KR860001920B1 - Transformable toy vehicle - Google Patents

Abstract

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Description

Shape-changeable running toy

1 is a longitudinal sectional view of one embodiment of an ambulance according to the present invention.

2 is a longitudinal sectional view of a hospital in which the ambulance of FIG. 1 is modified.

3 is a longitudinal sectional view of the second embodiment of the patrol car.

4 is a bottom view of the patrol car shown in FIG.

FIG. 5 is a longitudinal sectional view of a police station in which a patrol car shown in FIG. 3 is modified.

6 (a), 6 (b), 6 (c), 6 (d) and 6 (e) are perspective views showing a process of transforming an ambulance in a hospital.

7 (a), 7 (b), 7 (c), 7 (d), and 7 (e) are perspective views showing a process of transforming a postal truck at a post office.

8 (a), 8 (b), 8 (c), 8 (d), and 8 (e) are perspective views showing a process of transforming a fire truck into a fire truck.

9 (a), 9 (b), 9 (c), 9 (d), and 9 (e) are perspective views showing the process of deforming to a patrol car at a police station.

10 is a perspective view of a series of military base buildings changed in shape in driving toys.

11 is a perspective view showing how to combine the two buildings of the command tower and arsenal.

FIG. 12 is a perspective view showing a manner for coupling soldiers to the building combined in FIG.

FIG. 13 is a perspective view showing a manner for contending an ammunition to a building joined in FIG.

14 is a longitudinal sectional view of the tank changed from the command tower of FIG.

15 is a longitudinal sectional view of a military truck and a trailer coupled to the truck, modified from the arsenal and ammunition shown in FIGS. 11 and 13, respectively.

FIG. 16 is a longitudinal sectional view of a military vehicle or jeep modified from the soldier of FIG.

17 (a), 17 (b), 17 (c), 17 (d) and 17 (e) is a perspective view showing the process of transforming the tank from the command tower.

18 (a), 18 (b), 18 (c), 18 (d), and 18 (e) are perspective views showing a process of transforming a military truck from an arsenal.

19 (a), 19 (b), 19 (c), 19 (d), and 19 (e) are perspective views illustrating a process of transforming a soldier into a military vehicle or a jeep.

20 (a), 20 (b), 20 (c) and 20 (d) is a perspective view showing a process of transforming from the magazine to the trailer.

* Explanation of symbols for main parts of the drawings

1: Body 2, 3: Split Body

2A, 3A: Split surface 4: Hinge

2B, 3B: Bottom 5, 7: Wheel

2C, 3C: Compartment 2F, 2G: Joint

6 driving device 8 axle

9: arm 10: arm stop plate

11: roof 12: roof support device

13: porch 15: roof support

17: ladder 18: warning light

The present invention relates to a variety of new and improved traveling toys and combinations thereof, in particular varying in kind by the splitting itself, which has a roof which can be used in common, and which is divided laterally and combined. In addition, it can also be transformed from a car to a building, and vice versa.

Since the conventional traveling toy has a shape which cannot be changed, it cannot change shape with another toy. In addition, the conventional running toy has a cover on the wheel. It is undesirable to modify the shape of the expected running toy.

The changeable running toy according to the invention has a demountable body consisting of a split body which is divided and joined in two transverses, and a replaceable roof positioned to be removable on the body so as to be stretched and bent. Each of the split bodies has a compartment at the bottom, and all of the splits themselves are pivotable and engage at adjacent ends of the bottom to contact the bottom of each other. Wheels were provided on the shafts in each compartment. In addition, the wheels in one compartment can be accommodated in the cavity so that they do not collide with other wheels when the body is bent. Roof supports were provided along the top of both split bodies to support the roof as the body was stretched, and at least one or both ends of the front and rear end faces on both of the split bodies to bind and support the roof when the body was bent. Is provided. Buildings deformed in the driving toy are joined together by means of a coupling device, which is provided on the side or vertical connecting rod bottom and roof for horizontal connection.

