JP2001314640A - Air hockey game table - Google Patents

Abstract

PROBLEM TO BE SOLVED: To change a simple game having a speedy feeling into a game which requires speed and a technique for the attack, and enhance the amusement. SOLUTION: On the game surface, an underground shelter 3 as an obstacle is provided.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an air hockey stadium in which pucks are hit into a goal to compete for points.

[0002]

2. Description of the Related Art The playing surface of a conventional air hockey stadium is a flat surface having no projections, the outer periphery of the playing surface is rectangular, and the outer periphery is surrounded by a wall higher than the playing surface. There was one goal for each puck, and the competitor was standing behind each goal to play the game.

[0003]

In a conventional game, a player hits a disc-shaped puck directly on a goal on a playing surface where there is no obstacle other than a wall surrounding an outer periphery of the playing surface, or directly hits a goal on a wall. He just hit the puck and hit the goal with a bounce. Therefore, in this game, there was little change in the game because the opponent could only find the opponent's chance and hit the puck into the goal, and the game lacked interest. Also, since it is very easy to put a puck in the goal when there is no opponent in the way, playing the game alone is not interesting. Also, when a player plays a game by hitting a puck alone, the puck moves at a reduced speed while moving and stops at any place on the playing surface, and the puck is collected by the athlete. Must be moved around the stadium,
The game tends to be played by two players because it takes time to collect the packs and it is impossible for the competitor to enjoy the game alone.

The present invention makes use of the sense of speed, which is the greatest feature of this game, as it is, and makes conventional attacking stadiums simple attacking techniques more difficult as they require more advanced attacking techniques. The aim was to make the game more sophisticated and interesting by creating an easy-to-play situation and adding an element that causes a change in the advantage or disadvantage situation due to the mistake. Furthermore, the aim was to configure the stadium so that even one person could enjoy the game.

[0005]

In order to solve the above-mentioned problems, as a first means, a torch is provided which protrudes above the playing surface and is an obstacle which hinders the movement of the puck. Second
As a means of (1), a sensor for detecting that the puck has collided with the torchka is provided inside the torchka provided on the playing surface. As a third means, a rotating blade rotatably supported by the torch is provided. As a fourth means, a main goal and a subgoal are provided as goals for inserting a pack, and the main goal is configured to be always open, and the subgoal is provided with an opening / closing door for performing an opening / closing operation for preventing a pack from entering the subgoal. A mechanism for changing the area of the opening of the goal is provided. As a fifth means, a main goal and a subgoal are provided as goals for a pack, and all of the main goals and subgoals are provided with opening / closing doors for performing opening / closing operations for preventing a pack from entering the goal. Area can be changed. As a sixth means, only the main goal is provided at the goal where the pack is to be placed, and an opening / closing door is provided at the opening thereof for opening and closing to change its width, and the area of the opening of the goal can be changed. did.
As a seventh means, a sensor for detecting the passage of a puck moving on the playing surface is provided at a lower portion of the playing surface. As an eighth means, the outer periphery of the competition surface is made into a polygon of six or more hexagons with even-numbered angles, and a polygonal wall surrounding the outer periphery of the competition surface is provided. As a ninth means, the outer periphery of the competition surface is circular, and a circular wall is provided surrounding the periphery of the competition surface. As a tenth means, an inclining mechanism is provided for inclining a game surface in a direction perpendicular to a wall provided with a goal at an angle within a range of 15 degrees from a horizontal state.

