JP4229977B1 - Board game toy - Google Patents

Abstract

An object of the board game toy in which two opponents compete with each other by slidably moving each opponent piece on the board by remote control, colliding each other and defeating one opponent piece by impact. Offer.
When each arm 20 is bent gently and flexibly by an operation member 30 in an operation section 12 for each opponent, magnets (magnetic bodies) 50 and 51 follow each other along the movement trajectory of their free ends. Each battle piece 40 standing and held by magnetic adsorption irregularly moves on the field surface 11 in sliding contact. The fighting pieces 40 collide with each other, and one of the fighting pieces 40 falls down due to the impact, and the winning and losing of the magnets (magnetic bodies) 50 and 51 is determined.
[Selection] Figure 1

Description

The present invention relates to a board game toy .

Various board games have been conventionally known. For example, a card game shown in Patent Document 1 and a so-called multi-lined game called “Othello” in which differently colored pieces are alternately arranged in a grid on the board are known. It has been.
JP 2005-198772 A

  The conventional board games are all games for competing for a combination of cards or competing for the number of pieces, and children etc. are not allowed to play irregularly by moving and moving pieces on the board irregularly. It cannot be said that it is unsuitable as a playground equipment, etc.

  Therefore, in the present invention, two opponents face each other and each battle piece is slid and moved on the board by operation of the operation unit, and the battle pieces collide with each other to defeat one battle piece and compete for victory or defeat. It is intended to provide a board game toy that can be enjoyed by watching a battle piece that fluctuates irregularly on a board and a control method thereof.

In the board game toy according to the present invention, the board on which the field surface is formed, each battle piece placed on the field surface, and disposed horizontally below the field surface so as to be rotatable in the horizontal direction. At least two arm bases, an arm connected to the arm base so as to be pivotable in a horizontal direction, and disposed so as to be pivotable integrally with each of the arm bases, and disposed below the field surface. An operating member that bends each arm with horizontal rotation, and a magnet is disposed on one of the arm and the battle piece, and a magnet or a magnetic body is disposed on the other. Is characterized in that the operating member is slidably moved in an upright state on the field surface by bending the arm with horizontal rotation .

  When each of the battle pieces is placed on the field surface with the pedestal facing downward at a position corresponding to the free end of each arm, the magnet is disposed on one side and the other side via the field surface. The standing posture on the field surface is maintained by the adsorption with the magnet or the magnetic material.

When each arm is bent slowly with a horizontal rotation by the operation member for each player, each battle piece irregularly follows the movement trajectory of the free end of these arms on the field surface. Move in sliding contact.

  Then, the battle pieces collide with each other, or the arms collide with each other in the horizontal direction, one of the battle pieces is brought down by the impact, and the winning and losing is determined by removing the suction.

According to the present invention, two opponents face each other and each arm is gently and steeply bent with horizontal rotation by operation of each operation member , whereby each battle is performed on the field surface of the board. The pieces irregularly move and collide with each other, and the kites also move as if they were struggling.

  Then, one of the fighting pieces is brought down by an impact caused by the collision between the fighting pieces, and the magnet or the magnetic body arranged on the arm side and the magnet or the magnetic body arranged on the fighting piece side are separated from each other. Therefore, it is possible to enjoy the game by competing for the operation skill while watching the movement of each battle piece.

  As a result, even younger children and the like can be attracted to the children by watching the movement of the battle pieces that move irregularly on the field surface with simple operations.

  Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.

  1 is a perspective view of a board game toy according to the present invention, FIG. 2 is a plan view showing a state in which the upper board of the board game toy shown in FIG. 1 is removed, and FIG. 3 is a plan view showing a relationship between an arm and an operation member. 4 is a perspective view of the arm, FIG. 5 is a perspective view showing a state in which the head portion of the arm is tilted, FIG. 6 is a plan view showing the relationship between the head portion of the arm and its drive system, and FIG. It is a perspective view which shows an example with a use attitude | position (A) and the reverse state (B).

  The board game toy shown in FIGS. 1 and 2 includes a board 10 made of an appropriate synthetic resin material and having a hollow inside, a pair of arms 20 disposed inside the board 10, and a pair for operating these arms 20. And a plurality of fighting pieces 40 that are moved on the board 10 by these arms 20.

  The board 10 includes an upper board 10a having a peripheral wall, and a flat lower board 10b fixed to the upper board 10a with its lower open portion being closed, as viewed in plan view as shown in FIG. It is formed in a horizontally long square.

  A field surface 11 on which a substantially square flat piece can move is formed at the center of the upper board 10a, and two players face each other on the left and right sides of FIG. An operation unit 12 for a person is provided. In addition, a main operation unit 13 is provided on one of the front and rear sides of the operation unit 12 for the pair of opponents of the upper board 10a.

  The pair of arms 20 includes a magnet (magnetic body) 50 on the upper surface side of the free end thereof, and is disposed on the back surface side of the field surface 11 so as to be able to bend in the horizontal direction. Specifically, an arm base 21 having a flat, substantially rectangular box shape as shown in FIGS. 2 and 3 is provided in the central portion of the operation unit 12 for each opponent. It is arrange | positioned so that rotation to a horizontal direction centering | focusing on the spindle 22 is carried out over the. A fixed link 21a protrudes from one side of the opposite arm bases 21 that are 180 degrees out of phase with each other, and one end of each arm 20 can be rotated in the horizontal direction by a pin 23 on the fixed link 21a. It is connected.

