KR101731399B1 - Spinning Transformable Toy Assembly - Google Patents

Abstract

The present invention provides a rotating transformer toy assembly comprising: a rotary shaft; a body surrounding a part of the rotary shaft; and a plurality of transformable frames coupled to one end of the body to move. The transformable frame is coupled to the one end of the body in a first form, and is rotated while the transformer toy is rotated to be transformed from the first form into a second form. The present invention intends to provide a transformer toy having an enhanced playability by applying a structure for automatically transforming.

Description

{Spinning Transformable Toy Assembly}

SUMMARY OF THE INVENTION The present invention provides a rotationally transformable toy assembly, more particularly, a rotational toy that rotates about a rotational axis, and turns from an original first shape to an arbitrary second shape while rotating.

The transforming toy has various toy bodies made up of a robot shape or a top shape, and is assembled into a robot or a top toy. This is a kind of toy, so that various shapes are expressed. There is an advantage that various play can be enjoyed through.

On the other hand, in a generally known card game for children, a play figure or a character is printed on the surface or the back of a square-shaped card, and a card on which the figure or character is printed is checked in accordance with a predetermined game rule, .

This kind of card game for children is a process in which a card user places a card on the floor and checks the card by hand to see it. Since the play is simple, it is easily lost in the case of a child, There is no other function except function.

On the other hand, a known radio controlled toy or a radio controlled toy such as Patent Registration No. 10-0362592 generally includes a model toy in which a driving motor such as a driving motor, a steering device, a battery, and a driving wheel is installed, / Rear / left / right.

However, such conventional radio control toys only provide functions related to the running of the toys, so that the interest of the toys is easily lost by the children.

For example, a more general toy is generally used as a means by which a toy can be moved forward by means of a driving means such as a spring-loaded drive or a battery-driven motor.

However, when the handwheel is mounted, the toy is moved backward, and when the handwheel is wound around the handwheel, when the handwheel is unwound, the toy advances. However, if the handwheel is wound excessively, the handwheel tends to be tangled.

In addition, when the motor is used, when the connection failure of the power source occurs, the toy is not operated, and the user is left to play with it several times.

On the other hand, a launching platform may be used as a method of rotating and launching the toy. In the case of a general toy launcher, it comprises a toy and a launching base from which the toy is fired.

When the toy is placed on one side of the launching base body, the user presses the button to fire the ball, and the ball presses the toy to guide the launcher guide So as to protrude forward.

However, such a conventional launching base has a problem that the launching base guide protrudes to one side of the launching base body, inconvenient to carry and store, and has no additional functional characteristics other than the launching, resulting in a reduced use after the launching of the toy.

Accordingly, there is a need to develop an inflatable rotating toy assembly applicable to a variety of plays by providing rotary toys capable of launching, traveling, moving, confrontation, deforming and coalescing.

SUMMARY OF THE INVENTION The present invention has been made to overcome the above problems, and it is an object of the present invention to provide a transformable toy that can be modified.

It is another object of the present invention to provide a transforming toy having an enhanced playability by applying a structure for automatically transforming the transforming toy without additional operations in accordance with rotation during transformation of the transforming toy.

It is another object of the present invention to provide a transformation toy that can apply a more varied game by interlocking a card containing game information with a transformation toy.

It is still another object of the present invention to provide a transforming toy to which a structure that can be combined with other transforming toys after the transforming toy is deformed is provided.

In order to accomplish the above object, a rotation transforming toy assembly according to the present invention comprises a rotation shoe, a body surrounding a part of the rotation shaft, and a plurality of deformation frames rotatably coupled to one end of the body, Wherein the deformable frame is coupled to one end of the body in a first form and is pivoted while the transforming toy is rotated to be deformed from the first form to the second form.

Further, the transforming toy further includes a spin hole extending slantingly from the inside to the surface of the rotating shaft, and the spinning toy is built inside the spin hole so as not to be detached from the spin hole, And a pushing member for pushing the deformed frame coupled to the first shape to be deformed into a second shape while being pushed outward along the inner space of the spin hole.

In addition, the transforming toy may further include a fixing part embedded in the upper end of the rotation shaft, wherein the transforming toy assembly is fitted with the fixing part, And a pushing unit attached to the engaging part to provide a rotational force to the engaging part.

In addition, on one side of the side of the body, there may be a second side extending along the rotation of the transforming toy so as to form a receiving space between the first side and the side of the body, And at least one arm portion which is rotated to a predetermined position.

In addition, the arm portion is provided with a fixing protrusion for fixing, and the body includes a receiving portion embedded to fix the fixing protrusion, and an elastic portion attached at a position corresponding to the fixing protrusion on the inner side of the receiving portion And a detachable module including the detachable module.

The body may further include an engaging protrusion protruding in a direction opposite to a direction in which the arm portion is unfolded.

In addition, a shrink band is further provided on the inner side surface of the arm portion toward the accommodation space to provide an elastic force so that the arm portion can return to the first position from the second position.

The arm portion may include an engaging groove recessed at a position facing the engaging protrusion, a fixed shaft disposed inside the engaging groove, and a magnetic projection inserted into the engaging groove so as to be rotatable through the fixing shaft, And at least one magnetic piece corresponding to the magnetic projection is further attached to one side of the surface of the engaging stone plate.

The magnetic piece may further include a plurality of protrusion guides protruding at a height corresponding to a height of the magnetic protrusion protruding from the recessed groove, wherein the protrusion guide is inclined at a predetermined angle so that the magnetic protrusion So that it can be attached to the magnetic piece.

