JP4067480B2 - Support facilities for competitive competitions - Google Patents

Description

The present invention also relates Bei supporting援設of competitive sport.

Conventionally, there is a fencing referee as one of the game determination display devices for a competitive game. Fencing is an attacking tool (fluel, epee, saber, etc.) that has two conductive parts, both equipped with protective equipment (wire mesh mask) and protective equipment. It is a sport that fights against opponents.
The fencing referee is equipped with a red lamp, a green lamp, and a white lamp, and if the striker of one of the competitors makes an effective hit against the armor of the other, the side that received the hit on the referee In other words, one is a red lamp and the other is a green lamp. For this reason, the spectator can know whether or not there is an effective hit by determining whether or not the color lamp is lit.
In addition, there is a conventional match determination display device for a competition type game, which is provided with two color lamps which are different depending on both players, so that the player lights up when an effective strike is first given to the other armor. Thus, the spectator can determine which player has given an effective hit to the armor of the other person first, depending on which color lamp is lit (see, for example, Patent Publication 1).

However, the referee instruments and the conventional game determination equipment fencing, the following problems.
That is, a pair of electric cords is provided between the attacking equipment and the armor of both players and the match determination display device of the competition type competition. Therefore, when both players wear armor and are fighting against opponents with attacking equipment, the electric cord may interfere with the player, and the movement of the player may be restricted.

Japanese Examined Sho 36-824

The present invention has been made in view of such circumstances, and an object thereof is to provide support facilities which can prevent the athlete's movement is restricted.

The support facility for the battle-type competition according to the first aspect of the present invention is a battle-type competition in which two athletes are equipped with armor having a conductive part for armor, and fight against the opponent with an attack tool having a conductive part for attacking equipment. A support determination support device for supporting a match determination display device for displaying a determination of a player's match with a score display means according to a current-carrying state between the protective conductive portion and the attack conductive portion in both players, One electrical cord for electrically connecting the game determination display device, the conductive device for the armor and the conductive device for the attacking device of one player, the game determination display device, and the other player's Other electrical cords for electrically connecting between the armor conductive portion and the attack device conductive portion, a support body, a traverse boom attached to the support body so as to swing left and right, and the traverse The middle part is attached to the tip of the boom so that it can rotate in a horizontal plane. The one electric cord is disposed along the transverse boom and the turning boom to one end of the turning boom, and the other electric cord is provided along the transverse boom and the turning boom. And the other end of the swivel boom is disposed.

According to the first invention, following the movement of the athlete, the turning boom rotates and the traverse boom swings left and right on the horizontal plane, so that it is possible to prevent the movement of both athletes from being restricted. In addition, it is possible to electrically connect the attacking equipment and the armor and the game determination display device of both players by wire .

Next, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a schematic perspective view of a support facility for a competitive game according to the present embodiment. As shown in the figure, the support equipment for the competitive competition of the present embodiment is that the two athletes A and B wear the armor 80 having the armor conductive part, and the armor conductive part is installed. This is support equipment for supporting a battle-type game in which the attacking tool 10 has a battle with the opponent. As an example of the competition type game, a state in which two players A and B are playing a game of sports chambera is illustrated. For the sake of explanation, the protective equipment and the attacking equipment for the player A are indicated by the protective equipment 80A and the attacking equipment 10A, and the protective equipment and the attacking equipment for the player B are shown by the protective equipment 80B and the attacking equipment 10B.
Note that in the competition type competition, not only sports chamberers but also two athletes A and B, such as kendo, boxing, karate, and those for practice, are equipped with protective equipment having a conductive part for protective equipment. If it is a game | competition which fights an opponent with the attack tool which has the electroconductive part for attack tools, the support equipment of the battle | competition type | mold competition of this embodiment can be applied to various competitions.

First, the armor 80 will be described.
FIG. 2 is an explanatory diagram of the attack tool 10 and the armor 80. As shown in the figure, the armor 80 includes a head armor 81, an arm armor 82, a torso armor 83, and a leg armor 84. These armors 81 to 84 are provided on the head, arm, torso and leg, respectively. It is attached. Each armor 81 to 84 has a mask, an arm rest, a body arm, and a leg body, and an armor conductor conductive portion 88 such as a wire mesh in which a conductive metal wire is formed in a net shape. One end of each of the plurality of electric cords 85 is attached to each of the protector conductive portions 88 of the protectors 81 to 84.
Note that not all of the armors 81 to 84 are necessary, and at least one armor is sufficient.

