JP5224732B2 - Pachinko machine game board - Google Patents

Description

  The present invention relates to a game board of a pachinko gaming machine that generates a possibility that a ball flowing down in the direction of an outer prize-winning part enters the outer prize-winning part and a middle prize-winning part.

FIG. 6 shows a front view of a part of the gaming board of the pachinko gaming machine disclosed in Patent Document 1. In FIG. 6, the game board 7 has winning parts 51; 52; 53, life nails 54; 55; 56 for each of the winning parts 51 to 53, a hook group 57 for the left outer winning part 51, and a right outer winning. A nail group 58 for the component 53 and a sorting nail group 59 for the winning component 52 on the center side are provided. Then, there is a possibility that a ball that has dropped through the gap between the claws 57 as indicated by the arrow X21 may enter the winning component 51, and a ball that has fallen through the gap between the claws 58 as indicated by the arrow X22. There is a possibility of entering the winning component 53, and a ball that has dropped from the center side that is the right side of the claws group 57 as indicated by an arrow X23 or a center side that is the left side of the claws group 58 as indicated by an arrow X23 Although the ball may enter the winning component 52, the ball that has fallen on the left side of the nail group 57 as indicated by the arrow X25 or the outside that is on the right side of the nail group 58 as indicated by the arrow X26 There is a disadvantage that the balls that have been made do not enter the winning components 51 to 53 and lack of playability.
JP-A-1-43281

  The problem to be solved by the invention is that a ball that has fallen outside the nail group may enter a left outside or right outside winning component or a central winning component located directly below the nail group. There is no point.

Game board of the pachinko game machine according to the present invention, provided apart from each other on the center side and the outside of the front of the left and right directions of the game board when the plurality of winning parts saw game board from the front, word-loop inlet and with warping outlet Rutotomoni, the after was induced in the vertical direction towards the winning parts of the outer induced rearward from the front surface of the game board by taxiways the warp inlet to the containing spheres A warp part is provided on the game board so as to be discharged from the warp outlet part, and the guide protrusion extends in a direction crossing the extending direction of the guide path in the warp part, and the warp inlet part and the warp outlet part It is provided on the front surface of the warp component in between, and is provided so as to be a passage for guiding a ball to the winning component on the center side based on the guide protrusion, and above the warp component. Thus, by passing the ball while entwining the windmill rotating in a direction parallel to the front surface of the game board around the windmill shaft protruding from the front surface of the game board, the warp inlet part or the The most important feature is that the sphere is made to flow down so as to be distributed to the guide protrusion, and is distributed so as to flow down toward the winning component on either the central side or the outside. Further, a plurality of winning parts are provided apart from each other on the center side and the outside of the front of the left and right directions of the game board when viewed game board from the front, Rutotomoni includes a word-loop inlet and warp outlet The ball that has entered the warp inlet portion is guided to the rear side of the front side of the game board by a guide path, and is guided leftward and rightward toward the winning component on the center side, and then discharged from the warp outlet portion. A warp component is provided on the game board, and the guide protrusion extends in a direction crossing a direction in which the guide path extends in the warp component, and is positioned between the warp inlet portion and the warp outlet portion. And extending in the vertical direction crossing the direction in which the guide path extends, and extending at a distance so as to be opposed to the left and right, and the balls that have entered the distance are And passing through the sphere while being entangled with the windmill rotating above the warp component and centering on the windmill shaft protruding forward from the front of the game board in a direction parallel to the front of the game board By doing so, the ball is allowed to flow down to be distributed to the warp inlet portion or the guide protrusion, and is distributed so as to flow down toward the winning component on either the center side or the outside. Good.

  In the game board of the pachinko gaming machine according to the present invention, since the ball flowing down from the upper surface of the game board in the direction of the winning component to the outside is divided into a path by the warp part and a path by the guide protrusion, the front of the game board is There is an advantage that the ball flowing down in the direction of the outer winning component enters the central winning component and may enter the outer winning component, which is rich in gaming. In the game board, if the vertical peg group and the diagonal peg group are arranged outside the warp part and the diagonal peg group is provided so as to guide the ball from the outside toward the guide protrusion, the warp part There is an advantage that the ball that has fallen outside of the contact between the warp part and the vertical nail group contacts the oblique nail group, passes through the guide projection, and enters the winning component on the center side.

