JP2009082499A - Baseball game board - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a baseball game board which permits a more interesting game to be played by increasing the variation of pitching. <P>SOLUTION: The baseball game board structured so as to shoot a ball from a pitching portion of a board surface modeled after a baseball park to a catching portion, and hit back the shot ball by a batting portion, and is provided with a projecting member to make the shot ball jump up, projectably from the board surface on the side nearer to the pitching portion side than to the catching portion and on the pitching portion side lateral of the batting portion. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a baseball game board for playing a baseball game on the board, and more particularly to a baseball game board for throwing and hitting on the board by operating a knob.

  2. Description of the Related Art Conventionally, there are various baseball game boards configured to allow a baseball game to be performed while throwing, hitting, catching, and the like on a board simulating a baseball field. Such a baseball game board has various mechanisms such as a pitching unit, a hitting unit, a catching unit, etc., and can deploy dolls such as pitchers, batters, runners, fielders and the like, imitating actual baseball rules. It is configured to enjoy the game.

For example, the applicant of the present application has proposed a baseball game board that is configured such that a ball is fired from a throwing part toward a catching part by a knob operation, and the fired ball can be returned by a batting part. (For example, refer to Patent Document 1). This baseball game board has functions such as curving the pitch and dropping the ball so that it becomes a disappearing magic ball, and increasing the way of enjoying the game by changing the pitch.
Japanese Utility Model Publication No. 6-33973

  In actual baseball, in addition to the above-mentioned changing ball, in recent years, batters have a so-called gyro ball that appears to lift the ball on the bat. There was no game board.

  In a baseball game using a baseball game board, if a large number of ball types can be thrown, a play closer to actual baseball can be performed. Therefore, the present invention has a function configured to jump the ball fired from the pitching unit and pass it over the batter doll bat provided in the batting unit, and is more interesting by increasing the pitch type of the pitching The goal is to provide a baseball game board where you can play.

  The baseball game board of the present invention is a baseball game board configured to fire a ball from a pitching portion of a board surface simulating a baseball board toward a catching portion, and hit the launched ball back at a batting portion. A projecting member for jumping up the launched ball is provided on the side of the pitching part of the batting part and on the side of the pitching part of the batting part so as to project from the board surface.

  It is preferable that the protruding member protrudes from the board surface in conjunction with a vertically changing ball cage having a vertically changing ball knob provided in a pitching operation unit at the rear of the game board.

  Further, the protruding member is supported by a lifting support base, the lifting support base is connected to the longitudinally changing ball, and the lifting support base is interlocked with the longitudinally changing ball and at least a throwing portion side of the protruding member. It is preferable to configure to move up.

  It is preferable that the elevating support base has an elevating support portion that supports the side of the protruding member, and the elevating support portion includes an inclined portion to move the protruding member upward.

  The protruding member is a plate plate having a substantially rectangular plate shape in plan view, and is preferably formed by cutting out two corners on the throwing portion side.

  Furthermore, it is preferable that an urging member interlocked with the elevating support base is provided, and the urging member elastically urges the elevating support base to a reference position when the longitudinal change ball knob is not operated.

  In the baseball game board of the present invention, it is preferable that the projecting member moves up and down from the board surface in conjunction with the lifting support base.

  According to the baseball game board of the present invention, by allowing the projecting member to project from the board surface, when the projecting member is projected, the ball fired from the throwing unit can jump up from the board surface. Then, by causing the ball to jump up from the board surface, it is possible to pass above the bat rotating at the batting portion. In addition, since the projecting operation from the board surface can be operated in conjunction with the longitudinally changing ball cage having the longitudinally changing ball knob provided in the throwing operation unit, the ball is bounced up by operating the projecting member according to the throwing operation. Or run on the board.

  Then, the protruding member is supported by a lifting support base, and the lifting support base is configured to operate the lifting member in conjunction with the longitudinally changing ball. Since the raising / lowering support part formed with is provided to support the protruding member, the protruding member can be easily raised from the reference position of the board surface height by operating the knob.

  If the projecting member is a plate plate formed by cutting off the corner on the pitching side, the ball muscle changes when the ball hits the notched inclined portion, and the ball hits the tip of the limited width. You can jump and go through the strike course. Therefore, it becomes difficult to put the ball into the strike zone, and the offense and defense between the pitcher and the batter can be made interesting.

  In addition, since the urging member that urges the lifting support base to the reference position is provided, the plate plate can always be positioned at the reference position when the knob is not operated.

  Furthermore, if the plate plate can be moved up or down from the board surface, the ball can be jumped, or the ball can be dropped into the magic plate that disappears under the board surface at the plate plate position. It can be increased, and it is possible to play more like a real baseball game.

  A baseball game board according to the present invention is a baseball game board configured to fire a ball from a pitching part of a board surface simulating a baseball field toward a catching part, and hit back the fired ball at a batting part. A plate plate formed by notching two corners on the pitching portion side of the substantially rectangular plate-like body in plan view interlocking with the lifting support base on the pitching portion side from the ball portion and on the side of the batting portion Is provided as a projecting member for jumping up the ball, and the leading end of a longitudinally changing ball having a longitudinally changing ball knob at the rear end is connected to the lifting support base, and in conjunction with the longitudinal movement of the vertically changing ball The elevating support base moves back and forth and the plate plate moves up and down.

  The elevating support base includes an elevating support portion that supports the plate plate, and the elevating support portion includes an inclined portion, which can raise and lower the plate plate along the inclined portion.

  And a biasing member that is linked to the lifting support base, the biasing member being linked to the back-and-forth movement of the lifting support base, and the vertical support ball base as a reference when the vertical change ball knob is not operated. It is biased to the position.

  Hereinafter, an embodiment of a baseball game board of the present invention will be described in detail with reference to the drawings. In the present invention, “front”, “rear”, “left”, and “right” follow directions when viewed from the pitcher side with the catching portion side of the baseball game board as the front.

  FIG. 1 is a perspective view of a baseball game board according to the present embodiment, and FIG. 2 is a plan view thereof. The baseball game board is entirely formed by simulating a baseball field. In the diamond of the board surface 1 formed on the board base A, a pitching part 3 for launching the ball is provided behind the pitcher plate of the mound, and the ball is thrown on the outer field side behind the pitching part 3 A ball throwing-in part 96 for transporting to 3 is provided. The front end portion of the board surface 1 is provided with a ball catching portion 8 in which three concave portions are arranged side by side, and the center is for strike counting and the left and right are for ball counting. A home base is drawn on the pitching unit 3 side behind the catching unit 8, and a longitudinally changing ball unit 2 is equipped on the pitching unit 3 side of the home base. Further, a batting portion 5 for arranging a batter doll is provided on the side of the third base of the longitudinally changing sphere portion 2.

  On the rear side of the board base A, a pitching operation unit 11 whose outer edge is curved in an arcuate shape is projected outside the position simulating the back screen, and the upper surface plate is provided at a lower height than the outer edge part. . Further, the pitching operation unit 11 is connected to the pitching unit 3, a pitching knob 13 for launching a ball from the pitching unit 3, and a vertical movement ball unit 2 connected to the vertical changing ball unit 2 to vertically move the plate plate of the vertical changing ball unit 2 A change ball knob 12 and a horizontal change ball knob 14 connected to a horizontal change ball portion (not shown) are disposed so as to protrude from below the top plate. A striking operation portion 15 having a curved outer edge front end projects outwardly from the front side of the board base A, and its upper surface plate is provided at a lower height than the outer edge portion. Further, the batting operation unit 15 includes a batting knob 16 for rotating the batter doll, a stance changing knob 17 connected to the batting unit 5 and sliding the batting unit 5 back and forth, and a push-up for moving the ball catching unit 8 up and down. A knob 18 is disposed so as to protrude from below the upper surface plate.

  Also, a pitcher standing portion 85a for placing a pitcher doll is provided on the side of the pitching portion 3, and a runner standing for placing each runner doll on the sides of the first, second and third bases. The parts 85c, 85d, and 85e are respectively provided, and a batter standing part 85f for disposing a batter doll is provided substantially at the center of the batting part 5. And, in the infield defense position and the outfield defense position of the board surface 1, there are seven fielder portions 81 for catching the ball formed by the recesses, and each fielder doll is arranged behind the fielder portion 81. Fielder standing portions 81a are respectively provided. Further, on the side of the first base, display knobs 86a, 86b, 86c for displaying the strike count, the ball count and the out count are provided, and on the side, the “out” or “safe” of the thief is provided by roulette. A viewing window 86d for determining and displaying is provided, and a standby runner standing portion 85b for arranging a runner doll is provided on the side of the third base. In addition, when the ball enters the rear side of the outfield, there are formed entrances 82 for fouls, hits, 2 strikes, 3 strikes, outs, and home runs, and a scoreboard is attached to the middle rear of the entrance 82 A mounting portion 84 is provided.

  An operation unit C is disposed below the base A of the baseball game board as shown in FIGS. The operation unit C has a frame 91 extending from the front end to the rear end of the baseball game board, and a throwing knob 13 for firing a ball is fired near the rear end of the frame 91. It is equipped with a vertically changing ball knob 12 and a laterally changing ball knob 14 that change the ball, a hitting knob 16 and a stance changing knob 17 in the vicinity of the front end of the frame body 91, and interlocked with the pitching knob 13 in the approximate center of the frame body 91 The pitch change unit 3 is connected to the horizontal change ball knob 14 in front of the pitch change unit 3 and is linked to the vertical change ball knob 12 in front of the horizontal change ball unit 4. The changing ball portion 2 is provided with a batting portion 5 that is linked to the batting knob 16 and the stance changing knob 17 on the side of the vertically changing ball portion 2.

