KR20040110824A - Pert-ball game operating method and system - Google Patents

Abstract

PURPOSE: A putting-ball game system and an operating method thereof are provided to conduct a similar game to a bowling game using a game device similar to a lane in bowling, such that ball is putted with a golf putter so as to bring down pins on the lane. CONSTITUTION: The putting-ball game system(100) includes a middle floor lane(120) with obstacles(130) mounted thereto and a side slant lanes(130) along which ball rolls to bring down the pins on the lane. The game system comprises a ball detecting sensor, a pin up/down arranger, a pin sensor, a tilt adjust motor, a display, an operation panel, a main controller. The main controller controls in such a way that state of ball is sensed by the ball detecting sensor points are displayed on the board.

Description

Pert-ball game operating method and system

The present invention relates to a putter ball game device that applies the bowling to put the ball into the golf putter through a game device similar to the lane of a bowling game to knock down the pins aligned at the end of the lane to proceed with the game. The present invention relates to a method and a system for operating a putt ball to enable a game of a putt ball.

In general, bowling and golf as leisure sports are the games that have the largest number of enthusiasts, and such bowling and golf are expensive to set up the stadium and are economically expensive to enjoy them. . In particular, bowling requires a large number of lanes to be installed in or near the city center, so the economic burden is high, and golf has been popularized for a long time. It is economically and time consuming to go out and play.

Therefore, the present applicant has developed a new game device called 'put ball game' to solve the problems described above as well as satisfying the desire for a new game, and has applied for a patent application No. 2003-803. There is a need for an operating system that operates efficiently.

The present invention was devised to meet the above-mentioned necessity, and it is possible to freely set a progress environment of a putt ball game using a sensor and a motor, and a method of operating a putt ball game that can efficiently display the progress of the game on an electronic board. And to provide a system.

1 is a perspective view showing a putt ball game device according to the present invention,

Figure 2 is a plan view showing the flow of the putt ball in accordance with the present invention,

3 is an example of a game site constructed by using a putt ball game device according to the present invention;

Figure 4 is a schematic diagram showing the overall configuration of the putt ball game operating system according to the present invention,

5 is an example of a pin up / down mount for newly aligning a pin in accordance with the present invention;

FIG. 6 is an example of the display panel shown in FIG. 4;

7 is a block diagram illustrating a putt ball game operating system according to the present invention;

8A and 8B are an operation flowchart of the main controller shown in FIG. 7;

9 is a flow chart illustrating a putt ball game procedure in accordance with the present invention.

* Explanation of symbols for main parts of the drawings

100: putt game device 120: floor lane

130: obstacle 140: pindeck

150: slope lane 410: coin recognizer

420: operation panel 430: main controller

440: display board 451-456: sensor

461-463: Motor 480: Pin Up / Down Mount

In order to achieve the above object, the system of the present invention includes a center floor lane where obstacles are installed and a left / right inclined lane to put the pins placed on the pindeck by the ball passing the inclined lane. An apparatus comprising: a ball detecting sensor installed at the inclined lane to sense a passage of a putted ball; A pin up / down mount for aligning the pin with the pin deck; A pin sensor for detecting a pin state of the pin deck; An inclination adjustment motor for adjusting an inclination angle of the inclination lane; An electronic board for displaying the progress of the game; Operation panel; And proceed with the game according to the operation of the operation panel, and after receiving a ball state from the pin sensor after a predetermined time after the ball is detected through the ball sensor, controls to display a score on the signboard, and every frame ends. Each time the pin up / down mounting to control the pin to align the pin to the pin deck, characterized in that it comprises a main controller to control the inclination adjustment motor according to a predetermined procedure to control the inclination angle of the inclination lane .

In addition, in order to achieve the above object, the method of the present invention comprises the steps of: aligning the pin of the lane to the pin deck when the game start switch is turned on; If a gamer puts the ball with a putter, detecting the putt ball; Detecting a pin state of the pin deck after a predetermined time when a putt ball is detected; Displaying a strike on an electric signboard when all the pins fall down and being striked, and displaying a number of unprocessed pins after the spare process if a spare pin is present; And repeating the above process for the next frame when one frame is completed, and adjusting the degree of difficulty by adjusting the inclination angle of the inclined lane when the predetermined frame is obtained.

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

1 is a perspective view showing a putting practice golf game device (hereinafter, simply referred to as a 'putt ball game device') applying the bowl according to the present invention, Figure 2 is a plan view showing the flow of the putt ball according to the present invention. 3 is an example of a game site constructed using the putt ball game apparatus according to the present invention.

