JP2006087896A - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game machine in which a plurality of foot-operated input devices are arranged on a surface and with which a player competes to step on the appropriate one of the plurality of foot-operated input devices quickly. <P>SOLUTION: In the game machine 1, a plurality of recessed surface parts 7 are formed uniformly on a play field 2, ball receiving parts 4 are disposed at both ends of the player field 2 and ball throwing out devices for throwing a ball toward both ball receiving parts are provided respectively in the recessed surface parts 7. On positions corresponding to the plurality of recessed surface parts 7 on one or both sides of the play field 2, the foot-operated input devices 3 corresponding to the respective ball throwing out devices 8 provided for a pair each respectively in the respective recessed surface parts 7 are provided. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a game machine in which a plurality of foot-operated input devices are arranged on a surface, and a player competes to quickly step on an appropriate foot-operated input device among the plurality of foot-operated input devices.

  Currently, various game machines are installed in amusement facilities such as game centers and amusement parks.

  Among these game machines, a plurality of concave parts are uniformly formed on the play field, and each concave part is provided with a ball squeezing device, and adjacent to the play field, an input corresponding to the ball squeezing device is provided. There was a game machine provided with a switch (see Patent Document 1).

  In addition, among game machines provided with a plurality of foot-operated input devices, there are game machines that compete to step on the foot-operated input device when it is most suitable for music or dance rhythm (see Patent Document 2 and Patent Document 3). reference).

Utility Model Registration No. 2500095 Japanese Patent No. 3321122 Japanese Patent No. 3345591

  In the soccer game machine described in Patent Document 1, a play field covered with a transparent dome is narrow, and a player who confronts both ends of the play field presses a kick operation button in front of the player with a finger to move the concave portion Since the ball that entered the ball came out toward the opponent's goal, the player did not actually move and played, and it was difficult to have a sense of reality.

  Further, since the ball is struck out using the weak magnetic attractive force of the solenoid, a large ball could not be struck out far away.

  Furthermore, in the dance game machines described in Patent Document 2 and Patent Document 3, play is performed by stepping on a footboard of a predetermined input device according to instructions displayed on the monitor in accordance with the rhythm of the music. The skill of play was judged by the timing of stepping on the board and whether or not the instructed footboard was correctly stepped on.

  A cable switch or tape switch is arranged below the footboard of this input device. When the footswitch is stepped on, the weight of the player acts on the cable switch or tape switch via the footboard, and the cable switch or tape Since the switch is turned on, the cable switch or tape switch is always subjected to its own weight with the footboard, and after a long period of time, the elastic part of the cable switch or tape switch causes permanent distortion and is accurate. (See Patent Document 2 and Patent Document 3).

  This invention makes it the subject to provide the game machine which eliminated the malfunction or the fault described in patent document 1, patent document 2, and patent document 3 mentioned above.

  According to the first aspect of the present invention, a plurality of concave portions are uniformly formed on the play field, a ball receiving portion is disposed at an end portion of the play field, and the concave portions are respectively provided on the ball receiving portion. In a game machine provided with a ball squeezing device for picking up a ball, each ball cage provided on each concave surface portion at a position corresponding to the plurality of concave surface portions on one or both sides of the play field. The game machine is characterized in that an input device corresponding to each of the output devices is provided.

  According to a second aspect of the present invention, the concave surface portions are regularly arranged in a vertical direction toward the both ball receiving portions and a horizontal direction perpendicular thereto, and the input device is on an extension line in the horizontal arrangement direction of the concave surface portions. The game machine according to claim 1, wherein the game machine is arranged.

  The invention according to claim 3 is the game machine according to claim 1 or 2, wherein the input device is a stepping type.

  A fourth aspect of the present invention is the game machine according to the first or second aspect, wherein the input device is of a manual operation type.

  A fifth aspect of the present invention is the game machine according to any one of the first to fourth aspects, wherein the ball receiving portions are provided at both ends of the play field.

  According to a sixth aspect of the present invention, the input device corresponds to the pair of ball squeezing devices for each concave surface portion arranged in the horizontal arrangement direction, and has an extension line in the horizontal arrangement direction of the concave surface portion. The game machine according to claim 5, wherein the game machine is disposed at a position.

  A seventh aspect of the present invention is the game machine according to any one of the first to fourth aspects, wherein the ball receiving portion is provided at one end of the play field.

  In the invention according to claim 8, a plurality of concave portions are uniformly formed on the play field, ball receiving portions are disposed at both ends of the play field, and the concave surface portions are respectively provided on the both ball receiving portions. In a game machine provided with a ball dispensing device for ejecting a ball toward the ball, the ball dispensing device has an impact piece at the tip and is pivotally supported pivotably around one end. A member, an elastic member that urges the impacting member in the ball ejection direction, and a drive member that overcomes the urging force of the elastic member and swings the impacting member in a direction opposite to the ball ejection direction; A locking member that automatically locks the impacting member when the impacting member is swung to a limit range of impact, and the drive member is opposite to the impacting direction of the impacting member. It rotates only in the direction of swinging in the direction, and exceeds the limit limit area of the impact member. A game machine, characterized in that the member is the driving member is configured to release the engagement of said pressurizing 撃部 member by the locking member when rotated.

  The invention according to claim 9 is a game machine in which a plurality of foot-operated input devices are arranged on a surface, and a player competes for a player to quickly step on an appropriate foot-operated input device among the plurality of foot-operated input devices. The foot-operated input device includes a bottom member, a light emitting means provided on the bottom member, a pressure sensitive means disposed so as to surround the light emitting means, and is positioned above the pressure sensitive means and coupled to the bottom member. The elastic support means is separated from the pressure-sensitive means by an elastic restoring force of the elastic support means in an unloaded state, and is pressed against the pressure-sensitive means in accordance with elastic deformation of the elastic support means in a loaded state. Stepping force transmitting means for operating the pressure sensitive means, and an input plate that transmits light emitted from the light emitting means by the operation of the pressure sensitive means and is integrally coupled to the stepping force transmitting means. A game characterized by It is.

  According to a tenth aspect of the present invention, the pressure-sensitive means has a string shape, and a plurality of the pressure-sensitive means are arranged in a circumferential direction so as to surround the light emitting means. The game machine according to claim 9, wherein a plurality of protrusions that can contact each other are provided.

