KR900001289Y1 - Toy car - Google Patents

Abstract

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Description

Car toys

The accompanying drawings show an embodiment of the present invention,

1 is a schematic view of an automobile toy according to the present invention, and a side view of the vehicle body in a horizontal state.

2 is a side view of the vehicle body showing a state changed from the state of FIG. 1 to a vertical state.

3 is a rear view of the vehicle body of another embodiment in which all of the vehicle body of the automobile toy is changed by a robot or the like.

Figures 4a to c are perspective views showing the assembled state of the base portion, the arm portion, the head portion and the window portion mounted on the trolley of the vehicle body.

5a to c and 6a to c are perspective views showing the assembling state of a pair of arm members, such as a robot, which is configured to be driven at the same time as constituting the front portion of the vehicle body.

7 is a perspective view showing the assembled state of the bogie and the pivot member.

8a to e are perspective views showing the assembled state of the base part, the arm part, the head part and the window part in another embodiment.

9a to c are perspective views showing the assembling state of the pivot member, the bogie and the base part.

10a to d are perspective views showing the assembled state of one arm member.

11A to 11E are perspective views showing the assembled state of the other arm member and the hook member.

* Explanation of symbols for main parts of the drawings

1: body 2: bogie

2a, 31, 32, 51: slot 3: swing member

4,12: shaft 5, 62, 63: hook member

6: lock member 7: between operation

8, 61 ': spring member 9: auxiliary wheel

11a, 11b: arm member 13a, 13b: hook

14a, 14b: hand member 14a ', 14b': spring means

15: two members 16: window member

16a, 16b: rod member 20, 21: wheel

30: protrusion 51: carver

The present invention relates to an automobile toy having a driving wheel, a free wheel, and an auxiliary wheel that makes driving interesting, and in particular, as a normal automobile toy, the vehicle travels in the first direction in a horizontal position, and the vehicle body collides with an obstacle. The present invention relates to a motor vehicle toy which occurs when the vehicle body rises from a horizontal state to a vertical state in an instant and automatically changes into a doll or the like and runs in a direction opposite to the first direction.

According to the present invention, when driving in a normal state as an automobile, the vehicle body is in a horizontal position, and when the vehicle body collides with the obstacle wheel while driving in the first direction, the wheel of 1, which is the free wheel, is driven and turned, and the vehicle body is in a horizontal state. The main body is held in a vertical position by the free wheel and the auxiliary wheel, and frictionally engages the free wheel with the drive wheel, which is a second wheel, from the drive device through the drive wheel. The rotation is transmitted to the free wheel, and the vehicle travels in the direction opposite to the first direction by the rotation of the free wheel.

Toys mimic the real thing in the past has the function of raising children's dreams and raising emotions.

Car toys, in particular, have a wide range of consumers as well as boys.

However, toys that only imitate real cars are merely hobby goods that are mostly ornamental, and sometimes infants or children get tired of them.

Therefore, there are various kinds of automobile toys that perform interesting sports or deform from the first shape to other shapes and run, but more interesting automobile toys are expected to emerge.

Therefore, a first object of the present invention is to provide an automobile toy that travels in the rear, or in the opposite direction, when the body of an automobile toy collides with an obstacle while driving, raising the vehicle body vertically from a horizontal position in a normal driving state in an instant. have.

Another purpose of the present invention is. When the body of an automobile toy collides with an obstacle while driving, it automatically changes the shape of the first vehicle from the shape of the first vehicle to the shape of a doll, such as a robot, from the horizontal posture of the first driving state in an instant. To provide a new car toy facing in the opposite direction.

Other objects and many advantages of the present invention can be more clearly understood by the following description taken in conjunction with the accompanying drawings.

The present invention has been developed to achieve the above object.

According to the present invention, all of the wheels of the wheel and the rear wheel are fixedly rotatably fixed to the main body as a driving wheel which is the second wheel, and at the free end of the pivot member which is axially stored at its center. The free wheel, which is the first wheel, is rotatably fixed, and the first wheel is held at a predetermined position by the lock member in the normal driving.

When the traveling body collides with the obstacle, the lock member is released.

