WO2019019320A1

WO2019019320A1 - Toy car capable of overturning and transforming upon touch

Info

Publication number: WO2019019320A1
Application number: PCT/CN2017/102646
Authority: WO
Inventors: 谢幼兰
Original assignee: 广州灵动创想文化科技有限公司
Priority date: 2017-07-28
Filing date: 2017-09-21
Publication date: 2019-01-31
Also published as: CN207307183U

Abstract

A toy car capable of overturning and transforming upon a touch, comprising a car chassis (10), a pullback mechanism (50), a fixing base (20), a car body (30), two arm portions (40), an overturning member (60) and a locking member (70); the pullback mechanism (50) is mounted on the car chassis (10) and drives the car chassis (10) to move forward; the fixing base (20) is fittingly mounted on the car chassis (10), and the car body (30) is movably mounted on the fixing base (20) by means of a car body rotating member (31); the car body (30) is clamped to the car chassis (10) by means of a clamping member (32), and the two arm portions (40) are symmetrically disposed on both sides of the car body (30) by means of arm rotating members (41); the overturning member (60) is disposed at the bottom of the car chassis (10); the locking member (70) is mounted in the car chassis (10) and can move forward and backward, and the overturning member (60) is clamped to the locking member (70); and when the front end of the locking member (70) is impacted, the toy car jumps up, overturns, and transforms. When colliding with an obstacle, the toy car can jump up, overturn and transform into a second form, and can continue to move forward in the second form.

Description

A toy car that touches and flips and deforms

Technical field

The utility model relates to the technical field of toys, in particular to a toy car which is touched and reversed and deformed.

Background technique

Toys are an important tool for children's intellectual development and entertainment, and as people's living standards continue to improve, the pursuit of toys' quality and function is getting higher and higher.

While pursuing intellectual development activities, existing toys should increase their interest and thus increase their interest. The deformed robot movie in life, with its cool special effects, has attracted a large group of fans, and many of the toys derived from it have been well received by fans. However, the existing deformed robot toy is difficult to meet the modern people's pursuit of high-quality toys because of its rough workmanship, low emulation, or manual deformation due to its low degree of automation.

In addition, the existing modified toy grades are high or low, and the lower grade deformed toys are manually operated and deformed toys. Such toys have low interest, and for children in a society with relatively advanced electronic technology, this Class toys are hard to get their favor. The high-grade deformation toys are fully automatic electronically controlled deformation toys. These toys are generally deformed by remote control remote control, and are also equipped with sound and light effects, which can greatly attract children's interest. However, such toys are not only expensive, but also have a large number of parts and mechanical transmission parts, so they are relatively easy to damage. Inadvertent collision or falling of wine can cause internal parts to be damaged and unable to control deformation and play.

Therefore, the currently popular deformation toys are mid-range deformation toys, which are not deformed by electric control, but are magnetically controlled to deform. However, such a toy includes a plurality of outer parts and a plurality of inner parts, and the structure is relatively complicated and relatively high in cost. When the deformation is in the second form, the center of gravity may be displaced due to the shifting of the parts, and the movement may not be able to stand or move, thereby affecting the play. Interesting.

Utility model content

Based on this, the purpose of the utility model is to overcome the deficiencies of the prior art, and to provide a toy car that touches and reverses deformation, and has a clever structural design. When it hits an obstacle, it can vacate and deform into a second shape, and is deformed. After the second form is dropped, it can continue to maintain the forward driving state.

In order to achieve the above object, the technical solution adopted by the utility model is:

A toy vehicle that touches and reverses deformation, including a vehicle underframe, a returning mechanism, a fixed seat, a vehicle body, two arm portions, a flipping member and a locking member; the returning force mechanism is mounted on the undercarriage and drives the undercarriage Driving forward; the fixing seat is cooperatively mounted on the vehicle chassis, and the vehicle body is movably mounted on the fixing seat by a body rotating member; the vehicle body is engaged with the vehicle chassis through a snap member, The two arm portions are symmetrically disposed on both sides of the vehicle body through the arm rotating member; the flip member is disposed at the bottom of the vehicle chassis; the lock member is movably mounted to the vehicle underframe, and The flip member is engaged with the lock member; when the front end of the lock member is subjected to a collision, the toy vehicle is vacated and deformed.