  According to the eleventh aspect of the present invention, a plurality of concave surface portions that are equally arranged in the play field are formed, goals are arranged on both sides of the play field, and the balls that have entered the plurality of concave surface portions are placed on the concave surface portions. In a game machine that is launched at the kick section provided in the lower portion and is put into the goal, each concave surface portion is provided with ball detecting means for detecting the presence or absence of a ball, and corresponds to the plurality of concave surface portions outside the play field. A stepping type input device is provided for each goal on both sides, and it is detected that the stepping type input device corresponding to the concave portion where the ball detecting means has detected that the ball has entered is stepped on by the player. The game machine is characterized by launching a ball by operating a kick section.

  A twelfth aspect of the invention relates to the stepping type input device according to the eleventh aspect, after turning on the lightning illumination unit of the stepping type input device corresponding to the concave surface portion where the ball detecting means detects that the ball has entered the ball. Is a game machine that detects that the player has been stepped on by the player, and activates the kick unit to launch the ball.

    The invention according to claim 13 divides the play field facing the goal into a plurality of sets of compartments, and each of the compartments is provided with a concave surface portion into which a ball can flow, and each concave surface portion has a saddle provided. In the game machine that shoots to the goal by hitting the take-out device, the input device operated by the player to move is paired at a position corresponding to the plurality of concave portions provided on the side surface of the play field. It is a game machine characterized by being provided corresponding to each ball dispensing device provided one by one.

  The invention according to claim 14 divides a play field having a goal in a plurality of sets of sections, and has a concave surface portion into which a ball can flow into each of the sections, and the ball that has flowed into the concave surface portion faces each goal. A play device corresponding to each of a plurality of concave portions in a row of the play field is provided, wherein an input device in which a pair of squeezing devices for attacking is arranged and a player performs a hammering operation on the ball by the scooping device is provided. The game machine is characterized in that a plurality of input devices for a player who are provided in the outer longitudinal direction of the side line of the field and further attack in the opposite direction are provided in the same manner.

  According to the fifteenth aspect of the present invention, the input device group, which is provided in a pair corresponding to each of the concave surface portions at a position corresponding to the plurality of concave surface portions, has a length substantially the same as the side length of the play field. The game machine according to claim 13 or 14, wherein each of the input devices has a movable width, and an arrow is attached to the floor surface portion in the attack direction.

  The invention according to claim 16 is the game machine according to claim 13 or 15, wherein each of the input devices is in a position where the player can move and stand up.

  According to the first aspect of the invention, the distance in the longitudinal direction of the play field is such that the player can reciprocate along the longitudinal direction, so that the play field becomes wider and the ball becomes larger. Players can have the feeling of playing on the field.

  According to the second aspect of the present invention, if the player moves along the longitudinal direction of the play field and does not step on the foot-operated input device located on the side of the concave portion containing the ball, the concave portion Since the ball contained in the ball cannot be found out, the player's momentum increases, and after the play, the player can enjoy the same magnificent feeling as if he actually played.

  According to the invention described in claim 3, since the input device is a stepping type, it is particularly suitable for a game machine in which a game machine plays using a foot like soccer.

According to the fourth aspect of the present invention, the input device is a hand-operated type, so that the input device is particularly suitable for a game machine that plays mainly using a hand such as basketball.

  According to the fifth aspect of the present invention, it is possible to play a game by being divided into enemies and allies.

  According to the invention of claim 6, the player moves not only in the longitudinal direction of the play field but also in the lateral arrangement direction, and does not operate the input device corresponding to the concave portion containing the ball, Since the ball contained in the concave portion cannot be squeezed out, it is necessary for the player to move to the front, back, left and right accurately and quickly, and it is possible to enjoy a more playful feeling.

  According to the seventh aspect of the present invention, the game can be performed by one person, and the other players can perform the game in the same manner and compete for scores.

  According to the eighth aspect of the present invention, the driving member rotating in one direction overcomes the elastic force of the elastic member and swings the impacting member in the direction opposite to the ball ejection direction, thereby elastically restoring the elastic member. After the force is applied, when the impacting member is locked with the locking member and the ball needs to be ejected, the locking member is locked with respect to the impacting member. By releasing it, the ball can be squeezed out toward the ball receiving portion.

  In addition, when the elastic member is elastically restored by rotating the driving member in one direction, and the ball needs to be squeezed out, the elastic member of the elastic member is used to move the ball toward the ball receiving portion. Since the ball is played out, a large ball kite output can be obtained, and a large ball close to a real ball used in the game can be easily found out, so that the game is extremely interesting.

  According to the ninth aspect of the present invention, in a no-load state where the player does not step on the input plate, the stepping force transmission means integrated with the input plate is separated from the pressure sensitive means by the elastic support means. As a result of the fact that the means is not always elastically deformed, the pressure-sensitive means does not generate permanent distortion, and the pressure-sensitive detection accuracy and reliability are improved, and the durability is increased.

  Further, when the input plate is stepped on, the light emitting means emits light correspondingly and the light passes through the input plate, so that it can be immediately known that the player has operated the photosensitive means.

  According to the tenth aspect of the present invention, since the pressure-sensitive means operates regardless of the position of the input plate, the reliability of the depression detection is greatly improved.

  According to the eleventh aspect of the present invention, when the ball enters any one of the plurality of concave portions evenly arranged in the play field, the ball detecting means operates, and in this state, the stepping input device is operated by the player. When stepped on, the kick unit corresponding to the stepped-on input device that has been stepped on operates and the ball is launched toward the goal.

  According to the twelfth aspect of the present invention, the operation of the ball detecting means for the concave surface portion containing the ball turns on the light-emitting illumination unit of the foot-operated input device corresponding to the concave surface portion. The player gets more excited by competing and stepping forward towards the expression input device.

According to the thirteenth aspect of the present invention, the player can squeeze out the ball that has flowed into one of the plurality of concave portions toward the goal.

  According to the invention described in claim 14, since the players can play separately on both sides of the play field, there is no possibility that the player's bodies are in contact with each other.

  According to the fifteenth aspect of the present invention, since the input device has an arrow, it is possible to prevent the player from making a goal accidentally.

  According to the invention of the sixteenth aspect, since the player can be operated in a standing state, a player with a physical disability can also play.

  The embodiment illustrated in FIGS. 1 to 15 will be described below.

  In this specification, a play field means a court in basketball, for example, and means a field in which a concave surface portion into which a ball rolls or flows in is divided into a plurality of sections.

  As shown in FIG. 1, the game machine of this embodiment is a basketball game machine 1, and the basketball game machine 1 is adjacent to a rectangular play field 2 and one side of the play field 2. And a foot-operated input device 3 arranged in a row.

