CN202173779U - Toy device - Google Patents
Toy device Download PDFInfo
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- CN202173779U CN202173779U CN2011202428877U CN201120242887U CN202173779U CN 202173779 U CN202173779 U CN 202173779U CN 2011202428877 U CN2011202428877 U CN 2011202428877U CN 201120242887 U CN201120242887 U CN 201120242887U CN 202173779 U CN202173779 U CN 202173779U
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- toy
- base unit
- transformable toy
- transformable
- pivot
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H33/00—Other toys
- A63H33/003—Convertible toys, e.g. robots convertible into rockets or vehicles convertible into planes
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Abstract
A toy device is provided with a transformable toy capable of being used independently and capable of being combined with other transformable toys to realize novel effects. The toy device comprises the transformable toy (10) and a base unit (50), wherein the transformable toy (10) is transformable reversely by means of rotation of multiple pivotal components (20) and can be mounted on the base unit (50). The transformable toy (10) comprises a pivoting mechanism used for rotating the multiple pivotal components (20) and an actuator (14) used for actuating the pivoting mechanism. The base unit (50) comprises an actuating portion (64) connected with the actuator (14) and an operating portion (68) used for operating the actuating portion (64) externally. When the operating portion (68) is operated, the actuator (14) is operated by the actuating portion (64) correspondingly, the pivoting mechanism is actuated so that the multiple pivotal components (20) are driven to rotate, and accordingly the shape of the transformable toy (10) can be changed.
Description
Technical field
The present invention relates to a kind of toy apparatus; It has transformable toy and base unit; Said transformable toy has the form that can change reversiblely; Said transformable toy can be installed on the said base unit, and is particularly related to the toy apparatus that a kind of form of transformable toy changes through the operating portion of operation setting on base unit.
Background technology
Usually, form can be known from the transformable toy that a kind of form (for example automobile or animal) is changed to another kind of form (for example robot) reversiblely.Because this transformable toy uses to change form through sequentially operate its parts with hand basically, so operation sequence is a trouble.Therefore proposed to change through shirtsleeve operation the transformable toy of form.For example, japanese patent application laid is opened publication number 9-10442 and is disclosed a kind of transformable toy, and its form is through operating so that sliding component changes to front slide executive component.
Yet disclosed transformable toy only is a kind of transformable toy that can change form through the simple operations of executive component in this list of references, rather than a kind of transformable toy that can be used in combination with other transformable toys.In addition,, therefore must on the outer surface of toy, guarantee to supply the enough scopes or the zone of operating unit slip, therefore limit the function and the design of toy unfriendly because the executive component in this transformable toy is a sliding-type.And, because the executive component in this transformable toy is a sliding-type, thus executive component only can its slidably move in the width and, in some cases, possibly can't obtain enough driving forces and activate pivot.
Summary of the invention
The present invention proposes in order to address the above problem.Therefore, the purpose of this invention is to provide a kind of toy apparatus, transformable toy can be used separately and use and produce novel effect with the combination of other transformable toy.
Another object of the present invention provides and a kind ofly can change the form of toy and can not limit the design of toy or the toy apparatus of function with shirtsleeve operation.
Make the present invention to achieve the above object; Toy apparatus according to the present invention comprises: have the transformable toy of the form that can change reversiblely, but but this transformable toy comprise rotation with a plurality of pivot members of the form that changes this transformable toy, be used to make pivot that said a plurality of pivot member rotates and the actuator that is used to activate said pivot; And base unit; Said transformable toy can be installed on this base unit; This base unit comprises actuation part that connects with said actuator and the operating portion that is used for this actuation part of peripheral operation; Wherein when the said operating portion of operation, said actuator is correspondingly via said actuation part operation, thereby said pivot activated.
In a preferred embodiment of the invention, the form of said transformable toy is changed to second form from first form reversiblely, and said actuator is arranged under first form of said transformable toy and second form all on the surface as the bottom surface.
In a preferred embodiment of the invention; Said base unit comprises Base body and supplies said transformable toy can remove the toy installation portion that ground is installed; This toy installation portion can slide with respect to said Base body, and said actuation part is formed on this toy installation portion, and when operating said operating portion; Said actuation part activated, thereby said toy installation portion slides.
In a preferred embodiment of the invention, said base unit also comprise can peripheral operation auxiliary operation portion, and when the relative position between said auxiliary operation portion and the said operating portion changed, said actuation part activated.
In a preferred embodiment of the invention, said base unit has the top that is provided with the connection part that is used to be attached to another base unit, and said toy installation portion can slide to the direction on the said top of said base unit.
In a preferred embodiment of the invention; Said actuator is arranged on the said transformable toy revolvably; And said actuation part is arranged on the said base unit revolvably; And during rotation, said pivot activated via said actuator, to change the form of said transformable toy when the operation of said actuation part at said operating portion.
In a preferred embodiment of the invention; Said transformable toy comprises base component; Said actuator is arranged at this base component revolvably; But but but in said a plurality of pivot member each is attached at least one other pivot member in said base component or the said a plurality of pivot members revolvably, but and said pivot comprise the geared system that is used for the rotation of said actuator is converted to one rotational motion of said a plurality of pivot members.
In a preferred embodiment of the invention; Said actuator is arranged on the said transformable toy revolvably; Said base unit comprise interlock in the tooth bar of said auxiliary operation portion and interlock in said operating portion and with the pinion of said tooth bar engagement; And when the relative position between said auxiliary operation portion and the said operating portion changes, make said pinion rotation through said tooth bar, and said actuation part is arranged on revolvably on the said base unit; And said pinion engages with said actuation part, so that the rotation of said actuation part.
In a preferred embodiment of the invention; Said base unit comprises locking mechanism, and this locking mechanism is used to lock said operating portion, with said toy installation portion location and remain on the direction on top of said base unit; And through the said auxiliary operation of operation portion; Change the relative position of said auxiliary operation portion, said actuation part is activated, thereby change the form of said transformable toy with respect to blocked said operating portion.
