CN201283224Y

CN201283224Y - Running toy system

Info

Publication number: CN201283224Y
Application number: CNU2008202075322U
Authority: CN
Inventors: 堀越研次
Original assignee: Tomy Co Ltd
Current assignee: Tomy Co Ltd
Priority date: 2007-12-17
Filing date: 2008-08-28
Publication date: 2009-08-05
Anticipated expiration: 2018-08-28
Also published as: EP2075045A1; JP3139798U; TWM352394U; HK1117331A2; US20090156093A1

Abstract

The utility model provides a traveling toy system with new conception which is totally different to a traveling toy which only rotates, which can get interests which can not be got in the game of a competition speed traveling toy even with pure straight-going travelling function. The traveling toy system is formed by a travelling toy and a traveling path which leads the traveling toy to travel, wherein the travelling path is formed by a first traveling path portion with a traveling width which can lead a traveling toy to travel, a second traveling path portion with wider width, which can lead at least two traveling toys to travel in parallel, and a third traveling path which is used to connect the first traveling path portion and the second traveling path portion, and is widened from one width to the other width. Any one or two traveling paths of the second traveling path portion and the third traveling path portion is provided with a traveling path changing part which forcibly changes the traveling path of the traveling toy, and if an extended part of the traveling toy, which laterally extends, is clamped on the traveling path changing part, then, the traveling path is changed towards the direction which is faraway from the traveling path changing part.

Description

The moving toy system

Technical field

The utility model relates to the moving toy system, at length says, relates to by moving toy and makes the constituting of driving path that this moving toy travels, moving toy is changed travel direction forcibly by driving path moving toy system.

Background technology

In the past, generally be driving path that a plurality of moving toys the travel walking along the street width that can walk abreast, identical, the moving toy system that competes for speed of direct of travel of a plurality of moving toys, but proposed not need operated from a distance and the moving toy system (for example patent documentation 1) that can compete for speed by winning or fail by the operated from a distance control rate at least two moving toys.This system stores driving mode, reads this pattern and the travel speed of moving toy automatically changes, can experience just like the structure of the such enjoyment of operated from a distance in the memory of the inside of being located at toy.

[patent documentation 1] TOHKEMY 2007-209560 communique

In the above-mentioned toy system that travels, when a plurality of moving toys were travelled on identical driving path, its travel speed automatically changed, and realized just like such transport condition of competing for speed, but its direct of travel is all identical, only by merely curling up the user is weary of.

The utility model content

The purpose of this utility model is to address the above problem, provide a kind of in moving toy, only possess the function of travelling merely, but can access the enjoyment that in the recreation of the moving toy of competition speed, can not obtain, with the moving toy system that has only the diverse new conception of the moving toy that curls up merely.

In order to address the above problem, relevant moving toy of the present utility model system is by the moving toy system that constitute of moving toy with the driving path that this moving toy is travelled, it is characterized in that,

The 2nd driving path part of the wider width that the 1st driving path of the walking along the street width that the above-mentioned moving toy of above-mentioned driving path Jiang Yitai can travel part, at least two moving toys can walk abreast and be used for partly making up from the 3rd driving path that enlarges to another width of partly linking of above-mentioned the 1st driving path part and the 2nd driving path constituted;

In above-mentioned moving toy, be provided with the extended part that stretches out to the side from the toy main body;

On any or boths' of above-mentioned the 2nd driving path part and the 3rd driving path part driving path part, be provided with the walking along the street change parts of the walking along the street of changing above-mentioned moving toy forcibly;

If the above-mentioned in motion extended part of above-mentioned moving toy is fastened on the above-mentioned walking along the street changing unit part, then this moving toy with walking along the street to from above-mentioned walking along the street changing unit part away from direction change.

In addition, above-mentioned walking along the street changing unit part preferably swells the fastening plate of above-mentioned extended part engaging to go out to form to overlook the general triangular shape towards the inboard of driving path.The fastening plate of walking along the street change parts preferably has angle of inclination two snap-latch surfaces different with respect to travel direction.

In addition, whether above-mentioned extended part preferably can haunt from the side of above-mentioned toy main body and operatively be provided with, can select to haunt.

And then, also can be, on the above-mentioned the 2nd and the 3rd driving path, be provided with removably installation portion of above-mentioned walking along the street changing unit part, this walking along the street change parts are installed in arbitrarily on the installation portion.

