KR101229516B1 - Jump operator and two-face game apparatus having thereof - Google Patents

Abstract

A two-face game device is disclosed. The two-face game apparatus of the present invention includes a target actuator, a target moving unit, a detector for detecting the front and back sides of the target, and a controller for displaying the detection result on the display unit so that the target operated by the target actuator is detected by the detector. By detecting the front and back of the target and controlling the detection result to be displayed on the display, the target bounced off the target actuator can be operated at a desired angle and moved by the target moving unit to detect the front and back of the target. You can play the game conveniently.

Description

Target actuator and two-face game device using the same {JUMP OPERATOR AND TWO-FACE GAME APPARATUS HAVING THEREOF}

The present invention relates to a target actuator and a two-face game apparatus using the same. The present invention relates to a game machine for distinguishing the front and rear surfaces of a target by moving a target operated by the target actuator to a target moving part to a region where a detection part is formed.

Conventionally, a person throws a coin at a specific position toward a fountain around a fountain in a specific building, so that the coin falls at a desired position.

By the way, such a coin toss play has a problem that the person who throws the coin has a sense of accomplishment and can relieve stress when the coin falls to a specific position, but there is a problem that the coin can not be recovered.

In addition, since the coin is directly thrown by hand, the game in a narrow space is difficult and the possibility of operation is high, so the development of the coin game machine is inevitably low.

Therefore, there is a need for a game machine capable of repeatedly operating coins or balls in a case by applying the principle of coin tossing.

The present invention has been made to solve such a problem, and an object thereof is to provide a target actuator capable of bouncing a target or a ball.

In addition, another object of the present invention is to provide a game device for operating the target in the case to fit the front and back of the target.

In another aspect, the present invention is to provide a game device that can adjust the tension that the target bounces.

Another object of the present invention is to provide a game device having a target moving unit capable of moving a separated target to a set area.

The target actuator of the present invention for achieving the object is connected to the motor, the shaft of the motor and coupled or separated by the on-off of the power and the axial coupling with the electromagnetic clutch and one end is fixed to the spring And an actuating tool driven by a tension of a spring, and the actuating tool engages the electromagnetic clutch with power and rotates the motor so that the combined electromagnetic clutch is rotated so that the spring has tension and is separated from the electronic clutch. It is possible to implement by operating in the direction to release the tension by the.

In addition, the two-face game apparatus using the target actuator comprises a target actuator, a detection unit for detecting the front and back of the target and a control unit for displaying the detection results of the detection unit on the display unit, the control unit is operated in the target actuator The target is detected by the detection unit to detect the front and back of the target and the detection result is displayed on the display unit.

The apparatus may further include a target moving unit for moving the target to an area provided with the detection unit, and the control unit may control the target operated by the target actuator to be moved by the target moving unit.

The target moving part is fixed to a timing belt connected to a pair of left and right pulleys driven by a motor, a pair of shaft plates respectively coupled to upper and lower sides of the timing belt, and one end of the shaft plate, and a concave groove is formed at one end thereof. It comprises a catch plate and is configured to drive the catch plate to the left and right by the drive of the motor.

The pair of shaft plates are coupled to each other by belt fixing plates at one end of the timing belt, and the other end forms a through hole through which the shaft penetrates, and is supported by the shaft according to the movement direction of the timing belt to move left and right. The target actuator is configured to be a motor, an electromagnetic clutch connected to the shaft of the motor and coupled or separated by a power source, a target operation axially connected to the electronic clutch and having one end fixed to a spring to be driven by the tension of the spring. It can be configured to include the device.

And an angle measuring plate axially connected to the target operating device, the angle rotating plate having one or more holes for measuring a rotation angle of the target operating device, and an angle measuring unit for counting and outputting holes of the angle rotating plate passing through the target operating device. The rotation angle is calculated by reading the data output from the angle measuring unit, and the calculated rotation angle is controlled to be displayed on the display unit.

The other end of the target operating device is configured to be operated through a hole opened at one side of the area provided with the detection unit, the target actuator is operated to drop the target to the area with the detection unit, the detection unit is the target The front and back sides of the target are detected by distinguishing the colors of the targets.

And a two-face game apparatus using a target actuator according to another embodiment for achieving the object of the present invention is installed in the case having an inner space, the upper portion of the inner space of the case and at least one detection unit is formed on one side and A base plate having a through hole formed therein, a target actuator mounted on one side of the case to operate a target to operate the target into the base plate, and a target moving part for pushing the target away from the base plate in a predetermined direction. And a control unit which receives the data detected by the detection unit, reads the front and back sides of the target, and controls the read data to be displayed on the display unit.

