JP2012024335A - Game toy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game toy of great interest which is an intellectual education tool for infants used not only as a game toy that enables a player to easily acquire targets but also as a teaching tool for learning to count the number of the acquired targets or the like, and enabling players to alternately acquire chances to capture the targets when two players play games face to face.SOLUTION: The game toy 10 for acquiring the targets such as balls by operating operation buttons 11 includes: shaped bodies 20; a target tray 13 for storing a plurality of targets 18 such as balls above the shaped bodies 20; a rotating shaft 15 for supporting and rotating the target tray 13; and locking parts 14 for suspending the targets 18 stored in the target tray 13. The shaped bodies 20 are opened to ascend by pressing down the operation buttons 11 and closed to acquire the targets 18 while descending by releasing the operation buttons 11. At that time, the target tray 13 is rotated by a predetermined angle.

Description

  The present invention relates to a game toy as an educational tool for infants.

  Conventionally, there has been a toy that is a teaching tool for learning addition and subtraction using building blocks, such as a multi-functional math cake shown in Patent Document 1 below. In Patent Document 2 below, two players face each other across the game surface and can see the state of the opponent who is playing the game. Face-to-face game toys that compete for martial arts or ball games that can be operated while looking closely.

Utility Model Registration No. 3041323 JP-A-8-206353

  However, the multi-functional math cake shown in the above-mentioned Patent Document 1 is a teaching tool for learning addition and subtraction, but it is not a toy that is used happily and continuously because of its lack of playability. In addition, the face-to-face game toy shown in Patent Document 2 is also likely to be a winner of the game when a player with different skills competes and a player with excellent skills advantageously advances the game. However, it was difficult for players with poor skills to get bored and to maintain their interest.

  Therefore, the present invention has been made in view of such problems of the prior art, and is an educational tool for infants, which is a game toy that can easily acquire a target such as a ball. Providing an interesting game toy that is also a learning tool for counting the number of acquired targets, etc., and can alternately get opportunities to acquire targets such as balls when playing with two players facing each other It is in.

  The game toy according to the present invention is a game toy that acquires a target such as a ball by operating an operation button, and a shape body that opens and rises when the operation button is pressed, and an upper portion of the shape body. A target dish for storing a plurality of targets such as balls, a rotating shaft for supporting and rotating the target dish, and a locking part for suspending a target stored in the target dish; When the operation button is pressed, it opens and rises, and when the operation button is released, it closes and descends to acquire the target of the locking portion and rotate the target dish by a predetermined angle It is characterized by making it.

  In the game toy according to the present invention, it is preferable that the shape bodies are two bodies arranged symmetrically with respect to the rotation axis position, and have operation buttons for operating the respective shape bodies.

  And in the game toy of this invention, when the said target is acquired by the said shape body, it is preferable that another target stored in the said target plate moves to the said latching | locking part, and is suspended.

  Furthermore, in the game toy according to the present invention, the locking portions are positioned at equal intervals at three bottom portions near the periphery of the target dish, and extend downward from the bottom portion. The target pan rotates and stops so that the piece stops at a position directly above one of the two shape bodies.

  Moreover, the game toy of this invention is provided with the target storage tray which accommodates the target acquired by the said shape body.

  Furthermore, it is preferable that the target in the game toy of the present invention has a shape imitating a ball, bread, hamburger or hot dog.

  According to the present invention, it is an educational tool for infants, and it is a game toy that can easily acquire a target such as a ball, but it is also a teaching tool for learning such as counting the number of acquired targets. It is possible to provide an intriguing game toy that can alternately obtain an opportunity to acquire a target such as a ball when playing with two players.

  In addition, according to the game toy of the present invention, since the shape bodies are symmetrically arranged around the rotation axis position, two players compete with each other by operating each shape body. You can enjoy a heated game.

  Furthermore, according to the game toy of the present invention, when the target is acquired by the shape body, another target stored in the target dish is moved and suspended to the locking portion, so that the progress of the game is stopped. You can play without.

  Further, according to the game toy of the present invention, the target dish rotates and stops so that one of the locking portions is locked at a position directly above one of the two shaped bodies. Two players can enjoy the target alternately.