In addition, preferably, the 1st driving path part, the 2nd driving path part and the 3rd driving path part have base plate and the upright wall that is located at the both sides of this base plate respectively, determine the walking along the street width by this two wall, above-mentioned driving path forms ring-type by above-mentioned the 1st driving path part, the 2nd driving path part and the 3rd driving path are partly linked.In addition, above-mentioned moving toy preferably constitutes, and it is merely directly sailed.

According to the utility model, whether be fastened on according to extended part on the walking along the street change parts at the moving toy that travels on the driving path and determine whether walking along the street changes, can avoid maybe can not avoiding head-on crash when moving toy is opposed to travel making, so can be provided at the moving toy system of the new conception that makes that driving path travels towards equidirectional, can not experience in the moving toy system in the past of atomistic competition speed.

According to an embodiment of the present utility model, when the extended part of moving toy is fastened on the bigger snap-latch surface of the inclination of walking along the street change parts, make to impact to become and change walking along the street greatly and forcibly, reduce to impact in the time of on being fastened on the less snap-latch surface that tilts and make the change of walking along the street be difficult to carry out, even so identical walking along the street change parts also can be that clockwise direction or counter clockwise direction set whether the walking along the street change takes place by the travel direction of moving toy.

According to an embodiment of the present utility model, whether make extended part outstanding owing to can set from the side of moving toy, so when outstanding, make the walking along the street change by walking along the street change parts, under not outstanding situation, do not make the walking along the street change, change walking along the street and travel, or do not change walking along the street and travel while can freely set by walking along the street changing unit part.

According to an embodiment of the present utility model,, where change walking along the street so can freely be set in because the driving path of degree of the having a lot of social connections broad of being expert at is provided with the installation portion that walking along the street change parts are installed.

Description of drawings

Fig. 1 is the stereogram of the structure of expression moving toy of the present utility model system.

Fig. 2 A and Fig. 2 B are the stereograms that expression is located at the state of the extended part on the moving toy.

Fig. 3 A and Fig. 3 B are the vertical view of expression the 1st, the 2nd, the 3rd driving path part and the expression vertical views by an example of its driving path that is combined to form.

Fig. 4 A, Fig. 4 B and Fig. 4 C, Fig. 4 D observe the stereogram of the 1st and the 2nd walking along the street change parts and from the stereogram of beneath from the top.

Fig. 5 A and Fig. 5 B illustrate the vertical view of walking along the street changing unit part for the effect of the direct of travel of moving toy respectively.

Fig. 6 is the stereogram of the occupation mode of the above-mentioned toy system that travels of expression.

Fig. 7 is the vertical view of an example of the occupation mode of the above-mentioned toy system that travels of expression.

Fig. 8 is another routine vertical view of the occupation mode of the above-mentioned toy system that travels of expression.

Fig. 9 is another routine vertical view of the occupation mode of the above-mentioned toy system that travels of expression.

Figure 10 is another routine vertical view again of the occupation mode of the above-mentioned toy system that travels of expression.

The specific embodiment

Fig. 1 represents an example of relevant moving toy of the present utility model system, this moving toy system by moving toy A, the walking along the street change parts C of driving path B that this moving toy A travels and the travel direction that changes moving toy A is forcibly constituted.

Moving toy A is by not having operating mechanism, making driving wheel 1 rotation and the moving toy only directly sailed constitutes, the driving mechanism that makes driving wheel 1 rotation is as long as constitute just passable by clockwork spring driving, motor driving etc., so long as the structure that moving toy is directly sailed, driving mechanism does not limit.

This moving toy A is provided with extended part 3 on hood shown in Fig. 2 A.This extended part 3 can be that the center along continuous straight runs rotates with fulcrum 4, is laterally rotating when rotating by block 5 preventions, and the front end of extended part 3 is given prominence to (with reference to Fig. 2 B) laterally from toy main body 2.

Driving path B as shown in Figure 3A, the 2nd driving path part B2 of the wider width that the 1st driving path part B1 of the walking along the street width that can be travelled by a moving toy and at least two moving toys can interlock and being used for constituting that above-mentioned the 1st driving path part B1 and the 2nd driving path part B2 link from the 3rd a driving path part B3 who enlarges to another width.These the 1st driving path parts B1, the 2nd driving path part B2 and the 3rd driving path part B3 have base plate and the upright wall 7 that is located at the both sides of this base plate respectively, determine the walking along the street width by two walls 7.

