 and 26 of both pocket frames 21 and 21, thereby limiting the rotation of both pocket frames 21 and 21. As the power is released, the pocket frame 21 and 21 are collected inward by the restoring force of the pocket return springs 60 and 60, and the pocket cloth 22 surrounds the ball.

At this time, the pocket frame (21) (21) can prevent the ball from falling to the front side even if the intermediate portion is bent inward to form the pocket cloth 22 too wide.

Like this, the catch ball grip of the present invention is a catch ball type that completely catches the ball like other catch ball grips that are pre-applied, and it can freely use not only tennis balls but also smooth surfaces such as rubber balls and baseball balls. The material is relatively solid and can be used semi-permanently because it is less likely to be damaged even if it is used for a long time.

In particular, by providing a lever to open the two pockets at a time in the handle frame can be opened by the hand holding the handle frame can be further enhanced convenience in use.

The catch ball grip according to the present invention is configured to open the muzzle pocket with a hand grasping the handle frame, thereby increasing the convenience of use and completely wrapping the ball so that a smooth surface can be used freely and the material is firm. It can be used semi-permanently.

Claims (8)

Handle frame for holding by hand, A pair of left and right pockets to hold the ball while being combined together to rotate left and right on the front side of the handle frame, A pocket interlocking means installed at a grip between the handle frame and the pocketing pocket so as to unfold both pocketing pockets simultaneously by holding force; Resiliently coupled to the front surface of the handle frame and pushed to the front side during the expansion of the muzzle pocket, while holding the pair of muzzle pockets to maintain the state of unfolding, while the thrown ball is flipped to the rear side An operation plate for releasing the unfolding state of the muzzle pocket at the same time; A catch ball grip composed of an elastic member for returning pockets, which intersects between the handle frame and the pocket pockets and contracts when the tool pockets are unfolded and restores when the operating plate is released. The method of claim 1, Pocket interlocking means is installed on the handle frame so as to be able to rotate elastically around the middle part when the end is rotated to the front side when the grip and the drive lever to return to the original position, and One end is in contact with the drive lever and the other end is provided with a movable lever in front of the drive lever so as to be in contact with both side pockets. Catch ball grip, characterized in that made. The method of claim 2, Pinion gears are formed at the ends of the two gear pockets, respectively, and rack gears are formed on both sides of the driven lever which are in contact with each other.The two lever pockets are expanded when the driven lever moves forward, and the driven lever returns when the tool pocket is closed. Catch ball grip, characterized in that. The method of claim 3, The driven lever is disposed so as to be rotatable in contact with the driving lever, and when the driving lever is held, the first lever rotates in a direction opposite to the driving lever and moves linearly; A second lever which is rotatably coupled to the front end of the first lever, and on both sides, a rack gear that engages with the pinion gears of both of the pockets to move forward in the rotation of the first lever, thereby inducing both the pockets to expand; Catch ball grip, characterized in that consisting of. The method of claim 4, wherein The first lever is a grip for the catch ball, characterized in that the slide is mounted on the guide roller rotatably provided in the handle frame. The method of claim 4, wherein Catch ball grip, characterized in that the first lever is pressed and supported by an elastic member fixed to the handle so that its end is always in contact with the front surface of the drive lever at normal times. The method of claim 1, The muzzle pocket has hinge parts at both ends thereof so as to be rotatably coupled to the upper and lower ends of the handle frame, and a pair of left and right pocket frames which are curved to be closer to each other as they move away from the hinge part in planar projection, Catch ball grip, characterized in that it is configured as a pocket cloth that is fixed to both pocket frames to wrap the ball in the case of muzzle. The method of claim 1, At least one limiting protrusion is formed on the operation plate, and a pair of catching pockets each have a catching protrusion at a portion corresponding to the limiting protrusion so that the limiting protrusion catches on the catching protrusion and maintains the unfolding state when the catching pocket is fully unfolded. Catch ball grip.