KR101883808B1 - Indoor archery system - Google Patents

Abstract

The present invention relates to an indoor archery system. More specifically, initial installation costs are reduced, game errors are minimized through improvement of a structure and a system of indoor archery, popularization of an archery game is easily realized therethrough, and a gamer enjoys the game through smooth game operation. Moreover, the gamer personally shoots an arrow and checks whether the arrow reaches a target in real-time, thereby making the gamer directly watch and feel game progress and game results, and providing the gamer with realistic interest therethrough. Moreover, action to aim and shoot the arrow with archery is realized within a restricted range, thereby allowing the gamer to enjoy the game safely. According to the present invention, the indoor archery system comprises a booth unit, a target board, a target board transfer unit, and archery.

Description

{Indoor archery system}

The present invention relates to an indoor archery system, and more particularly, to an indoor archery system which can reduce the initial installation cost and improve the running performance of a game by improving the structure of the indoor archery system, Indoor archery system.

In recent years, there has been a remarkable diversification of physical sports in virtual space. Sports enthusiasts based on immersive virtual reality (VR), which is driven by screen golf, are spreading to other sports such as shooting, baseball and archery.

A popular screen shot is that if the user is aiming at the gun, the infrared camera will measure the direction of the aiming at the point on the screen to block the hit. When pulling the trigger, the recoil of 9mm caliber automatic pistol reproduced by air pressure is made to be felt on the wrist reasonably.

When the customer enters the batting base, the screen baseball projects the pitching motion of the pitcher on the screen, and then the baseball ball protrudes from the pitching machine. At this time, the person who hits the ball increases the concentration because the pitch changes according to the windup operation of the pitcher. If you hit the ball immediately hit, such as hit the home run is automatically configured to hit.

On the other hand, archery requires most psychological skills such as goal setting, self-confidence, attention, imagery, motivation, positive thinking, accident suspension, and relaxation, but the application process and method may vary depending on the practice situation or game situation.

In order to enhance the performance of the game, psychological preparation strategy and psychological skill training for the competition will be conducted. Psychological control and control techniques for the best performance include gradual relaxation, breathing control, autogenic training, systematic desensitization, transcendent meditation), cognitive restructuring, biofeedback, and anxiety and arousal control and relaxation training methods.

On the other hand, in recent years, archery including archery and archery can be experienced through screen on the popularization of such archery.

Looking at the current development status of the industry, I have been developing an archery simulator by applying archery analysis techniques to improve the performance of archery players. When I shoot a bow at a target on a screen, I feel reaction, but the actual arrow does not fly. On the big screen in front, the arrows are stuck exactly according to the flight trajectory analyzed by the tension and direction of the bow. In addition to the traditional archery game, there is a possibility of introducing various simulation environments from fields to survival type hunting programs.

For example, Korean Patent Laid-Open Nos. 10-2011-0009865 and 10-2003-0070182 can be referred to as conventional arts for suggesting a bow shooting simulation system or a game bow system.

However, in the conventional simulation system, there are various kinds of sensors for calculating the shooting power of the bow and measuring the inclination of the bow and the aiming point of the bow, thus requiring a high installation cost.

In addition, the archery system using the screen has a problem that the reality of the game is lowered compared to other types of sports, so that the game participants easily lose interest and can not feel the fun.

Korean Patent Laid-Open Publication No. 10-2011-0009865. Korean Patent Publication No. 10-2003-0070182

The present invention has been made to solve the above problems, and it is an object of the present invention to reduce the initial installation cost and game error by improving the structure and system of the indoor archery system, And it is an object of the present invention to provide an indoor archery system for allowing a game participant to enjoy a game with pleasure through a smooth game operation.

In addition, by enabling the participant to shoot the bow directly and to confirm in real time whether the bow arrived at the destination, the game participant can directly see and feel the game progress and the game result, Another object of the present invention is to provide an indoor archery system for providing an ample amount of fun.

Another object of the present invention is to provide an indoor archery system in which a bow can be safely performed by allowing an archery to be performed within a limited range.