  And according to the game toy of this invention, since the target storage tray which accommodates the acquired target is provided, the number of the targets which the player acquired can be counted easily.

  Further, according to the present invention, a target that simulates bread, a hamburger, a hot dog, or the like as a target can be used as a game toy for more realistic bread eating competition.

1 is an external perspective view of a game toy according to an embodiment of the present invention. It is explanatory drawing which shows the internal mechanism seen from the front of the game toy based on the Example of this invention. It is explanatory drawing which shows the internal mechanism seen from the bottom part of the game toy concerning the Example of the present invention. It is the expanded sectional view seen from the front which shows operation of the clutch mechanism of the game toy concerning the example of the present invention. It is explanatory drawing which shows the internal mechanism seen from the front regarding the state before the shape body raising of the game toy concerning the Example of this invention. It is explanatory drawing which shows the internal mechanism seen from the front regarding the state immediately after the shape body raise of the game toy concerning the Example of this invention. It is explanatory drawing which shows the internal mechanism seen from the front regarding the state immediately after falling from the shape body highest rise state of the game toy concerning the Example of this invention. It is explanatory drawing which shows the internal mechanism seen from the front regarding the state at the time of the shape body of the game toy which concerns on the Example of this invention descend | falls and returns to the original position. It is explanatory drawing which shows the internal mechanism seen from the side regarding the state before the shape body raising of the game toy concerning the Example of this invention. It is explanatory drawing which shows the internal mechanism seen from the side regarding the state immediately after falling from the shape body highest rise state of the game toy concerning the Example of this invention.

  Hereinafter, modes for carrying out the present invention will be described. The game toy 10 of the present invention is a game toy 10 as an educational tool for infants that is operated by two players facing each other and operating the respective operation buttons 11. Further, in the game toy 10, the shape body 20 is two bodies arranged symmetrically around the rotation shaft 15 located in the center of the game toy 10. Each shape body 20 that rises while opening the mouth portion 21 indicating the upper face portion, and a target dish 13 that stores a target 18 such as a plurality of balls at the top of each shape body 20 are provided. The game toy 10 includes a rotary shaft 15 that supports and rotates the target dish 13, a target locking part 14 that suspends the target 18 stored in the target dish 13, and a shape body 20 that opens the mouth part 21. And a target storage tray 64 that is raised and stored so as to hold the target 18 of the target locking portion 14. Then, the game toy 10 rises while opening the mouth portion 21 by pressing the operation button 11, and the shape body 20 descends while closing the mouth portion 21 by releasing the operation button 11, and the target dish 13 is rotated by a predetermined angle.

  The target locking portions 14 are positioned at equal intervals at three bottom portions in the vicinity of the periphery of the target dish 13, and extend downward from the bottom portions. Then, the target dish 13 rotates and stops so that one of the three target locking portions 14 stops at a position directly above one of the two shaped bodies 20.

  Then, when the target 18 is acquired so as to be added to any one of the shape bodies 20, another target 18 stored in the target dish 13 is moved to the target locking portion 14 and suspended.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is an external perspective view of a game toy 10 of the present invention. On the left and right sides of the game toy 10 shown in the figure, a shape body 20 that is a character doll that rises while opening the mouth part 21 to imitate bread eating competition is located in the center of the game toy 10 on the housing 30 serving as a base The rotating shafts 15 are arranged so as to face each other at an equal distance. Since the left and right shape bodies 20 have the same structure and the same shape, description will be made using the same reference numerals. In the game toy 10, the longitudinal direction of the casing 30 whose upper surface is a rectangle of 125 mm in length and 300 mm in width is the left-right direction, and the front of the game toy 10 shown in FIG. Moreover, the structural member except a specific member, a screw, etc. is produced | generated with hard resin.

  Behind each shape body 20, operation buttons 11 for raising the mouth portion 21 of each shape body 20 while being opened are arranged.

  At the upper center of the game toy 10 is a target dish 13 for storing a target 18 such as a ball, which is a substitute for bread in a bread eating competition. The target dish 13 is disposed so as to be supported by the rotation shaft 15 located at the center.