The target actuator includes a motor, an electromagnetic clutch connected to a shaft of the motor and coupled or separated by a power source, a target actuator connected axially to the electronic clutch and having one end fixed to a spring and driven by the tension of the spring. The other end of the target operating device is configured to be protruded a predetermined height from the bottom of the base plate to the top through a through hole formed on the base plate.

The target moving part is fixed to a timing belt connected to a pair of left and right pulleys driven by a motor, a pair of shaft plates respectively coupled to upper and lower sides of the timing belt, and one end of the shaft plate, and a concave groove is formed at one end thereof. It comprises a catch plate and configured to drive the catch plate left and right on the base plate by the drive of the motor.

Therefore, according to the target actuator of the present invention, not only the tension can be adjusted, but also the actuator can be easily separated using the electronic clutch, and thus the effect that can be used in various kinds of games that cause the target such as a coin or a ball to fall off can be used. have.

In addition, according to the two-face game apparatus using a game actuator, it is possible to operate the tension of the bouncing target at a desired angle, thereby providing various games.

In addition, according to the two-face game apparatus using the game actuator of the present invention, since the front and rear surfaces of the target can be sensed by moving by the target moving unit, the game can be made very convenient.

1 is a main configuration of the two-face game device of the present invention,
2 is an external perspective view of a two-face game device;
3 is a schematic layout view of main components;
4 is a main structural coupling diagram of the target moving part of the present invention;
5 is an explanatory diagram for explaining the operation of the target moving unit;
6 is a view illustrating a target moving unit of another embodiment;
7 is a perspective view of the main configuration of the target actuator,
8 is an enlarged perspective view of an operation tool;
And,
9 is a reference diagram for explaining the operation principle of the electronic clutch.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to describe its invention in the best possible way And should be construed in light of the meanings and concepts consistent with the technical idea of the present invention.

Throughout the specification, when a part is said to "include" a certain component, it means that it can further include other components, without excluding other components unless specifically stated otherwise. Also, the terms " part, "" module," and " module ", etc. in the specification mean a unit for processing at least one function or operation and may be implemented by hardware or software or a combination of hardware and software have.

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

1 is a main configuration of the two-face game device of the present invention, Figure 2 is an external perspective view of the two-face game device, Figure 3 is a schematic layout of the main configuration device and Figure 4 is a main target moving part of the present invention Constitutional coupling diagram.

As shown, the two-face game apparatus 100 of the present invention displays the detection result of the detector 170 and the detector 170 for detecting the surface of the target actuator 120 and the target 300 to the display 190. The control unit 110 is configured to include a display unit 110. The control unit 110 causes the target 300 operated by the target actuator 120 to detect the front and rear surfaces of the target 300 by the detection unit, and displays the detection result. 190) to be displayed.

The target 300 may be configured with coins, coins or dice, but in the present invention, the target 300 will be described as a coin for convenience of description.

To this end, the two-face game apparatus 100 of the present invention is provided with a case 200 having an inner space, an upper portion of the inner space of the case 200, at least one detection portion is formed at one side thereof, and a through hole is formed at one end thereof. The base plate 150 and the case 200 are mounted on one side of the target 200 to operate the target to operate the target actuator 120, the target actuator 120 to drop the coin 300 on the base plate 150 By receiving the data detected by the coin moving unit 130 and the detection unit 170 to push the coin 300 dropped on the base plate 150 in a predetermined direction to read the front and back of the coin 300 and the read And a controller 110 that controls the data to be displayed on the display 190.

In addition, the outside of the case 200 may further include an input unit 180 provided with buttons necessary for a game, a sound unit 160 for generating sound effects, and the like.

Then, a coin outlet (not shown) in which a coin or a gift certificate is leaked at a position where the player can easily pick up the front of the case 200, a known sensor for detecting the input of coins or coins, a bill input slot or Of course, a coin inlet to which a known banknote detecting device is applied to detect a banknote or substitute banknote through a card reader may be further provided.

The display 190 may be configured to blink or light in order to promote visual effects or interest in the game, and may be installed in various places of the game machine. To this end, it can be configured as a 7-segment display or LED lights, and can display the front and back sides of the coins detected by the control of the control unit 110, the score or quantity, bonus scores or prizes, jackpot games or the number of coins held Can be displayed.

The sound unit 160 typically generates sound effects necessary for the progress of the game to make the game interesting, and the sound effects to be reproduced are made through a general control program input to the controller 110 in advance.

The target actuator 120 is operated to be dropped to a predetermined area of the base plate 150 by throwing up the coin, and configured to adjust the strength of the force to lift the target object.