  The pitching unit 3 is disposed below the ball discharge unit 95 provided on the board surface 1, and the launch pad 32 of the pitching unit 3 is connected to the tip of a pitching basket 31 having a pitching knob 13 at the rear end. ing. The throwing rod 31 is equipped so as to be able to move backward along the guide 92, and its tip is bent upward to engage with the pitching portion 3, and the pitching knob 13 is attached to the rear end of the frame 91. Has been deployed. Further, the laterally changing ball part 4 is disposed in front of the pitching part 3, and is engaged with a front end side of a laterally changing ball base 41 having a laterally changing ball knob 14 at a rear end part. The laterally changing ball 41 is mounted substantially parallel to one side of the throwing rod 31 so that it can move back and forth, and its front end is bent upward to engage with the laterally changing ball 4. The laterally changing ball knob 14 is arranged on the first base side of the pitching knob 13 at the rear end of the frame 91. Further, the longitudinally changing sphere part 2 is disposed in front of the laterally changing sphere part 4 and closer to the pitching part 3 than the home base drawn on the board surface 1, and has a longitudinally changing sphere knob 12 at the rear end. The front end side of the vertically changing ball cage 21 is engaged with the latching portion 26 of the vertically changing ball portion 2. This longitudinally changing ball 21 is mounted substantially parallel to the 3 mm side of the throwing ball 31 so that it can move back and forth along the guide 92, and its front end is bent sideways at a substantially right angle. The longitudinal change ball portion 12 is engaged with the longitudinal change ball portion 2, and the longitudinal change ball knob 12 is disposed on the third base side of the throwing knob 13 at the rear end of the frame 91.

  As shown in FIG. 5, the pitching operation portion 11 projecting outward from the rear side of the board base A is provided with sliding holes that are notched in three places on the top plate and elongated in the front-rear direction. With the pitching knob sliding hole 11b as the center, a vertically changing ball knob sliding hole 11a and a laterally changing ball knob sliding hole 11c are formed on the sides of the pitching knob sliding hole 11b. Then, the pitching knob 13 protrudes from below the pitching knob sliding hole 11b, the longitudinally changing ball knob 12 protrudes from below the vertically changing ball knob sliding hole 11a, and changes laterally from below the laterally changing ball knob sliding hole 11c. The ball knob 14 protrudes.

  Moreover, the batting part 5 is arrange | positioned at the 3 base side side of the longitudinally changing ball | bowl part 2, as shown in FIG.3 and FIG.4. The pinion 55 of the batting portion 5 is engaged with the pinion engaging portion 51a of the striking arm 51 having the striking knob 16 at the front end, and the pinion engaging portion 51a is provided on the rear end side of the striking arm 51. . The lower sliding frame 57b of the batting portion 5 is connected to the rear end portion of the stance change arm 52 having the stance change knob 17 at the front end portion. The striking arm 51 and the stance changing arm 52 are equipped so as to be able to move back and forth, and the striking knob 16 and the stance changing knob 17 are arranged at the front end of the frame 91.

  Then, as shown in FIG. 6, the striking operation portion 15 projecting outward from the front side of the board base A is provided with a sliding hole elongated in the front-rear direction by cutting out three portions of the top plate. The striking knob sliding hole 15a is formed substantially at the center, the stance changing knob sliding hole 15b is formed on the 3 side thereof, and the push-up knob sliding hole 15c is formed on the 1 side. The striking knob 16 projects from below the striking knob sliding hole 15a, and the stance changing knob 17 projects from below the stance changing knob sliding hole 15b. A push-up knob 18 protrudes from below the push-up knob slide hole 15c. The push-up knob 18 is provided at a front end portion of a push-up arm, which will be described later. The push-up arm is mounted on the back surface of the board surface 1 and is engaged with the ball catching portion 8.

  Furthermore, as shown in FIGS. 7 to 9, the baseball game board of this embodiment includes a plurality of pitching control plates 6. The pitching control plate 6 is formed by cutting out the left and right corners of a thin plate having a size and shape substantially equal to the upper surface plate of the pitching operation unit 11. Further, the pitching control plate 6 has a pitching knob control hole 62 and a laterally changing ball knob control hole 61 and a laterally changing ball knob control hole 63 formed on the side of the pitching knob control hole 62 with the pitching knob control hole 62 at the center. The pitching knob 13, the longitudinally changing ball knob 12 and the laterally changing ball knob 14 can be inserted through the top surface of the pitching portion 11, and can be covered on the top surface of the pitching operation portion 11. It can be fitted into the inner side without moving back and forth and left and right.

Hereinafter, the configuration of each member will be described in more detail.
As shown in FIGS. 1 and 2, etc., the longitudinally changing ball part 2 is mounted on the pitching part 3 side from the home base drawn on the board surface 1 behind the ball catching part 8, and its rear end is the batting part 5 It is arranged so as to be located behind the batter standing portion 85f. As shown in FIGS. 10 to 12, the longitudinally changing sphere 2 includes a plate plate 22 that forms a projecting member, a lift support base 24 that moves the plate plate 22 up and down, and the lift support base. And an urging member 27 for returning 24 to the reference position.

  As shown in FIG. 11, the plate plate 22 is formed with inclined wall portions 22b on the left and right sides of the rear end wall portion 22a by notching two corners on the pitching portion 3 side of the plate-like body having a substantially rectangular shape in plan view. The rear end wall portion 22a is arranged so as to intersect at a substantially right angle with respect to a line connecting the ball discharge portion 95 and the concave portion at the center of the ball catching portion 8. The plate plate 22 is fixed on a flat plate-like elevator table 23, and the elevator table 23 includes support protrusions 23a and 23b on both front and rear sides. The lifting platform 23 is sandwiched between the left and right sides of the support plate 93 erected on the frame 91, and the left and right support projections 23a and 23b are projected outward from the lifting groove 93a of the support plate 93. It is supported so that it can move up and down. The plate plate 22 and the lifting platform 23 may be molded integrally.

  As shown in FIGS. 10 and 11, the support plate 93 is a standing plate disposed on the left and right sides of the lifting platform 23, and has a lifting groove 93 a into which the support protrusions 23 a and 23 b of the lifting platform 23 can be inserted. It is cut out in a band shape from the upper end to the vicinity of the bottom surface to prepare for the front and rear. Further, the front end side of the support plate 93 is made narrower so that the left and right plate widths are substantially equal to the width of the concave portion of the ball catching portion 8 so as to communicate with the ball count concave portion on the first base side. It is arranged.

  Further, as shown in FIGS. 11 and 12, the elevating support base 24 is slidable back and forth on the outer side of the support plate 93 provided on both sides of the plate plate 22 and the elevating table 23, respectively. The lifting / lowering support portion 25 is provided, and the rear end portions of the left and right lifting / lowering support portions 25 are connected to each other and the latching portion 26 for engaging the vertically changing ball cage 21 is formed.

  The elevating support portion 25 includes a first inclined portion 25a inclined at the front end side so that the rear toward the throwing portion 3 side is raised, and a substantially horizontal second continuous from the upper end of the first inclined portion 25a. 1 flat part 25b, a substantially horizontal third flat part 25i provided behind the first flat part 25b so as to be slightly higher than the bottom part of the lifting support part 25, and a rear end of the third flat part 25i. A second inclined portion 25e that rises and inclines rearward substantially parallel to the first inclined portion 25a, and continues rearward substantially horizontally at a height substantially equal to the first flat portion 25b from the upper end of the second inclined portion 25e. And a second flat portion 25f.

  And the movable plate part 24a is provided in the outer side surface of the raising / lowering support part 25 arrange | positioned on the 1st base side which becomes the left side, and the reinforcement for supporting the movable plate part 24a stably in the upper end of this movable plate part 24a A portion 24b is provided.

  The hooking portion 26 is provided at a rear end portion of the left and right lifting support portions 25 at a substantially right angle with the lifting support portion 25. The front end side of the longitudinal ball 21 bent in the left-right direction is engaged with the latching portion 26, so that the lifting support base 24 moves back and forth in conjunction with the longitudinal movement of the longitudinal ball 21. It is configured.

  As shown in FIGS. 11 and 12, the upper surface of the plate board 22 is substantially the same as the board surface 1 of the baseball game board at a reference position where the longitudinal ball knob 12 provided at the rear end portion of the longitudinal ball 21 is not operated. At this time, the support protrusions 23a and 23b of the lifting platform 23 have a front support protrusion 23a on the first inclined part 25a of the lift support part 25 and a rear support protrusion 23b. It is placed and supported on the second inclined portion 25e.