  Then, the target 18 stored in the target tray 13 passes through three holes provided at equal intervals on the lower surface of the tray and is locked by each target locking portion 14. Then, the target 18 is held above any of the shape bodies 20 so as to suspend the bread of bread eating competition. The shaped body 20 is raised while the mouth 21 is opened when the operation button 11 is pressed, and is acquired and lowered so that the operation button 11 is separated and holds the target 18 of the target locking portion 14. When the acquired target 18 passes through the inside of the shape body 20 and is discharged to the outside of the shape body 20 from the target guiding portion 63 provided on the back of the shape body 20, and falls to the target communication path 32 installed on the housing 30. It rolls on the slope of the target communication path 32 and is guided to the front side of the housing 30 and falls into the target storage tray 64 and stored.

  Further, the target pan 13 is rotated counterclockwise by 60 degrees as viewed from above the game toy 10 when the operation button 11 is pressed and released. Holes are formed at equal positions at intervals of 120 degrees near the periphery of the bottom surface of the dish. Are provided in three places. The target locking portions 14 are alternately held above any of the shape bodies 20 during play. That is, the two players who face each other get the opportunity to acquire the target 18 alternately.

  Next, the internal structure of the housing 30 related to the release of the operation button 11 will be described. FIG. 2 is an explanatory diagram showing a mechanism inside the housing 30 of the game toy 10 as viewed from the front. FIG. 3 is an explanatory diagram showing a mechanism inside the housing 30 of the game toy 10 as seen from the bottom. Note that, since the housing 30 has the same structure and the same shape on the left and right of the rotation shaft 15 located in the center, the left and right components are denoted by the same reference numerals.

  As shown in FIG. 2, a rotating member 40 that performs a seesaw operation for moving the shape body 20 up and down is disposed inside the housing 30 below the operation button 11. The game toy 10 raises the shape body 20 by pressing the operation button 11 by the rotating member 40, and lowers the shape body 20 when the pressed operation button 11 is separated.

  A shape body spring 39 is arranged inside the shape body 20. The shape body spring 39 has one end connected to the rotating member 40 and the other end connected to a wall inside the shape body pedestal described later inside the shape body 20. The shape body spring 39 biases the raised shape body 20 in the descending direction.

  A rotation shaft 41, which is a seesaw operation shaft located at the center of the rotation member 40, is pivotally supported by a bearing portion disposed on the upper surface inside the housing 30. In addition, an operating lever 42 for rotating the target tray 13 in the vertical direction from the lower surface of the rotating member 40 is extended from the rotating member 40 with the rotating shaft 41 as a base point.

  The actuating lever 42 is engaged with an arm connecting portion 43a at a central portion of an arm 43 that is a driving source of a clutch mechanism described later, and swings to the left and right according to the seesaw operation of the rotating member 40. Is operated horizontally. The arm 43 is connected to the arm spring 38 on the side surface inside the housing 30 and is biased toward the side surface of the housing 30. The arm spring 38 is interlocked with the horizontal movement of the arm 43 according to the seesaw operation of the rotating member 40, and specifically, expands when the operation button 11 is pressed, and expands when the operation button 11 is released. The state is released to the original state.

  As a result, the arm 43 is horizontally operated in the direction of the rotating shaft disc portion 16 shown in FIG. In the arm 43, an arm U-shaped groove 44 is formed in the vicinity of the rotary shaft disc portion 16 so as to be fitted with an arm protrusion 52 provided on a clutch wheel described later. When the arm 43 is horizontally operated in the forward direction, the arm protrusion 52 fitted to the arm U-shaped groove 44 is also operated.

  When the operation button 11 is released, the arm 43 operated in the forward direction returns to the side surface of the housing 30 (hereinafter referred to as the reverse direction) by the urging of the arm spring 38 and returns to the original state. When the arm 43 is horizontally operated in the opposite direction, the arm protrusion 52 fitted to the arm U-shaped groove 44 is also operated.

  And the clutch mechanism mentioned later which rotates the rotating shaft disc part 16 to one direction by the action | operation of the forward direction and the reverse direction of the arm 43 is implement | achieved, and the target dish 13 is rotated.

  At the center of the housing 30, as shown in FIG. 2, a rotating shaft 15 that is integrated with the target dish 13 located at the top of the game toy 10 is rotatable from the top surface of the housing 30 to the inside of the housing 30. Has been inserted. The tip of the rotary shaft 15 is integrated with the rotary shaft disc portion 16 below the housing 30.