Hereinafter, the target actuator will be described in detail with reference to the accompanying drawings.

FIG. 7 is a perspective view illustrating a main configuration of the target actuator, and as shown, the target actuator 120 includes an electromagnetic clutch 122 connected to the shaft of the motor 121 and an operation tool 123 connected to the electromagnetic clutch 122. .

One end of the actuating tool 123 is axially connected to the electronic clutch 122 and the other side is fixed to one end of the tension adjusting tool 127 to be driven by the tension of the tension adjusting tool 127.

That is, the driving mechanism in the direction of releasing the tension by driving the motor 121 and the separation of the electronic clutch 122 so that the electromagnetic clutch 122 coupled to the power supply is rotated in the direction in which the operating mechanism 123 has a tension. 123 is to work.

Specifically, the target actuator 120 is the electromagnetic clutch 122 and the electromagnetic clutch 122 composed of two clutches 122a and 122b connected to the motor 121 and the shaft of the motor 121 and coupled or separated by a power source. And axially connected with one end of which is fixed to the spring 124 and driven by the tension of the spring 124, and the other end of the actuating tool 123 is formed on the base plate 150. It is configured to be operated to protrude a certain height from the bottom of the base plate 150 to the upper through the hole (131c).

When the gamer presses the game start button of the input unit 180, the coin 300 is placed in the through hole 131c on the base plate 150, and the gamer may receive a predetermined tension using the button. After rotating so as to press the operation button, the operation hole 123 having a tension in the lower portion of the through hole 131c is separated by the electronic clutch 122 and protrudes to the upper portion of the base plate 150 through the through hole 131c. While the coin 300 is bounced and the coin bounced is rotated and then operated to fall on the base plate 150 again.

Referring to the operation principle of the electromagnetic clutch of FIG. 9, when the motor 121 is operated, two clutches 122a and 122b composed of the electromagnetic clutch 122 are coupled and rotated, and an operating tool connected to the clutch 122b and axially connected thereto. 123 also rotates in the same direction-downward in the drawing, and accordingly, when the spring 124 is tensioned and the electronic clutch 122 is separated, only the separated clutch 122b is applied to the tension of the spring 124. By rotating the operating sphere 123 penetrates the through-hole 131c of the base plate 150 from the bottom to the upper portion so that the coin 300 lying on the upper surface of the through-hole 131c is bounced up and down.

The target actuator 120 is axially connected to the motor 121 so that the gamers can know the strength of the tension, that is, the angle of rotation of the spring so that the coin is bounced out, that is, the strength of the operating sphere 123, the operating sphere 123 It may be provided with an angle rotating plate 125 that can measure the rotation angle of the).

Referring to the enlarged perspective view of the operation tool of Figure 8, the angle rotating plate 125 is arranged at a predetermined interval one or more holes on the outer peripheral side, the angle measuring unit 126 for counting and outputting the hole of the angle rotating plate 125 passed through And the control unit 110 reads the data output from the angle measuring unit 126 to calculate the rotation angle, and controls the display unit 190 to display the calculated rotation angle. You can enjoy the game by adjusting the tension.

Since the angle measuring unit 126 uses a general configuration of a method in which a light emitting signal is detected by the light receiving sensor every time the hole is moved when the hole of the angle rotating plate 125 is moved between the light emitting sensor and the light receiving sensor. Omit.

In addition, the angle rotating plate 125 and the angle measuring unit 126 may be configured using a variable resistor.

That is, since the variable resistor is a device that mainly changes the length to change the value of the resistor, the resistance increases when the second contact is far from the first contact, and the resistance decreases when the contact is close, so that the axis of the operating tool 123 is reduced. The angle rotating plate 125 is connected to and configured to vary the resistance of the variable resistor in accordance with the amount of rotation of the shaft.

To this end, the angle rotating plate 125 may be configured to have a variable resistance value according to the amount of rotation thereof, and may be configured as an angle measuring unit 126 that measures and outputs the resistance value of the angle rotating plate 125.

Therefore, the data output from the angle measuring unit 126 may be read to calculate the rotated amount or the rotation angle, and the control may be performed to display the calculated rotated amount or the rotation angle on the display unit.

In the above-described embodiment, the tension adjusting device 127 is operated up and down by the tension of the spring, and described to adjust the tension according to the rotation angle of the spring, but the tension adjusting device 127 is composed of a hydraulic piston or solenoid. And it may be configured to adjust the tension by the operation of the hydraulic piston or solenoid.

That is, by operating the hydraulic piston or the solenoid with the electronic clutch 122, not only the operating port 123 moves up and down, but also moves back and forth, the target can be protruded on the plane.