  1 to 3 show the best mode for carrying out the invention. FIG. 1 shows a part of the front of the game board 7. FIG. 2 shows a cross section of FIG. 1 taken along line AA. FIG. 3 shows the front of the pachinko gaming machine. In this specification, the directions of “front”, “rear”, “left”, “right”, “upper”, “lower” are determined from the front side of the page of FIG. 3 with the pachinko gaming machine in the state of FIG. This is the direction specified when viewed.

  With reference to FIG. 1, the left periphery of the lower variable winning component 16 in the game board 7 will be described. On the front surface of the game board 7, there are starting parts 12; 13, lower variable prize-winning parts 16, windmills 18, warp parts 19, guide protrusions 20, distribution nails 25, life nails 26; 27; A diagonal nail group 30, a distribution nail 31, a diagonal nail group 32, a horizontal nail group 33, and a distribution nail group 34; 35 are provided.

  When the game board 7 is viewed from the front side, the starting part 12 constitutes a winning part provided on the outside of the front side of the gaming board 7 in the left-right direction, and the starting part 13 and the lower variable winning part 16 are provided on the front side of the gaming board 7. A winning component provided on the center side in the left-right direction is configured, and the starting component 12, the windmill 18, and the warp component 19 are arranged on a single straight line extending vertically with respect to the front surface of the game board 7. This one straight line corresponds to a virtual line assumed by connecting the cross-sectional lines AA in FIG.

  The windmill 18 rotates in a direction parallel to the front surface of the game board 7 around the windmill shaft 18 a protruding forward from the front surface of the game board 7 when a ball flowing down the front face of the game board 7 is entangled with the windmill 18. A part of the wind turbine shaft 18 a is fixed to the inside from the front surface of the game board 7.

  The warp component 19 includes a warp inlet portion 36 and a warp outlet portion 37, and guides the ball that has entered the warp inlet portion 36 to the rear side of the front surface of the game board 7, so that the warp outlet portion 37 faces the starting component 12. Discharge. The guide protrusion 20 protrudes in front of the front surface of the warp component 19 and is a portion between the warp inlet portion 36 and the warp outlet portion 37 on the front surface of the warp component 19 so as to guide the sphere from the outside to the center side. Is provided.

  The distribution nail 25 is composed of two nails that are opposed to the left and right for adjusting a ball that enters a gap between the two nails in the life nail 26. The life nail 26 is composed of two nails that are opposed to the left and right to adjust the sphere entering the warp inlet 36. The life nail 27 is composed of two nails that are opposed to the left and right for adjusting the ball entering the starting part 12. The life nail 28 is composed of two nails that are opposed to the left and right to adjust the ball entering the starting part 13.

  The vertical nail group 29 is composed of a plurality of nails arranged linearly from top to bottom on the left outside of the wind turbine 18. The diagonal nail group 30 is composed of a plurality of nails arranged below the vertical peg group 29 in a descending gradient from the left outer side to the center side. The distribution nail 31 is disposed above the guide protrusion 20.

  The oblique nail group 32 is configured by a plurality of nails arranged below the guide protrusion 20 and arranged in a descending gradient from the center side to the left outer side. The horizontal nail group 33 is configured by a plurality of nails that are arranged closer to the center than the guide protrusion 20 and are arranged so as to descend downward from the guide protrusion 20 toward the center. The sorting nail group 34 includes a number of nails scattered around the life nail 28. The sorting nail group 35 includes a large number of nails scattered around the opening / closing body 24 of the lower variable winning component 16.

  By closing the opening / closing body 24 as indicated by the dotted line, the ball inlet 16a of the lower variable prize-winning component 16 is closed, so that the ball does not enter the ball inlet 16a from the front surface of the game board 7. Since the opening / closing body 24 opens as shown by the phantom line, the ball entrance 16a is opened, so that the ball may enter the ball entrance 16a from the front surface of the game board 7.