Accordingly, the main object of the present invention is to provide a simple traveling toy that can be modified in shape by a split vehicle body and a type of split vehicle body which is divided and combined in two transverses and a replaceable roof which is commonly used in a building.

It is still another object of the present invention to provide a variety of formable combinations of toys to create a military base, a town, a future city or a space base by combining multiple buildings when transforming a plurality of vehicles into buildings.

It is still another object of the present invention to provide a traveling toy that is changed into various forms in order to enjoy the ideal and fancy forms out of the new and noble concept.

It is a further object of the present invention that one of the two pairs of wheels provided is a deformable running toy that can be accommodated in a cavity by an arm provided to pivot when two coupled split bodies are bent to deform the shape into a building. To provide.

Other objects and many advantages of the invention will be readily apparent from the following description with reference to the accompanying drawings, and will be more readily understood.

In the drawing, reference numeral 1 denotes a vehicle body that can be disassembled, and the vehicle body 1 is composed of two divided vehicle bodies 2 and 3. The divided vehicle bodies 2 and 3 are joined by the hinge 4 along the lower edges of adjacent divided surfaces 2A and 3A of the divided vehicle body. Reference numeral 11 shows a roof fixed to the vehicle body 1 so that it can be removed.

The hinge 4 shown in the figure is a back-adhesive synthetic resin film, and other conventional hinge devices composed of pivotable pins may be used. By the hinge device, the vehicle body is bent to contact the bottoms 2B, 3B of the divided vehicle bodies 2, 3. By the operation of the hinge 4, the car body extends the divided car bodies 2 and 3 to make a vehicle, or may bend the divided car body of the car body 1 to make a building. The split car bodies 2 and 3 have compartments 2C and 3C at the bottoms 2B and 3B to accommodate the wheels 5 and 7, respectively. Compartment 3C consisted of the 1st cavity 2F and the 2nd cavity 2G. The wheel 7 is supported to be rotatable in the compartment 3C on the axle 8, and also includes a drive device composed of a spring device, a flywheel drive device, a motor device, a radio controlled drive device, or other drive devices. 6) Bound The wheel 7 is partially hidden from the opening of 3 C of compartments. The wheel 5 is rotatably supported in the compartment 2C, and is provided on the axle 8 so that part of it is obscured in the opening of the compartment 2C. The wheels 5 and the other wheels 7 connected to the drive unit are symmetrical about the centerline of the coupler, but the wheels 5 have a cavity 2F such that they do not collide with other pairs of wheels 7 when the body is bent. In the cavity 2G. The pair of arms 9 were connected to pivot to the base 2H protruding from the compartment 2C. The wheel 5 is supported to be rotatable at the other end of each arm 9 via the axle 8. Thus, the wheel 5 can move by pivoting between the cavity 2F and the other cavity 2G in accordance with the pivoting movement of the arm. When the body is bent, the wheels 5 are received in the cavity 2G so as not to collide with the other wheels 7.

In the figure, reference numeral 10 is a stop plate member located within the cavity 2F to maintain the set emergence range of the wheel 5 and stop the movement of the arm when the wheels are rotated into the cavity 2F. The angle between the rear of the compartment 2C and the arm 9 when the wheel 5 rotates to the cavity 2F is an obtuse angle, so if the wheel 5 does not enter into another cavity 2G in progress, the arm It is firmly fixed by the stop plate 10.

Roof 11 usable jointly on the upper part 2D, 3D at the top of adjacent dividing surface 2A, 3A of split car body 2, 3 when body 1 is extended A roof support device 12 is provided to constrain them. The roof 1 has an opening 11A at the bottom, and the roof support device 12 holds and fixes the split car body without separating adjacent split surfaces 2A and 3A when the car body 1 is extended. To the opening 11A of the roof. The roof 11 has the same means as the switching part 11B in the lower part of each side.