As shown in Figures 1 to 3, the put ball game apparatus 100 according to the present invention is a plan that is installed at a predetermined inclination angle downward from the approach 110, the approach 110 to allow the position of the stance. The floor lane 120 on the floor, the obstacle 130 is formed in place of the floor lane 120 to prevent the ball can be put on the floor lane 120, a plurality of pins are installed at the rear end of the floor lane 120 Tilt holes 140 are arranged so that the gutter hole 172 is formed between the upper end of the inclined lane 150 and the inclined lane 150 installed at both sides of the pin deck 140 and the floor lane 120. Departure preventing unit 160 is installed to the outside of the upper end of the 150, and a gutter 170 formed along the floor lane 120 on the lower side between the inclined lane 150 and the release preventing unit 160, including Is done. Here, the gutter 170 serves as a passage for recovering the ball out.

The put ball game apparatus 100 according to the present invention configured as described above has the guide spot 122 and the inclined lane 150 of the floor lane 120 in a state where the ball is positioned at the start spot 112 of the approach 110. After targeting the pins 200 arranged on the pin deck 140 through the target spot 152 of the target), the ball on the start spot 112 is put to the putter (not shown) of the golf club by the inclined lane 150. It is a game device that can be rolled down to knock the pins 200 arranged in the pin deck 140.

The game device 100 of the present invention configured as described above is limited to only the putter of the golf club while putting the ball 210 in a regular manner, and the ball 210 uses a conventional golf ball. At this time, the ball 210 may use a ball heavier than the weight of a general golf ball, it is preferable to use 45 to 100g suitably.

Since the game device 100 of the present invention as described above is not to proceed to the game by rolling the ball 210 to the floor lane 120, it is to roll the ball 210 to the slope lane 150 to proceed with the game. As compared with the floor lane 120, the width of the inclined lane 150 may be better. Preferably, the ratio of the width of the floor lane 120 and the inclined lane 150 is 1: 3 to 4.

As described above, the pin 200 used in the game apparatus 100 of the present invention has the same structure as a general bowling pin. However, the height of the pin 200 is 10cm or less, the weight is formed to 100g or less. The height is suitably 7 to 8 cm, and the weight is preferably 80 to 95 g. In the game device 100 of the present invention configured as described above, the floor 180 and the inclined lane 150 on the upper surface of the molten 180 is laid so that the cloud of the ball 210 may be rolled on the grass. It was made.

Referring to the golf game device 100 for putting practice applied the bowling of the present invention in more detail as follows. First, the approach 110 is to allow a player to climb up and take a stance position, and the start spot 112 for positioning the ball 210 to be put on the portion adjacent to the rear end of the approach 110 is left and right. Many are formed. Approach 110 configured as described above will be natural that the game should be installed in a size that does not follow the competition.

The floor lane 120 forms the center of the game device 100 according to the present invention. The floor lane 120 is installed at a predetermined inclination angle downward from the approach 110. That is, by installing the floor lane 120 to be inclined downward toward the rear side, the ball 210 put into the floor lane 120 may roll to the rear without finally staying on the floor lane 120 even if there is no force.

On the other hand, a plurality of guide spots 122 are formed on the upper surface of the front side of the floor lane 120 configured as described above left and right so as to know a more sure strike pocket, the upper surface of the floor lane 120 On a plane.

In addition, the front end of the floor lane 120 as described above is configured to be connected from the rear end of the approach 110, by putting the ball 210 from the start spot 112 of the approach 110 inclined lane. Since it is the structure rolled by 150, the front end of the floor lane 120 and the rear end of the approach 110 are comprised with the same height.

The obstacle 130 prevents the ball 210 from being put on the floor lane 120. The obstacle 130 is formed between the center of the floor lane 120 and the guide spot 122. Such an obstacle 130 may be a sand bunker, a water hazard stored in the water as in golf, and may be provided with an obstacle such as a fountain to give a decorative effect.

The pin deck 140 is for arranging ten pins 200 in the form of an equilateral triangle as in bowling. The pin deck 140 is installed at the same height at the rear end of the floor lane 120. Ten pin spots 142 are formed on the upper surface of the pin deck 140 to arrange ten pins 200 in an equilateral triangle. Thus, ten pins 200 are precisely located at each pin spot 142 from pin 1 to pin 10.

