JP3240208U - Three-dimensional traveling device for moving toy body - Google Patents

Abstract

A three-dimensional traveling device for a mobile toy body is provided, which secures a long traveling path by minimizing the installation area. A traveling route of a three-dimensional traveling device includes a plurality of traveling paths 1 that can be arranged in a vertical relationship, and one end of each of these traveling paths that allows a vehicle toy T to ride on from the traveling path arranged below. is arranged, and is mounted so as to be able to be lifted by the movement of the traveling body T by means of a shaft 2a. The running path 1 and the movable running path 2 are arranged so that the other end of the running path 1, that is, the movable running path 2, which is the second stage, is located on the side where the movable running path 2 of the first stage running path 1 does not exist. By arranging them alternately in a vertical relationship, a plurality of travel routes can be additionally arranged in a narrow area as much as possible. [Selection drawing] Fig. 1

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a three-dimensional travel device that forms a three-dimensional route along which a moving body such as a toy or playground equipment, particularly a moving body capable of reciprocating motion, travels.

In Patent Document 1, an uphill route consisting of at least one movable road provided with a swinging habit so that the traveling starting end is always connected to the vicinity of the traveling end of the movable road immediately below, and a mutual maximum via a connecting road. A three-dimensional traveling device for a toy is proposed, which is composed of a descending route consisting of at least one movable path that connects to the upper movable path and swings so as to be connected to the traveling starting end of the movable path directly below by the weight of the traveling vehicle. It is
However, since the ascending route and the descending route are arranged separately in the horizontal direction, there is an inconvenience that a large area is required for installation.

JP-A-2003-33581

The present invention has been made in view of such problems, and the object thereof is to allow model vehicles, amusement vehicles, etc., to run in as small an installation space as possible while varying their running modes. To provide a three-dimensional traveling device which can be used, especially for a reciprocating movable toy body.

In order to achieve such a task, the present invention connects the running path main body and the running area directly below so that the running toy can enter at the end, and the lower area allows the running toy to pass through, and is supported by gravity. It comprises a three-dimensional runway with a unit consisting of a first movable runway imparted with a swinging behavior to free up the lower region.

Since the units constituting the running path can be arranged in a vertical relationship as much as possible, a long three-dimensional running path that can circulate even in a narrow area can be formed.

BRIEF DESCRIPTION OF THE DRAWINGS Sectional drawing which shows the 1st Example of this invention. FIG. 4 is a cross-sectional view showing the operation during descent of the first embodiment of the present invention; Sectional drawing which shows the 2nd Example of this invention. Figures (A) to (C) are cross-sectional views showing the operation of the second embodiment. FIG. 8 is a cross-sectional view showing the operation of the third embodiment of the present invention together with the operation; The perspective view which shows an example of the above-mentioned 3rd Example. The top view which shows the other example of the above-mentioned 3rd Example. The figure which shows the other Example of a driving|running|working path.

Therefore, an embodiment of the present invention will be described below.
FIG. 1 shows a three-dimensional traveling device that constitutes one embodiment of the present invention.
The traveling route of this three-dimensional traveling device includes a plurality of traveling paths 1 that can be arranged in a vertical relationship, and one end of each of which is positioned so that the vehicle toy T can ride on from the traveling path arranged below. A movable running path 2 is arranged and mounted so that it can be lifted by movement of the running body T by means of a shaft 2a.

The running path 1 and the movable running path 2 are reversed left and right. By arranging them alternately in a vertical relationship so that 2 are positioned, it is possible to add and arrange a plurality of travel routes in a narrow area as much as possible.

In this embodiment, when the toy vehicle T is caused to run in the running area 4 of the base portion from the start point S, it hits the movable running track 2 which hangs down by gravity near the end of the running track 1 of the first stage.

The vehicle toy T further advances and pushes up the movable track 2 against gravity, and the movable track 2 is rotated upward about the shaft 2a. As a result, the vehicle toy T passes under the movable running path 2 while pushing it up. After passing through, the tip of the movable running path 2 hangs down again to the lower running area 4 due to its own weight.

When the traveling direction of the toy vehicle T is reversed at the stage when the toy vehicle T passes through the movable traveling path 2, the traveling path 2 on the hanging movable traveling path 2 is backed up and the upper traveling path 1 connected thereto is backed up. I will run with.

When it reaches the vicinity of the right end of the travel path 1 in this way, it pushes up the upper movable travel path 2 hanging down by gravity and passes through it. The running direction of the vehicle toy T is switched to the normal running direction at the stage when it has completely passed.