  Each arm 20 has a length in which the free ends thereof and the inner side edge portions in the vicinity thereof interfere with each other in the state of extending straightly as shown in FIG.

  As a result, when the arm base 21 is rotated in the horizontal direction about the support shaft 22, the arms 20 have their free ends moved to a pair of diagonal corner portions of the field surface 11. From the position (see FIGS. 1 and 2) toward the center of the field surface 11, the pin 23 serves as a node and bends in the horizontal direction with horizontal rotation.

  In order to urge the free end of the arm 20 to rotate from the start position toward the center of the field surface 11, the inside of the board 10, for example, on the front and back sides of the inner surface of the lower board 10b, is shown in FIG. In this manner, a planar triangular rotation guide portion 14 with which the free end of the arm 20 is in sliding contact is provided.

  The free end of each arm 20 is formed in a substantially circular plane, and the inner side edge is formed in a flat concave curved shape that is smoothly connected to the circular shape of the free end, and is mutually horizontal. No catching occurs when they interfere with each other.

  The operation member 30 is formed as a circular plate, and can be rotated in the horizontal direction integrally with the arm base 21 coaxially with the support shaft 22 of the arm base 21 on the upper surface of the operation unit 12 for each opponent. It is arranged.

  As shown in FIG. 3, a planar fan-shaped connecting piece 25 is fixedly disposed on the upper surface of the arm base 21 by the support shaft 22 and the pin 24. A connecting screw 26 that passes through the board surface of the operation unit 12 is provided upright on the tip of the connecting piece 25. A portion of the operation portion 12 through which the connection screw 26 penetrates is formed as a substantially semicircular slit 15 along a turning locus of the connection screw 26 around the support shaft 22. The connecting screw 26 penetrates the vicinity of the peripheral edge of the operation member 30, and a knob 31 is screwed and fixed to the protruding end. Accordingly, the disk-shaped operation member 30 is integrally connected to the connecting piece 25 on the arm base 21 side via the knob 31 and the connecting screw 26 in the vicinity of the peripheral edge portion thereof.

  As a result, the operating member 30 is held in the horizontal direction within the range in which the substantially semicircular slit 15 is formed by gripping the knob 31 and the arm base 21 is integrated in the horizontal direction as described above. By rotating, the arm 20 is bent with horizontal rotation.

  As shown in FIG. 7, the battle piece 40 is configured as a doll imitating various characters appearing in a popular animation for children or the like, a so-called figure, and is integrally provided with a pedestal 41 having a substantially elliptical plane shape. ing. An annular boss 42 projects from the center of the bottom surface of the base 41, and a magnet (magnetic material) 51 is fitted and fixed to the boss 42.

  Here, in this embodiment, each arm 20 is rotatable at its free end to an upright position and a tilting position tilting toward the arm base as shown in FIGS. The magnet (magnetic material) 50 is provided on the top of the head 60.

  The head portion 60 is configured by being divided into a lower piece 61 and an upper piece 62, and the upper piece 62 is inserted and connected to a plurality of guide pins 63 installed in the lower piece 61, and is vertically moved along the guide pins 63. It can be moved freely. The head portion 60 is set to a height close to the back surface of the field surface 11 in the upright state. Therefore, when the figure (matching piece) 40 is placed on the field surface 11 at a position corresponding to the head portion 60 with its pedestal 41 facing down, an arm side magnet (magnetic body) 50 and a figure side magnet are placed. (Magnetic material) The upper piece 62 of the head portion 60 moves upward and slidably contacts the back surface of the field surface 11 due to the mutual magnetic adsorption of the magnetic bodies 51, while the figure 40 is held upright on the field surface 11. It has become.

  The upper piece 62 is integrally provided with a box-shaped holder portion 64 on one side thereof, and the magnet (magnetic body) 50 is fitted and fixed to the holder portion 64. On the other hand, the lower piece 61 is integrally provided with a support shaft 65 at the lower end thereof, and is rotatably supported by a pair of bearing portions 27 erected on the free end of the arm 20 via the support shaft 65. . A torsion coil spring 66 that urges the head portion 60 in the upright position direction is attached to the support shaft 65. The upright position of the head part 60 is held by the holder part 64 of the upper piece part 62 being in contact with the guide post 28 erected on the free end of the arm 20 and being restricted in rotation.

  Accordingly, in the present embodiment, the operation of the operation member 30 causes the arm 20 to bend in the horizontal direction with horizontal rotation, and the figure 40 is irregularly slidably moved on the field surface 11. The figure 40 can be brought down on the field surface 11 by a collision between the pedestals 41, a collision between the pedestals 41, or a horizontal interference (collision) between the arms 20, and the head portion of the arm 20. 60 is tilted rapidly from the upright position to forcibly remove the magnetic adsorption between the arm-side magnet (magnetic body) 50 and the figure-side magnet (magnetic body) 51, and the reaction of the figure 40 brings the figure 40 to the field surface. 11 can be defeated.

  For example, as shown in FIG. 6, the rapid tilting of the head unit 60 transmits a motor 70 as an actuator disposed in a predetermined part in the arm base 21 and the driving force of the motor 70 to the head unit 60. Drive transmission member 71 to be performed.

  The drive transmission member 71 includes a gear mechanism 72 composed of a gear train of a plurality of gears that takes out the rotational power of the motor 70 at a constant speed or increased speed, and the rotational power of the gear mechanism 72 is linear to the head portion 60. And a link mechanism 73 that transmits the traction power.