In addition, at the end of the arm portion, a plurality of pillars are embedded in a bellows shape, and a deceleration bar for drawing a rotation speed of the rotation shaft by being pulled toward the ground by an impact generated while the arm portion is in contact with the engaging- .

Further, the transforming toy assembly further includes a card on which game information is printed on one side, and a card attaching frame having a card attaching portion to which the card is attached on the bottom surface is further coupled to the front end side of the body .

In addition, the card may further include an identification module in which identification information imparted with a unique identity of the user is recorded, and the rotary projectile includes information identifying the game information printed on the card and information identifying the identification information of the identification module A communication module for transmitting the game information and the identification information recognized by the information recognition section to a counterpart rotary projectile so as to be communicable with the rotary projectile held by the counterpart user; Wherein the rotation transforming toy assembly further comprises a direct recognition unit for receiving the identification information and the game information held by the card of the user, A communication recognition unit for receiving the identification information and the game information held by the user, A winning combination determining unit for comparing the game information and the game information of the counterpart user and determining win or loss to generate win / loss information; And providing the display module with the identification information of the display module to display on the display module.

The card attaching frame may further include a proximity sensor for detecting proximity of the transforming toy and the opposing transforming toy and generating proximity information, an alarm module for generating sound, And an alarm controller for differentially providing alarm signals to the modules.

The card-attached frame further includes an impact sensor for sensing an amount of impact and generating impulse amount information, wherein the alarm controller comprises: an audio information unit storing a plurality of pieces of audio information; A voice recognition unit configured to receive the impulse amount information from the impact sensor and compare the voice information with the predetermined range of the voice recognition unit to provide the voice information differentially provided to the alarm module; And further comprising:

Finally, the rotary projectile further includes a stopper hinge including a rotary motor for providing a rotary force and a rotary unit rotated only when receiving a rotational force from the rotary motor, wherein the display module includes a stopper hinge The controller may further include a rotation controller for controlling the rotation of the rotary motor according to proximity information received from the proximity sensor.

According to the rotation transforming toy assembly according to the present invention,

1) providing a deformable transformable toy having a plurality of deformable frames for forming a protrusion for coupling so as to be deformable and pivotable from the main frame,

2) When the toys are rotated, they are pushed outward to form additional pressing spheres to push the deformed frames,

3) The transforming toy is further formed with an arm portion so that it can be incorporated and deformed through the arm portion,

4) The card is attached to the transformation toy by additionally forming the card attachment frame so that the card and the transformation toy are interlocked.

5) An identification module is attached so that the card can be identified, and a display module and a notification module for providing information to the user in accordance with the identification of the identification module are added, so that the user can easily play the game .

1 is a perspective view showing a transforming toy of the present invention.
2 is a perspective view showing a modification of the transforming toy of the present invention.
3 is a perspective view showing a rotary projectile and a transforming toy of the present invention.
4 is a perspective view showing an arm portion applied to the transforming toy of the present invention.
Fig. 5 is a perspective view showing that the fixing means is formed on the arm portion of the present invention. Fig.
6 is a perspective view showing an embodiment of the arm portion of the present invention.
7 is a perspective view showing another embodiment of the arm portion of the present invention.
FIG. 8 is a perspective view showing an example of a form incorporating the transforming toy of the present invention. FIG.
Fig. 9 is a perspective view showing that a card attaching frame is further formed on the transforming toy of the present invention. Fig.
10 is a perspective view showing a display module formed on a rotary projectile of the present invention.
11 is a perspective view showing that an alarm module is formed on a card attaching frame of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale and wherein like reference numerals in the various drawings refer to like elements.

FIG. 1 is a perspective view showing a transforming toy 100 of the present invention, FIG. 2 is a perspective view showing a modification of the transforming toy 100 of the present invention, FIG. 3 is a perspective view of a transforming toy 100, Fig.

First, the transforming toy 100 will be described with reference to FIGS. 1 and 2. FIG. The transforming toy 100 may be composed of an animal or other abstract shape in addition to a robot or a top shape. However, since the shape change function must be basically implemented, it is essentially composed of two or more frames, and is transformed into a toy having a desired shape by rotation. However, what is represented in the drawings is the most representative form of the top, which is transformed into a shape of a top and a robot. Based on this, the transforming toy 100 will be explained.

The transforming toy 100 according to the present invention includes a rotating shaft 110 and a body 160 that surrounds a part of the rotating shaft 110. The body 110 includes a plurality of frames each having various shapes and assembled to form a robot or a top toy, And is rotatably coupled to one end of the body 160. The body 160 is coupled in a first form abutting with one end of the first body 160, And a plurality of deformation frames (120) which are deformed into a second shape by being moved to a second position.

First, the rotating shaft 110 serves as a base of the transforming toy 100. When the transforming toy 100 is formed into a top shape as illustrated in the drawing, the rotating shaft 110 can serve as an axis of the top. Since the transforming toy 100 plays a role of the center of gravity and the center of transformation when it rotates, it is needless to say that the rotary shaft 110 may be built based on weight or auxiliary supporting means.

As described above, the basic role of the rotary shaft 110 is to serve as a center of rotation. When the rotary shaft 110 rotates about the center of rotation, both the centrifugal force and the centrifugal force can be applied. It goes without saying that the rotary shaft 110 may be used when it is emitted from the rotary projectile 200 to be described later and rotated. In this case, it includes the fixing part 150 embedded inward to be engaged with the rotary projectile 200, and the transforming toy 100 is deformed by using centrifugal force and other impact among forces generated by the rotation . The construction for adding the rotary projectile 200 will be described later in detail.

