JPH0415268Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a track for a racing toy, in which two tracks of equal length and the same shape are provided at different positions so as to intersect at two places, and a vehicle runs on each track. passes through the above-mentioned intersection and allows each track to run in circulation, and furthermore, a racing track with a start section for each track is formed on the top surface of the game board, and each of the above-mentioned tracks is placed inside the two tracks. Provide a common goal display member for each vehicle running on the track,
The symmetrical position is the goal point, and the goal display member has a moving member that includes one goal display board that is moved by each of the traveling vehicles to each goal point in the traveling direction of each vehicle. It is characterized by

Hereinafter, embodiments of the racing toy track according to the present invention will be described in detail with reference to the drawings.

Fig. 1 is a perspective view showing an embodiment of the racing toy track of the present invention, in which 1 is a game board, and the game board 1 is formed into an oblong shape, and the middle part of the game board 1 is divided into two parts with the dividing line 2 pointing downward. It is foldable. Handles 3, 3 are provided on both edges of the game board 1, and when the game board 1 is folded, a component storage section is formed on the back surface of each, so that it can be carried as a case. On the upper surface of the game board 1, two long oval track surfaces 4, 4 are provided with positions slightly shifted in a diagonal direction and partially overlapping. Each track surface 4 is an end surface 1a of the game board 1.
It is provided by forming a slightly lower step. On the top surface of the game board 1 are each of the track surfaces 4, 4.
Partition walls 5, 5 are provided projecting over a predetermined length and at symmetrical positions to partition the area. Between both ends of each partition wall 5, 5 are the two track surfaces 4,
4, the partition walls 5, 5 have been removed and the vehicles 40, 40 running on the respective track surfaces 4, 4 cross the intersections 4a, 4a in the direction of the arrows and cross the intersections 4a, 4a on their own tracks. Can run in circulation on surface 4.
Reference numerals 6, 6 are guide projections provided at the intersections 4a, 4a, which guide the traveling vehicle 40 so that it does not move to the other side's course.

A goal support stand 7 is provided at the center of the upper surface of the game board 1, that is, at the inside surrounded by the two track surfaces 4, 4, respectively. This goal support stand 7 has two support holes 9, 9, and a support shaft 11 hanging from the base 15 of the goal display member 10,
11 is fitted from above.

Next, the goal display member 10 will be explained. In FIGS. 1 and 2, a case-shaped base 1
A long groove 20 is opened in the longitudinal direction of the central part of 5.
A moving member 10a is provided movably along this long groove 20. This moving member 10a consists of a sliding base 14, a ball 13 rising from it, and a goal display board 12 provided at its upper end. The movable member 10a cannot maintain an upright state by itself, and can only stand upright when supported by supporting members 16, 16 provided parallel to the long groove 20 and shifted in position on both sides thereof in the longitudinal direction. Thus, one end edge 16a, 16b of the pair of support members 16, 16 is connected to the long groove 20.
The grooves extend equally in length from the midpoint toward both ends of the long groove 20, respectively.

Therefore, the goal display member 10 is arranged so that the running cars 40, 40 of each course are placed on the left and right outer sides of the base 15 in the longitudinal direction.
Each time the moving member 10a moves in the opposite direction, the moving member 10a moves intermittently by a predetermined length toward the opposite side along the long groove 20, and finally, one end edge 16a of the pair of parallel supporting members 16, 16 is moved. Or deviate from 16b. At this time, the moving member 10a falls to the side where it came off, and it is determined that the traveling vehicle 40 running on the course on the side from which the moving member 10a came off has traveled the course more times than the traveling vehicle 40 running on the other course. (This difference in the number of runs is due to the difference in the operation of charging the driving force to the traveling vehicle 40, which will be explained later.) The configuration of the goal display member 10 is shown in FIG. 2. I will explain in detail. First, the sliding base 14 is pivotally supported by a support member 17 having a U-shaped cross section, and is configured to roll over with a shaft 18 as a fulcrum.

A shaft 19 hangs down from the lower surface of the support member 17, and this shaft 19 is inserted through the long groove 20 of the base 15 and enters the inside of the base 15. And base 1
5, a movable plate 22 having racks 21, 21 provided on both left and right edges is fixed to the lower end of the shaft 19. FIG. 2C is a bottom view of the case-like base 15 when the bottom plate 26 is removed and the inside is viewed from below. In the figure, the movable plate 22 has guide protrusions 23, 23 protruding from its upper surface, and guide rails 24, 23 in the base 15,
24, and also has a protrusion 25 on the lower surface.
is provided and engaged with the guide rail 27 of the bottom plate 26, thereby allowing stable movement within the base.

Further, on the bottom plate 26 of the base 15, a ratchet wheel 2 is placed at the center of both sides of the guide rail 27.
8, 28 and smaller diameter gears 29, 29
and 30, 30 are integrally formed by stacking them in order from the bottom, and these are fitted to the shafts 31, 31 of the bottom plate 26.

Part of the ratchet wheel 28 protrudes from both sides of the base 15, and when a traveling vehicle 40 (described later) travels on the track surface 4, a protrusion (described later) provided on one side of the traveling vehicle 40 extends from the ratchet wheel 28. 28 and rotates the ratchet wheel 28 one tooth at a time. Further, the tip of a hook 32, one end of which is supported on the bottom plate 26, is elastically engaged with the second stage gear 29 to prevent the ratchet wheel 28 from reversing.