  The gear mechanism 72 is disposed in the arm base 21 with a pinion at the output shaft end of the motor 70 as an input portion. The link mechanism 73 includes a drive link 74 pivotally supported in the arm base 21 so as to be rotatable in the horizontal direction, and an intermediate link 75 having one end pin-connected to the end of the drive link 74 protruding out of the arm base 21. A traction link 76, one end of which is pin-connected to the other end of the intermediate link 75, and the other end of which is pin-connected to a side surface of the lower piece 61 of the head portion 60 at a position higher than the rotation center (support shaft 65). , Is composed of. The peripheral edge of the base portion of the drive link 74 is formed as a sector gear serving as an output portion of the gear mechanism 72.

  The gear meshing with the sector gear of the gear mechanism 72 is a one-way clutch that rotates idly when a restoring traction force in the direction of the upright position of the head unit 60 acts on the link mechanism 73, so that the head unit 60 quickly rotates to the upright position. It is desirable to enable dynamic restoration. The rotational restoring force of the head portion 60 to the upright position is generated by the torsion coil spring 66. To assist the rotational restoring force, an intermediate link is provided on the link arm 20 as shown in FIG. A torsion coil spring 77 is disposed to push the pin connecting portion between 75 and the traction link 76 toward the head portion 60 side.

  The motor 70 is operated based on a control signal sent from a control device 80 (see FIG. 2) disposed inside the main operation unit 13.

  Two operation buttons 81 and 82 for transmitting a trigger signal for operating the motor 70 of the opponent's arm 20 to the control device 80 are disposed adjacent to the operation unit 12 for each opponent.

  As shown in FIG. 1, a piece identifying unit 83 for identifying the type of the figure 40 is provided at the center of the main operation unit 13, and a power switch 84 and a speaker 85 are disposed on both sides of the piece identifying unit 83. Furthermore, signal lamps 86 are disposed at the corners on both sides.

  The piece identifying unit 83 includes a concave portion (mounting portion) 83a in which the base 41 of the figure 40 is fitted (attached) and a plurality of socket portions 83b arranged on the bottom of the concave portion. On the bottom surface of the pedestal 41, as shown in FIG. 7B, protrusions 43 to be inserted into the socket portion 83b are provided in different arrangements for each figure.

  The piece identifying unit 83 fits the pedestal 41 of the figure 40 into the recess 83a, detects the protrusion 43 on the bottom surface of the pedestal 41 being inserted into the specific socket part 83b, and detects the detection signal as the control signal. It is sent to the device 80.

  In addition to the sound effect signal, the control device 80 transmits a sound signal specified for each figure 40 based on a detection signal different for each figure detected by the piece identifying unit 83 in addition to the sound effect signal. Yes.

  Each signal lamp 86 includes a plurality of LEDs (not shown) having different emission colors, and whether or not the set state on the field surface 11 of the figure 40 described later is good, and the magnets (magnetic bodies) 50 and 51 are connected to each other. The LED of a specific light emission color is controlled to be turned on by the control device 80 in accordance with the adsorption or detachment of the LED.

  In the board game toy of the present embodiment configured as described above, when starting the game, first, after the power switch 84 of the main operation unit 13 is turned on, the base of the figure 40 selected by the two opponents 41 is fitted to the piece identifying unit 83 to recognize the figure 40.

  Next, each arm 20 is moved to the start position, and the free end thereof is disposed below the diagonal corner portion of the field surface 11, and the respective opponents are placed on the diagonal corner portion of the field surface 11. The figure 40 is placed with its pedestal 41 facing down. Then, the standing posture of the figure 40 on the field surface 11 is maintained by the magnetic adsorption of the magnet (magnetic body) 50 on each arm side and the magnet (magnetic body) 51 on the figure side, and the setting of the figure 40 is completed. To do.

  As shown in FIG. 2, whether the figure 40 is in the set state is determined by the arm position detection sensor 90 disposed in the vicinity of the arm base 21 on the lower board 10b and the freedom of the arm 20 as shown in FIG. This is determined by the detecting action of the head position detecting sensor 91 provided on the guide post 28 erected at the end.

  The sensor 90 detects the detection signal when the arm base 21 is rotated by the movement of the arm 20 to the set position and the protrusion 21b provided on the arm base 21 pushes the operating member 90a of the sensor 90. Is sent to the control device 80. Further, the sensor 91 has a protrusion 62 a provided on the upper piece 62 by the upper piece 62 of the head portion 60 being moved up by the magnetic adsorption action of the magnets (magnetic bodies) 50, 51. A detection signal is sent to the control device 80 by pushing the child 91a.

  The determination of whether or not the figure 40 is in the set state is confirmed by emitting a specific color by the signal lamp 86 of the main operation unit 13.

  When the setting of the figure 40 is completed, the operation member 30 is rotated by the operation unit 12 for each player, and each arm 20 is bent gently and flexibly. Following this, each figure 40 irregularly moves slidably on the field surface 11.

  Then, the battle figures 40 collide with each other, the bases 41 collide with each other, or the arms 20 collide with each other in the horizontal direction, and one of the figures 40 is brought down by the impact, and the magnet (magnetic material) Winning or losing is determined by the fact that the magnetic adsorption between 50 and 51 is lost.

  In addition to determining the victory or defeat by defeating the opponent figure 40 by colliding the figure 40 in this way, each figure 40 is once returned to the start position, and the two operation buttons 81, When 82 is pushed and a certain set condition is met, the motor 70 of the other arm 20 is actuated to rapidly tilt the head portion 60 and forcibly remove the adsorption between the magnets (magnetic bodies) 50 and 51. Thus, it is possible to decide the victory or defeat by defeating the opponent's figure 40 on the field 11 by the reaction.