According to the present invention, toy apparatus comprises the base unit that transformable toy can be installed.When the operating portion of operational base unit, the actuator of transformable toy is corresponding to the ground operation, but and pivot activated so that a plurality of pivot member rotates, thereby change the form of transformable toy.That is, the form of transformable toy can change the base unit design and changes through being operating as form.Therefore, irrelevant with the type that form changes, even when on base unit, different transformable toys being installed, also can be through same operation change form.
According to one embodiment of present invention, the form of transformable toy is second form from first metamorphosis, and actuator is arranged under first form of transformable toy and second form all on the surface as the bottom surface.Therefore, can the influence of actuator to the Design and Features of transformable toy be minimized.In addition, when transformable toy was installed on the base unit, the member that has as the surface of bottom surface was fixed to base unit.Under this fixing member situation as base portion, but a plurality of pivot member rotates to change the form of transformable toy.Therefore, the form of transformable toy can be changed into and make that for example toy stands on the base portion, thereby the toy apparatus that produces novel effect is provided.
According to one embodiment of present invention, when operating portion was operated, actuation part activated, thereby the toy installation portion that is formed with actuation part slides.Therefore, transformable toy slides when on base unit, changing its form, thereby the toy apparatus that produces novel effect is provided.
According to one embodiment of present invention, base unit also comprise can peripheral operation auxiliary operation portion, and when the relative position between auxiliary operation portion and the operating portion changed, actuation part activated.Therefore, when auxiliary operation portion and operating portion quilt operation simultaneously, can make the slip of toy installation portion and actuation part is activated.In addition, when being operated the back at operating portion when auxiliary operation portion operated, can under the situation of the state after the toy installation portion remains slip, activate actuation part.Like this, transformable toy can have variform to be changed and slide, thereby the toy apparatus that produces novel effect is provided.
According to one embodiment of present invention, base unit has the top that is provided with the connection part that is used to be attached to another base unit, and the toy installation portion forms and can slide to the direction on the top of base unit.Therefore, through connecting a plurality of base units, can make each transformable toy of being installed on the base unit and using with another transformable toy that it is faced.
In this case, change and slide, can carry out fight with another transformable toy through the above-mentioned form of carrying out in the transformable toy.For example, transformable toy can collide when form changes with slide when carrying out each other, and through the toppling over of the other side's transformable toy, for example because collision and leave to confirm to win from base unit.Through like this, can provide the permission player not only to enjoy the form change and also enjoy toy apparatus as the toy of combat game.
According to one embodiment of present invention; Actuator is arranged on the transformable toy revolvably; And actuation part is arranged on the base unit revolvably; And under the situation that actuation part is rotated through the operation of operating portion, pivot activated via actuator, to change the form of transformable toy.Therefore, only actuator is formed on the outer surface of transformable toy.Therefore, can provide and to change the form of toy through simple operations and can not limit the toy apparatus of the Design and Features of toy.
In addition, because actuator is a rotary type, so different with the executive component of slidingtype, push type etc., the opereating specification of actuator does not receive the restriction of actuator.That is, when adopting the executive component of slidingtype or push type, executive component only can be operated in the width range that executive component can slide or be pressed.Relative with it, the rotary type actuator is not restriction on the width that actuator moves, and driving force can offer pivot according to the revolution of actuator.Therefore, the structure of pivot is unrestricted, thereby the multiple variation of the form of transformable toy can be provided.
In addition because actuator before form changes with all be positioned on the bottom surface afterwards, therefore can come operate actuator through the base unit of fixing this bottom surface.Through adopting this pattern, can change form through being operating as form change designed base unit.Therefore can change the form of toy with shirtsleeve operation more.
Description of drawings
Fig. 1 is the external view that is in first transformable toy under the automobile form, and it constitutes the toy apparatus according to the embodiment of example ground embodiment of the present invention.
Fig. 2 is the upward view of first transformable toy shown in Figure 1.
Fig. 3 is the diagram of the metamorphosis process of expression first transformable toy.
Fig. 4 is the diagram of the pivot of expression first transformable toy.
Fig. 5 A to Fig. 5 D is the key diagram of the state that moves of arm member of expression first transformable toy.
Fig. 6 is the external view that the expression form becomes first transformable toy after the robot form.
Fig. 7 is the external view of second transformable toy, and it constitutes the toy apparatus according to the embodiment of the invention.
Fig. 8 is the upward view of second transformable toy shown in Figure 7.
Fig. 9 is the diagram of the metamorphosis process of expression second transformable toy.
Figure 10 is the diagram of the pivot of expression second transformable toy.
Figure 11 is the external view that the expression form becomes second transformable toy after the robot form.
Figure 12 is the stereogram of an example of the expression base unit that is used for using at toy apparatus according to an embodiment of the invention.
Figure 13 is the exploded perspective view of base unit shown in Figure 12.
Figure 14 A to Figure 14 C is the sketch map of the state that activated of base unit.
Figure 15 is the stereogram that first transformable toy that expression is in automobile form is installed in the state on the base unit.
Figure 16 is the form of expression first transformable toy is varied to the state of robot form on base unit a stereogram.
Figure 17 is the stereogram of expression first transformable toy by the state of the auxiliary operation portion actuating of base unit.
Figure 18 is the stereogram that second transformable toy that expression is in the aircraft form is installed in the state on the base unit.
Figure 19 is the form of expression second transformable toy is varied to the state of robot form on base unit a stereogram.
Figure 20 is the stereogram of expression second transformable toy by the state of the auxiliary operation portion actuating of base unit.
Figure 21 be expression be separately installed with first transformable toy and second transformable toy base unit be linked together the stereogram of state.
Figure 22 is the stereogram of the state of base unit after rotating on its connection part of the connection among expression Figure 21.