  The clearance between the windmill 18 and the distribution nail 25, the clearance between the guide projection 20 and the warp inlet 36, the clearance between the opening / closing body 24 and the distribution nail group 35, and the two in the distribution nail 25 A gap between the nails, a gap between the sorting nail 25 and the life nail 26, a gap between the sorting nail 25 and the vertical nail group 29, a gap between the two nails in the life nails 26 to 27, A gap between the life nail 28 and the distribution nail group 34, a gap between the vertical nail group 29 and the oblique nail group 30, a gap between the oblique nail group 30 and the distribution nail 31, and a distribution nail 31 and the gap between a number of nails in the sorting nail groups 34; 35 are larger than the diameter of one sphere and more than twice the diameter of one sphere. Is also small.

  The gaps between the plurality of nails in each of the vertical nail group 29, the oblique nail group 30, the oblique nail group 32, and the horizontal nail group 33 are smaller than the diameter of one sphere.

  Therefore, the ball passing the left outer side of the windmill 18 flows down the gap between the life nail 25 and the vertical peg group 29 from the gap between the distribution nail 25 and the vertical peg group 29 as indicated by the arrow X1. Then, it contacts the oblique nail group 30 and bends in the direction of the distribution nail 31 as indicated by an arrow X2. Further, as indicated by an arrow X3, the sphere passes through the gap between the vertical nail group 29 and the diagonal nail group 30 from the left outer side of the vertical nail group 29 and then moves along the diagonal nail group 30 by the arrow X2. As shown, it flows down in the direction of the distribution nail 31.

  The sphere directed in the direction of the distribution nail 31 as indicated by the arrow X2 passes through the gap between the oblique nail group 30 and the distribution nail 31 as indicated by the arrow X4, or indicated by the arrow X5. In this way, it passes through the guide protrusion 20 and the lateral nail group 33 and heads for the starting part 13 and the lower variable prize-winning part 16. A ball directed from the horizontal nail group 33 toward the starter part 13 flows in the direction of the opening / closing body 24 of the lower variable prize-winning part 16 without entering the starter part 13 while being distributed by the sorting nail group 34, or The starting part 13 is entered through the gap between the two nails in the life nail 28 while being distributed by the sorting nail group 34. The sphere that has flowed from the lateral nail group 33 toward the lower variable winning component 16 flows toward the opening / closing body 24 of the lower variable winning component 16 while being distributed by the sorting nail group 35.

  As shown by the arrow X6 or X7, the ball passed through the wind turbine 18 is distributed from the left distribution nail 25 to the left outer side, from the right distribution nail 25 to the center side, After passing through the gap between the two nails in the split nail 25, the left nail 26 is distributed to the left outside, or after passing through the gap between the two nails in the split nail 25, the right life nail 26 to the center side, or after passing through the gap between the two nails in the sorting nail 25, passes through the gap between the two nails in the life nail 26 and enters the warp inlet 36.

  The sphere that has entered the warp inlet 36 passes through the warp passage 40 behind the guide protrusion 20 and flows from the warp outlet 37 toward the starting component 12. The sphere that has flowed from the warp outlet 37 toward the starting part 12 passes through the gap between the two nails in the life nail 27 and enters the starting part 12, or the two nails in the life nail 27 The left part or the center side of the starting part 12 is dropped without passing through the gap.

  In short, when the game board 7 is viewed from the front side, the starter part 12 is provided on the front side of the game board 7 in the left-right direction, and the starter part 13 or the lower variable prize-winning part 16 is the center of the front side of the game board 7 in the left-right direction. And the warp component 19 is separated from the starting component 12 as an outside winning component 12 and enters the warp inlet 36 to the rear side of the front of the game board 7 and is guided from the warp outlet 37. It is provided on the front surface of the game board 7 so as to be discharged toward the outer starting component 12, and the guiding protrusion 20 starts the ball from the outer side of the outer starting component 12 as the central winning component 13 or the central winning component. It is provided at a portion between the warp inlet portion 36 and the warp outlet portion 37 so as to be guided in the direction of the lower variable winning component 16 as a component.

  For this reason, the sphere that flows down from the upper surface of the game board 7 toward the outside starting part 12 is divided into a path by the warp part 19 and a path by the guide protrusion 20. Then, the sphere guided by the warp component 19 may enter the outer starting component 12, and the sphere guided by the guiding protrusion 20 may enter the central starting component 13 or the central lower variable winning component 16. There is sex. That is, a ball that flows down from the upper surface of the game board 7 toward the outside starting component 12 may enter the outside starting component 12 and the center starting component 13 or the center lower variable winning component 16. There is an advantage that there is a possibility of entering.