2 (A), a body 160 surrounding a part of the rotary shaft 110 is formed. On one side of the body 160, a plurality of deformation frames 120 ). ≪ / RTI > In order for the toy to be transformed through the plurality of transformation frames 120, the toy 160 should be formed of at least one piece so as to be rotatable from the body 160 to form a different shape. In other words, referring to the drawings, it is shown that six deformed frames 120 are formed in the drawing. The deformed frames 120 are attached to left and right front side, left rear, right rear, left, , And these can be transformed (transformed) into a form that is raised to the top.

For this transformation, each deformable frame 120 must be pivotally coupled to the body 160 in a basic manner, and if necessary, another deformable frame 120 is rotatably coupled at one side of the deformable frame 120 It is also possible. This configuration depends on the complexity of the toy form to be formed after transformation.

Referring to FIG. 2B, each of the deformable frames 120 may be formed in at least two fixed shapes. At least one side of the deformable frame 120 may be provided with a plurality of deformable frames 120 (Not shown) such as a hook or a magnet (not shown) may be formed or a corresponding latch (not shown) may be additionally formed. By forming such a locking pawl and a locking part, when the pawl is formed into a predetermined shape and then stored in the corresponding shape, the existing pivotally coupled part is hung or hugged without a separate engaging member or locking pawl There is an advantage that more rigid fixation is possible than when a friction surface is formed.

With this structure, the deformable frame 120 is rotated from the body 160, and the deformable frame 120 can be turned from the first shape, which is the most basic shape by rotation, to the second shape. In the case of the drawings, the first form is a top shape, and in this first form it is shown that by turning the deformation frame 120, it can be transformed into a second form, the unfolded form.

However, such a motion can be automatically implemented if the rotation axis 110 is rotated. It uses centrifugal force. The centrifugal force is a force to move in a direction away from the center of the circle when the circular motion is performed, and the deformation frame 120 is moved so as to be gradually pushed outward through the centrifugal force It is. Therefore, it can be automatically deformed from the first mode to the second mode automatically when a predetermined rotation time passes under the influence of the centrifugal force generated through the rotation itself.

The body 160 is provided with a pressing member 122 at a position corresponding to the deformation frame 120 so as to be easily separated from the body 160 so that the deformation frame 120 can be more reliably deformed into the second shape Can be formed. When the centrifugal force is generated by applying a force from the outside or by rotating the rotary shaft 110, the pressing member 122 pushes the deformable frame 120 and thereby induces the pressing frame 120 to be rapidly deformed into the second form .

Further, as a modified form utilizing the centrifugal force due to the rotation, centrifugal force is generated around the rotary shaft 110 when the rotary shaft 110 rotates without applying any additional pressure to the pressing member 122. The pushing member 122 can be pushed outward due to centrifugal force.

However, when the pushing member 122 is subjected to the centrifugal force to push the pushing member 122 outwardly as the centrifugal force is generated, the pushing member 122 is rotated in a predetermined direction It is a relatively lossy method because it is not moving, so that it can be more effectively automatically deformed if it can employ a means to assist it. To this end, the transforming toy 100 further includes a spin hole 123 extending through the rotation shaft 110 from the inside to the surface in an inclined manner.

In this spin hole 123, the pressing member 122 is positioned so that the spin hole 123 can serve as a kind of rotation guide. If the bottom surface of the spin hole 123 is formed to be inclined toward the lower end as it approaches the rotation axis 110, the pressing spheres 122 located inside the spin hole 123 may be positioned near the rotation axis 110 It is possible to induce the deformable frame 120 to be deformed from the first shape to the second shape by applying an impact to the deformable frame 120 while being pushed outward along the inner space of the spin hole 123 by the centrifugal force.

In other words, the spin hole 123 is a kind of passage that forms an inner space through which the pressing member 122 can move, and is provided for supporting the movement of the pressing member 122, Or slightly larger, so that the pressing member 122 is moved in an unnecessary direction to prevent the centrifugal force from being lost. In summary, the end face of the spin hole 123 is formed in a funnel shape, and the upper face of the funnel shape is scraped into a V shape similar to the side wall.

The pressing member 122 is movable in the spin hole 123 by a centrifugal force in various shapes such as a spherical shape or a cylindrical shape, It is possible to apply any shape as long as the shape can be applied. When the pushing member 122 is moved by the influence of the centrifugal force, the deforming frame 120 is finally moved to a position where the deforming frame 120 is in close contact with the deforming frame 120. After that, The deformable frame 120 can be continuously pushed during rotation. This deforms the deformable frame 120 from the first shape to the second shape.

Next, referring to FIG. 3, the rotary projectile 200 will be described as follows. The rotary projectile 200 serves as a launching pad for launching the transforming toy 100 in a specific direction. The rotary projectile 200 protrudes to the lower end and is engaged with the fixed portion 150, (200) including a coupling part (210) for releasing the transformation toy (100) by releasing the coupling with the coupling part (150) and a propulsion part (220) attached to the coupling part (210) .

The structure of the rotary projectile 200 is similar to the structure of a screw and when the transforming toy 100 is coupled to the rotary projectile 200 and rotated in one direction, So that the transforming toy 100 is rotated and fired. That is, when the transforming toy 100 is coupled to the rotating projectile 200 and the rotating projectile 200 is rotated rapidly, the transforming toy 100 is first brought into contact with the engaging portion 210 of the rotating projectile 200 under the influence of the centrifugal force, The coupling between the fixed portions 150 of the toy 100 is released, and the rotation shaft 110 falls under the influence of gravity in the direction of the ground.

