JP2005124624A - Token game machine with slope pin panel - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a token game machine with a slope pin panel allowing a player to enjoy a game for a long period of time by facilitating to grasp a passing track by using the slope pin panel, simplifying a casing structure by using the pin panel also as a token feed guide and a slope for sliding tokens, and reducing the number of components and the cost. <P>SOLUTION: When a token input via token guides 20a and 20b enters in a hole 14a of a chucker 14, a slot of a liquid crystal display part 15 for producing a win rotates and stops. When symbols are accorded, the win is produced, tokens are paid out from a small win payout part 13 and slide the slope pin panel 10. When the token enters a bonus gate 17, the machine is shifted to an operation connected to a big win put-out and a big win put-out part 12 puts out the tokens directly to a pusher mechanism 11. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a medal game machine having a game field such as a medal pusher at a lower part of a pin panel, and paying out medals by generating a prize by inserting the medal into the game machine.

Medal game machines in which medals can be inserted and a large number of medals can be paid out are widely used. Among them, there is a type in which a large number of pins are planted and a medal is dropped on a pin panel surface on which a payout checker is arranged.
The present applicant has proposed a medal game machine having a pin panel as this type of game machine (Patent Document 1).
This proposal has an open / close mechanism on the pin panel, a separate game field is constructed separately, and two or more types of functionally different game fields can be used separately, so that a rich game with a wide variety of contents can be played. It has the characteristics.
JP 2003-62319 A

By the way, the pin panel of the conventional medal game machine is installed perpendicular to the horizontal, and the medal passing on the pin panel is accelerated and falls based on gravity.
In order to enjoy the game for a long time, it is necessary to make the medal pin panel passage time as long as possible. For this reason, it is considered to increase the number of pins on the pin panel to increase the chance of bouncing the medal and reduce the falling speed of the medal. It is done. However, when the number of pins is increased, there is a disadvantage that the possibility of clogging up medals increases.

  An object of the present invention is to use a slanted pin panel to slow down a medal fall speed and make it easy to grasp a passing trajectory and enjoy a game for a long time. An object of the present invention is to provide a medal game machine having an inclined pin panel that can simplify the body structure, reduce the number of parts, and reduce the cost.

In order to achieve the above object, claim 1 of the present invention provides a medal game machine in which medals are inserted and medals are paid out by generating a prize, in order to plant a large number of pins on the panel and generate a prize. An inclined pin panel, a medal payout mechanism near the upper end of the pin panel, and a medal payout mechanism for supplying medals onto the pin panel from the medal payout means, and a lower end of the pin panel A game field provided in the vicinity; medal insertion means for manually or automatically inserting medals into the medal game machine; and one or more medal holes, and the medals inserted by the medal insertion means are the medal holes When entering, a prize generation start means for starting an operation for generating a prize and a prize generation by the prize generation start means When the action for the start is started and a specific condition such as the arrangement order of the characters displayed by the winning generation unit is satisfied and a winning is achieved, the medal paying mechanism is operated to pay out the number of medals corresponding to the winning. Drive control means, and the medal paid out from the medal payout means is slid down to the game field along the inclination of the pin panel. Claim 2 of the present invention is the invention according to claim 1, The game field has a multi-stage structure in which a part of a plurality of boards is overlapped, and medals paid out from the pin panel side are retained on the plurality of boards to move the upper board back and forth. By pushing the medal on the lower plate on the front side, the medal is further dropped on the lower plate and the medal is paid out from the payout slot. According to a third aspect of the present invention, the medal payout mechanism has a small hit payout mechanism having a small hit payout means and a big hit payout means. The jackpot payout mechanism has a number corresponding to the winning level when the small hit payout mechanism or the big hit payout mechanism is operated according to the winning level generated at the winning generation unit. When the medals are paid out from the small hit payout means and the big hit payout mechanism is operated, all the medals stored in the big hit payout means are paid out.
According to a fourth aspect of the present invention, in the invention according to the third aspect, the small hit payout means of the small hit payout mechanism is arranged on the panel surface at the upper end of the pin panel to slide down the medal onto the panel surface, and the big hit payout mechanism. The jackpot payout means is installed on a transparent cover that covers the pin panel, and pays out medals directly to the game field without passing through the pin panel.
According to a fifth aspect of the present invention, in the invention according to the first, second, third, or fourth aspect, the winning portion of the pin panel includes a gate portion and a display portion that can jump in when a medal descends from above. The display unit displays that the slot rotates and stops due to the occurrence of a prize, and when a medal jumps into the gate unit, a bonus game that leads to a big medal payout is started.
According to a sixth aspect of the present invention, in the first, second, third, fourth, or fifth aspect, the medal insertion means is provided near an upper end of the pin panel, and the medal is inserted from the upper side of the pin panel. To do.
According to a seventh aspect of the present invention, in the invention according to the first, second, third, fourth or fifth aspect, the medal insertion means is provided in the vicinity of a boundary between the pin panel and the medal pusher mechanism. It is characterized by being put on the uppermost plate.
According to an eighth aspect of the present invention, in the invention according to the first, second, third, fourth, fifth, sixth or seventh aspect, the pin panel has means capable of adjusting an inclination angle.