Next, the attack tool 10 will be described.
FIG. 3I is an explanatory diagram of the attack tool 10. As shown in FIG. 2 and FIG. 3 (I), the attack tool 10 is provided with an attack tool conductive portion 12 such as a wire mesh in a main body 11, and one end of an electric cord 13 is attached to the attack tool conductive portion 12. It is what was done.
The main body 11 is a sword-shaped foamed polystyrene or a core around which a cloth is hardened, and is covered with a cloth.
Note that the armor conductive portion 88 and the attack device conductive portion 12 may be not only a wire mesh but also a woven fabric in which conductive fibers are woven in a cloth shape, and in this case, it is safe.

The conductive portion 12 of the attack tool 10 is attached to the tip portion and the shaft portion of the main body 11. For this reason, it is possible to point to attacks by hits and hits.
Further, as shown in FIG. 3 (II), the attacking device 10b in which the conductive portion 12 is formed from the tip portion of the main body 11 to the shaft portion may be used. In this case, it is possible to score all points if the attack is performed by the blade edge.
Further, as shown in FIG. 3 (III), the attacking device 10c in which the conductive portion 12 is alternately formed with the cloth along the axial direction of the shaft portion of the main body 11 may be used. In this case, not only the cutting edge but also an attack by the back side can be used as a point.
3 (I), (II), and (III) are merely examples of the shape of the conductive portion 12, and the shape of the conductive portion 12 may be a combination thereof, and various shapes are adopted. sell.

  An electric cord 13 is attached to the conductive portion 12 of the attack tool 10. The electrical cord 13 and the electrical cord 85 are bundled and covered with a protective material 86, and a connector 87 is attached to the other end of the electrical cords 13 and 85.

Next, the attack tool 90d of the second example will be described.
5A and 5B are explanatory views of the attack tool 90d, in which FIG. 5A is a plan view, FIG. 5B is a side view, and FIG. 5C is a view taken along line CC in FIG. As shown in the figure, the attack tool 90d is composed of a sword-shaped main body 91, a support body 95, and a conductive portion 12d.

  The main body 91 has a sword shape and includes a flexible blade portion 92. Reference numerals 93 and 94 denote a handle portion and a collar portion.

The blade portion 92 is formed, for example, by putting air in an elongated rubber bag and covering the periphery of the rubber bag with a protective cloth. Since the blade portion 92 is made of a rubber bag, the blade portion 92 is flexible and bends when the blade portion 92 is cut against the opponent of the player, so that the opponent is not damaged. Moreover, since the rubber bag is covered with the protective cloth, the rubber bag can be prevented from breaking.
The blade portion 92 may be made of carbon as well as a rubber bag.

A support body 95 is attached to an intermediate portion of the blade portion 92. The support body 95 is formed by forming a material such as rubber or a piece of wood into a trapezoidal shape, and is attached to the blade portion 92 with an adhesive, a tape, or the like.
As shown in the attack tool 90e in FIG. 7, the position where the support 95 is attached to the blade portion 92 may be attached not only to the middle portion of the blade portion 92 but also to the proximal end portion.
Furthermore, the shape of the support body 95 is not limited to a trapezoidal shape, and may be an arm shape as shown in the attacking tool 90f in FIG.

The blade portion 92 is provided with a conductive portion 12d. The conductive portion 12d is composed of conductive conductive wires 96 and 97 such as wires.
The conductive wires 96 and 97 are not limited to wires, and various wires can be used as long as they have conductivity such as a wire.

The conductive wire members 96 and 97 are stretched along the longitudinal direction from the distal end to the proximal end of the blade portion 92. Since the intermediate portions of the conductive wire members 96 and 97 are supported by the support body 95, the conductive wire members 96 and 97 are stretched along the longitudinal direction with a gap between them and the blade portion 92. .
The number of conductive wires may be one as shown in the attack tool 90e in FIG. 7, or may be two or more.

FIG. 6 is an explanatory diagram of the effect of the attack tool 90d. As shown in the figure, since the conductive wire 96, 97 is stretched over the flexible blade portion 92 along the longitudinal direction with a gap between the blade portion 92, the attack tool. When the other party is cut at 90d, the conductive wire members 96 and 97 are bent together with the blade portion 92.
For this reason, since the contact time between the conductive wire members 96 and 97 of the attacking tool 90d and the armor conductive part of the opponent's armor can be lengthened, the contact between the attacking tool 90 and the opponent's armor can be easily performed. Can be detected.

  As shown in FIG. 5 again, the conductive wire members 96 and 97 are folded back to form a folded portion 98. The folded portion 98 is attached to the tip surface of the blade portion 92.