  Further, as shown in FIGS. 10 and 11, a biasing member 27 is provided on one side of the lifting support base 24, and the biasing member 27 has the longitudinally changing ball portion 2 at the reference position. A restraining member 29 is erected on the side of the movable plate portion 24a of the lifting support portion 25 at a certain time, and the front swing plate 27a and the rear swing plate 27b that are long on the left and right are connected to the movable plate portion 24a and the restraining member 29. Are arranged substantially in parallel before and after. The front swing plate 27a and the rear swing plate 27b are supported so as to be swingable by support shafts 27c and 27d erected on the frame body 91 in the vicinity of the end portion on the first base side. Therefore, although the front swing plate 27a can swing forward about the support shaft 27c, the back swing plate 27b swings backward about the support shaft 27d. Although it is movable, the restraining member 29 restrains the forward swing. Engaging protrusions 27e and 27f are provided on the upper surfaces of the front swing plate 27a and the rear swing plate 27b, respectively, and one end of the tension spring 28 is connected to the engagement convex portion 27e of the front swing plate 27a. The other end of the spring 28 is engaged with the engagement convex portion 27f of the rear swing plate 27b, and the front swing plate 27a and the rear swing plate 27b are elastically biased toward each other.

  When the upper surface of the plate 22 of the vertically changing ball portion 2 is at a reference position that is flush with the board surface 1 of the baseball game board, as shown in FIG. 2 and FIG. The vertically changing ball knob 12 provided at the rear end portion is disposed so as to be slightly behind the front end of the vertically changing ball knob sliding hole 11a of the throwing operation portion 11. Therefore, the vertically changing ball knob 12 can be slid in either the front direction or the rear direction.

  That is, as shown in FIG. 13 and FIG. 14, when the longitudinally changing ball knob 12 is pushed forward in the direction of arrow D, the lifting support base 24 slides forward on the catching portion 8 side. When the elevating support base 24 slides forward, the front support protrusion 23a of the elevating base 23 moves upward to the first flat part 25b according to the inclination of the first inclined part 25a, and the rear support protrusion 23b is second inclined. According to the inclination of the portion 25e, the plate plate 22 and the lifting platform 23 move upward, and the front swing plate 27a is pushed by the movable plate portion 24a that has also moved forward. It swings forward about the support shaft 27c. At this time, the plate plate 22 protrudes from the board surface 1.

  Then, when the hand is released from the longitudinally changing ball knob 12, the return force of the tension spring 28 causes the front swing plate 27a to push the movable plate portion 24a backward to move the lift support base 24 backward and to The support protrusion 23a in front of the base 23 moves down the first inclined portion 25a and the support protrusion 23b in the rear moves down the second inclined portion 25e, respectively, and the plate plate 22 is returned to the reference position.

  On the contrary, as shown in FIGS. 15 and 16, when the longitudinally changing ball knob 12 is pulled backward in the direction of arrow E, the lifting support base 24 engaged with the front end of the longitudinally changing ball 21 slides backward. To do. When the lifting support base 24 slides backward, the support protrusion 23a in front of the lift base 23 moves downward according to the inclination of the first inclined part 25a, and the rear support protrusion 23b moves downward according to the inclination of the second inclined part 25e. The plate plate 22 and the lifting platform 23 move downward, and the rear swing plate 27b is pushed by the movable plate portion 24a that has also moved rearward to swing backward about the support shaft 27d. At this time, the rear support protrusion 23b on the pitching part 3 side is in contact with the third flat part 25i and the downward movement is restricted, and only the front support protrusion 23a on the ball catching part 8 side is in the lifting groove 93a. It moves downward to the lower end position, and the plate plate 22 is tilted forward.

  Then, when the hand is released from the vertically changing ball knob 12, the rear swing plate 27b pushes the movable plate portion 24a forward by the return force of the tension spring 28 to move the lift support base 24 forward, The support protrusion 23a in front of the base 23 moves up the first inclined part 25a and the support protrusion 23b in the rear moves up the second inclined part 25e, respectively, and the plate plate 22 is returned to the reference position.

  Accordingly, when the longitudinally changing ball knob 12 is pushed forward at the time of pitching, the plate plate 22 protrudes from the board surface 1, so that the ball fired from the pitching portion 3 hits the rear end wall portion 22a of the plate plate 22 at an appropriate speed. The ball is bounced upward by the impact, and the bounced ball jumps over the bat in a parabola and is collected in the strike count recess of the front catching portion 8. Further, when the ball hits the left and right inclined wall portions 22b of the plate plate 22, the traveling direction is changed to the left or right, and the balls are collected to the ball catching portion 8 for ball counting. For this reason, when the ball is fired so that the fast ball is accurately applied to the rear end wall portion 22a of the plate plate 22 whose width is limited, the strike count can be easily obtained. When the longitudinally changing ball knob 12 is pulled backward, the ball launched from the throwing unit 3 toward the catching unit 8 moves below the board surface 1 and moves on the slope of the plate plate 22 tilted forward. Rolled and collected in the ball counting recess on the first base side of the complementary ball portion 8 communicating with the support plate 93 below the board surface 1 as guided by the support plate 93 disposed on the left and right sides of the lifting platform 23. .

  As shown in FIG. 10, the laterally changing sphere part 4 is disposed on the pitching part 3 side behind the longitudinally changing sphere part 2, and has a magnet 43 at one end of a substantially L-shaped swinging substrate 42 in plan view. It has. The other end of the swing substrate 42 is engaged with the front end portion of the laterally changing ball 41, and the magnet 43 can swing left and right around the swinging shaft 44 by the back and forth movement of the laterally changing ball 41. Yes. At the center position where the magnet 43 is located substantially directly behind the plate 22 of the longitudinally changing sphere part 2, the laterally changing sphere knob 14 provided at the rear end of the laterally changing sphere 41 is shown in FIGS. As shown, the pitch change operation unit 11 is disposed so as to be positioned approximately at the center of the lateral change ball knob slide hole 11c.

  As shown in FIG. 17, when the lateral change ball knob 14 is positioned on the rear end side of the lateral change ball knob slide hole 11c, the lateral change ball rod 41 moves rearward, and the magnet 43 is centered on the swing shaft 44. Oscillates to the left and is located on the 1st side of the center position. On the contrary, as shown in FIG. 18, when the lateral change ball knob 14 is positioned on the front end side of the lateral change ball knob slide hole 11c, the lateral change ball rod 41 moves forward, and the magnet 43 moves the swing shaft 44. Oscillates in the right direction around the center, and is located on the third base side from the center position.

  Therefore, when the lateral change ball knob 14 is operated at the time of pitching and the magnet 43 is positioned at a desired position, the ball launched from the pitching unit 3 toward the ball catching unit 8 travels in the direction in which the magnet 43 is disposed. Since the bend is advanced, it is possible to bend the course of the pitch, and it is possible to throw a curve or a shot in addition to the straight ball.

  As shown in FIGS. 3 and 4, the pitching unit 3 is mounted below the ball discharge unit 95 on the board surface 1, and as shown in FIG. 19, a launch pad disposed immediately below the ball discharge unit 95. 32, a ball feed groove 33 provided on the lateral side of the launch pad 32 and communicating with the launch pad 32, and a ball pusher member provided on the lateral side of the ball feed groove 33 and movable in the direction of the ball feed groove 33 34, and a push-up portion 36 that is connected to the launch pad 32 and opens and closes the ball discharge unit 95.

  As shown in FIGS. 19 and 20, the launch pad 32 is a flat plate that is long in the front-rear direction, and has a ball receiving part 32 a on the upper surface of the launch pad 32 and a movement located in front of the ball receiving part 32 a. A restricting plate 32b and a block member 32c located on the rear side are arranged. The launch pad 32 is mounted on the frame 91 of the operation unit C so that both sides thereof can be moved back and forth along the guide plate 94a. A front end portion of the throwing basket 31 is fixed to the rear end portion of the launch pad 32, and one end of a tension spring 39 is connected to the front end portion of the launch pad 32 and is elastically biased forward. In addition, a pinion engaging portion 32d is provided at the front end side of the first base side of the launch pad 32, and the pinion engaging portion 32d is disposed on the first base side side of the launch base 32 and also has a ball discharge portion. A pitcher standing portion 85a disposed on the side of 95 is engaged with a pinion 40 having the same rotation axis.

  The ball receiving portion 32a is formed as a slightly depressed concave portion that can stably hold the ball B, and has a diameter smaller than the diameter of the ball B. The movement restricting plate 32b is a standing plate that is long in the front-rear direction. A rear end portion of the movement restricting plate 32b rises vertically, and an inclined portion 32e that rises and inclines forward is formed thereabove. Further, the block member 32c is an upright plate that is long in the front-rear direction, and is formed with a protruding piece 32f on the ball feeding groove 33 side of the front end portion. The dimension between the movement restricting plate 32b and the block member 32c is slightly longer than the diameter of the ball B, and only one ball B is interposed between the movement restricting plate 32b and the block member 32c. It can be held by 32a.

  Further, a push-up portion 36 is provided on the front end side portion on the third base side of the launch pad 32. The push-up portion 36 includes a main pendulum 37 and an auxiliary pendulum 38 that are fitted to a support member 36b that rises from a push-up base portion 36a connected to the launch pad 32. Has been configured.