  A goal ring 4 is provided at each of the upper ends of the play field 2 in the longitudinal direction. As will be described later, a ball 5 shot by a player (not shown) stepping on a stepping input device 3 passes through the goal ring 4. When the goal is successful, for example, an optical goal sensor 93 for detecting the passage of the ball 5 is attached to the goal ring 4. The goal sensor 93 includes a light emitter that emits light toward one side of the goal ring 4 and a light receiver that receives light from the light emitter, and the ball 5 passes through the goal ring 4 to emit light. When the light from the light is blocked, the photoreceptor detects this and detects the success of the goal.

Further, at the bottom of the play field 2, a regular quadrangular pyramid-shaped concave surface portion 7 having a square opening 6 formed in the center is provided in a vertical direction along the longitudinal direction of the play field 2 connecting the pair of goal rings 4. A total of 15 rows are arranged in 5 rows and 3 rows in the transverse direction perpendicular thereto, and below this square opening 6, a pair of balls that feed out the balls 5 toward the pair of goal rings 4, respectively. A brewing device 8 (see FIG. 5) is provided.
Note that lamps 97 are arranged along the boundaries of the five rows of regular quadrangular truncated conical concave portions 7 (see FIG. 1).

  Further, pillars 9 are vertically erected at the four corners of the play field 2, and transparent or opaque end walls 10 are stretched at both longitudinal ends of the play field 2. The display 11 is stretched, and a transparent side wall 12 is stretched in front of the play field 2 in the lateral direction. The end wall 10, the display 11, and the ceiling have 15 regular quadrangular pyramids. A net or a plate (not shown) is stretched so as to cover the concave portion 7 so that the ball 5 squeezed out by the ball squeezing device 8 in the play field 2 does not jump out of the play field 2. Yes.

  Furthermore, a coin insertion slot 13, a game setting switch group 14, and a coin discharge receiving portion 15 are attached to one pillar 9 adjacent to the stepping type input device 3, and a predetermined number of coins are inserted into the coin insertion slot 13. After that, when the game setting switch group 14 is selectively operated, the game progress method and the difficulty level are set, and various images accompanying the game progress are sequentially displayed on the display surface of the display 11. At the same time, the score is displayed on the scoreboard screen.

  First, in the foot-operated input device 3, as shown in the exploded perspective view of FIG. 3 and the cross-sectional view of FIG. A recess 21 that is recessed in the direction is formed, and an adjustment screw 23 is screwed to the screw receiving piece 22 at the bottom of the recess 21 so as to be movable up and down, and a frame body is formed at the bottom of the inner peripheral surface of the metal plate peripheral wall 20 24 is mounted integrally, and a reflecting plate 25 is stretched in the central recess of the frame 24, and two fluorescent lamps 26 are arranged in parallel above the reflecting plate 25.

  In addition, an octagonal opening is formed in the center of the octagonal sensor mounting plate 27 in which the four corners of the square are obliquely omitted, and an upper surface of the sensor mounting plate 27 is formed along the opening line of the sensor mounting plate 27. Four pressure-sensitive sensors 28 are attached, and a channel-shaped support bracket 29 is integrally attached to the outside of the pressure-sensitive sensor 28. A square-shaped support plate 30 is attached to the channel-shaped support bracket 29 by a metal plate. In a state where it is rotated 45 degrees horizontally with respect to the sides of the peripheral wall portion 20 and the sensor mounting plate 27, they are integrally mounted with screws or the like (not shown).

  Further, an elastic support member 31 is attached to the support plate 30 so as to protrude upward at least at two locations on the opposite sides of the support plate 30, and the guide shaft 32 integrally protruding upward from the elastic support member 31 has a square shape. A bolt hole 34 of the stepping force transmission body 33 is fitted, and the stepping force transmission body 33 is elastically supported by the support plate 30 via the elastic support member 31.

  Furthermore, on the lower surface of the treading force transmission body 33, four projecting pieces 35 are integrally projected downward so as to be positioned immediately above the pressure sensitive sensor 28 of the sensor mounting plate 27. A thin metal plate lid member 37 having an opening 37a shown in FIG. 4 is fitted with a translucent stepping plate 36 in a concave portion 33a in the periphery of the metal plate so as to surround the uppermost stepping force transmission body 33. The cover sheet 38 is placed so as to cover the thin metal plate lid member 37, the treading force transmission body 33, and the translucent tread plate 36, and is attached to the upper edge of the portion 20 integrally. The peripheral edge of 37 is attached to a thin metal plate lid member 37 with a rim 39.

  Next, in the ball dispensing apparatus 8, as shown in FIGS. 5 to 12, a pair of left and right metal height adjustment brackets 40 are integrally attached to the bottom plate 16 of the play field 2 with screws 41. The height adjustment bracket 40 is provided with a number of height adjustment holes 40a extending in the vertical direction. The height adjustment bracket 40 penetrates one of the screw holes 40a of the height adjustment bracket 40 and is provided in the inclination angle adjustment bracket 42. The inclination angle adjusting bracket 42 is positioned at a required height with respect to the bottom plate 16 and is attached to the height adjusting bracket 40 integrally by the screw 43 to be screwed.

  The inclination angle adjusting bracket 42 is provided with a large number of inclination angle adjusting holes 42a along an arc centered on the upper end portion, and penetrates the upper end portion of the inclination angle adjusting bracket 42 so that the metal substrate 44 The board 45 includes a screw 45 that is screwed to the lower end and a screw 46 that passes through the lower base end of the board 44 and is screwed into any of the numerous screw holes 42a of the inclination angle adjusting bracket 42. 44 is attached to the inclination angle adjusting bracket 42 with a required inclination angle with respect to the bottom plate 16.

  Of the pair of left and right substrates 44, a motor 47 is attached to the left substrate 44 (the front side in FIG. 5 and the opposite side in FIGS. 6 to 12), and the base end of the rotating arm 48 is integrated with the rotating shaft 47a of the motor 47. The rotary arm 48 is rotated in the clockwise direction in FIGS. 6 to 12 around the rotary shaft 47a.

  Above the rotating shaft 47 a of the motor 47, a proximal end portion of the swing lever 50 is pivotally supported by a swing shaft 49 that passes through the pair of left and right substrates 44. 51 is integrally mounted, and a shock absorbing rubber 52 is attached to the tip of the thrust member 51, and the anti-friction roller 53 is positioned on the swing lever 50 between the swing shaft 49 and the thrust member 51 and closer to the swing member 51. Is pivotally mounted, and a coil spring 54 for striking is stretched between the base end of the swing lever 50 and the lower base portion of the substrate 44, and the shaft 55 is located at the protruding extreme position of the swing lever 50 (see FIG. 8). A pair of left and right substrates 44 is penetrated, a stopper 56 is integrally provided on the shaft 55, and a claw engaging roller 57 is protruded laterally at the tip of the swing lever 50.

