CN208275004U

CN208275004U - Toy top

Info

Publication number: CN208275004U
Application number: CN201820421009.3U
Authority: CN
Inventors: 村木诚; 前田竹明
Original assignee: Tomy Co Ltd
Current assignee: Tomy Co Ltd
Priority date: 2017-10-17
Filing date: 2018-03-27
Publication date: 2018-12-25
Anticipated expiration: 2028-03-27
Also published as: EP3473314B1; JP6618970B2; JP2019072249A; KR20190043068A; EP3473314A1; US20190111352A1

Abstract

The utility model provides a kind of toy top, can change its revolving property in method as simple as possible, has the attack deformation of multiplicity.The toy top has: axle portion (10) is provided with rotary shaft (11)；Appurtenances (54,57), are installed on axle portion (10), can be mobile in the axis direction of rotary shaft (11)；And recess portion (516) and protrusion (534) as card stop element, on different multiple positions of its axis direction that appurtenances (54,57) are locked on to rotary shaft (11) respectively, appurtenances (54,57) are engaged using recess portion (516) and protrusion (534), the installation site of appurtenances (54,57) is constituted thus modifiablely, with the change of the installation site of appurtenances (54,57), the ground state of axle portion (10) or the height of axle portion (10) are constituted modifiablely.

Description

Toy top

Technical field

The utility model relates to a kind of toy tops.

Background technique

As the battle game for using toy top, existing makes toy top collide with each other, and makes other side using its impact force Toy top stop rotating, the toy top bullet of other side is flown, decomposes the toy top of other side battle game (for example, Referring to patent document 1).

Such toy top has main body and axle portion, by making the opposite axle portion of main body relative rotation in one direction, axis The pawl in portion and the pawl engaging of main body.Then, in the case that the toy top of oneself and the toy top of other side collide, main body Rotation temporarily ceases, on the other hand, axle portion continues to rotate and make axle portion and main body towards other direction relative rotation, thus axle portion The engaging of pawl and the pawl of main body is released from, and axle portion and main body separation, toy top decompose.

In such toy top, it is preferably carried out design: can be with the toy top etc. of battle other side accordingly The revolving property for changing toy top, tirelessly enjoys battle game.

This point, such as in patent document 1, record in the case where being assembled multiple components and constituting toy top, The toy top of its height can be adjusted and changing its assembling mode.

Existing technical literature

Patent document

Patent document 1: Japanese Utility Model registers No. 3149384 bulletin

Utility model content

Utility model problem to be solved

But in the toy top documented by patent document 1, in the case where wanting to change the height of axle portion, need The operation that singly will be decomposed and re-assembly using the fixed component of the assemblings such as screw is carried out every time.

Such operation is pretty troublesome for users, cannot simply carry out the transformation of toy top, and exist and be easy The problem of losing the components such as screw.

The utility model is to complete in view of the foregoing, and its purpose is to provide one kind can be by as simple as possible Method change toy top revolving property, and have multiplicity attack deformation toy top.

The method for solving problem

First scheme is characterized in that,

Have:

Axle portion is provided with rotary shaft；

Appurtenances are installed on above-mentioned axle portion, can be mobile in the axis direction of the rotary shaft；And

The appurtenances are locked on the different more of the above-mentioned axis direction of above-mentioned rotary shaft by card stop element respectively On a position,

Above-mentioned appurtenances are engaged using above-mentioned card stop element, constitute the installation of above-mentioned appurtenances thus modifiablely Position,

With the change of the installation site of above-mentioned appurtenances, constitute modifiablely above-mentioned axle portion ground state or on State the height of axle portion.

Alternative plan is on the basis of first scheme, which is characterized in that

Above-mentioned appurtenances are removably constituted relative to above-mentioned axle portion.

Third program is on the basis of first scheme and alternative plan, which is characterized in that

Above-mentioned appurtenances can be inserted from above into above-mentioned rotary shaft, and the front end of above-mentioned rotary shaft can be made prominent in lower section Out, and have by from surrounding around at least front end of above-mentioned rotary shaft in a manner of the annulus that is arranged,

Above-mentioned annulus is configured to, with the change of the installation site of above-mentioned appurtenances, around the position of above-mentioned rotary shaft It sets and changes, thus adjust the amount of haunting of the above-mentioned front end of above-mentioned rotary shaft, it can be with the above-mentioned front end of above-mentioned rotary shaft The situation of haunting in portion is accordingly grounded.

Fourth program is on the basis of first scheme and alternative plan, which is characterized in that

Above-mentioned appurtenances constitute the covering part of new rotary shaft with the front end for covering above-mentioned rotary shaft from below, It is configured to the change of the installation site with above-mentioned appurtenances, the height of above-mentioned axle portion can be changed.

5th scheme is on the basis of either first scheme to fourth program case, which is characterized in that

Has accessory, which can be integrally formed with above-mentioned appurtenances and in the axis of above-mentioned rotary shaft Direction is mobile, collectively forms adjustment component with above-mentioned appurtenances,

Above-mentioned card stop element be configured to include: either be set in above-mentioned axle portion or above-mentioned adjustment component it is recessed Portion, and the another party being set in above-mentioned axle portion or above-mentioned adjustment component, protrusion that can be chimeric with above-mentioned recess portion.

6th scheme is on the basis of first scheme to either the 5th scheme case, which is characterized in that

Along the circumferential direction of above-mentioned rotary shaft, in different upper in the position that above-mentioned axle portion is provided with multiple above-mentioned axis directions Recess portion or raised part are stated, on above-mentioned adjustment component, being provided with can select with any above-mentioned recess portion or raised part The above-mentioned recess portion or raised part being fitted into property.

7th scheme is on the basis of first scheme to either the 6th scheme case, which is characterized in that

Above-mentioned appurtenances are configured to take the rotatable state that can be rotated around above-mentioned rotary shaft, and opposite In the locking state that any card stop element of above-mentioned axle portion engages.

Above-mentioned appurtenances have force application part, which is exerted a force in a manner of maintaining above-mentioned locking state.

The effect of utility model

According to first scheme, it is configured to the installation site of the appurtenances of the axis direction of change rotary shaft.Therefore, Earthing mode, the position of centre of gravity of toy top etc. that rotary shaft can simply be changed, the rotation that can change toy top are special Property, the attack with various deformations, battle can be enjoyed using a toy top.

According to alternative plan, appurtenances are detachable relative to axle portion, therefore prepare the appurtenances of multiple types, can be right Appurtenances suitable for the desired revolving property of user's acquisition are suitably selected and distinguish use.Thus only attached by replacing Belong to component, the transformation deformation of toy top can be increased, realize the toy top for being able to carry out changeful colorful attack.

It, can only will be attached in addition, when appurtenances are damaged due to the collision of toy top etc. with battle other side Component is removed, and with new parts swap, can continue to use toy top ontology for a long time.

According to third program, going out for the front end of rotary shaft can be adjusted and only changing the installation site of appurtenances Do not measure.Moreover, because have the annulus that is arranged in a manner of revolving around it at least front end of axis from surrounding, therefore can be with The case where situation is haunted accordingly in the front end of rotary shaft, is simply grounded to the front end of only rotary shaft, rotary shaft The case where front end and annulus are grounded together only has multiple ground connection modes of the case where annulus ground connection to switch over.

Grounded part changes, and thus contact area changes, therefore can change and (change manner of execution) gyro The movement of toy.

