JPS637269Y2 - - Google Patents

Description

[Detailed description of the invention] [Field of industrial application] The present invention relates to a game board, and is a game in which the player who pushes the push rod first when the driven member rotating at the center of the game board faces a predetermined direction wins. It's about the board.

[Conventional technology]

Conventionally, there has been a game board in which two players manipulate dolls provided on the game board and hit each other with each other, and win by hitting the opponent's doll.

[Problems with conventional technology]

Many different types of game boards have been sold in the past, in which players hit dolls against each other, so they lacked a sense of freshness and lacked interest.

[Means for solving problems]

The game board of this invention includes a support board 1 and a rotary board 7 rotatably provided in the center of the support board 1 and rotated by a drive means provided on the support board 1.
, a driven member 10 pivotably supported on the rotary disk 7, and a horizontal rod 9 whose intermediate portion is pivotably supported on a support portion 9c provided on the lower surface of the rotary disk 7.
d and is formed upright on one side of the horizontal rod 9d, and its upper end abuts one side of the bottom of the driven member 10 through a through hole formed in the rotary disk 7 to support the driven member 10 so that it does not fall down. A blocking end 9b is formed on the other side of the horizontal rod 9d, and its upper end is connected to the rotary disk 7.
A swinging end 9a that contacts the other side of the bottom of the driven member 10 through a through hole formed in the lower end and causes the driven member 10 to fall down when pushed up from below by the push-up rod 3. The middle part of the rod 9 and the support plate 1 are pivotably supported at opposite positions across the rotary disk 7, and the push-up part 3a at one end is supported by the push-up part 3a at one end of the horizontal rod 9d of the swing rod 9. When located at the bottom,
It is comprised of push-up rods 3, 3 that push up one end of the horizontal rod 9d when the push-down part 3b at the other end is pushed down.

[Effect]

The support plate 1 is driven by the drive means provided on the support plate 1.
The rotary disk 7 provided at the center is rotated, and the driven member 10 provided on the rotary disk 7 also rotates together with the rotary disk 7. Then, when the driven member 10 faces in a predetermined direction, when one of the players pushes down the push-down part 3b of the push-up lever 3, the push-up part 3a rotates upward and supports the driven member 10. The swing member 9 is rotated to cause the driven member 10 to fall down. In this case, when two players push down the push-down parts 3b, 3b at the same time, both ends of the swinging member 9, whose central part is pivoted, are pushed up by the push-down parts 3a, 3a. Swinging member 9
does not swing and the driven member 10 does not fall down.

〔Example〕

An embodiment of this invention will be described below based on the drawings.

1 is a support plate, and a rotary plate 7 of this support plate 1
At positions facing each other with the push rods 3, 3 having one end serving as a pusher portion 3a and the other end serving as a pusher portion 3b, the pusher rods 3, 3 are swingable by support shafts 4, 4 at their intermediate portions. It is pivotally supported. When 3b is pushed down, 3a rotates upward using the support shafts 4, 4 as fulcrums.

Reference numerals 5 and 5 denote springs, which are interposed between the lower surface of the support plate 1 and the pusher rods 3, 3, and function to return the pusher rods 3, 3 that have been pushed down to their original state.

Reference numeral 6 denotes a storage section, with cutouts 6a, 6a on the bottom surface.
is provided so that the push-up rods 3, 3 can be retracted therein. Reference numeral 7 denotes a rotary disk, which is provided on the support plate 1 directly above the storage section 6 and is supported via a shaft 8 supported within the storage section 6. Reference numeral 9 denotes a swinging rod, which is supported on the lower surface of the rotary disk 7 so as to be able to rotate together with the rotary disk 7. The intermediate portion is attached to a support portion 9c provided on the lower surface of the rotary disk 7 housed in the storage section 6. It consists of a horizontal rod 9d which is pivotally supported so as to be swingable, and vertical rods formed upright at both ends of the horizontal rod 9d. One side of this vertical rod has an arrow-shaped tip end 9a, and the other side has an approximately L-shaped blocking end 9.
It becomes b. When the turntable 7 rotates and the push-up parts 3a, 3a of the push-up rods 3, 3 are located below the lodging end 9a, blocking end 9b of the swinging rod 9, the push-up parts 3a, 3a move the push-up parts 3a, 3a to the lodging end. 9a and the blocking end 9b can be pushed up.

