KR20130079062A - Ball game apparatus - Google Patents

Abstract

PURPOSE: A ball game apparatus is provided to allow a ball dropping down a slope to be putted into one of a plurality of receiving holes, and determine a score according to types of the receiving holes, thereby improving agility and quickness of a user. CONSTITUTION: A ball game apparatus comprises a slope mechanism (104) which has one pair of inclined plates disposed in parallel with a certain range therebetween, on which a ball inserted through a chute mechanism (102); inclined surface opening/closing mechanism (110,112) which changes the range between the one pair of inclined plates so that the ball gliding the inclined plates falls down under the inclined plates; and a ball receiving unit (106) which is installed under the inclined plates and has a ball receiving hole of a size capable of receiving the ball falling down from the inclined plates. To earn a score is determined according to reception of the ball in the receiving hole.

Description

Ball game apparatus {Ball game apparatus}

The present invention relates to a game device, and more particularly, by providing a plurality of receivers in the lower portion of the slope to which the ball is transported, and adjusting the drop timing of the ball falling from the slope, when the ball falls and enters the receiver, the ball is received. A ball game device for determining a score according to a kind of a sphere.

In the related art, there have been various ball game devices that have a plurality of ball settling grooves such as a put ball game device, a pocket ball game device, etc. and calculate a score by placing a ball in these ball settling grooves.

However, these ball game devices required the ability to read the course the ball had to go and delicate manipulation to avoid the obstacles on the plane or to select the course to roll the ball.

On the other hand, there are game devices that calculate a score by hitting or putting a thrown ball onto a target, such as a basketball game device or a target game device.

Since the type of game device using such a throwing ball requires a considerable amount of motor nerves and training, it is not difficult for a non-skilled person to fully enjoy the game.

Accordingly, there has been a demand for the enjoyment of the game using the ball in more various ways, and the development of a ball game device that can be enjoyed by anyone by a simple operation has been requested.

It is an object of the present invention to provide a ball game device capable of developing agility and quickness of a user by adjusting a ball drop position.

Ball game device according to the present invention for achieving the above object

A slope device having a pair of inclined plates arranged in parallel with a predetermined width so that the ball introduced from the ball chute slides;

An inclined surface opening and closing device for causing the ball to slide down the inclined plate by changing a distance between the pair of inclined plates to fall below the inclined plate; And

A ball receiving unit installed at a lower portion of the inclined plate and provided with a ball receiving opening having a size into which a ball dropped from the inclined plate can be introduced;

Characterized in that it comprises a.

Here, the slope device is installed spaced horizontally on the base plate,

The base plate is characterized in that it is installed inclined so as to give an inclination angle of the ball can be lowered.

Here, it is preferable that the ball discharge part which falls by gathering the ball which fell from the said slope apparatus in the lower side of the said base board is installed.

Ball game device according to the invention

The ball receiving unit is provided with a plurality of ball receiving ports,

A jump slope connected to one of the plurality of ball receivers for guiding a ball received through the ball receiver; And

And a bonus elevating device for receiving the ball guided through the jump slope and having a plurality of support plates in which a relative position with respect to the jump slope is sequentially changed.

Here, the bonus lifting device

A conveyor having a plurality of support plates installed at a predetermined distance and having an elliptical endless track;

A bonus elevating device drive motor for driving the conveyor;

.

In addition, the conveyor is preferably installed to have a predetermined inclination angle.

In addition, the bonus lifting device

A bonus ball detection sensor detecting whether a ball is received on the jump slope; And

An indicator for indicating that a bonus is successfully obtained by referring to a detection result of the bonus ball detection sensor;

.

In the ball game device according to the invention, the slope device is

A pair of parallel ball slope guides; And

A ball slope shaft rotatably supporting an upper end of the ball slope guide at a predetermined height;

Characterized in that it comprises a.

Here, the pair of inclined plate is provided on the pair of ball slope guide and formed in a wave shape on the surface facing each other; further includes,

It is preferable to change the advancing direction and speed of the ball sliding down the inclined plate by bending formed on the surfaces of the inclined plates facing each other.