In such manner, it is possible to the revolving property of toy top is made to change, thus can toy top to battle other side into The colorful attack of row.

According to fourth program, appurtenances have the covering part for constituting new rotary shaft, therefore only change appurtenances Installation site can easily change the height of axle portion.

The height of axle portion changes, therefore the position of centre of gravity of toy top can be made to change, can be to battle pair The toy top of side carries out colorful attack.

According to the 5th scheme, the card stop element of the installation site for changing appurtenances includes recess portion, and recessed with this The chimeric protrusion in portion is integrally formed and can move in the axis direction of rotary shaft auxiliary in appurtenances or with appurtenances It helps either component and axle portion to be provided with recess portion, another party is provided with protrusion.

The nested position for only changing recess portion and protrusion as a result, can simply be such that the installation site of appurtenances becomes Change and change the revolving property of toy top, anyone can simply enjoy deformation battle game abundant.

It is different in the position that axle portion is provided with multiple axis directions along the circumferential direction of rotary shaft according to the 6th scheme Recess portion or protrusion, in adjustment component side, be provided with can with any recess portion or protrusion selectively chimeric recess portion or Protrusion.

Therefore, by moving adjustment component in the circumferential direction of rotary shaft, the peace of appurtenances can simply be changed Holding position, anyone can simply enjoy changeful battle game.

According to the 7th scheme, appurtenances can take the locking state relative to the locking of any card stop element, have and apply Power component, the force application part are exerted a force in a manner of maintaining the locking state.

Therefore, during carrying out game using toy top, it can prevent the installation site of appurtenances from deviating, or The situation that locking state is released from.

Detailed description of the invention

Fig. 1 is illustrated to the method for gaming of an embodiment of toy top involved in the utility model Figure.

Fig. 2 is the exploded perspective view of the toy top of present embodiment.

Fig. 3 is the decomposition sectional stereogram of the toy top of present embodiment.

Fig. 4 is the exploded perspective view of the axle portion of the toy top of present embodiment.

Fig. 5 is the constructed profile for indicating the assembled state on the axle portion top of the axle portion of toy top of present embodiment.

(c) of (a) into Fig. 6 in Fig. 6 is the appurtenances in the axle portion for indicate the toy top of present embodiment The perspective view of one example, (d) in Fig. 6 are that (c) of (a) that indicates for accessory to be assembled in Fig. 6 into Fig. 6 is represented Appurtenances on adjustment component an example perspective view.

Fig. 7 is the main of the state for indicating to be locked on adjustment component represented by (d) in Fig. 6 on ladder forming member Partial side elevation view.

(c) of (a) into Fig. 8 in Fig. 8 is the appurtenances in the axle portion for indicate the toy top of present embodiment The perspective view of variation.(d) in Fig. 8 is to indicate to assemble accessory represented by (c) of (a) into Fig. 8 in fig. 8 The perspective view of one example of the adjustment component on appurtenances.

Fig. 9 is the main of the state for indicating to be locked on adjustment component represented by (d) in Fig. 8 on ladder forming member Partial side elevation view.

Figure 10 is the perspective view for indicating an example of the transmitter of toy top for rotation driving present embodiment.

Symbol description

1 toy top

10 axle portions

51 ladder forming members

52 adjustment components

53 accessories

54 appurtenances

30 performance variable loops

40 main bodys

90 transmitters

516 recess portions (card stop element)

534 protrusions (card stop element)

Specific embodiment

Hereinafter, embodiment based on the figure is illustrated the toy top of the utility model.

" overall structure "

Fig. 1 is illustrated to the method for gaming of an embodiment of toy top involved in the utility model Figure, Fig. 2 is the exploded perspective view of the toy top of present embodiment, and Fig. 3 is the axle portion of present embodiment, the main body of toy top And the decomposition sectional stereogram of performance variable loop.In the present specification, upper and lower, left and right and front and back refer to Fig. 2 and Fig. 3 institute The direction shown.

The toy top 1 of embodiment is being capable of the toy top used in so-called battle game.Specifically, should Toy top 1 can make the toy top 1 of other side as the right side of Fig. 1 using the impact force generated by mutual collision It decomposes and is used in the battle game won the victory.

As shown in Fig. 2, the toy top 1 is configured to include: axle portion 10 and performance variable loop 30 and main body 40, axle portion 10 It constitutes infrastructure and becomes driver；Performance variable loop 30 and main body 40 become the laminated body for constituting superstructure.

" detail section structure "

1. about axle portion 10

(a) in Fig. 4 be (b) from the exploded perspective view when axle portion from upside in present embodiment, Fig. 4 be from Observe the exploded perspective view when axle portion in present embodiment in downside.

As shown in Figures 2 to 4, axle portion 10 lower end have rotary shaft 11, in above-below direction middle part have flange 12, Has cylindrical portion 13 on top.

Wherein, flange 12 and cylindrical portion 13 are integrally formed and constitute axle portion top, in the flange 12 and cylindrical portion 13 It is formed with screw hole (not shown), screw 10a (referring to (a), (b) in Fig. 4 in Fig. 4) insertion setting exists as described below In screw hole on flange 12 and cylindrical portion 13, it is fixed thus relative to axle portion lower part.

The structure on axle portion top is illustrated first herein.

In flange 12 and cylindrical portion 13, in the clamping axis (axle center) of rotary shaft 11 and opposed in the lateral direction Position is respectively formed with hole 14 at two (referring to (a) in Fig. 2 and Fig. 4).

In addition, in cylindrical portion 13, clamping rotary shaft 11 axis and position is divided at opposed two in the longitudinal direction It is not formed with protruding portion 15.The outer surface of the protruding portion 15 is coplanar with the outer peripheral surface of flange 12.

Fig. 5 is the constructed profile for indicating the assembled state on axle portion top.

In addition, being erected in the medial shaft of cylindrical portion 13 as shown in Fig. 3 and Fig. 5 and being equipped with cylindrical body 16.

Although the upper end of cylindrical body 16 is not particularly limited, the upper end higher than cylindrical portion 13 may be configured as.In the cylinder In the axis of clamping rotary shaft 11, position is respectively formed oriented radius side at opposed two in the lateral direction for the upper end of body 16 The pawl (holding section) 17 stretched out outward.

On the lower end as cylindrical body 16 and position corresponding with the axis center of rotary shaft 11, it is formed with hole 16a (reference (b) in Fig. 4).Hole 16a becomes shape corresponding with the shape of cylindrical portion 514 of ladder forming member 51 described below, When axle portion lower part is assembled in axle portion top, cylindrical portion 514 is inserted into the 16a of hole.

In addition, (not scheming in the lower end as cylindrical body 16 and with the screw hole being arranged in flange 12 and cylindrical portion 13 Show) on corresponding position, it is formed with hole 16c, screw 10a described above is passed through via ladder forming member 51 described below In through-hole 513 and hole 16c insertion screw hole, axle portion lower part is fixed relative to axle portion top.

In addition, axle portion 10 has cylindric pressing component 18.The pressing component 18 is arranged in the inside of cylindrical portion 13 Around the periphery of cylindrical body 16.

As shown in Figures 2 to 5, the periphery lower end of pressing component 18 is provided with foot 18c.Foot 18c distinguishes shape At the position at the axis of clamping rotary shaft 11 and in the lateral direction opposed two.Moreover, using spring 20 to the press section Part 18 exerts a force upward.The pressing component 18 limits the movement of foot 18c upward using the top edge in hole 14.Under normal conditions, The upper end of pressing component 18 is configured at the height and position more slightly higher than the upper end of cylindrical portion 13.