As a specific means for achieving the above object, a booth unit partitioned to provide a user with an independent space;

A target plate provided at a predetermined distance from the booth unit in the horizontal direction;

A target plate transfer unit installed between the booth unit and the target plate for transferring the target plate forward and backward; And

And an archery provided in the booth unit for shooting an arrow with a target board,

The booth unit is provided with an elevating and conveying unit for elevating and lowering the archery within a limited height,

An angle adjusting unit for limiting the angle of rotation of the archery with a wrist force of the user when the archery is rotated by a predetermined angle is further included between the archery and the elevating /

The booth unit,

The front and both sides are partitioned by a finishing plate and a partition wall, and a network for conversation or information sharing among users is installed on the partition wall,

The target plate transfer unit,

A base plate fixed to the bottom of the target plate and having two pairs of rotation wheels on both sides;

A rail installed and fixed on the ground between the booth unit and the target plate and provided with a freely rotating guide groove on which a rotating wheel is seated to guide the receiving plate;

A pair of pulleys rotatably mounted on both ends of the rail;

A wire which is connected between the pair of pulleys and rotates by receiving the rotating force of the pulley, and which one part is fixed to the receiving plate; And

And a drive motor that is axially coupled to one of the pulleys of the pair of pulleys and provides rotational force to the pulley when the external power is applied,

The elevating /

An installation bracket installed on and fixed to the partition wall, the installation bracket being provided at both ends thereof, and the vertical bar being connected between the pair of finishing pieces;

A linear bush connected to the vertical bar so as to be movable up and down;

An elastic body interposed between the finishing piece positioned at a lower portion of the pair of finishing pieces and the linear bushing to provide an elastic force to push the linear bushing upward; And

And a connecting bracket having one end fixed to the linear bush and the bent end bent upwardly at the other end,

The angle-

A pair of vertical pieces provided at an end portion of the bending piece, and

And a fixing piece having one end interposed between the pair of vertical pieces, hingedly connected within a predetermined angle (12 DEG), and an archery connected to the other end.

Sensors are provided at both ends of the rails to sense the stop position of the moving target plate so that the drive motor is decelerated and stopped at the time of sensor response and the booth unit is provided with a switch for controlling the forward and reverse rotation of the drive motor .

As described above, the archery system according to the present invention has an effect that a game participant can enjoy a game happily through a smooth game operation.

Also, by allowing the participant to shoot the bow directly and to check whether the bow has arrived at the destination in real time, it is possible to achieve a realistic fun to the participant.

In addition, by enabling the aiming and shooting action of the bow to be implemented within a limited range, it is possible to enjoy the game safely.

1 is an overall view of an archery system in the present invention.
FIG. 2 is a perspective view showing a target plate transfer unit of an archery system in accordance with the present invention. FIG.
3 is a perspective view showing an elevating and conveying unit and an angle adjusting unit of the archery system of the present invention.
4 is a side view showing an operation state of an elevating and conveying unit of the archery system in the present invention.
FIG. 5 is a side view showing an operation state of an angle adjusting unit of an archery system in the present invention. FIG.
6 is a perspective view showing an operation state of a target plate transfer unit of the archery system in the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms and the inventor may appropriately define the concept of the term in order to best describe its invention It should be construed as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It should be understood that various equivalents and modifications may be present.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 is a perspective view showing a top plate transfer unit of the archery system of the present invention, and FIG. 3 is a perspective view showing an elevation transfer unit and an angle adjusting unit of the archery system of the present invention .

1 to 3, an indoor archery system 100 according to the present invention includes a booth unit 110, a target board 120, a target board transfer unit 130, an archery unit 140, an elevation transfer unit 150, And an adjusting unit (160).

The booth unit 110 is a means for providing a space independent to the user.

The booth unit 110 is provided with a finishing plate 111 at a front side thereof and partition walls 113 are provided on both sides of the finishing plate 111 to partition the space where the user is located. Further, a net 115 is provided on the upper part of the partition 113. Thus, users who enjoy archery 140 share information necessary for conversation or archery among users through the net 115.

Meanwhile, the target plate 120 serves to measure the accuracy of the bow shot through the archery 140.

The target plate 120 is spaced apart from the booth unit 110 by a predetermined distance in the horizontal direction and maintains the upright state.

The target plate transfer unit 130 is installed between the booth unit 110 and the target plate 120 and serves to transfer the target plate 120 forward and backward.

The target plate transfer unit 130 includes a support plate 132, a rail 134, a pair of sheaves 135, a wiring 136, and a drive motor 137.

The support plate 132 serves as an intermediary for connecting the target plate 120 and the target plate transfer unit 130.

At this time, the receiving plate 132 is fixed to the lower portion of the target plate 120, and two pairs of rotating wheels 131 are mounted on both sides.

In addition, the rail 134 serves to guide the receiving plate 132 to slide within a predetermined distance.

The rail 134 is installed and fixed on the ground between the booth unit 110 and the target plate 120 and rotatably mounted on the inner side so as to guide the receiving plate 132, A guide groove 133 is provided.

The pair of sheaves 135 are rotatably installed at both ends of the rail 134.

In addition, the wire ring 136 is connected between the pair of sheaves 135 and receives rotation force of the sheave 135 to rotate, and one part of the wire 136 is engaged and fixed to the support plate 132.