Since the conductive wire rods 96 and 97 are attached to the front end surface of the blade portion 92, the conductive wire rods 96 and 97 can be brought into contact with the other armor conductive portion by the attack by the hit, and the attack by the hit is detected. Can do.
Further, since each of the conductive wire members 96 and 97 is folded halfway to form a pair, the two conductive wire members 96 and 97 can be easily stretched along the blade portion 92, and the attack tool 90d. The contact part can be widened.
In addition, since the folded portions 98 of the conductive wire members 96 and 97 are attached to the front end surface of the blade portion 92, it is possible to prevent the counterpart from being damaged by the tip ends of the conductive wire members 96 and 97.

  Although not shown, it is preferable to provide a conductive wire tension adjusting portion at an appropriate position of the attacking tools 90d, 90e, 90f. In this case, by adjusting the tension of the conductive wires 96, 97, even if the conductive wires 96, 97 are loosened, it can be adjusted to an appropriate tension, and the conductive wires 96, 97 can be prevented from being entangled.

  In addition, although the sport chamberer was demonstrated about the armor and the attack equipment as an example, the armor and the attack equipment should just be provided with the electroconductive part, respectively, and what is necessary is just to change a shape and a magnitude | size according to the event of a battle | competition type game. For example, in competitions such as boxing and karate, the attacking tool may be in the shape of a glove instead of a bladed sword.

  Now, as shown in FIG. 1, the support facility for the competition type competition of the present embodiment is configured by a game determination display device 20, a pair of electric cords 76, a support body 50, a traverse boom 60, and a turning boom 70. is there.

First, the game determination display device 20 will be described.
FIG. 9 is a plan view of the game determination display device of this embodiment. As shown in the figure, the game determination display device 20 is determined by the current state between the protective conductive portion 88 of the protective device 80 and the conductive conductive portion 12 of the attacking device 10 for both players A and B. This is a device for displaying the player's A and B game determination by means of additional display means, for example, the player A's point lamps 21A and 22A and the player B's point lamps 21B and 22B.

By turning on the point lamps 21A, 22A, 21B, and 22B, it is possible to indicate to the audience that the points of the players A and B on the side that are lit are added.
The added point display means may be not only the point lamp 21 but also a numerical display for displaying the number of points.

  In addition, in the support equipment for competitive games of the present embodiment, the game determination display device used as a component thereof is not only the game determination display device 20 but also for the armor 80 of the armor 80 of both players A and B. It is only necessary that the player's A and B match determination can be displayed by the added point display means depending on the energization state between the conductive portion 88 and the attack conductive portion 12 of the attack tool 10, and various devices can be adopted.

Next, the electric cord 76 will be described.
One end of a pair of electric cords 76 is attached to the game determination display device 20. The pair of electric cords 76 is for the players A and B, respectively. A connector 75 is attached to the other end of each electric cord 76. This connector 75 is detachably attached to the connector 87. The arrangement position of the electric cord 76 will be described later.
For this reason, the attacking devices 10A and 10B and the protective devices 80A and 80B of the players A and B and the match determination display device 20 can be electrically connected by a pair of electric cords 76 in a wired manner.

Next, the support 50 will be described.
The base 51 may be anything that can be installed on the floor, such as a tripod. A lower end of a support material 52 is attached to the base 51. A cylindrical sleeve 53 is attached to the upper end of the support member 52.
In addition, the support body 50 should just be what can be fixed safely, and can employ | adopt a various stand.

Next, the traverse boom 60 will be described.
A boom body 61 is attached to the sleeve 53 so as to be rotatable in a horizontal plane. The boom body 61 is bent in an L shape, and a base portion thereof is attached to the sleeve 53. For this reason, the front part of the boom main body 61 can be rotated in a horizontal plane. A mounting bracket 62 is attached to the tip of the boom body 61.

Next, the turning boom 70 will be described.
A rotating body 71 is inserted into the mounting bracket 62 of the boom body 61, and is attached so as to be rotatable around a vertical axis. A vertical support shaft 72 is attached to the lower portion of the rotating body 71. A three-prong metal fitting 73 is attached to the lower end of the support shaft 72. At both ends of the three-prong metal fitting 73, the middle part of the boom main body 74 is attached in a horizontal state. For this reason, the boom main body 74 can be rotated in a horizontal plane.
The boom main body 74 is preferably a carbon rod or the like whose tip is like a fishing rod. In this case, even if the boom main body 74 does not rotate, it can be used to move the players A and B. Since it can follow, followability can be made high and it can prevent that a player's movement is restricted.