  The rotating shaft disk portion 16 has a disk shape with a diameter larger than the outer diameter of the rotating shaft 15. Then, as shown in FIG. 3, six clutch protrusions 17 are uniformly arranged at intervals of 60 degrees in the vicinity of the periphery of the disk shape as shown in FIG. In addition, a hole for supporting a protrusion provided on the lower surface inside the housing 30 is provided in the center of the lower surface of the rotating shaft disk portion 16.

  Next, a clutch mechanism that rotates the target tray 13 in one direction by pressing and releasing the operation button 11 will be described in detail. FIG. 4 is an enlarged cross-sectional view showing a series of operations of the clutch mechanism located at the center bottom inside the housing 30 of the game toy 10 as viewed from the front.

  The clutch mechanism has an arm 43 having an arm U-shaped groove 44 as a drive source, and an arm protrusion 52 that is rotated by an operation of the arm 43 shown in FIG. The clutch wheel 50 and the rotary shaft disk portion 16 including the clutch protrusion 17 that meshes with the clutch teeth 51 of the clutch wheel 50 and rotates in one direction.

  As described above, the rotary shaft disc portion 16 is integrated at the bottom of the game toy 10 and the target plate 13 positioned at the top of the game toy 10 and the rotary shaft 15 that supports and integrates the target plate 13. The rotating shaft disc portion 16 has a disc shape, and has a clutch protrusion 17 that meshes in one direction with the clutch teeth 51 of the clutch wheel 50 on the surface of the rotating shaft disc portion 16 on the clutch wheel 50 side. . The clutch protrusions 17 have a cylindrical shape, and six are uniformly arranged at intervals of 60 degrees so as to form a circumference.

  The clutch wheel 50 has a disc shape, is excellent in wear resistance, has a low friction coefficient, is made of a thermoplastic resin having elasticity, and has a hole in the center so that it can rotate on the rotary shaft 15 It is inserted and arranged. On the surface of the illustrated clutch wheel 50 on the side of the rotating shaft disc 16, the clutch teeth 51 that mesh with the clutch protrusion 17 of the rotating shaft disc 16 in one direction are evenly spaced at 60 ° intervals so as to form a circumference. Six are arranged. The clutch teeth 51 have a tapered shape with one side of the rectangular parallelepiped as a gentle slope.

  Then, on the upper surface of the clutch wheel 50, an arm projection 52 that fits the arm U-shaped groove 44 formed in the arm 43 as shown in FIG. The arm projections 52 have a cylindrical shape, and are arranged at two point-symmetrical positions around the rotation shaft 15 so as to be fitted to the respective arm U-shaped grooves 44 formed on the left and right arms 43. The The clutch wheel 50 has a function of converting the horizontal motion of the arm 43 into motion in the rotational direction by using a rotating member.

  As shown in FIG. 4A, when the arm 43 is operated in the forward direction (the left-pointing arrow in the figure) by pressing the operation button 11 as shown in FIG. When the game toy 10 is viewed from above, the clutch wheel 50 is rotated 60 degrees clockwise (hereinafter, forward rotation) about the rotation axis 15.

  When the clutch wheel 50 rotates forward 60 degrees, the six clutch teeth 51 of the clutch wheel 50 rotate forward about the rotating shaft 15. Each clutch tooth 51 rotates forward so that the slope of the tapered portion of each clutch tooth 51 comes into contact with each clutch protrusion 17 of the rotary shaft disk portion 16 below the clutch wheel 50 as shown in FIG. .

  However, since the rotating shaft disc portion 16 is integrated with the target plate 13 and the rotating shaft 15 and the static frictional force is large, the inclined surface of each clutch tooth 51 and the rotating shaft disc as shown in FIG. Even if the respective clutch teeth 51 rotate forward due to contact with the cylindrical side surfaces of the respective clutch protrusions 17 of the portion 16, each clutch protrusion 17 maintains its stop position and the rotating shaft disk portion 16 may rotate forward. No structure.