As shown in the figure, the roof support device 12 has an appropriately protruding shape to confine the internal model of the roof 11. The roof support device 12 corresponds to the front door, entrance or rear entrance of the building when the body 1 is bent. In the figure, reference numeral 12A shows a groove for receiving the projecting support end 11C.

In another embodiment, as shown in FIGS. 6 (a) to 6 (e), the roof support device 12 is divided into a split vehicle body (1) to make the porch 13 of the building when the vehicle body 1 is bent. It becomes a protrusion formed on the upper surface 3D of 3). The groove 12A was formed on the upper surface 2D of the partition itself 2 to accommodate the projecting supporting end 11C of one end of the roof 11 when the vehicle body 1 was extended.

In another embodiment, not shown in the figure, the roof support device is used to form grooves on adjacent portions at the outer edges of the upper surface of the split car body in an extended state for inserting the lower surface of the roof 11. In this embodiment, the picture of the front door or the rear entrance is presented as the circumference of the groove.

The roof support 15 is a split car body 2, when the building is bent by bending the split car bodies 2, 3 to bond the roof 11 along the outer end surfaces 2E, 3E. It is formed on the outer end surfaces 2E, 3E of 3). Therefore, the roof 11 is bound to the roof support 15 to make a building, and the split car bodies 2 and 3 are firmly coupled to each other to prevent the split car bodies from being separated.

Bumpers 16 are provided on the front and rear surfaces of the vehicle body 1 shown in the figures, that is, on the outer end surfaces 2E, 3E of the divided vehicle bodies 2, 3, respectively, which are the vehicle bodies 1 ) Is provided adjacent to the lower edge to form a roof support 15 which enters the switching portion 11B of the roof 11 when is bent.

According to an embodiment of the present invention, an ambulance, a postal truck, a fire truck, a patrol car, and the like are shown in FIGS. 6 (a) to 6 (e), 7 (a) to 7 (e), and 8, respectively. (a) to 8 (e) and 9 (a) to 9 (e). The invention can also be used in taxis and their garages, electric locomotives, trams, trolleybuses, ground tanks, steam locomotives and their hangars, ie vehicles and buildings according to their types.

In FIG. 8 (d), reference numeral 17 shows a ladder of a fire engine. The ladder 17 can accommodate an extension ladder used as a viewing tower of a fire station when bending the vehicle body 1. The drive device 6 of the wheel 7 can use a flywheel device, a clock device, a motor device, a radio control drive device and other drive mechanisms not shown in the drawing. The drive mechanism 6 can be used in the rotating device of the warning light 18 via the rotating force transmitting device.

As mentioned above, the present invention provides a traveling toy that changes shape from an automobile to an associated building or from a building to an automobile. Thus, a new and noble concept allows to enjoy bright ideals and forms of fantasy, with compartments (2C) and (3C) at the bottom of the first and second split bodies (2) and (3), respectively. ), The actual movement of the vehicle can be performed.

On the surface of the roof support device 12, a porch, inlet, rear inlet or winder not shown in the figures can be arranged to make the toy look more fashionable. Roof support 15 having a switching section 11B provided at both lower edges of the roof 11 and one or two bumpers 16 provided at at least one end or both end faces 2E, 3E of the front and rear surfaces of the vehicle. The first and second dividing bodies 2, 3 are firmly held by the roof 11 when the toy is bent in a tight bond of).

The roof support 12 is formed on top of one split car body to prepare for the protrusion of the porch that will appear when the two split car bodies are bent. On the other hand, a groove 12A is provided on the upper side of the other divided vehicle body to accommodate the projecting support end 11C of the roof 11. Accordingly, the roof 11 is fitted to the roof support 12 and the groove 12A when the body 1 is extended, and the entrance 14 of the building appears when the body 1 is bent, so that the toys are more. Looks nice. Another embodiment of a military vehicle is shown in FIG. 20 (d) in FIG. 10, and a cross-sectional view of the vehicle is shown in FIGS. The combined state of the buildings is shown in FIG. 10, and the stages of the building combinations are shown in FIGS. The features of this embodiment include the provision of various objects of the toy, the deformation of each vehicle into a building when the vehicle is bent along the hinge of the split body, the building being a military base, a town, a future city or space base. To combine to form each other. This embodiment also has the feature of including connecting means of the building on the objects for joining the buildings to each other in a situation where the vehicle body is bent.