The inclined lane 150 is a lane for actually rolling the ball 210, and the inclined lane 150 is installed at a predetermined inclination angle on both sides of the floor lane 120. At this time, the connection portion of the inclined lane 150 and the floor lane 120 is made of a curved surface so that the putt ball 210 naturally rolls along the curved surface to the inclined lane 150.

On the other hand, the target spot 152 for knocking down the target pin 200 through the aiming with the guide spot 122 of the floor lane 120 is formed on the upper surface of the inclined lane 150 as described above. In this case, the target spot 152 is located behind the guide spot 122 of the floor lane 120. The width of the inclined lane 150 is formed wider than the width of the floor lane 120. In the present invention, the width ratio of the floor lane 120 and the inclined lane 150 is 1: 3.5.

Leaving guard 160 is to prevent the putt ball 210 to be separated through the top of the inclined lane 150, the departure prevention 160 is a gutter hole (between the top of the inclined lane 150) 172 is installed outside the upper end of the inclined lane 150 to be formed. Therefore, it can be seen that the spacing between the escape guard 160 and the top of the slope lane 150 is formed larger than the diameter of the ball (210). When the separation prevention unit 160 is installed in this way, when the rolling force of the putter ball 210 is large and is separated from the top of the inclined lane 150, the gutter hole 172 is introduced into the gutter hole 172 to be described later. Allow ball 210 to be collected.

Gutter 170 is to collect the fouled ball 210 to collect in one direction, the gutter 170 is formed in the form of a groove on the lower side between the inclined lane 150 and the escape guard 160 The fouled ball 210 is collected to the rear side of the pindeck 140 through the terhole 172 or the lower gutter hole 174 which will be described later. Accordingly, it can be seen that the gutter 170 is formed from both ends of the floor lane 120 to both rear ends of the pin deck 140.

The lower gutter hole 174 is to allow the ball 210 that is adjacent to the rear of the obstacle 130 to enter the gutter 170, and the lower gutter hole 174 is a floor lane behind the obstacle 130. The pin 210 is formed with a pin 200 along the floor lane 120 as the ball 210, which is formed adjacent to the rear side of the obstacle 130, is formed to have a predetermined length toward the rear side between the connection portion 120 and the inclined lane 150. It does not roll to) to flow through the lower gutter hole 174 to the gutter 170.

Putting practice golf game device 100 applying the bowling according to the present invention configured as described above can be manufactured in a size of about 3m to 9m so that it can be installed even in a narrow place, as needed It can be manufactured in large size. In the present invention was produced in the size of 3m, 6m and 9m.

3 is an example of a game site constructed by using a putt ball game device according to the present invention, and four (or four teams) play four game devices in one set.

The putt ball game device 100 shown in FIG. 3 is installed as a facility such as an actual bowling alley. As shown in the drawing, the put ball game device 100 is installed to the left and right sides of a plurality of game devices 100 so as to have a stadium. As described above, even if a large number of game devices 100 are installed, the facility can be installed in a small area, thereby significantly reducing the economic cost of preparing a stadium facility.

4 is a schematic diagram showing the overall configuration of a putt ball game operating system according to the present invention. In the embodiment of the present invention, as shown in FIG. 3, a case where four lanes are provided with one set of four game devices will be described as an example.

As shown in FIG. 4, one lane of the put ball game operating system according to the present invention is a coin recognizer 410 for detecting a coin input, an operation panel 420, and a main controller for controlling the entire operation. 430, a scoreboard 440 for displaying the progress of the game, a ball sensor 451 for detecting the ball rolling through the inclined lane 150, and a pin in the rear pin deck 140 of the game device 100. The pin sensor 452 for detecting the 200 and the drive motors 461 and 462 are installed inside the inclined lane 150 of the game device 100 to adjust the inclination of the inclined lane. The ball sensor 451 is composed of a transmitter 451T for transmitting a radio signal such as infrared rays, light, RF signals, and a receiver 451R for receiving a signal from the transmitter 451T and providing a ball detection signal, and an operation panel. Consists of various switches (buttons) for operation.

5 is an example of a pin up / down mount for newly aligning a pin in accordance with the present invention.

Referring to FIG. 5, the pin up / down mount 480 has a horizontal support 482 attached to a vertical support 481, and each support 481 and 482 has pulleys 483 and 484 for smoothly moving the string 486. ) Is installed. One end of the string 486 is wound around a rotating wheel (not shown) of the pin up / down motor 463, and the other end of the string 486 is connected to the pins 200 together with the pin holder 485. Tension sensor 453 for detecting the tension state of the string 486, pin upper limit sensor 454 for detecting the upper limit position when the pin is raised, pin lower limit sensor for detecting the lower limit position when the pin is lowered 455 is installed.