In the ball game device according to the invention, the inclined plate opening and closing device is

Rotary disc;

Arms rotatably connected to edges of the disc and lower ends of the ball slope guides, respectively;

And a control unit.

Here, a pair of inclined plate opening and closing device for providing each of the pair of slope guide is provided,

The pair of inclined plate opening and closing device is preferably installed to face each other with the slope guide in the center.

In the ball game device according to the invention,

And a ball return device for recovering the ball discharged through the ball discharge part and the ball falling from the bonus elevating device and returning the ball to the ball return device.

The game apparatus of the present invention has an effect of increasing the agility and quickness of the user by allowing the ball falling on the slope to be put into one of the plurality of receivers, and determine the score according to the type of the receiver.

1 is a front perspective view showing a schematic configuration of a ball game device according to the present invention;
2 is a rear perspective view showing a schematic configuration of a ball game apparatus according to the present invention;
FIG. 3 shows a detailed configuration of the ball chute shown in FIG. 1,
FIG. 4 shows a detailed configuration of the slope apparatus shown in FIG. 1,
5 shows a detailed configuration of the inclined plate opening and closing device shown in FIG.
FIG. 6 shows a detailed configuration of the ball receiving unit shown in FIG. 1;
FIG. 7 shows a detailed configuration of the bonus ball elevating device shown in FIG. 1,
8 shows a detailed configuration of a ball collecting device applied to a ball game device according to the present invention,
9 shows a detailed configuration of the jump slope 114 shown in FIG. 1,
10 shows an appearance of a ball game device according to the present invention,
11 shows the installation state of the base plate in the apparatus shown in FIG. 10 in detail, and
FIG. 12 shows a configuration of the front display shown in FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 and 2 show a schematic configuration of a ball game apparatus according to the present invention, in which FIG. 1 is a front perspective view and FIG. 2 is a rear perspective view. 1 and 2, a ball out chute assembly 102 for injecting a ball and a ball (not shown) fed from the ball chute 102 are slid along the slope plates 104a and 104b. The ball receiving unit 106 provided below the slope device 104 and the slope device 104 and provided with a plurality of ball receiving ports (not shown, 106a to 106f), and balls to the respective ball receiving holes 106a to 106f. Ball input detection sensor unit (not shown) 108 including a plurality of sensors for detecting whether the input, and the inclined plate opening and closing device (110, 112) to open the inclined plates (104a, 104b) of the slope device 104 to the left and right. .

The slope device 104 is provided on the base plate 108, and the base plate 108 is installed to be inclined such that the inclined plates 104a and 104b have a predetermined inclination angle. At the upper end of the slope apparatus 104, a ball chute 102 for feeding balls into the inclined plates 104a and 104b of the slope apparatus 104 is installed, and at the lower end of the slope apparatus 104, the slope apparatus 104 is disposed. Inclined plate opening and closing devices 110 and 112 for opening and closing the inclined plates 104a and 104b are provided. The inclined plates 104a and 104b may be arranged in parallel at predetermined intervals to allow the ball to ride and slide, and may have a cross section curved in a wave shape to give a speed change to the sliding ball.

The ball receiving part 106 supported by the base board 108 is provided under the inclined boards 104a and 104b of the slope apparatus 104. The ball receiving portion 106 is provided with a plurality of ball receiving ports 106a to 106f disposed along the direction in which the inclined plates 104a and 104b extend.

Each of the plurality of ball receiving ports 106a to 106f is provided with ball receiving sensors 108a to 108f for detecting whether the ball is received.

One of the ball receivers 106a-106f of the ball receiver 106 communicates with the bonus elevating device 116 via the jump slope 114. Balls received through the ball receivers 106a to 106c and 106e to 106f other than the ball receivers (bonus ball receivers 106d) in communication with the jump slope 114 remain at the bottom of the base plate 108 as they are. It falls to the ball collection bucket of the ball return apparatus (not shown) 140 provided. On the other hand, the ball which is not put into the ball receiving unit 106 and left on the base plate 108 is the ball extraction unit 120 by the fences 122a and 122b and the guide plate 124b provided at the lower portion of the base plate 108. After being gathered toward the) side, the ball is dropped into the ball collecting bucket of the ball returning device 140 through the ball outlet 120.