This causes the pivot member to swivel in the opposite direction with the spring member so that the first wheel contacts the driving vehicle which is the second wheel, and the vehicle body is raised in a vertical position by the pivot of the pivot member, Friction wheels are engaged with the second wheels to transfer the second rotation to the first wheels, and the second wheels rotate in the opposite direction to the second wheels. The vehicle travels in the direction opposite to the travel direction in the horizontal position.

In addition, the heads and arms of character dolls, such as robots, and the like are mounted and stored inside the vehicle body and fixed by a lock member.

It consists of two left and right members, each of which is conical-joined, press-fits a member that becomes the head of a doll, such as a robot, inside the center of the two members with a spring, and at the same time, the two members have a function as a hand and arm member such as a robot. At the same time, each hand member is press-fitted to the inner end of the member by a spring.

When the vehicle toy body collides with the obstacle and releases the lock member, the head member protrudes from the upper part of the main body in a vertical position, and at the same time, the hand arm member is opened as a spring member, and the automobile toy is a robot, etc. It is configured to change into a doll and drive in the opposite direction.

Next, an embodiment of the present invention will be described with reference to the drawings.

(1) in the figure is a vehicle body of an automobile toy.

All the wheels 20 that are the first wheels and the rear wheels 21 that are the second wheels are formed in the front and rear appropriate portions of the main body 1.

One of these wheels 20 and 21 is used as a driving wheel, and is connected to an arbitrary power source such as a precushion power using an electric motor or a flywheel incorporated in the main body 1.

In the present embodiment, the rear wheel 21 serving as the second wheel is used as the driving wheel.

Therefore, all the wheels 20 become free rotation wheels here.

Thus, with respect to the second wheel, that is, the rear wheel 21, mounted on the axle mounted on the main body 1, the first wheel 20 is rotatably provided on the pivot member 3.

The pivot member 3 is rotatably supported by the shaft 4 slightly behind the midpoint of the central part of the main body 1, in particular, the part where the front and rear wheels 20, 21 are in a flat state. have.

As shown in FIG. 3, the turning member 3 has the hook member 5 at the front end, and is moored to the front hook member 5 'by the lock member 6 in a flat state.

The operating section 7 is always pushed forward by the appropriate spring member 11 through this lock member 6 to hang the hook member 5 of the previous member 3 only when the front member is positioned in front of the lock member 6. By retracting 6), the hook member 5 is released.

The lock member 6 communicates with the operation section 7 protruding from the front end of the vehicle body 1, and presses the operation section 7 backwards, thereby hooking the hook member 5 'of the lock member 6 and the hook member ( 5) The state of locking with is released.

This lock member 6 is shown as 6 (exactly the whole member) of FIG. 7, and is shown by the dotted line near the symbol 5 'in FIG.

The inner end of the operating section 7 abuts on the shoulder 62 of the lock member 6, and is integrated in a flat state.

As the hook member and the lock member, respective members shown in Figs. 7, 9 and 11e can be used.

The operation section 7 can use the one shown in FIG. 5B.

In this case, the shoulder part 27 of the operation period 7 fits the shoulder part 62 formed in the front end part of the lock member 6 which is always pressed forward by the spring 61 shown in FIG. Since it touches, the said operation | movement 7 is also always urged forward.

In FIG. 7, when the hook member 5 of the turning member 3 is engaged with the lock member 6, and the lock member is pushed back by the operating period 7, the lock member 5 ) And lock member 6 are released.

On the other hand, the lock member 6 is formed in the operating period 7 shown in FIG. 11E, and engages with the hook member 5 shown in FIG. 9A.

The operation section 7 hits the spring 61 'by the collision of the main body and presses and slides, and the engagement between the hook member 5 and the hook member 62' of the lock member 6 is released.

8 is a spring member which always pulls the turning member 3 backward.

By this spring member 8, the locking member 6 releases the engaged state with the hook member 5, so that the pivot member 3 falls backward about the shaft 4, and is broken by the dotted line in FIG. It moves to the position of the turning member 3 'and 1st wheel 20' which are shown.

At this time, both wheels 20 and 21 are frictionally engaged.