  In the game board 7, the vertical peg group 29 and the diagonal peg group 30 are arranged farther leftward than the warp component 19, and the diagonal peg group 30 guides the ball from the left outer side toward the guide protrusion 20. Therefore, the ball that has fallen on the left outer side of the warp component 19 contacts the slanted nail group 30 between the warp component 19 and the vertical nail group 29, passes through the guide protrusion 20 and starts. 13 or lower variable winning component 16 may be entered.

  A nail (not shown) may be provided between the vertical peg group 29 and the diagonal peg group 30, but a gap through which a sphere can pass is formed between the vertical peg group 29 and the diagonal peg group 30. Therefore, as shown by the arrow X3, the sphere starts from the left outer side of the vertical peg group 29 through the guide projection 20 through the gap between the vertical peg group 29 and the diagonal peg group 30. The possibility of entering the part 13 or the lower variable winning part 16 is generated.

  The game board 7 is provided with a distribution nail 31 disposed above the end of the guide projection 20, and a gap through which a ball can pass is provided between the oblique nail group 30 and the distribution nail 31. The ball is indicated by an arrow X4 by adjusting the head protruding from the game board 7 of the sorting nail 31 to the right side, the left side, the upper side or the lower side from the illustrated position. It becomes easy to flow in either the direction indicated by the direction or the arrow X5. For example, when the head of the distribution nail 31 is adjusted to the right side or the upper side from the illustrated position and the gap between the diagonal nail group 30 and the distribution nail 31 becomes wider, the sphere is more than the direction indicated by the arrow X5. It becomes easy to flow in the direction shown by arrow X4. Conversely, when the head of the distribution nail 31 is adjusted to the left or lower side from the illustrated position and the gap between the diagonal nail group 30 and the distribution nail 31 becomes narrow, the sphere is in the direction indicated by the arrow X4. There is an advantage that it is easier to flow in the direction indicated by the arrow X5.

  The internal structure of the warp component 19 will be described with reference to FIG. The rear portion of the warp component 19 is inserted into the component escape hole 38 formed in the game board 7 from the front of the game board 7, and the attachment portion 39 of the warp component 19 is brought into contact with the front surface of the game board 7 to cover the component escape hole 38. A warp component 19 is fixed to the game board 7 by fastening a fastener such as a screw nail (not shown) to the game board 7 from a through hole formed in the attachment portion 39. A warp passage 40 is provided at a rear portion of the warp component 19 taken into the component escape hole 38. The warp passage 40 guides the ball that has entered from the warp inlet portion 36 to the warp outlet portion 37. The front wall 41 and the warp inlet 36 that cover the front surface of the warp passage 40 in the warp component 19 are made of a light-transmitting synthetic resin so that a sphere passing through the warp passage 40 can be seen from the front of the warp component 19. The guide protrusion 20 protrudes forward from the front wall 41 of the warp component 19. The symbol P indicates a sphere. A ball approaching member 42 is fixed to the back surface of the game board 7. The ball abutting member 42 constitutes a path behind the game board 7 for guiding and discharging the balls discharged after the game board 7 downward from the starting parts 12 to 14, the upper variable prize-winning part 15 and the lower variable prize-winning part 16. . Refer to FIG. 3 for the starter parts 13; 14, the upper variable prize part 15 and the lower variable prize part 16.

  A pachinko gaming machine will be described with reference to FIG. The gaming machine frame 1 of the pachinko gaming machine is installed in the gaming machine installation structure as a container in which the gaming board 7 can be exchanged. The gaming machine installation structure is a facility called an island where pachinko gaming machines of a gaming store are installed. A window 2, a front panel 3, a saucer 4, and a launch operation mechanism 5 are provided at the front portion of the gaming machine frame 1. A launching mechanism 6 is provided inside the gaming machine frame 1.

  On the front surface of the game board 7, there are a guide rail 8, a launch passage 9, an out port 10, a general winning component 11, a starting component 12; 13; 14, an upper variable winning component 15, a lower variable winning component 16, a game nail 17, a windmill. 18, a warp part 19 and a guide protrusion 20 are provided. The upper variable winning component 15 includes an opening / closing body 21, a disengagement region 22, and a hit region 23.