  As shown in FIG. 20, the main pendulum 37 has a long rectangular parallelepiped having front and back surfaces, a base end portion on the rotating shaft 36c side formed on a curved side surface, and a lower end side inclined rearward at the distal end portion. A grounding portion 37a is formed, and the base end portion side is rotatably fitted to the rotation shaft 36c. Normally, the main pendulum 37 is in a state in which the grounding portion 37a is in contact with the upper surface of the push-up base portion 36a. ing. The auxiliary pendulum 38 has a thin plate with a base end formed in a cylindrical shape and is provided with an inclined piece 38a whose upper surface is inclined downward at the tip end, and the base end side is externally fitted to the rotary shaft 36c so as to be rotatable. Has been. Usually, the auxiliary pendulum 38 is supported substantially horizontally, and the main pendulum 37 and the auxiliary pendulum 38 can be interlocked with each other.

  As shown in FIG. 19, the ball feeding groove 33 is disposed substantially parallel to the lateral side of the launch pad 32, and the rear end portion is located below the ball insertion portion 96 provided on the board surface 1. . The front end of the ball feed groove 33 is provided with a block plate 94b for preventing the ball B from falling, the front side portions are notched to provide communication portions 33a and 33b, and the first base side can communicate with the launch pad 32. At the same time, the compression spring 34a of the ball push-out member 34 can be inserted on the third flange side. Further, the upper surface of the ball feeding groove 33 is slightly inclined so that the front portion is lower than the rear portion, and the front end portion is slightly inclined toward the launch pad 32 side. Accordingly, the ball B thrown from the ball throwing portion 96 rolls forward on the upper surface of the ball feeding groove 33 and rolls toward the launch pad 32 at the front end portion.

  The launch pad 32 is pulled to the foremost position by the biasing force of the tension spring 39 when the throwing knob 13 provided at the rear end of the throwing bowl 31 is not operated. The launch pad 32 is disposed so as to be located laterally at the rear side. Therefore, when the launch pad 32 is in the foremost position, the block member 32c is positioned on the side of the communication part 33a on the launch pad 32 side of the ball feed groove 33, and the ball B thrown from the ball throwing part 96 is Stopped at the front end of 33. Then, when the pitching knob 13 is pulled rearward and the launch pad 32 moves rearward and the ball receiving part 32a of the launch pad 32 is positioned on the side of the communication part 33a, the launch pad 32 and the pitching groove 33 communicate with each other. The ball B can roll to the launch pad 32 side.

  As shown in FIG. 19, a ball push-out member 34 is provided on the front end side of the ball feeding groove 33 on the third base side. As shown in FIG. 20, the ball extruding member 34 has a front plate and a rear plate arranged in parallel on the front and rear of the bottom plate, and provided with an engaging projection 34b on the lower surface of the bottom plate, and the shaft is horizontally oriented in the left-right direction. A compression spring 34a is provided on the ball-sending groove 33 side, and as shown in FIG. 19, a clamping plate 35b provided on the frame body 91 is arranged in the front-rear direction so as to be slidable in the left-right direction. . A slide plate 35 is disposed below the ball push member 34. The slide plate 35 is a thin flat plate that is long in the front and back, the front end is connected to the push-up portion 36, and can be moved back and forth in conjunction with the back and forth movement of the launch pad 32. Further, the slide plate 35 has a notch groove 35a having a square shape in a plan view, and the notch groove 35a is inclined with respect to the push-up portion 36 at the front side, and the front end is brought close to the push-up portion 36, and the rear side is arranged. It is configured to be parallel to the launch pad 32. Then, the engagement protrusion 34b of the ball pusher member 34 is engaged with the notch groove 35a.

  When the launch pad 32 is in the foremost position, the engaging protrusion 34b of the ball pushing member 34 is engaged with the rear end portion of the notch groove 35a, and the compression spring 34a of the ball pushing member 34 is connected to the ball feeding groove 33. Located on the side of 33b. Then, when the throwing basket 31 is pulled rearward and the launch pad 32 is moved rearward, the slide plate 35 is also moved rearward, and the engaging projection 34b is engaged with the oblique portion on the front side of the notch groove 35a of the slide plate 35. When combined, the ball pusher 34 moves in the direction of the ball feed groove 33 along the inclination of the groove. When the slide plate 35 reaches the rearmost position, the compression spring 34a of the ball pushing member 34 is inserted into the ball feeding groove 33 from the communication portion 33b.

  Further, as shown in FIG. 2 and FIG. 5 and the like, the pitching knob provided at the rear end portion of the pitching basket 31 at the reference position where the launch pad 32 is pulled forward by the urging force of the tension spring 39. 13 is disposed so as to be positioned at the front end of the pitching knob sliding hole 11b of the pitching operation unit 11, and the pitching knob 13 can only be pulled backward. When the pitching knob 13 is positioned at the rear end of the pitching knob sliding hole 11b, the ball receiving portion 32a of the launch pad 32 is configured to be positioned on the side of the communicating portion 33a of the pitching groove 33.

  Then, as shown in FIG. 21, the ball discharge portion 95 provided immediately above the launch pad 32 is configured to include side plates 95b on the left and right sides of a long lid plate 95a. On the rear surface on the front end side of the lid plate 95a, a locking portion 95f made of a thin plate having a substantially triangular shape in a side view with the rear inclined upward is provided at a substantially center. A shaft 95d is provided to protrude outwardly at the rear end upper part of the left and right side plates 95b, and a flip-up preventing collar 95e is provided on the side surface. A cylindrical contact portion 95c is provided so as to protrude outward substantially horizontally from the side surface of the flip-up preventing flange portion 95e provided on the side plate 95b on the third flange side. As shown in FIG. 24, the ball discharge portion 95 is equipped so that the cover plate 95a is substantially flush with the board surface 1, and the shaft 95d is locked to the board surface 1 so that the upper side is centered on the shaft 95d. It can be opened and closed.

  As shown in FIG. 22A, the contact portion 95c is disposed behind the push-up portion 36 when the launch pad 32 is at the foremost position. Then, the ball pendant 95 opens and closes by the contact portion 95c, the main pendulum 37 of the push-up portion 36, and the auxiliary pendulum 38 interlocking when the push-up portion 36 moves forward or backward.

  That is, as shown in FIG. 22 (b), when the launch pad 32 is pulled rearward in the direction of arrow E by being pulled by the throwing basket 31, the push-up portion 36 connected to the launch pad 32 also moves rearward. At this time, the rear inclined portion 37c of the main pendulum 37 of the push-up portion 36 abuts on a contact portion 95c provided on the side plate 95b of the ball discharge portion 95, and the main pendulum 37 rotates upward about the rotation shaft 36c. To do. When the launch pad 32 further moves rearward in the direction of arrow E, the main pendulum 37 rotates downward while contacting the contact portion 95c at the ground contact portion 37a, and as shown in FIG. The main pendulum 37 that has moved to the rear of the discharge portion 95 and has lost contact with the contact portion 95c is in a state in which the grounding portion 37a at the normal position is in contact with the upper surface of the push-up base portion 36a.

  Then, as shown in FIG. 23A, when the launch pad 32 moves forward in the direction of arrow D from the state where the push-up portion 36 is located behind the ball discharge portion 95, the push-up portion 36 also moves forward. When the contact portion 95c comes into contact with the front inclined portion 37b of the main pendulum 37 due to the forward movement of the push-up portion 36, the contact portion 95c moves upward on the front inclined portion 37b, and the ball discharge portion 95 has a rear end shaft 95d. The tip is pivoted so that the tip moves upward. Then, when the launch pad 32 further moves forward in the direction of arrow D and the contact portion 95c moves to the base end portion of the main pendulum 37, the contact portion 95c is connected to the auxiliary pendulum 38 as shown in FIG. The ball discharger 95 moves downward along the inclined piece 38a, and rotates so that the tip moves downward about the shaft 95d. When the launch pad 32 returns to the forward position as shown in FIG. 23C, the contact portion 95c is located behind the push-up portion 36, which is the normal position, and the cover plate 95a is flush with the board surface 1.

  Further, as shown in FIG. 24, a discharge guide base 97 is provided on the back of the board surface 1 where the tip of the ball discharge portion 95 is located, and is inclined so as to descend rearward. The lower end portion of the discharge guide base 97 is positioned on the upper surface of the ball receiving portion 32a of the launch pad 32 when it is at the most forward position. A slit-like slide groove (not shown) is formed at substantially the center of the discharge guide base 97. The slide groove has a locking portion 95f provided on the back surface of the cover plate 95a when the ball discharge portion 95 is closed. Is inserted, and the movement restricting plate 32b provided on the launch pad 32 can be inserted and removed. When the launch pad 32 is in the foremost position, the movement restricting plate 32b is inserted into the slide groove and is positioned below the discharge guide base 97. Since the movement restricting plate 32b is provided with the inclined portion 32e on the rear end side, even if the movement restricting plate 32b is positioned below the discharge guide base 97, the slope of the discharge guide base 97 is flat.

  Accordingly, when the ball B is thrown from the ball throwing portion 96 and the pitching knob 13 is pulled to the rear end in a state where the ball B is filled in the pitching groove 33, as shown in FIG. 25 and FIG. Moving rearward, the ball receiving portion 32a of the launch pad 32 and the communicating portion 33a of the pitching groove 33 communicate with each other. Since the slide plate 35 connected to the push-up portion 36 also moves rearward, the ball pushing member 34 moves in the direction of the ball feed groove 33 by sliding of the engagement protrusion 34b engaged with the notch groove 35a of the slide plate 35. Then, the compression spring 34a of the ball pushing member 34 enters the ball feeding groove 33 from the communication portion 33b. For this reason, the ball B at the foremost position of the ball feeding groove 33 is pushed by the compression spring 34a of the ball pushing member 34 and rolls to fit into the ball receiving portion 32a of the launch pad 32. At this time, the ball B is prevented from falling by the guide plate 94a, and the ball B can be directly guided to the ball receiving portion 32a by the protruding piece 32f of the block member 32c.