The coupling part 210 is for this purpose and corresponds to the fixing part 150 embedded in the rotary shaft 110 and protrudes to the lower end and is fitted to the fixing part 150. As described above, when the fixing part 150 and the engaging part 210 are first engaged and then the engaging part 210 is rotated, the rotating shaft 110 is pushed by the gravity and centrifugal force, The engagement of the coupling part 210 and the coupling part 210 protrudes from the lower end of the rotation projecting body 200 to the lower end of the rotary projecting body 200, And the coupling part 210 are released, they are naturally influenced by gravity and fall to the ground. However, since the centrifugal force is generated and the rotational force enough to release the coupling is retained, it is possible to rotate for a predetermined time even if it falls to the ground.

The rotary projectile 200 further includes a propelling part 220 for rotating the coupling part 210 in one direction so that the coupling part 210 can rotate. This propelling unit 220 may be a kind of handgrip, which may be roughened or jagged to facilitate friction. The pushing portion 220 can be rotated by pushing the pushing portion 220 in one direction using a hand or other friction member and the pushing portion 220 can be rotated together with the rotation of the pushing portion 220. [ . In the drawing, the pushing portion 220 is formed by a sawing process, and a sawteeth having teeth corresponding to the teeth of the pushing portion 220 is used as a separate friction member.

4 is a perspective view showing an arm 710 applied to the transforming toy 100 of the present invention.

At this time, the transforming toy 100 is rotatably connected to one side of the side of the body 160 via the hinge 711, and is in close contact with one side of the side of the body 160 at the initial position, And at least one arm portion 710 that can rotate to the second unfolded position when the toy 100 is rotated to reach a predetermined speed.

It is needless to say that the shape of the arm 710 may be a curved shape corresponding to the body 160 from the shape of a straight bar, or various shapes that can be mounted on the body 160. However, the arm portion 710 is basically connected to the body 160 in a foldable manner, and is preferably rotated in a state in which it is mounted via the hinge 711. In the case of the arm portion 710, a receiving space can be formed between the arm portion 710 and the body 160 as the arm portion 710 is rotated to the second position. In particular, a hinge 711 having a function of being fixed to a specific position, such as a stopper hinge, The second position can be controlled, and at the same time, the size of the accommodation space can be controlled. Through the formation of the arm 710, the transforming toy 100 can be utilized not only as a variety of games such as a battle game in which the transforming toy 100 and the arm 710 are used as attack means, And may be configured to be coupled with the toy 100.

5 is a perspective view showing that a fixing means is formed on the arm portion 710 of the present invention.

In this case, the shape of the arm 710 may be further defined. In addition, a fixing protrusion 712 protruding from the arm 710 may be formed at the end of the arm 710, And a fixing protrusion 712 may be inserted and fixed at a position corresponding to the fixing protrusion 712 when the fixing protrusion 712 is in close contact with the fixing protrusion 160.

The detachable module 720 is configured such that the receiving portion 721 into which the fixing protrusion 712 is inserted and fixed and the fixing protrusion 721 inserted from the inside of the receiving portion 721 are easily drawn out from the receiving portion 721 And a resilient portion 722 for pushing the fixed protruding portion 721 continuously. That is, when the fixed protruding portion 712 is physically coupled to the detachable module 720, the coupling between the fixed protruding portion 712 and the receiving portion 721 may not be released even if the transforming toy 100 is rotated, In order to facilitate release of the engagement during rotation, an elastic portion 722 of elastic material is further provided so as to push the fixing protrusion 712 at a position facing the inner side fixing protrusion 712 of the receiving portion 721 . Therefore, the elastic portion 722 may be made of a single material having an elastic force, or may be equipped with an auxiliary means capable of imparting an elastic force, such as a spring. When the centrifugal force is strongly applied or the impact is received from the outside, the rotation of the arm portion 710 is facilitated to the second position due to the pushing nature of the elastic portion 722 together with the external force It is unfolded.

7 is a perspective view showing another embodiment of the arm portion 710 of the present invention, and Fig. 8 is a perspective view of the transforming toy 100 of the present invention ) Are combined with each other.

The arm portion 710 may be configured such that a plurality of arm portions 730 are rotatably connected to each other via the rivets 731. Since the shape of the arm portion 710 can be freely deformed, it is possible to make the shape transformation more freely in deformation or coalescence of the transforming toy 100, which will be described later, .

An accommodating space 723 formed between the arm 710 and the side surface of the body 160 is formed on the opposite side of the body 160 to which the arm 710 is attached and opposite to the direction in which the arm 710 is extended. A coupling protrusion 750 protruding in a shape corresponding to the coupling protrusion 750 may be further formed.

As described in the foregoing description, when the arm portion 710 is unfolded and moves to the second position, a receiving space 723 is formed between the arm portion 710 and the body 160. However, as described in the description of the present application, it is possible to integrate two or more transformation toys 100 by utilizing the accommodation space 723. This is because the engagement protrusion 750 of the other transformation toy 100 is inserted as if the puzzle block is aligned using the accommodation space 723, The direction of insertion can be adjusted to be constant, and it is of course possible to provide various forms of transformation by attaching other joining members or joining members utilizing the same.

Further, when the arm portion 710 is rotated to the second position on the side of the inner side surface facing the body 160 facing the accommodation space 723 from the arm portion 710, the arm portion 710 can be restored to the first position A shrink band 732 made of an elastic material having a sufficient elastic force can be further attached. In the case of the shrinking band 732, it is preferable that the shrinking band 732 is made of a material capable of being recycled multiple times while retaining a shrinking property such as a rubber band, a synthetic resin band and a fabric band so as to be able to pull the arm portion 710. The arm portion 710 and the body 160 can be moved back to the first position after the end of the rotation, Even when another transformation toy 100 or an object is inserted into the accommodating space 723 between the transforming toy 100 and the accommodating space 723 between the transforming toy 100 and the accommodating space 723, It can play a role in catching.