Next, the arrangement positions of the pair of electric cords 76 will be described.
The boom body 61, the support shaft 72, and the boom body 74 are each formed with a hollow portion. One electric cord 76 is passed through the hollow part of the boom body 61 and the hollow part of the support shaft 72, and is passed through the hollow part from the middle part to one end of the boom body 74. The other electric cord 76 is passed through the hollow portion of the boom body 61 and the hollow portion of the support shaft 72, and is passed through the hollow portion from the middle portion of the boom body 74 to the other end.
As described above, one electric cord 76 is disposed along the traverse boom 60 and is disposed along the turning boom 70 from its middle portion to one end. The other electric cord 76 is disposed along the traverse boom 60, and is disposed along the swivel boom 70 from the middle portion to the other end.
The pair of electric cords 76 not only pass through the hollow portions of the boom body 61, the support shaft 72, and the boom body 74, but also provide guides on the outer circumferences of the boom body 61, the support shaft 72, and the boom body 74, You may arrange | position through these guides.

  According to the support facility for the competitive competition of the present embodiment, the swing boom 70 rotates in the vertical plane and the traverse boom 60 swings left and right on the horizontal plane following the movements of the players A and B. It is possible to prevent the movement of competitors from being restricted. Moreover, the attacking devices 10A and 10B and the protective devices 80A and 80B of the players A and B can be electrically connected to the game determination display device 20 by a pair of electric cords 76 in a wired manner.

Next, the game determination display device 20 will be described in detail.
FIG. 10 is an input / output explanatory diagram of the game determination display device of this embodiment. As shown in the drawing, the attack determination devices 10A and 10B and the protective devices 80A and 80B of both players A and B are electrically connected to the game determination display device 20 by a pair of electric cords 76. When the attack tool 10A and the armor 80B come into contact with each other and between the attack tool 10B and the armor 80A, a certain electric signal is input to the game determination display device 20.

  In addition, the game determination display device 20 includes a pair of foul buttons 31A and 31B, a reset button 32, a start button 33, and an interruption button 35 as a request input unit.

  In the game determination display device 20, as the signal output unit, the player A point lamps 21A, 22A, the contact lighting lamp 23A, the player B point lamps 21B, 22B, the contact lighting lamp 23A, the interruption lamp 24 and a buzzer 25 are provided.

  The game determination display device 20 includes a point addition process 41, a start process 42, and an interruption process 43 as a game determination processing unit. These game determination processing units may be created by combining various sequencers or using an integrated circuit such as an IC chip.

In this game determination display device 20, a start function, a point addition function, and an interruption function are realized by a combination of the request input unit, the signal output unit, and the game determination processing unit. Hereinafter, each function will be described.
First, the start function will be described.
The start function includes the start button 33, the buzzer 25, and a start process 41.
As shown in FIG. 5, the start button 33 is, for example, an on / off button.
The buzzer 25 only needs to be able to output a start sound, and may be a bell or a whistle.

Next, the start process 41 will be described.
FIG. 11 is a flowchart of the start process 41. As shown in the figure, it is constantly monitored whether the start button 33 has been pressed (S1). When the start button 33 is pressed, the buzzer 25 is sounded (S2). Point addition processing is executed until the match time ends (S3). When the match time is over, the buzzer 25 is sounded and the process is finished (S4).
It is preferable to change the buzzer sound at the start and the buzzer sound at the end of the game because it is easy for the audience to understand.

  According to the start process 41, when the start button 33 is pressed, the buzzer 25 sounds, so that a signal to start the game can be notified to the audience. In addition, since the buzzer 25 sounds at the end of the game, the end of the game can be notified to the audience.

Next, the point adding function will be described.
The point adding function is composed of the point lamps 21A and 22A for the player A, the point lamps 21B and 22B for the player B, the lighting lamps 23A and 23B at the time of contact, and the point adding process 42.
As shown in FIG. 5, the point lamps 21 and 22 can indicate to the audience that the points of the players A and B on the lighted side have been added.
The added point display means may be not only the point lamps 21 and 22, but also a numerical display for displaying the number of points.

The lighting lamps 23A and 23B at the time of contact can indicate to the audience that there is contact between the attacking equipment 10 and the protective equipment 80 of the athletes A and B on the lighting side.
The contact display means may be not only the contact lighting lamp 23 but also a numeric display that displays the number of contacts.

Next, the point adding process 42 will be described.
FIG. 12 is a flowchart of the point addition process 42. As shown in the figure, it is constantly monitored whether there is energization between the attack tool 10 and the armor 80 (S1). When energized, the number of contacts is counted (S2).
Then, the contact lighting lamp 23 is turned on and off for a predetermined short time (for example, 0.05 S) (S3). When the energization time is longer than a predetermined time (for example, 0.03 S) (S4), the point lamp 22 is turned on when the point lamp 21 is lit, and the point lamp 21 is turned on when the point lamp 21 is not lit ( S5).