[0006]

In the air hockey stadium provided with a torch as in the first means, since the torch becomes an obstacle when the player hits the puck into the opponent's goal, the position of the torch is calculated, It is necessary to hit the puck while avoiding the torch, or to hit the puck once on the walls on both sides and hit the puck quickly, taking into account the trajectory of the puck and requiring instantaneous advanced judgment. By providing a sensor for detecting the collision of the puck inside the torch of the obstacle as in the second means, when a mistake to make a collision with the torch is made, a situation that is disadvantageous to the competitor who made the mistake is created. Also, it is possible to make the game interesting by automatically adding and subtracting points to and from the stadium. By providing the rotatable rotatable blade to the torch as in the third means, when the pack collides with the rotatable blade, the pack moves in an unpredictable direction due to the difference in the rotation direction of the rotatable blade and the rotational force. The direction changes. By providing a mechanism for changing the area of the goal as in the fourth, fifth, and sixth means, when a mistake is made during the competition, the number of goals on the side that made the mistake increases, or Changes can be made so that the opening is open and the area of the goal is increased, creating a disadvantageous situation. By embedding a sensor for detecting the passage of the puck on the playing surface as in the seventh means, when passing continuously over a plurality of sensors, if the set conditions are met, a score is added. You can make the game interesting by deducting points. In the stadium in which the playing surface is formed in a polygonal or circular shape as in the eighth and ninth means, it is difficult to predict the moving direction of the pack because the angle of the rebound of the pack hitting the wall is complicated, and A plurality of goals are provided to increase the places where the goals are provided, so that a plurality of players can compete. As a tenth means, by allowing the game surface to be inclined from a horizontal state, the puck moving on the upper part of the slope when the ball game surface is inclined, and when the moving speed becomes slower, the lower part of the slope by gravity is moved. It slides down in the direction of. Therefore, if a competitor is positioned on the lower side of the slope and plays the game, the pack that did not enter the goal will always return to the lower competitor side, so it is not necessary to move around to collect the pack and it is possible to play the game alone it can.

[0007]