Reference numeral 10 is a driven member, for example, shaped like a dinosaur, and has a rotatable upper jaw, and is capable of operating, that is, lowering, relative to a leg 11 fixed on the rotary disk 7. This dinosaur 10 is also rotatable together with the rotating disk 7, and a large protrusion 10a and a small protrusion 10b are provided on the lower surface of the dinosaur 10, and the lodging end 9a and blocking end 9b of the swinging rod 9 are in contact with each other. are in contact with each other. Therefore, in the dinosaur 10, when the pushing part 3a pushes the lodging end 9a of the swinging rod 9 and the lodging end 9a pushes the large protrusion 10a of the dinosaur 10, the swinging rod 9 tilts and the small protrusion 10b blocks it. The blocking end 9b is detached from the end 9b, and the lower edge of the blocking end 9b protrudes from the notch 6a so as to fall forward. At this time, the other push-up part 3a presses the blocking end 9b, causing the blocking end 9
When b presses the lower front surface of the dinosaur 10, the dinosaur can be prevented from falling down.

12, 12 is a feeding mechanism, and rotation rods 13,
13, driven gear 14, 14, driving gear 15, 1
5, and a crown rack 16. The rotating rods 13, 13 are formed to protrude from the tips of the pusher rods 3, 3 in the same way as the pusher portion 3a described above, and drive racks 13a, 13a are provided at the tips.
The driven gears 14, 14 are connected to the drive racks 13a, 1
3a, and are respectively pivotally supported on opposing sides of the storage section 6. The driving gears 15, 15 are in close contact with the driven gears 14, 14, and have a larger diameter than the driven gears 14, 14. The shafts of the driven gear 14 and the drive gear 15 are supported within the elongated hole 17, so that they can move up and down. The crown rack 16 is provided on the periphery of the lower surface of the rotary disk 7 mentioned above,
The drive gear 15 only moves up when the drive gear 15 moves upward.
It's starting to fit together. This crown is easy 16
is almost semi-circular, so the drive gears 15,
Only one of the 15 meshes with the other. In this way, due to the upward movement of the rotary rod 13, the rotary plate 7
The dinosaur 10 is configured to rotate together with the swinging rod 9 via the swing rod 9.

18 is an operation display body, for example, a primitive man, with arm 1
9 is rotatably supported. Reference numeral 20 is an operating rod, which is formed to protrude from the upper surface of the pusher rod 3 into the primitive man 18. Reference numeral 21 is a cam which abuts the operating rod 20 and rotates together with the arm 19. Therefore, the arm 19 is swung down toward the dinosaur 10 by pushing the operating rod 20. The spring 22 is for returning the arm that has been swung down.

The operation of the embodiment configured as described above will be described next.

To play on this game board, each player presses the push-down part 3b with the dinosaur 10 upright.
When the push-down part 3b is pushed down, the dinosaur 10 is sequentially rotated via the rotation rod 13. At this time, the driven gear 14 and the driving gear 15 mesh with the crown rack 16 due to the upward movement of the driving rack 13a.
When the pressing part 3b is released, both gears 14,
15 moves downward while rotating. Therefore, the pressing part 3b
Even if the drive rack 13a moves downward after releasing the depression, the rotary disk 7 and the dinosaur 10 will not return in the opposite direction. In addition, the push-up part 3a has a storage part 6.
However, the swinging rod 9 is rotated and deviates from the position of the notch 6a, and is not pressed by the pushing part 3a. Since it rotates while being held in contact with the dinosaur 1
0 will never fall. Since the crown rack 16 is provided on the front lower surface of the dinosaur, the dinosaur 10 is always rotated only by the operation of the push-down part 3b by the player on the side toward which the dinosaur 10 is facing. At the same time, by operating the pressing part 3b, the primitive man 1
8's arm 19 is also swung down.

In this way, press down the pressing part 3b many times and press the dinosaur 1.
0, the swinging rod 9 matches the position of the notch 6a of the storage section 6. The dinosaur 10 also faces one of the players, that is, the primitive man 18. At this time, when the other player presses his/her pusher part 3b, the dinosaur 10 opens onto the primitive man 18 due to the pusher part 3a and falls down, creating a state similar to that of a dinosaur biting a primitive man and being devoured. The player on the other side loses, and the winner is decided.