As a result, the vehicle toy T climbs up the movable track 2 on which the vehicle toy T hangs in the normal direction, and then transfers to the upper (second) track 1 and advances there.
Thereafter, while repeating the reciprocating motion for each stage in this way, the vehicle moves on to the traveling path of the upper stage one after another and travels.

When the vehicle toy moves to the uppermost stage, the movable running path 2 can be horizontally held by the hook 2b provided at the upper end of the movable running path 2 as shown in FIG. A weight 3 is attached so that the tip side hangs down on the lower running path 1. - 特許庁

In this state, when the toy vehicle T reaches the movable running path 2 and moves beyond the rotating shaft 2a to the tip side, the weight of the toy vehicle T causes the movable running path 2 to rotate about the rotating shaft 2a. Forms a descent path by contacting the lower runway.

As a result, the vehicle toy descends the movable running path 2 and transfers to the running path 1 on the lower stage side. Needless to say, the length of the movable running path 2 is set so that the toy vehicle can travel at an angle when it contacts the lower running area.

When the vehicle toy T starts to run on the lower running path as it is, the vehicle toy disappears from the movable running path 2 and the movable running path 2 is flipped up by the weight 3 to be in a horizontal state and the lower running area is released.

At this stage, when the traveling direction of the vehicle toy T is switched, it passes under the movable traveling path 2 in the horizontal state and advances on the traveling path 1, and moves to the horizontal state located at the end of the traveling path 1 in the lower stage. Enter the movable runway 2.

Thereafter, in the same manner as described above, when the movable running path 2 descends to the lower running path 1 due to the entry of the toy vehicle T, the process of entering the lower running path one after another while reversing the running direction of the toy vehicle T is repeated. Descend to the bottom.

When the toy vehicle T reaches the start point S, the weights 3 of all the movable running paths 2 are removed, and the state shown in FIG.

FIG. 3 shows a second embodiment of the present invention. At one end of the upper runway 10 is a lower runway 11 (11') which is rotatable by a rotary shaft 10a and which is rotatable by gravity. , and the other end of the upper runway 11 is always maintained substantially horizontal by the rotating shaft 10b, and is rotated by the weight of the vehicle toy, and the tip is the lower runway. A second movable running path 13, which contacts the path 11 or descends to a position through which the vehicle can pass, is constructed horizontally by a weight 14 or balanced so that the vehicle toy T can pass.

In this embodiment, the running path 11' is provided exclusively for climbing, but the movable running path 12 is extended to the lower running path 11 so that the movable running path 12 can be directly entered from the running path 11. good too.

In this embodiment, when the vehicle toy T reaches the first movable traveling path 12 directly or via the climbing traveling path 11', one end of the first movable traveling path 12 moves toward the first movable traveling path 12 as shown in FIG. Pass while securing the running area by pushing up.

Next, when the traveling direction of the toy vehicle T1 is switched when it has passed the movable running path 12, the toy vehicle T2 climbs the first movable running path 12 and moves on the upper running path 10 (Fig. 4(B)). ), the vehicle toy enters the second movable track 13 . As a result, as shown in FIG. 4C, the horizontal balance of the second movable running path 13 is lost, and the tip of the second movable running path 13 descends to form a slope.

A vehicle toy T descends on the second movable track 13 . When the vehicle toy T moves on the base track 11' until it leaves the second movable track 13, the second movable track 13 is bounced up by the weight 14 and balanced in a substantially horizontal state as shown in FIG. 4(A). , the passage to the first movable track 12 is opened.

If the traveling direction of the vehicle toy T is switched at this stage, it becomes possible to advance to the first movable traveling path 12, and the above steps can be repeated again.
In this embodiment as well, the toy vehicle T can travel a long distance within a narrow area by switching the running direction of the toy vehicle.

FIG. 5 shows a third embodiment of the present invention. In this embodiment, one end is always in contact with the upper part of the uphill road 20, or is received by the stopper 21a to such an extent that the toy vehicle T can run over it. , a first movable travel path 21 that rotates so that the other end descends when the vehicle toy passes through the rotation shaft 21b, and a second movable travel path 21 that contacts when the first movable travel path 21 rotates due to the entry of the toy vehicle. A running path 22 is arranged.

As with the first movable running path 21, the second movable running path 22 is also turned by a rotating shaft 22b so that it is held at a fixed position by a stopper 22a, that is, a position where the toy vehicle T can enter. movably supported.