  Here, the peripheral portion of the field surface 11 is formed into a concave slope that is gently connected to the field surface 11 as shown in FIG. 40 is easy to jump out of the board 10 by the fallen momentum, and it can enhance a feeling of dynamism.

  The victory or defeat of the battle between the figures 40 can be confirmed by causing the signal lamp 86 to emit light in a specific color different from that in the figure setting.

  In addition, the speaker 85 can produce a sense of realism by using the speaker 85 to speak out the sound effect (diagram) of the specific figure recognized by the discriminating device 83 and the sound effects during the battle between the figures 40.

  A progress example of the battle game between the above figures 40 will be described below together with a flowchart.

  (A) First, as shown in FIG. 8, when the user turns on the power switch 84 of the main operation unit 13 (S101), the control device 80 performs initial setting of the entire board game toy in step S103. Thereafter, in step S105, the position of the drive transmission member 71 including the gear mechanism 72 and the link mechanism 73 is reset to the initial position by rotating the motor 70.

  (B) Proceeding to step S107, a predetermined audio signal is transmitted to the speaker 85, and the speaker 85 outputs, for example, a voice "Please set both levers to the start position." With this voice guidance, the user can rotate the operating member 30 using the knob 31 and move it to a predetermined start position. Accordingly, the arm 20 moves to a predetermined set position, and the movement of the arm base 21 is detected by the sensor 90.

  (C) Proceeding to step S109, for example, the speaker 85 outputs a voice “Please set the player of XX in the entry zone.” This voice guidance allows the user to recognize the figure 40 by fitting the pedestal 31 of the figure 40 to the piece identifying unit 83 (S111). In the present embodiment, since the board game toy has only one piece identifying unit 83, that is, one entry zone, the setting to the entry zone is alternately performed by a pair of figures 40 to fight against. At this time, by turning on one of the signal lamps 86, the side to be set in the entry zone can be specified.

  (D) In step S113, it is determined whether or not the figure 40 has been set within 10 seconds after the voice output in step S109. If the figure 40 has not been set (NO in S113), the process proceeds to step S115, and whether or not the time during which no operation is performed by the user after the first voice output in step S109 has reached 45 seconds. Judging. When the time during which no operation is performed has reached 45 seconds (YES in S115), the mode shifts to the sleep mode. If it has not reached 45 seconds (NO in S115), the process returns to step S109.

  (E) If the figure 40 is set (YES in S113), the process proceeds to step S117, a predetermined audio signal is transmitted to the speaker 85, and for example, a set sound as a sound effect is output from the speaker 85. “Complete” is output. At the same time, one of the signal lights 86 blinks. Proceeding to step S119, using the character name of the figure 40 recognized in step S111, for example, a voice “OO (character name) player admission” is output from the speaker 85.

  (F) Proceeding to step S121, the speaker 85 outputs, for example, a voice “Please place in the XX zone”. By this voice guidance, the user can place the figure 40 recognized in step S111 at the start position of the field surface 11 (S123). Since the head portion 60 is located on the back side of the field surface 11 corresponding to the start position, the upper piece 62 is pushed up by the magnetic force generated between the magnets (magnetic bodies) 50 and 51. The sensor 91 detects the position of the upper piece 62 and transmits a detection signal to the control device 80. Thereby, the control device 80 can recognize that the figure 40 is installed at the start position of the field surface 11.

  (G) Proceeding to step S125, the control device 80 determines whether or not the figure 40 has been installed within 10 seconds after the voice guidance of S121. If the figure 40 is not installed within 10 seconds (NO in S125), the process proceeds to step S127, and after the first audio output in step S121, the time when no operation is performed by the user has reached 45 seconds. Judge whether or not. When the time during which no operation is performed has reached 45 seconds (YES in S127), the process shifts to the sleep mode. If it has not reached 45 seconds (NO in S127), the process returns to step S121.

  (H) When the figure 40 is installed at the start position of the field surface 11 (YES in S125), the process proceeds to step S129, and a cheer is output from the speaker 85 as a sound effect. In step S131, it is determined whether or not both figures 40 are installed at the start position of the field surface 11. If both figures 40 are installed (YES in S131), the process proceeds to step S133, and from the speaker 85, for example, “Are you ready?”, Cheers as sound effects, “beginning”, sound effects Outputs the sound and cheers of Dora. Through the above steps, a battle (2P battle) between the figures 40 by the operation of the knob 31 is started.

  Next, the progress of the battle (2P battle) between the figures 40 by the operation of the knob 31 will be described with reference to the flowchart of FIG.

  (A) In step S201, the first player (1P) and the second player (2P) operate the knob 31 to play the figures 40 against each other. Specifically, the operation member 30 is rotated in accordance with the operation of the knob 31, and the arm 20 is bent in the horizontal direction with the horizontal rotation. The figure 40 irregularly moves on the field surface 11 according to the movement of the head unit 60 located at the free end of the arm 20. The figure 40 can be brought down on the field surface 11 by a collision between the figures 40, a collision between the pedestals 41, or a horizontal interference (collision) between the arms 20.

  (B) The process proceeds to step S203, and it is determined whether any one of the figures 40 has fallen. When the figure 40 falls down, the attractive force between the magnets (magnetic bodies) 50 and 51 disappears, and the upper piece 62 falls due to its own weight. The sensor 91 detects the lower position of the upper piece 62. Based on the detection signal from the sensor 91, the control device 80 can determine whether or not the figure 40 has fallen.