  When the game board 7 is mounted inside the game machine frame 1, the game area H is surrounded by a guide rail 8 between the front panel 3 and the front of the game board 7 as an area where balls launched from the launch mechanism 6 fly. Guide rail 8, launch passage 9, out port 10, general winning component 11, starting components 12 to 14, upper variable winning component 15, lower variable winning component 16, game nail 17, windmill 18, warp The component 19 and the guide protrusion 20 are visible from the front side of the gaming machine frame 1 through the window 2 and the front panel 3.

  When the game board 7 is mounted on the gaming machine frame 1, the player puts a ball called a pachinko ball in the saucer 4, and the player operates the firing operation mechanism 5, the firing mechanism 6 responds to the operation amount of the firing operation mechanism 5. The launching mechanism 6 launches the balls taken into the inside of the gaming machine frame 1 from the tray 4 toward the launching passage 9 one by one. The ball launched into the launch passage 9 reaches the upper part of the game area H from the launch passage 9.

  In the process of flowing down the game area H, the ball that has reached the game area H enters any one of the general winning component 11, the starting component 12; 13; 14, the upper variable winning component 15, and the lower variable winning component 16. It is discharged to the rear side of the game board 7. The ball that has reached the bottom of the game area H without entering any of the general winning component 11 and the starting component 12; 13; 14, the upper variable winning component 15 and the lower variable winning component 16 7 is discharged to the rear side.

  An example of a pachinko game will be described. Every time a ball flowing down the game area H wins any one of the general winning component 11 and the starting components 12 to 14 with the opening / closing body 21 closed, a prize ball Are delivered to the tray 4 from a ball delivery mechanism (not shown). When any one of the starting parts 12 to 14 wins, the opening / closing body 21 opens. When the ball flowing down the game area H wins the upper variable winning component 15 in a state where the opening / closing body 21 is opened, the winning ball is paid out from the ball payout mechanism (not shown) to the tray 4 each time it wins. .

  When the ball that has won the upper variable winning component 15 enters the detachment area 22, the sphere that has entered the detachment area 22 is discharged to the rear side of the game board 7. When the ball that has won the upper variable winning component 15 enters the hit area 23, the ball that has entered the hit area 23 is discharged to the rear side of the game board 7, and the big hit game in which the opening / closing body 24 opens and closes starts.

  In the jackpot game, when one of the elapsed time from the start of opening / closing of the opening / closing body 24 reaches the round specified time or the number of balls won to the lower variable winning component 16 reaches the specified number of winning prizes is established. It is a game form in which the opening / closing body 24 is closed to end one round, the opening / closing of the opening / closing body 24 is resumed, and repeated up to the maximum number of rounds. The specified round time, the specified number of winnings, and the maximum number of rounds are set in the ROM of the control device.

  4 and 5 are different embodiments for carrying out the invention. FIG. 4 shows a part of the front of the game board 7. FIG. 5 shows a cross section of FIG. 4 taken along line BB. In FIG. 4, the warp component 19 and the guide projection 20 are different from the warp component 19 and the guide projection 20 of FIG. That is, in FIG. 4, the warp component 19 guides the ball that has entered the warp inlet portion 36 to the rear side of the front surface of the game board 7, and the warp outlet portion 37 can change the starting component 13 on the central side or the lower variable on the central side. It is discharged toward the winning component 16. The guide protrusion 20 protrudes forward from the front surface of the warp component 19 and has two members that are opposed to the left and right to guide the ball to the starter component 12, so that a warp inlet portion 36 and a warp outlet portion on the front surface of the warp component 19 are provided. 37. The two members facing the left and right of the guide protrusion 20 form a saddle shape such that the distance between the left and right gradually increases from the top to the bottom.