An embodiment will be described with reference to the drawings. First Embodiment FIG. 1 is a plan view of an athletic table showing an embodiment in which one torch 3 as an obstacle is provided at a central portion of a playing surface 1. FIG. FIG. 2 is a perspective view of the torch 3. In the case of FIG. 2, this torch 3 has a quadrangular prism shape protruding above the playing surface 1,
Because it is located in the center of the playing surface 1, when the competitor 10 hits the puck 2 toward the goal 6, the puck 2 may bounce off the torch 3 and return to the direction of his own goal 6, Attack also requires careful attention to the path of the puck, making the game technically difficult. Note that the shape of the torch 3 may be a polygonal pillar or a cylinder, and as the shape becomes complicated, the direction of the rebound after the puck 2 collides with the torch 3 becomes difficult to predict, which makes the game interesting. Embodiment 2 FIG. 3 is a plan view showing an embodiment of an athletic table in which a plurality of torches 3 are arranged on an athletic surface 1. As the number of torches 3 increases, it becomes more difficult to hit the opponent's goal 6 without hitting the puck 2 to the torchka 3. Embodiment 3 FIG. 4 shows a plan view of an embodiment of a stadium provided with one stoker 3 on each goal 6 side. The torch 3 is moved right and left by using a conventionally known servo motor or the like. Due to the left and right movement of the torch 3, it becomes temporarily difficult for the enemy to hit the puck 2 into the goal 6. Therefore, the enemy must attack in accordance with the timing of the movement, which makes the attack more difficult and makes the game more interesting. Embodiment 4 FIG. 5 is a side view showing a mechanism for raising and lowering a torch 3 provided in a game surface 1 by a conventionally known electromagnetic solenoid 31.
When in the descending state, the top of the torch 3 and the playing surface 1 are the same, and the playing surface has no obstacles. When ascending, the top of the torch 3 rises to a position about twice the thickness of the puck 2. FIG. 5 shows the ascending state of the torch 3. The competitor 10 attacks while avoiding obstacles of the suddenly rising torch 3 by automatically repeating ascent and descent during the game,
Conversely, the puck 2 is hit against the torchka 3 to attack using the rebound. This makes the attack more difficult and makes the game more interesting. In addition, in order to increase or decrease the difficulty of the game, the competitor 10 can decide the ascending and descending of the trocar 3 as required, and can operate the competitor. Embodiment 5 FIG. 6 shows a side view of an embodiment of a torch 3 having a rotating blade 33 having two blades rotatably supported at the center. When the pack 2 hits the rotating blade 33, the impact causes the rotating blade 33 to start rotating around the shaft 35, continue rotating by inertia, and then stop. The colliding puck 2 moves in an unexpected direction. When the pack 2 collides with the rotating blade 33 of the rotating torch 3, the moving direction of the pack 2 is substantially the same when the moving direction of the pack 2 and the moving direction of the rotating blade 33 coincide. Moving in the direction, the speed may be accelerated by the collision. However, when the moving direction of the pack 2 and the rotating direction of the rotary blade 33 are opposite to each other, the pack 2 may start to rebound in the opposite direction. As described above, since the moving direction of the pack 2 after the collision changes due to the difference in the rotating direction and the rotating force of the rotary blade 33, the pack 2 is interesting to move in an unexpected direction. In addition, a motor is provided at the lower part of the game surface 1 and its output shaft is connected to the torch 3 shown in FIG.
Is connected to the shaft 35 to which the rotating blades 33 are attached, and the rotating blades 33 are configured to always rotate around the shaft 35, the number of collisions between the pack 2 and the rotating blades 33 increases, and the game becomes more interesting. Further, if the motor 2 is used to rotate the torch 3 itself by rotating the torch 3 3 shown in FIG. 2 or the polygonal torch 3 having no rotating blades 33, the case where the puck 2 collides with the plane of the side surface of the torch 3 Torchka 3
In this case, the moving direction of the pack 2 after the collision greatly differs. If the number of blades of the rotary blade 33 is also increased to three or more, the possibility of the pack 2 colliding increases. Sixth Embodiment FIG. 7 is a cross-sectional view of a stoker 3 in which one sensor 4 for detecting a collision of a conventionally known pack 2 is provided on each side inside a side face opposed by a square torch 3. . This torchica 3 is A like a stadium in the plan view of FIG.
The sensor 4a is provided to the player 10a on the side, and the player 10b
Is mounted at a position where the sensor 4b faces. For example, during the game, the puck 2 hit by the player 10a on the A side or the puck 2 hit by the player 10b on the B side hits the wall and bounces off and collides with the sensor 4a of the torch 3 so that the sensor 4a collides. If detected, the sensor 4 is incorporated into the torch 3 so that the score of the A-side competitor 10a may be deducted or disadvantageous conditions may be added, and the control is performed by the detection signal of the sensor 4 and automatically controlled. You can give a change to the game. Further, the sensor 4 may be attached to the other side of the torch 3 in addition to the sensors 4a and 4b.