According to the point scoring process 42, if there is energization between the attacking tool 10 and the armor 80, the point-on lamps 21 and 22 are lit after the lighting lamp 23 is always turned on and off, so that the spectator can determine the match determination. Can be convinced.
Further, according to the point adding process 42, if the attacking device 10 and the armor 80 are energized, the number of contacts can be counted. Therefore, when the game is over, the player with the larger number of contacts wins. Can be determined.
In addition, although it demonstrated taking the example of the game which wins by 2 pre-emptives, it is applicable also to the game of 1 game or 3 games.

Next, the interruption function will be described.
The interruption function includes the interruption button 35, the interruption lamp 24, and interruption processing 43.
The interruption button 35 may be, for example, an on / off type button.
When the interruption lamp 24 is turned on, it can be shown to the audience that the game is interrupted.

Next, the interruption process 43 will be described.
FIG. 13 is a flowchart of the interruption process 43. As shown in the figure, it is constantly monitored whether or not the interrupt button 35 is pressed (S1). When the interruption button 35 is pressed, the interruption lamp 24 is turned on (S2) and the point addition process 42 is not executed (S3).

  According to the interruption process 43, when a game is interrupted such as a foul or a time, it is convenient to press the interruption button 35 without interrupting the normal point addition process 41. Moreover, since the interruption lamp 24 can be turned on when the interruption button 35 is pressed, the audience can be convinced.

The offense buttons 31A and 31B are buttons for adding points to the opponent when the competitors A and B have a foul. When the offense buttons 31A and 31B are pressed, the opponent's points are added. The
The reset button 32 is a button for resetting the point data of the players A and B.

According to the game determination display device 20 of the present embodiment, the following effects (1) to (4) are obtained.
(1) When there is an energization satisfying the point-scoring condition between the attacking equipment conductive part 12 of one player and the protective equipment conductive part 88 of another competitor by the point addition processing part 42, one player If the point lamps 21 and 22 are displayed, and there is an energization that satisfies the scoring condition between the other athlete's attacking equipment conductive portion 12 and the one athlete's protective equipment conducting portion 88, other competitions The point lamps 21 and 22 for the user can be displayed. For this reason, it can be shown to the audience by displaying that there was an effective hit.

(2) When the point addition processing unit 42 is energized between the one athlete's attacking equipment conductive part 12 and the other athlete's protective equipment conducting part 88, the one player's contact lighting When the lamp 23 is displayed for a short time and the energization is made between the other athlete's attacking equipment conductive portion 12 and the one athlete's protective equipment conducting section 88, the other player's contact lighting lamp 23. Can be displayed for a short time. For this reason, although it is not tied to a point, it can show to the audience that there was an attack in which the attack tool 10 contacts the armor 80.

(3) When the interruption button 35 is pressed by the interruption processing unit 43, the interruption lamp 24 is displayed and the point addition processing unit 42 is not executed. The display of the interruption lamp 24 can indicate to the audience that the point addition processing unit 42 is not executed.

(4) Since the point display means is the point lamps 21 and 22, it is easy for the audience to see and inexpensive. Further, since the contact-time display means is the contact-time lighting lamp 23, it is easy for the audience to see and inexpensive. Furthermore, since the interruption display means is the interruption lamp 24, it is easy to see and inexpensive.

Next, an improved embodiment will be described. That is, an embodiment in which the above-described armor, attacking tool, and game determination processing unit are improved will be described in detail below.
FIG. 14 shows an improved armor 180. The armor 180 is made of a conductive material. The conductive material is preferably a thin film. For example, a material obtained by kneading a conductive carbon powder in a polyethylene resin is used. When the armor is made of such a conductive material, it is not necessary to partially incorporate the wire mesh, so that the comfort is improved, the body is easy to move, and the armor is suitable for sports. Further, when the armor is made of a film-like material, it can be a one-piece or two-piece armor that wraps not only the head and body but also the arms and legs. In this case, since any portion of the whole body can be attacked, it can be energized, so the accuracy of point addition as a signal can be improved.