  At this time, the push-up portion 36 also moves rearward and is positioned behind the ball discharge portion 95 as shown in FIGS. Then, when the hand is released from the pitching knob 13 with the ball B placed on the ball receiving portion 32a, the launch pad 32 is moved forward by the return force of the tension spring 39 connected to the launch pad 32 as shown in FIG. The ball B urged in the direction and placed on the ball receiving portion 32a is moved up the inclination of the discharge guide base 97, is ejected from the pitching portion 3, and is fired on the board surface 1 in the direction of arrow F. It becomes. At this time, since the tip of the ball discharge portion 95 is flipped up by the push-up portion 36, the ball B is launched without touching the ball discharge portion 95. Then, the pinion 40 is rotated by the pinion engaging portion 32d of the launch pad 32, the pitcher doll standing on the pitcher standing portion 85a is rotated, and the pitcher doll throws the ball B at the same time as the bullet is released. be able to.

  When the ball B is fired, the launch pad 32 is retracted to the rear end and the ball B is placed on the ball receiving part 32a of the launch pad 32, and then the position of the throwing knob 13 is adjusted to The firing speed of the ball B can be adjusted depending on the position where the pitching knob 13 is moved away from the finger. Conventionally, when adjusting the position where the pitching knob 13 is released, when the ball B is pulled back to the rear end portion again, the next ball B is further released from the pitch groove 33 even though the ball B is on the launch pad 32. It moved to 32 and multiple balls B were fired at once. However, the launch pad 32 equipped in the baseball game board of this embodiment includes a movement restricting plate 32b and a block member 32c before and after the ball receiving portion 32a, and can place only one ball B. Therefore, even when the pitching knob 13 is pulled to the rear end with the ball B already placed on the launch pad 32, the compression spring 34a of the ball pusher 34 pushes the next ball B against the launch pad 32. Even if it is going to be inserted, the compression spring 34a is compressed and the next ball B cannot be fed into the launch pad 32. Therefore, even if the pitching knob 13 is moved back and forth to adjust the firing speed, the movement of the ball B from the pitching groove 33 can be stopped, and the two balls B can be prevented from being fired at the same time. .

  Further, as shown in FIGS. 28 and 29, the batting unit 5 provided on the third base side of the longitudinally changing sphere unit 2 includes a stance control unit 53 for determining the positions of both feet of the batter doll 7, and the batter doll 7 The doll standing member 54, the pinion 55, and the compression spring 55c are engaged with each other on the same axis and sandwiched from above and below by the upper sliding frame body 57a and the lower sliding frame body 57b. The upper sliding frame 57a is inserted into the batting portion mounting window 87 of the panel surface 1 so as to be slidable back and forth, and the lower sliding frame 57b is attached to the mounting window (not shown) of the frame 91 of the operation portion C. ) Is slidably fitted back and forth from above.

  The stance control unit 53 has an engagement hole 53b at the approximate center of a substantially circular flat plate in plan view, and is provided with a collar portion 53c with a partially open collar on the lower surface, and with a gear 53a on the open collar portion. ing. The engagement hole 53b is formed by a circular through hole and a hole penetrating the circular through hole so as to bulge outward from two outer edges on the open collar portion side. The doll standing member 54 is formed with a substantially square bearing hole in the center of the columnar shape, and has a flange portion 54b in the middle of the side surface. A claw 54c is formed. The pinion 55 includes an engaging claw 55a that engages with an engaging claw 54c of the doll standing member 54 on the upper surface, a spring receiving portion 55b that engages one end of the compression spring 55c on the lower surface, and a substantially central portion. A through-hole serving as a rotating shaft is formed in.

  The upper sliding frame 57a is a thin plate having a substantially rectangular shape in plan view, and is provided with sliding flanges on the lower surfaces of the front and rear end portions, respectively. In addition, a fitting hole 57c having an outer diameter substantially equal to that of the stance control unit 53 is formed in the approximate center, and a connecting column 57d is suspended from the front and back of the fitting hole 57c. The lower sliding frame body 57b is a thin plate having a substantially rectangular shape in plan view that is long in the front and rear direction, similar to the upper sliding frame body 57a. Is provided. In addition, a holding base part 57f for disposing the pinion 55, the compression spring 55c, etc. is provided in the approximate center of the upper surface, and a connection for supporting the connecting column 57d of the upper sliding frame 57a before and after the holding base part 57f. A recess 57e is provided.

  As shown in FIG. 29, the doll standing member 54 is inserted from below into the engagement hole 53b of the stance control unit 53, and the collar portion 54b of the doll standing member 54 is applied to the bottom surface of the stance control unit 53 from below. The engaging claw 54c of the doll standing member 54 is engaged with the engaging claw 55a of the pinion 55, and the pinion 55 is supported by the holding base portion 57f of the lower sliding frame body 57b through the compression spring 55c. The stance control part 53 is inserted from below into the fitting hole 57c of the upper sliding frame 57a, and the flange 53c of the stance control part 53 is brought into contact with the lower surface of the upper sliding frame 57a from below. The connecting pillars 57d of the sliding frame 57a are fitted into the connecting recesses 57e of the lower sliding frame 57b to connect each other. Then, the gear 53a of the stance control section 53 is engaged with a gear engaging section 56 provided on the back surface of the board surface 1 on the first side of the batting section mounting window 87 formed on the board surface 1, and the upper sliding frame body is engaged. 57a is fitted to the batting portion mounting window 87 of the panel surface 1 from below, and the lower sliding frame 57b is fitted to the mounting window of the frame 91 from above.

  In the batting part 5, the upper surface of the collar part 53c of the stance control part 53 is in contact with the lower surface of the upper sliding frame 57a, and the collar part 54b of the doll standing member 54 is in contact with the lower surface of the stance control part 53. Since the stance control unit 53, the doll standing member 54 and the pinion 55 are biased upward by the compression spring 55c, the upper surfaces of the upper sliding frame 57a, the stance control unit 53 and the doll standing member 54 are surfaces. It is assumed to be one.

  Further, as shown in FIG. 10, in the batting part 5, the pinion engaging part 51a of the striking arm 51 is engaged with the pinion 55, and the rear end part of the stance changing arm 52 is connected to the lower sliding frame 57b. ing. The striking arm 51 has a striking knob 16 at the front end, a pinion engagement portion 51a at the rear side, and one end of a tension spring 58 is connected to the rear end, so that it is elastically biased in the rear direction. Has been. The stance change arm 52 includes a stance change knob 17 at the front end. The stance change arm 52 can be moved back and forth by the stance change knob 17, and the lower sliding frame body 57b is connected to the rear end portion, so that the batting portion 5 can slide back and forth.

  A batter doll 7 shown in FIG. 30 can be erected in the bearing hole 54a of the doll erection member 54. The batter doll 7 is composed of a head, a torso 71 having a bat, a doll base 74, and left and right legs. The trunk portion 71 is provided with a standing shaft 72 that penetrates the doll base 74 and protrudes from below, and the standing shaft 72 is used as a rotation shaft, as shown in FIGS. 30 (a) and 30 (b). As described above, the body 71 is rotatable with respect to the head and legs in a range of about 180 ° C. The standing shaft 72 includes a fixed frame portion 72a having a substantially square shape in plan view. The diameter of the fixed frame portion 72a is substantially the same as the bearing hole 54a of the doll standing member 54 provided in the batting portion 5. It is said that. In addition, pins 73 are provided on the lower surfaces of the left and right leg parts, respectively, and these can be inserted into through holes formed so as to bulge outward among the engagement holes 53b formed in the stance control part 53. It is said that.

  Accordingly, the batter doll 7 inserts the standing shaft 72 into the bearing hole 54a of the doll standing member 54 and fixes it with the fixed frame portion 72a, and the pin 73 swells outward from the engagement hole 53b of the stance control portion 53. It can be made to stand by being inserted into the extracted through hole. At this time, since the bearing hole 54a of the doll standing member 54 and the through hole of the pinion 55 are the same axis, the standing shaft 72 of the batter doll 7 is inserted to the inside of the through hole of the pinion 55. Since the doll standing member 54 is engaged with the pinion 55, when the striking arm 51 is slid back and forth, the pinion 55 engaged with the pinion engaging portion 51a of the striking arm 51 rotates to rotate the doll. Since the standing member 54 is rotated, the standing shaft 72 of the batter doll 7 inserted and fixed in the bearing hole 54a of the doll standing member 54 is also rotated. 71 rotates.

  As described above, since the gear 53a of the stance control unit 53 is engaged with the gear engaging unit 56 provided on the lower surface of the board surface 1, the upper sliding frame is interlocked with the longitudinal movement of the stance changing arm 52. When the body 57a moves back and forth, the stance control unit 53 engaged with the upper sliding frame body 57a rotates back and forth around the rotation axis. At the reference position where the tip of the stance change knob 17 is positioned at the approximate center of the stance change knob slide hole 15b, the upper slide frame 57a is connected to the batting portion mounting window 87 as shown in FIG. When the batter doll 7 is erected in this state, the leg portion of the batter doll 7 becomes parallel to the upper sliding frame 57a as shown in FIG. 31 (b). The batter doll 7 can be erected in a so-called square stance.