  The game board 7 is provided with a life nail 44, a vertical nail group 45, a distribution nail group 46, a distribution nail 47, a closed nail group 48, and a distribution nail 49. The life nail 44 is composed of two nails that are heeled relative to the left and right to adjust the sphere that enters the gap between the guide protrusions 20 that form the heel shape. The vertical nail group 45 is constituted by a plurality of nails arranged so as to linearly guide a sphere that has flowed down the outside of the wind turbine 18. The sorting nail group 46 is composed of two nails that are opposed to the left and right for adjusting a ball that enters a gap between the two nails in the life nail 44. The distribution nail 47 is provided between the life nail 26 and the distribution nail group 46. The closed nail group 48 is composed of a plurality of nails provided to guide the ball that has entered the gap between the two nails in the life nail 26 to the warp inlet 36. The distribution nail 49 is composed of two nails that are opposed to the left and right for adjusting a ball that enters a gap between the two nails in the life nail 27.

  Therefore, the ball passing the left outer side of the windmill 18 passes through the gap between the two nails in the life nail 26 from the gap between the vertical nail group 45 and the distribution nail 47 as indicated by the arrow X8. To the warp inlet 36, or from the gap between the vertical nail group 45 and the distribution nail 47, as shown by the arrow X9, and the guidance on the left side and between the life nail 26 and the distribution nail 47 Either falls toward the left outer side of the starting part 12 via a gap between the protrusion 20 and the warp inlet 36, or between the sorting nail group 46 and the sorting nail 47 as indicated by an arrow X10. Or the gap between the life nail 26 and the life nail 44 and the gap between the left guide protrusion 20 and the warp inlet 36 toward the left outer side of the starting component 12, or the arrow X11; X12: As shown by X13, the two of the nail groups 46 in the sorting nail group 46 are tangled with the windmill The gap between the two nails in the life nail 44, the gap between the two guide projections 20, the gap between the two nails in the sorting nail 49, the two in the life nail 27 There is a possibility of entering the starting part 12 via a gap between the nails.

  Further, the ball passing through the gap between the two guide protrusions 20 is distributed to the left outer side by the left distributing nail 49 as indicated by the arrow X14, or the right distribution as indicated by the arrow X15. The nail 49 is distributed to the center side. As indicated by the arrow X14, the ball distributed to the left outer side by the left distribution nail 49 falls without entering the outer starting part 12. As indicated by the arrow X15, the ball distributed to the center side by the right distribution nail 49 flows in the direction of the lower variable winning component 16 on the center side. The sphere that has entered the warp inlet portion 36 passes through the warp passage 40 behind the guide protrusion 20 and flows from the warp outlet portion 37 toward the starting component 13 on the center side and the lower variable winning component 16 on the center side.

  In FIG. 5, the rear part of the warp component 19 is inserted into the component escape hole 38 formed in the game board 7 from the front of the game board 7, and the attachment portion 39 of the warp part 19 is brought into contact with the front surface of the game board 7 to escape the part. The warp component 19 is fixed to the game board 7 by covering the hole 38 and fastening fasteners such as screw nails (not shown) to the game board 7 from the through holes formed in the attachment portion 39. A warp passage 40 is provided at a rear portion of the warp component 19 taken into the component escape hole 38. The warp passage 40 guides the ball that has entered from the warp inlet portion 36 to the warp outlet portion 37. The front wall 41 and the warp inlet 36 that cover the front surface of the warp passage 40 in the warp component 19 are made of a light-transmitting synthetic resin so that a sphere passing through the warp passage 40 can be seen from the front of the warp component 19. The guide protrusion 20 protrudes from the front wall 41 to the front side. The symbol P indicates a sphere.

  In FIG. 1, the distribution nail 25, the life nails 26 to 28, the vertical nail group 29, the oblique nail group 30, the distribution nail 31, the oblique nail group 32, the horizontal nail group 33, the distribution nail group 34, A nail group 35 may be provided for the right outer starting component 14, the windmill 18, the warp component 19, and the guide protrusion 20 in FIG. 3. In that case, it will be easily understood by replacing the left outside in the description of FIG. 1 with the right outside.

  2 or 5, the front wall 41 and the warp inlet portion 36 of the warp component 19 are made of a synthetic resin other than the light-transmitting synthetic resin, and the front wall 41 and the warp inlet portion 36 have a plurality of penetrations in the front-rear direction. The sphere passing through the warp passage 40 can be seen from the front of the warp component 19 by providing the holes separately in the direction in which the sphere flows or by providing slits penetrating in the front-rear direction as long holes continuous in the direction in which the sphere flows. You may do it.