  The clutch wheel 50 is made of a material having excellent wear resistance, a low friction coefficient, and elasticity, so that the rotating shaft having the clutch protrusion 17 even if each clutch tooth 51 contacts the clutch protrusion 17. Without rotating the disc portion 16, the shape thereof is deformed as shown in FIG. 4B, and the disc portion 16 is rotated forward while releasing the contact pressure with the clutch protrusion 17.

  As a result, even if the clutch wheel 50 rotates forward 60 degrees, the clutch protrusion 17 of the rotating shaft disc portion 16 does not rotate forward and does not change its position. Specifically, the gentle slope of each forwardly rotating clutch tooth 51 passes through the upper surface of each stationary clutch protrusion 17, and the clutch wheel is located at a position where the wall portion of each clutch tooth 51 and each clutch protrusion 17 are in contact with each other. 50 will stop.

  On the other hand, when the pressed operation button 11 is released, the arm 43 operates in the reverse direction (the arrow pointing to the right in the figure) as shown in FIG. Then, when the clutch mechanism operates the arm 43 in the reverse direction by separating the operation button 11, the clutch projection 50 for the clutch wheel 50 that fits the arm U-shaped groove 44 is rotated so that the game toy 10 is viewed from above. If it sees, the clutch wheel 50 will be made to rotate counterclockwise 60 degree | times (henceforth, reverse rotation) centering on the rotating shaft 15. FIG.

  By rotating the clutch wheel 50 in the reverse direction, the six clutch teeth 51 of the clutch wheel 50 rotate in the reverse direction about the rotation shaft 15. The clutch teeth 51 that rotate in reverse are engaged with the wall portions of the clutch teeth 51 and the clutch protrusions 17.

  Then, the rotational power of the clutch wheel 50 that rotates in reverse is transmitted to the clutch protrusion 17 of the rotating shaft disc portion 16, and the rotating shaft disc portion 16 rotates in the reverse direction about the rotating shaft 15. As a result, the target dish 13 integrated with the rotary shaft disk portion 16 is rotated counterclockwise by 60 degrees when viewed from above the game toy 10.

  The clutch mechanism functions in the same manner when operated by the left and right arms 43. When either the left or right arm 43 is operated in the forward direction, the clutch wheel 50 is rotated forward by 60 degrees, and the two arm protrusions 52 formed on the clutch wheel 50 are rotated forward about the rotation shaft 15.

  When the two arm protrusions 52 are rotated, the left and right arms 43 that form the arm U-shaped grooves 44 fitted to the arm protrusions 52 are actuated. When pressed and one of the arms 43 is actuated in the forward direction, the other arm 43 is also actuated in the forward direction.

  That is, each arm 43 is operated in the forward direction when either one of the left and right operation buttons 11 is pressed. Further, each arm 43 operates in the forward direction when the operation button 11 is pressed, and operates in the reverse direction when the pressed operation button 11 is separated, so that both operation buttons 11 are pressed, Even if any one of the operation buttons 11 is released, as long as any one of the operation buttons 11 is kept pressed, the arm 43 remains in the forward direction.

  Thus, the game toy 10 does not rotate the target dish 13 even when the operation button 11 is simultaneously pressed by the opposing player and one operation button 11 is released. In other words, the game toy 10 rotates the target dish 13 by 60 degrees counterclockwise when the two operation buttons 11 are separated.

  Next, the internal structure of the shape body 20 will be described with reference to the drawings. 5 to 8 are explanatory views showing a series of vertical movements while showing the internal structure of the shape body 20 as viewed from the front. FIG. 9 and FIG. 10 are explanatory views showing the operation when descending and ascending while showing the internal structure of the shape body 20 as viewed from the side.

  As shown in FIGS. 5 and 9, the shape body 20 includes a front body portion 25, a rear body portion 26, a mouth portion 21 having a mouth opening lever 22, a mouth opening / closing spring 29, a movable hand portion 27, a movable foot portion 28, a shape Consists of a body pedestal 24 and a cloak 65. Further, the shape body 20 includes a vertically moving member 23 supported by the above-described rotating member 40 that performs a seesaw operation to move the shape body 20 up and down.