  According to the present invention, the time required for the medal to pass on the pin panel is increased, so that the player can sufficiently grasp the flow of the medal and can extend the time for enjoying the game. In addition, since the pin panel is also used as a medal supply guide, the medal payout route has been specially provided in parts other than the pin panel, but this can be deleted, leading to simplification of the housing structure and reduction in the number of parts. The cost of the entire casing can be reduced. Furthermore, there is an advantage that medals to be paid out can be supplied uniformly without being biased to a part of the game field.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a perspective view showing an appearance of a medal game machine having a pin panel according to the present invention. In this embodiment, a total of four medal game machines are provided, two on the front side and two on the rear side. Each medal game machine is provided with medal slot 2a, 2b on the left and right. A transparent plate 3 is arranged in front of each medal game machine, and the player cannot touch each medal game machine. A medal payout port 4 is provided in the lower front portion of each medal game machine.

FIG. 2 is a perspective view for explaining details of each medal game machine portion of FIG.
An inclined pin panel 10 in which a large number of pins 22 are planted is disposed in the center. A big hit payout portion 12 and a small hit payout portion 13 are disposed on the upper portion of the inclined pin panel 10. A medal pusher mechanism 11 is disposed below the inclined pin panel 10. The medal pusher mechanism 11 includes an upper pusher base 11a and a lower pusher base 11b, and the upper pusher base 11a moves back and forth at a constant cycle. When the upper pusher base 11a moves backward, the medal 19a staying in the upper pusher base 11a is pushed to the front side by the pin panel surface, and the pushed out medal 19a is the front end of the upper pusher base 11a. If it is pushed out further, it falls onto the lower pusher base 11b.

When the upper pusher base 11a moves forward, the medal 19b staying on the pusher base 11b is pushed forward on the front surface of the upper pusher base 11a, and the pushed out medal 19b is the front part of the lower pusher base 11b. When pushed out from the end, it falls to the medal drop opening 21 and is paid out to the medal payout opening 4.
A chucker 14 serving as a winning start means is provided at the lower part of the inclined pin panel 10 and the middle part of the upper pusher base 11a. Since the chucker 14 is fixed to the lower part of the inclined pin panel 10, its position does not move even if the upper pusher base 4 moves back and forth. The front surface side of the chucker 14 has a plurality of holes 14a into which medals can be inserted. When a medal jumps into the hole 14a, a slot of the liquid crystal display unit 15 to be described later for generating a prize starts rotating.

The medal guides 20a and 20b connected to the medal insertion slots 2a and 2b shown in FIG. 1 have their tips reaching the upper pusher base 11a.
Therefore, if a medal is inserted at an appropriate timing when the upper pusher base 11a moves back and forth, the pusher base 11a can jump into the hole 14a of the chucker 14. The medals that have not jumped into the hole 14a are placed on the upper pusher base 11a or the lower pusher base 11b.