  In FIG. 3, the guide rail 8 is provided on the gaming machine frame 1 or the game board 7. The guide protrusion 20 may be formed separately from the warp component 19 and attached to the game board 7. The starting components 12 to 14 may be winning components that pay out only the winning ball when the ball enters, or may have a form having an opening / closing body. The lower variable winning component 16 may be a winning component without the opening / closing body 24.

A front view of a part of the game board (best mode). FIG. 2 is a sectional view taken along line AA in FIG. 1 (best mode). The front view (best form) of a pachinko machine. The front view of a part of game board (different form). FIG. 5 is a sectional view taken along line BB in FIG. 4 (different forms). The front view of a part of game board (conventional).

Explanation of symbols

1 is a gaming machine frame, 2 is a window, 3 is a front panel, 4 is a saucer, 5 is a launching operation mechanism, 6 is a launching mechanism, 7 is a game board, 8 is a guide rail, 9 is a launch path, 10 is an outlet, 11 is a general winning component, 12 to 14 are starting components, 15 is an upper variable winning component, 16 is a lower variable winning component, 16a is a ball entrance, 17 is a game nail, 18 is a windmill, 18a is a windmill shaft, and 19 is a warp component. , 20 is a guide protrusion, 21 is an opening / closing body, 22 is a release area, 23 is a hitting area, 24 is an opening / closing body, 25 is a split nail, 26 to 28 are life nails, 29 is a vertical nail group, and 30 is a diagonal link Nail group, 31 is a distribution nail, 32 is a diagonal nail group, 33 is a lateral nail group, 34; 35 is a distribution nail group, 36 is a warp inlet, 37 is a warp outlet, 38 is a component escape hole, 39 is a mounting part, 40 is a warp passage, 41 is a front wall, 42 is a ball-separating member, 43 is a missing number, 44 is a life nail, 45 is Nail group, 46 is a distribution nail group, 47 is a distribution nail, 48 is a closed nail group, 49 is a distribution nail, 50 is a missing number, 51 to 53 are winning parts, 54 to 56 are life nails, 57; 58 Is a nail group, 59 is a sorting nail group, and H is a game area.

Claims (2)

When a plurality of winning parts are viewed from the front side of the game board, they are provided apart from each other on the center side and the outer side of the front side of the game board ,
Wa-loop inlet and with warping outlet Rutotomoni,
The warp component is guided so that the ball that has entered the warp entrance is guided rearward from the front surface of the game board by a guide path, and is guided in the vertical direction toward the outside winning component, and then discharged from the warp exit. Provided in the game board,
A guide protrusion extends in a direction crossing a direction in which the guide path extends in the warp component, and is provided between the warp inlet portion and the warp outlet portion and is provided on the front surface of the warp component. Is provided to be a passage for guiding the ball to the winning component on the center side,
By passing the ball while being entangled with a windmill that is above the warp component and that rotates in a direction parallel to the front surface of the game board around the windmill axis protruding forward from the front surface of the game board The pachinko game is characterized in that a ball is allowed to flow down to be distributed to the warp inlet portion or the guide protrusion, and is distributed so as to flow down toward the winning component on either the central side or the outer side. Machine board. When a plurality of winning parts are viewed from the front side of the game board, they are provided apart from each other on the center side and the outer side of the front side of the game board ,
Wa-loop inlet and with warping outlet Rutotomoni,
Warp so that the ball that has entered the warp entrance is guided to the rear side of the front of the game board by a guide path, and is guided in the left-right direction toward the winning component on the center side, and then discharged from the warp exit. Parts are provided on the game board,
A guide protrusion extends in a direction crossing a direction in which the guide path extends in the warp component, and is provided between the warp inlet part and the warp outlet part and provided on the front surface of the game board, and the guide path Extending in the up-down direction crossing the extending direction, and extending with a gap so as to be opposed to the left and right, and guiding the ball that has entered the gap in the direction of the outer winning component,
By passing the ball while being entangled with a windmill that is above the warp component and that rotates in a direction parallel to the front surface of the game board around the windmill axis protruding forward from the front surface of the game board The pachinko game is characterized in that a ball is allowed to flow down to be distributed to the warp inlet portion or the guide protrusion, and is distributed so as to flow down toward the winning component on either the central side or the outer side. Machine board .

Images