The same mechanical features apply to these latter embodiments for the construction of the former embodiment. That is, the vehicle of the vehicle body 1 is composed of a roof 11 which can be used jointly together with two divided and combined vehicle bodies 2 and 3. And the hinge 4 is a back adhesive resin film or other conventional mechanical hinge apparatus. The split car bodies 2 and 3 have compartments 2C and 3C to provide the wheels 5 and 7 at the bottom, respectively. The front compartment 2C is composed of two cavities 2F and 2G to move by pivoting the front wheel 5 provided on the swinging arm 9, the arm 9 being driven by the arm stop plate 10. The turning movement is controlled. These features apply to the latter embodiment as a whole.

In FIGS. 17 (b), 18 (b) and 19 (b), the binding portion D is connected to the roof support 15 for connecting the roof 11 and the vehicle body 1 in a bent state. It is provided on the roof 11 for fitting. The divided car bodies 2 and 3 of the toy are connected to each other in a bent state because they fit the constrained portion D and the roof support 15. The end face 2E of the divided vehicle body 2 and the end face 3E of the divided vehicle body 3 are covered with the roof 11. The front and rear wheels 5 and 7 are accommodated in the internal cavity of the divided vehicle body, so that the characteristic portion as the vehicle disappears and, conversely, the characteristic portion as the building, such as the porch 13 and the entrance 14, is the roof support device 12. From). When built into a vehicle as shown in FIGS. 14 and 17 (c) and 17 (d), one of the objects A is built into the running toy of the tank and rotates on the base when built into the building. It is dried with a command tower having a glove rotating bag 21 that can be attached to. In this embodiment, the cavity 12 as the roof support device in the extended state extends to the adjacent dividing surfaces 2A, 3A so as to accommodate the bottom of the roof 11, the split car bodies 2, 3 Is provided in the center of the upper portion (2D), (3D). Auxiliary caterpillar 22 modeling wheels 2H and 3H is provided on both lower and lower sides of the vehicle body 1 in the extended state. When the vehicle body 1 is bent, the recessed part 15 which is a roof support part is formed by the front surface and both side surfaces of the divided vehicle bodies 2 and 3. The roof 11 has a pair of swing plates 23 at the front and rear ends, and the bottom and both swing plates of the roof 11 are accommodated in the settlement 15, which is a roof support, respectively. When the roof 11 is placed on the bent body 1, the turning plate 23 covers both caterpillars.

A picture that may be shutter 25, window 26 and others on the inner surface of the roof support device 12 shows the front door, entrance and / or window and the other of the building made when the body 1 is bent. Each is painted with paint to make it work. The pair of pivot plates 23 is connected to the bottom of the roof 11 by hinges 24, so that the pivot plates 23 are bent under the bottom of the roof 11 by hinges 24. The swing plate 23 and the bottom portion are formed by a binding mechanism B for assembling the vehicle body 1 at the time of expansion so as to be accommodated in the roof support device 12 of the tank. In contrast, the bottom and the turntable 23 are used as the binding portion (D) to be fitted to the base of the building in the bent state. The pivot plate 23 is open perpendicular to the bottom of the roof 11 and is fitted to the roof support 15 of the building base when it is a command tower.

Protruding members 23A are provided on the inner surface of each pivot plate 23. When the turning plate 23 is bent, each protruding member 23A is received into the cavity so as to fit into the bent plate 23, the cavity being outside the one of the turning plates 23 as shown in FIG. And on the lower surface of the base of roof 11.