If the shape of the torch 3 is polygonal or circular, the pack 2
The direction of the bouncing is difficult to predict and the fun increases. Further, if the number of the torches 3 to which the sensors 4 are assembled is increased and arranged at regular intervals on the playing surface 1, more attention is required in the case of an attack. Embodiment 7 As shown in FIG. 9, the rotary blades 33 are mounted on the torch 3 and the bearings 36 for holding the shafts of the rotary blades 33 are provided with sensors 4a and 4b.
b, when the pack 2 collides with the rotating blade 33, the rotating blade 33 collides with the sensors 4a and 4b in addition to the fun of hitting the pack 2 in an unexpected direction. Is detected, the control is performed by the detection signal of the sensor 4 and the competitor 10 is detected in the same manner as in the sixth embodiment.
It can be configured to automatically give a disadvantageous situation change. Eighth Embodiment FIG. 10 is a sectional view of a stadium according to an embodiment in which a main goal 6 and two subgoals 61 are provided.
FIG. 11 is a cross-sectional view of an example of a conventionally known goal opening / closing mechanism that opens and closes the door 62 of the sub goal 61 by moving the door 62 up and down by the force of an electromagnetic solenoid 31 and a spring 32. The entrance of the main goal 6 is always open, and the entrance of the subgoal 61 is provided with an opening / closing door 62 for preventing the pack 2 from entering the goal. The opening / closing operation is performed by the goal opening / closing mechanism shown in FIG. Is the open / close door 62 and the spring 3
It is raised and closed by the force of 2. For example, if the competitor 10 makes a mistake, the competitor 10 who made the mistake
The opening / closing door 62 of the side subgoal 61 is opened to increase the area of the goal and create a situation that is disadvantageous for the competitor 10 who made a mistake. The same effect can be obtained regardless of whether the number of subgoals 61 provided other than the main goal 6 is one or plural. In addition, as a method of increasing the area of the goal, only the main goal 6 is provided in front of both competitors, and the entrance of the main goal 6 is usually opened with a fixed width, and the opening is further formed on both ends. An opening / closing mechanism incorporating an opening / closing door 62 is provided. Normally, the opening is opened at a fixed width, and when the competitor 10 makes a mistake, the opening / closing mechanism of the main goal 6 on the competitor's side operates to open the opening / closing door 62 and widen the opening to open the goal. Increase area and create disadvantageous conditions. Example 9 FIG. 12 is a cross-sectional view of the playing surface 1, and a pack 2 is provided below the playing surface 1.
An embodiment in which a plurality of conventionally known sensors 4 are embedded in order to detect the error is shown. FIG. 13 shows a plan view of a stadium in which the sensor 4 is embedded. The sensor 4 detects the magnet 21 and metal attached to the pack 2 when the pack 2 passes above, and detects the passage of the pack 2. For this stadium,
For example, the position where the sensor 4 is embedded is displayed on the playing surface 1 with a mark or a mark such as a lit display lamp, and the struck puck 2 continuously passes over the plurality of sensors 4 within a predetermined time. If the set conditions are met, such as passing all of the sensors 4 embedded in the part on the near side from the center, the score of the opponent is added, or disadvantageous conditions are given to the athlete on the near side By configuring the game as described above, the game can be made interesting. Embodiment 10 FIG. 14 is a plan view showing an embodiment of an athletic table in which the shape of the playing surface 1 is octagonal and the outer periphery thereof is surrounded by an octagonal wall 5. For example, when four main goals 6a, 6b, 6c, and 6e are provided in each of the four walls 5 at equal positions on the stadium, that is, four places in total, four players can enjoy the game. The doors 62 provided on the two opposing main goals 6a and 6c are closed, and the other two open main goals 6a and 6c are opened.
If you use, you can enjoy the game with two people. or,
As the shape of the wall becomes more complicated, the direction in which the pack 2 hits the wall 5 and rebounds becomes more complicated, thereby increasing the fun of the game.