In addition, in the upper surface at the top of pressing component 18, in the axis of clamping rotary shaft 11 and right in the longitudinal direction Position is respectively formed with the raised line (protrusion) 21 extended in the radial direction at two set.

Then, the composition of axle portion lower part is illustrated.

Axle portion lower part have rotary shaft 11 (referring to (d) in Fig. 4 and Fig. 6), ladder forming member 51 (referring to Fig. 4), Adjust component 52 (referring to (d) in Fig. 6).

In rotary shaft 11, its axis center is provided with shaft body portion 111, the front end of the downside in shaft body portion 111 at For axis front 112.In the present embodiment, axis front 112 is shown as the example of taper (referring for example to (b) in Fig. 4 Deng), the shape of axis front 112 is not particularly limited, is also possible to simple rodlike, shape that front end is cambered etc..

In addition, rotary shaft 11 has flange part 113 around the shaft body portion 111 close to axis front 112.

The periphery in shaft body portion 111 is provided with the helical spring 110 as force application part.

As shown in (a) in Fig. 4, in the present embodiment, flange part 113 uper side surface along shaft body portion 111 Groove portion 114 is formed with around axis, the one end of helical spring 110 is disposed in the groove portion 114.

The top in shaft body portion 111 penetrates through accessory 53 described below and is fixed on ladder forming member 51, as The helical spring 110 of force application part configures between the flange part 113 of rotary shaft 11 and the upper inner face of accessory 53, right Accessory 53 exerts a force (pressing) towards 51 side of ladder forming member.

Ladder forming member 51, which includes, is formed as approximate discoid flat part 511, along the outer peripheral edge of flat part 511 And the outside portion 515 being arranged.

Through hole 517 is formed in the substantially central portion of flat part 511.Through hole 517 is formed as the axis with rotary shaft 11 The corresponding shape of the shape on the top of body part 111, by passing through the top indentation for penetrating through the shaft body portion 111 of accessory 53 In through-hole 517, rotary shaft 11 is fixed on ladder forming member 51.In addition, ladder is fixed in the shaft body portion 111 of rotary shaft 11 The method of forming member is not limited to be pressed into.For example, it is also possible to it is fixed using screw, screw etc., it can also be adhesively fixed.

It clamps position at through hole 517 and in left and right directions opposed two on flat part 511, dashes forward with axle portion top The corresponding position in portion 15 is respectively formed with extension 512 out.

On extension 512, being respectively formed in position corresponding with the screw hole that axle portion top is arranged in makes screw 10a The through hole 513 of insert.

Axle portion lower part comprising ladder forming member 51 from through hole 513 by inserting screw 10a to setting in flange 12 and cylindrical portion 13 screw hole and be fixed on axle portion top.

As the upper surface of flat part 511, cylinder outstanding upwards is formed on position corresponding with through hole 517 Portion 514.As described above, when axle portion lower part is assembled in axle portion top, cylindrical portion 514 is embedded in the interior of the hole 16a of cylindrical body 16 Portion.

The outside portion 515 of ladder forming member 51 flat part 511 up and down direction stretch out, in flat part 511, to In the part that downside is stretched out, it is provided with and appurtenances 54 described below is locked on respectively on the axis direction of rotary shaft 11 The card stop element of different multiple positions.

In the present embodiment, card stop element is multiple recess portions 516 that depth is different on the axis direction of rotary shaft 11 (in Fig. 7, recess portion 516a, 516b, 516c), multiple recess portion 516a, 516b, 516c are configured around the axis of rotary shaft 11.

As described below, appurtenances 54 (be in the present embodiment, the protrusion 534 of accessory 53, the accessory It is integrally formed and can be moved on the axis direction of rotary shaft 11 with appurtenances 54, and constitute adjustment section with appurtenances 54 Part 52) be locked to recess portion 516 (recess portion 516a, 516b, 516c) as card stop element, each recess portion 516 have can engage it is convex The width in portion 534.

In addition, as described below, in the present embodiment, being set at the substantially opposite position of the axis of clamping rotary shaft 11 Protrusion 534 there are two setting, recess portion 516a, 516b, 516c are corresponding with the two protrusions 534, are separately positioned on clamping rotary shaft 11 Axis and substantially opposite position.

In the present embodiment, by make the protrusion 534 of accessory 53 be locked to any recess portion 516 (in Fig. 7, recess portion 516a, 516b, 516c), it is configured to the installation site of the appurtenances 54 of change axis direction.

In illustrated example, depth of the recess portion 516a on the axis direction of rotary shaft 11 is most deep, and recess portion 516c is in rotary shaft Depth on 11 axis direction is most shallow, and the depth of recess portion 516b is between recess portion 516a and recess portion 516c.

In addition, the shape of recess portion 516 shown in present embodiment, rotary shaft 11 axis direction depth, setting number Amount, setting position etc. are an examples, can suitably be changed.As long as the protrusion 534 of accessory 53, which is located at, to be engaged In range, then no matter the recess portion of several (any stage) which kind of shape is set.

In the present embodiment, adjustment component 52 is configured to have: appurtenances are configured to become one with the appurtenances Body and the accessory 53 that can be moved on the axis direction of rotary shaft 11.

Appurtenances are preferably configured as to be dismantled relative to axle portion 10.

In addition, preferably preparing a variety of interchangeable appurtenances in the case where appurtenances are dismountable constitute, using Family can be assemblied in axle portion 10 with unrestricted choice.

As described below, the appurtenances of present embodiment can not be removed from axle portion 10 and only revolves its ring axis Turn simply change its installation site (installation position of the short transverse of axle portion 10 on the axis direction of rotary shaft 11 It sets).Then, with the change of the installation site of appurtenances, alterable height more the structure of the ground state of axle portion 10, axle portion 10 At, therefore can simply carry out colourful transformation.In addition, being set as detachably by such appurtenances, and it is prepared with It is a variety of and in the case where capable of being substituted as, being capable of the further additional transformation for being imbued with deformation on toy top 1.

In the present embodiment, appurtenances are detachable relative to axle portion 10, and to prepare, there are two types of shown in tradable Fig. 6 Appurtenances 54 and appurtenances shown in Fig. 8 57 in case where son be illustrated.

In addition, in the present embodiment, appurtenances 54 and appurtenances 57 are different attached of the composition of only lower end Belong to component, therefore in Fig. 2, Fig. 3 and Fig. 4, son carries out figure in case where to be provided with appurtenances 54 in axle portion 10 Show.

In addition, in the present embodiment, appurtenances are removably constituted relative to axle portion 10 and are not required.In addition, In the dismountable situation of appurtenances, alternatively prepare to be not required there are many appurtenances.For example, as attaching part Part can also only be prepared with either appurtenances 54,57, damaged in appurtenances 54,57 during repeating game Deng in the case where, appurtenances 54,57 can be removed and the new appurtenances 54,57 with identical type exchange.

In the present embodiment, appurtenances 54 can be inserted from above into rotary shaft 11, can make as rotary shaft 11 The axis front 112 of front end is prominent in lower section, and have in a manner of revolving around it at least axis front 112 of axis 11 from surrounding and The annulus 541 of arranging.Annulus 541 is configured to, and with the change of the installation site of appurtenances 54, revolves around it axis 11 Position changes, and thus adjusts the amount of haunting of the axis front 112 of rotary shaft 11, can be with the axis front 112 of rotary shaft 11 Situation of haunting correspondingly is grounded.