Figure 23 is the stereogram of the state of expression first transformable toy after distortion on one of base unit of connection shown in Figure 22.
The stereogram of Figure 24 state after distortion that is expression second transformable toy on another of the base unit of connection shown in Figure 22.
Figure 25 is the stereogram of the state after the form of first and second transformable toys that face with each other on the base unit of expression connection shown in Figure 21 all changes.
The specific embodiment
One embodiment of the present of invention are described with reference to the drawings below.Toy apparatus according to an embodiment of the invention comprises transformable toy and the base unit that transformable toy is installed.As the example of the transformable toy of the toy apparatus of embodiment, two transformable toys are described, that is, and Fig. 1 to first transformable toy 10 shown in Figure 6 and Fig. 7 to second transformable toy 10 shown in Figure 11.Not only each can use separately through changing its form these two transformable toys 10, and can be used in combination.
(first transformable toy)
First transformable toy 10 is at first described.But first transformable toy such as Fig. 1 extremely rotation through a plurality of pivot members 20 shown in Figure 6 make its form become second form from first metamorphosis reversiblely.This first transformable toy 10 form the form that adopts vehicle (being automobile especially) as the first form (see figure 1) and the form that adopts robot as the second form (see figure 6).
As depicted in figs. 1 and 2; First transformable toy 10 is provided with the base component 11 with bottom surface 12 at its rear side; Said bottom surface 12 is as installed surface or installment surface with respect to the supporting base or the supporting surface of transformable toy 10, but and a plurality of pivot member 20 can be connected in this base component 11 pivotally.
In base component 11 set inside the horizontal gear 14 with axis is vertically arranged, to activate pivot as actuator, this will further describe hereinafter.When these horizontal gear 14 rotations, but a plurality of pivot member 20 rotates to change the form of transformable toy 10.To shown in Figure 4, horizontal gear 14 has the lower end that projects to the outside of base component 11 from the bottom surface 12 of base component 11 like Fig. 1, thus but the protuberance 14a of formation peripheral operation.That is, when this protuberance of operation 14a, horizontal gear 14 rotates, and passes through the rotation of this horizontal gear 14, and pivot activated, thereby but a plurality of pivot members 20 is rotated.
Extremely shown in Figure 4 like Fig. 1, but first transformable toy 10 comprises following pivot member 20.That is, but pivot member 20 comprise through axle 33 be attached to base component 11 with the back member 30 on the top that forms automobile form, be attached to this back member 30 with two arm members 44 of the both sides that form automobile form, through lower shaft 23 be attached to base component 11 be contained in the inner front piece 21 of automobile form and with back member 30 and front piece 21 be linked together with the link component 40 of the front portion that forms automobile form.In Fig. 1 to Fig. 3 and Fig. 6, but each pivot member 20 is depicted as the hacures with different pattern, but so that can easily come with other pivot member 20 differences.
But the rotation of these pivot members 20 through horizontal gear 14 is rotated or pivots, but and each pivot member 20 move to the position that is in its second form from the position of first form that is in transformable toy 10 with briefly being described below.That is, shown in Fig. 3 and Fig. 4, back member 30 is lifted through the revolving force as the horizontal gear 14 of driving force, and front piece 21 is also lifted with the mode of interlocking through this back member 30.And the rotational motion through back member 30 and front piece 21 makes link component 40 move to contact two arm members 44.In right latter two arm member 44 each is rotated to stretch out forward around axle 45.
The structure of detailed hereafter pivot and actuating make the metamorphosis of first transformable toy 10.Fig. 4 is the diagram of the pivot in first transformable toy 10.As shown in Figure 4, be provided with have integrally formed ring gear 16a and spur gear 16b integrally formed gear 16 so that can be around horizontal rotational shaft.The ring gear 16a of this integrally formed gear 16 is arranged to and horizontal gear 14 engagements recited above.Therefore, when the protuberance 14a of horizontal gear 14 rotation, integrally formed gear 16 is via rotating with the ring gear 16a of horizontal gear 14 engagements.
And, on the base portion (rearward end in the automobile form) of back member 30, be formed with the base portion gear 32 with the spur gear 16b of integrally formed gear 16 recited above engagement around axle 33.When integrally formed gear 16 rotated with the counter clockwise direction among Fig. 4, base portion gear 32 rotated in a clockwise direction, and back member 30 pivots to lifting direction on axle 33.In addition, back member 30 is attached to link component 40 near the part of top (leading section in the automobile form) through axle 43.
One end of front piece 21 can be attached to base component 11 pivotally via lower shaft 23 and the other end can be attached to link component 40 pivotally via last axle 22.Because this link component 40 with front piece 21 and back member 30 be linked together, so these four members, promptly base component 11, front piece 21, back member 30 and link component 40 form the linkage of the member with four connections.In this linkage because as stated base component 11 as fixed component and rear portion member 30 as driver, therefore when back member 30 when lifting direction and rotate, thereby front piece 21 is correspondingly activated on lower shaft 23 to lifting the direction rotation.
When anterior member 21 lifted with back member 30 approximately vertically, the medial surface of the medial surface of front piece 21 and back member 30 was against each other, thereby prevents any further rotation.For this reason, the rotational motion of front piece 21 and back member 30 stops at the position that front piece 21 and back member 30 have just been lifted on base component 11, changes thereby accomplish the form that first transformable toy 10 is changed to second form.
As shown in Figure 4, during activating this linkage, the top that is contained in the back member 30 of link component 40 inside is exposed to the outside, is used as head 31 in the robot form of the top of back member 30 after form changes.
Form through first transformable toy 10 changes, and when anterior member 21 rotates with back member 30 and when lifting, arm member 44 contacts of toy 10 both sides are mobile link component 40 through the actuating of linkage as stated, thereby rotation is to stretch out forward.