Therefore, the toy car with the touch and reverse deformation described in the utility model has a clever structural design, including a deformable structure of the vehicle body, the arm portion, the flipping member and the underframe, and then is respectively engaged and triggered by the locking member. The deformable structure allows the toy vehicle to switch between the car form and the second form. In addition, the deformable structure is unlocked by triggering the locking member, so that the flipping member rotates downward to drive the toy car to vacate, and at the same time, the vehicle body and the undercarriage are disengaged and the arm portion is deformed together. In the second form, the two movements occur simultaneously, which makes the deformation process of the toy car more dynamic, the deformation action is more cool, and the collision is triggered by the collision to realize the deformation, which not only reduces a lot of unlocking parts, but also makes the structure It's even simpler. Moreover, the modified toy car can continue to drive forward, so that the toy car of the second form also has a dynamic effect, further increasing the fun of the toy. In addition, the utility model is ingeniously designed, and the change is unique and interesting, and can be applied to various toy cars of different shapes, styles and functions.

Further, a front end of the locking member protrudes from a front end of the underframe, the engaging member is mounted on a front end of the undercarriage; pressing a front end of the locking member causes the flipping member to be unlocked, and is turned over The downward rotation of the piece drives the toy car to vacate, and the flip member presses the card to unlock the body, so that the body and the arm are simultaneously unfolded and deformed into the second form. By defining here, it is advantageous to realize the synchronous unlocking of the latching member and the flipping member by the locking member, thereby further realizing the effect that the toy vehicle realizes deformation while hopping.

Further, the front end of the flip member is rotatably connected to the underframe through a twisting member, and a rear hole is formed at a rear end thereof; a hook is disposed at a rear end of the locking member, and the hook is Engaged with the square hole. By defining here, it is advantageous to realize the more flexible locking between the flip member and the lock member, and the unlocking action is simple and convenient.

Further, the undercarriage includes a vehicle chassis and a rear wheel; the return force mechanism is mounted on the vehicle chassis, and the rear wheel is drivingly coupled to the return force mechanism. As defined herein, it is advantageous to ensure that the toy vehicle has a drive structure.

Further, the front end of the vehicle chassis is further provided with a secondary wheel. When the toy vehicle is deformed into the second form, the secondary wheel and the rear wheel together constitute a driving structure of the toy vehicle. As defined herein, it is advantageous to have the function of driving forward when the toy vehicle is deformed into the second form.

Further, the return force mechanism includes a box body, a return spring, a flywheel, a transmission gear and a rotating shaft installed in the box body; the return spring is connected with the inertia wheel, and the transmission gear meshes with the inertia wheel, The rotating shaft is connected to the transmission gear. By way of example, it is advantageous for the toy vehicle to have an energy storage drive.

Further, the front ends of the two arm portions are respectively connected with a front wheel, and the rear end thereof is rotatably connected to the vehicle body through an arm rotating member. By defining herein, it is advantageous for the toy vehicle to form a driving structure by combining the front wheel and the rear wheel before deformation, and to make the second when the toy vehicle is deformed into the second form. The form is more ornamental.

Further, the vehicle body includes a body frame and a head portion disposed above the body frame, and the head portion is coupled to the body frame by a front head rotating member. By defining here, it is advantageous for the second form to further increase its enjoyment and interest.

Further, a front end of the vehicle body is engaged with the vehicle chassis through the clip, and a rear end thereof is connected to the fixing seat through the vehicle body rotating member. By way of example, it is advantageous to connect the front part of the body to the undercarriage and the rear part to the fixed seat.