  Further, when the stance change knob 17 is positioned on the front side of the stance change knob slide hole 15b on the outer side of the base A, as shown in FIG. 32, the pinion 55 is located in the vicinity of the front end of the pinion engagement portion 51a. The lower sliding frame body 57b moves forward so as to be located at the position, and as shown in FIG. 33 (a), the upper sliding frame body 57a also moves forward and is fixed to the lower surface of the board surface 1 (not shown). Due to the engagement between the engaging portion 56 and the gear 53a of the stance control portion 53, the stance control portion 53 rotates counterclockwise about the rotation axis. When the batter doll 7 is erected in this state, the batter doll 7 is erected in a so-called open stance where the hind legs of the batter doll 7 are stepped toward the home base as shown in FIG. 33 (b). Can be made.

  Further, when the stance change knob 17 is positioned on the rear side of the stance change knob slide hole 15b in the center direction of the base A, as shown in FIG. 34, the pinion 55 is moved from the front end of the pinion engagement portion 51a. The lower sliding frame body 57b moves rearward so as to be slightly rearward, and the upper sliding frame body 57a also moves rearward on the pitching unit 3 side as shown in FIG. The stance control unit 53 is rotated clockwise around the rotation axis by the gear engaging unit 56 fixed to the lower surface of the panel surface 1 that is not to be operated. When the batter doll 7 is erected in this state, the batter doll 7 is erected in a so-called closed stance in which the hind legs of the batter doll 7 are kept away from the home base as shown in FIG. be able to.

  When the batter doll 7 is erected with the bat facing rearward on the pitcher side and the batting knob 16 is pulled forward, the batting unit 5 accumulates the elasticity of the tension spring 58 by the meshing rotation of the pinion 55. The bat can be taken back while throwing, and when the hitting knob 16 is released at the same timing, the hitting arm 51 returns to the reference position by the return force of the tension spring 58, and the pinion 55 rotates quickly. When the pinion 55 rotates, the doll standing member 54 also rotates, and the standing shaft 72 of the batter doll 7 inserted into the bearing hole 54a of the doll standing member 54, and thus the body 71 of the batter doll 7, rotates. The bat can rotate and hit the ball.

  Then, as shown in FIG. 36 (a), when the batter doll 7 is erected on the square stance, the bat can be swung back and forth at an angle of about 180 °, and as shown in FIG. 36 (b), When the batter doll 7 is erected in the open stance, the bat can be swung toward the 3rd side, and when the batter doll 7 is erected in the closed stance as shown in FIG. 36 (c) The bat can be swung toward the first base side.

  When the sliding frame body is moved back and forth by the stance change knob 17, the rotation angle at which the stance control unit 53 rotates by the gear engaging unit 56 provided on the back surface of the board surface 1 and the pinion mechanism provided on the striking arm 51. The tooth pitch of the gear engaging portion 56 and the tooth pitch of the pinion engaging portion 51a are set so that the rotation angle at which the pinion 55 engaged with the joint portion 51a rotates in accordance with the longitudinal movement of the sliding frame body is the same rotation angle. Is adjusted.

  The ball catching portion 8 is provided at the front end portion of the board surface 1 as shown in FIGS. As shown in FIGS. 37 and 38, the ball catching portion 8 divides a substantially rectangular base plate 88 into three equal parts by a partition plate 88a. It is provided and configured. The movement support member 89 is substantially S-shaped in a plan view, and a guide surface portion 89a that is inclined so as to rise rearward is formed at the lower part of the front and rear bent portions. Then, in a state where the push-up arm 59 having the push-up knob 18 at the tip end is engaged with the moving support member 89 provided on the base plate 88, the ball catching portion 8 is provided on the front end portion of the board surface 1 (illustrated) And a push-up arm 59 is mounted on the back side of the board base A.

  The push-up arm 59 is a thin plate having a substantially U shape in plan view, and is provided with two lifting support members 59a on the upper surfaces of both ends. The elevating support 59a is a thin plate provided with a support inclined portion 59b that inclines so that the rear on the pitching portion 3 side rises, and the inclination angles of the support inclined portions 59b are all equal. Further, each lifting support 59a is provided with a position shifted in the front-rear direction, and each support inclined portion 59b is configured to abut on the guide surface portion 89a of the moving support member 89 provided on the base plate 88. A push-up knob 18 is provided on the upper surface of the horizontal portion of the push-up arm 59.

  As shown in FIG. 37, the ball catching portion 8 is supported by the push-up arm 59 so that the guide surface portion 89a of the moving support member 89 is placed on the support inclined portion 59b of the lift support 59a. It is attached to the back surface of the board base A so as to be slidable in the forward direction. The push-up arm 59 is connected to the front end side of the tension spring 60, and the rear end side of the tension spring 60 is attached to the base A. Therefore, the push-up arm 59 is biased in the backward direction. At the reference position where the push-up knob 18 is not operated, the push-up knob 18 is located at the rear end of the push-up knob sliding hole 15c.

  With the above configuration, the ball collected by the ball catching portion 8 can be easily taken by causing the ball catching portion 8 to protrude from the board surface 1 by operating the push-up knob 18. That is, as shown in FIG. 39, at the reference position where the push-up knob 18 is not operated, the guide surface portion 89a of the movable support member 89 provided on the base plate 88 is supported by the support inclined portion 59b of the lift support 59a provided on the push-up arm 59. The upper surface of the partition plate 88a is substantially flush with the board surface 1. When the push-up knob 18 is pulled in the forward direction, as shown in FIG. 40, the push-up arm 59 slides in the forward direction, and the guide surface portion 89a of the moving support member 89 moves upward according to the inclination of the support inclined portion 59b. . When the push-up knob 18 is pulled to the foremost end of the push-up knob sliding hole 15c, the partition plate 88a protrudes on the board surface 1, and the base plate 88 of the catching portion 8 is substantially flush with the board surface 1. Therefore, the balls collected in the catching part 8 can be easily taken out.

  Further, as shown in FIG. 37, guide plates 90 are provided on the back side of the left and right sides of the mounting window into which the ball catching portion 8 provided on the board surface 1 is fitted. 90 is inserted into the gap of the moving support member 89 of the ball catching portion 8 so that the ball catching portion 8 can move vertically up and down.

  Further, as described above, the pitching control plate 6 for limiting pitching can be covered on the upper surface of the pitching operation unit 11 projecting outward from the rear side of the board base A. As shown in FIGS. 7 and 8, the pitching control plate 6 is a thin plate formed in a size and shape substantially equal to the upper surface plate of the pitching operation unit 11, and the pitching operation unit 11 is cut off at the left and right corners. Easy to put on and take off. The pitching control plate 6 has through holes at three locations, and the pitching knob control hole 62 positioned above the pitching knob sliding hole 11b through which the pitching knob 13 slides, and the longitudinal change ball knob 12 slide. A vertically changing ball knob control hole 61 located above the vertically changing ball knob slide hole 11a and a horizontally changing ball knob control hole located above the horizontally changing ball knob slide hole 11c through which the horizontally changing ball knob 14 slides. The front end position and the rear end position of each through hole are changed to form a through hole having an arbitrary length. The longitudinally changing ball knob control hole 61, the throwing knob control hole 62, and the laterally changing ball knob control hole 63 are formed to have a length substantially equal to or shorter than each knob sliding hole.

  Therefore, the pitching control plate 6 can be fixed by being overlapped on the upper surface of the pitching operation unit 11, and the knob control holes 61, 62, 63 are made to coincide with the knob sliding holes 11a, 11b, 11c of the pitching operation unit 11. be able to. That is, the pitching control plate 6 is placed on the upper surface of the pitching operation unit 11 to limit the operating range of each knob, thereby enabling the character of the pitcher.

  As shown in FIGS. 9A to 9E, the pitching control plate 6 forms a plurality of patterns of plates in order to obtain a desired pitching form. For example, the pitching control plate 6 shown in FIG. 9A restricts the operations of the vertically changing ball knob 12 and the laterally changing ball knob 14, and the pitching knob control hole 62 has substantially the same length as the pitching knob slide hole 11b. The rear end position of the vertically changing ball knob control hole 61 is made the same as the rear end position of the vertically changing ball knob slide hole 11a, and the front end position is formed at a position substantially equal to the reference position of the vertically changing ball knob 12 The rear end position of the lateral change ball knob control hole 63 is made the same as the rear end position of the lateral change ball knob slide hole 11c, and the front end position is formed at a substantially central position of the lateral change ball knob slide hole 11c. Yes. Accordingly, as shown in FIG. 7, in the pitching operation unit 11 covering the pitching control plate 6 of FIG. 9A, the longitudinally changing ball knob 12 can only be pulled backward, and the plate plate 22 is Only the operation of lowering from the board surface 1 can be operated. When the lateral change ball knob 14 is operated, only the operation of moving the magnet 43 to the left side from the center position can be operated.