That is, as shown in Figure 4, each arm member 44 is that axis can be installed on the back member 30 pivotally with axle 45.When first transformable toy 10 was in first form, each arm member 44 was shifted onto the position that is fit to automobile form by torsion-coil spring 49.Yet; Shown in Fig. 5 A to Fig. 5 D; When horizontal gear 14 rotation and link component 40 move with the rotational motion of interlock mode through back member 30 and front piece 21, thus each arm member 44 contact link component 40 and be pushed the pressing force that overcomes torsion-coil spring 49 and rotate around axle 45.
Fig. 5 A to Fig. 5 D is a sketch map, and each sketch map illustrates that aforementioned link mechanism activated so that the state that link component 40 and arm member 44 contact with each other, the contact portion of wherein observing them from bottom side shown in Figure 2.When linkage activated, shown in Fig. 5 A, the front wheele part 41 that is formed on the link component 40 moved on the direction of arm member 44.Shown in Fig. 5 B, first contact site 46 of the periphery 41a abutment arms member 44 of front wheele part 41, and make arm member 44 overcome the pressing force of torsion-coil spring 49 and rotate about 90 the degree.
At this moment, second contact site 47 of arm member 44 gets into front wheele part 41 inside.Therefore, when front wheele part 41 moves on the direction of arm member 44, shown in Fig. 5 C, second contact site 47 of interior all 41b abutment arms members 44 of front wheele part 41, and further make about 90 degree of arm member 44 rotations.Like this, shown in Fig. 5 D, arm member 44 is spent around axle 45 rotations about 180, and stops then.
Here, to shown in Figure 4, arm member 44 extends on the direction with respect to 45 one-tenth about 45 degree of axle like Fig. 1.Therefore, when rotation about 180 was spent in overlooking as stated, arm member 44 rotated about 90 degree in side view.Therefore, when first transformable toy 10 was accomplished the form change that is changed to second form, arm member 44 was in outstanding forward state as shown in Figure 6.
As stated, when the protuberance 14a of horizontal gear 14 rotation, back member 30 pivots, and linkage activated, and further arm member 44 rotations, thereby the metamorphosis of first transformable toy 10 is second form, that is, and and robot form as shown in Figure 6.
In second form as shown in Figure 6, base component 11 forms portion at one's knees, back member 30 formation backs and head 31; Arm member 44 forms arm; Front piece 21 forms presoma, and link component 40 formation chests, thereby constitutes the robot form of standing that both arms stretch out forward.
Foregoing description is that to be changed to second form be that the pattern of robot form is made to automobile form about the form of first transformable toy 10 from first form.When the protuberance 14a of horizontal gear 14 reverse rotation, form is changed to automobile form from the humanoid attitude of machine certainly.That is, when the protuberance 14a of horizontal gear 14 reverse rotation, linkage activates with being reversed, and first form is the position of automobile form thereby front piece 21, back member 30 and link component 40 are switched to formation.Then, through the rotational motion of link component 40, make each arm member 44 break away from each other with front wheele part 41.Therefore, because the pressing force of torsion-coil spring 49 makes arm member 44 rotate to the position that constitutes first form, thereby accomplish form change to first form.
As stated, in first transformable toy 10, but through making horizontal gear 14 rotations that form peripheral operation, pivot activated to change the form of first transformable toy 10.Like this, have only horizontal gear 14 to appear at the outer surface of transformable toy 10 as the operating portion that is used to change transformable toy 10 forms.Therefore, can change the form of transformable toy, and can not limit the Design and Features of toy through shirtsleeve operation.
In addition, be rotary type as the horizontal gear 14 of actuator in the present embodiment.Therefore, unlike the executive component of slidingtype, push type etc., opereating specification is unrestricted basically.That is, the mobile width of actuator etc. are unrestricted, and driving force can put on pivot according to the revolution of horizontal gear 14.Therefore, the structure of pivot is unrestricted, and the multiple variation of the form of transformable toy can be provided.
Be arranged under first form and second form all on the surface 12 as the bottom surface of transformable toy as the protuberance 14a of the horizontal gear 14 of operating portion.Therefore, can the influence of operating portion to toy designs and function be minimized.
(second transformable toy)
Next second transformable toy 10 is described.Like Fig. 7 to shown in Figure 11, but the rotational motion through a plurality of pivot members 20 makes that the form of second transformable toy 10 is second form from first metamorphosis reversiblely.This second transformable toy 10 forms and adopts vehicle (especially, aircraft) form (see figure 7) as first form, and adopts the robot form as second form (seeing Figure 11).
Like Fig. 7 and shown in Figure 8; Second transformable toy 10 is provided with the base component 11 with bottom surface 12 at its rear side; Said bottom surface 12 is as installed surface or installment surface with respect to the supporting base or the supporting surface of transformable toy 10, but and a plurality of pivot member 20 can be connected in this base component 11 pivotally.
In base component 11 inside, the same with first transformable toy 10, be provided with horizontal gear 14 with axis vertically, to activate pivot, this will further describe this gear hereinafter as actuator.When these horizontal gear 14 rotations, but a plurality of pivot member 20 rotates to change the form of transformable toy 10.In addition, the same with first transformable toy 10, to shown in Figure 11, horizontal gear 14 has the lower end that projects to the outside of base component 11 from the bottom surface 12 of base component 11 like Fig. 7, thus but the protuberance 14a of formation peripheral operation.That is, when this protuberance of operation 14a, horizontal gear 14 rotates, and passes through the rotation of horizontal gear 14, and pivot activated, thereby but a plurality of pivot members 20 is rotated.
Extremely shown in Figure 10 like Fig. 7, but second transformable toy 10 comprises following pivot member 20.That is, but pivot member 20 comprise through axle 33 be attached to base component 11 with the back member 30 on the top that forms the aircraft form, be attached to back member 30 with two arm members 44 of the double-vane that forms the aircraft form, through lower shaft 23 be attached to base component 11 with the front piece 21 of the bottom that forms the aircraft form and with back member 30 and front piece 21 be linked together with the link component 40 of the fore-end that forms the aircraft form.In Fig. 7 to Fig. 9 and Figure 11, but each pivot member 20 is depicted as the hacures with different pattern, but so that can easily come with other pivot member 20 differences.