The coin moving unit 130 is operated to move the coin 300 dropped on the base plate 150 to the area where the detection unit 170 is formed.

To this end, the coin 300 is configured to form each surface different from each other and to distinguish the surfaces in the detector 170. That is, in the present invention, since a predetermined surface of the target can be detected, the target formed by the front and rear surfaces is not limited.

The identification method for distinguishing such a surface may use a known technique, but in the present invention, for convenience of description, the front and rear surfaces of the coin are formed in different colors, and the detection unit 170 recognizes the color so that the front of the coin 300 is recognized. Explain by distinguishing the reverse side.

Referring to the main component coupling diagram of the coin moving unit of FIG. 4, the coin moving unit 130 moves the timing belt 134 up and down to a pair of left and right pulleys 133a and 133b driven by the motor 132. The upper and lower timing belts 134 are configured to be moved in different directions by the rotation of the pulleys 133a and 133b.

Therefore, the pair of shaft plates 135a and 135b coupled to the top and bottom of the timing belt 134 are fixedly coupled to one end of the shaft plates 135a and 135b, and recessed grooves 131d and 131e are formed on one end surface thereof, respectively. One catch plate 131a and 131b is configured to be included, and the catch plates 131a and 131b are driven to the left and right on the base plate 150 by the driving of the motor 132.

Specifically, the base plate 150 is provided in a plate shape and has a plurality of holes in the center of which is provided with a detection unit 170 electrically connected to the control unit 110, and the motor 132 is fixed at one end.

The pulley 133a is fixedly coupled to the rotation shaft of the motor 132 by another bracket, and another pulley 133b is fixedly coupled to the opposite position of the pulley 133a, and the timing belt 134 is attached to both pulleys 133a and 133b. Is coupled to rotate up and down relative to the base plate 150.

The upper and lower parts of the timing belt 134 are configured such that different shaft plates 135a and 135b are fixedly coupled to each other.

This is to ensure that the shaft plates 135a and 135b move equally in the center or outward direction when the motor 132 rotates.

One end of each of the shaft plates 135a and 135b is coupled to the timing belt 134, and the catch plates 131a and 131b are coupled to the other end thereof, respectively.

The catch plates 131a and 131b are coupled to the shaft plates 135a and 135b to move left and right on the base plate 150 in conjunction with a reciprocating movement to move the coin 300 dropped on the base plate 150 to a predetermined area. It is configured in a plate shape of a certain thickness so that the end toward the center of the base plate 150 forms a recessed groove (131d, 131e) of approximately "C" shape, respectively, the catch plate (131a, 131b) to move to the center This is to allow the coin 300 to be seated in the concave grooves (131d, 131e) while the coin (300) dropped in a predetermined area is pushed down by the concave grooves (131d, 131e).

Referring to the operation of the coin moving unit of Figure 5, (a) is a view showing a state in which the coin 300 is dropped on the base plate 150, the coin moving unit 130 is operated in the direction of the arrow The coin 300 comes down along the inclined surface on which the recessed groove of the catch plate 131b is formed.

(b) In the drawing, the coin moving unit 1300 is in a state where the operation of the coin 300 is placed in the recessed grooves 131d and 131e of the catch plates 131a and 131b to be placed in a predetermined position.

In this case, the front and rear surfaces of the coin may be detected through the detection unit 170.

The detection unit 170 is installed on the base plate 150 so that the front and back of the coin can be detected more quickly.

In addition, a stop rod 139 may be provided at the center of the base plate 150 to add a configuration to stop the catch plates 131a and 131b from colliding with each other when the catch plates 131a and 131b move to the center.

In addition, the position detecting unit 138 is provided on one side of the base plate 150 to determine whether the coin 300 is located at a predetermined position, and a through hole 131c is formed to allow the operation tool 123 to pass through. Configure it to do so.

The position detecting unit 138 is installed at a position capable of detecting the center of the base plate 150 so as to detect the position when each catch plate (131a, 131b) is moved to the center to be in contact with each other. It is preferable.

Hereinafter, another embodiment of the coin moving unit will be described with reference to the drawings.

6 is a view illustrating a target moving part of another embodiment, by using a funnel-shaped target moving part, so that the target 300 bounced by the coin operating part 120 may be automatically collected at the bottom of the funnel. It is formed.

Therefore, as shown in FIG. 4, the coin moving unit uses a funnel without moving directly so that it can be configured to collect targets.

To this end, the target operated in the funnel-shaped target moving part 310 and the funnel-shaped target moving part 310 to collect the target 300 into the area provided with the detection unit 170 may not be thrown out to another position of the game machine. By configuring the cover 320 formed on the upper end of the target moving part 310, the target 300 operated by the target actuator 120 may be configured to operate within the target moving part 130.