The bonus elevating device 116 has an inclined conveyor 116a driven by a motor.

The inclined conveyor 116a of the bonus elevating device 116 is provided with a plurality of support plates 750 for supporting the balls. The ball transferred to the bonus elevating device 116 through the jump slope 114 is lifted by the conveyor 116a while being supported by one of the plurality of support plates 750 installed on the conveyor 116a. The ball transferred along the conveyor 116a falls from the top of the conveyor 116a and falls into the ball recovery bucket 840 of the ball returning device 140 provided below the base plate 108.

In consideration of the slope of the jump slope 114, the bonus lifting device 116 is installed below the base plate 108.

The game method by the apparatus shown in FIGS. 1 and 2 is as follows.

The ball introduced into the slope device 104 through the ball chute 102 slides on the inclined plates 104a and 104b of the slope device 104. The slope apparatus 104 has two parallel inclined plates 104a and 104b spaced apart from each other, and the upper portions of the inclined plates 104a and 104b are rotatably fixed and the lower portions are supported to be opened sideways.

If the inclined plates 104a and 104b of the slope apparatus 104 are opened to the left and right while the ball is descending on the slope apparatus 104, the ball that glides on the slope apparatus 104 is moved by the slope apparatus 104. It falls from the middle down. At this time, the position at which the ball falls on the slope device 104 is determined by the time point at which the inclined plates 104a and 104b are opened. The player manipulates the inclined plates 104a and 104b to open at any point while the ball descends on the inclined plates 104a and 104b of the slope apparatus 104.

The ball dropped from the slope apparatus 104 is introduced into one of the plurality of ball receivers 106a to 106f provided below the inclined plates 104a and 104b of the slope apparatus 104 or the ball receivers 106a to 106f. It may be left on the base plate 108 without being added to.

Only when the ball is thrown into one of the plurality of ball receivers 106a to 106f, the game player can obtain a score assigned to each receiver.

Each ball receiving port 106a to 106f is provided with ball receiving detection sensors 108a to 108f for detecting whether the ball is inserted, and the ball receiving holes 106a to 106f are provided by the ball receiving detecting sensors 108a to 108f. ), Whether or not the ball has been put into, the receiving port into which the ball is put, etc. can be checked, and the score scored by referring to the detection result of the ball receiving sensor 108a to 108f can be calculated.

The ball which has not been put into the ball receiving ports 106a to 106f is discharged through the ball outlet 120 provided at the lower end of the slope device 104 by the fences 122a and 122b and the ball guide plate 124.

On the other hand, one side of the base plate 108 is provided with a bonus elevating device (110). The bonus elevating device includes a conveyor 116a and a support plate 750 capable of supporting the ball in the middle of the conveyor 116a. One of the receiving ports 106a-106f (106d in FIG. 1) is in communication with the bonus elevating device 110. That is, the ball introduced into the bonus ball receiving port 106d is introduced into the bonus elevating device 110 through the jump slope 116 and is supported so as not to be shaken by one of the supporting plates 750 installed on the conveyor 116a. While riding the conveyor 116a is raised to the top of the bonus elevating device (110).

The ball is detected by the bonus ball detection sensor 728 while the ball is supported by the support plate 740 and lifted up, and the conveyor 116a detected by the detection result of the bonus ball detection sensor 728 and the conveyor sensor 732. The bonus score is calculated by referring to the rotation position of the).