  A latch member 58 is pivotally supported on a pair of left and right substrates 44 around a swing shaft 59 and is positioned on the base end side of the rotating shaft 47a of the motor 47, and is latched at the upper tip of the latch member 58. A disengagement roller 60 is pivotally mounted, and an engaging claw 61 is formed at the lower tip of the latch member 58. The coil is returned to the lower base end of the latch member 58 of the latch member 58 and the lower base end of the substrate 44. Spring 62 is formed,

  A stopper 63 for stopping the latch member 58 from swinging in the clockwise direction in FIGS. 6 to 12 by the spring restoring force of the return coil spring 62 at the position shown in FIG. It is attached to an integral stopper bracket 64.

  Also, two photosensors 65 and 66 are attached to either one of the pair of left and right substrates 44, and this approach is made when the rotating arm 48 approaches the photosensor 65 photosensor 66. A detection piece 67 for detection is attached to the rotary arm 48.

  In the play field 2, a control device (computer) 70 for controlling the game is built in, and a ball sensor 94, which is a transmission optical sensor, is provided near each square opening 6 of each regular quadrangular pyramid-shaped concave surface portion 7. A schematic block diagram of a control system by the control device 70 is shown in FIG. 13 and will be described.

  The control device (computer) 70 includes a CPU 71 that controls the entire system, a geometry processor 72 that calculates the display position and size of an object to be displayed on the screen, and programs and data used by the CPU 71 and the geometry processor 72. A system memory 73 to store, an external storage device 74 in which game programs and data are stored, a boot ROM 75 to store a program for starting the game machine and initializing each block, and a program and data between the blocks A bus arbiter 76 that controls a bus for exchanging data, a rendering processor 77 that generates an image to be output to the display 11, a graphic memory 78 that is connected thereto and stores data and commands for generating an image, and a speaker amplifier Audio that generates audio to be output to the speaker 92 via 91 It comprises an audio processor 79, an audio memory 80 connected to the audio processor 80 for storing data and commands for generating sound, and a peripheral interface 81 that mediates input / output with external devices.

  External devices for inputting signals to the control device 70 via the peripheral interface 81 are provided below the goal sensor 93 attached to the goal ring 4, the pressure sensor 28, and the respective quadrangular truncated pyramid-shaped concave surface portions 7. In addition, there are a ball sensor 94, photo sensors 65 and 66 provided in each ball discharge device 8, and detection signals from the sensors are input to the control device 70.

  External devices to which control signals are output by the control device 70 via the peripheral interface 81 include motors 47 provided in each ball discharge device 8, fluorescent lamps 26 attached to the stepping input device 3, and play field 2 The motor control signal is output to the motor driver 95 and the motor 47 is driven by the motor driver 95, and the lamp control signal is output to the lamp driver 96 and the lamp driver 96 97 is controlled to turn on.

The control procedure of the main game control by the above control system will be described with reference to the flowchart of FIG.
First, an activation process is performed (step 1), it is determined whether or not a coin has been inserted (step 2), and an advertisement process (step 3) and a process such as explanation of how to play etc. (step 4) until a coin is inserted. When a coin is inserted, the process goes to step 5.

In step 5, the game selection is determined from the setting by operating the game setting switch group 14 and executed.
That is, either two-player play (step 9) or single-player play is selected.
In the case of a one-player game, one of professional (step 6), semi-pro (step 7), and amateur (step 8) is further selected.

  Then, proceeding to Step 10, the first half game is executed for 90 seconds, then there is a half time of 10 seconds (Step 11), and then the second half game is executed for 90 seconds (Step 12).

Scores are counted from the signals detected by the goal sensor 93 during the game, and it is determined in step 13 from the score results whether or not there is a tie. If there is a setting, the routine proceeds to step 15 where the extended game is executed for 30 seconds (step 15), and the routine proceeds to step 16.
If there is no tie in step 13 and no extra game is set in step 14, the process jumps directly to step 16.

  In step 16, it is determined whether the game is a one-player or two-player game. In the case of a one-player game, the winning ending when the player wins (step 17), the losing ending when losing (step 18), and the draw when drawing Ending (step 19). In the case of a two-player game, when the A side wins, the A side wins ending (step 20), when the B side wins, the B side winning ending (step 20), the draw ending (step) 22) and finish.

  When the power source of the basketball game machine 1 is turned on and the basketball game machine 1 is in an operating state, the sound of the theme song or dribbling or the friction sound between the shoes and the floor is emitted from the speaker 92 by the computer control. The display 11 displays a title screen, a shoot scene, and explanations of key points of how to play.

  When the player inserts coins or coins into the coin insertion slot 13, the selection button in the game setting switch group 14 blinks, and in the case of selection of either two-player or single-player and single-player selection, It is required to select either professional, semi-pro, or amateur (this difficulty depends on the reaction speed of the control software).

  When the start button of the game setting switch group 14 is pressed, the play is started after a predetermined time (for example, 10 seconds), a sound accompanying the play is emitted, and a dribble, pass or shoot scene is displayed on the display 11. The A-side goal ring 4 or the B-side goal is displayed by the operation of one of the pair of ball squeezing devices 8 below the regular quadrangular pyramidal concave surface 7 on which the ball 5 in the play field 2 is placed. The same operation as described above after the ball 5 is squeezed out toward the ring 4 (not shown in FIG. 1) and the squeezed ball 5 is placed on another regular quadrangular frustum-shaped concave surface portion 7. Then the ball 5 is speared out.

  When two players are selected, the two players choose A side or B side, and the A side stepping type that is arranged in two along the longitudinal direction of play field 2 and two rows in the horizontal direction Two players each ride on the input device 3 or the foot-type input device 3 on the B side, approaching the foot-type input device 3 located on the side of the regular quadrangular frustum-shaped concave surface portion 7 where the ball 5 exists, For example, if the player who selects the A side steps on the translucent step board 36 of the stepping type input device 3 earlier than the player who selects the B side, the weight of the player becomes the translucent step board 36, the step force transmission body 33, and the projecting piece. 35 is added to the pressure sensor 28 through the interconnection of the two wires in the pressure sensor 28, a current flows through the wire, the pressure sensor 28 is turned on, and a regular quadrangular pyramid on which the ball 5 is mounted. By turning on the ball sensor below the trapezoidal concave surface portion 7, Lumpur Hode device 8 is operated, the ball 5 with the operating of the ball Hode device 8, Hode toward the goal ring 4 on the A side, that is, the chute.