DRAWINGS

1 is a schematic structural view of a car body shape of a toy car that is touch-and-reversely deformed according to the present invention;

2 is a schematic structural view of a second embodiment of the toy vehicle with a touch-and-reverse deformation according to the present invention;

3 is an exploded perspective view of the toy vehicle with the touch reverse deformation according to the present invention;

Figure 4 is an exploded view of the toy car with the touch flip deformation according to the present invention;

FIG. 5 is a schematic structural view of a partial member of a toy vehicle that is touch-and-reversely deformed according to the present invention.

Detailed ways

To further illustrate the various embodiments, the present invention is provided with the accompanying drawings. These drawings are a part of the disclosure of the present invention, which is mainly used to explain the embodiments, and the operation principle of the embodiments can be explained in conjunction with the related description of the specification. Those skilled in the art will be able to understand other possible embodiments and advantages of the present invention with reference to these.

Please refer to FIG. 1 , FIG. 2 , FIG. 3 , FIG. 4 and FIG. 5 , wherein FIG. 1 is a structural schematic view of the shape of the vehicle of the toy vehicle with the touch reverse deformation; FIG. 2 is the touch of the utility model. FIG. 3 is an exploded perspective view of the toy vehicle with the touch reverse deformation of the present invention; FIG. 4 is an exploded view of the toy vehicle with the touch reverse deformation of the present invention; FIG. 5 is a schematic structural view of a partial member of the toy vehicle with the touch reverse deformation according to the present invention.

A toy car that touches and reverses deformation, comprising a vehicle underframe 10, a returning mechanism 50, a fixing base 20, a vehicle body 30, two arm portions 40, a turning member 60 and a locking member 70; the returning force mechanism 50 is mounted on the vehicle The underframe 10 drives the undercarriage 10 to travel forward; the fixed mount 20 is cooperatively mounted on the undercarriage 10, and the body 30 is movably mounted on the mount 20 by a body rotating member 31; The body 30 is engaged with the under frame 10 by a snap member 32, and the two arm portions 40 are symmetrically disposed on both sides of the vehicle body 30 through the arm rotating member 41; the flip member 60 is disposed on the undercarriage 10 a bottom portion; the lock member 70 is movably mounted in the vehicle chassis 10, and the flip member 60 is engaged with the lock member 70; when the front end 71 of the lock member 70 is collided Realize the vacant jump and deformation of the toy car.

Specifically, the front end 71 of the locking member 70 protrudes from the front end 11 of the underframe 10. The engaging member 32 is mounted on the front end 11 of the underframe 10; the front end of the locking member 70 is pressed. 71 causes the flipper 60 to be unlocked, and the toy car is emptied and turned by the downward rotation of the flipper 60, while the flipper 60 presses the latching member 32 to unlock the body 30, so that the body 30 and the arm portion 40 are simultaneously Expand and deform into the second form.

Further, the front end of the flip member 60 is rotatably connected to the underframe 10 via a twisting member 61, and the rear end thereof has a square hole 62; the rear end 72 of the locking member 70 is provided with a card downward. A hook 73 is provided, and the hook 73 is engaged with the square hole 62.

In addition, the undercarriage 10 includes a vehicle chassis 12 and a rear wheel 13; the return force mechanism 50 is mounted on the vehicle chassis 12, and the rear wheel 13 is drivingly coupled to the return force mechanism 50.

Further, the front end of the vehicle chassis 12 is further provided with a secondary wheel 14. When the toy vehicle is deformed into the second form, the secondary wheel 14 and the rear wheel 13 together constitute a driving structure of the toy vehicle.

In the utility model, the returning force mechanism 50 includes a box body, a return spring, a inertia wheel, a transmission gear and a rotating shaft installed in the box body; the return spring is connected with the inertia wheel, and the transmission gear and the inertia The wheels are engaged, and the rotating shaft is coupled to the transmission gear.

The vehicle body 30 includes a body frame 33 and a head portion 34 disposed above the body frame 33, and the head portion 34 is coupled to the body frame 34 by a front end turning member 35. The front end of the vehicle body 30 is engaged with the under frame 10 by the engaging member 32, and the rear end thereof is connected to the fixing base 20 by the body rotating member 31.