That is, when the user adjusts the opening and closing of the inclined plates 104a and 104b of the slope device 104 and the ball dropped into the bonus receiving port 106d, the ball rides on the jump slope 114 and the bonus lifting device ( It is put into the conveyor 116a of 116, and is conveyed to the upper part of the bonus elevating apparatus 116 while being supported by any one of the plurality of support plates 750 installed in the conveyor 116a. On the support plate 750, the bonus score obtained by the player is displayed in letters, patterns, and the like. The ball transferred to the top of the bonus elevating device 116 is dropped and discharged to the ball return device (not shown).

An indicator 128 is installed on the upper part of the bonus elevating device 116 to indicate that the bonus ball receiving port 106d has a ball for obtaining the bonus when the ball is inserted.

The slope device 104 and the bonus elevating device 116 are isolated from each other by the partition wall 126. The partition wall 126 is for preventing a ball other than the ball received in the bonus ball receiving port 106d, for example, balls falling on the base plate 108 from entering the bonus lifting device 116.

The lower end of the slope apparatus 104 is provided with inclined plate opening and closing devices 110 and 112 for opening and closing the inclined plates 104a and 104b from side to side, respectively.

The inclined plate opening and closing device 110 includes a rotating disc 110a and a crank arm 110b connecting one end of the inclined plate 104a and the disc 110a. Due to the rotational motion of the disc 110a and the action of the crank arm 110b, the inclined plate 104a opens to the left and then closes again. A step motor 110c is provided for rotation of the disc 110a.

On the other hand, the inclined plate opening and closing device 112 includes a rotating plate 112a and a crank arm 112b connecting one end of the inclined plate 104b and the original plate 112a. Due to the rotational motion of the disc 112a and the action of the crank arm 112b, the inclined plate 104b opens to the right and closes again. A step motor 112c is provided for rotation of the disc 112a.

Balls that are not added to the receiving ports 106a to 106b, 106d to 106f and the receiving ports 160a to 106f other than the bonus receiving port 106c are collected under the base plate 108 and are provided to the ball elevating device 140. It returns to the ball chute 102 by this.

FIG. 3 shows a detailed configuration of the ball chute shown in FIG. 1. In FIG. 3, (a) is a perspective view seen from the front right side, (b) is a perspective view seen from the front left side, and (c) is a side sectional view.

Referring to FIG. 3, the ball chute device 102 is for injecting a ball into the slope device 102, and has a box-shaped ball bucket 214 open at one side toward the slope device 102. The bottom of the ball bucket 214 is inclined to allow the ball to roll towards the slope device 102. In addition, an opening 214a through which the stop bar 212 enters and exits is formed in the bottom surface of the ball bucket 214. The stop bar 212 is installed to be rotatable about the rotation shaft 204a provided below the opening 214a. The length from the axis of rotation to the end of the stop bar 212 is set to a point sufficient to protrude from the bottom of the ball bucket 214 at its end when the stop bar 212 is raised to prevent the ball from flowing along the bottom. do.

The ball chute 102 includes a stopbar drive motor 202 that drives the stopbar 212. Since the stop bar 212 is fixed on the rotation axis of the stop bar drive motor 202, the stop bar 212 rotates about the rotation axis of the stop bar drive motor 202 according to the rotation of the stop bar drive motor 202. do. In the ball restrained state, the stop bar 212 protrudes from the bottom of the ball bucket 214 to prevent the ball placed on the ball bucket 214 from being discharged to the outside. In the ball input state, the stop bar 212 rotates in the front direction of the ball bucket 214 to allow the ball placed on the ball bucket 214 to be discharged outward along the inclined bottom surface. The ball placed on the ball bucket 214 is discharged to the outside of the ball bucket 214 by the rotation of the stop bar 212.

In Fig. 3, reference numeral 204 denotes a stop bar drive motor bracket, 206 is a stop bar sensor, 208 is a stop bar sensor PCB bracket, and 210 is a ball activator fixing bracket.

4 shows a detailed configuration of the slope apparatus shown in FIG. 1. In FIG. 4, (a) is a perspective view, (b) is a bottom view, (c) is a rear view, (d) is a side view.