A method of gripping the transformation toy 100 or the object inserted into the accommodation space 723 through the arm portion 710 with the above configuration has been described. However, if the surface of the transforming toy 100 or the object to be inserted is uneven, a recessed groove 740 is formed at a predetermined depth at a position facing the joint projection 750, and the recessed groove 740 is formed inside the recessed groove 740 And further includes a magnetic projection 741 that is rotatably inserted through the fixed shaft 742. [ And the magnetic piece 751 is attached to a position corresponding to the magnetic projection 741 when the coupling projection 750 is inserted into the receiving space 723.

A plurality of arm portions 710 are disposed on the sides of the body 160 of the other transformation toy 100 located in the accommodation space 723 and preferably on the surface of the engagement projection 750, The magnetic protrusions 741 inserted into the coupling protrusions 750 and the magnetic pieces 751 attached to the coupling protrusions 750 pull each other once more to maintain the coupling. In addition, the magnetic piece 751 may further include a recessed groove corresponding to the magnetic projection 741, and such a structure may be applied when complete coupling through the magnetic body is required.

In addition, the magnetic protrusion 741 may have a basic shape such as a disc shape, or a shape such as a shape of a water drop or a taekwondo pattern, which has a shape elongated longer than that of the other portions. The magnetic protrusion 741 can push the magnetic piece 751 more strongly through the extended portion and the time at which the magnetic protrusion 741 and the magnetic piece 751 are attached can be further shortened In addition, since a part of the shape is formed to be long, it has an advantage that the depth of the existing recessed groove 740 can be maintained as it is.

However, it is possible to combine only the magnetic protrusion 741 and the magnetic piece 751 while the transforming toy is rotating at a high speed, but the fast coupling is not always formed. Therefore, as a method for forming the magnetic coupling protrusion 741 more quickly, it is possible to form a groove that can be a kind of guide so that the magnetic protrusion 741 can be moved to the correct position even in a wobbling state when the magnetic protrusion 741 is attached to the magnetic piece 751. That is, the magnetic piece 751 further includes a protrusion guide 760 formed with a guide at a height corresponding to the height of the magnetic protrusion 741 protruding outward from the recessed groove 740. The protrusion guide 760 is preferably formed so that the magnetic protrusion 741 is equal to or slightly lower than a height protruding from the concave groove 740. Here, it is most preferable that the projection 760 is formed in the advancing direction in which the arm portion 710 abuts against the engaging protrusion 750. However, since the impact is generated and rotates at a high speed, it is very difficult to accurately determine it . A method that can be used at this time is to form a plurality of projection guides 760 in an oblique line shape.

The magnetic protrusion 741 can be moved to the intended position through the protrusion guide 760 even if the protrusion guide 760 is inclined at a certain angle. It is possible to cope with the additional impact occurring after the magnetic piece 751 is located at the intended position.

In order to prevent additional shocks or the like, the arm 710 may further include a deceleration bar 770 having a plurality of columns embedded in a bellows shape. Each of the deceleration bars 770 is retracted due to a projection or an internal frictional force for pulling up the respective poles and is pulled up to a position where the arms abut against the ground due to an impact occurring at the moment of contact with the engaging protrusion 750, 110 in the direction of rotation. A friction plate (not shown) having a high frictional force or a wheel or ball (not shown) that rotates at a constant rotation speed to smoothly decelerate the rotation speed is provided at an end of the deceleration bar 770, (Not shown) may be further positioned.

Therefore, even when the transforming toy 100 is rotated through such a constitution, the transforming toy 100 can be inserted into the transforming toy 100 or the transforming toy 100 can be inserted therein.

Fig. 9 is a perspective view showing that a card attaching frame 140 is further formed on the transforming toy 100 of the present invention.

Next, the card 160 may further include a card attaching portion 141 which is rotatably coupled to the upper end of the body 160 and on which the card 300 is attached. Here, the newly introduced card 300 is a game in which game information is printed on the bottom surface, and is formed in a plate shape having a constant area, and is characterized in that at least one of magnetic material and metal is included. A figure, a number, a text, and the like are printed on the bottom surface of the card 300 in a differential manner, and the same picture or text is printed on all the cards 300 on the opposite face. Therefore, even with such a card 300 alone, a game in which the number or text printed on the bottom surface is compared to determine a game can be performed.

However, due to the characteristics of the present invention, it is necessary to use the transforming toy 100 and the rotary projectile 200 together with the card 300 to play the game, and a means for utilizing the card 300 more easily is needed. Accordingly, the card 300 and the transformation toy 100 are interlocked with each other so that the game can be progressed to the card 300, and the transformation toy 100 can be further transformed via the card 300.

Further, it goes without saying that the card attaching frame 140 may further include a card attaching portion 141 including at least one of a magnetic substance and a metal.

Thus, the card attaching frame 140 serves as a kind of switch. A card attaching portion 141 including at least one of a magnetic substance and a metal is formed on the bottom surface of the card attaching frame 140. A card attaching portion 141 including a magnetic substance or metal is formed on the bottom surface, 300 are attached. It is also possible to rotate the card 300 such that the bottom surface of the card 300 attached to the card attaching portion 141 is exposed when the card 300 is attached. It is of course possible to configure the game so that the bottom surface is exposed.