Furthermore, the upper pinion 30 meshes with the rack 21 to move the movable plate 22 integrated therewith from side to side, and when the traveling vehicle 40 passes the goal display member 10 several times, the ratchet wheel 28 is moved from both sides. The ball is fed intermittently one tooth at a time, and finally the side that has rotated the ratchet wheel 28 extra can remove the sliding base 14 from the support member 16 and tilt the ball 13 and goal display board 12 onto the track surface 4 on the opposite side. .

Next, the structure of the vehicle 40 running on the track surface 4 will be explained with reference to FIGS. 3 and 4.

The traveling vehicle 40 has wheels 41 at the front and rear as shown in the figure.
42, a push rod 44 for accumulating driving force is erected at the rear of the vehicle body 43, and a rack 45 is fixed to one side thereof.

The rack 45 has a pinion 4 shown in FIG.
A gear 48 fixed to a mainspring shaft 47 is linked via a gear 6. 49 is a mainspring provided at the end of the mainspring shaft. By pressing down the push rod 44, the spring shaft 47 rotates via the pinion 46, winding the spring 49 and applying driving force to the traveling vehicle 40.

A gear 50 is integrally provided on the mainspring shaft 47, and when the mainspring 49 that has stored driving force releases the stored power, it turns the pinion 52 of the intermediate shaft 51 that is linked to the gear 50. A gear 53 on the same shaft 51 meshes with a gear 55 on an axle 54, and the spring driving force is transmitted to the axle 54. Thereby, the front wheels 41, 41 provided at both ends of the axle 54 are driven and the vehicle can travel.

In FIG. 4, reference numeral 56 is a governor that is provided on the intermediate shaft 51, swings while engaging and disengaging from the brake gear 57, and brakes the release of the mainspring 49. Further, an elastic piece 60 of a sound producing member 59 is engaged with a gear 58 provided at one end of the spring shaft 47, so that sound is produced as the spring shaft 47 rotates.

On the other hand, at the start position of track surfaces 4, 4,
When the push rod 44 of the vehicle 40 is pressed down, recesses 6a, 6a are provided to allow the push rod 44 to be pressed down sufficiently, and this position serves as a starting point for applying a driving force to the vehicle 40. This is suitable for charging the driving force to the traveling vehicle 40 whose mainspring is released. In other words, if you try to push down the push rod 44 by the required amount at other locations on the track, the lower end of the push rod will hit the track surface 4 and the mainspring will not be able to charge sufficiently. You can only charge at .

Thus, when the traveling vehicle 40 with charged driving force passes the goal display member 10, the protrusion 40a protruding from the front side of the traveling vehicle 40 traveling on each track surface 4, 4 engages with each ratchet wheel 28. Then, the ratchet wheel 2
8 is intermittently fed one tooth at a time, and as a result, the base 15
Move the inner moving plate 22. However, since the vehicles 40, 40 on the track surfaces 4, 4 running on both sides of the goal display member 10 travel in opposite directions, they engage with the ratchet wheels 28 on each side and move in one direction. Since the movable plate 22 that has been moved is again moved in the opposite direction by the other traveling vehicle 40, the movement of the movable member 10a directly connected to the movable plate 22 is canceled out, and the movement of the movable member 10a that is directly connected to the movable plate 22 is canceled out, and the movement of the movable member 10a is canceled out. Moving. In other words, there is a difference in the operation of charging power to each traveling vehicle 40, 40, or
As the traveling time passes, the traveling vehicle 4 may run over a separating strip such as the guide protrusion 5 or roll over.
There is a difference in the number of times that 0 passes the goal display member 10, and the goal display member 10 is eventually moved more by the ratchet wheel 28 on the side that has traveled more times, and finally the goal display board 12 is brought down onto its track. become. After that, the running vehicle 40 is obstructed by the goal display board 12 that has fallen on the course and is no longer able to run, which means that one game is over.

As explained above, according to the racing toy track of the present invention, two tracks are provided on the top surface of the game board so that they intersect at two places, and the positions are shifted from each other, and the vehicle running on each track crosses the above intersection. Since it is possible to pass through each track and run in a circular manner, unlike the conventional method where one track is divided into inner and outer courses and run parallel to each other, each vehicle runs while crossing each other's track. The trajectory of the shinobi is varied and interesting. Also, 2
A goal display member can be provided inside surrounded by a portion of each of the book tracks, and its symmetrical position can be set as the goal point. Since it has a moving member equipped with one goal display board that moves to each goal point in the direction, motion input members are provided on both sides of one goal display member. In addition to being able to separate the input sections with a simple configuration,
This has the effect that one game can be ended by whichever vehicle that has traveled the most tracks can bring the goal display board down onto that track.

[Brief explanation of the drawing]

Fig. 1 is an overall perspective view of the toy racing track according to the present invention, Fig. 2A is a front sectional view of the goal part,
Figure B is a sectional view of the same side, Figure C is a bottom view of the case-like base with the bottom plate removed, Figure D is a plan view of the bottom plate, Figure 3 is a side view of the traveling body, Figure 4 FIG. 2 is a plan view showing the internal mechanism of the traveling body. 1...Game board, 4...Track surface, 4a...
Intersection, 10... Goal display member, 10a... Moving member, 12... Goal display board, 40... Traveling vehicle.

Claims (1)

[Scope of utility model registration request] Two track surfaces are provided on the top surface of the game board, shifted from each other so that they intersect at two points, and vehicles traveling on each track surface can pass through the intersections and freely travel around each track surface. A starting part is formed on each track surface, and a common goal display member for each vehicle running on each track surface is provided inside surrounded by a part of each of the two track surfaces, and the symmetrical position is set as a goal display member. A racing toy, characterized in that the goal display member has a moving member equipped with a goal display board that is moved by each of the running cars to each goal point in the running direction of each of the running cars. truck.