  When the shot ball 5 enters the goal ring 4 and the goal is successful, 2 points or 3 points are added to the A side scoreboard on the display 11 (in the case of a shot far away from the goal ring 4). .

  During the play, the sound of the foot of the defense player and the sound of the offense player stopping rapidly are emitted, and the cheering of the audience and the voice of the announcer are emitted. The remaining time is displayed moment by moment.

  After the predetermined time has elapsed, the total score of the A side player and the total score of the B side player are displayed, the player with the higher score wins, the fanfare sounds, and the game ends.

  Since the foot-operated input device 3 is configured as described above, when the player does not stand on the foot-operated input device 3 and the translucent footboard 36 is not stepped on, the projecting piece 35, the translucent footboard 36, Even if the weight of the thin metal plate lid member 37 and the covering sheet 38 is applied to the treading force transmission body 33, the elastic restoring force of the elastic support member 31 causes the lower end of the projecting piece 35 to feel as shown in FIG. Since the pressure sensor 28 is away from the pressure sensor 28, no pressing force toward the sensor mounting plate 27 is applied to the pressure sensor 28. Therefore, as in the cable switch of Patent Document 2, the pressure sensitive sensor 28 has a structure in which the relay conductive part is held by an elastic body such as silicon rubber above the two parallel conductive parts. As in the tape switch of Patent Document 3, electrical insulating spacers are interposed at both ends of two thin metal electrode plates, and the periphery thereof is covered with an elastic body such as silicon rubber. However, permanent compression strain does not occur in these elastic bodies, and the pressure-sensitive sensor 28 is prevented from being turned on when the translucent footboard 36 is not stepped on. High reliability and excellent durability.

  In addition, when the player steps on the translucent tread plate 36, the elastic support member 31 contracts by a value obtained by multiplying the spring constant of the elastic support member 31 by the player's step load, and the tread force transmission body 33 and the projecting piece 35 contract. Since the lower end of the projecting piece 35 presses down the pressure sensor 28 and the pressure sensor 28 can be turned on, most of the load applied to the translucent tread plate 36 is borne by the elastic support member 31. As a result of not applying an excessive force to the pressure sensor 28, there is no possibility that the pressure sensor 28 will be lost even if a heavy player steps on the translucent footboard 36 violently.

  Further, since the four projecting pieces 35 are arranged substantially evenly in the circumferential direction along the opening 33a of the stepping force transmitting body 33, the stepping force is applied to the projecting piece regardless of where the player steps on the translucent tread plate 36. Since it is applied to the pressure-sensitive sensor 28 via 35, the stepping force is reliably detected.

  Since the ball stroking device 8 is configured as described above and illustrated in FIGS. 5 to 12, when the game is over or the power of the basketball game machine 1 is cut off, the period is As a result, the claw engagement roller 57 of the swing lever 50 is engaged with the latch member 58 as shown in FIG. Although the tip of the swing lever 50 is positioned upward from the claw 61, when the power of the basketball game machine 1 is turned on and the game starts, the swing lever 50 moves from the state of FIG. As shown in FIG. 6, the engaging claw 61 of the latch member 58 engages with the claw engaging roller 57 of the oscillating lever 50, and the ball ejecting standby state is achieved. Is set to Positioned in the sensor 65, the operation of the photo sensor 65 detects the ball ejection standby state, and the motor 47 stops in this state.

  In the ball ejection waiting state shown in FIG. 6, the ball 5 rolls into the square opening 6 of the regular quadrangular frustum-shaped concave surface portion 7, and the ball sensor 94 below the regular quadrangular frustum-shaped concave surface portion 7 is turned on. Further, when the player steps on the translucent step board 36 of the stepping type input device 3 on the A side or the B side on the laterally extending line of the square opening 6 into which the ball 5 has been rolled, Alternatively, the motor 47 of the ball unloading device 8 on the B side starts rotating, the rotating arm 48 rotates clockwise, and the tip of the rotating arm 48 comes into contact with the latch engagement release roller 60 as shown in FIG. The latch member 58 is swung counterclockwise about the swinging shaft 59, the engaging claw 61 is disengaged from the claw engaging roller 57, and the swinging lever 50 is swung by the elastic restoring force of the impacting coil spring 54. The tip of the thrust member 51 is swung counterclockwise around the dynamic shaft 49. The buffer rubber 52 at the end vigorously pushes the swing lever 50, and the ball 5 is struck out or shot toward the opponent goal ring 4.

  During this chute, the violent collision of the swing lever 50 toward the shaft 55 is alleviated by the stopper 56, and the impact and noise are suppressed to a low level.

  When the ball 5 that has been placed on the square opening 6 of the regular quadrangular frustum-shaped concave surface portion 7 is squeezed out by the ball squeezing device 8, the detection piece 67 is attached to the photosensor 66 as shown in FIG. 9, the ball ejection completion state is detected by the operation of the photo sensor 66, and as shown in FIG. 9, the tip of the rotary arm 48 contacts the anti-friction roller 53 of the swing lever 50, and the clock of the rotary arm 48 is In conjunction with the direction rotation, the swing lever 50 is swung in the same direction, and the claw engagement roller 57 at the tip of the swing lever 50 contacts the outer peripheral surface of the engagement claw 61 as shown in FIG. .

  Thereafter, as the swing lever 50 swings further clockwise, the inclination of the outer peripheral surface of the engaging claw 61 causes the swing lever 50 to interlock with the swing of the swing lever 50 in the clockwise direction. When the claw engaging roller 57 approaches the tip of the engaging claw 61 and the claw engaging roller 57 gets over the engaging claw 61 as shown in FIG. As shown in FIG. 12, the latch member 58 is swung clockwise by the elastic restoring force of the return coil spring 62, and the latch member 58 is engaged with the stopper 63 so that the swing angle state is maintained. Is done. The clockwise rotation of the swing lever 50 due to the clockwise rotation of the rotating arm 48 is stopped by the non-operation of the motor 47 by the detection signal of the photosensor 65 when the detection piece 67 reaches the photosensor 65, As shown in FIG. 6, the ball dispensing device 8 is set in a ball dispensing standby state.

The control procedure of ball ejection control will be described with reference to the flowchart of FIG.
Before the power is turned on, the tip of the swing lever 50 is positioned upward as described above, and the rotating arm 48 is stopped at the position where the photo sensor 66 is turned on (state shown in FIG. 8).