But the rotation of these pivot members 20 through horizontal gear 14 pivots or rotates, but and each pivot member 20 move to the position that is in its second form from the position of first form that is in second transformable toy 10 with briefly being described below.That is, shown in Fig. 9 and Figure 10, back member 30 is owing to the revolving force as the horizontal gear 14 of driving force lifts, and front piece 21 is also lifted with the mode of interlocking through this back member 30.And, through being arranged on the pivot of second transformable toy, 10 inside, make 44 rotations of two arm members to stretch out forward.
The structure of detailed hereafter pivot and actuating make the metamorphosis of second transformable toy 10.Figure 10 is the diagram of the pivot in second transformable toy 10.Shown in figure 10, be provided with and have integrally formed ring gear 16a and the integrally formed gear 16 of spur gear 16b.The ring gear 16a of this integrally formed gear 16 is arranged to and horizontal gear 14 engagements recited above.Therefore, when the protuberance 14a of horizontal gear 14 rotation, with integrally formed gear 16 rotations of horizontal gear 14 engagements.
And, on the base portion (rearward end in the aircraft form) of back member 30, be formed with the base portion gear 32 with the spur gear 16b of integrally formed gear 16 recited above engagement around axle 33.When integrally formed gear 16 rotated with the counter clockwise direction among Figure 10, base portion gear 32 rotated in a clockwise direction, and back member 30 pivots to lifting direction on axle 33.In addition, back member 30 is attached to link component 40 near the part of top (leading section in the aircraft form) through axle 43.
One end of front piece 21 can be attached to base component 11 pivotally via lower shaft 23 and the other end can be attached to link component 40 pivotally via last axle 22.Because this link component 40 with front piece 21 and back member 30 be linked together, so these four members, promptly base component 11, front piece 21, back member 30 and link component 40 form the linkage of the member with four connections.In this linkage because as stated base component 11 as fixed component and rear portion member 30 as driver, therefore when back member 30 when lifting direction and rotate, thereby front piece 21 is correspondingly activated on lower shaft 23 to lifting the direction pivot.
When anterior member 21 lifted with back member 30 approximately vertically, the medial surface of the medial surface of front piece 21 and back member 30 was against each other, thereby prevents any further rotation.For this reason, rotational motion stops at the position that front piece 21 and back member 30 have just been lifted on base component 11, changes thereby accomplish the form that second transformable toy 10 is changed to second form.
Shown in figure 10, during activating linkage, the top that is contained in the back member 30 of link component 40 inside is exposed to the outside, thereby can be used as head 31 in the robot form of the top of back member 30 after form changes.
Form through second transformable toy 10 changes, and when anterior member 21 rotates with back member 30 and when lifting as stated, is arranged on arm member 44 rotations that transformable toy 10 inner pivots make transformable toy 10 both sides to stretch out forward.
That is, shown in figure 10, half arc gear wheel plate 42 with internal gear is arranged in transformable toy 10 set inside.This gear plate 42 is attached to front piece 21 and back member 30 through last axle 22 and axle 43.Therefore, so that the relative position between front piece 21 and the back member 30 when changing, gear plate 42 is also correspondingly around axle 43 rotations when the protuberance 14a of horizontal gear 14 rotation.Rear side in back member 30 is formed with unshowned through hole, makes the part that can not be assemblied in the gear plate 42 of transformable toy 10 inside owing to the rotation of gear plate 42 give prominence to and passes this through hole.
Shown in figure 10, be arranged near the internal gear engagement of arm gear 48 and gear plate 42 cardinal extremity of two arm members 44.Therefore, when gear plate 42 moves, 48 rotations of arm gear, and arm member 44 rotates.That is, shown in figure 10, when anterior member 21 and back member 30 when ascent direction rotates, gear plate 42 moves with side-prominent to the back side.Therefore, arm gear 48 rotates in a counter-clockwise direction, and arm member 44 upwards with forward rotates.Then, shown in figure 11, arm member 44 is with respect to about 270 degree of back member 30 final rotations, and when the form of accomplishing second transformable toy, 10 to second forms changed, arm member 44 was in the state that stretches out forward.Rotated the bottom of each arm member 44 of about 270 degree and supported, thereby therefore do not carried out any further rotation by the junction surface 24 that is arranged on the front piece 21.
As stated, when the protuberance 14a of horizontal gear 14 rotation, back member 30 is rotated, and linkage activated, and and then arm member 44 rotations, thereby the form of second transformable toy 10 is changed into second form, robot form promptly shown in figure 11.
In second form shown in figure 11, base component 11 forms shank, back member 30 formation backs and head 31; Arm member 44 forms arm; Front piece 21 forms presoma, and link component 40 formation chests, thereby constitutes the robot form of standing that both arms stretch out forward.
Foregoing description is that the aircraft metamorphosis is that second form is that the pattern of robot form is made about the form of second transformable toy 10 from first form.When the protuberance 14a of horizontal gear 14 reverse rotation, form is changed to the aircraft form from the humanoid attitude of machine certainly.That is, when the protuberance 14a of horizontal gear 14 reverse rotation, linkage activates with being reversed, and first form is the position of aircraft form thereby front piece 21, back member 30 and link component 40 turn to formation.Then, move,, thereby accomplish form change to first form so arm member 44 rotates to the position that constitutes first form because gear plate 42 is contained in transformable toy 10 inner directions to it.