(9) is the auxiliary wheel. The secondary wheel 9 is a second wheel which is a driving wheel which is erected on the floor surface in a state in which the vehicle body 1 is vertically raised in cooperation with all the wheels 20 'in the movement position, and which is rotated by the power source. The first wheel 20 'is rotated in reverse in response to the transmission of the rotation of 21, and the main body 1 is driven vertically and travels on the bottom surface in the opposite direction.

10 serves as a support body of a pin for stabilizing running in a real vehicle, and is fixed to the rear part of the main body 1 as a support body of the mutually assisting wheels 9 and 9 in particular.

In the embodiment of the above configuration, if the bottom surface is moved forward in the normal state in which the first wheel 20 is located at the front part of the main body 1, it is possible to use it as a normal automobile toy.

However, when the main body 1 running forward in this normal state touches the obstacle, the operation member 7 of the front end of the main body 1 is press-fitted so that the lock member 6 is hooked with the turning member 3 engaged with the turning member 3 ( Free 5).

As a result, it is pulled backward by the action of the spring member 8 of the turning member 3, and the first wheel 20 inverts backwards by drawing a large arc around the axis 4, and the counter action The main body 1 rises from the bottom surface by this.

When all the wheels 20 have moved to the position where they are in contact with the second wheels 21, the main body 1 stands up vertically by the first wheels 20 'and the auxiliary wheels 9 (first See also 2).

In addition, since the wheels 20 'all contact the second wheels 21, the first wheels 20' rotate opposite to the rotation direction of the second wheels 21, so that the main body 1 is in a vertical state. Is traveling in the opposite direction to

Next, the embodiments shown in FIGS. 3 to 7 will be described.

The main body 1 is composed of left and right portions, that is, arm members 11a and 11b, each formed in an L shape, and serves as a car wheel of the first wheel, that is, the front wheel.

The arm members 11a and 11b are mounted to the main body 1 by the shafts 12 and 12, and are subjected to a force extruded outward by appropriate spring means of both.

When this spring means is not formed, it is pushed to both outer sides by the head 15 which protrudes to the next front, and an arm is opened.

One arm member 11a is formed so that back and forth sliding is possible between the operation | movement 7 in which the lock member 6 was formed.

In addition to the lock member 6, the male hook 13a is formed in this operation section 7 in engagement with the female hook 13b formed on the other arm member 11b.

Therefore, when both arm members 11a and 11b are press-fitted from the side to the inside, both hooks 13a and 13b are engaged, and the separation is impossible.

However, by press-fitting the electric operation period 7, the hooks 13a and 13b are released, so that both arm members 11a and 11b protrude outward.

On the arm members 11a and 11b, the hand members 14a and 14b which are urged by suitable spring means 14a 'and 14b', which are always in front, shown in FIGS. 5a and 6b are formed at the front end portions which abut against each other. do.

When both arm members 11a and 11b are engaged, the hand members 14a and 14b are press-fitted into the two arm members 11a and 11b.

15 is always two members biased by a suitable spring means 15 'in front.

When the two members 15 are press-fitted into the main body 1 to engage the arm members 11a and 11b, the protruding of the two members 15 is regulated as they are press-fitted into the main body 1.

In addition, the window member 16 of the main body 1 is slidably mounted in the hole 15a of the two members 15 through the slot 2a formed in the trolley 2, and the two members 15 are provided. Works with

Therefore, when the arm members 11a and 11b spread laterally and the two members 15 protrude, at the same time, the window member 16 moves forward as indicated by the tangent of FIG.

By forming a character pattern such as a robot doll on the upper surface of the two members 15 of the hand members 14a and 14b, the window member 16 constitutes the chest of the robot doll while the arm members 11a and 11b are spread. The robot doll looks like its arms are raised.

In the above configuration, in the normal driving of the vehicle, the first wheels 20, the arm members 11a, 11b, and the like are suspended by the lock member 6 to show the appearance of the vehicle and travel.

When the vehicle body 1 in a normal running state touches the obstacle, the operating period 7 is press-fitted so that the lock member 6 releases the hooks 5, 13a, 13b.

As a result, the first wheel 20 pivots backward by the spring 8 to cause the main body 1, the arm members 11a and 11b spread laterally, and the hand members 14a and 14b. Protrudes.

In addition, the two members 15 protrude and move upward of the vehicle body 1 in which the window member 16 is erected, and is transformed into a robot as a whole.