The driving motor 137 generates forward and reverse rotational force when external power is applied and is axially coupled to one of the pulleys 135 of the pair of pulleys 135, And provides a reverse rotational force.

Meanwhile, the archery 140 is a tool for shooting an arrow with the target board 120, and is provided in the booth unit 110.

The elevating and conveying unit 150 is provided in the booth unit 110 to move the archery 140 up and down within a limited height.

The elevating and conveying unit 150 includes an installation bracket 153, a linear bush 155, an elastic body 157, and a connection bracket 159.

The mounting bracket 153 is installed and fixed to the partition 113 and is provided with a finishing piece 151 at both ends and a vertical bar 152 is connected between the pair of finishing pieces 151.

Further, the linear bush 155 is connected to the vertical bar 152 so as to be movable up and down. At this time, the linear bushing 155 minimizes the frictional force generated during the vertical movement of the vertical bar 152.

The elastic body 157 is interposed between the finishing piece 151 located below the pair of the finishing pieces 151 and the linear bushing 155 to provide an elastic force for pushing the linear bushing 155 upward. do.

The connection bracket 159 has one end fixed to the linear bush 155 and the other end bent upwardly.

The angle adjusting unit 160 is provided between the archery 140 and the elevating and conveying unit 150 and rotates the archery 140 at a predetermined angle by a wrist force. ) Limits its rotation angle to 12 ° for the user's safety.

The angle adjusting unit 160 includes a vertical piece 161 and a fixing piece 163.

The pair of vertical pieces 161 protrude upward at the ends of the bent pieces 158.

One end of the fixing piece 163 is interposed between the pair of vertical pieces 161 so as to be hinge-rotatable within a range of 12 degrees, and the archery 140 is connected to the other end .

Thus, the archery 140 is moved up and down through the elevating and conveying unit 150, and is rotated within a predetermined range through the angle adjusting unit 160.

A sensor 170 is provided at both ends of the rail 134 to detect the stop position of the moving target plate 120.

That is, the sensor 170 functions to decelerate and stop the driving motor 137 when the target plate 120 approaches and reacts. The booth unit 110 is also provided with a switch 180 for controlling the forward and reverse rotation of the driving motor 137.

Accordingly, the indoor archery system of the present invention having the above-described combined structure minimizes the initial installation cost and minimizes the game error, thereby making it easier to popularize the archery game. In addition, So that the participant can shoot the bow directly and check whether the bow has arrived at the destination in real time so that the game player can directly see and feel the game progress and the game result Of course, it is possible to provide a realistic feeling to the participants of the game through the operation, and the operation relation and the action effect therebetween will be described in detail with reference to the drawings.

FIG. 4 is a side view illustrating an operation state of an elevator / transfer unit of an indoor archery system according to a preferred embodiment of the present invention, and FIG. 5 is a side view illustrating an operation state of an angle adjusting unit of an indoor archery system according to a preferred embodiment of the present invention And FIG. 6 is a perspective view illustrating an operation state of a target plate transferring unit of an indoor archery system according to a preferred embodiment of the present invention.

4 to 6, in order to proceed with the indoor archery system 100 of the present invention, the game participant first enters the booth unit 110, and the target board 120 is mounted on the booth unit 110 through the target board transfer unit 130 The position of the target plate 120 is set so as to be farthest from the unit 110. [

Thereafter, the user holds the archery 140 and wins, descends and hinges to aim the bow of the archery 140 on the target board 120.

The force applied to the archery 140 is transmitted to the connecting bracket 159 and the linear bush 155 through the angle adjusting unit 160 And moves down along the vertical bar 152. At this time, when the connection bracket 159 and the linear bush 155 are moved downward, the elastic body 157 is compressed and the archery 140 is easily moved by the elastic force of the elastic body 157 when the archery body 140 is moved up. As shown in FIG.

The upward and downward movement of the archery 140 is realized within a limited length of the vertical bar 152 to prevent a safety accident due to the free movement of the archery 140 in advance.

Then, when the height and the daytime of the archery 140 are adjusted, the participant uses the angle adjusting unit 160 to swing the archery 140 by a predetermined angular hinge using a wrist force.

At this time, the hinge rotation of the archery 140 is realized through a fixing piece 163 interposed between the pair of vertical pieces 161 and hinged within a predetermined angle (12 degrees).

At this time, the hinge rotation angle of the archery 140 is limited to a range of 12 degrees through the angle adjusting unit 160, thereby preventing a safety accident in advance

The present invention makes it possible to safely play the game by allowing the archery and shooting action of the bow using the archery to be implemented within a limited range.