  (C) If any one of the figures 40 falls (YES in S203), the process proceeds to the 2PKO flow in FIG. If any figure 40 has not fallen (NO in S203), the process proceeds to step S205, and it is determined whether any one figure 40 has moved to the Special Move zone. Here, the special technique zone indicates the position of the head portion 60 in the rotational position of the arm base 21 where the projection portion 21b of the arm base 21 pushes the actuator 90a of the sensor 90.

  (D) When any one of the figures 40 moves to the special move zone (YES in S205), the flow proceeds to the 2P special move flow of FIGS. If none of the figures 40 has moved to the Special Move Zone (NO in S205), the process proceeds to Step S207 to determine whether the 1P or 2P limit count switch is turned on. If any of the limit count switches is turned on (YES in S207), the process proceeds to step S209, and the impact sound is output as an effect sound from the speaker 85, and the signal lamp 86 on the side where the limit count switch is turned on is orange. Flash on.

  (E) Thereafter, the process proceeds to step S211, and it is determined whether or not the 1P or 2P limit count has reached a predetermined value. If any of the limit counts reaches a predetermined value (YES in S211), a limit breakthrough sound is output as a sound effect from the speaker 85, and the signal lamp 86 on the side reaching the predetermined value is lit in green. Proceeding to step S215, the speaker 85 outputs, for example, a voice “exceeding the XX player limit! Move to the Special Move Zone”. The character name of the figure 40 on the side (attacking side) where the limit count has reached a predetermined value is entered in XX in step S215. Thereafter, the process returns to step S201. If none of the limit counts has reached the predetermined value (NO in S211), the process directly returns to step S201 without performing steps S213 and S215.

  (F) On the other hand, if the 1P and 2P limit count switches are not turned on (NO in S207), the process proceeds to step S217, and the time during which no operation is performed by both the 1P and 2P players reaches 45 seconds. Judge whether or not. If no operation has been performed for 45 seconds (NO in S217), the process proceeds to step S219, and it is determined whether any of the limit count switches of 1P and 2P has been turned on for 5 seconds or more. . If the time during which no operation is performed has reached 45 seconds (YES in S217), the process shifts to the sleep mode.

  (G) If neither the limit count switch of 1P nor 2P is turned on for 5 seconds or more (YES in S219), the process proceeds to step S221 and, for example, a voice “Please fight” is output from the speaker 85. This prompts both the 1P and 2P players to battle each other with the figure 40 by operating the knob 31. Thereafter, the process returns to step S201. On the other hand, if one of the limit count switches 1P and 2P is turned on within 5 seconds (NO in S219), the process directly returns to S201.

  Next, with reference to FIG. 10, a 2PKO flow that is performed when one of the figures 40 falls (YES in S203) will be described.

  (1) In step S301, it is determined whether or not the other figure 40 has fallen within 0.5 seconds after any one figure 40 has fallen. If the other figure 40 falls within 0.5 seconds (YES in S301), it is determined that they are almost the same body, and the process proceeds to step S319, and for example, a voice “sorry! . Subsequently, for example, a sound of “battle end” and a sound of a dora (× 2 times) are output as sound effects (S321, S323). Then, it shifts to the sleep mode.

  (2) If the other figure 40 has not fallen within 0.5 seconds (NO in S301), the process proceeds to step S303, and the speaker 85 uses a voice unique to the character of the figure 40 that has fallen in S203. Output beaten voice. Subsequently, in steps S305 to S311, a winning speech is obtained from the speaker 85 with a cheer as a sound effect, a voice “XX player victory!”, A fanfare as a sound effect, and a voice specific to the character of the winning figure 40. Are output in order. Next, in steps S313 to S317, the speaker 85 gives a cheer as a sound effect, “△△ Sorry for the player next time,” and a Dora sound (× 2 times) as a sound effect. Output in order. Then, it shifts to the sleep mode.

  Next, referring to FIG. 11 to FIG. 13, the first operation button 81 and the second operation button 82 which are executed when any one of the figures 40 moves to the special technique zone (YES in S205). Explains the special move battle (2P special move flow).

  (A) In step S401, a cheer is output as a sound effect from the speaker 85. Proceeding to step S403, the step S403 for determining whether or not the limit has been exceeded makes the same determination as the step S211 described above. That is, it is determined whether the limit count of 1P or 2P has reached a predetermined maximum value. If any of the limit counts reaches a predetermined maximum value (YES in S403), the process proceeds to step S405, and if it does not reach the predetermined value (NO in S403), the 2P battle of FIG. 9 is performed.

  (A) In step S405, it is determined whether or not the first operation button 81 on the side where the limit count has reached a predetermined value has started to be pressed. If the first operation button 81 has started to be pressed (YES in S405), the process proceeds to steps S407 and S435. On the other hand, if the first operation button 81 has not started to be pressed (NO in S405), the 2P special move flow ends, and the process returns to the 2P battle in FIG. Steps S407 to S419 indicate the flow on the side where the limit count has reached a predetermined value (hereinafter referred to as “attack side”), and steps 435 to S443 indicate the other side (hereinafter referred to as “defensive side”). )).