10 is a perspective view showing a display module 600 formed on a rotary projectile 200 of the present invention.

The user of the present invention is generally a child. It is possible to further form the display module 600 on the rotary projectile 200 in order to reduce the difficulties that the child may have in progressing the game through the transformation toy 100 and the card 300. [ When such a display module 600 is added, it is possible to display the important information related to the game on the display module 600 so that the user can easily confirm the information using the sensor.

To this end, the card 300 is further provided with an identification module 310 in which identification information to which a user's own identity is assigned is recorded. At this time, the identification module 310 may be a microchip, such as an RF chip or an NFC chip, which can be visually identified, such as a barcode, a QR code, or a color mark. However, if it is visually discernible, it should be formed in a position where it can interact with the sensor.

Next, the rotary projectile 200 is provided with an information recognition section 230 for recognizing game information printed on the card 300 and the identification information of the identification module 310, and an information recognition section 230 for communicating with the rotary projectile 200 A communication module 240 for transmitting the game information and identification information recognized by the information recognition unit 230 to the counterpart side rotary projectile 200 and a display module 240 attached to the opposite side surface of the surface on which the engagement portion 210 is formed. (600). The centrifugal force based transformative toy 100 assembly includes a direct recognition unit 430 that receives identification information and game information held by the user's card 300 and a direct recognition unit 430 that receives the user's card 300 from the communication module 240 A winning combination determining unit 450 for comparing the game information of the user with the game information of the user of the partner and determining whether or not to win or failing to generate winning and losing information, A controller 400 configured to provide win / loss information determined by the controller 450 to the display module 600 to display the identification information of the user and the identification information of the user on the opposite side to the display module 600, .

A display module 600 is formed on the top surface of the rotary projectile 200 to display text or multimedia information to a user and displays game information printed on the card 300 and an identification module 310 for recognizing the identification information. The information recognition unit 230 is a kind of sensor device that forms a visual reader device such as a barcode reader or a color reader, a digital reader device such as an RF reader or an NFC reader according to the configuration of the identification information described above, ) Generally means wired / wireless communication means such as Wi-Di device or Bluetooth.

The display module 600 is attached on the opposite side surface of the surface on which the engaging portion 210 is formed. The display module 600 can be applied to all commonly used display means such as an LCD or an LED. In the case where the display module 600 is erected and attached, the identification information and the game information of the card 300 on the side of the user are displayed to the user as it is when the user (his side) faces or lays down. The user can easily identify the card 300 of the other party by receiving and displaying the identification information and the game information of the partner card 300 from the partner rotary projectile 200. [ Further, in a case where it is desired to show all of the information of the card 300 on the side of the player side and the side of the opponent side due to the characteristics of the game, these two may be displayed simultaneously or alternately. However, since the display module 600 is formed to face the user in FIG. 6, the display module 600 will be described with reference to FIG.

The display module 600 may display the identification information of the card 300. It is also possible to automatically recognize the game information of the card 300 and compare the game information of the user and the opponent to guide the win / .

The controller 400 includes a direct recognition unit 430 for receiving the identification information and the game information held by the user's card 300 and the identification information held by the opponent's user's card 300 from the communication module 240, A win / loss judging unit 450 for comparing the game information of the user of the user and the game information of the user of the counterpart to judge whether or not to win or lose to generate win / loss information, And provides the display module 600 with display of the win / loss information, the identification information of the user, and the identification information of the other party's user to the display module 600.

The direct recognition unit 430 and the communication recognition unit 440 communicate with the rotary projectile 200 to recognize the card 300 of the user and the card 300 of the user of the opposite party and receive the derived identification information and game information . The win / loss judging unit 450 compares the game information of the matched user with the game information of the opponent's side received from the rotary projectile 200 held by the opponent side user, and determines win or loss to generate win / loss information. The generated win / loss information is displayed on the display module 600 through the win / loss providing unit 460, and the user checks the display module 600 without having to perform a separate calculation or logic operation for the game, It will be possible.

However, it is difficult for the user to induce the interest if only the win / loss information is displayed. Accordingly, the winning / losing information may include text information or multimedia information indicating a process of comparing game information, or may be additionally provided with various effects. In addition, since the win / loss information is displayed after a predetermined time, the user performs the first calculation or logic operation and compares the result with the win / loss information displayed on the display module 600, It is also possible to utilize it for improvement.

In addition, the display module 600 may be configured to rotate. There is no need for the display module 600 to be always upright or lying down and it is not necessary that the display module 600 is always raised or tilted and only the moment when the transforming toy 100 advances the game with the transforming toy 100 of the opposing user, The display module 600 is configured to rotate so that the display module 600 can be rotated and raised only when necessary.

And a stopper hinge 610 including a rotation unit 611 that rotates only when receiving a rotational force from the rotation motor 611 and a rotation unit 612 that rotates only when a rotational force is received from the rotation motor 611, 600 are coupled to the stopper hinge 610 so that they can be pivoted and pivoted by the pivoting force generated by the rotation of the stopper hinge 610 and are rotated in the up and down states. The controller 400 further includes a rotation control unit 420 that controls the rotation of the rotation motor 611 in response to proximity information received from the proximity sensor 142, which will be described later.