FIG. 15 shows an improved attack tool 110.
FIG. 15A shows an example of the attack tool 110. 111 is a core, such as a rod made of nylon resin, which is flexible enough to cause bending during use. The periphery of the core 111 is wound with a soft material, for example, a buffer material 112 such as foamed styrene. The outer periphery thereof is covered with a conductive coating film 113 formed by kneading carbon powder into a conductive material, for example, polyethylene resin. One or a plurality of impact sensors 114 are embedded between the core 111 and the covering film 113 at intervals in the longitudinal direction. The electric cord 123 connected to the covering film 113 and the electric cord 124 connected to all the impact sensors 114 extend from the hand of the attacking tool 110.
FIG. 15B shows another example of the attack tool 110. In this attacking tool 110, an inner bag 115 made of a confidential film or the like is provided inside the covering film 113, and the inside thereof is filled with air at a high pressure to provide shock relaxation by air pressure. The impact sensor 114 is disposed between the covering film 113 and the inner bag 115.

When the above-mentioned armor 180 and attacking device 110 are used, when one of the opponents hits the opponent's armor 180 with the attacking device 110, both the attacking device 110 and the armor 180 are electrically conductive films, so that they are electrically closed. A circuit is established and an electrical signal flows. In the case of a hit attack, if the electrical closed circuit is continued for a predetermined time or more, the electrical signal can be used for the point addition processing in the game determination processing unit. In the case of a hitting attack, if the impact sensor 114 sends an electric signal at the same time as a shock of hitting, the electric signal can be used for the point addition processing in the game determination processing unit.
However, when the above-described armor 180 and the attack tool 110 are used, even when the own armor 180 is hit by the own armor 110, an electrical closed circuit is established and an electric signal flows. However, such self-defeating actions must be distinguished from effective attacks.
Therefore, in the improved game determination processing unit, a self-destruction determination unit is provided.

FIG. 16 is an electric circuit diagram of the game determination processing unit incorporating the self-destruction determination unit.
The meanings of the symbols are as follows, and form a pair of circuits symmetrical to the players A and B.
Competitor A: Attack signal (X000), batting signal (X002), interlock circuit (Y000)
Competitor B: Attack signal (X001), batting signal (X003), interlock circuit (Y001)
The purpose of this device is
1) Competitor A is self-destructing when touching sword 110A and armor 180A, and attacking when touching armor 180B. 2) Competitor B is self-destructing and touching armor 180A when sword 110B and armor 180B are touched. It is to determine if it becomes an attack.
The signal input / disconnection relationship is as follows.
When the sword 110A touches either the armor 180A or 180B, a signal is input to the contact X000, and then the contact Y000 is disconnected. Therefore, when the armor 180A is touched, the attack signal that has entered the contact X000 is cut off, and when the armor 180B is touched, the attack signal at the contact X000 is continued as it is. However, if the armor 180A or 180B is separated, the attack signal at contact X000 is immediately cut off. That is, it returns to the initial state.
When the sword 110B touches either the armor 180A or 180B, a signal is input to the contact X001, and then the contact Y001 is disconnected. Therefore, when the armor 180B is touched, the attack signal at the contact X001 is cut off, and when the armor 180A is touched, the attack signal at the contact X001 is continued as it is. However, if the armor 180A or 180B is separated, the attack signal at the contact X001 is immediately cut off. That is, it returns to the initial state.
The hit signal of the sword 110A is input to the contact X002. The hit signal of the sword 110B is input to the contact X003.

Next, based on FIG. 17, the basic flow of the game determination will be described.
(1) Striking attack 1 Striking with a sword (with contact X000 input)
2 Disconnect your armor circuit (Contact Y000)
3 Self-destruction determination No (contact X000 continued)
4 There is a blow signal Yes
5 Reconfirmation of contact with the opponent's armor, No returns to the signal waiting with insufficient attack, and Yes issues a point signal.
6 Flash the point lamp once and add points to yourself.
(2) Thrust attack 1 Striking with a sword (with contact X000 input)
2 Disconnect your armor circuit (Contact Y000)
3 Self-destruction determination No (contact X000 continued)
4 No hit signal No
5 Reconfirmation of contact with armor 6 There is a rush signal (continuation of attack signal for 3/100 seconds or more), No returns to the signal waiting with insufficient attack, and Yes issues a point signal.
7 Flash the point lamp once and add points to yourself.
(3) Hit / Pulse Determination When an attack signal is issued, a self-destruct pulse is always generated at the moment when the 2-attack input delay timer of FIGS. 19 and 20 is counted up, and is measured by the self-destruct counter. However, if the circuit of your armor is cut off and the self-destruction is determined and the attack signal continues, the three self-destruction counter reset / attack signal continuation timers in FIGS. 19 and 20 are counted up, and the self-destruction counter is reset. The attack is now effective. If there is an attack signal at that time, a point signal is issued. The strike signal is self-holding in the 2/100 second circuit.
If no batting signal is output, or if an attack signal is continuously input, it is determined that an attack by a thrust has been performed. The thrust is a slow attack of the sword, so a point signal is issued when a contact time of 3/100 seconds or more is obtained.
Usually, hitting attacks usually have a contact time of 2/100 seconds or less, and the stronger the hit and the faster the attack, the shorter the contact time. Therefore, even if the contact time is short, if an attack that gives a sufficient impact to the impact sensor is performed, the attack is effective. In the case of a hit attack, the longer the hit, the longer the contact time, and a hit of 3/100 seconds or more is a sufficiently effective attack. In the case of a hit attack, judgment is made based only on the duration of the attack signal. If the duration is short, a point signal is generated even if the touch is lightly touched, so that the duration needs to be increased.