  (C) First, the attack side flow will be described. In step S <b> 407, a sound effect indicating that the figure 40 is storing the special technique is output from the speaker 85. During this time, the first operation button 81 is repeatedly hit by the user (S409). In step S411, a loud sound is output from the speaker 85. Proceeding to step S413, the number of times the first operation button 81 is pressed is a predetermined number of times (hereinafter referred to as “weak skill setting count”) required for the first attack level to be executed (hereinafter referred to as “weak skill”). It is determined whether or not it has been reached. If the number of times the first operation button 81 is pressed has reached the number of weak skill settings (YES in S413), the process proceeds to step S415, the attacking signal lamp 86 is lit in orange, and then the process proceeds to step S417. On the other hand, if the number of times the first operation button 81 is pressed has not reached the number of weak skill settings (NO in S413), the process directly proceeds to step S417.

  (D) In step S417, the number of times the first operation button 81 is pressed is a predetermined number of times (hereinafter referred to as “strong skill”) required for the second attack level to be executed (hereinafter referred to as “strong skill”). It is determined whether it has reached the set number of times). If the number of pressings of the first operation button 81 has reached the number of strong skill settings (YES in S417), the process proceeds to step S419, the attack side signal lamp 86 is lit red, and then the process proceeds to step S421 in FIG. move on. On the other hand, if the number of times the first operation button 81 is pressed does not reach the number of strong skill settings (NO in S417), the process directly proceeds to step S421. The number of strong skill settings is set to be larger than the number of weak skill settings. Further, the greater the number of times the first operation button 81 is pressed, the stronger the special technique that the figure 80 can put out, and the probability of defeating the defending figure 80 increases.

(E) In step S421 in FIG. 12, it is determined whether or not the second operation button 82 on the attack side has been pressed. When the second operation button 82 is pressed (YES in S421), the process proceeds to step S425, the level of the special technique that the attacking figure 40 can issue, that is, the number of times the first operation button 81 is pressed. However, it is determined whether the number of times of setting the skill and the number of weak techniques is exceeded, or only the number of times of setting the skill is exceeded, or whether both the number of times of setting the skill and the number of weak techniques are exceeded.

  (F) If the number of times the first operation button 81 is pressed is higher than the number of weak skill settings, the process proceeds to step S427, and for example, a speech or weak voice from the speaker 85 when a weak technique is produced by voice specific to the figure 40, for example. The sound effect when the trick is put out is output together. Thereafter, the process proceeds to step S445 in FIG. If both the weak skill setting frequency and the strong skill setting frequency are exceeded, the process proceeds to step S429, and, for example, a speech when outputting a strong skill by voice unique to the figure 40 or a sound effect when outputting a strong skill from the speaker 85 Are output together. Thereafter, the process proceeds to step S445 in FIG. If the number of pressings of the first operation button 81 has not exceeded both the strong skill setting number and the weak skill setting number, the process proceeds to step S431.

  (G) On the other hand, if the second operation button 82 is not depressed in step S421 (NO in S421), the process proceeds to step S423, and the elapsed time from the start of pressing the first operation button 81 in S405 is specified. Determine whether the second has been reached. If the elapsed time from the start of pressing the first operation button 81 has reached the specified seconds (YES in S423), the process proceeds to step S431. If the specified seconds have not elapsed (NO in S423), the process returns to step S409 in FIG.

  (H) In step S431, the speaker 85 outputs a “sounding sound” as a sound effect, and clears the limit count accumulated so far. Thereafter, the process proceeds to step S433, and the speaker 85 outputs, for example, a voice “Restarting fierce battle!” And returns to the 2P battle of FIG.

  (K) Next, the flow on the defense side will be described. The first operation button 81 is repeatedly hit by the defending player (S435) in the same manner as the first operation button 81 is repeatedly hit by the attacking player (step S409). In step S411, similarly to S413 to S419 in the attack side flow, the lighting color of the defense side signal lamp 86 is changed from, for example, red to orange to green in accordance with the number of times the first operation button 81 is pressed. .

  (G) Proceed to step S439, and in S405, it is determined whether or not the elapsed time since the attacking player has started pressing the first operation button 81 has reached a predetermined second. This step S439 has the same processing contents as the step S423. If the elapsed time after the attacking player has started pressing the first operation button 81 has reached the specified seconds (YES in S439), the process proceeds to step S441. If the specified seconds have not elapsed (NO in S439), the process returns to step S435.

  (S) Proceed to step S441, and it is determined whether or not the defending figure 40 has been damaged by defending the attack from the attacking figure 40 previously. If damage is received (YES in S441), the process proceeds to step S443, and a predetermined damage point is subtracted from the number of consecutive hits of the first operation button 81 by the defending player (hereinafter referred to as “defense points”). This is a new defense point. The process proceeds to step S445 in FIG. If no damage has been received (NO in S441), the process proceeds directly to step S445. Note that the number of consecutive hits of the first operation button 81 by the attacking player performed until the second operation button 82 is pressed in step S421 is referred to as a “killer technique point”.

  (B) In step S445, it is determined whether or not the special technique point exceeds the defense point. If the special technique point exceeds the defense point (YES in S445), the process proceeds to step S447. If the special move point does not exceed the defense point (NO in S445), the process proceeds to step S467. In step S447, explosion sound as a sound effect is burst from the speaker 85. Subsequently, a “voiced voice” is output by the voice unique to the character of the defending figure 40 (S449), the defending motor 70 is driven, and the head unit 60 is brought into the tilt position via the drive transmission member 71. Tilt rapidly (S451). As a result, the defending figure 40 is forcibly defeated. It is desirable not to output sound or sound effects from the speaker 85 in step S451. Thereafter, the process proceeds to step S453, where the speaker 85 outputs, for example, a voice “XX player victory!”, Followed by “fanfare” as a sound effect, a winning line by the voice specific to the character of the attacking figure 40, “Cheer” as a sound effect, for example, “△△ Player sorry, I look forward to the next time”, for example, “Ending Tenkaichi Budokai”, and “Dora sound as sound effect” (× 2 times) ”are sequentially output (S455 to S465). Then, it shifts to the sleep mode.