On each side of the caterpillar 22 a pair of grooves 22A are provided symmetrically adjacent to the hinge 4. Two grooves 22A are provided on each side to receive the protruding members 23A provided in each inside of the turning plate 23 to fix the divided bodies 2 and 3 when the vehicle body 1 is bent. Will be combined into the groove. A pair of protruding members 23B is provided at the lower end of the swing plate 23, which is located on the engaging side when the vehicle body 1 is extended, and is provided at the lower side when the vehicle body 1 is bent. And the protruding member 23C is provided at the upper end adjacent to the hinges 23B and 23C of the same turning plate 24. Both protruding members 23B and 23C are accommodated in grooves 27 provided on the upper surface of the base of the vehicle body 1 to fix the divided vehicle bodies 2 and 3, respectively, when the vehicle body 1 is extended. .

As shown in FIGS. 16 and 18 (a) through 18 (e), the objects A are each constructed in a military truck in a vehicle and in an arsenal in a building. In the object, the roof 11 is made in the form of a box, and the driver's seat 41 is provided on the front plate 40 by the hinge 42 shown in FIG. The driver's seat 41 is pivoted by the hinge 42 and is received under the roof 11 when the body 1 is bent. The pair of switching portions 23B is provided at the lower end of both side plates 43 used as the roof support device 12 when the vehicle body is extended. The pair of protruding members 23B are provided at the upper both side ends of the two divided vehicle bodies 2 and 3 adjacent to each other so as to form a constraining portion when the vehicle body is extended. The fitted protruding member 23B is accommodated in the switching portion 43A to fix the roof 11 to the vehicle body 1 when the vehicle body 1 is extended.

The pair of protruding members 47 are both sides adjacent to the end face 3E of the divided vehicle body 3 for insertion into the switch 43A provided at the lower end of the roof side plate when the vehicle body 1 is bent to make a building. It is provided at the rear upper end of the plate. The front-projection 45 is provided at the front end 2E of the split vehicle body 2 so as to be bound to a cavity 46 provided under the surface of the roof 11 when the vehicle body 1 is bent. The roof support part 15 is composed of a pair of protruding members 47 and a front protruding part provided on the vehicle body, and the constraining part D is composed of a pair of switching parts 43A and a cavity 46 to form a building upon bending. do. When the body is bent, the two split bodies 2, 3 are fixed and not separated from each other as the roof support 15 is bound to the bond D to make a building. A pair of bumpers 16 are provided on the front and rear surfaces 2E and 3E of the vehicle body 1, respectively, and the grooves 36 are provided on the rear surface 3E for connecting the trailer.

As shown in Figs. 15 and 19 (a) to 19 (e), the object A is dried as a military vehicle or jeep respectively as a vehicle and as a soldier as a building. The roof 11 is made of an object in the form of a box, and the front plate 30 is pivotally connected to the roof plate 31 by a hinge 32. The hook 30A is provided at the bottom of the window pane. Each switching part 33A is provided in the lower end part of the both side plates 33 of the roof 11, respectively.

On the upper surface of the divided vehicle body 3, a pair of protruding members 34 are provided to respectively bind the switching portions 33A of the side plates 33 when the vehicle body 1 is extended. And a lower pair of hooks 35 are provided on the upper surface of the other divided vehicle body 2 so as to be engaged with the hook 30A of the front plate 30 when the vehicle body 1 is extended. The roof support device 12 is composed of a protruding member 34 and a hook 35 at the time of extension of the vehicle body 1, and the constraining portion for the assembly B is a switch of the side plate 33 at the time of extension of the vehicle body 1 ( 33A) and the hook 30A of the front plate 30. A pair of bumpers 16 are provided on the front end face 2E of the first divided vehicle body 2 and the rear end face 3E of the second divided vehicle body 3, and both bumpers 16 are bent by the vehicle body 1. Is fitted symmetrically. The groove 36 is provided in the rear surface 3E for connecting the trailer. The switching portion 33A of the side plate 33 is used as the binding portion D for coupling the building when the vehicle body 1 is bent. The connector 16 of the vehicle body 1 is inserted into the binding portion D of the roof 11. And the front plate 30 is moved vertically so that it can pivot by the hinge 32 when it is built into the building. When the vehicle body is extended, the pair of side protrusions are fitted into the building shape and thus are deformed into the bond protrusions 20B, and the protrusions 20B are provided on both sides of the building.