The rotation motor 611 formed on the rotary projectile 200 generally provides a single power supply device such as an electric motor or a step motor, or is coupled with a hinge or the like so that the display module 600 is rotated. In addition, if only the power is supplied, the display module 600 may be rotated or bumped to cause an unlimited amount of damage. Therefore, the rotation of the display module 600 may be performed only when the rotational force is received from the rotation motor 611, And a stopper hinge 610 including an eccentric 612. The stopper hinge 610 is a hinge capable of acting as a kind of stopper. The stopper hinge 610 is used to hold the stopper device in the hinge itself so that the stopper device can be rotated only to a certain level, thereby preventing excessive rotation. Therefore, it is needless to say that the display module 600 can be installed at various angles by setting the stopper hinge 610. In this example, the stopper hinge 610 can be set in the most basic and upright state, and the stopper hinge 610 can be rotated to maintain the state of being laid down or standing up.

The controller 400 further includes a rotation control unit 420 for controlling the rotation of the rotation motor 611 according to proximity information received from the proximity sensor 142, which will be described later. The proximity sensor 142 is attached to the transforming toy 100 of the user and the transforming toy 100 of the opposing user to detect proximity and generate proximity information, which will be described in more detail later, The generation of the signal means that the two transforming toys 100 are in close proximity to each other. In order to further increase the tension when the proximity information of the two transforming toys 100 is generated and the proximity information is received, the rotation control unit 420 applies power to the rotation motor 611 to set the display module 600 in an upright state , When the proximity of the two transforming toys 100 is terminated and the proximity information is no longer received, the rotation motor 611 is driven in the reverse direction to drive the display module 600 in a downward state, The rotation of the rotor 600 can be controlled.

11 is a perspective view showing that an alarm module 144 is formed on the card attaching frame 140 of the present invention.

In the characteristics of the toy that is fired or rotated, it detects the situation where the user and the toy fired by the user of the counterpart collide with each other, thereby generating an event in the corresponding situation, thereby dramatically improving the playability.

To this end, the card attaching frame 140 includes a proximity sensor 142 that senses proximity to each other and generates proximity information, an alarm module 144 that generates sound, and a proximity sensor 142 that receives proximity information from the proximity sensor 142 And an alarm controller 500 for differentially providing an alarm signal to the alarm module 144 according to the alarm signal.

The proximity sensor 142 can be used as a high-speed proximity sensor which can easily exchange data even at a fast tag time or a fast proximity time and confirm proximity to each other. Therefore, by attaching the proximity sensor 142 to the card attaching frame 140 of each transforming toy 100, the proximity sensor is substituted. However, since the proximity sensor 142 is highly likely to receive a strong impact as the card attachment frame 140 is positioned at the distal end of the main frame, a buffer layer such as a spring or sponge is formed behind the proximity sensor 142 .

In addition, an alarm module 144 for generating a sound is included. The alarm module 144 includes a small speaker capable of generating various sounds according to the received signal, a beep sound generating device capable of generating a stored sound, Sound) to the user. And further comprises an alarm controller (500) for providing an alarm signal to the alarm module (144) differently depending on whether proximity information is received from the proximity sensor (142). That is, when the proximity sensor 142 of the transforming toy 100 reacts with the proximity sensor 142 of the other transforming toy 100 and is in proximity or collides with the proximity sensor 142, proximity information is received. At this time, Lt; / RTI > The alarm signal may be a control signal for controlling the generation of a simple beep sound or a stored sound effect, or may be a signal including a sound to be generated by the alarm module 144.

For example, if the explosion sound is generated when proximity information is received from the proximity sensor 142, the actual user's transformation toy 100 and the opposing user's transformation toy 100 are moved and the proximity sensor 142 The explosion sound of the designated sound is output from the alarm module 144. Therefore, as the transforming toy 100 gradually approaches from the user's point of view, due to the generation of other sound effects, the amusement performance is improved .

In addition, the card attaching frame 140 further includes an impact sensor 143 for sensing the amount of impact and generating impulse amount information. The alarm controller 500 includes a voice information unit 510 storing a plurality of pieces of voice information, A voice recognition unit 520 for assigning voice information to a predetermined range and a voice recognition unit 520 for receiving impulse amount information from the impact sensor 143, To the alarm module 144. The alarm module 144 may also be provided with a voice decoder 530. [

The impact sensor 143 is a sensor that generates impulse amount information by detecting an impact amount when the two transforming toys 100 are fired in a direction facing each other. The term impulse here refers to the force sensed as a value that can be quantified using N (Newton), a unit of force in general, or a similar unit of measurement. Based on the detected impulse amount, the calculated impulse amount information is generated by re-computing the same reference so that the respective impulse amount information can be finally compared with each other.

Thereafter, the alarm controller 500 receives the impulse amount information. The voice information section 510, in which the voice information is stored, serves as a kind of voice information DB, and various voice information (for example, a destructive voice, explosion voice, or voice of a voice actor) is stored. The impulse amount information is utilized in the voice specification unit 520, and the impulse amount information is classified into a certain range and the voice information is specified in the predetermined range. It goes without saying that this range may vary depending on how the impulse information is converted into a unit of force. Thereafter, the voice data providing unit 530 receives the impulse amount information from the impact sensor 143, and provides the voice information designated according to the range included in the voice specification unit 520 to the alarm module 144 differentially.

For example, if an impulse of 1N to 10N is specified as a sound of a voice, 10N to 50N as a destructive sound, and 50N or more as an explosion sound, if the impulse amount information is 42N, To provide voice information. Since the stored voice information is output through the alarm module 144 through the above procedure, the playability can be improved due to the generation of the sound effect due to the collision of the transformation toy 100 in the user's standpoint.

As described above, the configuration and operation of the rotating toy toy assembly according to the present invention are described in the above description and drawings, but the present invention is not limited to the above description and drawings, It will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit of the invention.