  (S) In step S467, the speaker 85 outputs a “repelling sound” as a sound effect. Subsequently, for example, a sound of “△△ player played back!” Is output (S469), and the damage point of the played technique is added to the defending figure 40 (S471). When the defending figure 40 turns to the defending side again, the damage points are subtracted from the defense points. Further, the damage point varies depending on the type of the figure 40 to attack and the skill level. In step S473, the limit count of the attacking figure 40 is cleared. The limit count of the defending figure 40 is left as it is. Proceeding to step S475, for example, the speaker 85 outputs a sound such as “resume fierce battle!”, And then returns to the 2P battle of FIG.

  The process flow in the sleep mode is as follows. First, for example, a voice “Let's meet again” is output from the speaker 85, and then a voice “Please press the button” is output. Thereafter, an IC (integrated circuit) unit included in the control device 80 is set in a sleep state to monitor whether or not any input operation such as a button operation is performed by the player. If any input operation is performed, the process returns to step S101 to return from the sleep state to the normal state in which the power is turned on.

  As described above, according to the board game toy of the present embodiment, two opponents face each other, and each arm 20 is bent gently and flexibly by the operation of the respective operation members 30, thereby allowing the field surface of the board 10 to be bent. 11, each figure 40 irregularly slides and collides with each other, and it is possible to exhibit a dynamic movement as if the samurai are also struggling.

  One of the figures 20 is brought down by an impact caused by the collision between the figures 40, and the mutual magnetic adsorption between the arm-side magnet (magnetic body) 50 and the figure-side magnet (magnetic body) 51 is released. Since winning or losing is decided, it is possible to enjoy the game by competing for the skill of operation while watching the movement of each figure 40.

  As a result, even younger children and the like can be attracted to the children by watching the movement of the figure that moves and moves irregularly on the field surface 11 with a simple operation.

  Here, particularly in the present embodiment, each arm 20 is configured to bend in the horizontal direction with horizontal rotation, so that the figure 40 is more irregularly formed on the field surface 11. It can be moved to enhance the feeling of dynamism.

  Moreover, these arms 20 are bent toward the center of the field surface 11 from the start position where the free ends are moved to the pair of diagonal corners of the field surface 11, so that the movement of each figure 40 is performed. A wide range can be taken, and a dynamic feeling can be further enhanced.

  Further, each arm 20 is urged to rotate from the start position toward the center of the field surface 11 by the rotation guide portion 14, so that the figures 40 can collide with each other without swinging. The battle between figures 40 can be incandescent.

  Each of the link arms 20 has a free end formed in a substantially circular plane, and a side edge portion on the side that interferes with each other in the horizontal direction is a plane that is smoothly connected to the circular shape of the free end. Since it is formed in a concave curved shape, the arms 20 are not caught during the battle, and the battle between the figures 40 can be more incandescent.

  In addition, since the peripheral portion of the field surface 11 is formed as a concave slope that is gently connected to the field surface 11, the figure 40 that has fallen on the field surface 11 jumps out of the board 10 with a fallen spring. It becomes easy and the feeling of dynamism can be further enhanced.

Further, each arm 20 is provided with a head portion 60 that can be rotated at an upright position and a tilting position tilting toward the arm base side at the free end, and a magnet (magnetic material) 50 on the arm side is provided on the head portion 60. The head portion 60 can be quickly tilted to the tilting position via the drive transmission member 71 by the operation of the motor 70. For this reason, in addition to playing with the figures 40 colliding with each other as described above, the head part 60 of the opponent arm 20 is rapidly tilted while each figure 40 is stationary and the arm side magnet (magnetic) Body) 50 and the magnet (magnetic body) 51 on the figure side can be forcibly removed and the opponent's figure 40 can be defeated, so that the battle of the figure 40 can be made more incandescent.

  On the other hand, the motor 70, the speaker (sound output unit) 85, and the signal lamp 86 disposed in the main operation unit 13 are controlled by the control device 80 (for example, from a storage unit storing a plurality of lines to a game progress). Since the corresponding dialogue is selected and output as voice), a battle mode full of realism can be created.

  In addition, since the main operation unit 13 includes a piece identifying unit 83 for identifying various figures 40 by fitting them, the speaker 40 can be identified from the speaker 85 according to the figure 40 used for the battle. Can be made, and the battle of the figure 40 can be further enjoyed.

  Further, the movement of the arm 20 and the movement of the upper piece 62 provided with the magnet (magnetic body) 50 of the head unit 60 are detected by the position sensors 90 and 91, respectively. Based on the detection action, the lighting of the signal lamp 86 and the sound (dialogue) that is loudened from the speaker 85 can be variously controlled.

  In the board game toy control method according to the embodiment of the present invention, the number of flexing of each arm 20 is counted (S207, S211), and the number of flexing of one of the arms 20 (limit count) has reached a predetermined value. In this case (YES in S211), the fact is notified to the two opponents (S213, S215), and the number of times the operation button 81 is provided on each operation unit 12 is counted (S409 to S419, S437). ), The number of times of pressing during a predetermined period is compared between two opponents (S445), and the operation button 81 on the side where the number of flexing of the arm reaches a predetermined value (hereinafter referred to as “attacking side”) When the number of times is greater than the number of times of pressing the operation button 81 on the other side (hereinafter referred to as “defensive side”) (YES in S445), the defense-side head unit 60 is tilted from the upright position. To rapidly defeat the competition frame 40 of the defense side is tilted (S451). Thus, the player can win or lose not only by the battle between the figures 40 by the operation of the knob 31 (2P battle) but also by the special technique battle (2P special technique flow) by the operation button 81. The battle can be even more incandescent.

