JPH04133875U - Pachinko toy wing opening device - Google Patents

Abstract

(57) [Summary] (with modifications) [Purpose] In the wing opening device of pachinko toys,
The number of times the wing is opened is made different depending on whether a pachinko ball enters a hole for a jackpot or a hole for a normal win. [Structure] The wing 7 and the crankshaft 24 are connected to the actuating piece 16, and the passage that guides the balls entering each hole for jackpots and normal wins to the ball hitting machine has a ball inlet and a ball outlet. Long and short protrusions 67, 69 are provided between each ball inlet and each ball outlet, and a ball is provided at each ball inlet and ball outlet to cause a part of the ball to protrude toward the protrusion. A rotary plate 52 having a receiving portion is pressed by a push spring 64, and a transmission shaft 26 rotated by a motor 31 is connected to this rotary plate, and the protrusion is pressed against the protruding portion of the ball protruding from the rotary plate. Rotation of the transmission shaft is transmitted to the crankshaft 24 in conjunction with the pushing movement of the rotating plate.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

This invention is a pachinko toy that when a pachinko ball enters the hole, the wing It relates to a device that operates to open.

0002

[Conventional technology]

Conventional ideas regarding this type of wing opening device include those consisting of various configurations. However, when a pachinko ball enters a hole for a jackpot, and when a pachinko ball enters a hole for a normal win, The wing is configured to open differently depending on when it enters the I still can't see anything.

0003

[Problem that the idea aims to solve]

The purpose of the present invention is to provide a wing opening device having such a configuration. It is something to do.

0004

[Means to solve the problem]

In order to achieve the above purpose, the present invention provides a pachinko toy that can be raised and lowered freely. A spring that always biases the supported actuating piece to pull it down to the lower limit position. is suspended, and a wing is releasably connected to the upper end of the actuating piece. A crankshaft is connected to the lower end, and the rotating motor of the motor is connected near the crankshaft. A transmission shaft through which force is transmitted is installed so as to be able to slide freely, and this transmission shaft is equipped with the above-mentioned crank. In addition to fixing the gears that mesh with the gears fixed to the shaft, these gears are also A spring that biases the transmission shaft is suspended in the position where the ball enters the jackpot hole. A ball entrance and a ball exit are installed in the middle of the passage that guides the balls to the ball striking machine, and the ball entrance and ball exit are connected to each other. A long arc-shaped protrusion is installed between the mouths, and it is used to hit the ball that has entered the normal hole. A ball entrance and ball exit are provided in the middle of the passage leading to the machine, and a ball entrance and ball exit are installed between the ball entrance and ball exit. is provided with a short arc-shaped protrusion, and a part of the ball is inserted into each of the above balls at the entrance and exit of each ball. A rotating plate with a ball receiving part that protrudes toward the protrusion is pressed with a spring, and this rotation A gear mechanism that transmits the rotation of the transmission shaft is connected to the rotating plate, and the gear mechanism protrudes from the rotating plate. In conjunction with the pushing of the rotary plate due to the pressing of the protrusion against the protruding part of the ball, An operating lever is provided to push the transmission shaft to a position where each of the gears meshes with each other. This is a characteristic feature.

[0005]