  When the power is turned on (step 31), the process proceeds to step 32 to drive all the motors 47 to rotate the rotating arm 48, and in the next step 33, it is determined whether the photo sensor 65 is turned on. Until this is done, the process returns to step 32 and all the motors 47 continue to be driven.

  That is, all the rotating arms 48 that were stopped at the positions where the photosensors 66 are turned on are rotated by the drive of all the motors 47, and all the tips that are positioned upwards as the rotating arms 48 rotate. The swing lever 50 is swung (see FIGS. 9, 10, 11, and 12) and is latched by the latch member 58. When the rotary arm 48 turns on the photosensor 65, the process returns from step 33 to step 34. Then, the driving of the motor is stopped, the rotation of the rotary arm 48 is stopped, and a ball ejection standby state is set (FIG. 6).

When the process goes to step 34 in the ball ejection standby state, it is determined whether or not any of the ball sensors 94 has been turned on for a predetermined time.
Since the ball bounces, even if the ball sensor 94 is turned on at the opening 6 once entered, it may jump out. Therefore, it is determined when the ball sensor 94 is turned on and the on state continues for a predetermined time. The state of being settled in the opening 6 is determined.
If the ball sensor 94 is turned on and continues for a predetermined time, the process proceeds to step 35, and the lamps 97 on both sides of the opening 6 where the ball sensor is turned on, that is, the square opening 6 of the regular quadrangular frustum-shaped concave surface portion 7 containing the ball, Lights up and proceeds to the next steps 36 and 37.

  In step 36, it is sequentially determined whether or not the A-side pressure sensor 28 corresponding to the opening containing the ball is turned on, and in step 37 whether or not the B-side pressure sensor 28 corresponding to the opening is turned on. When the pressure sensor 28 on the A side is turned on first, the process jumps to step 40, and when the pressure sensor 28 on the B side is turned on first, the process proceeds to step 38, and step 35, until one of the pressure sensitive sensors 28 is turned on. 36 and 37 are repeated.

  That is, the translucent footplate 36 corresponding to the opening is instructed by turning on the lamp 97, and when the A side translucent footboard 36 corresponding to the instructed opening is stepped first, the process jumps to step 40, and the B side semitransparent footboard 36 When the transparent tread board 36 is stepped first, the process proceeds to step 38.

  When the pressure sensor 28 on the B side is turned on first and jumps to step 38, the motor 47 on the B side of the opening is driven, and the rotation arm 48 starts rotating from the position where the photo sensor 65 is turned on. The member 58 is swung to release the latch, the rocking lever 50 is swung vigorously by the spring force of the impacting coil spring 54, and the projecting member 51 at the tip projects the ball 5 to cause the B-side goal ring 4 to move. Crawl toward

  The B-side motor 47 is driven until the rotating arm 48 comes to a position where the B-side photo sensor 65 is determined to be turned on in the next step 39, during which the ball 5 is thrown out and the tip is moved upward. The positioned swing lever 50 is swung and latched by the latch member 58 to return to the ball ejection standby state.

If the pressure sensor 28 on the A side is first turned on in steps 36 and 37 and then jumps to step 40, the motor 47 on the A side of the opening turns on the photo sensor 65 on the A side in the next step 41. And the swing lever 50, which has been unlatched in the same manner as in the case of the B side, ejects the ball 5 toward the goal ring 4 on the A side.
Then, by the rotation of the rotary arm 48, the swing lever 50 is returned to the ball ejection standby state.

  When the photo sensor 65 is turned on in step 39 or step 41, the process proceeds to step 42, where it is determined whether or not an instruction to stop the game is issued. If no stop instruction is issued, the process returns to step 34 and the game is continued. The

  When the game stop instruction is issued, the process proceeds to step 43, where all the motors 47 are driven to rotate the rotating arm 48, and in the next step 44, it is determined whether the photo sensor 66 is turned on and turned on. Until the rotating arm 48 comes to the position where the photo sensor 66 is turned on, the process returns to step 43 and the driving of all the motors 47 is continued.

That is, the swing lever 50 that was in the ball ejection standby state is unlatched and swinged to position the tip portion upward, preventing the extension coil spring 54 from extending and deforming, and the rotating arm 48 The sensor 66 is stopped at a position where it is turned on (state shown in FIG. 8).
Then, the power is turned off (step 45).

  The above-described ball ejection control is in the case of two-player play, and in the case of one-player play, the computer performs play on the A side or B side.

  Since the ball squeezing device 8 operates as described above, after the ball 5 is struck out or shot toward the goal ring 4, one of the 15 regular quadrangular frustum-shaped concave surfaces 7 in the play field 2 is selected. The two players stepped forward and stepped on the stepping input device 3A or the stepping input device 3B on the laterally extending line of the regular quadrangular frustum-shaped concave surface portion 7 and stepped on first. The ball squeezing device 8A or the ball squeezing device 8B corresponding to the stepping type input device 3A or the stepping type input device 3B operates, and the ball 5 is shot toward the opponent's goal ring 4.

  Such a play is repeated within a predetermined time, the number of successful shots and the one with more points wins the game, the image is displayed on the display 11, and the competition result is announced by voice .

  In the case of a two-player game, the player predicts the falling point of the ball 5 and runs toward the stepped input device 3 of the laterally extending line of the square opening 6 into which the ball 5 is rolled. The more times the ball 5 enters the square opening 6 and settles faster, the more times the ball 5 is stepped on, the more shots, more chances of scoring, and a win in the basket game. As a result of the large amount of exercise, after the game is over, the player can have the same magnificent feeling as if he played the basketball game.

  Also, the rotation of the motor 47 causes the swinging lever 50 to swing while accumulating the coiling spring 54 for impact, and the rotation of the motor 47 by turning on the pressure-sensitive sensor 28 by stepping on the translucent stepping plate 36 causes the pawl to Since the engagement claw 61 is disengaged from the engagement roller 57 and the ball 5 is picked up, a ball as large as a handball is shot instead of a small ball like a conventional one. As a result, the player can have a feeling close to that of playing actual basketball.

  In the embodiment shown in FIGS. 1 to 12, as shown in FIGS. 1 and 2, an arrow is not displayed on the upper surface of the translucent tread plate 36 of the stepping type input device 3. An arrow pointing toward the A-side goal ring 4 is drawn on the upper surface of the translucent tread plate 36 of the input device 3, and an arrow pointing toward the B-side goal ring 4 is formed on the upper surface of the translucent tread plate 36 of the B-side stepping input device 3. By doing so, it is possible to prevent the player from shooting toward the goal ring 4 by mistake.