Therefore, when using a funnel-shaped target moving part, the motor 132, the pulleys 133a and 133b, the timing belt 134, the shaft plates 135a and 135b, and the catch plates 131a and 131b as shown in FIG. Of course, the configuration including the need not be formed.

The operation of the two-face game device according to the present invention having such a configuration will be briefly described.

When the gamer starts the game by inserting a coin into a coin inlet or the like, the operator rotates the operating tool 123 so as to obtain a desired angle, that is, a desired tension, while looking at the angle rotating plate 125 using a button provided in the input unit 180.

At this time, the internal operation is the tensioning (tension) by the spring 124 by the operating port 123 by the control unit 110 is coupled to the electromagnetic clutch 122 to rotate the motor 121 in a predetermined direction. It will rotate in the direction to receive.

When the gamer determines that the rotation has been made to the desired point, the controller 110 presses a button, for example, an operation button, to control the control signal applied to the electronic clutch 122 to separate the electronic clutch 122. Only the clutch 122b is rotated by the tension of the spring 124, and the operating hole 123 penetrates the through hole 131c of the base plate 150 from the bottom to the upper part of the coin lying on the upper surface of the through hole 131c. (300) is to be bounced up to fall.

When the time determined that the coin 300 is bounced off on the base plate 150 again passes, the controller 110 controls the coin 300 to be positioned at a predetermined position by driving the coin moving unit 130.

In this case, whether the coin 300 is located at a predetermined position may be detected by the position detecting unit 138.

On the other hand, while the game is in progress it is more preferable to control the visual effect or sound effect through the display 190 or the sound unit 160.

If the control unit 110 determines that the catch plates 131a and 131b move to the center through the position detecting unit 138 and the coin 300 is positioned at the set position, the front and rear sides of the coin 300 are detected through the detecting unit 170. The color will be recognized.

Determine the front and back of the coin based on the recognized color to display the front and back of the coin on the display 190 and move each catch plate (131a, 131b) to the edge to enter the ready state for the next game Alternatively, the catch plates 131a and 131b may not move to the edge but then move to the edge at the start of the game.

According to the operation as described above, the present invention can provide various display functions such as score display of various games and lighting or flashing of lamps according to the front and back of the coin detected through the detection unit 170.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art.

100: two-face game device 110: control unit
120: target actuator 121: motor
122: electronic clutch 123: operating port
124: tension spring 125: angle rotating plate
126: angle measuring unit 130: target moving unit
131a, 131b: catch plate 131c: through hole
131d, 131e: concave groove 132: motor
134: timing belt 135a, 135b: shaft plate
138: position detection unit 140: detection unit
150: base plate 160: sound unit
170: detection unit 180: input unit
190: display portion 200: case portion

Claims (31)

motor;
An electromagnetic clutch connected to the shaft of the motor and coupled or separated by on / off of a power source; and
One side is axially connected to the electronic clutch and the other end is fixed to the tension control end is driven to drive the tension of the tension control device;
A target actuator configured to include and operate the electromagnetic clutch coupled to the power supply to operate the motor in the direction of releasing the tension by the separation of the electromagnetic clutch the driving mechanism is in the direction in which the operating mechanism has a tension. .
The method of claim 1,
The tension adjusting device
Target actuator comprising a spring and configured to adjust the tension in accordance with the rotation direction of the spring.
The method of claim 1,
The tension adjusting device
Target actuator comprising a hydraulic piston or solenoid and configured to adjust the tension by the operation of the hydraulic piston or solenoid.
The method of claim 1,
An angular rotation plate connected to the axis of the actuating tool and having one or more holes for measuring a rotation angle of the actuating tool;
An angle measuring unit for counting and outputting a hole of the angle rotating plate passed through;
A controller configured to read the data output from the angle measuring unit, calculate a rotated amount or rotation angle, and display the calculated rotated amount or rotation angle on the display unit;
Target actuator configured to include.
The method of claim 1,
An angular rotating plate configured to be connected to a shaft of the operating tool and configured to be variable and to vary the resistance of the variable resistor according to the amount of rotation;
An angle measuring unit measuring and outputting a resistance value of the angle rotating plate;
A controller configured to read the data output from the angle measuring unit, calculate a rotated amount or rotation angle, and display the calculated rotated amount or rotation angle on the display unit;
Target actuator configured to include.
The method according to claim 4 or 5,
A base plate having a through hole formed at one end thereof;
And the actuating tool is configured to be operated through the through hole of the base plate.

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