The additional connector pin 20 is prepared to have an H type provided to the pair of switching parts 20A to connect the soldier with the arsenal when the building. Both projections C for the connector device, such as the bond projection 20B provided on the wall of the arsenal and the soldier, are each bound to the switch 20A of the connector piece 20 when these buildings are joined.

The connector device (C) is used to bond the objects (A) of the building to each other, rather than a simple bond device such as the switching unit and the protrusions are used, such as the double rail joint and upper joint. Instead of the additional connector piece 20, connecting devices may be provided directly to the sides for connection to each other.

As shown in FIGS. 16 and 20 (a) and 20 (d), the object A is built from a vehicle to a trailer and from an ammunition to a building, respectively. The vehicle body 51 of the trailer is formed in the form of a box which is not divided into two divided vehicle bodies. The pair of wheels 52 are provided to themselves 51 to protrude from the bottom of the trailer. The connector 55 is pivotably attached to the bottom of the bottom plate 51A of the trailer by the hinge 54 to rotate about 90 degrees.

A pair of protrusions 23B are provided at the upper end of the rear plate 51B so as to have a suitable distance therebetween so that the vehicle body 51 is combined with other buildings such as soldiers in a state where the car body 51 is being built as an ammunition employment building. The roof 11, such as a cover, is prepared to receive the vehicle body 51. On the inner side of the roof 11 a switching section 53 is provided for lodging and accommodating the connector 55 as shown in figure 20 (c). When the ammunition employment building is made, the vehicle body 51 is located at the wheel point at the top, and the roof 11 is connected to the switch unit 53 to secure the car body 51 and the roof 11 to each other. ) To cover the vehicle body 51 to be bound. When the magazine is coupled to the soldier, the protrusion or connector device C is bound in the space between the pair of protrusions 23B to form a series of buildings.

When the vehicle of the trailer is made, the body 51 is located at the wheel point at the bottom, the connector 55 pivots downwards and the roof 11 covers the body 51. When the trailer is connected to a military vehicle or a jeep or truck, the upper end of the connector 55 is bound to the groove 36 of the vehicle or truck provided on the rear surface 3E.

In the above-mentioned embodiment, the objects of the building are joined horizontally side by side according to the connector provided at each lower side of the side. However, the connector portion is not limited to the side. That is, the connector is used on the government surface and the bottom surface of the car body, the objects are joined vertically. For example, a car body, which is a building, is formed of a cuboid, and a large building is formed by combining these four buildings of small buildings.

When each type of object A as a building is properly combined with each other to form a series of buildings, the military base 70 is composed of a command tower, an arsenal, a soldier, and an ammunition.

When building vehicles in a series of buildings, each connector is released and each roof is removed. The body 1 composed of the first and second split bodies 2, 3 is extended by a hinge 4, the roof 11 is mounted on the extended body 1, respectively, and a trailer is employed for ammunition. When made into a vehicle in a building, the roof 11 is removed, the body 51 is switched to bring the wheels to the ground, and the roof 11 is mounted on the body 51. The vehicle is driven by the drive device 6 described above.

In the state of the vehicle, features of the building, such as the porch 13, the entrance 14 or the window, are covered with a roof 11 as the body A changes from building to vehicle. Thus, an external appearance as a vehicle is made.