  If the number of times the defense-side operation button 81 is pressed is greater than the number of times the attack-side operation button 81 is pressed (NO in S445), the number of bends (limit count) of the attack-side link arm 20 is returned to zero. (S473). Thereby, the possibility of counterattack by the figure 40 which succeeded in defense can be increased.

  If the number of times the defending operation button 81 is pressed is greater than the number of times the attacking operation button 81 is pressed (NO in S445), the next time the damage point corresponding to the number of times the attacking operation button 81 is pressed is determined. Is added to the number of times the depressing operation button 81 is depressed (S471). Thereby, the possibility of a successful counterattack by the figure 40 that has been successfully defended can be increased.

The perspective view which shows one Embodiment of the board game toy concerning this invention. The top view which shows the state which removed the upper board of the board game toy shown in FIG. The top view which shows the relationship between an arm and an operation member. The perspective view of an arm. The perspective view which shows the state which the head part of the arm tilted. The top view which shows the relationship between the head part of an arm, and its drive system. The perspective view which shows an example of a battle | competition piece with the use attitude | position (A) and the reverse state (B). The flowchart which shows the flow of a process from power activation to a battle | competition start. The flowchart which shows progress of the battle | competition (2P battle) between figures 40 by operation of the knob 31. FIG. The flowchart which shows the flow of the process implemented when any one figure 40 falls (it is YES at S203). It is a flowchart which shows the flow of the process of the special technique battle (2P special technique flow) by the 1st operation button 81 and the 2nd operation button 82 (the 1). It is a flowchart which shows the flow of a process of the special technique battle (2P special technique flow) by the 1st operation button 81 and the 2nd operation button 82 (the 2). It is a flowchart which shows the flow of a process of the special technique battle (2P special technique flow) by the 1st operation button 81 and the 2nd operation button 82 (the 3).

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Board 11 Field surface 12 Opponent operation part 14 Rotation guide part 20 Arm 21 Arm base 30 Operation member 40 Figure (battle piece)
41 Pedestal 43 Projection 50 Arm side magnet (magnetic material)
51 Magnet (magnetic material) on the figure (matching piece) side
60 Head part 70 Actuator 71 Drive transmission member 80 Control device 83 Frame identification part 83a Recession part 83b Socket part 85 Speaker (acoustic equipment)
86 Signal light 90, 91 Position sensor

Claims (11)

A board on which a field surface is formed;
Each battle piece placed on the field surface,
At least two arm bases arranged to be horizontally rotatable under the field surface;
An arm connected to the arm base so as to be rotatable in a horizontal direction;
An operation member that is rotatably arranged integrally with each of the arm bases, and that bends each arm arranged below the field surface with horizontal rotation ,
A magnet is disposed on one of the arm and the battle piece, and a magnet or a magnetic body is disposed on the other,
The board game toy characterized in that the battle piece is slidably moved in an upright state on the field surface by bending the arm with the rotation in the horizontal direction by the operation member .   The winning or losing of the battle piece is determined by the desorption of the magnet arranged on one side and the magnet or magnetic body arranged on the other side due to the collision between the battle pieces or the collision between the arms. The board game toy according to claim 1. The board is slidably brought into contact with the free ends of the arms, and the arms are rotated from a pair of diagonal corners of the field surface, which is the starting position of the free ends, toward the center of the field surface. The board game toy according to claim 2 , further comprising a rotation guide portion for prompting. 4. The board game toy according to claim 3, wherein each of the arms is bent toward a central portion of the field surface when the free end is in sliding contact with the rotation guide portion. 5. Each of the arms has a free end formed in a substantially circular plane, and side edges on the side that interfere with each other in the horizontal direction are formed in a curved shape. 4. The board game toy according to any one of 4 above. The peripheral portion of the field surface is formed in a slope that is continuous with the field surface without a step, and a battle piece that has been defeated on the field surface can jump out of the field surface. The board game toy according to any one of 5 . Each of the arms includes a head portion that is rotatable at its free end between an upright position and a tilt position.
The magnet or magnetic body disposed on the arm is disposed on the head portion so as to be movable in the vertical direction, and moves upward by being attracted to the magnet or magnetic body disposed on the battle piece. The board game toy according to any one of claims 1 to 6 , wherein the board game toy can be slidably contacted with the back surface of the field surface. The board includes a storage unit that stores a plurality of dialogues and a voice output unit that outputs the dialogues as speech, and any one of the plurality of dialogues stored in the storage unit according to the progress of the game. The board game toy according to any one of claims 1 to 7 , wherein one is selected and output by voice. The predetermined part of the board includes a mounting portion for mounting the battle piece,
The board game according to any one of claims 1 to 8 , further comprising: a piece identifying unit for identifying the mounted battle piece when the battle piece is mounted on the mounting unit. toy. The board game toy according to claim 3 or 4 , wherein a sensor for detecting movement of the free end of each arm to the start position is provided inside the board. The head part of each arm is provided with a sensor for detecting that the magnet or magnetic body disposed on the head part adsorbs and moves upward with the magnet or magnetic body disposed on the battle piece. The board game toy according to claim 7 , wherein:

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