  The above is the explanation for Athlete A, but the same is true for Athlete B. The input part changes from X000 to X001, X002 to X003, and Y000 to Y001.

Next, details of the self-destruction determination will be described.
The self-destruct pulse has an attack, and one self-destruct pulse is always generated at the moment when the 2-attack input delay timer of FIGS. 19 and 20 counts up, and is measured by the self-destruct counter. Disconnect your own armor circuit and make a self-determination decision. If self-destruction continues, a pulse is generated at a fixed period, and self-destruction occurs if the set number of times is measured (2, 3, 4,...). If the set number of times is 2, it can be judged sufficiently quickly because it can determine the self-destruction in about 12/1000 seconds. In this case, the self-destruct pulse counter is set to be reset every 2/100 seconds after the attack signal is received. Also, these times naturally vary depending on the number of times the self-destruct pulse is set.
Even if an effective attack is performed for all attacks, even if an effective attack is performed, the attack signal is continuously detected and the attack signal is continued continuously. A determination is made that is not self-destructing. And if the attack signal continues, the suicide counter is set to reset after 2/1000 seconds. However, this reset signal is set not to work in the case of self-destruction, because the attack signal will expire after 1/1000 second.

FIG. 18 shows a flow of self-destruction determination.
In case of self-destruct attack 1 There is an attack signal by striking and striking with sword (with X000 input)
2 Disconnect your armor circuit (Y000)
3 Self-determination judgment Yes (X000 input cuts off)
4 Self-destructing pulse generation 5 Counting with self-destructing counter 6 Your armor circuit is connected (Y000 is connected)
7 If the sword and the armor are separated, return to the signal wait. If it remains self-destructing, it enters a self-destructing loop (with X000 input signal) and returns to 1. 8 If the self-destructing circuit passes the set number of times within the set time, the self-destructing counter counts up and a self-destructing signal is issued. Stays lit and adds 1 point to your opponent

The self-destructing judgment circuit receives an attack signal (with X000 input) and immediately cuts off its own armor circuit (Y000). Attack signal to be cut also will be broken at the moment, Y000 leads or attack signal is connected immediately after the normally-closed contact, that also expire immediately after the led, will be to cause the repeated connecting and disconnecting operations. In this case, the open / close switch of the circuit cannot withstand it and is damaged.
To prevent this, when an attack signal is received, a time delay of about 1/1000 second is made, and then the circuit of one's own armor is disconnected. The armor circuit also has a delay time of about 1/100 second so that it does not suddenly open, close, open or close. Since the operation time of the open / close switch is about 20 μsec, this can sufficiently eliminate the disconnection operation .

Next, a sequence diagram of the game determination and the self-destruction determination will be described.
In FIG. 19, M0 is the sequencer internal relay of attack A, and M1 is the sequencer internal relay of attack B, both of which are relays that are activated first upon receiving an attack signal. This is a circuit that gives priority to the one who attacked first. The case where the opponent A attacks is shown in time series as follows.
For attack A, a circuit is set so that when the counter (C0) counts up, a self-destruct signal is issued and the opponent enters points. The relays (M6) and (M10) are the relays that give a success signal for hitting and striking.
Self-defeat blow
1 Self-holding timer reset circuit ○
2 Attack input delay timer ○ ○ ○
3 Self-destruction counter reset ・ ○ ○
Attack signal duration timer
４ Attack timer ○
5 Blow signal input end timer
6 Return delay timer ○ ○ ○
Preventing jamming
7 Your own armor interlock circuit ○ ○ ○
8 Self-destruct pulse counter reset signal output timer
9 Self-destruct pulse counter ◎
(Self-defeating when counting up, points to opponent)
10 Self-destruct pulse counter reset circuit ○ ○
11 Successful Attack Relay (Points) ◎
12 Impact signal confirmation relay ○
13 Strike Attack Success Relay (Points) ◎
Note 1) All timers and counters are reset at the start of the match.
Note 2) The 5 hit signal input end timer is a timer that invalidates the hit attack when no hit signal is received within a certain time after the attack signal is received.
Note 3) The 8 self-destructing pulse counter reset signal output timer is a timer that resets the self-destructing pulse counter in a fixed time when the attack is invalidated.