Here, the composition of appurtenances 54 is described in detail referring to Fig. 6.

(a) in Fig. 6 is the perspective view of the appurtenances from oblique side, and (b) in Fig. 6 is attached from oblique upper The perspective view of component, (c) in Fig. 6 are the perspective views of the appurtenances from obliquely downward.In addition, (d) in Fig. 6 is from tiltedly The adjustment component just observing appurtenances shown in (c) in (a)~Fig. 6 that accessory is assembled in Fig. 6 and constituting Perspective view.

As shown in (c) of (a) in Fig. 4, (b) in Fig. 4 and (a) in Fig. 6 into Fig. 6, appurtenances 54 are whole The bodily form becomes approximate bowl-shape or mortar shape component, can be inserted from above into rotary shaft 11, can make as rotary shaft 11 The axis front 112 of front end protrudes downwards.

Specifically, in the lower end of appurtenances 54, it is provided with annulus 541, the annulus 541 is with by rotary shaft 11 At least the axis front 112 of front end is arranged from the circular mode of surrounding.It is centrally formed with through hole 542 in the annulus 541, The axis front 112 of rotary shaft 11 is configured to haunt relative to the through hole 542.

In addition, as described above, the outer diameter of the flange part 113 of rotary shaft 11 is greater than the internal diameter of through hole 542, therefore, convex Edge 113 cannot be locked on the inside of annulus 541 by through hole 542, and thus rotary shaft 11 will not be from appurtenances 54 It falls off.

With the change of the installation site of appurtenances 54, the position around rotary shaft 11 changes, thus annulus 541 amounts of haunting for capableing of axis front 112 to rotary shaft 11 are adjusted.Moreover, annulus 541 is configured to and rotary shaft The situation of haunting of 11 axis front 112 is correspondingly grounded.

That is, the installation site with appurtenances 54 relative to rotary shaft 11 rises, in the axis front 112 of rotary shaft 11, Become more (for example, referring to (c) in (a) and Fig. 7 in Fig. 7) from the part outstanding of through hole 542.On the contrary, with attached Component 54 declines relative to the installation site of rotary shaft 11, and annulus 541 revolves around it the position of axis 11 to downside (rotary shaft 11 Front end side) slowly decline, if the lower end of annulus 541 drop to it is identical or lower as the axis front 112 of rotary shaft 11 Position (referring for example to (d) in Fig. 7), then the axis front 112 of annulus 541 and rotary shaft 11 together, or replaces rotation The axis front 112 of axis 11 and be grounded.

In addition, it is smaller in the front end side outer diameter closer to axle portion 10 to illustrate annulus 541 in (a) in Fig. 6 etc. The case where becoming taper in the observation of side, but the shape of annulus 541 is not limited to illustrated example.By changing annulus 541 Shape can change the manner of execution of toy top 1 in the case where annulus 541 is grounded.

Multiple stop holes 543 are formed in a manner of around annulus 541 in the bottom surface of appurtenances 54.

Stop hole 543 is the locking foot 533 when assembling axle portion 10, inserted with accessory 53 described below and blocks Part only, in the present embodiment, quantity and configurations match with the locking foot 533 of accessory 53, with ring The place all around of shape portion 541 approximately equidistantly is arranged at substantially equal intervals there are four stop hole 543.

In stop hole 543, it is formed with stepped part 543a, when being inserted into the locking foot 533 of accessory 53, setting exists The pawl 533a of locking 533 front end of foot is locked to stepped part 543a.

By the way that the locking foot 533 of accessory 53 to be inserted into stop hole 543, pawl 533a is locked to stepped part 543a, Appurtenances 54 are simultaneously integrated with the engaging of accessory 53 and constitute adjustment component 52.

In addition, the shape of stop hole 543, quantity, setting position etc., it can not also be with the locking foot of accessory 53 533 is corresponding, is not limited to illustrated example.

In addition, being formed with more on the bottom surface and the position different from the position for being provided with stop hole 543 of appurtenances 54 A stop hole 544.In the present embodiment, gripping ring-like portion 541, in substantially opposite position setting, there are two stop holes 544.

In the present embodiment, such as by the way that pawl, fixture etc. to be inserted into stop hole 544, downward by appurtenances 54 Fang Lashen, appurtenances 54 and the fastening state of accessory 53 are released from, and can unload appurtenances 54 from axle portion 10.

In addition, the shape of stop hole 544, quantity, setting position etc. are not limited to illustrated example.

In addition, the method for releasing the fastening state of appurtenances 54 and accessory 53 and unloading appurtenances 54 is unlimited In mode listed herewith, it is able to use nipper, method.

In addition, the upper surface of appurtenances 54 in the present embodiment, recessed with accessory 53 described below Portion 535 is provided with protrusion 545 on corresponding position.

In the present embodiment, the axis for illustrating clamping rotary shaft 11, in substantially opposite position setting, there are two prominent The example in portion 545 is played, but the shape of protrusion 545, quantity, setting position etc. are not limited to illustrated example.

Next, the composition of appurtenances 57 is described in detail referring to Fig. 8.In addition, in (d) in fig. 8, It is different from (d) in Fig. 6, rotary shaft 11 not shown.

(a) in Fig. 8 is the perspective view of the appurtenances from oblique side, and (b) in Fig. 8 is attached from oblique upper The perspective view of component, (c) in Fig. 8 are the perspective views of the appurtenances from obliquely downward.In addition, (d) in Fig. 8 is from tiltedly The adjustment component just observing appurtenances shown in (c) in (a)~Fig. 8 that accessory is assembled in Fig. 8 and constituting Perspective view.

As shown in (c) in (a) in Fig. 8~Fig. 8, appurtenances 57 are integrally formed into the same manner as appurtenances 54 Approximate bowl-shape or mortar shape component, can be inserted from above into rotary shaft 11.

Different from appurtenances 54 in the lower end of appurtenances 57, being provided with will be as the front end of rotary shaft 11 Axis front 112 covers from below and constitutes the covering part 571 of new rotary shaft, and the axis front 112 of rotary shaft 11 is configured at covering The inside in portion 571 and it is not exposed to outside.

In addition, the inside of covering part 571 becomes the recess portion 572 for accommodating axis front 112 (referring to (b) in Fig. 8).

Appurtenances 57 are configured to the change with its installation site, can change the height of axle portion 10.

That is, in the case where appurtenances 57 are extreme higher position relative to the installation site of rotary shaft 11, covering part 571 Medial surface (that is, inner surface of recess portion 572) become abutted with the axis front 112 of rotary shaft 11 or with its similar in position, cover The substantially same degree of height and position of cover 571 and axis front 112 (for example, referring to (a) in Fig. 9).In contrast, with Appurtenances 57 decline relative to the installation site of rotary shaft 11, the medial surface (inner surface of recess portion 572) of covering part 571 and rotation The axis front 112 of shaft 11 is compared to separating downwards, and the length of the axis direction of axle portion 10 is (referring for example in Fig. 9 (d)).As a result, compared with the case where axis front 112 of rotary shaft 11 is grounded, in the lateral surface of the covering part 571 of appurtenances 57 In the case where ground connection, the whole height of toy top 1 is got higher, and can be changed by the variation of the position of centre of gravity of toy top 1 The manner of execution of toy top 1.