Referring to FIG. 4, the slope device 104 includes a pair of inclined plates 104a and 104b, a pair of parallel ball slope guides 418 and 420 supporting the inclined plates 104a and 104b, and a ball slope guide 418. Ball slope shafts 404, 408 supporting 420.

Surfaces facing each other of the inclined plate (104a, 104b) is formed in a wavy shape, it is possible to change the traveling direction and speed of the ball sliding down the inclined plate (104a, 104b) by this bending. Here, the form and number of the bends are not particularly limited.

The slope device 104 is installed to have a horizontal separation distance on the base plate 108, the base plate 108 is installed inclined so as to give an inclination angle that the ball can easily fall. On the other hand, the base plate 108 may be installed in parallel with the horizontal plane, but the slope device 104 may be installed by tilting to give an inclination angle such that the ball can easily fall. The installation angle of the slope device 104 can be determined by the height of the ball slope shafts 404, 408.

The ball slope shafts 404 and 408 are installed above the slope device 104 and rotatably support the upper ends of the ball slope guides 418 and 420. That is, when the inclined plates 104a and 104b are opened to the left and right by the inclined plate opening and closing devices 110 and 112, the ball slope shafts 404 and 408 serve as a rotating shaft in which the inclined plates 104a and 104b rotate.

In FIG. 4, reference numeral 402 is a ball slope housing, 406 is a bearing, 412 and 414 are ball slope LED PCB brackets, 422 is a ball slope LED PCB, and 424 is a bushing.

FIG. 5 shows a detailed configuration of the inclined plate opening and closing device shown in FIG. 1.

Since the inclined plate opening and closing devices 110 and 112 have the same configuration, only the configuration of the inclined plate opening and closing device 110 will be described in order to simplify the description.

The inclined plate opening and closing device 110 includes a rotating disc 110a and a crank arm 110b connecting one end of the inclined plate 104a and the disc 110a. Due to the rotational motion of the disc 110a and the action of the crank arm 110b, the inclined plate 104a opens to the left and then closes again. A step motor 110c is provided for rotation of the disc 110a. The disc 110a is coupled to the rotating shaft of the step motor 110c.

One side of the crank arm 110b is rotatably coupled to the disc 110a through the disc coupling hole 506, and the other side is rotatably coupled to the end of the inclined plate 104b through the inclined plate coupler 504.

One side of the disc 110a is formed with a transmission groove 526 for positioning. The penetrating groove 526 is detected by a sensor (not shown) installed in the sensor brackets 518 and 520. The sensor is for detecting the open state and closed state of the inclined plate 104b. Photodetecting sensors can be used as the sensors.

The step motor 110c operates in response to an opening command from the player. The user applies an opening command by using a command input device, for example, a push button, while the ball slides through the slope device 104, and the controller (not shown) controls the step motor 110c in response to the opening command. The disc 110a is driven to rotate by half a revolution. When the disc 110a rotates in accordance with the rotation of the step motor 110c, the crank arm 110b is pulled, and the ball slope guides 418 and 420 are pulled from side to side. As a result, the lower ends of the ball slope guides 418 and 420 spread to the left and right. At this time, since the upper ends of the ball slope guides 418 and 420 are supported to be rotatable by the ball slope shafts 404 and 408, the ball slope guides 418 and 420 rotate the center of the ball slope shafts 404 and 408. Will rotate.

On the other hand, when a predetermined time elapses after the lower ends of the ball slope guides 418 and 420 are opened, the step motor 110c is driven by the operation of the control unit to rotate the disc 110a by half a rotation in the opposite direction.

By this operation, the ball slope guides 418 and 420 rotate the ball slope shafts 404 and 408 in the center of rotation and return to their original positions.

On the other hand, reference numeral 518 is a ball discharge sensor bracket is provided with a sensor 522 for detecting the ball discharged through the ball outlet 524.

The step motor 110c is fixed to the bottom of the base plate 108 by the motor bracket 502.

In FIG. 5, reference numeral 510 is a bearing, 512 is a bearing cover, and 524 is a spacer.