As described above, the accumulated vehicle body 1 travels in a state where the robot raises a hand by the first wheel 20 'and the auxiliary wheel 9 which are moved to the rear.

Next, another embodiment shown in FIGS. 8 to 11 will be described.

The configuration of the first and second wheels is the same as in the previous embodiment, but the spring member 8 for inverting the pivot member 3 has one end attached to the hook 2a 'of the bogie as shown in FIG. 9C. It hangs and hangs to the hook member 3a of the said turning member through the front holding member 2b.

The window member 16 has a slot 31 (provided with the rod members 16a and 16b protruding therein) into the protruding pieces 30 and 30 protruding from the ends of the arm members 11a and 11b. 31 is inserted into the main body slots 32 and 32 and fixed to the holes below the two members 15.

Therefore, the operation member 7 is pressed by the collision of the main body 1, so that the hook members 62 and 63 (Fig. 11e) are opened, thereby between the two members 15 and the front in the main body 1. The two members 15 protrude forward by the springs 15 '(Fig. 8) provided, and at the same time, the arm members 11a and 11b joined to each other are opened to the outside and the window members 16 are opened. ) Also moves forward along the slot 32.

10A to 10D and 11A to 11D show left and right arm members and hand members, respectively.

FIG. 10C shows the cover of the arm member, and FIG. 10D shows the back side of the cover shown in FIG. 10C.

A hand member 14a having a spring member is mounted on the shoulder portion 40 of the arm member 11a of FIG. 10B, and the cover 41 is mounted and joined.

The plate 42 formed in the cover serves as a full plate of the vehicle body.

The shoulder portion 50 of the arm member 16b of FIG. 11B is also equipped with a hand member 14b having a spring member, and the carver 51 attached thereto is mounted in the groove 52 formed inwardly. ) Is slidably mounted and a spring member 61 'is provided.

FIG. 11D shows the front side of the cover 51 shown in FIG. 11C.

Also in this embodiment, when the main body collides with the obstacle as in the previous embodiment, the operation member 7 presses and slides, releasing the lock of the hook device, and simultaneously turning the turning member 3 to reverse the first wheel 2. ), The head and the window protrude forward, and both arms open outward, and the vertical body travels in the opposite direction with its respective members deployed.

As described above, according to the present invention, the vehicle is driven in a normal vehicle in a normal driving state, the lock mechanism is released by touching the obstacle, and the vehicle body is upright and sprinted to provide a weathering interest, and a fun whimsical automobile toy is realized.

In addition, by transforming into a robot doll in an upright posture, the meteorological map increases, and in particular, it causes the interest of infants and children, thereby improving imagination and emotion.

Claims (6)

The first wheel can be rotated at the other end of the pivot member which is supported at one end of the main body by keeping the entire wheel and one of the rear wheels as the second wheel as the driving wheel, and rotatably holding it at a predetermined position of the main body. When the first wheel is fixed to the opposite side of the second wheel through the lock member, and when the driving vehicle collides with the obstacle, pressing the operation part to dismantle the lock member to release the lock member. And the pivot member is biased by a spring member so that the first wheel contacts the second wheel, and the vehicle is allowed to run by raising the vehicle body in a vertical position by the pivot of the pivot member. The apparatus of claim 1, wherein during normal driving, the two members and the arm member are accommodated in the main body, and the two main members are placed on the upper side of the main body, which is in a vertical posture, by driving the collision of the obstacle and releasing the lock member. An automobile toy characterized in that the hand arm member is protruding. The method of claim 2, wherein the two members are always urged forward by the spring member, the window member of the main body is connected to the two members, the two members and the window member in the slot formed in the bogie by the spring. Therefore, an automobile toy characterized in that it moves integrally. 3. The vehicle body according to claim 2, wherein the vehicle body collides with the obstacle and releases the lock member, thereby allowing the main body to be in a vertical position by the pivot member, while the window member and the arm member communicate with each other by the spring member. , An automobile toy characterized by moving the wharf and the window member to the front, and pumping the arm member to the outside. The vehicle toy according to claim 2, wherein the arm member is provided with a hand member biased by a spring member. 2. The vehicle toy according to claim 1, wherein said operation part protrudes outward from all of the main body and the other end is connected to said lock member.