  In addition, on the upper surface of the pitching control plate 6, the name of the ball type is drawn on the side of each knob control hole, and it is possible to pitch with a desired ball type by positioning the knob at the name position. In the pitching control plate 6 shown in FIG. 9A, a character “fork” is drawn on the side of the rear end portion of the vertically changing ball knob control hole 61. If the ball is positioned at the rear end of the ball knob control hole 61, the ball can be moved below the board surface, so that a pitch like a fork ball thrown in an actual baseball is possible. In addition, the letter “straight” is drawn on the side of the front end of the lateral change ball knob control hole 63, and the letter “shoot” is drawn on the side of the rear end. If it is positioned at the front end of the lateral change ball knob control hole 63, the magnet 43 of the lateral change ball part 4 is positioned at the center position so that a straight ball can be thrown, and the lateral change ball knob 14 is placed in the lateral change ball knob control hole. If it is positioned at the rear end of 63, the magnet 43 is positioned on the first base side, so that it is possible to throw a changing ball such as a shoot ball thrown in an actual baseball.

  The pitch control plate 6 in FIG. 9B restricts the vertical change ball knob 12 and the horizontal change ball knob 14, and the rear end position of the vertical change ball knob control hole 61 is set as the reference position of the vertical change ball knob 12. The front end position is the same as the front end position of the longitudinal change ball knob slide hole 11a, and the rear end position of the lateral change ball knob control hole 63 is set to the substantially central position of the lateral change ball knob slide hole 11c. In addition, the front end position is formed to be the same as the front end position of the lateral change ball knob slide hole 11c. Accordingly, the longitudinally changing ball knob 12 can only be pushed forward, and only the operation of raising the plate plate 22 from the board surface 1 can be performed.When the laterally changing ball knob 14 is operated, the magnet 43 is moved from the center position. Only the movement to the right of the third base side can be operated.

  Further, on the pitching control plate 6 shown in FIG. 9 (b), characters of “gyro” are drawn on the side of the front end portion of the vertically changing ball knob control hole 61. If the ball is placed at the front end of the vertical ball control knob 61, the ball can be applied to the plate 22 of the vertical ball 2 projecting from the board surface to make a jump ball, so a gyro ball thrown in actual baseball Can be thrown. In addition, “curve” is drawn on the side of the front end of the lateral change ball knob control hole 63, and “straight” is drawn on the side of the rear end. If it is located at the front end of the laterally changing ball knob control hole 63, the magnet 43 of the laterally changing ball part 4 is positioned on the third base side, so that it is possible to throw a changing ball such as a curved ball thrown in actual baseball. When the lateral change ball knob 14 is positioned at the rear end of the horizontal change ball knob control hole 63, the magnet 43 is positioned at the center position, so that a straight ball can be thrown.

  The throwing control plate 6 in FIG. 9C restricts the longitudinal change ball knob 12, and the throwing knob control hole 62 and the lateral change ball knob control hole 63 are inserted into the throwing knob slide hole 11b and the lateral change ball knob. It is formed to have substantially the same length as the hole 11c, and the vertically changing ball knob control hole 61 is formed at a position substantially equal to the reference position of the vertically changing ball knob 12. Accordingly, the vertically changing ball knob 12 cannot be operated, and the ball can be changed only by operating the horizontal changing ball knob 14. The throwing control plate 6 shown in FIG. 9 (d) restricts the lateral change ball knob 14 and the throwing knob control hole 62 and the vertical change ball knob control hole 61 are moved through the pitching knob slide hole 11b and the vertical change ball knob. The laterally changing ball knob control hole 63 is formed at a position substantially equal to the reference position of the laterally changing ball knob 14. Accordingly, the lateral change ball knob 14 cannot be operated, and the ball can be changed only by operating the vertical change ball knob 12. Note that the pitching control plate 6 shown in FIG. 9C and the pitching control plate 6 shown in FIG. 9D are formed as the back and front of one plate, and two types of pitching are performed with one plate. Restrictions can be made.

  The pitch control plate 6 shown in FIG. 9 (e) restricts the operation of the vertically changing ball knob 12 and the horizontally changing ball knob 14, and the rear end position of the vertically changing ball knob control hole 61 is set to the vertically changing ball knob slide. The front end position is the same as the rear end position of the moving hole 11a, and the front end position is formed at a position substantially equal to the reference position of the longitudinal change ball knob 12. The lateral change ball knob control hole 63 is substantially equal to the reference position of the lateral change ball knob 14. It is formed at a position. Accordingly, the lateral change ball knob 14 cannot be operated, and the vertical change ball knob 12 can only be pulled backward.

  In the present invention, when the pitching knob 13 is pulled to the rear end, the ball B moves from the pitching groove 33 to the launch pad 32, and when the launch pad 32 returns to the normal position by the forward bias, Since it is configured to be fired, the pitching knob control hole 62 is formed in a shape substantially equal to the pitching knob sliding hole 11b. As shown in FIGS. 9A to 9E, characters “slow” and “speed” are drawn on the side of the pitching knob control hole 62, and By positioning the throwing knob 13 at “slow” or “fast” with the ball B placed on the part 32a, the firing speed of the ball B can be limited. In other words, if the pitching knob 13 is returned to the “slow” position and the ball B is fired, the forward bias of the launch pad 32 is weaker than when the pitching knob 13 is released from the “speed” position. Can slow down the firing speed.

  In this way, the pitcher can be personalized by using a specific pitching control plate 6 according to the pitcher's cage, carrier, and pitching type. Therefore, if the pitching control plate 6 is used during play or is used by sequentially exchanging it, it is possible to play in a manner similar to an actual baseball game in which the pitcher is changed.

  As described above in detail, the baseball game board of the present invention has the function of changing the stance of the vertically changing sphere part 2 for changing the pitch in the vertical direction, the laterally changing sphere part 4 for changing the pitch in the horizontal direction, and the batter doll 7. Since the batting unit 5 provided and the pitching control unit 6 that covers the pitching operation unit 11 that controls the pitching and restricts the pitching operation are provided, various operations can be performed by combining these during the play. You can play.

  That is, when the longitudinally changing ball knob 12 is operated by the longitudinally changing ball knob 12, when the longitudinally changing ball knob 12 is pushed forward, the ball B is brought into contact with the plate plate 22 raised from the board surface 1, and the impact is caused by the impact. The ball B is flipped upward and the ball B jumps over the bat of the batter doll 7. Therefore, the ball B can be used as a jump ball. Since the ball B launched toward the ball portion 8 can be dropped below the board surface 1, it can be a magic ball that disappears.

  Further, the launch pad 32 of the throwing unit 3 includes a movement restricting plate 32b and a block member 32c before and after the ball receiving part 32a, and only one ball B can be placed on the launch pad 32. Even if the pitching knob 13 is moved back and forth while B is placed on the launch pad 32, the next ball B can be prevented from entering the launch pad 32.

  Further, when the stance changing knob 17 connected to the sliding frame body of the batting part 5 is operated, the batter doll 7 erected on the batting part 5 is erected in each of the square stance, the open stance and the closed stance. Therefore, the position of the rear end of the bat when the batting knob 16 is operated is different, and the batting direction can be easily selected by selecting the center direction, the left direction, and the right direction.

  Then, when the pitching control plate 6 is installed on the pitching operation unit 11, the upward or downward movement of the plate plate 22 by operating the longitudinally changing ball knob 12 is limited, or the operation range of the laterally changing ball knob 14 is limited. Since the swing range of the magnet 43 can be limited, individuality can be given to the pitcher and a way of playing similar to an actual baseball game such as changing the pitcher can be achieved.

  In the present embodiment, the batting unit 5 is illustrated with only the right batter, but a batting box for the left batter may be provided so that both the right batter and the left batter can perform the batting.

  In the above-described embodiment, the inclined portion of the lifting support portion 25 is formed as a continuous straight line. However, the support protrusion of the lifting platform 23 when the plate plate 22 and the board surface 1 are at a reference position that is substantially flush with each other. Flat portions that support 23a and 23b can be formed in the middle of each of the first inclined portion 25a and the second inclined portion 25e. Even when the lifting support portion 25 is slightly displaced from the reference position by the biasing member 27 by providing the flat portion on the inclined portion, the plate plate 22 and the board surface 1 are moved when the support protrusions 23a and 23b are placed on the flat portion. It can be flush.

  The elevating support part 25 is provided with a front inclined part that inclines so that the rear is raised at the front end of the elevating support part 25, a flat part that continues from the upper end of the front inclined part to the rear, and the rear end of the flat part The rear end of the front inclined portion is raised and lowered as a height for supporting the support protrusions 23a and 23b of the elevator 23 when the flat portion is at the reference position. In some cases, the front end of the rear inclined portion may be provided behind the support protrusion 23b in the rear in front of the support protrusion 23a in front of the base 23. With this configuration, when the longitudinally changing ball knob 12 is pushed forward, the support protrusion 23b behind the lifting platform 23 moves up the rear inclined portion, and the plate plate 22 that is a projecting member is rearward centered on the front end side. Since the end portion is raised, the ball can be jumped up to be a jump ball. On the other hand, when the longitudinally changing ball knob 12 is pulled backward, the support protrusion 23a in front of the lifting platform 23 moves down the front inclined portion, and the plate plate 22 as a protruding member tilts the front end portion around the rear end side. Therefore, it can be a magic sphere that disappears by moving the ball below the board surface 1.