  The front body portion 25 is a member that forms the front surface of the main body of the shape body 20. The front torso 25 forms the front surface and jaw portion of the torso excluding the limbs of the shape body 20 facing upward. In addition, a mouth opening / closing spring 29 is provided on the inner side of the abdomen of the front body portion 25 to be interlocked with the vertical movement member 23 and to bias the mouth portion 21 toward the closing side. One end of the mouth opening / closing spring 29 is locked to the inner side of the abdomen of the front body part 25, and the other end is locked to the upper side of the vertical movement member 23 on the surface facing the inner side of the front body part 25 and the vertical movement member 23. .

  The rear trunk portion 26 is a member that forms the rear surface of the main body 20 of the shape body 20. The rear torso portion 26 forms the rear surface of the torso excluding limbs. In addition, a target guiding portion 63 that is a hole for discharging a target 18 described later to the outside of the shape body 20 is formed in the center of the rear trunk portion 26.

  The vertical movement member 23 has a rod shape at the bottom and is supported by the rotating member 40 at the tip, and is formed in a plate shape at the top. Inside the shape body 20, the inner side of the abdomen of the front body 25 and the mouth opening / closing spring Connected through 29. Further, the vertical movement member 23 has an engaging portion 62 that engages with a mouth opening lever 22 for opening a mouth portion 21 described later.

  The mouth portion 21 is a member showing the face portion of the shape body 20 excluding the jaw portion. The mouth portion 21 has a mouth opening lever 22 for opening and closing the mouth at the lower neck portion. Here, the opening / closing operation of the mouth portion 21 will be described. The mouth opening lever 22 is engaged with an engaging portion 62 located above the vertical movement member 23, and the engaging portion 62 slightly rises when the shape body 20 starts to move upward as shown in FIG. The mouth 21 is opened by moving the mouth opening lever 22 upward, which is the opening side.

  Then, as shown in FIG. 7, when the engaging portion 62 is slightly lowered at the start of the lowering movement of the vertical movement member 23, the mouth opening lever 22 is moved downward by the bias of the mouth opening / closing spring 29 to move the mouth. The part 21 is closed.

  Further, the shape body 20 forms a hollow body by the front body portion 25 and the rear body portion 26, and is fixed to the inside of the shape body 20 on the upper surface of the housing 30, and a hollow shape body base 24 described later. Further, a vertically moving member 23 that moves up and down is inserted into the hollow shape base 24.

  As shown in FIG. 9, the movable hand portion 27 is the left and right hand portions of the shape body 20 and is formed so as to be fitted between the rear body portion 26 and the front body portion 25. Further, the movable hand portion 27 includes an engaging protrusion 61 and a periphery of the engaging protrusion 61 that are provided on the shape body base 24, which will be described later, around the side portion of the movable hand portion 27 when the vertical movement member 23 is raised. Engage with the flat end of the arm and spread both hands.

  The movable foot portion 28 is the left and right foot portions of the shape body 20, and is formed so as to be fitted between the rear body portion 26 and the front body portion 25. The movable foot portion 28 includes an engaging protrusion 61 and a periphery of the engaging protrusion 61 that are provided below the shape base 24, which will be described later, when the inner ankle portion of the movable foot portion 28 is moved up and down. It engages with the flat end of the foot and opens and closes both feet.

  The shape body pedestal 24 is disposed on the upper surface of the housing 30 of the game toy 10 by being connected by a screw or the like, and the shape body 20 is disposed at a predetermined position. The lower portion of the shape body pedestal 24 has a disk shape, and the upper portion has a rod shape, and is loosely inserted between the legs of the shape body 20 and into the shape body 20.

  Further, the engaging projection 61 and the flat end portion around the engaging projection 61 are provided above the shape base 24. When the shape body 20 ascends due to interference between the engagement protrusion 61 and the flat end portion around the engagement protrusion 61, the side portion of the movable hand portion 27, and the inner ankle area of the movable foot portion 28 inside the shape body 20. In addition, the movable hand portion 27 performs an operation of spreading both hands, and the movable foot portion 28 performs an operation of opening and closing both feet.

  The cloak 65 is a decorative object formed from the neck portion to the back of the shape body 20, and discharges the target 18 to a predetermined position outside the shape body 20 together with the target guide portion 63 formed on the rear trunk portion 26. It is a guide.