If the shape of the playing surface 1 is circular, there is an interesting point that the direction in which the puck 2 hits the wall 5 and rebounds is more difficult to predict. Embodiment 11 FIG. 15 is a side view showing an embodiment of a stadium provided with a tilting mechanism for tilting the playing surface 1 from a horizontal state to a certain angle. This stadium is configured so that one end is pivotally supported with a fulcrum 12, and a rotatable roller 81 is mounted on the other end, and is mounted on a cam 8 whose axis is pivotally supported. When the axis of the cam 8 is rotated by a handle, a motor, or the like attached to the axis of the cam 8, the game surface 1 can be tilted from a horizontal state to a certain angle. In the conventional stadium, the lower leg is adjusted and fixed when the stadium is installed so that the playing surface 1 is horizontal. The pack 2 is pushed up by the air blowing from the playing surface 1 and floats, so there is no friction with the playing surface 1. However, when the playing surface 1 is in a horizontal state, the moving speed of the pack 2 is reduced while moving. It stops on the playing surface 1 regardless of location. However, if the playing surface 1 is on a slope having an inclination greater than a certain angle, the puck 2 is positioned above the slope, and when the moving speed is reduced, the puck 2 is placed below the slope of the playing surface 1 by the action of gravity. Moving. Therefore, when the competitor 10 stands on the lower side of the slope and hits the puck 2 toward the goal on the upper side of the slope, the puck 2 that did not enter the goal 6 moves while bouncing off the wall 5, and when the moving speed decreases, the You can play the game alone to return to the lower competitor. The puck 2 entering the goal falls from the storage section 91 into the collection passage 9 provided at the lower part of the stadium. In the collecting passage 9, the air 11 is blown out to the collecting passage surface 9 in the same manner as the competition surface 1, and the pack 2 is slightly lifted from the collecting passage 9 surface by the force of the air. The sliding part moves in the collecting passage 9 inclined in the same direction, and moves to the storage part 91 on the side of the competitor.
Return to The player 10 raises the pack 2 to the playing surface 1 by hand and restarts the game again. In this way, one can enjoy and practice the game alone. In the case of this stadium, the game is less interesting on a stadium where there is no obstacle such as the torch 3 on the stadium 1 as in the prior art, since the puck 2 can be easily put in the goal. Therefore, if the torch 3 having the rotating blades 33 is provided at the center of the playing surface 1 or the like, it is difficult to directly insert the pack 2, and further, the pack 2 collides with the rotating blades 33 and is bounced off by an opponent. Therefore, even if there is no opponent competitor obstructing the entry of the puck 2 into the goal 6, the direction and timing of hitting the puck 2 are difficult and the skill is required. Even if you go, it has the same irritation and fun as when there is an opponent's competitor. If the opening of the goal 6 is narrowed to be slightly wider than the width of the puck 2 by the opening / closing door 62, it is more difficult to insert the puck 2 into the goal 6, and the pleasure is increased. The recovery passage 9 has a large inclination angle of the competition surface 1 and a large inclination angle of the collection passage 9 or a larger inclination angle of the collection passage 9 than that of the competition surface 1 so that friction is generated on the collection passage 9 surface. If a material having low resistance is used, the pack 2 moves to the storage section 91 on the lower side of the inclined playing surface 1 without the necessity of blowing air to the collecting passage 9 surface. In addition, a collection belt conveyor may be provided in the collection passage 9. In addition, the lower surface in the goal 6b is configured to be the same as the game surface without specially providing the recovery passage 9 as shown in FIG.
When the sensor 4 is provided inside the goal 6b at the upper part of the playing surface 1 and the sensor 4 detects that the puck 2 has entered the goal 6b, the puck 2 entering the goal 6b is detected by the sensor 4. After that, the player naturally moves from the entrance of the entered goal 6b toward the goal 6a at the lower part of the playing surface 1 due to gravity. At that time, the score is added by the detection signal of the sensor 4 and it is confirmed that the pack 2 has entered. Since the pack 2 that has left the goal 6b naturally moves to the front of the competitor, the game can be started again without the trouble of collecting the pack 2. Embodiment 12 FIG. 16 is a plan view of a stadium in which the mechanisms of Embodiments 6 and 8 are combined. In the center of the stadium, there is provided a torch 3 having a built-in sensor 4a and a sensor 4b for detecting the collision of the puck 2 of the sixth embodiment, and a main goal 6a whose entrance is always open as in the eighth embodiment. 6b, and sub-goals 61a and 61b which are normally opened and closed by automatic control when the door 62 is closed and the entrance is closed. Further, the subgoals 61a, 61
sub-goals 61a and 61b
In some cases, a flashing display lamp 7 for notifying the opening of the vehicle or an alarm device for generating an alarm sound may be provided. For example, if the puck 2 hit by the player A on the A side misses and hits the game on the stadium and hits the sensor 4a of the torch 3 or the player 10b on the B side attacks and puts the pack 2 on the player 10a side When the sensor 4a of the torch 3 is made to bounce against the wall 5 of the torch 3 and the sensor 4a detects the signal, the opening and closing doors 62 of the two sub-goals 61a are automatically opened by the signal. Therefore, the athlete 10a becomes disadvantageous, and the athlete 10b easily scores and becomes an advantageous situation. At this time, the display lamp 7 for notifying the opening of the subgoal 61a blinks, and furthermore, an alarm sound is sounded, thereby raising a sense of crisis. However, if the game is continued in this state and the puck 2 hits the sensor 4b before both sides have scored,