The pin up / down mounting unit 480 rotates the wheel of the pin up / down motor 463 under the control of the main controller 430 to wind up or unwind the string 486 to lift the pin 200 connected to the string. It is aligned with the pin deck 140 by turning it down.

FIG. 6 is an example of the display plate shown in FIG. 4. In the embodiment of the present invention, since the four devices provide four lanes, the electronic display panel 440 also corresponds to the four display areas 441 to 444 of A, B, C, and D. In addition, there are 15 scoreboards each for displaying scores by the number of games, such as bowling, and at the end, there is a total score display unit for displaying the total scores.

7 is a block diagram illustrating a putt ball game operating system according to the present invention, and FIGS. 8A and 8B are flowcharts illustrating operations of the main controller shown in FIG. 7.

Referring to FIG. 7, the putball game operating system according to the present invention includes a coin recognizer 410, an operation panel 420, a main controller 430, an electric sign 440, a ball detection sensor 451, and a pin sensor ( 452, tension sensor 453, pin upper limit sensor 454, pin lower limit sensor 455, wing sensor 456, left inclined lane motor 461, right inclined lane motor 462, pin up / down It consists of a motor 463. The operation panel 420 includes a game start switch 421, a game end switch 422, a game path switch 423, and an error reset switch 424, and the display panel 440 is configured as a first to fourth display. Is done.

The main controller 430 controls the subprocessors SUB MCUs 1 to 4, collects data from various sensors 451 to 456, and performs a predetermined procedure according to the input of the various switches (buttons) 421 to 424. And drives the motors 461 to 463. The sub-processors SUB MCU1 to SUB MCU3 attached to the displays 1 to 3 of the electronic display panel 440 analyze various data transmitted from the main controller 430 to display the current score on the corresponding display. The sum is displayed.

The sub-processor (SUB MCU4) installed in the coin recognizer 410 is connected to the coin counter to eliminate the unstable count error of the general switch, and serves to accurately count the coins. The ball detection sensor 451 is composed of a transmission sensor 451T for transmitting a wireless signal and a reception sensor 451R for receiving it. The transmission sensor 451T emits light as a light emitting element, for example. The 451R transmits the optical signal received as the light receiving element to the main controller 430. In general, the light is detected from the light emitting device by using light that is blocked by the ball while the light flows from the light emitting device.

The left / right inclination lane motors 461 and 462 serve to adjust the inclination angle of the left / right inclination lane 150 in order to adjust the difficulty of the game. The pin up / down motor 463 aligns the pinball for the next game user at the end of each game frame.

The tension sensor 453 of the pin up / down mount is for preventing an error due to a malfunction of the pin upper limit sensor 454 when the pin up / down motor 463 pulls up the pin 200. The pin lower limit sensor 455 determines the upper limit when the pin up / down motor 463 pulls up the pin 200, and the pin lower limit sensor 455 determines the lower limit of the pin when the motor 463 pulls the pin down. Decide on The wing sensor 456 is installed at both inclined lanes to determine the inclined lower limit of the inclined lane. The pin sensor 452 detects a magnet attached to the lower part of the pin as a magnetic sensor, detects the life and death of the pin, and delivers the pin to the main controller 430.

The game start switch 421 advances the initial game. The game end switch 422 terminates the game while the game is in progress. The game path switch 423 is used for the next game user when a gamer is dropped out due to the game user's decision. The error reset switch 424 restarts the game from the present time when the pin up / down motor 463 pins up while the pin is twisted up and further game progress is difficult.

Referring to FIG. 8A, when the power is turned on, the main controller 430 sets initial values while operating each unit (801 and 802).

When the coin is detected, by monitoring whether the game start switch 421 is turned on, if the coin is turned on, the display unit of the electronic display board 440 is reset to start the game, and the pins of the lanes are aligned (set) (803 to 807). ). It is determined whether the tension sensor 453 operates during pin alignment, and when the tension sensor 453 operates three times, an error melody is sounded, and after the action is taken by manual operation, the tension release switch is turned on (831 to 840).

When the pin alignment (setting) is completed, the gamer putt the ball using the putter at the start position, and determines whether the putt ball is detected by the ball sensor 451 (807 ~ 809). When the ball is detected, the pin life and death data is read from the pin sensor 452 in the pin deck 140 after a delay of about 3 seconds, and the pin life and death data is displayed on the display board 440 (810 to 812).