  In the present invention, in order to jump up the launched ball, the projecting member only needs to be able to project from the board surface 1, and the effect can be obtained if it projects by a height of about a fraction of the diameter of the ball. . Further, in order to lower the plate plate 22 as a projecting member and drop the ball below the board surface 1, it is necessary to lower the plate plate 22 at a height equal to or higher than the diameter of the ball. That is, the elevating support base has different front and rear moving distances, and the swing ranges of the swing plates 27a and 27b of the urging member 27 are also different. Accordingly, the front swing plate 27a is made longer than the rear swing plate 27b, and the support shaft 27c of the front swing plate 27a is provided on the outer side to rotate the front swing plate 27a. It may be larger than the rotational movement.

  Note that the projecting member is not limited to a flat plate shape, and is a batter standing part of the batting unit 5 on the pitching unit 3 side of the ball catching unit 8 as a projecting member of a long line on the left and right It can be provided on the pitcher side behind 85f, and the projecting member can be configured to project from the board surface 1 by operating the longitudinally changing ball knob 12. In this case, it is possible to add a so-called disappearing magic sphere to the changing sphere by configuring a dropping part that includes an opening / closing lid that drops the ball to the side of the batting part, which is closer to the ball catching part 8 than the protruding member. it can.

  Further, although the operation unit C is mounted on the frame body 91 and disposed below the board base A, each member may be suspended from the back surface of the board surface 1.

  As described above, the present invention has been described with reference to a preferred embodiment. However, the present invention is not limited to this embodiment, and various modifications can be made without departing from the scope of the present invention. .

1 is a perspective view of a baseball game board according to the present invention. It is a top view of the baseball game board concerning the present invention. It is the top view which showed the inside of the baseball game board which concerns on this invention with the broken line. It is a top view inside a baseball game board concerning the present invention. It is a top view of the rear part of the baseball game board which concerns on this invention. It is a top view of the front part of the baseball game board which concerns on this invention. It is a top view of the state which mounted | wore the pitching control plate in the pitching operation part. It is a perspective view of a pitching control plate. (A) thru | or (e) are top views of various pitching control plates. It is a top view which shows the structure of the principal part of a vertical change sphere part, a horizontal change sphere part, and a batting part. It is a perspective view of the vertically changing sphere at the reference position. It is a schematic side view of the longitudinally changing sphere at the reference position. It is a top view which shows operation | movement of the vertical change sphere part at the time of pushing operation of the vertical change sphere knob. It is a schematic side view which shows operation | movement of the vertical change ball | bowl part at the time of pushing operation of a vertical change ball | bowl knob. It is a top view which shows operation | movement of the vertical change sphere part at the time of pulling operation of a vertical change sphere knob. It is a schematic side view which shows operation | movement of the vertical change sphere part at the time of pulling operation of a vertical change sphere knob. It is a top view which shows operation | movement of the lateral change ball | bowl part at the time of pulling operation of a lateral change ball | bowl knob. It is a top view which shows operation | movement of the lateral change ball | bowl part at the time of pushing operation of a lateral change ball | bowl knob. It is a top view which shows the structure of the principal part of a pitching part. It is a perspective view of the principal part which comprises a pitching part. It is an external appearance perspective view of a ball | bowl discharge | release part. (A) thru | or (c) is a figure explaining operation | movement of a pitching part. (A) thru | or (c) is a figure explaining operation | movement of a pitching part. It is a schematic side view of the pitching part in a reference position. It is a top view which shows operation | movement of the pitching part at the time of pulling operation of a pitching knob. It is a schematic side view which shows operation | movement of the pitching part at the time of pulling operation of a pitching knob. It is a schematic side view which shows operation | movement of the pitching part at the time of pitching. It is a disassembled perspective view of a batting part. It is a schematic side view of a batting part. (A) And (b) is a perspective view which shows the structure of a batter doll. (A) And (b) is a top view of the batting part in a square stance. It is a figure which shows the schematic position of the batting part in an open stance. (A) And (b) is a top view of the batting part in an open stance. It is a figure which shows the schematic position of the batting part in closed stance. (A) And (b) is a top view of the batting part in a closed stance. It is a top view which shows the swing range of the batter doll in FIG. 30 thru | or FIG. It is a back view explaining the attachment state of a catching part. It is a disassembled perspective view of a complementary ball part. It is a schematic side view of the complementary sphere part in a reference position. It is a schematic side view which shows operation | movement of the ball catching part at the time of operation of a push-up knob.

Explanation of symbols

A Board base B Ball C Operation part D, E, F Arrow 1 Board surface 2 Longitudinal change ball part 3 Throwing part 4 Lateral change ball part 5 Batting part 6 Throwing control plate 7 Batter doll 8 Throwing part 11 Throwing operation part 11a Longitudinal change Ball knob sliding hole 11b Throwing knob sliding hole 11c Horizontally changing ball knob sliding hole 12 Vertically changing ball knob 13 Throwing knob 14 Horizontally changing ball knob 15 Stroke operation unit 15a Stroke knob sliding hole 15b Stance changing knob sliding hole 15c Push-up knob slide hole 16 Stroke knob 17 Stance change knob 18 Push-up knob 21 Longitudinal ball 22 Plate plate 22a Rear end wall portion 22b Inclined wall portion 23 Elevator base 23a, 23b Support protrusion 24 Elevator support base 24a Movable plate portion 24b Reinforcing part 25 Elevating support part 25a First inclined part 25b First flat part 25e Second inclined part 25f Second flat part 25 3rd flat part 26 latching part 27 urging member 27a front swing plate 27b rear swing plate 27c, 27d support shaft 27e, 27f engagement convex part 28 tension spring 29 stop member 31 throwing bowl 32 launch pad 32a ball support Portion 32b Movement restricting plate 32c Block member 32d Pinion engaging portion 32e Inclined portion 32f Projection piece 33 Ball feeding groove 33a, 33b Communication portion 34 Ball pushing member 34a Compression spring 34b Engaging projection 35 Slide plate 35a Notch groove 35b Holding plate 36 Push-up Part 36a Push-up base part 36b Support member 36c Rotating shaft 37 Main pendulum 37a Grounding part 37b Front inclined part 37c Rear inclined part 38 Auxiliary pendulum 38a Inclined piece 39 Tension spring 40 Pinion 41 Horizontally changing ball 42 Oscillating substrate 43 Magnet 44 Oscillating Shaft 51 Impact arm 51a Pinion engagement part 52 Stance change arm 53 Stance control unit 53a gear 53b engagement hole 53c collar 54 doll standing member 54a bearing hole 54b collar 54c engagement claw 55 pinion 55a engagement claw 55b spring bearing 55c compression spring 56 gear engagement 57a upper sliding frame Body 57b Lower sliding frame body 57c Fitting hole 57d Connecting column 57e Connecting recess 57f Holding base 58 Tension spring 59 Push-up arm 59a Lifting support body 59b Support inclined part 60 Tension spring 61 Vertical change ball knob control hole 62 Throwing knob control hole 63 Horizontal change ball knob control hole 71 Body 72 Standing shaft 72a Fixed frame 73 Pin 74 Doll base 81 Fielder 81a Fielder standing part 82 Entrance 84 Mounting part 85a Pitcher standing part 85b Standby runner standing part 85c, 85d 85e Runner standing part 85f Batter standing part 86a, 86b, 86c Display knob 86d Viewing window 87 Bag Wing portion mounting window 88 base plate 88a partition plate 89 moving support member 89a guide surface portion 90 guide plate 91 frame body 92 guide 93 support plate 93a lifting groove 94a guide plate 94b block plate 95 ball discharge portion 95a lid plate 95b side plate 95c contact portion 95d Shaft 95e Bounce-up preventing hook 95f Locking portion 96 Ball throwing portion 97 Release guide base

Claims (7)

In a baseball game board configured to fire a ball from a throwing part of a board surface simulating a baseball board to a catching part, and hit the launched ball back at a batting part,
A baseball game board characterized in that a projecting member for jumping up a shot ball is provided on the side of the pitching part of the batting part and on the side of the pitching part of the batting part so as to protrude from the board surface.   2. The baseball game board according to claim 1, wherein the projecting member projects from the board surface in conjunction with a vertically changing ball cage having a vertically changing ball knob provided in a pitching operation unit at the rear of the game board.   The projecting member is supported by an elevating support base, and the elevating support base is connected to the vertical changing ball, and the elevating support base moves up and moves at least on the throwing portion side of the protruding member in conjunction with the vertical changing ball. The baseball game board according to claim 1, wherein the baseball game board is configured so as to be played.   The baseball according to claim 3, wherein the elevating support base includes an elevating support part that supports a side of the protruding member, and the elevating support part includes an inclined part to move the protruding member upward. Game board.   5. The projection member according to claim 1, wherein the projecting member is a plate plate having a substantially rectangular plate shape in plan view, and is formed by cutting out two corners on the throwing portion side. Baseball game board as described in.   An urging member interlocked with the elevating support base is provided, and the urging member elastically urges the elevating support base to a reference position when the longitudinally changing ball knob is not operated. The baseball game board according to claim 5.   The baseball game board according to any one of claims 3 to 6, wherein the projecting member moves up and down from the board surface in conjunction with the lifting support base.

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