However, in this case, if the player facing the dinosaur 10 presses the push-down part 3b at the same time,
The other pushing part 3a presses and supports the swinging rod 9 so that it does not fall down, and at the same time rotates the dinosaur 10 to avoid it, so the swinging rod 9 is supported on the lower surface of the storage section 6 again. At this time, since the large protrusion 10a is supported by the arrow-shaped falling end 9a, the dinosaur 10 will not fall to the opposite side even if the force to prevent the dinosaur 10 from falling is greater than the force to topple the dinosaur 10. Therefore, a slight difference in the operation of the push-down part 3b will determine the outcome.

In this way, turn dinosaur 10 again one after another, 180
Once the player rotates, the player's position will be reversed, but he or she can still enjoy the game in the same way. The winner can be decided only when the position of the swinging rod 9 and the notch 6a of the storage part 6 match, and the time when the winner or loser can be decided is in an instant, so enjoy a very thrilling game. I can do it.

Then, once the winner is determined, the dinosaur 10 is set up again.
Just play the game again.

Note that the present invention can also be implemented in the following manner.

In addition, a motor,
It may be possible to use a mainspring or the like so that it can be operated electrically with the button 2, or the tip of the rotary rod 13 may be shaped like a pawl so that it can be fed one pitch at a time using a pawl gear.

The large protrusion 10a and small protrusion 10b of the dinosaur 10 may be made larger, the swinging rod 9 may be omitted, the storage portion 6 may be made larger in diameter, and the notch portion 6a may also be made larger.

The driven member (dinosaur) 10 may be modeled after a bear, a robot, etc., and the push-up portion 3a can be operated by protruding upward due to a spring lock, lighting a lamp, etc. It may also be something that involves somersaults. That way, you can enjoy a different type of game.

As mentioned above, the game board of the present invention has the effect of being very entertaining, as victory or defeat is determined by subtle differences.

〔effect〕

According to this invention, when the driven member rotating on the support plate faces in a predetermined direction, if one of the players operates the push rod first, the driven member falls down and the game is over.This has never happened before. A game board can be provided.

[Brief explanation of the drawing]

FIG. 1 is a longitudinal sectional view showing an embodiment of the present invention, and FIG. 2 is an enlarged view of the main parts. DESCRIPTION OF SYMBOLS 1...Support board, 3...Pushing rod, 3a...Pushing part, 3b...Pushing part, 6...Storage part, 7...Rotating plate, 9...Swinging rod, 9a...Lowing end, 9b ... Blocking end, 10 ... Dinosaur (driven member), 12 ... Feeding mechanism, 13 ... Rotating rod, 13a ... Drive rack,
14... Driven gear, 15... Driving gear, 16...
Crown Rack, 18... Primitive man (operation display).

Claims (1)

[Claims for Utility Model Registration] A support plate 1, rotatably provided in the center of the support plate 1,
A rotary disk 7 rotated by a drive means provided on the support disk 1; a driven member 10 pivotably supported on the rotary disk 7; and a support portion 9c provided on the lower surface of the rotary disk 7. A horizontal rod 9d is pivotally supported at its intermediate portion to allow rocking, and the horizontal rod 9d is formed upright on one side, and its upper end connects to the bottom of the driven member 10 through a through hole formed in the rotary disk 7. A blocking end 9b that abuts against the side and supports the driven member 10 so that it does not fall down, and a blocking end 9b that is formed upright on the other side of the horizontal rod 9d, the upper end of which is connected to the driven member 10 through a through hole formed in the rotary disk 7. a swinging rod 9 consisting of a lodging end 9a which is in contact with the other side of the bottom of the support plate 1 and which collapses the driven member 10 when pushed up from below by the push-up rod 3; The intermediate portions thereof are pivotally supported in a swingable manner at opposing positions, and when the push-up portion 3a at one end is located below one end of the horizontal rod 9d of the swinging rod 9, the push-down portion at the other end A game board comprising push-up rods 3, 3 that push up one end of the horizontal rod 9d when 3b is pushed down.