In addition, the 1st driving path part B1 has crooked crooked route part B1a and straight straight line path part B1b, and the 3rd driving path part B3 has the 3rd driving path part B3a that width along clockwise direction enlarges and the 3rd driving path part B3b of width expansion in the counterclockwise direction.

And,, can form the driving path B (with reference to Fig. 3 B) of ring-type by with these driving path parts B1～B3 combination.

On above-mentioned the 2nd driving path part B2, the 3rd driving path part B3, be formed with the installation portion 6 that walking along the street change parts C is installed.This installation portion 6 be outstanding with U word shape toward the outer side from the wall 7 of driving path, be formed with the structure of embedded hole 8 in central authorities, the height setting of this installation portion 6 must be lower than the height of the wall 7 of driving path.

Walking along the street change parts C is shown in Fig. 4 A, Fig. 4 B and Fig. 4 C, Fig. 4 D, be the outstanding structure that is formed with the fastening plate 11 of overlooking the general triangular shape on base station 10, these walking along the street change parts C has to the 1st walking along the street change parts C1 (Fig. 4 A, Fig. 4 B) of the moving toy A effect of travelling along clockwise direction on the driving path B of annular with to the 2nd walking along the street of the moving toy A effect of travelling in the counterclockwise direction and changes parts C2 (Fig. 4 C, Fig. 4 D) these two kinds.

In the fastening plate 11 of these walking along the street change parts C, to the fastening plate 11 of the 1st walking along the street change parts C1 of the moving toy A effect of travelling along clockwise direction be set at, make the bigger snap-latch surface 11a in angle of inclination be positioned at right side, the less snap-latch surface 11b in angle of inclination and be positioned at left side (Fig. 4 A, Fig. 4 B), to the fastening plate 11 of the 2nd walking along the street change parts C2 of the moving toy A effect of travelling in the counterclockwise direction be set at, make the bigger snap-latch surface 11a in angle of inclination be positioned at the left side, the less snap-latch surface 11b in angle of inclination is positioned at right side (Fig. 4 C, Fig. 4 D).

In addition, above-mentioned fastening plate 11 can make also that snap-latch surface 11a is identical with the angle of inclination of snap-latch surface 11b, to make driving path change parts C1 be identical shape with walking along the street change parts C2.

The height of base station 10 is height identical with the wall 7 of driving path, form recess 12 from the bottom surface with U word shape, the central authorities of this recess 12 towards below be formed with chimeric axle 13, if chimeric axle 13 is entrenched in the embedded hole 8 of installation portion 6, then shown in Fig. 5 A, the front end of fastening plate 11 is projected on the wall 7 of driving path, and contact is on the extended part 3 of next moving toy A that travels.

This fastening plate 11 is under the situation to the 1st walking along the street change parts C1 of the moving toy effect of travelling along clockwise direction, shown in Fig. 5 A, extended part 3 contacts of the moving toy A that travels along clockwise direction are on the bigger snap-latch surface 11a in angle of inclination, because this impact is bigger, changed walking along the street so rebound laterally, so that it bumps on the wall 7 in the outside that is against the 2nd driving path part B2.On the other hand, shown in Fig. 5 B, extended part 3 contacts of the moving toy that travels in the counterclockwise direction are on the less snap-latch surface 11b in angle of inclination, because its impact is less, so can successfully enter on the 1st driving path part B1.

In addition, under the snap-latch surface 11a that makes above-mentioned fastening plate 11 situation identical with the angle of inclination of snap-latch surface 11b, also when entering on the 1st driving path part B1 from the 2nd driving path part B2, even contact is on fastening plate 11 and want to change travel path, also by wall 7 guidings in the outside of the 1st driving path part B1, moving toy A can enter on the 1st driving path part B1.

Then, the occupation mode to the moving toy system of said structure describes.

As shown in Figure 6, of the 3rd driving path part B3 (B3a) that enlarges at width is along clockwise direction respectively gone up of the 3rd driving path part B3 (B3b) that the 1st walking along the street change parts C1 is installed, enlarges at width in the counterclockwise direction go up the 2nd walking along the street change parts C2 is installed, make moving toy Aa along clockwise direction, situation that moving toy Ab is travelled in the counterclockwise direction describes.