In addition, the rotation in one direction is regulated by a stopper 23a so that when the toy vehicle rotates on the second movable traveling path 22, the toy vehicle T is regulated by a stopper 23a and supported by a rotation shaft 23b. A third movable running path 23 is provided, the other end of which rotates downward when passing in the direction of the other end.

Further, if necessary, that is, according to the length of the movable travel path and the difference in height that can be moved, it has a similar structure, that is, it has a stopper 24a that receives the end of the upper travel path, and is supported by a rotating shaft 24b. It is possible to additionally arrange and extend the movable running paths 24 that are already in place so that the stoppers 24a side are alternately arranged vertically.

In this embodiment, when the toy vehicle climbs the slope 20 and pushes up and passes through the first movable running path 21 located at the top, the toy vehicle T is reversed, and the toy vehicle T drives into the first running path 21.例文帳に追加.

In this embodiment, in order to reach the starting point (starting point) of the movable running path 21 located at the top, the uphill path 20 having one end located at the base 25 is arranged. The end portion of the first movable running path 21 may contact the base portion 25 or extend to a position where the vehicle toy can climb a slope.

When the toy vehicle travels backward on the first movable running path 21, passes the rotating shaft 21b, and the other end side descends and contacts the second movable running path 22, the toy vehicle T moves to the second movable running path 22. transfer.

When the vehicle toy T is further moved to separate from the second movable running path 22 and its end part rises, the passage area of the third movable running path is secured. At this stage, the running direction of the vehicle toy is switched to move the third movable running path 23 toward the rotating shaft 23b, and when it passes through here, the leading end rotates toward the movable running path 24 directly below. This movable running path 24, like the others, is constructed such that the free end side of the upper movable running path is received by a stopper 24a and rotatably supported by a shaft 24b.

When the vehicle toy T travels, one end is blocked at a specified position and the other end is lowered until it contacts the lower movable travel path. , and eventually return to the track 25 at the base. If the running direction is switched to the first movable running path 21 side at this stage, the above-described steps can be repeated.

As a result, it is possible to cyclically travel on the same travel path only by sequentially switching the traveling direction of the vehicle toy.

FIG. 6 shows an embodiment of the running path, in which two plates 31, 31 of the same shape formed on the side of the running path are fixed by a plurality of rod members 32 so as to be parallel and substantially centered. A rotary shaft 33 is provided in the portion to swingably support the entire travel path.

If necessary, as shown in FIG. 7, rollers 34 having a diameter that allows the toy to run and shorter than the rod material 32, preferably about 1/2 the length of the rod material, can be rotatably alternated back and forth. By inserting it in such a way that it becomes possible to change the traveling mode of the vehicle toy.

Further, as shown in FIG. 8, even if a plurality of half-cones 41, 41 are arranged facing each other in the running path formed by the running path forming members 40, 40, a wide variety of running paths can be formed. can be formed.

1 traveling path 2 movable traveling path 2a movable shaft 3 weight 10 traveling path 10a rotating shaft 10b rotating shaft 11 climbing path 12 first movable traveling path 13 second movable traveling path 14 weight 20 climbing path 21 first movable traveling Path 21a Stopper 21b Rotating shaft 22 Second movable travel path 23 Third movable travel path 23a Stopper 23a 23b Rotating shaft 31 Plate 32 Rod member 34 Roller

Claims (5)

The running path main body is connected to the running area directly below so that the running toy can enter the end, the lower area allows the running toy to pass through, and the lower area is freed by gravity. and a first movable track. 2. The unit can be stacked vertically with respect to the first movable running path, left and right are reversed, and the running toy can run in a running area directly below the end of the first movable running path. Three-dimensional runway described. The running path main body is connected at the end to the running area directly below, the lower area allows the passage of the running toy, and the lower area is provided with a swinging habit by mounting a weight so as to release the lower area. A movable running path and a second movable running path are provided with a weight on the opposite side of the running path main body from the first running path to release the lower area and to have a swinging habit so as to descend when a running toy enters. A three-dimensional runway with roads. One end of the travel path body is received by a stopper, and the other end is supported by a rotating shaft so as to contact the travel area directly below, and is imparted with a swinging habit so as to always contact the stopper. A three-dimensional running path that is arranged in a vertical relationship so that the vertical position is opposite to the left and right. 5. A three-dimensional running path according to claim 4, wherein an ascending slope is provided on which the running toy moves from the base portion to such an extent that it is possible to drive into the stopper-side end of the running path main body arranged at the top.

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