The jackpot payout unit 12 and the small hits payout unit 13 are portions for paying out medals when a winning occurs. When the jackpot payout is won, the jackpot payout unit 12 rotates and pays out all medals stored therein. . In addition, when winning a small payout, the number of medals corresponding to the winning level is paid out.
The inclined pin panel 10 is provided with a wiper 16 in the vicinity of the lower portion of the small hit payout portion 13, and when the small hit payout, the wiper 16 vibrates left and right. It spreads down on 10 and slides down.
A liquid crystal display unit 15 is disposed at the lower center of the tilt pin panel 10, and a bonus chucker having a bonus gate 17 is disposed in the vicinity of the liquid crystal display unit 15.

During the small payout, the bonus gate 17 performs an operation of opening a gap for entering one medal, and when a medal enters the gap and enters the bonus chucker, a bonus game is entered. If you clear the bonus game, you can get the selected item.
When the liquid crystal display unit 15 is activated to generate a prize, the slot starts rotating and stops. Further, when entering the bonus game as described above, a screen for exterminating the monster is displayed.

FIG. 3 is a partial cross-sectional view of the inclined pin panel.
The inclined pin panel 10 has a configuration in which a transparent cover 10b is covered on an inclined table 10a. In the case of small payout, the medal 19 slides down between the inclined base 10a on which the pins 22 are planted and the transparent cover 10b. In the jackpot payout, the payout medal slides down on the transparent cover 10b.

4A and 4B are cross-sectional views for explaining the medal supply switching unit. FIG. 4A shows a state in which the medal supply switching unit is switched to the big hit paying unit side, and FIG.
A path through which a medal sent from a medal feeding mechanism (not shown) passes is provided on the inclined pin panel 10 and is branched into a big hit payout path 18b and a small hit payout path 18a. When the switch 25 is installed at the branch point and the jackpot payout game is entered, the switch 25 is driven by the medal supply switching circuit 39 described later to switch to the jackpot payout path 18b as shown in FIG. 19 is supplied to the jackpot payout unit 12. The number of medals supplied is the number of medals earned in the jackpot payout game.
On the other hand, when the big hit is not generated and the small hit is paid out, the switch 25 is driven by the medal supply switching circuit 39 (see FIG. 6) and switched to the small hit payout path 18a as shown in FIG. Then, the number of medals corresponding to the small winning prize level is sent to the small winning payout path 18a. The medals sent out to the payout path 18a are paid out to the inclined pin panel 10.

5A and 5B are diagrams for explaining the payout operation of the jackpot payout mechanism. FIG. 5A shows a state in which medals are stored in the jackpot payout portion, and FIG. 5B shows a state in which the jackpot payout portion rotates and pays out. Each is shown.
When the jackpot is generated, the jackpot payout driving circuit 38 (see FIG. 6) rotates the jackpot payout portion 12 shown in FIG. 6A, and the medals stored in the jackpot payout portion 12 are placed on the transparent cover 10b of the inclined pin panel 10. Pay down and slide down. The downed medal directly reaches the medal pusher mechanism 11.

FIG. 6 is a circuit diagram showing an embodiment of a circuit of a medal game machine having an inclined pin panel according to the present invention.
Each circuit transmits and receives data via the bus 44. The ROM 34 stores a program for realizing a medal game machine, and the CPU 32 can realize each functional circuit by reading and executing this program. The CPU 32 controls the entire medal game machine, and a chucker winning determination unit 32a for determining chucker winning generation start (slot start in the image display unit 30). When the slot is rotated / stopped by winning generation starting, It has functions of a condition determination unit 32b for determining whether or not the condition is met, each winning determination unit 32c for determining a winning determined by the condition determining unit 32b, and a control unit 32d for each drive circuit. The RAM 33 is used as a work area when performing the above calculation, and further stores data of each functional circuit.