The two sub-goals 61a of the A-side competitor 10a that have been open so far are closed, and the two sub-goals 61b of the B-side competitor 10b are opened, so that the competitor 10a easily scores and reverses an advantageous situation. In this way, it can be configured to generate an advantageous or disadvantageous situation due to a skillful attack or a competitor's mistake, so that the game can be changed, the stimulation is increased, and the game is interesting. Embodiment 13 FIG. 17 is a plan view of an athletic stadium according to an embodiment in which the mechanisms of Embodiments 7 and 8 are combined. Sensors 4a and 4b are assembled to the rotating blade 33 and a bearing for holding the shaft of the rotating blade 33 on the torch 3 and the main goals 6a and 6b whose entrances are always open to the opposing wall 5 as in the eighth embodiment. Further, subgoals 61a and 61b are provided, which are normally opened and closed by automatic control when the door 62 is closed and the entrance is closed. In addition, the subgoal 61
a, a sub goal 61 is provided on the upper part of the wall 5 where the a and 61b are provided.
a, a blinking display lamp 7 for notifying the opening of 61b,
In some cases, an alarm is provided so that the alarm sounds. For example, when the pack 2 collides with the rotating blades 33 while playing a game on this stadium, the rotating blades 33 hit the sensor 4a of the torch 3 in addition to the fun of hitting the pack 2 in an unexpected direction. In this case, two subgoals 61a are opened so that the player A on the A side is disadvantageous, and the player 10b on the B side can easily score. At this time, a display lamp for notifying the opening of the subgoal 61a flashes, and further, an alarm is sounded to raise a sense of crisis. However, if the puck 2 hits the sensor 4b side before both sides finish the game in this state, the competitor 10 on the A side
The two subgoals 61a of a are closed and the player 1 on the B side
The two subgoals 61b of 0b are opened, and the player 10a easily scores and reverses the advantageous situation. In this way, it can be configured to generate an advantageous or disadvantageous situation due to a skillful attack or a competitor's mistake, so that the game can be changed, the stimulation is increased, and the game is interesting.
In addition, Example 11 is combined with the stadium of FIG. 16 in which Example 6 and Example 8 are combined, and the stadium of FIG. 17 in which Example 7 and Example 8 are combined. The game surface 1 is tilted by providing a tilting mechanism for tilting from a horizontal state to a certain angle, and the competitor 10 is positioned at the lower part of the slope and hits the puck 2 into the main goal 6b at the upper part of the slope.
At this time, the torch 3 becomes an obstacle, making the game difficult, and the game can be enjoyed alone. Embodiment 14 FIG. 18 is a plan view of an athletic stadium according to an embodiment in which the mechanisms of the seventh, eighth, and tenth embodiments are combined. The bearing 36 of the torch 3 has four sensors 4a, 4b for detecting a collision of the puck 2 on a surface facing four sets of goals,
4c and 4d are provided. One set of one main goal 6 and two subgoals 61 are provided, and all the goals are provided with opening / closing doors 62. Further, the subgoals 61a, 61b, 61c, 61 are provided above the wall 5 on which the subgoals 61a, 61b, 61c, 61d are provided.
In some cases, a blinking display lamp 7 for notifying the opening of d or an alarm device for generating an alarm sound may be provided. This stadium is 4
A game is played by one or two competitors 10. If there are four competitors 10, four sets of main goals 6a, 6b, 6c,
6d is a state in which the entrance is always open, and other subgoals 61a,
At 61b, 61c, and 61d, the game is started with the door 62 closed and the entrance closed. For example, when the puck 2 collides with the sensor 4a of the torch 3, the sensor 4a detects the signal, and the signal from the sensor 4a opens the opening / closing doors 62 of the two sub-goals 61a at positions facing the sensor 4a. At this time, the display lamp 7 attached to the upper part of the wall 5 flashes, and at the same time, an alarm sounds to inform that the opening / closing door 62 of the subgoal 61 is opened, thereby raising a sense of crisis. Further, when the pack 2 collides with the rotating blade 33, the rotating blade 33 has an interesting feature of hitting the pack 2 in an unexpected direction. If there are four competitors 10,
Not only can four players compete for points individually, but four players can enjoy the game in two sets. When two competitors 10 are involved, the game is played at a position facing the center of the competition table. At this time, only the two sets of goals 6 in front of the two competitors 10 are used, and the other two sets of goals 6 are all played with the doors 62 closed. Further, in addition to the eleventh embodiment, an inclining mechanism for inclining the game surface 1 from a horizontal state to a predetermined angle is provided as shown in FIG. 15 so that the game surface 1 is tilted. The puck 2 is driven into the main goal 6b on the upper part of the slope. At this time, the torch 3 becomes an obstacle, making the game difficult, and the game can be enjoyed alone. It should be noted that the playing surface 1 of these stadiums does not necessarily need to be configured to blow air from the playing surface 1 if a material having low friction is used.