  Further, in the embodiment shown in FIGS. 1 to 15, the foot-type input device 3 on the A side and B side is arranged on one side of the play field 2, but as shown in FIG. Alternatively, the A-side foot-operated input device 3 and the B-side foot-operated input device 3 may be separately disposed on both sides.

  Further, in the embodiment shown in FIGS. 1 to 15, even if a plurality of regular quadrangular pyramid-shaped concave surface portions 7 are arranged in the lateral direction, one corresponding stepping type input device 3 is arranged. However, as shown in FIG. 16, a plurality of foot-shaped input devices 3 corresponding to the number are arranged in the lateral direction on a plurality of regular quadrangular pyramid-shaped concave surface portions 7 arranged in the lateral direction. One stepping type input device 3 may be opposed to the quadrangular frustum-shaped concave surface portion 7 on a one-to-one basis. With such a structure, the player only moves back and forth in the horizontal direction. It is necessary to move and run vertically and horizontally along the play field plane, so you can feel the realism as if you were playing an actual basketball game.

  Furthermore, the present invention can be applied not only to playing basketball but also to a game machine for playing a game such as soccer or handball.

  In any of the above embodiments, no shoot robot is provided. However, if a shoot robot is disposed immediately below or in front of the goal ring 4, and the ball 5 enters the hand of the shoot robot, the shoot robot jumps. It is also possible to configure so that the ball 5 enters the goal ring 4.

  In addition, a rectangular concave surface divided into the front and the rear is formed below the goal ring 4, and a throw-in mechanism is provided in one rectangular concave surface directly below the goal ring 4, and enters the goal ring 4 after a successful shot. The ball 5 may be squeezed out to the opponent goal ring 4 with a throw-in mechanism, and when a shoot robot is disposed on the other rectangular concave surface and the ball 5 enters the shoot robot's hand Alternatively, the shooting robot may be raised and the ball 5 may be shot by the goal ring 4 with this shooting robot.

  Furthermore, if the ball 5 is struck out of the regular quadrangular frustum-shaped concave surface portion 7 far from the goal ring 4 and the goal is successful, a three-point shot is made. When determined, the score obtained by adding 3 points may be displayed on the display wall 17 and the court on the ally side may blink to illuminate the spotlight with the goal ring 4.

In the above embodiment, a stepping type input device is provided. However, a basketball game machine 100 of another embodiment using an input device by manual operation is shown and described in FIG.
The overall appearance and structure of the basketball game machine 1 are almost the same, and the same reference numerals are used for the same members.

  The basketball game machine 100 is exactly the same as the basketball game machine 1 on the play field 2 side, and the foot-operated input device 2 provided adjacent to one side thereof serves as a manually operated input device 101. Yes.

The step of the manual operation type input device 101 is a moving table 102 on which a simple player can move and play.
The moving table 102 is divided into an A side and a B side, and handrails 103 and 104 are provided on the outer sides along the A side and the B side, respectively.

  The handrails 103 and 104 are each divided into five to correspond to the five rows of square openings 6 of the play field 2, and the pressure-sensitive sensor 103a is provided at the center of each of the divided portions of the handrail 103. And a pressure-sensitive sensor 104a is built in the center of each of the divided parts of the handrail 104.

  Therefore, the player can strike the ball against the opponent and attack it by quickly grasping the handrail portion corresponding to the square opening 6 containing the ball in a timely manner.

1 is a perspective view schematically showing an embodiment of a game machine according to the present invention. It is a top view of FIG. It is a disassembled perspective view of a stepping type input device. It is a cross-sectional view of a stepping type input device. It is a perspective view of a ball brewing device. It is a side view of the ball dispensing apparatus in a standby state immediately before dispensing the ball. It is a side view of the ball wiping device in a state immediately after the engaging claw is disengaged from the claw engaging roller of the swing lever by the input of the stepping type input device. It is a side view of the ball brewing device in a state immediately after brewing the ball. FIG. 5 is a side view of the ball ejecting device in a state in which an oscillating lever is oscillated clockwise by rotation of a rotating arm by operation of a motor and an elastic restoring force is applied to a coil spring for impact. FIG. 9 is a side view of the ball ejecting device in a state where the swing lever is further swung clockwise by the rotation of the rotary arm and the claw engagement roller is in contact with the outer inclined surface of the engagement claw. It is. 10 is a state immediately before the swing lever is further swung by the rotation of the rotary arm from the state illustrated in FIG. 10 and the latch member is swung counterclockwise so that the claw engagement roller gets over the outer inclined surface of the engagement claw. It is a side view of the ball squeezing device. FIG. 12 is a side view of the ball dispensing apparatus in a state immediately before the swing lever is further swung by the rotation of the rotary arm from the state illustrated in FIG. 11 and the tip of the rotary arm is released from the anti-friction roller. It is a schematic block diagram of the control system by a control apparatus. It is a flowchart which shows the control procedure of the main game control by the same control system. It is a flowchart which shows the control procedure of the ball protrusion control. It is a top view of other embodiments of the present invention. It is a perspective view which illustrated the outline of the game machine concerning another embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Basketball game machine, 2 ... Play field, 3 ... Foot-type input device, 4 ... Goal ring, 5 ... Ball, 6 ... Square opening, 7 ... Regular quadrangular frustum-shaped concave surface part, 8 ... Ball squeezing device, 9 ... Pole, 10 ... End wall, 11 ... Display, 12 ... Side wall, 13 ... Coin slot, 14 ... Game setting switch group, 15 ... Coin discharge receiving part, 16 ... Bottom plate, 20 ... Metal plate peripheral wall part, 21 ... Recess, 22 ... Screw receiving piece, 23 ... Adjustment screw, 24 ... Frame, 25 ... Reflector, 26 ... Fluorescent lamp, 27 ... Sensor mounting plate, 28 ... Pressure sensor, 29 ... Channel-shaped support bracket, 30 ... Support Plate 31, elastic support member 32, guide shaft 33, treading force transmission body 34, bolt hole 35, projecting piece 36, translucent tread plate 37, thin metal plate lid member 38, covering sheet, 39 ... Rim, 40 ... Height adjustment bracket, 41 ... Screw, 42 ... Inclination angle adjustment bracket, 43 ... Screw, 44 ... Board, 45 ... Screw, 4 6 ... Screw, 47 ... Motor, 48 ... Rotating arm, 49 ... Oscillating shaft, 50 ... Oscillating lever, 51 ... Thrust member, 52 ... Buffer rubber, 53 ... Anti-friction roller, 54 ... Coil spring for impact, 55 ... Shaft, 56 ... Stopper, 57 ... Claw engaging roller, 58 ... Latch member, 59 ... Swing shaft, 60 ... Latch disengagement roller, 61 ... Engaging claw, 62 ... Return coil spring, 63 ... Stopper, 64 ... Stopper bracket, 65 ... Photo sensor, 66 ... Photo sensor, 67 ... Detection piece,
70 ... Control device (computer), 71 ... CPU, 72 ... Geometry processor, 73 ... System memory, 74 ... External storage device, 75 ... Boot ROM, 76 ... Bus arbiter, 77 ... Render processor, 78 ... Graphic memory, 79 ... Audio Processor, 80 ... Audio memory, 81 ... Peripheral interface, 91 ... Speaker amplifier, 92 ... Speaker, 93 ... Goal sensor, 94 ... Ball sensor, 95 ... Motor driver, 96 ... Lamp driver, 97 ... Lamp, 100 ... Basketball game machine DESCRIPTION OF SYMBOLS 101 ... Manual operation type input device 102 ... Moving table 103, 104 ... Handrail, 103a, 104a ... Pressure-sensitive sensor.