The medal detection unit 31 is a circuit that detects medals inserted from the medal insertion ports 2 a and 2 b and entering the hole 14 a of the chucker 14. The image display unit 30 includes a liquid crystal display unit 15, an image display unit that converts image data into a display format by a command from the CPU 32, and a liquid crystal drive unit that drives the liquid crystal display unit 15 based on the image data.
The drive circuit 35 is a circuit for driving each mechanism based on the control of the drive control unit 32d. The small hit payout driving circuit 36 is controlled when the CPU 32 determines that a small hit has occurred, and sends out the number of medals corresponding to the small hit level in a state where the switch 25 is controlled to be switched to the small hit payout side. In this manner, the small hit payout mechanism (actuator, motor, etc.) 40 is driven.
The pusher base drive circuit 37 drives the pusher base drive motor in accordance with an instruction from the CPU 32 to move the medal pusher mechanism 11 back and forth.
The jackpot payout drive circuit 38 drives a jackpot payout mechanism (actuator, motor, etc.) 42 so as to supply a predetermined number of medals to the jackpot payout section 12 in a state where the switch 25 is controlled to switch to the jackpot payout side. When the jackpot game ends, the jackpot payout section 12 is rotated to pay out medals.
The medal supply switching drive circuit 39 drives a medal supply switching unit composed of the switch 25 and its driving unit at the time of paying out the small hits and big wins.

7A, 7B, and 7C are flowcharts for explaining the game operation of the medal game machine having the inclined pin panel according to the present invention. Hereinafter, the operation of the game will be described with reference to FIGS.
When a medal is inserted from the medal insertion slot 2a, 2b (step (hereinafter referred to as “S”) A01), the medal rolls on the pusher table via the medal guides 20a, 20b. The chucker winning determination unit 32a of the CPU 32 determines whether or not the medal has won the chucker (SA02). That is, when a medal is inserted into the chucker hole 14a, the medal detection unit 31 detects this, and this detection information is transmitted to the CPU 32, and it is determined that a prize has been won based on this detection information. When the chucker wins, the CPU 32 starts the slot of the liquid crystal display unit 16 (SA03). When the operation is stopped, the condition determining unit 32b determines whether the condition is met, that is, whether three symbols are prepared (SA04). If there are three symbols, each winning determination unit 32c determines whether or not it is a STEP symbol winning (SA05).

The CPU 32 turns on the STEPUP lamp on the screen when the STEPUP symbol is won (SA06, SA07). Next, it is determined whether or not all the step-up lamps are lit (SA08). In this example, five step-up ramps are provided, and it is determined whether or not the step-up has been performed five times.
When all the lights are turned on, each winning determination unit 32c shifts to the Jackpot game process (SA09). After the Jackpot game process is completed, the Jackpot game process is reset and the process returns to SA01.

  If it is not a STEPUP symbol at SA05, a small win is awarded (SA10). The small winning prize is a payout from the small payout section 13, and the number of medals paid out varies depending on the pattern. For example, there are 8 images for the matching pattern of the mulberry, 15 images for the matching pattern of the horned leaf, 25 images for the matching pattern of the butterflyfish. Each winning determination unit 32c determines these, and the drive control unit 32d controls the small hit payout drive circuit 35 and operates the small hit payout mechanism 40 to pay out the determined number of medals from the upper part of the wiper (SA11). . FIG. 8A shows an example in which tropical fish horns match in the liquid crystal display unit. FIG. 8 shows a state where medals are paid out from the wiper 16 and slide down on the pin panel.

During the small hitting medal payout, the bonus gate 17 opens to the left and right to create a gap for one medal. Each winning determination unit 32c determines whether or not a medal paid out to the bonus gate 17 has entered. That is, it is determined whether or not a bonus chucker has been won (SA12). If no medal is inserted into the bonus gate 17 during the small hitting medal payout, the medal is paid out to the medal pusher mechanism 11 and the process returns to SA01. In the case of bonus chucker winning, the process shifts to bonus game processing, and when the bonus game processing ends, the process returns to SA01.
FIG. 9 shows a situation where the bonus gate 17 is opened and a medal is inserted.