FIG. 20 shows the case where the opponent B attacks in time series.
For attack B, a circuit is set so that when the counter (C1) counts up, a self-destruct signal is issued and the opponent receives points. The relays of (M7) and (M11) are the relays that issue a success signal for hitting and striking.
Self-defeat blow
1 Self-holding timer reset circuit ○
2 Attack input delay timer ○ ○ ○
3 Self-destruction counter reset ・ ○ ○
Attack signal duration timer
４ Attack timer ○
5 Blow signal input end timer
6 Return delay timer ○ ○ ○
Preventing jamming
7 Your own armor interlock circuit ○ ○ ○
8 Self-destruct pulse counter reset signal output timer
9 Self-destruct pulse counter ◎
(Self-defeating when counting up, points to opponent)
10 Self-destruct pulse counter reset circuit ○ ○
11 Successful Attack Relay (Points) ◎
12 Impact signal confirmation relay ○
13 Strike Attack Success Relay (Points) ◎

In FIG. 20, X010 is an external switch that the referee has to manage the game. If it is OFF, it is in the middle of the game. Suspend until facing each other, for other reasons.
In the game determination unit of the present invention, the contact time of the collision determination and attack determination can be controlled to be long or short according to the sensitivity of the sensor, and the repeated control operation after the signal input can be prevented and the next control operation can be performed. The delay time for ensuring can also be adjusted long or short according to the specifications of the control device.

It is a schematic perspective view in the support equipment of the competitive type game of this embodiment. It is explanatory drawing of the attack tool 10 and the armor 80. FIG. (I) is an explanatory view of the attacking tool 10, (II) is an explanatory view of another attacking tool 10b, and (III) is an explanatory view of still another attacking tool 10c. FIG. 10 is an explanatory diagram of the attack tool 10A and the armor 80B during contact energization. It is explanatory drawing of the attack tool 90d, Comprising: (A) is a top view, (B) is a side view, (C) is a CC arrow directional view of (B) figure. It is an effect explanatory view of attack tool 90d. It is explanatory drawing of the attack tool 90e, Comprising: (A) is a top view, (B) is a side view, (C) is a CC line arrow directional view of the (B) figure. It is explanatory drawing of the attack tool 90f, Comprising: (A) is a top view, (B) is a side view, (C) is a CC arrow view of (B) figure. It is a top view of the game determination display apparatus of this embodiment. It is input-output explanatory drawing of the game determination display apparatus of this embodiment. 4 is a flowchart of a start process 41. It is a flowchart of the point addition process 42. FIG. It is a flowchart of the interruption process 43. It is explanatory drawing of the improved armor 180 in this invention. FIG. 6 is a cross-sectional view of an improved attack tool 110 according to the present invention. It is an electric circuit diagram of a game determination processing unit. It is a flowchart of the basic flow of a game determination. It is a flowchart of self-destruction determination. It is a sequence diagram of a game determination and a self-destruction determination. It is a sequence diagram of a game determination and a self-destruction determination.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Attack tool 12 Attack tool conductive part 20 Game determination display device 21 Point lamp 22 Point lamp 23 Light on contact lamp 24 Interruption lamp 31 Foul button 32 Reset button 33 Start button 35 Interrupt button 41 Start process 42 Point addition process 43 Interruption process 50 Support body 60 Traverse boom 70 Turning boom 80 Armor
110 Attack Equipment
180 Armor

Claims (1)

A support facility for supporting a competitive game in which two athletes are equipped with armor having a conductive part for armor, and fight against an opponent with an attacking tool having a conductive part for attacking equipment,
A game determination display device for displaying the player's game determination by a point display means according to the current-carrying state between the armor conductive part and the attack conductive part in both players,
One electrical cord for electrically connecting between the game determination display device and the conductive device for the armor and the conductive device for the attacking device of one player,
Other electrical cords for electrically connecting between the game determination display device and the conductive parts for the armor and the attacking parts of the other athletes,
A support;
A traverse boom attached to the support body so as to be swingable left and right;
It consists of a swivel boom that is attached to the tip of the traverse boom at its middle part so as to be rotatable in a horizontal plane,
The one electric cord is disposed along the transverse boom and the swing boom to one end of the swing boom,
A support facility for a battle-type competition, wherein the other electric cord is disposed along the transverse boom and the turning boom to the other end of the turning boom .