In addition, illustrating covering part 571 before axle portion 10 in (c) in (a) in fig. 8 and Fig. 8 etc. The case where becoming taper in the smaller side observation of end side outer diameter, but the shape of covering part 571 is not limited to illustrated example.Pass through The shape for changing covering part 571 can change manner of execution of the toy top 1 in the case where covering part 571 is grounded.

In addition, other compositions of appurtenances 57 are identical as appurtenances 54, therefore simultaneously with a part label same symbol The description thereof will be omitted.

Accessory 53 has approximate discoid flat part 531, is formed in the substantial middle of the flat part 531 and makes to revolve The through hole 532 that shaft 11 is inserted, and the shaft body portion for making rotary shaft 11 in the top of appurtenances 54 is configured in the following manner 111 upside protrudes upward from through hole 532, and the flange part of rotary shaft 11 113 is sandwiched it between appurtenances 54.

As described above, by the helical spring 110 of the axis setting around rotary shaft 11, upward to accessory 53 (that is, axle portion top and be fixed on the ladder forming member 51 on axle portion top) force (pressing).

Position at substantially opposite two of the axis of rotary shaft 11 is clamped in the perimeter surface of the flat part 531 of accessory 53 It sets, is formed with recess portion 535.In recess portion 535, as described above, the protrusion 545 that the upper surface of appurtenances 54 is arranged in is embedded in To recess portion 535.Prevent accessory 53 from deviating in direction of rotation (circumferential direction of rotary shaft) with appurtenances 54 as a result,.

In addition, the shape of recess portion 535, quantity, setting position etc. are corresponding with the protrusion 545 of appurtenances 54, no It is limited to illustrated example.

In addition, the downside of the flat part 531 in accessory 53, is provided with the four locking foots hung down set downward 533。

Locking foot 533 is locked to the stop hole 543 of appurtenances described above, is disposed in corresponding with stop hole 543 Position.

Locking foot 533 is formed to have certain elasticity, is provided in front end prominent towards axis (axle center) direction Pawl 533a.

In assembling, locking foot 533 is inserted into the stop hole 543 of appurtenances 54, attached by the way that pawl 533a to be locked to Belong to the stepped part 543a of component 54, engages foot 533 from four direction and clasp appurtenances 54.Thus appurtenances 54 and auxiliary Component 53 engages, and can be integrally formed and act.

In addition, engaging, the shape of foot 533, quantity, setting position etc. are corresponding with the stop hole 543 of appurtenances 54 to be Can, it is not limited to illustrated example.

In addition, the upper side in the flat part 531 of accessory 53 is provided with protrusion 534, the protrusion 534 be can with set The recess portion 516 (recess portion 516a, 516b, 516c) set 10 side of axle portion (being in the present embodiment ladder forming member 51) is fitted into Card stop element.

In the present embodiment, as described above, recess portion 516 (recess portion 516a, 516b, 516c) is respectively arranged at clamping rotation The axis of shaft 11 and substantially opposite position, accordingly with a pair of recess portion 516a, 516b, 516c, in clamping rotary shaft 11 Axis and the setting of substantially opposite position there are two protrusions 534.

In addition, the shape of protrusion 534, configuration quantity, allocation position etc. are corresponding with recess portion 516a, 516b, 516c, no It is limited to illustrated example.For example, it is also possible to which 516 (recess portion of a pair of of recess portion is not arranged on the relative position of the axis of clamping rotary shaft 11 516a, 516b, 516c), the circumferential direction of ladder forming member 51 is positioned only in recess portion 516 (recess portion 516a, 516b, 516c) In the case where at one, protrusion 534 is also disposed at any place of the circumferential direction of accessory 53.

2. about performance variable loop 30

In the present embodiment, use flywheel as performance variable loop 30.The performance variable loop 30 is formed as plate.Such as figure Shown in 3, in the bottom surface of the performance variable loop 30, it is formed with the annular step portions that can accommodate the flange 12 of axle portion 10 from below 31.In addition, as shown in FIG. 2 and 3, in the upper surface of the performance variable loop 30, clamping the axis of rotary shaft 11 in right and left Position is respectively formed with the protruding portion 32 stretched out upward at opposed two upwards.It is formed in the lower portion of each protruding portion 32 There is the recess portion 33 for the protruding portion 15 that can accommodate axle portion 10 from below.In addition, in the upper surface of performance variable loop 30, in close proximity to each The outside of protruding portion 32 is formed with the tongue piece 34 extended upwards.Side is prominent more up than protruding portion 32 for tongue piece 34.In addition, conduct The performance variable loop 30, can be instead of flywheel or with flywheel one, outer peripheral surface have protruding portion and be easy to attack pair The component of the toy top 1 of side, or there is recess portion in outer peripheral surface and be difficult to the portion of the attack by the toy top 1 from other side Part.

3. about main body 40

Main body 40 is formed as discoid.As shown in Fig. 2, the main body 40 has: matrix 400 and in plan view with base 400 same shape of body is covered on the transparent cover 401 on matrix 400.

Concave-convex 40a is formed in the periphery of main body 40.In addition, being formed with circular hole 41 in the center of matrix 400.It is above-mentioned transparent Cover 401 covers the part other than circular hole 41 and aftermentioned arcuate slots 46.Further, in the lower surface of main body 40 It is formed with the annular recessed portion 42 that can accommodate the protruding portion 32 of performance variable loop 30 from below.

The inner peripheral surface lower end for forming the internal perisporium 43a of the annular recessed portion 42 is being divided, is clamping the axis of rotary shaft 11 preceding Position is provided projectingly the pawl (holding section) 44 stretched out on the inside of oriented radial direction respectively at opposed two in rear direction.

In addition, the up and down direction middle part of the inner peripheral surface in internal perisporium 43a, clamps the axis of rotary shaft 11 in left and right directions Position is provided projectingly the protrusion 47 stretched out on the inside of oriented radial direction respectively at the two of upper face-off.

Further, in the lower end surface of internal perisporium 43a, the axis of rotary shaft 11 portion at opposed two in the lateral direction is clamped Position is respectively formed with the undulation portion 45 for being continuously formed bumps and engaging with above-mentioned raised line 21.

In addition, divide formed main body 40 annular recessed portion 42 roof 43b, be formed with can be inserted into from below performance can Become the arcuate slots 46 of the tongue piece 34 of ring 30.The length of the arcuate slots 46 is the length that tongue piece 34 can be made sufficiently mobile.

4. about identification component 60

Identification component 60 is installed on circular hole 41.The identification is with component 60 for the identification of toy top 1, the knowledge of player Not.

Although not shown in embodiments, prepare that there is mutually different pattern to carry out the identification And/or the component of color is therefrom selected player with screw-type using groove portion 60a and protrusion 47 as identification component 60 An identification component 60 out is installed on circular hole 41.

" assemble method "

Next, being illustrated to an example of the assemble method of toy top 1.In addition, being set as axle portion 10 herein Assembling has been completed.Also, it is set as installation of the identification with component 60 to circular hole 41 to be also completed.