FIG. 7B is a flowchart showing a Jackpot (hereinafter “JP”) game process.
When all the step-up lamps are turned on and the JP game is activated, the liquid crystal display unit 15 displays, for example, the inside of a sunken ship, explains the rules (SB01), and displays a monster holding a treasure. The bonus gates 17 are opened up to the maximum, and the bonus chuckers A, B, and C are activated. Bonus chuckers A, B, and C correspond to monsters on the screen.
It is determined whether or not the medal has entered the chucker 14 when the medal is inserted, and if the prize is won, the wiper 16 pays out the medal (SB02, SB03). Then, it is determined whether or not the paid out medal has won a bonus chucker (SB04). These determinations are made by the chucker winning determination unit 32a and each winning determination unit 32c.
When the CPU 32 wins the bonus chucker, it attacks the corresponding line in the liquid crystal screen and determines whether or not the attack hits the monster (SB05, SB06).

If the attack does not hit the monster, it is determined whether the specified time has elapsed (SB07). If the specified time has not elapsed, the process returns to the determination of SB02. When the specified time has elapsed, a losing animation is displayed on the liquid crystal display unit 15 (SB08), and the jackpot payout driving circuit 38 rotates the jackpot payout unit 12 to pay out the acquired number of medals (SB14).
Every time the attack hits the monster in SB06 and gives a certain damage to the monster, a treasure (damage bonus) held by the monster is obtained (SB09, SB10). Then, it is determined whether or not the hit point of the monster has become zero (SB11). If not, the process returns to SB02. When the hit points remaining in the monster become zero, the monster has been defeated, and a winning animation is displayed on the liquid crystal display unit 15 to obtain a clear bonus (for example, 100 medals) (SB12, SB13). . Thereafter, the jackpot payout driving circuit 38 rotates the jackpot payout portion 12 to pay out the acquired number of medals (SB14). After paying out the acquired number of medals, the JP step is reset.

FIG. 10 is a diagram showing a jackpot screen for generating jackpot payout, and is a diagram for explaining a process of damaging monsters.
(A) is an initial screen before the monster 50 takes damage, and the hit point 51 shows a state where 100 damages are held. In the upper left, the number of medals is displayed as 0, indicating that no medals have been obtained. A timer is displayed on the upper right, and the countdown of the timer is zero.
(B) indicates that 50 medals were obtained by giving damage, and the remaining 50 damages remained, and the countdown of the timer progressed to about 1/3.
The medals obtained in this way are stored in the jackpot paying unit 12 and paid out.
FIG. 11 shows a state where the big hit payout portion 12 rotates, slides down on the transparent cover 10b, and pays out directly to the medal pusher mechanism 11.

FIG. 7C is a flowchart showing bonus game processing.
When a medal enters the bonus chucker with small payout, bonus game processing is performed. The CPU 32 displays a screen for selecting an item acquired in the bonus game (for example, ball stock +1 or medal (20 to 50)), and the player selects this (SC01 to SC05). Note that the ball can be selected as the winning item because it is assumed that a lot of medals will be obtained by using the ball in other special prizes. In this embodiment, other special prize explanations are omitted. is there. In SC01-SC05, since 3 or more ball stocks cannot be made, it is determined whether or not there are 2 ball stocks. In this case, the flow is to select a ball or a medal.

Thereafter, a rule is displayed (SC05), and for example, any one of shark, sawtooth shark and hammerhead shark appears on the screen. In this example, sharks appear. The bonus gate 17 opens to the maximum, and bonus chuckers A, B, and C are activated, and the game is started.
It is determined whether or not the medal has entered the chucker 14 when the medal is inserted, and if the prize is won, the medal is paid out from the wiper 16 (SC06, SC07). Then, it is determined whether or not the paid out medal has won a bonus chucker (SC08). These determinations are made by the chucker winning determination unit 32a and each winning determination unit 32c.
When the CPU 32 wins the bonus chucker, it attacks the corresponding line in the liquid crystal screen and determines whether or not the attack hits the shark (SC09, SC10).