As shown in Figure 7, in the roughly the same moment, moving toy Aa enters on the 2nd driving path part B2 via the 3rd driving path part B3a from the 1st driving path part B1 on right side, moving toy Ab enters into via the 3rd driving path part B3a under the situation on the 2nd driving path part B2 from the 1st driving path part B1 in left side, because walking along the street change parts are not installed on the 3rd driving path part B3b, so enter into from the 1st driving path part B1 in left side that moving toy Ab on the 2nd driving path part B2 does not change walking along the street and advance along the wall 7a of interior all sides of the 2nd driving path part B2, and enter into the moving toy Aa on the 2nd driving path part B2 via the 3rd driving path part B3a owing to walking along the street change parts C1 is installed at the 3rd driving path part B3a from the 1st driving path part B1 on right side, so extended part 3 contacts are on the bigger snap-latch surface 11a in the angle of inclination of the fastening plate 11 of walking along the street changing unit part C1 (with reference to Fig. 5 A), impact by it and to be rebounded laterally and make the walking along the street change forcibly, wall 7b along the outer circumferential side of the 2nd driving path part B2 advances two moving toy Aa, Ab can not contact and interlocks.

But as shown in Figure 8, roughly simultaneously under the situation of the 2nd driving path part B2 by opposition side, two moving toy Aa, Ab roughly enter on the 1st driving path part B1 simultaneously, can not interlock and head-on crash at two moving toy Aa, Ab.At this moment, certain moving toy A be defeated by the other side moving toy A the impetus and flown by bullet, B flies out from driving path.

As mentioned above, if make two moving toy A change direct of travel mutually and on driving path B, travel, then according to the difference or the starting position etc. of travelling of the speed of travelling, the situation that generation can interlock well and can not interlock and carry out the situation of head-on crash can make up the moving toy system of the new conception that the moving toy that curls up by atomistic competition speed can not experience on driving path.

In addition, in the above-mentioned toy system that travels, also can turn to the inside so that extended part 3 is outstanding, another moving toy (for example moving toy Aa that travels to clockwise direction) makes extended part 3 become outstanding state by a moving toy (for example moving toy Ab that travels to counter clockwise direction), walking along the street change parts C is installed so that it only acts on the moving toy Aa that extended part 3 is given prominence to.Under situation about being provided with like this, as shown in Figure 9, the moving toy Aa that travels to clockwise direction is travelled at the outer circumferential side of driving path B, the moving toy Ab that travels to counter clockwise direction interior all sidespins of driving path B around, can not carry out operated from a distance and make a moving toy change walking along the street, make another moving toy not change walking along the street and travel, as shown in figure 10, can change the place of change walking along the street by the installation site (for example the 2nd driving path part B2) of change walking along the street change parts C (C1), can change the selection of parts C and whether make the travel conditions of extended part 3 outstanding change moving toy A according to walking along the street, the moving toy system that new moving toy is played of experiencing can be provided.

Claims

1, a kind of moving toy system is by the moving toy system that constitute of moving toy with the driving path that this moving toy is travelled, it is characterized in that,

2, moving toy as claimed in claim 1 system is characterized in that, above-mentioned walking along the street changing unit part swells the fastening plate of above-mentioned extended part engaging to go out to form to overlook the general triangular shape towards the inboard of driving path.

3, moving toy as claimed in claim 1 or 2 system is characterized in that, above-mentioned extended part can haunt from the side of above-mentioned toy main body and operatively be provided with.

4, moving toy as claimed in claim 1 or 2 system is characterized in that, is provided with removably installation portion of above-mentioned walking along the street changing unit part on the above-mentioned the 2nd and the 3rd driving path part, and these walking along the street change parts are installed in arbitrarily on the installation portion.

5, moving toy as claimed in claim 2 system is characterized in that the fastening plate of above-mentioned walking along the street changing unit part has angle of inclination two snap-latch surfaces different with respect to travel direction.

6, moving toy as claimed in claim 1 or 2 system, it is characterized in that, above-mentioned the 1st driving path part, the 2nd driving path part and the 3rd driving path part have base plate and the upright wall that is located at the both sides of this base plate respectively, determine the walking along the street width by this two wall, above-mentioned driving path forms ring-type by above-mentioned the 1st driving path part, the 2nd driving path part and the 3rd driving path are partly linked.

7, moving toy as claimed in claim 6 system is characterized in that above-mentioned moving toy constitutes, and it is merely directly sailed.