  Next, a series of vertical movements of the shape body 20 in the game toy 10 will be described with reference to FIGS. If the operation button 11 is not pressed, the shape body 20 in the game toy 10 is in the original position as shown in FIG. The shape body 20 closes the mouth portion 21 in the original position.

  The game toy 10 is in a state where the shape body 20 starts to rise as shown in FIG. 6 immediately after the operation button 11 is pressed by the player. The shape body 20 first opens the mouth 21 in the rising start state. Specifically, when the operation button 11 is pressed, the rotation member 40 performs a seesaw operation in a direction in which the shape body 20 is raised, and the vertical movement member 23 supported by the rotation member 40 is raised. When the vertically moving member 23 is slightly raised, the shape body 20 extends the mouth opening / closing spring 29 connected to the vertically moving member 23, and the engaging portion 62 of the vertically moving member 23 moves the mouth opening lever 22 to the open side. It will be moved and the mouth 21 is opened.

  When the operation button 11 is further deeply pressed by the player, the shape body 20 rises further, and the vertical movement member 23 further rises to support the front body portion 25, thereby raising the shape body 20 main body to the highest point. It becomes a state.

  In the highest rise state, the shape body 20 reaches a height at which the mouth portion 21 can hold the target 18 suspended by the target locking portion 14 of the target tray 13. When the player releases the operation button 11 from this highest rise state, the shape body 20 enters the mouth closing start state as shown in FIG.

  Specifically, immediately after the operation button 11 is released, inside the housing 30, the rotating member 40 performs a seesaw operation in the direction of lowering the shape body 20, and the vertical movement member 23 supported by the rotating member 40 is lowered. To do. When the vertically moving member 23 is slightly lowered, the shape body 20 reduces the mouth opening / closing spring 29 connected to the vertically moving member 23, and the engaging portion 62 of the vertically moving member 23 moves the mouth opening lever 22 to the closing side. It will be moved, and the mouth part 21 is closed.

  When the shape body 20 closes the mouth portion 21, the target 18 suspended by the target locking portion 14 interferes with the mouth portion 21 to be closed and falls. The dropped target 18 is conveyed into the shape body 20 as shown in FIG.

  The shape body 20 returns to the original position when the vertical movement member 23 is further lowered by the return operation by the shape body spring 39.

  Then, the shape body 20 in the original position discharges the target 18 conveyed into the shape body 20 from the hole of the target guide portion 63 located in the center of the rear trunk portion 26 as shown in FIG. It is dropped on the target communication path 32 located. In this way, each player acquires the target 18 by moving the shape body 20 up and down.

  Next, a mechanism for locking the target 18 of the game toy 10 will be described. As shown in FIG. 1 or FIG. 10, the target locking portion 14 suspends the target 18 so that the target 18 stored in advance in the target pan 13 is suspended when it passes through a hole (not shown) and falls downward. Lock.

  Further, three target locking portions 14 are provided at equal positions at intervals of 120 degrees around the rotation shaft 15. Then, the target locking portion 14 has a thin plate material made of a thermoplastic resin having elasticity so that the target 18 can be dropped downward with a slight force while locking the target 18. It is generated in a bowl shape and is formed so as to be picked at two places. Note that the target locking part 14 is thin and poor in strength and is not exposed to the outside.Therefore, a protective cover is provided around the target locking part 14 so as not to hinder the target 18 from dropping, and is protected from external pressure. Is.

  Then, as described above, the target pan 13 is rotated 60 degrees each time the operation button 11 is pressed and released, so that the target locking portion 14 is disposed above one of the left and right shaped bodies 20. It becomes. Further, by storing a plurality of targets 18 in the target tray 13, the target 18 is sequentially guided to the target locking portion 14 each time the target 18 is acquired by the shape body 20, and the target locking. It is arranged at the lower end of the part 14.

  Next, the target storage tray 64 for storing the acquired target 18 will be described. As shown in FIG. 1 or 10, a target storage tray 64 is provided on the front of the game toy 10.