As stated, in second transformable toy 10, but through making horizontal gear 14 rotations that form peripheral operation, pivot activated to change the form of second transformable toy 10.Like this, have only horizontal gear 14 to appear at the outer surface of transformable toy 10 as the operating portion that is used to change transformable toy 10 forms.Therefore, can change the form of transformable toy, and can not limit the Design and Features of toy through shirtsleeve operation.
In addition, be rotary type as the horizontal gear 14 of actuator in the present embodiment.Therefore, unlike the executive component of slidingtype or push type, opereating specification is unrestricted.That is, the mobile width of actuator etc. are unrestricted, and driving force can put on pivot according to the revolution of horizontal gear 14.Therefore, the structure of pivot is unrestricted, and the multiple variation of the form of transformable toy can be provided.
Be arranged under first form and second form all on the surface 12 as the bottom surface of transformable toy as the protuberance 14a of the horizontal gear 14 of operating portion.Therefore, can the influence of operating portion to toy designs and function be minimized.
(using the form of the transformable toy of base unit to change)
As stated, first and second transformable toys 10 all have the protuberance 14a of horizontal gear 14 on 12 on the surface, said surperficial 12 under first form and second form all as the bottom surface.Therefore the base unit 50 of fixing this bottom surface 12 is set, and, can operates the protuberance 14a of horizontal gear 14 through using this base unit 50.That is,, can change the form of first and second transformable toys 10 with shirtsleeve operation through using base unit 50.
Shown in figure 12, base unit 50 comprises plate-shaped base main body 51, is arranged on Base body 51 inside with first slide mass 60 and second slide mass 80 that is pushed into and the handle 54 that is arranged on the base portion both sides of Base body 51.
Shown in figure 13, Base body 51 is configured to have the loam cake 52 and lower cover 53 that links together vertically, and is provided with opening 51a at the upper surface center of loam cake 52.Accommodate first slide mass 60 and second slide mass 80 in Base body 51 inside.The upper surface of the toy installation portion 61 that further describes is hereinafter exposed from above-mentioned opening 51a.In addition, shown in figure 12, be provided with operating portion projection opening 51b in the end of the base portion side of Base body 51.The auxiliary operation portion 81 of the operating portion 68 of first slide mass 60 and second slide mass 80 is outstanding from this operating portion projection opening 51b.
Like Figure 12 and shown in Figure 13, first slide mass 60 comprises outstanding operating portion 68 and the toy installation portion 61 that is arranged on the forward end of operating portion 68 from operating portion projection opening 51b.Toy installation portion 61 is used to install transformable toy 10, and can relatively slide with respect to Base body 51 when being arranged in press operating part 68.
As stated, the upper surface of toy installation portion 61 exposes from the opening 51a of Base body 51.Shown in figure 12, be provided with the rotating cylinder 64 (actuation part) that is used to the insertion fixed part 62 of transformable toy 10 is installed and had pilot hole 64a vertically and give prominence to inside from toy installation portion 61.Insert fixed part 62 and be connected in transformable toy 10 with rotating cylinder 64.That is, insert fixed part 62 and engage, and rotating cylinder 64 is connected to the horizontal gear 14 of transformable toy 10 with the insertion pawl 13 of transformable toy 10.Rotating cylinder 64 and horizontal gear 14 insert through the protuberance 14a with horizontal gear 14 among the pilot hole 64a of rotating cylinder 64 and connect.Pilot hole 64a and protuberance 14a all form D shape.Therefore, when after rotating cylinder 64 is being connected in horizontal gear 14, rotating, its revolving force can be passed to horizontal gear 14.
Shown in figure 12, the operating portion 68 that is used to make toy installation portion 61 to slide is from the outstanding stem of the operating portion projection opening 51b of Base body 51, but and forms peripheral operation.That is, when operating portion 68 was pushed into Base body 51 inside, above-mentioned toy installation portion 61 slided to the top orientation of base unit 50.Therefore, when operating portion 68 is pushed into, be installed under the situation on the toy installation portion 61 at transformable toy 10, transformable toy 10 also moves with the top orientation of toy installation portion 61 to base unit 50.
On the other hand, second slide mass 80 and first slide mass 60 are contained in Base body 51 inside side by side, and the same with the operating portion 68 of first slide mass 60, have shaft-like auxiliary operation portion 81.Shown in figure 12, but auxiliary operation portion 81 is also outstanding so that peripheral operation from the operating portion projection opening 51b of Base body 51.
Shown in figure 13, in second slide mass 80, form tooth bar 83 on the surface of first slide mass 60, to mesh with the pinions 63 that are arranged on first slide mass, 60 inside in Base body 51 inner facing.Therefore, when the relative position between operating portion 68 and the auxiliary operation portion 81 changes, rotating cylinder 64 rotations.
That is, when operating portion 68 or auxiliary operation portion 81 made relative position between operating portion 68 and the auxiliary operation portion 81 change by operation, apply revolving force by the pinion 63 of 83 pairs first slide masses 60 of tooth bar of second slide mass 80.Shown in figure 13, pinion 63 with the integrally formed gear part 64b engagement in bottom of the inner rotating cylinder 64 of toy installation portion 61.Therefore, when pinion 63 rotations, rotating cylinder 64 rotations.
Therefore, when being installed at transformable toy 10 that the relative position between the operating portion 68 and auxiliary operation portion 81 changes under the situation on the toy installation portion 61, horizontal gear 14 rotations that are connected in rotating cylinder 64 are to change the form of transformable toy 10.
Describe the slide of toy installation portion 61 and the rotary manipulation of rotating cylinder 64 in detail with reference to Figure 14 A to Figure 14 C below.
Shown in Figure 14 A, first slide mass 60 and second slide mass 80 are distinguished constantly bias voltage backward by spring 84.In other words, operating portion 68 is being pushed from the outstanding direction of the operating portion projection opening 51b of Base body 51 with auxiliary operation portion 81.