Claims (16)

A plurality of concave surface portions are uniformly formed on the play field, and a ball receiving portion is disposed at an end portion of the play field, and each of the concave surface portions protrudes a ball toward the ball receiving portion. In a game machine provided with a brewing device,
A game machine characterized in that an input device corresponding to each ball squeezing device provided in each concave surface portion is provided at one or both sides of the play field and corresponding to the plurality of concave surface portions. . The concave surface portion is regularly arranged in a vertical direction toward the both ball receiving portions and a horizontal direction orthogonal thereto,
The game machine according to claim 1, wherein the input device is disposed on an extension line in a horizontal arrangement direction of the concave surface portion.   The game machine according to claim 1, wherein the input device is a stepping type.   The game machine according to claim 1, wherein the input device is manually operated.   5. The game machine according to claim 1, wherein the ball receiving portions are provided at both ends of the play field.   The input device corresponds to a pair of ball squeezing devices for each concave surface portion arranged in the horizontal arrangement direction, and is arranged on an extension line of the concave surface portion in the horizontal arrangement direction. The game machine according to claim 5.   The game machine according to claim 1, wherein the ball receiving portion is provided at one end of the play field. A plurality of concave surface portions are uniformly formed on the play field, and ball receiving portions are disposed at both ends of the play field, and the balls projecting the balls toward the both ball receiving portions on the concave surface portions, respectively. In a game machine provided with a brewing device,
The ball stroking device has a striking piece at the tip, and a striking member pivotally supported around one end, and an elastic member that urges the striking member in the ball spearing direction. A driving member that overcomes the urging force of the elastic member and swings the impacting member in a direction opposite to the ball ejection direction, and the impacting member when the impacting member is swung to an impact limit region. A locking member that automatically locks the striking member,
The drive member rotates only in the direction of swinging in the direction opposite to the direction of the impact of the impact member, and when the drive member rotates the impact member beyond the impact limit region of the impact member A game machine configured to release the locking of the impact member by the locking member. In a game machine in which a plurality of foot-operated input devices are arranged on the surface, and a player competes to quickly step on an appropriate foot-operated input device among the plurality of foot-operated input devices,
The foot-operated input device includes a bottom member, a light emitting means provided on the bottom member, a pressure sensitive means disposed around the light emitting means, and is positioned above the pressure sensitive means and coupled to the bottom member. In the no-load state, the elastic support means is separated upward from the pressure-sensitive means by the elastic restoring force of the elastic support means, and in the loaded state, the pressure-sensitive means is pressed against the pressure-sensitive means due to elastic deformation of the elastic support means. A stepping force transmission means for operating the pressure sensing means, and an input plate that transmits light emitted from the light emitting means by the operation of the pressure sensing means and is integrally coupled to the stepping force transmission means. A game machine characterized by comprising. The pressure-sensitive means has a string shape, and a plurality of the pressure-sensitive means are arranged in the circumferential direction surrounding the light-emitting means,
The game machine according to claim 9, wherein the stepping force transmission means is provided with a plurality of protrusions that can come into contact with the plurality of pressure-sensitive means. A plurality of concave surface portions that are evenly arranged in the play field are formed, goals are arranged on both sides of the play field, and the balls that have entered the plurality of concave surface portions are formed into kick portions provided at the bottom of the concave surface portion. In a game machine that launches into a goal,
Each concave surface portion is provided with ball detecting means for detecting the presence or absence of a ball,
A stepping type input device is provided for each goal on both sides corresponding to the plurality of concave portions on the outside of the play field,
It is detected that the stepping type input device corresponding to the concave surface portion where the ball detecting means detects that the ball has entered is stepped on by the player, and the corresponding kick portion is operated to launch the ball. game machine.   12. The stepping-type input device is stepped on by a player after turning on the light-emitting illumination unit of the stepping-type input device corresponding to the concave surface portion where the ball detecting means detects that the ball has entered the ball. A game machine that detects a ball and launches a ball by operating a kick unit. The play field having the goal is divided into a plurality of sets of sections, and a concave surface portion into which each of the balls can flow is arranged in each of the sections. In the game machine to shoot,
An input device that the player moves and operates corresponds to each ball squeezing device provided in a pair on each concave surface portion at a position corresponding to the plurality of concave surface portions provided on the side surface of the play field. A game machine characterized by being provided. A play field having a goal is divided into a plurality of sets of sections, and a concave surface portion into which a ball can flow into each of the sections, and a pair of outbreaks that strike the ball flowing into the concave surface portion toward each goal With the device,
A plurality of input devices by which a player performs an attacking operation on the ball by the evicting device are provided in the outer longitudinal direction of the side line of the play field corresponding to each of the plurality of concave portions of the row of the play field, and further A game machine comprising a plurality of input devices for a player who can attack in the opposite direction on the outside.   The input device group that is provided in a pair corresponding to each of the concave surface portions at a position corresponding to the plurality of concave surface portions has a width that allows the player to move with substantially the same length as the side length of the play field, The game machine according to claim 13 or 14, wherein each input device has an arrow on the floor surface in the attack direction. 16. The game machine according to claim 13, wherein each of the input devices is in a position where the player can operate while moving and standing.

Images