In a building state, on the contrary, the wheel is housed in a compartment and hides therein. Then, the front face 2E and the rear face 3E are covered with a roof and the feature as a vehicle disappears. Features such as porch 13, entrance 14, etc., emerge from the roof support 12 and create the exterior shape as a building. The implementation described above and illustrated in the figures is limited to a military base 70 of a series of military vehicles such as tanks, vehicles or jeeps and trucks, and buildings that can be modified in shape, but the invention is limited to military equipment. It doesn't work, but it's also applied to urban areas, cities of the future, space stations, skyscrapers, and more.

When the present invention is applied to the city, buildings are made of residences, fish shops, vegetable shops, etc., and objects are made of cars, trucks, wagons, and the like. In addition, the present invention is also applied to vehicles and buildings related to the city to constitute a patrol car and police station, an ambulance and a hospital, a fire truck and a fire station or a city area.

The present invention provides a plurality of objects A, which can be deformed from a vehicle to a building by bending each vehicle body, which are combined with each other by a connector device. Thus, it is possible to build a military base, future city or space base by combining buildings. The present invention also provides a number of methods for making different series of buildings in different ways of assembling the buildings.

As described above, the present invention has many excellent effects as a simple structure capable of changing the shape between the vehicle and the building according to the type by the divided and combined vehicle body of the vehicle to enjoy the bright ideal and fancy form of the new and noble concept. Have

The salient and superior features of the embodiments of the present invention will become apparent from the above description. The size of the device is not limited, and its size and shape may be changed and may be considered according to suitable needs. Changes in design and other embodiments will come within the scope of the claims, with changes in form being possible.

Claims (11)

In a traveling toy having a splittable body and replaceable roof, which can be changed into a vehicle and a building, the splittable body includes: first and second split bodies providing compartments at the bottom, and a split body A hinge device used between both ends of adjacent bottoms of the first and second split bodies so as to be able to contact the other side and to connect with each other, and an upper portion of the split body to support the roof when the split body is extended. The roof support provided, the roof support provided at at least one end or both ends of the front and rear surfaces of the split car body to bind and support the roof when the split car body is bent, and the first and second wheels to emerge from the compartment. Consisting of wheels or the like provided to be able to rotate on an axis within each compartment of the second split car body, the replaceable roof being fitted with a roof support Form change, characterized the like with a device for accommodating the roof opening and a support portion of a vehicle body capable traveling toy. 2. The toy of claim 1, comprising a connector device provided on the outer surface or axial surface of the roof and branch of the deformed building for joining a plurality of buildings together. The roof support device of claim 1 or 2, wherein the roof support device of one of the split car bodies has the same shape as the porch to form the porch of the building upon bending, and the roof support device of the other split car bodies protrudes from the roof upon stretching. Shape-changing running toy, characterized in that provided with a groove to bind the. The device according to claim 1 or 2, wherein the device provided on the roof for receiving the roof support of the vehicle body is a pair of switch portions provided at the lower edges of both sides of the roof, and the roof support portion is divided into two to bind the switch portion of the roof. A changeable traveling toy characterized by having at least one or more bumpers on the front and rear surfaces of the vehicle body. 3. The compartment of claim 1 or 2, wherein the compartment of the first split vehicle body consists of first and second cavities, the wheel being provided on a base provided in the compartment for receiving the wheel from the first cavity to the second cavity upon bending. A shape-changeable traveling toy, characterized by being rotatably supported by each end of a pair of swinging swinging arms. The shape changeable traveling toy according to claim 1 or 2, wherein the hinge device is a thin adhesive resin film having a back adhesive property. The traveling toy according to claim 1 or 2, wherein the hinge device is a mechanically pivotable connecting member. The traveling toy according to claim 1 or 2, further comprising a drive device for restraining the wheel supported by the compartment of the second divided vehicle body. The shape-changeable driving toy according to claim 2, comprising a connector piece for coupling a plurality of buildings to each other. The shape changeable traveling toy according to claim 2, wherein the connector device is included in the protrusion and the switching unit. 10. The changeable traveling toy according to claim 9, wherein the connector piece is made of an H-shape to bind the connector device provided on the side of the building.

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