Under this state, when only operating portion 68 was pushed into, shown in Figure 14 B, toy installation portion 61 slided to top orientation, and pinion 63 moves when rotation on tooth bar 83.Through like this, the clockwise direction rotation of rotating cylinder 64 in vertical view.Therefore, when the horizontal gear 14 of transformable toy 10 was connected in rotating cylinder 64, the horizontal gear 14 of transformable toy 10 was the direction rotation of second form from first metamorphosis to the form of transformable toy 10.
In addition; When under the state shown in Figure 14 B further operation auxiliary operation portion 81 so that it is when being pressed; Shown in Figure 14 C; Be parked at toy installation portion 61 under the situation of position of top orientation, pinion 63 moves through tooth bar 83 and rotates, thereby makes the counter clockwise direction rotation of rotating cylinder 64 to vertical view.That is, rotating cylinder 64 is to the opposite direction rotation of direction of rotation with when press operating part 68 only the time.Therefore, when the horizontal gear 14 of transformable toy 10 was connected in rotating cylinder 64, the horizontal gear 14 of transformable toy 10 was the direction rotation of first form from second metamorphosis to the form of transformable toy 10.
Shown in Figure 13 and Figure 14 A, on the side of operating portion 68, be formed with direction protrusion 69, and on the side of auxiliary operation portion 81, be formed with the slit 82 that wherein is equipped with direction protrusion 69.When direction protrusion 69 was guided by slit 82, operating portion 68 slided.Under the state shown in Figure 14 A, the end of slit 82 is connected on the direction protrusion 69.Therefore, when under the state shown in Figure 14 A, pushing auxiliary operation portion 81, operating portion 68 also is pushed into auxiliary operation portion 81.That is, when under the state shown in Figure 14 A, pushing auxiliary operation portion 81, toy operation portion 61 slides to top orientation, but the relative position between operating portion 68 and the auxiliary operation portion 81 does not change.Therefore, rotating cylinder 64 does not rotate, thereby does not change the form of transformable toy 10.Like this, when being pressed, toy installation portion 61 is slided and can not changing the form of transformable toy 10 in auxiliary operation portion 81.
Figure 15 to Figure 20 is the diagram that expression transformable toy 10 is installed in the state on the base unit 50.Figure 15 to Figure 17 is the diagram about first transformable toy 10, and Figure 18 to Figure 20 is the diagram about second transformable toy 10.
Like Figure 15 and shown in Figure 180, when operating portion 68 was not operated with auxiliary operation portion 81, transformable toy 10 adopted first form.
Like Figure 16 and shown in Figure 19, when operating portion 68 was pushed as far as possible, toy installation portion 61 slided to the top orientation of base unit 50 with transformable toy 10, and the metamorphosis of transformable toy 10 is second form.
Like Figure 17 and shown in Figure 20, when after operating portion 68 is pushed as far as possible, pushing auxiliary operation portion 81, the metamorphosis of transformable toy 10 is the form in the metamorphosis process between first form and second form.Through operation auxiliary operation portion 81, can produce extra the moving of transformable toy 10.That is, dump forward through pushing auxiliary operation portion 81, make the transformable toy 10 that is in Figure 17 and robot form shown in Figure 20.Through removing pushing of auxiliary operation portion 81, transformable toy 10 is returned to like Figure 16 and orthostatism shown in Figure 19.At this moment, because arm member 44 rotates forwards, backwards, therefore can make robot make the action of putting down arm forward.
Shown in figure 12, be provided with locking projection 54a on the top of a grip 54, through this locking projection 54a is inserted among the locking patchhole 53a of Base body 51, can keep operating portion 68a to be pressed.Promptly; Because this handle 54 forms can be around 55 rotations of handle rotating shaft; Therefore, when handle 54 rotates when operating portion 68 is pushed as far as possible and locking projection 54a when being inserted among the locking patchhole 53a, locking projection 54a engages with the rear end face 70a (Figure 13) of engagement portion 70 on being arranged on operating portion 68 sides; Make operating portion 68 be locked, pushed back owing to the pressing force of spring 84 to prevent operating portion 68.Under the situation of lock operation portion 68 by this way, only auxiliary operation portion 81 is pressed, and produces transformable toy 10 aforesaid actions under the situation on the top orientation thereby can be positioned at toy installation portion 61.
As stated, in the toy apparatus according to present embodiment, transformable toy 10 forms when operational base unit 50 can change its form.Therefore, even when on base unit 50, different transformable toys being installed, also can be through its form of same operation change.
In addition, the bottom surface 12 of transformable toy 10 is placed on the base unit 50, and the metamorphosis of transformable toy 10 is for making transformable toy 10 on base component 11, lift.In addition, toy installation portion 61 is slided on base unit 50, perhaps can make Base body 51 rotations.Therefore, through perhaps carrying out these operations in combination separately, can carry out unprecedented multiple operation.
(how toy being used as the fight toy)
As stated, according to embodiment, the form of transformable toy 10 can change the base unit 50 design and changes through being operating as form, and so can change the form of transformable toy 10 with shirtsleeve operation.In addition, the form of transformable toy 10 not only can be changed, but also transformable toy 10 can be moved forwards, backwards.And, through after operating portion 68 is operated, further operating auxiliary operation portion 81, can produce extra the moving of transformable toy 10.Through using these characteristics, through a plurality of transformable toys of combination according to embodiment, can be with them as the combat toy.
That is, shown in figure 13, base unit 50 is provided with the connection part 56 that is used to connect another base unit 50 on its top.Like Figure 13 and shown in Figure 21, on the end face of connection part 56, be formed with auxiliary section 58, this auxiliary section 58 comprises that assembling groove and fitting tab are to engage with the appropriate section of the connection part 56 of another base unit 50.Assembling groove and fitting tab through making this auxiliary section 58 engage with the fitting tab and the assembling groove of the auxiliary section 58 of another base unit 50; Shown in figure 21; Make two base units 50 the top be linked together, and two transformable toys 10 that are installed on these two base units 50 are arranged to face with each other.