If the current frame is determined by repeating the game process and the current frame is 5 frames completed, the tilt angle of the left / right inclined lane is increased by 5 ° and repeated from the pin alignment process (813 to 815).

If the current frame is completed when 10 frames are completed, the left / right inclination lane is increased by 5 ° again, and the pin realignment process is repeated. If the current frame is 15 frames completed, the left and right sides are repeated. Return the warp lane and clear the coin count buffer (816 to 820). After that, the coin detection process is repeated for another game.

As shown in FIG. 8B, the pin alignment process includes a process of performing a pin up operation (RESETING) and a process of performing a pin down operation (SETING).

Referring to FIG. 8B, when the tension is sensed by the tension sensor 453 while performing the pin up operation, a tension interrupt is generated (831 to 833). The tension interrupt determines the number of times the tension is detected and alerts the operator to take an error action when three or more times are detected (834, 835).

If the tension is not detected in the up operation, the upper limit sensor 454 is monitored to determine whether the upper limit is reached, and when the upper limit is reached, the down operation is started (836, 837).

In the down operation, the lower limit sensor 455 is detected to determine whether the lower limit is reached, and when the lower limit is reached, the pin state is checked through the pin sensor 452 to complete the alignment process if it is normal, and repeat the alignment process again if abnormal. (838-840).

9 is a flow chart illustrating a putt ball game procedure in accordance with the present invention.

In the embodiment of the present invention, the number of games is up to four (team), the game is composed of 15 frames, the game conditions in each frame is as shown in Table 1 below.

division One 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Sum A B C D Condition Inclination angle of inclination lane 5 ° 10 ° inclination angle of inclined lane Inclination angle of inclined lane 15 °

As shown in Table 1, one game consists of 15 frames, and 1 to 5 frames advance the inclination angle of the inclined lane to 5 °. From the 6th frame, the inclination angle is increased by 5 ° to increase the difficulty to 10 °, and from the 11th frame, the inclination angle is increased by 5 ° to increase the difficulty to 15 °. These conditions are just examples, and the game can be set by setting conditions in various ways as necessary.

Referring to FIG. 9, the coin is recognized by the coin recognizer according to the number of coins put by the user and automatically displayed on the electronic display panel 440 (901 and 902). For example, when four people have played the game, if a user presses a start switch after inserting a coin of a corresponding amount, the pin up / down mounting table 480 is operated to rearrange the pins.

Then, the game proceeds in order from Gamer A in order of game progress. In other words, A-B-C-D is displayed according to the order of coin input at the start of 4 people at the same time, and the priority is A order. The pin up / down mounting table 480 is provided with a tension sensor 453 so that the transfer string 486 is not broken.

In the electronic display panel 440, the order A is turned on. Place the ball on the start line and putt it into a golf putter. The putt ball is detected by a ball sensor mounted on the inclined lane, and the pin falls when it is aligned with the aligned pin. At this time, if the ball sensor detects the ball, check the number of remaining pins after about 3 seconds. If all the pins fall down, a strike is made, and if there are any remaining pins, they are putt again to handle the spare pins. The life and death of the pin is detected by the pin sensor and displayed on the gamer's A display (903-906). If the player strikes, the scoreboard displays an "X". Depending on the number of pins the user knocks down, the scoreboard displays that number. If the ball detection sensor 451 does not recognize the ball, it processes 0 points. The pin up / down mount 440 is operated to rearrange the pins (904 to 906).

In the electronic sign 440, the order B is turned on. Place the ball on the start line and putt it into a golf putter. When the ball detection sensor 451 recognizes the ball, it checks the number of pins after 3 seconds. When the ball detection sensor 451 does not recognize the ball, it processes 0 points. Reposition the pins by operating the pin up / down mount 480 (907-909).

In the electronic sign 440, the order C is turned on. Place the ball on the start line and putt it into a golf putter. When the ball detection sensor 451 recognizes the ball, it checks the number of pins after 3 seconds. When the ball detection sensor 451 does not recognize the ball, it processes 0 points. The pins are relocated by operating the pin up / down mounting table 480 (910 ~ 912).

In the electronic sign 440, the order D is turned on. Place the ball on the start line and putt it into a golf putter. When the ball detection sensor 451 recognizes the ball, it checks the number of pins after 3 seconds. When the ball detection sensor 451 does not recognize the ball, it processes 0 points. The pin up / down mounting table 480 is operated to reposition the pins (913 to 915).