FIG. 6 shows a detailed configuration of the ball receiving portion shown in FIG. 1. Referring to FIG. 6, a ball receipt detection sensor 610 is installed in each of the ball receivers 106a to 106c and 106e to 106f except for the bonus ball receiver 106d, and all the ball receivers 106a to 106f are provided with balls. A lamp 602 for receiving indication is installed. The ball receipt detection sensor unit 108 in the summary of the present invention represents a collection of ball receipt detection sensors 610.

The ball reception detection sensor 610 is composed of a conventional optical sensor, and includes an optical transmitter 610a and an optical receiver 610b. The optical transmitter 110a and the optical receiver 110b are supported by the brackets 606a and 606b and the brackets 610a to 610c, respectively.

FIG. 7 shows a detailed configuration of the bonus ball elevating device shown in FIG. 1.

Referring to FIG. 7, the bonus lifting device 110 includes a conveyor 116a, a support plate 750 installed on the conveyor belt 706 of the conveyor 116a, a bonus lifting motor 716, a pulley 718, and timing. A belt 720.

The conveyor 116a includes a conveyor belt 706, a bonus lift head pulley 708, a bonus lift tail pulley and a bearing assembly 730.

The driving force generated in the bonus elevating motor 716 is transmitted to the bonus elevating device head pulley 708 of the conveyor 116a through the pulley 718 and the timing belt 720. The conveyor belt 706 is conveyed by the rotation of the bonus elevator head pulley 708. The support plate 750 is installed on the conveyor belt 706 to support the ball falling through the jump slope 116 and to transport the ball upward.

By the operation of the conveyor 116a, the positions of the plurality of support plates 750 with respect to the jump slope 114 are sequentially changed. Different bonus scores are assigned depending on which support plate 750 the ball guided by the jump slope 114 is supported by.

The conveyor 116a has an elliptical caterpillar and is inclinedly installed. Installing the conveyor 116a at an angle allows the user to visually check the ball and the bonus score received by the support plate 750, and drops the ball received by the bonus elevating device 110 at a predetermined position. It is to be able to recover to the recovery device 140.

In order to visually notify the player that different bonus scores are granted according to the support plate 750, the corresponding bonus score may be marked on the back side of the support plate 750, that is, the surface shown by the player.

The conveyor sensor 732 and the bonus ball detection sensor 728 are installed to determine the type of the support plate 750 and whether the ball is accommodated by the support plate 750.

The conveyor sensor 732 detects the type of the support plate 750 at the position to receive the ball guided by the jump slope 114, and the bonus ball detection sensor 728 checks whether the ball is received by the support plate. Detect. The bonus ball detection sensor 728 is installed on the outlet side of the jump slope 114.

Both sides of the conveyor 116a allow sidewalls to be formed by the brackets 702 and 712 so that the balls supported by the support plate 750 cannot escape until they reach the top of the conveyor 116a.

On the other hand, an indicator 128 is installed on the upper part of the bonus elevating device 116 to indicate that the bonus is successfully obtained when the ball is put into the bonus receiving port 106d.

In FIG. 7, reference numeral 704 is a bearing, 710 is a bonus lift bracket, 712 is a conveyor bracket, 714 is a bonus lift motor bracket, 722 and 724 is a bonus lift tension bracket, and 726 is a bonus ball. Detection sensor bracket, 730 is a harness fixing bracket, 734 is a conveyor sensor bracket, 736 is a jump slope conveyor bracket, 738 is a bonus ball lift tail pulley and bearing assembly, and 740 is a WIN PCB assembly.

8 shows a detailed configuration of a ball collecting device applied to a ball game device according to the present invention. The ball elevating device 140 collects the balls collected in the ball collecting unit 106, the ball extracting unit 120 of the base plate 108, and the ball collecting bucket 840 recovering the balls falling from the bonus elevating device 110. It is a device for transferring to the ball chute (102).

Referring to FIG. 8, the ball lifting device 140 includes a belt 814 hooked between the head pulley 808 and the tail pulley 806, a ball attachment 816 installed on the belt 814, and a head fleece ( Motor 834 for rotating 808. Belt 814 is supported by supports 802 and 804 of ball elevating device 140.