Like this, when on the top of two base units 50 via connection part 56 be linked together the time when operating each operating portion 68, transformable toy 10 is like Figure 23 and shown in Figure 24ly when top orientation moves, be changed to the robot form.
Be linked together base unit 50 on two transformable toys 10 face with each other and be varied under the situation of robot form, they are in the state of mutual fistfight shown in figure 25.Under this state, when operation auxiliary operation portion 81, arm member 44 is rotation forwards, backwards as stated.Therefore, two robots impact their arm mutually.
Thereby; Through operating portion 68 being operated to move transformable toy 10 forwards, backwards; Operation auxiliary operation portion 81 is to give the action that impacts the arm on the other side's transformable toy 10; Base body 51 is rotated in the horizontal direction, transformable toy 10 is collided each other perhaps prevent collision each other.Like this, can transformable toy 10 be used for mutual fight.In an example of the mode of using this combat toy,, base unit 50 can confirm triumph when toppling over when one in the transformable toy 10.
As previously mentioned and since according to the transformable toy 10 of embodiment can a plurality of base unit 50 be linked together in use, therefore can use with another transformable toy 10 in the face of this transformable toy 10.Therefore, not only can enjoy the variation of form but also enjoy toy as combat game.
Claims (10)
1. toy apparatus comprises:
Transformable toy with the form that can change reversiblely, but but this transformable toy comprise rotation with a plurality of pivot members of the form that changes this transformable toy, be used to make pivot that said a plurality of pivot member rotates and the actuator that is used to activate said pivot; With
Base unit, said transformable toy can be installed on this base unit, and this base unit comprises actuation part that connects with said actuator and the operating portion that is used for this actuation part of peripheral operation, wherein
When the said operating portion of operation, said actuator is correspondingly via said actuation part operation, thereby said pivot activated.
2. toy apparatus according to claim 1, the form of wherein said transformable toy is changed to second form from first form reversiblely, and
Said actuator is arranged under first form of said transformable toy and second form all on the surface as the bottom surface.
3. toy apparatus according to claim 1 and 2; Wherein said base unit comprises Base body and supplies said transformable toy can remove the toy installation portion that ground is installed; This toy installation portion can slide with respect to said Base body; And said actuation part is formed on this toy installation portion, and
When the said operating portion of operation, said actuation part activated, thereby said toy installation portion slides.
4. toy apparatus according to claim 3, wherein said base unit also comprise can peripheral operation auxiliary operation portion, and
When the relative position between said auxiliary operation portion and the said operating portion changed, said actuation part activated.
5. toy apparatus according to claim 3, wherein said base unit have the top that is provided with the connection part that is used to be attached to another base unit, and
Said toy installation portion can slide to the direction on the said top of said base unit.
6. toy apparatus according to claim 4, wherein said base unit have the top that is provided with the connection part that is used to be attached to another base unit, and
Said toy installation portion can slide to the direction on the said top of said base unit.
7. toy apparatus according to claim 1 and 2, wherein said actuator is arranged on the said transformable toy revolvably, and
Said actuation part is arranged on the said base unit revolvably, and when the operation of said actuation part at said operating portion during rotation, said pivot activated via said actuator, to change the form of said transformable toy.
8. toy apparatus according to claim 7, wherein said transformable toy comprises base component, said actuator is arranged at this base component revolvably,
But but but in said a plurality of pivot member each is attached at least one other pivot member in said base component or the said a plurality of pivot members revolvably, and
But said pivot comprises the geared system that is used for the rotation of said actuator is converted to one rotational motion of said a plurality of pivot members.
9. toy apparatus according to claim 4, wherein said actuator are arranged on the said transformable toy revolvably,
Said base unit comprise interlock in the tooth bar of said auxiliary operation portion and interlock in said operating portion and with the pinion of said tooth bar engagement; And when the relative position between said auxiliary operation portion and the said operating portion changes; Make said pinion rotation through said tooth bar, and
Said actuation part is arranged on the said base unit revolvably, and said pinion engages with said actuation part, so that the rotation of said actuation part.
10. toy apparatus according to claim 4; Wherein said base unit comprises locking mechanism, and this locking mechanism is used to lock said operating portion, with said toy installation portion location and remain on the direction on top of said base unit; And through the said auxiliary operation of operation portion; Change the relative position of said auxiliary operation portion, said actuation part is activated, thereby change the form of said transformable toy with respect to blocked said operating portion.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-132032 | 2010-06-09 | ||
| JP2010003918U JP3162102U (en) | 2010-06-09 | 2010-06-09 | Shape change toy |
| JP2010-003918 | 2010-06-09 | ||
| JP2010132032A JP2011254988A (en) | 2010-06-09 | 2010-06-09 | Toy device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202173779U true CN202173779U (en) | 2012-03-28 |
Family
ID=44118229
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202428877U Expired - Fee Related CN202173779U (en) | 2010-06-09 | 2011-06-09 | Toy device |
Country Status (3)
| Country | Link |
|---|---|
| US (1) | US20110306270A1 (en) |
| EP (1) | EP2394721A1 (en) |
| CN (1) | CN202173779U (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103920289A (en) * | 2014-04-09 | 2014-07-16 | 广东奥飞动漫文化股份有限公司 | Transformation play based interactive toy and interactive method thereof |
| CN110251962B (en) * | 2018-12-29 | 2024-08-06 | 广东原创动力文化传播有限公司 | Combined deformable toy suit |
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- 2011-06-03 EP EP11168705A patent/EP2394721A1/en not_active Withdrawn
- 2011-06-07 US US13/154,928 patent/US20110306270A1/en not_active Abandoned
- 2011-06-09 CN CN2011202428877U patent/CN202173779U/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| EP2394721A1 (en) | 2011-12-14 |
| US20110306270A1 (en) | 2011-12-15 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120328 Termination date: 20130609 |