[0008]

According to the present invention, the following effects can be obtained by the configuration described above. Since the conventional stadium hits the puck 2 on the playing surface 1 having no obstacles, the movement direction of the puck 2 is a simple movement that can be predicted, and the game lacks interest. Is provided, the movement direction of the pack 2 frequently becomes an unexpected direction due to the collision with the torch 3. Accordingly, the pack 2 hits the pedestrian 3 in consideration of the trajectory of the pack 2 so that the pack 2 does not hit the hitch 3, or the pack 2 hits the torch 3 makes an unexpected movement, so that instantaneous judgment is required.
On the other hand, a technique for using the obstacle for an attack is also created, which has the effect of making the game technically difficult and interesting. Torchka 3
When the pack 2 collides, if the moving direction of the pack 2 and the moving direction of the rotating blade 33 match,
The movement speed of the puck 2 is accelerated by the impact force at the time of the collision, and the puck 2 moves substantially in the same direction as the movement direction up to now. When the moving direction of the pack 2 is opposite to the moving direction of the rotary blade 33, the pack 2 starts moving so as to be returned in the reverse direction by the impact force at the time of the collision.
As described above, an unexpected change in the moving direction and a change in the moving speed of the pack 2 occur depending on the state of the rotating force of the rotating blades 33, which has an effect of making the game interesting. By providing the sensor 4 for detecting that the puck 2 has collided with the torch 3, the score is deducted from the detection signal of the sensor 4 where the puck 2 has collided with the sensor 4 of the torch 3, and the opening / closing door 62 of the sub goal 61 is provided. Opening the opening to increase the area of the goal 6, creating an advantage or disadvantage for the competitor, giving the athlete a sense of crisis, and stimulating the aggression of the other competitor to excite the game There is. The sensor 4 for detecting the passage of the puck 2 embedded in the playing surface 1 is provided with conditions such as the order in which the puck 2 passes through each sensor 4 and the conditions for passing the position of the sensor 4 determined within a certain time. When the conditions are satisfied, there is an effect of adding a score to each competitor, giving an advantage / disadvantage condition, and giving a change to the game to make it interesting. By making the stadium polygonal, the direction in which the pack 2 hits the wall and rebounds becomes complicated, making it difficult to instantaneously determine the movement trajectory of the pack 2, making it difficult to play the game. The effect is that more players can enjoy the game at the same time. By providing a tilting mechanism for tilting the playing surface 1 of the stadium, when the tilt is tilted, even one competitor can enjoy the game without bothering to collect the pack 2, and In this case, there is an effect that two or more people can enjoy the game at the same time as before. As described above, when the pack 2 was hit, it was necessary to carefully consider the trajectory of the pack and fine-tune the direction and strength, etc. In addition, the sense of danger was increased for the players who were temporarily in a disadvantageous situation, and the players who were in a favorable situation were stimulated by raising the sense of victory and the game was excited and interesting.