【Example】

The embodiment of the present invention will be explained below based on the drawings. 1 is the main body case; On the front side, the area that goes down about two-thirds from the top edge to the bottom edge is the perspective surface 2, and the remaining area is about 3 1/2 area becomes the operation surface 3, and the surface of the substrate 4 fixed inside the transparent surface 2 is is the ball launch passage 5 located on the left side and the jackpot located in the center. hole 6, and a window supported so that it can be opened freely near the left and right sides of hole 6. holes 7 and 7, hole 8 located above hole 6, and a gap on both left and right sides of hole 6. Two holes 9, 9 located at a distance from each other, and a hole located diagonally below hole 6 on both the left and right sides. 2 holes with opening/closing pieces 10, 10 located below the hole 6, and 3 holes located below the hole 6. holes 11, 11, 11 and an entrance 12 for missing balls located directly below hole 6. The remaining surface of the board 4 is provided with a large number of obstacle nails, rotating plates, etc. (not shown in the figure). On the operation surface 3, there is a ball hitting handle 13 located closer to the right side and a handle 13 located in the center. The window section 14 is located off to the left side, and the switch operation section 15 is located on the left side. and is provided. 16 is an actuating piece supported on the back side of the board 4 so as to be able to rise and fall; A suitable model piece 17 is provided at the upper end of the model piece 17. Connecting pieces 18, 18 are provided, and these connecting pieces 18, 18 are provided at the proximal ends of the wings 7, 7. a shaft pin 21 that engages with long holes 20, 20 bored in the girder connecting pieces 19, 19; 21 is provided, and a hook 22 provided in the middle part of the actuating piece 16 is provided with the actuating piece 16 at all times. A spring 23 is suspended which urges it to be pulled down to the lower limit position. 24 is made A crankshaft that is supported so as to rotate eccentrically while contacting the lower end of the moving piece 16. A thick gear 25 is fixed to the end. 26 is a slidably supported transmission shaft A gear 27 that meshes with the thick gear 25 is fixed near one end, and a gear 27 that meshes with the thick gear 25 is fixed near the other end. The gear 28 is fixed. 29 is always in the position where the gear 27 is separated from the thick gear 25. A spring that biases the transmission shaft 26 so that it stays in place when the gear 28 and the bearing part 30 It is suspended in between. 31 is a motor, 32 is a transmission shaft that transmits the rotational power of the motor 31. It is a gear mechanism that transmits data while decelerating, and is fixed to the rotating shaft 33 of the motor 31. A driving gear 34, a large-diameter gear 35 pivotally supported so as to mesh with the driving gear 34, and a large-diameter gear 35 that is pivotally supported so as to mesh with the driving gear 34; A small diameter gear 36 is coaxially supported with the diameter gear 35, and the small diameter gear 36 is configured to mesh with the small diameter gear 36. A large-diameter gear 37 that is pivotally supported, a small-diameter gear 38 that is coaxially supported with the large-diameter gear 37, A large-diameter gear 39 is pivotally supported so as to mesh with the small-diameter gear 38, and a large-diameter gear 39 is coaxial with the large-diameter gear 39. A small diameter gear 40 supported by a large diameter gear 40 and a large diameter gear supported pivotally to mesh with the small diameter gear 40. A small diameter gear 42 is coaxially supported with the large diameter gear 41, and a small diameter gear 42 is engaged with the small diameter gear 41. A crown gear 45 is supported coaxially with the crown gear 45, and a crown gear 45 is supported coaxially with the crown gear 45. and a thick gear 46 that meshes with the gear 28. 47 went into hole 6 A jackpot for guiding the ball to the ball hitting machine 43 connected to the ball hitting handle 13 A ball entrance 48 is provided at a distance below this ball entrance 47 in the middle of the passage. Ball exit 49 commonly guides balls entering each hole except hole 6 to the same ball hitting machine. The ball entrance 50 is located in the middle of the normal winning passage. Ball outlets provided at intervals; 51 is a substrate to which each of the passages is fixed; 52 is a substrate 51; A rotating plate supported by a slide shaft 53 on the back surface of the pachinko ball 5 The ball receiving part 55, which is received with a part of the board 51 protruding toward the back surface of the board 51, is placed in the ball position. Six balls are provided in the circumferential direction corresponding to the inlet 47 and the ball outlet 48, and on the outer periphery of this ball receiving part 55. A ball receiving part 56 similar to the ball receiving part 55 is placed in the circumferential direction corresponding to the ball inlet 49 and the ball outlet 50. 12 are provided, and a protrusion 57 with a circular cross section and a thick gear 5 are provided at the center of the back surface of the rotary plate 52. 8 is provided. 59 is a gear mechanism that transmits the rotation of the transmission shaft 26 to the rotary plate 52; , a crown supported so as to mesh with a flesh pressure gear 60 fixed in the middle of the transmission shaft 26; A gear 61, a small diameter gear 62 coaxially supported with the crown gear 61, and a small diameter gear 62 coaxially supported with the crown gear 61; A large diameter gear 63 that is pivotally supported so as to mesh with the diameter gear 62 and the thick gear 58. It will be. Reference numeral 64 denotes a push spring suspended so as to press the rotary plate 52 against the back surface of the substrate 51. It has extruded end portions 65 and 66 that protrude into the ball outlet 48 and the ball outlet 50. 67 is along the line connecting the ball inlet 47 and the ball outlet 48 in an arc shape on the back surface of the board 51. This is a long protrusion that protrudes toward the surface of the rotary plate 52 from the position where the six ball receivers It is slidably fitted into a groove 68 connecting the space between the holes 55 in an arc shape. 69 is the board 51 Rotate from a position along the line connecting the ball inlet 49 and ball outlet 50 in an arc shape on the back side. This is a short protrusion that protrudes toward the surface of the rolling plate 52, and extends between the 12 ball receivers 56. It is slidably fitted into a groove 70 connected in an arc shape. 71 is near the back surface of the rotating plate 52 An actuating lever rotatably supported by a shaft 72 next to the The protrusion 73 that is pushed away from the rotating plate 52 and the shaft while holding the gear 28 Using 72 as a fulcrum, the transmission shaft 26 is rotated in the direction of pushing against the elasticity of the spring 26. It has a holding part 74.