If the attack does not hit the shark, it is determined whether a specified time has elapsed (SC11). If the specified time has not elapsed, the process returns to SC06. When the specified time has elapsed, a losing animation is displayed on the liquid crystal display unit 15 (SC12), and the process ends.
In SC10, if the attack hits a shark, it is determined whether or not the shark hit point has become zero (SC13). If not, the process returns to SC06. If the number of hit points remaining in the shark becomes zero, the shark has been defeated, and a winning animation is displayed on the liquid crystal display unit 15 to pay out an acquired product (for example, 60 medals) (SC14, SC15). ). Bonus step processing is reset after getting the item.

FIG. 12 is a partial view for explaining another embodiment of the present invention, and is a view for explaining a switching operation of the game machine capable of changing the angle of the pin panel.
In the above embodiment, the example using the inclined pin panel is shown, but this embodiment is a case where the inclination of the pin panel can be adjusted.
The pin panel 60 composed of the panel portion 62 and the transparent cover portion 63 has a rotating portion 61 attached to the upper end portion, and the rotating portion 61 is fixed to a medal game machine main body (not shown).
As shown in (a), the medal game can be executed with the pin panel 60 in the vertical state. Further, as shown in (b), it is possible to cause the game to be executed by rotating and adjusting the rotation unit 61 to tilt the pin panel 60. Depending on the rotation angle of the pin panel 60, the lower end of the pin panel can be positioned on each position of the upper pusher base 64a and the lower pusher base 64b of the pusher mechanism 64.
By adjusting the angle, the position of the pusher mechanism 64 can be dropped by selecting the position of the pusher mechanism 64 for the small hit payout medal that slides down the pin panel portion 62 and the big hit payout medal that slides down the transparent cover portion 63.

As described above, by using the inclined pin panel in the medal game machine, the medal speed until the medal pusher mechanism is reached is slowed down, and the player can enjoy the game on the pin panel longer than before.
In the above embodiment, the medal insertion is performed manually, but the medal insertion may be performed automatically. Further, the example in which the chucker is provided near the boundary between the inclined pin panel and the medal pusher mechanism and the medal is inserted toward the portion has been described, but the position where the medal is inserted may be another position. For example, a medal may be inserted into the upper end side of the inclined pin panel. In the case of such a structure, the chucker having the medal hole is provided on the upper end side of the inclined pin panel.

  It is a medal game machine that is installed in an arcade game center and pays out medals by applying a winning effect by inserting medals.

It is a perspective view which shows the external appearance of the medal game machine which has an inclination pin panel by this invention. It is a perspective view for demonstrating the detail of each medal game machine part of FIG. It is a fragmentary sectional view of an inclination pin panel. It is sectional drawing for demonstrating a medal supply switching part, (a) has shown the state switched to the big hit payout part side, (b) has switched to the small hit payout part side. It is a figure for demonstrating the payout operation | movement of a jackpot payout mechanism, (a) shows the state where the medal is stored in the jackpot payout portion, and (b) shows the state where the jackpot payout portion rotates and pays out. Yes. It is a circuit diagram showing an embodiment of a circuit of a medal game machine having an inclined pin panel according to the present invention. It is a flowchart for demonstrating operation | movement of the game of the medal game machine which has an inclination pin panel by this invention. It is a flowchart which shows Jackpot game processing. It is a flowchart which shows a bonus game process. It is a figure which shows the state which the character of the slot of a liquid crystal display part has gathered, a small hit payout generate | occur | produced, and the medal is sliding down on the pin panel. It is a figure for demonstrating operation | movement of the bonus gate of the upper part of a liquid crystal display part. It is a figure which shows the jackpot screen for generating jackpot payout, and is a figure for demonstrating the process of damaging a monster. FIG. 11 is a diagram illustrating a state in which a bonus is cleared and a big hit is paid out in FIG. 10. FIG. 10 is a partial diagram for explaining another embodiment of the present invention, and is a diagram for explaining a switching operation of a game machine capable of changing the angle of the pin panel.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Medal game machine with inclined pin panel 2a, 2b Medal insertion slot 10 Inclined pin panel 11 Medal pusher mechanism 12 Big hit payout part 13 Small hit payout part 14 Chucker (winning generation start means)
DESCRIPTION OF SYMBOLS 15 Liquid crystal display part 16 Wiper 17 Bonus gate 18 Medal supply mechanism 18a Small hit payout side path 18b Big hit payout side path 19 Medal 20a, 20b Medal guide 21 Medal drop opening
22 pin 25 switch 30 image display unit 31 medal detection unit 32 CPU
33 RAM
34 ROM
35 Drive circuit 40 Small hit payout mechanism 41 Pusher base drive motor 42 Big hit payout mechanism 43 Medal supply switching unit