[Brief description of the drawings]

FIG. 1 is a plan view of a stadium.

FIG. 2 is a perspective view of a torch 3;

FIG. 3 is a plan view of a stadium.

FIG. 4 is a plan view of a stadium.

FIG. 5 is a side view of an up-down mechanism of the torch 3;

FIG. 6 is a sectional view of the torch 3;

FIG. 7 is a cross-sectional view of the torch 3;

FIG. 8 is a plan view of the stadium.

FIG. 9 is a cross-sectional view of the torch 3;

FIG. 10 is a sectional view of a stadium.

FIG. 11 is a sectional view of a goal opening / closing mechanism.

FIG. 12 is a sectional view of a playing surface.

FIG. 13 is a plan view of a stadium.

FIG. 14 is a plan view of a stadium.

FIG. 15 is a sectional view of a stadium.

FIG. 16 is a plan view of a stadium.

FIG. 17 is a plan view of a stadium.

FIG. 18 is a plan view of a stadium.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 game surface 12 fulcrum 2 pack 21 magnet 3 torka 31 electromagnetic solenoid 32 spring 33 rotating blade 35 shaft 36 bearing 4 sensor 5 wall 6 main goal 61 subgoal 62 opening and closing door 7 display lamp 8 cam 81 roller 9 collection passage 91 storage section 10 competition Person

Claims (10)

[Claims] 1. A pack (2) protruding above the playing surface (1).
An air hockey stadium equipped with a torchica (3), which is an obstacle that hinders movement. 2. The sensor according to claim 1, further comprising a sensor for detecting that the pack has collided with the torch inside the torch provided on the playing surface. Air hockey stadium. 3. A rotating blade (33) having a blade at a position where it collides with a pack (2) moving on a playing surface (1), and rotatably supported on a torch (3). The listed air hockey stadium. 4. A main goal (6) and a subgoal (61) are provided as goals for inserting the pack (2), and the entrance of the main goal (6) is always open, and the entrance of the subgoal (61) is provided. An air hockey stadium comprising an opening / closing door (62) for performing an opening / closing operation for preventing the puck (2) from entering the sub-goal (61), so that the area of the goal can be changed. 5. A main goal (6) and a subgoal (61) are provided as goals for inserting the puck (2), and it is determined that the puck (2) enters all the main goals (6) and the subgoals (61). The air hockey stadium according to claim 4, wherein an opening / closing door (62) for performing an opening / closing operation for preventing is provided, and the area of the goal can be changed. 6. A main goal (6) is provided only as a goal for inserting a pack (2), and an opening at an entrance thereof is provided with an opening / closing door (62) for performing an opening / closing operation for changing the width of the opening. An air hockey stadium where the area of the goal opening can be changed. 7. A pack (2) moving on a playing surface (1).
An air hockey stadium provided with a sensor (4) for detecting the passage of a game on the game surface (1). 8. An air hockey stadium in which the outer periphery of the playing surface (1) is a polygon having six or more hexagons and an even angle, and a polygonal wall (5) surrounding the outer periphery of the playing surface (1) is provided. . 9. The shape of the outer periphery of the playing surface (1) is circular,
An air hockey stadium provided with a circular wall (5) surrounding the outer periphery of the playing surface (1). 10. A tilting mechanism for tilting a game surface (1) perpendicular to a wall (5) on which a goal (6) is provided to an angle within a range of 15 degrees from a horizontal state is provided. Air hockey stadium.