On the other hand, when the pass switch 423 is input from the operation panel of the lanes in the corresponding order, the procedure of the lane is omitted and the process proceeds to the next lane. As the frame proceeds, the sum score is displayed on the sum display of the electronic display.

When all the frames are completed by all gamers, it is determined whether the 5th frame, the 10th frame, or the 15th frame is completed. ) To adjust the angle of inclination and return it to its original position when 15 frames are completed. At the end of 15 frames, the game is over. At the end of the game, a melody is generated to signal this.

As described above, according to the present invention, it is possible to play the game of putting the golf pins and bowling pins in a narrow place by configuring a small game device of the structure applying the game of putting the golf pins and bowling pins. It works. Another effect of the present invention can be equipped with a golf and bowling game facilities at a low cost by configuring a small game device having a structure applied to the game of putting the golf putt and bowling pins. Another effect of the present invention can enjoy the best of golf without the economic burden by configuring a small game device of the structure applied to the game of putting the golf putt and bowling pins as described above. Furthermore, the present invention has a significance in that a small leisure game device having a structure applied to a game of putting a golf ball and a pin of a bowling ball is developed to develop a new leisure sport that can satisfy the best of bowling and golf at the same time.

Claims (9)

In the put ball game apparatus having a center floor lane where obstacles are installed and a left / right inclined lane, the pins placed on the pin deck by the ball passing the inclined lane are knocked over. A ball detecting sensor installed on the inclined lane to sense a passage of the putt ball; A pin up / down mount for aligning the pin with the pin deck; A pin sensor for detecting a pin state of the pin deck; An inclination adjustment motor for adjusting an inclination angle of the inclination lane; An electronic board for displaying the progress of the game; Operation panel; And A game is played according to the operation of the operation panel, and after a predetermined time after the ball is detected through the ball sensor, a state of the ball is input from the pin sensor and controlled to display a score on the electronic display board. The main controller for controlling the inclination angle of the inclination lane by controlling the inclination adjustment motor according to a predetermined procedure by controlling the pin up / down mounting table to align the pin to the pin deck. Ball game operating system. The method of claim 1, wherein the operating system, And a cash processing means for inputting a game cost, wherein the main controller controls the device to operate when a predetermined amount of money is input through the cash processing means. 2. The strap of claim 1 wherein the up / down mounting rod comprises a strap connected to a pin, a pin up / down motor for winding up or down the strap to up / down the pin, and a tension of the strap to prevent the strap from breaking. It includes a tension sensor for detecting a pin, a pin upper limit sensor for detecting the upper limit of the pin up, a pin lower limit sensor for detecting the lower limit of the pin down, And the main controller recognizes the end of one frame by detecting the pin upper and lower limit sensors so that the display board displays the next frame. The method of claim 3, wherein the main controller, when the tension state of the string is detected by the tension sensor, controls the pin up / down motor to retry the alignment process, and when the number of times exceeds a predetermined number of times, error processing. Put ball game operating system. The put ball game operating system of claim 1, wherein the main controller makes one game a plurality of frames, and divides each frame into a plurality of groups so that the difficulty level can be adjusted by changing a tilt angle for each group. . The method of claim 5, wherein the main controller is a game of 15 frames, the tilt control motor to control the tilt angle of the inclination lane to 5 ° in the first to fifth frames, and in the sixth to tenth frame Put the angle of inclination is 10 °, putt game operating system, characterized in that the inclination angle is 15 ° in the 11th to 15th frame. The method of claim 1, wherein the operation panel And a game start switch, a game end switch, a pass switch, and an error reset switch. The main controller starts the game according to the game start switch, and ends the game when the game end switch is input. Put the ball game operating system, characterized in that excluded from the game order of the frame. According to claim 1, wherein the game operating system is installed so that N teams put the ball game device side by side N team, the scoreboard is characterized in that for displaying the score of each frame of the N team. Putball game operating system. If the game start switch is turned on, arranging the pins of the corresponding lane in the pin deck; If a gamer puts the ball with a putter, detecting the putt ball; Detecting a pin state of the pin deck after a predetermined time when a putt ball is detected; Displaying a strike on an electric signboard when all the pins fall down and being striked, and displaying a number of unprocessed pins after the spare process if a spare pin is present; And Repeating the process for the next frame when one frame is completed; and adjusting the degree of difficulty by adjusting the inclination angle of the inclined lane when a predetermined reference frame is reached.