Firstly, being directed at the protruding portion 15 of axle portion 10 with the recess portion 33 of performance variable loop 30 from below, by axle portion 10 and property Energy variable loop 30 is assembled into chimerism.Then, make the assembly from below close to main body 40.At this point, making above-mentioned assembly The defined end alignment of the arcuate slots 46 of the tongue piece 34 and main body 40 of performance variable loop 30 (referring to Fig. 3).The state is axis The pawl 17 in portion 10 and the pawl 44 of main body 40 nonoverlapping state in the up-down direction.The state is engagement released state.Later, right The axle portion 10 of above-mentioned assembly is pressed to 40 side of main body.In this way, firstly, performance variable loop 30 is pressed against under main body 40 Surface.Further, spring 20 compresses, and the pawl 17 of axle portion 10 is relatively raised the position closer to the top to the pawl 44 than main body 40 It sets.Then, rotate axle portion 10 and performance variable loop 30 integrally relative to main body 40, until tongue piece 34 is moved to and above-mentioned rule The end of fixed end opposite side.The rotation of such case is the rotation of main body 40 and performance variable loop 30 relative to axle portion 10. In this way, as shown in figure 5, becoming the state that the pawl 17 of axle portion 10 and about 44 pawl of main body 40 are overlapped.Then, by hand from axle portion When 10 relieving, because of the applied force of spring 20, the upper surface of the pawl 44 of the lower surface and main body 40 of the pawl 17 of axle portion 10 is abutted.

The state that the upper surface of the pawl 44 of the lower surface and main body 40 of the pawl 17 of axle portion 10 abuts is fastening state.As a result, Axle portion 10, performance variable loop 30 and main body 40 are combined, to be assembled into toy top 1.

" variation of revolving property "

Next, referring to Fig. 7, the variation of the revolving property in the case where being installed on axle portion 10 to appurtenances 54 into Row explanation.

In the case where the protrusion of accessory 53 534 is locked to any recess portion 516 (for example, recess portion 516a), spiral shell is utilized It revolves spring 110 and exerts a force to accessory 53 towards upside, thus become and be embedded in recess portion 516 under normal conditions and motionless state.

As described above, in the present embodiment, depth of the recess portion 516a on the axis direction of rotary shaft 11 is most deep, such as Shown in (a) in Fig. 7, in the state that the protrusion of accessory 53 534 is locked to recess portion 516a, the appurtenances of axis direction The axis front 112 of 54 installation site highest, rotary shaft 11 is most from the overhang outstanding of the hole of annulus 541 542.

In this case, when toy top 1 is rotated with the state vertical or proximate to it relative to ground plane, only There is the axis front 112 of rotary shaft 11 to be grounded.Then, only toy top 1 is cyclic annular relative under ground plane substantially inclined situation Portion 541 with axis front 112 together or annulus 541 replace axis front 112 and be grounded.

In the case where wanting to change the revolving property of toy top 1, as shown in (b) in Fig. 7, user temporarily will adjustment Component 52 pulls down downwards (direction indicated in (b) in Fig. 7 with blank arrowhead).Then, component 52 will be adjusted to be pulled down to Protrusion 534 cross constitute recess portion 516a extension 518 (518a) height and position state, make adjust component 52 around axis ( It is the right direction in (d) of (a) into Fig. 7 in Fig. 7 in present embodiment) rotation.

Protrusion 534 cross constitute recess portion 516a extension 518 (518a), will adjustment component 52 rotation to be different from Recess portion 516 (such as the recess portion 516b of configuration in the right neighbour of recess portion 516a in (d) of (a) in Fig. 7 into Fig. 7) it is corresponding Position as shown in (c) in Fig. 7, utilizes the force (pressing of helical spring 110 if user decontrols hand from adjustment component 52 Power) the adjustment component 52 comprising accessory 53 is pressed up, protrusion 534 is embedded in recess portion 516b.

Recess portion 516b is more shallow than recess portion 516a in the depth of the axis direction of rotary shaft 11, therefore, such as (c) institute in Fig. 7 Show, in the state that the protrusion of accessory 53 534 is locked to recess portion 516b, the installation site of the appurtenances 54 of axis direction Slightly declined with the amount that recess portion 516b shoals, the axis front 112 of rotary shaft 11 is from the overhang outstanding of the hole of annulus 541 542 Slightly tail off.

In this case, when toy top 1 is rotated with the state vertical or proximate to it relative to ground plane, only Have rotary shaft 11 axis front 112 be grounded, if even but toy top 1 be slightly tilted relative to ground plane, annulus 541 with axis front 112 together or annulus 541 replace axis front 112 be grounded.

Further, as shown in (b) in Fig. 7, user will temporarily adjust component 52 again and (use in (b) in Fig. 7 downwards The direction that blank arrowhead indicates) drop-down, protrusion 534 crosses the extension 518 (518b) for constituting recess portion 516b, makes to adjust component 52 Be pivoted (being in the present embodiment the right direction in (d) in (a) in Fig. 7~Fig. 7) to the recess portion that is different from The corresponding position 516 (such as the recess portion 516c of configuration in the right neighbour of recess portion 516b in (d) of (a) in Fig. 7 into Fig. 7) It sets, if user decontrols hand from adjustment component 52, as shown in (d) in Fig. 7, utilizes the force (pressing of helical spring 110 Power) the adjustment component 52 comprising accessory 53 is pressed up, protrusion 534 is embedded in recess portion 516c.

Recess portion 516c further shoals in the depth of the axis direction of rotary shaft 11 than recess portion 516b, such as (d) institute in Fig. 7 Show, in the state that protrusion 534 is embedded in recess portion 516c, the installation site of the appurtenances 54 of axis direction is with recess portion 516c change Shallow amount slightly declines, and becomes the axis front 112 of rotary shaft 11 not from the state outstanding of the hole of annulus 541 542.

In this case, unrelated with the rotation angle of toy top 1, only annulus 541 is grounded.

It, can be in addition, in the case where user further wants for protrusion 534 to be embedded in recess portion 516 other than recess portion 516c Adjustment component 52 rotation to protrusion 534 is crossed to constitute the extension 518 (518c) of recess portion 516c and be embedded in and be configured at recess portion The position of the recess portion 516a of the right neighbour of 516c, on the contrary, adjustment section part 52 can also be made to rotate to the left, until returning to protrusion 534 cross the extension 518 (518b) for constituting recess portion 516b and are embedded in the recess portion 516b's for being configured at the left neighbour of recess portion 516c Position.

Toy top 1 is stably rotated in the state that the lesser axis front 112 of contact area is grounded, if but ground plane It accumulates biggish annulus 541 to be grounded, then rotates angle and irregularly change, move to 1 larger amplitude of toy top etc., movement is not advised Rule can apply the attack etc. other than anticipation to the toy top for fighting other side.

In addition, in the present embodiment, as shown in (d) of (a) in Fig. 7 into Fig. 7, although by making to adjust component 52 The position (type) of recess portion 516 that engages of protrusion 534, showing can be from the axis front 112 of rotary shaft 11 from annulus 541 The state outstanding of hole 542 be not adjusted to axis front 112 from the three phases of the state outstanding of the hole of annulus 541 542 Example, but the state that can adjust it is without being limited thereto shown in three phases.

For example, it is also possible to shallower recess portion 516 further than recess portion 516c shown in (d) in Fig. 7 be arranged, by annulus The position of 541 lower end is set as, and the installation site of appurtenances 54 is dropped to the position of the axis front 112 than rotary shaft 11 At height more on the lower.

In this case, with the change of the installation site of appurtenances 54, can change axle portion 10 height (that is, The case where axis front 112 than rotary shaft 11 is grounded more can be by the length of axle portion 10).

Then, referring to Fig. 9, the variation of the revolving property in the case where being installed on axle portion 10 to appurtenances 57 is carried out Explanation.