[0006] In the wing opening device for a pachinko toy having the above configuration, the handle 13 is When turned in the direction marked, the switch is turned on, energizing the motor 31, and the motor 31 rotates. do. The rotation of this motor 31 is transmitted to the transmission shaft 26 by the gear mechanism 32, The rotation of the transmission shaft 26 is transmitted to the rotary plate 52 by the gear mechanism 59, and at the same time The rotation of the motor 31 is also transmitted to the ball striking machine 43 by the gear mechanism 32, and the ball 54 are launched one after another. In this state, multiple balls 54 that have been placed in the main body case are hit. If the ball 54 is hit by the machine 43 and enters the hole 6, the ball 54 will be in the jackpot path. Any ball receiver that rotates from the ball inlet 47 through the rotation of the rotary plate 52 Enter section 55. Then, a part of the ball 54 protrudes from the surface of the rotating plate 52, and Since the protruding portion is pushed by the protrusion 67, the rotating plate 52 is pushed by the elasticity of the pushing spring 64. It is pushed against it and rotates while separating from the substrate 51. When the rotary plate 52 is pushed, the The lifter 57 presses the protrusion 73 of the operating lever 71, and this movement is transmitted to the clamping part 74. The holding part 74 holds the transmission shaft 26 through the gear 27 while resisting the elasticity of the spring 29. Push the gear 27 to mesh with the thick gear 25, so that the transmission shaft 2 is connected to the crankshaft 24. 6 is transmitted, and the crankshaft 24 drives the actuating piece 16 up and down. 7 and 7 are driven open. These drives are possible because the protrusion 67 is long, so the ball 54 is This process is repeated multiple times until reaching the ball outlet 48. Ball 54 reaches ball exit 48 When the ball 54 reaches the ball receiving portion 55, the pushing end portion 65 of the push spring 64 ejects the ball 54 from the ball receiving portion 55. Bullet The ball 54 that has been pulled out is sent to the ball hitting machine 43. Also, if the ball 54 enters any hole other than hole 6, that ball 54 is rotated by the rotation of the rotary plate 52 from the ball inlet 49 through the normal passage. It enters either of the ball receiving parts 56. Then, a part of the ball 54 touches the surface of the rotating plate 52. It protrudes from the surface, and the protruding portion is pushed by the protrusion 69, so the rotary plate 52 is pushed. It is pushed against the elasticity of the spring 64 and rotates while separating from the substrate 51. Rotating plate 5 2 is pressed, the protrusion 57 pushes the protrusion 73 of the actuating lever 71, and this movement The force is transmitted to the holding portion 74, and the holding portion 74 connects the transmission shaft 26 via the gear 27 to the spring 29. The gear 27 is engaged with the thick gear 25 by pushing while resisting the elasticity of the clamp. The rotation of the transmission shaft 26 is transmitted to the crankshaft 24, and the crankshaft 24 drives the actuation piece 16 up and down. At the same time, the wings 7, 7 are driven open. These drives are carried out by the protrusion 69. Since it is short, it is performed once before the ball 54 reaches the ball outlet 50. ball 54 is ball When the outlet 50 is reached, the pushing end 66 of the pushing spring 64 pushes the ball 54 out of the ball receiving part 56. Start playing. The ejected ball 54 is sent to the ball hitting machine 43.

[0007]

[Effect of the idea]

Since the present invention is constructed as described above, the pachinko balls enter the jackpot hole. The timing of the wing opening operation is different depending on when you hit the hole and when you enter the hole for normal winning. It is possible to provide pachinko toys whose numbers are different and whose fun is increased accordingly.

[Brief explanation of drawings]

FIG. 1 is a front view of a pachinko toy.

FIG. 2 is a diagram illustrating the configuration of a wing opening/closing mechanism.

FIG. 3 is a diagram illustrating the relationship between the rotating plate and the operating lever.

FIG. 4 is a diagram illustrating the state immediately before the ball enters the ball receiving portion of the rotary plate.

FIG. 5 is a diagram illustrating a state in which the ball enters the ball receiving portion of the rotary plate and is pushed by the protrusion.

[Explanation of symbols]

7... Wing, 16... Operating piece, 23... Spring, 24
...Crankshaft, 25...Gear, 31...Motor, 26...Transmission shaft, 28...Gear, 29...Spring, 47, 49...Ball inlet, 48, 50...Ball outlet, 52...Rotary plate, 64...Press spring, 67 ...Long protrusion, 69... Short protrusion, 71... Actuation lever.

Claims (1)

[Scope of utility model registration request] Claim 1: In a pachinko toy, a spring is suspended on an actuating piece that is supported so as to be able to rise and fall so as to always pull it down to a lower limit position, and the upper end of the actuating piece is
The wings are releasably connected, and the lower end of the operating piece has a
A crankshaft is connected, and a transmission shaft to which the rotational power of the motor is transmitted is slidably installed near the crankshaft, and a gear that meshes with the gear fixed to the crankshaft is fixed to this transmission shaft. At the same time, a spring that biases the transmission shaft is suspended in a position where these gears are disengaged from each other, and a ball inlet and a ball outlet are provided in the middle of the path that guides the balls that have entered the jackpot hole to the ball hitting machine. A long arc-shaped protrusion is provided between the entrance and the ball exit, and the ball entrance and ball exit are provided in the middle of the path that guides the balls that have entered the normal winning hole to the ball hitting machine. Between the ball exit,
Short arc-shaped protrusions are provided, and each ball inlet and each ball outlet are pressed against a rotary plate having a ball receiving portion that projects a part of the ball toward each protrusion using a pressure spring. A gear mechanism for transmitting the rotation of the transmission shaft is connected to the gear mechanism, and the transmission shaft is rotated in conjunction with the pushing of the rotary plate by the pressing of the protrusion against the protruding portion of the ball protruding from the rotary plate. A wing opening device for a pachinko toy, characterized in that it is provided with an operating lever that pushes each gear to a position where each gear meshes with each other.