Claims (8)

In a medal game machine that inserts medals and pays out medals when a winning occurs,
An inclined pin panel having a winning generation part for planting a large number of pins on the panel and generating a winning,
A medal payout means near the upper end of the pin panel, and a medal payout mechanism for supplying medals on the pin panel from the medal payout means;
A game field provided near the lower end of the pin panel;
Medal insertion means for manually or automatically inserting medals into a medal game machine;
A winning occurrence starting means for starting an operation for generating a winning when the medal hole has one or more medal holes and the medal inserted by the medal inserting means enters the medal hole;
When the operation for generating a winning is started by the winning generation starting means, and when a winning is satisfied that satisfies a specific condition such as the order of characters displayed by the winning generating unit, the medal payout mechanism is operated to win the winning Drive control means for paying out a corresponding number of medals,
A medal game machine having an inclined pin panel, wherein the medal paid out from the medal paying means is slid down to the game field along the inclination of the pin panel.   The game field has a multi-stage structure in which a part of a plurality of boards is overlapped, and medals paid out from the pin panel side are retained on the plurality of boards to move the upper board back and forth. The medal pusher mechanism that pushes out a medal placed on a lower plate on the front side, further drops and moves the medal onto the lower plate, and pays out a medal from a payout port. A medal game machine having the inclined pin panel according to claim 1. The medal payout mechanism has a small hit payout mechanism having a small hit payout means and a big hit payout mechanism having a big hit payout means,
Depending on the winning level generated in the winning generating unit, the small hit payout mechanism or the big hit payout mechanism is operated, and when the small hit payout mechanism is operated, the number of medals corresponding to the winning level is the small hit payout means. 3. The medal game machine having an inclined pin panel according to claim 1, wherein when the jackpot payout mechanism is operated, all medals stored in the jackpot payout means are paid out. The small hit payout means of the small hit payout mechanism is arranged on the panel surface at the upper end of the pin panel and slides a medal onto the panel surface.
4. The inclined pin panel according to claim 3, wherein the jackpot payout means of the jackpot payout mechanism is installed on a transparent cover that covers the pin panel and pays out medals directly to the game field without passing over the pin panel. A medal game machine. The winning portion of the pin panel is composed of a gate portion and a display portion that can jump in when the medal descends from the top,
The display unit displays that the slot rotates / stops due to winning,
5. The medal game machine having an inclined pin panel according to claim 3, wherein when a medal jumps into the gate portion, a bonus game leading to a medal big hit payout is started.   6. The medal game machine having an inclined pin panel according to claim 1, wherein the medal insertion means is provided near an upper end of the pin panel and inserts a medal from an upper side of the pin panel.   The medal insertion means is provided near a boundary between the pin panel and the medal pusher mechanism, and the medal is inserted on the uppermost plate of the medal pusher mechanism. A medal game machine having the inclined pin panel according to 4 or 5.   8. The medal game machine having an inclined pin panel according to claim 1, wherein the pin panel has means capable of adjusting an inclination angle.

Images