  As described above, the shape body 20 is lifted while opening the mouth portion 21, and the target portion 18 that is locked to the target locking portion 14 is closed in the highest lifted state so that the mouth portion 21 is closed and unlocked. Into the mouth 21. Then, the carried target 18 passes through the inside of the shape body 20 and communicates with the target disposed on the upper surface of the housing 30 via the target guide portion 63 located in the approximate center of the rear body portion 26 of the shape body 20. Fall on Road 32.

  The target 18 dropped by forming the road surface of the target communication path 32 on the slope rolls on the slope and is stored in the target storage tray 64. That is, the target storage tray 64 is a tray for storing the acquired target 18. And the target storage tray 64 is made shallow so that the number of acquired targets 18 can be easily counted so that the bottom of the tray can be seen at a glance, or “1 piece, 2 pieces... If you set the index, you can easily count the number of targets 18 acquired.

  As described above, according to the game toy 10 of the present invention, although it is the game toy 10 that can easily acquire the target 18 such as a ball, it is also a teaching tool for learning such as counting the number of acquired targets 18. It is possible to provide an intriguing game toy 10 that can alternately obtain an opportunity to acquire the target 18 when playing with two players facing each other.

  Further, according to the game toy 10 of the present invention, since the shape bodies 20 are arranged symmetrically around the position of the rotation axis 15, two players operate each shape body 20 to set the target 18. You can win and compete to enjoy a heated game.

  Furthermore, according to the game toy 10 of the present invention, when the target 18 is acquired by the shape body 20, another target 18 stored in the target dish 13 is moved to the latching portion and suspended. You can play without stopping the progress.

  Further, according to the game toy 10 of the present invention, the target pan 13 is rotated and rotated so that one of the target locking portions 14 is locked at a position directly above one of the two shaped bodies 20. Since it stops, two players can acquire and enjoy the target 18 alternately.

  According to the game toy 10 of the present invention, since the target storage tray 64 for storing the acquired target 18 is provided, the number of targets 18 acquired by the player can be easily counted.

  Further, the present invention is not limited to the above embodiment, and can be freely changed and improved without departing from the gist of the invention. In the embodiment, the game toy 10 to which a ball is applied as the target 18 has been described. For example, the target toy 18 that imitates bread, a hamburger, a hot dog, etc. It does not matter.

10 Game toys
11 Operation buttons
13 Target pan 14 Target locking part
15 Rotating shaft 16 Rotating shaft disc
17 Clutch protrusion 18 Target
20 Shaped body 21 Mouth
22 Opening lever 23 Vertically moving member
24 Shape base 25 Front torso
26 Rear trunk 27 Movable hand
28 Movable foot 29 Opening / closing spring
30 Housing 32 Target communication path
38 Arm spring 39 Shape body spring
40 Rotating member 41 Rotating shaft
42 Actuating lever 43 Arm
43a Arm connection
44 Arm U-shaped groove
50 Clutch wheel 51 Clutch tooth
52 Projection for arm
61 Engagement protrusion 62 Engagement part
63 Target guide 64 Target storage tray
65 Cloak

Claims (6)

A game toy that operates a control button to acquire a target such as a ball,
By pressing the operation button, a shape body that opens and rises;
A target dish for storing a plurality of targets such as the balls at the top of the shape body;
A rotating shaft that supports and rotates the target dish;
A locking part for suspending a target stored in the target dish;
With
The shape body opens and rises when the operation button is pressed, acquires the target of the locking portion while closing and descending when the operation button is released, and sets the target dish to a predetermined position. A game toy characterized in that it is rotated by an angle of.   2. The game toy according to claim 1, wherein the shape bodies are two bodies arranged symmetrically with respect to the rotation axis position, and have operation buttons for operating the respective shape bodies.   The said target is acquired by the said shape body, The another target stored in the said target pan will move to the said latching | locking part, and will be suspended. Game toy.   The locking portions are located at three equal bottoms in the vicinity of the periphery of the target dish, extend downward from the bottom, and one of the locking portions is the shape of the two bodies. The game toy according to claim 2 or 3, wherein the target dish is rotated and stopped so as to stop at a position directly above either one.   The game toy according to any one of claims 1 to 4, further comprising a target storage tray for storing the target acquired in the shape body. The game toy according to any one of claims 1 to 5, wherein the target has a shape simulating a ball, a bread, a hamburger, or a hot dog.

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