100: transforming toy 110: rotating shaft
120: deformation frame 122: pushing sphere
123: Spin hole 140: Card attachment frame
141: Card attachment part 142: Proximity sensor
143: Impact sensor 144: Alarm module
150: fixing part 160: body
200: rotary projectile 210:
220: Propulsion unit 230: Information recognition unit
240: communication module 300: card
310: Identification module 400: Controller
420: rotation control unit 430: direct recognition unit
440: Communication recognition unit 450:
460: Breaking / breaking controller 500: Alarm controller
510: audio information section 520:
530: Voice remover 600: Display module
610: Stopper hinge 611: Rotary motor
612: turning unit 710:
711: Hinge 712: Fixing projection
720: Desorption module 721:
722: elastic portion 723: accommodation space
730: Arm part 731: Rivet
732: shrink band 740: recessed groove
741: magnetic projection 742: fixed shaft
750: Joining stone publication 751: Magnetic piece
760: projection guide 770: deceleration bar

Claims (15)

WHAT IS CLAIMED IS:
A transformable toy having a rotating shaft, a body surrounding a part of the rotating shaft, a plurality of deformable frames rotatably coupled to one end of the body, and a fixing part embedded inward from an upper end of the rotating shaft;
A rotary projecting body including an engaging portion which is fitted into the fixing portion and is engaged with the fixed portion by rotation to rotate the toys, and a pushing portion attached to the engaging portion to provide a rotational force;
A card on which game information is printed on one side,
Wherein said deformed frame is coupled to said one end of said body in a first form and is pivoted while said transforming toy is rotated to deform from said first form to said second form,
And a card attaching frame having a card attaching portion to which the card is attached is coupled to the front end side of the body. The method according to claim 1,
The transforming toy includes:
Further comprising a spin hole extending obliquely through the rotation axis from the inside to the surface,
Inside the spin holes,
And a second deformed frame coupled to the first deformed frame so as to be deformed into a second shape while being pushed outward along the inner space of the spin hole by rotation from an initial state, ≪ / RTI > further comprising a pushing sphere to guide the toys. delete The method according to claim 1,
On one side of the side of the body,
At least one arm portion which is foldably connected and rotates to a second opened position in accordance with rotation of the transforming toy so as to form a receiving space between the first position and the first position, Further comprising: a rotatable toy assembly. 5. The method of claim 4,
At the end of the arm portion,
Further comprising a fixed protruding portion protruded for fixing,
The body
An accommodating portion embedded to fix the fixing protrusion,
Further comprising a detachable module including an elastic portion attached at a position corresponding to the fixing protrusion on the inner side of the accommodating portion. 5. The method of claim 4,
The body
Further comprising an engaging protrusion protruding in a direction opposite to a direction in which the arm portion is unfolded. 5. The method of claim 4,
On the inner side surface of the arm portion facing the accommodation space,
Characterized in that a shrink band is provided to provide an elastic force so that the arm can return from the second position back to the first position. The method according to claim 6,
The arm portion
An engaging groove recessed at a predetermined depth at a position opposed to the engaging projection,
A fixed shaft located inside the recessed groove,
Further comprising a magnetic projection inserted into the recessed groove to be rotatable via the fixed shaft,
On one surface side of the engaging stone plate,
Wherein at least one magnetic piece corresponding to the magnetic projection is further attached. 9. The method of claim 8,
In the magnetic piece,
Further comprising a plurality of protrusion guides protruding at a height corresponding to a height of the magnetic protrusions protruding from the recessed groove,
The projection guide
Wherein the magnetic projection is inclined at an angle to induce the magnetic projection to be attached to the magnetic piece. The method according to claim 6,
At the end of the arm portion,
Further comprising a deceleration bar in which a plurality of columns are built in a bellows type and which is drawn toward the ground by an impact generated while the arm portion is in contact with the engaging stone plate to decelerate the rotation speed of the rotation axis. Transformed toy assemblies. delete The method according to claim 1,
Wherein,
Further comprising an identification module in which identification information to which the user's own identity is assigned is recorded,
The rotary projectile may include:
An information recognition unit for recognizing the game information printed on the card and the identification information of the identification module;
A communication module for transmitting the game information and the identification information recognized by the information recognition section to the counterpart rotary projectile, which is communicable with the rotary projectile held by the counterpart user;
And a display module attached to an opposite side surface of the surface on which the coupling portion is formed,
The rotation transforming toy assembly includes:
A direct recognition unit for receiving the identification information and the game information held by the card of the user;
A communication recognition unit for receiving the identification information and the game information held by the card of the counterpart user from the communication module;
A win / lose judging unit for comparing the game information of the user with the game information of the opponent side user,
And a controller configured to provide the display module with the win / loss information, the identification information of the user, and the identification information of the counterpart user determined by the win / loss judging unit, to the display module Featured, revolving transformation toy assembly. The method according to claim 1,
Wherein the card-
A proximity sensor for detecting proximity of the transformation toy and the opposing transformation toy and generating proximity information,
An alarm module for generating sound,
Further comprising an alarm controller for differentially providing an alarm signal to the alarm module depending on whether proximity information is received from the proximity sensor. 14. The method of claim 13,
Wherein the card-
Further comprising an impact sensor for sensing an impact amount and generating impulse amount information,
Wherein the alarm controller comprises:
An audio information section for storing a plurality of pieces of audio information;
A speech recognition unit for classifying the impulse amount information in a predetermined range and designating the speech information in the predetermined range;
Further comprising a sound providing section for receiving the amount-of-impact information from the impact sensor and for differentially providing the specified audio information to the alarm module in comparison with the predetermined range of the voice specification section. delete

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