In the case where appurtenances 57 are installed on axle portion 10, the protrusion 534 of accessory 53 is being locked to rotation In the state of the most deep recess portion 516a of the depth of the direction of rotation of axis 11, the installation site of the appurtenances 57 of axis direction is most Height, as shown in (a) in Fig. 9, the axis front 112 for becoming rotary shaft 11 is abutted to the lower end of the covering part 571 of appurtenances 57 State on the inside of portion becomes the shortest state of length of the axle portion 10 of toy top 1.

In the case where wanting to change the revolving property of toy top 1, as shown in (b) in Fig. 9, user temporarily will adjustment Component 52 pulls down downwards (direction indicated in (b) in Fig. 9 with blank arrowhead).Then, it is pulled down to component 52 will be adjusted In the state that the height and position for constituting the extension 518 (518a) of recess portion 516a is crossed in protrusion 534, make to adjust component 52 around axis (right direction in (d) for being in the present embodiment (a) in Fig. 9 into Fig. 9) rotation.

Protrusion 534 cross constitute recess portion 516a extension 518 (518a), make adjust component 52 rotation to be different from Recess portion 516 (such as the recess portion 516b of configuration in the right neighbour of recess portion 516a in (d) of (a) in Fig. 9 into Fig. 9) it is corresponding Position as shown in (c) in Fig. 9, utilizes the force (pressing of helical spring 110 if user decontrols hand from adjustment component 52 Power) the adjustment component 52 comprising accessory 53 is pressed up, protrusion 534 is embedded in recess portion 516b.

Recess portion 516b is more shallow than recess portion 516a in the depth of the axis direction of rotary shaft 11, therefore, such as (c) institute in Fig. 9 Show, in the state that the protrusion of accessory 53 534 is locked to recess portion 516b, the installation site of the appurtenances 54 of axis direction Slightly declined with the amount that recess portion 516b shoals, the position of the axis front 112 of the position and rotary shaft 11 of the lower end of covering part 571 Compared to being slightly lower.

In this case, the revolving property of the length of the axle portion 10 of toy top 1, toy top 1 changes.

Then, if protrusion 534 is further embedded in recess portion 516c with same program, recess portion 516c is in rotary shaft 11 The depth of axis direction is most shallow, therefore as shown in (d) in Fig. 9, is locked to recess portion 516c's in the protrusion of accessory 53 534 Under state, the installation site of the appurtenances 54 of axis direction is slightly declined with the amount that recess portion 516c shoals, under covering part 571 The position of end is slightly lower compared with the position of the axis front 112 of rotary shaft 11.

In this case, the length of the axle portion 10 of toy top 1 is further elongated.

In toy top 1, if the length of axle portion 10 changes, the position of centre of gravity of toy top 1 also changes, because This revolving property changes, and can apply the attack etc. other than anticipation to the toy top for fighting other side.

" method for gaming "

Then, an example of the method for gaming for using the toy top 1 is illustrated.

In an example of the method for gaming, toy top 1 is made to rotate and fight with the toy top of other side 1.

In this case, such transmitter 90 carries out as shown in Figure 10 for the application of the rotary force of toy top 1.It should Transmitter 90 is configured to, and has plectane (not shown) inside it, if being rotated to the plectane to one with disc spring (not shown) While direction exerts a force, the rope (not shown) around plectane is pulled with handle 91, then rotates plectane, and make gyro Holder 93 rotates.The rotation of the gyro holder 93, the clamp forks (fork) 94 by being provided projectingly on lower section pass to top Spiral shell toy 1 rotates toy top 1.In this case, clamp forks 94 are inserted into the 46 (reference of arcuate slots of main body 40 In Fig. 3).Then, when drawing on earth the handle 91 of transmitter 90, the rotation of plectane or even gyro holder 93 stops, another Aspect, for toy top 1 since inertia force also will do it rotation, toy top 1 follows the inclined surface 94a of clamp forks 94 from top Spiral shell holder 93 is detached from.In addition, symbol 92 is the bar that can be haunted relative to gyro holder 93 in Figure 10.It is played in gyro When tool 1 is assemblied on gyro holder 93, which is pressed and submerged to gyro holder 93 by the upper surface of toy top 1 It is interior.The bar 92 is for example detected for the dismounting to toy top 1.

The toy top 1 launched in this way rotates in defined place, if the toy top 1 with other side collides, leads to Impact force, friction caused by collision etc. is crossed, the direction of rotation phase having with axle portion 10 and performance variable loop 30 is acted in main body 40 The power in anti-direction, as a result, main body 40 relative to the direction of rotation of axle portion 10 and performance variable loop 30 in the opposite direction relatively Rotation.

Then, raised line 21 is engaged with the undulation portion 45 of main body 40.In this case, since the applied force of spring 20 acts on Raised line 21, therefore, when effect has the caused impact force of collision, axle portion 10 relatively rotates relative to main body 40 and is changed The position of engagement, if reaching locking as a result, releases position, the pawl 44 of main body 40 is detached from from the pawl 17 of axle portion 10, therefore, because of bullet The applied force of spring 20, main body 40 are separated from axle portion 10.Then, in Fig. 1, as shown on the right, toy top 1 is decomposed.

" effect of present embodiment "

As described above, according to the present embodiment, toy top 1 has: axle portion 10；It is installed on axle portion 10 and can be in axle portion The mobile appurtenances 54 of the axis direction of 10 rotary shaft 11；Appurtenances 54 are locked on to the axis side of rotary shaft 11 respectively To different multiple positions card stop element (being in the present embodiment recess portion 516 and protrusion 534), utilize card stop element (recess portion 516 and protrusion 534) engages appurtenances 54 and can change the installation sites of appurtenances 54.

Therefore, easily multiple stages that are formed in of the grounded part of toy top 1 can be switched over, top can be made Position of centre of gravity, the revolving property of spiral shell toy 1 change, and can be enjoyed using a toy top 1 and various be imbued with change Attack, the battle of change.

In addition, according to the present embodiment, appurtenances 54 are detachable relative to axle portion 10.Therefore, multiple types can be prepared Appurtenances (appurtenances 54,57 in present embodiment), desired revolving property can be obtained to user is suitable for Appurtenances are suitably selected and distinguish use.It can be to carrying out the appurtenances of different movements (for example, can be with installation position It sets and accordingly changes the appurtenances 54 of the ground state of front end of axle portion 10, can accordingly change axle portion with installation site The appurtenances 57 of 10 height (length)) it is replaced, therefore a toy top 1 can be made to be transformed by simple method For the toy top for being able to carry out the various distinctive attacks of tool, the variation of transformation can be increased, thus, it is possible to realize The toy top of colorful attack is carried out to the toy of battle other side.

In addition, by individually preparing the appurtenances 54,57 as consumable part, such as due to the top with battle other side Appurtenances 54,57 when appurtenances 54,57 are damaged, can be removed only, be handed over new component by the collision etc. of spiral shell toy It changes, it can be long lasting for using 1 ontology of toy top.

In addition, according to the present embodiment, rotary shaft 11 can be adjusted and only changing the installation site of appurtenances 54 Axis front 112 the amount of haunting, situation is haunted accordingly with the front end of rotary shaft, simply to the axis of only rotary shaft 11 The case where the case where front 112 is grounded, the axis front 112 of rotary shaft 11 and annulus 541 are grounded simultaneously, only annulus 541 Multiple ground connection modes of the case where ground connection switch over.