The bottom of the ball recovery bucket 840 is inclined toward the ball attachment 816 side, whereby the ball recovered by the ball recovery bucket 840 is placed on the ball attachment 816 along the inclined bottom surface.

As the belt 814 provided with the ball attachment 816 is conveyed upwards, the ball attachment 816 is conveyed toward the ball chute 102, and is bent at the upper end of the belt 814, and is conveyed downward again. When the conveyance direction of the ball attachment 816 at the top of the belt 814 is changed, the ball placed on the ball attachment 816 falls to the elevator slope 818. The ball rolled down in the elevator slope 818 falls to the ball chute 102 through a hole formed in the bottom of the elevator slope 818.

Above the upper end of the belt 814, a micro switch 824 and a ball touch switch 822 are provided for detecting a ball carried by the ball attachment 818.

The ball lowered from the bonus ball elevating device 110 is recovered to the ball recovery bucket 840 through the transfer path 826.

In FIG. 8, reference numerals 810 and 812 are tension brackets, 820 are touch switch bracket covers, 822 are ball touch switch brackets, 830 are elevator slope supports, 823 are elevator motor brackets, and 836 and 838 are Motor coupling.

9 shows a detailed configuration of the jump slope 114 shown in FIG.

The jump slope 114 is for guiding the ball dropped to the bonus ball receiver 106d to the bonus elevating device 110. The jump slope 114 has a trough shape so that the ball dropped to the bonus ball receiving hole 106d is guided, and a sensor 902 is installed on the sidewall of the trough to detect whether the ball is inserted. The sensor 902 may be implemented as an optical sensor.

An LED 906 may be installed on the bottom of the jump slope 114 to visually indicate whether a ball is inserted.

In FIG. 9, reference numeral 904 denotes acrylic for covering the jump LED 906, and 910 denotes a cover for protecting the sensor 902.

10 shows an appearance of a ball game device according to the present invention. In FIG. 10, (a) is a front view, (b) is a side view, and (c) is a perspective view.

Referring to FIG. 10, the game apparatus 1000 according to the present invention may include a central portion 1002 in which the base plate 108 of FIG. 1 is installed, an operation portion 1006 installed in the front center of the central portion 1002, and an operation portion 1006. The coin input unit 1008 and the ticket release unit 1010 are respectively installed on the lower left and right of the).

FIG. 11 shows the installation state of the base plate in the apparatus shown in FIG. 10 in detail.

The base plate 108 is obliquely installed backward in the center portion 1002. The slope device 104 is disposed at the center of the base plate 108, and the ball sliding device 102 is disposed above the rear end center of the slope device 104, and at the right end of the base plate 108, a bonus lifting device ( 110 is installed.

At the rear end of the base plate 108, a front display unit 160, which is erected in the vertical direction, is installed, and the front display unit 160 is provided with a ball counter 160 and a base plate 108 installed above the ball sliding device 102. At the rear right side of the top) has a scoreboard 164 is installed.

The ball elevating device 140 is disposed below the base plate 108. The ball elevating device 140 is installed to be accommodated in the internal space of the cabinet 1002.

FIG. 12 shows a configuration of the front display shown in FIG.

The front display 160 is for displaying the number of remaining balls and the score obtained, and includes a ball counter 162 and a score display unit 164.