Then, after the bow is shot by the target plate 120, the target plate 120 is moved to the booth unit 110 side through the target plate transfer unit 130 to check the accuracy of the bow in real time.

That is, when the participant presses the switch 180, a forward rotational force is generated in the driving motor 137, and the rotational force is transmitted to the receiving plate 132 through the pulley 135 and the wiring 136.

Accordingly, the support plate 132 moves along the rail 134 and moves toward the booth unit 110 side. When the sensor 170 senses the receiving plate 132 in the course of the movement of the receiving plate 132, the sensor 170 applies a decelerating and stopping signal to the driving motor 137, 137) is stopped.

Accordingly, when the driving motor 137 stops, the moving support plate 132 and the target plate 120 stop moving, and the accuracy of the bow shot by the participant can be checked.

Then, when the switch 180 is pressed again, a reverse rotational force is generated in the driving motor 137, and the rotational force is transmitted to the receiving plate 132 through the pulley 135 and the wiring 136.

Thus, the support plate 132 moves along the rail 134 and moves away from the booth unit 110. When the sensor 170 senses the receiving plate 132 during the movement of the receiving plate 132, the sensor 170 applies a decelerating and stopping signal to the driving motor 137, 137) is stopped.

Accordingly, when the driving motor 137 stops, the participant performs the collimating operation of the archery 140 again to shoot the bow.

Accordingly, the indoor archery system according to the preferred embodiment of the present invention allows a game participant to enjoy a game happily through a smooth game operation, and a game participant can directly shoot an bow and check whether the bow arrived at a destination in real time And the aiming and shooting action of the bow can be implemented within a limited range, so that the game can be safely enjoyed.

110: Booth unit 120: Surrounding plate
130: target plate conveying unit 132:
134: Rails 136: Wiring
137: Driving motor 140: Archery
150: lifting / conveying unit 153: mounting bracket
155: Linear Bush 157: Elastic body
159: Connection bracket 160: Angle adjusting unit
170: sensor 180: switch

Claims (6)

delete delete delete delete The front and the rear sides of which are partitioned by a finishing plate 111 and a partition wall 113 so as to provide an independent space to the user, A booth unit (110) provided with a boiler (115);
A target board 120 spaced apart from the booth unit 110 by a predetermined distance in the horizontal direction;
A target board transfer unit 130 installed between the booth unit 110 and the target board 120 for transferring the target board 120 forward and backward; And
An archery (140) provided in the booth unit (110) for shooting an bow with the target board (120);
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The booth unit 110 is provided with a lifting and conveying unit 150 for lifting and lowering the archery 140 within a limited height,
The elevating and conveying unit (150)
A mounting bracket 153 installed on and fixed to the partition wall 113 and having a finishing piece 151 at both ends thereof and a vertical bar 152 connected between the pair of finishing pieces 151;
A linear bush 155 connected to the vertical bar 152 so as to be movable up and down;
An elastic body 157 interposed between the finishing piece 151 located at the lower one of the pair of the finishing pieces 151 and the linear bushing 155 to provide an elastic force to push the linear bushing 155 upward; And
A connection bracket 159 having one end fixed to the linear bush 155 and the other end bent upwardly bending pieces 158;
And,
An angle adjusting unit 160 is provided between the archery 140 and the elevation transfer unit 150 to limit the rotation angle of the archery 140 when the archery 140 is rotated by a predetermined angle,
The angle adjusting unit (160)
A pair of vertical pieces 161 provided at ends of the bending pieces 158; And
A fixed piece (163) having one end interposed between the pair of vertical pieces (161) and hingedly connected within a predetermined angle (12), and the archery (140) connected to the other end;
And,
The target plate transfer unit (130)
A support plate 132 fixed to a lower portion of the target plate 120 and having two pairs of rotation wheels 131 mounted on both sides thereof;
A guide groove 133 is provided on the ground between the booth unit 110 and the target plate 120 and is rotatably supported by the rotation wheel 131 on its inner side so as to guide the receiving plate 132, A rail 134 provided thereon;
A pair of pulleys 135 provided at both ends of the rail 134 so as to freely rotate;
A wire ring 136 connected between the pair of sheaves 135 and rotated by receiving the rotational force of the sheave 135 and fixed to one end of the sheave plate 132; And
A drive motor 137 axially coupled to one of the pair of pulleys 135 and providing rotation force to the pulley 135 when an external power source is applied;
And,
A sensor 170 is provided at both ends of the rail 134 to sense the stop position of the moving target 120 so as to decelerate and stop the driving motor 137 in response to the sensor 170, (110) is provided with a switch (180) for controlling forward and reverse rotation of the driving motor (137).
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