Since grounded part changes, contact area changes, therefore the rotation that can change toy top 1 is special Property, colorful attack can be carried out to the toy top of battle other side.

In addition, according to the present embodiment, appurtenances 57 have the covering part 571 for constituting new rotary shaft, therefore can be only The installation site for changing appurtenances 57, changes the height of axle portion 10 with being easy for.

Since the height of axle portion 10 changes, the position of centre of gravity of toy top 1 can be made to change, can be realized energy Enough toy tops to battle other side carry out the toy top 1 of colorful attack.

In addition, according to the present embodiment, the card stop element of the installation site for changing appurtenances 54 is recess portion 516, And it is fitted into the protrusion of the recess portion 516 534.

Only it can simply make the peace of appurtenances 54 by changing the nested position of recess portion 516 and protrusion 534 as a result, Holding position changes and changes the revolving property of toy top 1, anyone can simply enjoy changeful battle Game.

In addition, recess portion 516 is engaged with protrusion 534 and is engaged, therefore even if in toy top 1 or rotation, or with other side's In the case that toy top fierceness is collided, appurtenances 54 will not be deviated relative to rotary shaft 11 in the position of axis direction, be used Family is able to maintain that game starts the preceding state set.

In addition, according to the present embodiment, on the ladder forming member 51 as 10 side of axle portion, along the Zhou Fang of rotation 11 To, be provided with the different multiple recess portions 516 in the position of axis direction, as adjustment component 52 53 side of accessory be provided with It can be with any recess portion 516 selectively chimeric protrusion 534.

Therefore, by moving adjustment component 52 in the circumferential direction of rotary shaft 11, appurtenances can simply be changed 54 installation site, anyone can simply enjoy changeful battle game.

In addition, according to the present embodiment, having helical spring 110 as the side to maintain the locking state of appurtenances 54 The force application part of formula force.

Therefore, during carrying out game using toy top 1, even if colliding with other toy top fiercenesses In the case of, it can also prevent the situation that the installation site of appurtenances 54 shifts, locking state is released from.

" variation of the utility model "

Self-evidently, above, although the embodiments of the present invention is illustrated, the utility model It is not limited to above embodiment, various modifications can be carried out within the scope of its spirit.

For example, in the present embodiment, card stop element is illustrated by being formed in the outside portion 515 of ladder forming member 51 Recess portion 516, and be locked to the recess portion 516 accessory 53 protrusion 534 constitute the case where, as long as but card stop element energy The installation site for changing the appurtenances 54 of axis direction, is not limited to recess portion 516 and protrusion 534.

For example, can be set to, in outer peripheral surface and appurtenances 54,57 (or the adjustment comprising the component of axle portion 10 Component 52) inner peripheral surface form the spiral helicine screw that is engaged with each other, by (or the tune comprising the component of appurtenances 54,57 Integeral part 52) it is screwed into relative to axle portion 10, as the composition screwed togather, screwing togather situation (i.e. the amount of screwing) using this makes comprising attaching part The locking position for the axis direction that the adjustment component 52 of part 54,57 engages moves slowly.

In addition, card stop element can not be recess portion, and be arranged to stair-stepping stepped part etc., it is only attached by abutting A part of component 54,57 just can change the composition of locking position.

In addition, in the present embodiment, although illustrate by make the adjustment component 52 comprising appurtenances 54 relative to Axle portion 10 rotates, and changes the example for the recess portion 516 (card stop element) for keeping protrusion 534 chimeric, but switches the side of card stop element Method, which may not be, makes to adjust the method that component 52 rotates.

In addition, card stop element is not limited to be set to the recess portion 516 of 10 side of axle portion and be set to comprising appurtenances 54 Adjust the combination of the protrusion 534 of 52 side of component.For example, it is also possible in contrast to this, protrusion be arranged in 10 side of axle portion, comprising attached Recess portion is arranged in 52 side of adjustment component for belonging to component 54.

Further, card stop element may not be recess portion and protrusion chimeric structure mutually.For example, being configured to, lead to It crosses and hooks the same object of hook in recess portion or hole portion and the adjustment component 52 comprising appurtenances 54,57 is made to be locked to axle portion 10。

In addition, for example, different prominent in the position that short transverse is arranged stepwise in the circumferential direction of the periphery of axle portion 10 It rises, is fixed using adjustment component 52 of the applied force pressing comprising appurtenances 54,57 of the force application part of spring etc..

In addition, though in the present embodiment, being arranged with appurtenances 54,57 integrally other than appurtenances 54,57 Mobile accessory 53, by making the adjustment component 52 being made of appurtenances 54,57 and accessory 53 relative to axis Portion 10 engages, and can change the installation site of the appurtenances 54,57 of axis direction, card stop element can also be not provided in ladder Forming member 51 and accessory 53, setting accessory 53 are also nonessential.

As long as the appurtenances that card stop element is set to 10 side of axle portion and can move on the axis direction of rotary shaft 11 54,57 etc. is upper, for example, the card stop element of protrusion etc. can be arranged on appurtenances 54,57, is locked to the card of axle portion 10 Stop element (for example, recess portion).

Claims

1. a kind of toy top, which is characterized in that

Have:

Axle portion is provided with rotary shaft；

Appurtenances are installed on the axle portion, can be mobile in the axis direction of the rotary shaft；And

The appurtenances are locked on different multiple positions of the axis direction of the rotary shaft by card stop element respectively It sets,

The appurtenances are engaged using the card stop element, constitute the installation position of the appurtenances thus modifiablely It sets,

With the change of the installation site of the appurtenances, the ground state or the axis of the axle portion are constituted modifiablely The height in portion.

2. toy top according to claim 1, which is characterized in that

The appurtenances are removably constituted relative to the axle portion.

3. toy top according to claim 1 or 2, which is characterized in that

The appurtenances can be inserted from above into the rotary shaft, and the front end of the rotary shaft can be made prominent in lower section, And there is the annulus being arranged in a manner of at least front end for surrounding the rotary shaft from surrounding,

The annulus is configured to, and with the change of the installation site of the appurtenances, sends out around the position of the rotary shaft Thus changing adjusts the amount of haunting of the front end of the rotary shaft, can be with the front end of the rotary shaft Situation of haunting accordingly is grounded.

4. toy top according to claim 1 or 2, which is characterized in that

The appurtenances constitute the covering part of new rotary shaft with the front end for covering the rotary shaft from below, constitute For the height of the axle portion can be changed with the change of the installation site of the appurtenances.

5. toy top according to claim 1 or 2, which is characterized in that

Has accessory, which can be integrally formed with the appurtenances and in the axis direction of the rotary shaft It is mobile, adjustment component is collectively formed with the appurtenances,

The card stop element be configured to include: be set to the axle portion or it is described adjustment component in either recess portion, with And it is set to another party in the axle portion or the adjustment component, protrusion that can be chimeric with the recess portion.

6. toy top according to claim 5, which is characterized in that

Along the circumferential direction of the rotary shaft, in different described recessed in the position that the axle portion is provided with multiple axis directions Portion or the protrusion, on the adjustment component, being provided with can be with any recess portion or the protrusion selectively The chimeric recess portion or the protrusion.

7. toy top according to claim 1 or 2, which is characterized in that

The appurtenances are configured to take the rotatable state that can be rotated around the rotary shaft, and relative to institute The locking state of any card stop element locking of axle portion is stated,

The appurtenances have force application part, which is exerted a force in a manner of maintaining the locking state.