102 Ball chute 104 Slope device
106 ... ball receiver 108 ... base plate
110, 112 ... Slope plate opener 114 ... Jump slope
116 Bonus Lift 120 Ball Outlet

Claims (21)

A slope device having a pair of inclined plates arranged in parallel with a predetermined width so that the ball introduced from the ball chute slides;
An inclined surface opening and closing device for causing the ball to slide down the inclined plate by changing a distance between the pair of inclined plates to fall below the inclined plate; And
A ball receiving unit installed at a lower portion of the inclined plate and provided with a ball receiving opening having a size into which a ball dropped from the inclined plate can be introduced;
Including;
A ball game device, characterized in that for determining the score according to whether the ball received in the ball receiving port.
The method of claim 1,
The slope device is installed horizontally spaced on the base plate,
The base plate is a ball game device, characterized in that installed inclined so as to give an inclination angle of the ball can be lowered.
The method of claim 1,
The slope device is a ball game device, characterized in that installed on the base plate inclined so as to give an angle of inclination that the ball can descend.
The method of claim 3,
Ball game device, characterized in that the ball discharge portion is provided on the lower side of the base plate is dropped by the ball falling from the slope device is collected.
The ball game device according to claim 2, wherein the ball discharge part comprises a ball discharge port provided at a lower side of the base plate.
The method of claim 5,
The ball game device, characterized in that provided in the lower portion of the base plate further comprises a fence to guide the ball dropped to the base plate to the ball discharge portion.
The method of claim 2,
The ball receiving unit is provided with a plurality of ball receiving ports,
A jump slope connected to one of the plurality of ball receivers for guiding a ball received through the ball receiver; And
And a bonus elevating device for receiving a ball guided through the jump slope and having a plurality of support plates in which a relative position with respect to the jump slope is sequentially changed.
Ball game device, characterized in that the different bonus points are given according to the type of the support plate that accommodated the ball guided through the jump slope.
The method of claim 7, wherein
Ball game device further comprises a partition installed between the ball receiving unit and the bonus lifting device.
The method of claim 7, wherein the bonus lifting device
A conveyor having a plurality of support plates installed at a predetermined distance and having an elliptical endless track;
A bonus elevating device drive motor for driving the conveyor;
Ball game device comprising a.
10. The method of claim 9,
The ball game device, characterized in that the conveyor is installed to have a predetermined inclination angle.
The method of claim 10,
And sidewalls formed on both sides of the conveyor to prevent the ball supported by the support plate from being separated until it reaches the top of the conveyor.
The method of claim 7, wherein
A bonus ball detection sensor detecting whether a ball is received on the jump slope; And
An indicator for indicating that a bonus is successfully obtained by referring to a detection result of the bonus ball detection sensor;
Ball game device further comprises.
3. The slope device of claim 2 wherein the slope device is
A pair of parallel ball slope guides; And
A ball slope shaft rotatably supporting an upper end of the ball slope guide at a predetermined height;
Ball game device comprising a.
The method of claim 13,
And a pair of inclined plates provided on the pair of ball slope guides and formed in a wavy shape on surfaces facing each other.
Ball game device, characterized in that for changing the traveling direction and the speed of the ball sliding down the inclined plate by the bending formed on the surfaces facing each other of the inclined plates.
The method of claim 13, wherein the inclined plate opening and closing device
Rotary disc;
Arms rotatably connected to edges of the disc and lower ends of the ball slope guides, respectively;
Ball game device comprising a.
16. The method of claim 15,
Ball game device further comprises a motor for driving the disc.
17. The method of claim 16,
Ball game device, characterized in that the periphery of the disc is formed in the permeable groove to determine the rotation position of the disc by an optical sensor installed on the top and bottom of the disc.
16. The method of claim 15,
A pair of inclined plate opening and closing device for providing each of the pair of slope guides is provided,
The pair of inclined plate opening and closing device is a ball game device, characterized in that installed to face each other with the slope guide in the center.
19. The method of claim 18,
The pair of inclined plate opening and closing devices facing each other are installed on the base plate, and a ball discharge part is formed between the lower one side of the base plate and the pair of inclined plate opening and closing devices, in which balls dropped from the slope device are collected. Ball game device characterized in that.
20. The method of claim 19,
The ball game device, characterized in that the ball discharge sensor for detecting whether the ball falls to the ball discharge portion on each side of the pair facing the inclined plate opening and closing device.
The method according to claim 7 or 19,
And a ball return device for recovering the ball discharged through the ball discharge part and the ball falling from the bonus elevating device and returning the ball to the ball return device.

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