The front ends of the two arm portions 40 are respectively connected to the front wheel 42, and the rear end thereof is rotatably coupled to the vehicle body 30 via the arm rotating member 41.

When the toy vehicle of the present invention travels on a plane, when it hits an obstacle, the locking member 70 moves backward due to the pressing action of the obstacle on the front end 71 of the locking member 70, and the flip member 60 is unlocked. The flip member 60 is turned 180° and the card member 32 is pressed to unlock it, thereby completing the toy car vacating jump and deforming into the second form, and dropping and then continuing to maintain the forward driving state.

The working principle of the toy car that touches and reverses the deformation of the utility model is described below:

Before the deformation, the toy car is first placed on the ground or other plane, and the toy car is pulled backward to perform the energy storage work. When the distance is pulled backward, the toy car is released, and the toy car automatically moves forward.

Placing some obstacles in the traveling direction of the toy car enables the toy car to collide with it, and when the front end of the toy car collides with an obstacle, the locking member is caused by the pressing force of the obstacle on the front end 71 of the locking member 70. 70 moves backwards, and the flip member 60 is unlocked, the flip member 60 is flipped forward by 180° and the latching member 32 is pressed to unlock it, and the toy car is vacated and deformed into the second form. At this time, the body 30 rotates. To the position perpendicular to the undercarriage 10, and the two arm portions 40 are unfolded and serve as the arms of the vehicle body 30, the body 30 corresponds to the body portion in the second form, and the two arm portions 40 correspond to the arm portions of the second form. . In addition, the toy car of the second form after vacating continues to maintain the forward driving state. At this time, the sub-wheel 14 and the rear wheel 13 on the undercarriage 10 serve as the driving structure of the second form. When the force mechanism 50 completely consumes the energy storage, the toy car stops moving.

When the toy car changes from the second form to the form of the car, the lock can be released by pushing the lock member 70 forward and re-engaging the flip member 60, the body 30, and the two arm portions 40 back to the original position. The connecting member 70 locks the flip member 70 to the flip member 60, and then fixes the lock between the latch member 32 and the vehicle body 30 to complete the deformation process of the toy car from the second form to the car.

In the second aspect, the specific shape of the second form can be determined by designing the specific shape of the vehicle body 30 and the arm portion 40, and for example, it can be designed in the form of a robot or an animal.

Compared with the prior art, the toy car with the touch and reverse deformation described in the utility model has a clever structural design, including a deformable structure of the vehicle body, the arm portion, the flipping member and the underframe, and then respectively through the locking member. The deformable structure is snapped and triggered so that the toy vehicle can switch between the car shape and the second form. In addition, the deformable structure is unlocked by triggering the locking member, so that the flipping member rotates downward to drive the toy car to vacate, and at the same time, the vehicle body and the undercarriage are disengaged and the arm portion is deformed together. In the second form, the two movements occur simultaneously, which makes the deformation process of the toy car more dynamic, the deformation action is more cool, and the collision is triggered by the collision to realize the deformation, which not only reduces a lot of unlocking parts, but also makes the structure It's even simpler. Moreover, the modified toy car can continue to drive forward, so that the toy car of the second form also has a dynamic effect, further increasing the fun of the toy. In addition, the utility model is ingeniously designed, and the change is unique and interesting, and can be applied to various toy cars of different shapes, styles and functions.

The above-mentioned embodiments are merely illustrative of several embodiments of the present invention, and the description thereof is more specific and detailed, but is not to be construed as limiting the scope of the utility model. It should be noted that a number of variations and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention.

Claims

A toy car that touches and reverses deformation, comprising: a vehicle underframe, a returning force mechanism, a fixing base, a vehicle body, two arm portions, a flipping member and a locking member; the returning force mechanism is mounted on the vehicle chassis and Driving the vehicle chassis to travel forward; the fixing seat is cooperatively mounted on the vehicle chassis, and the vehicle body is movably mounted on the fixing seat by a body rotating member; the vehicle body passes through a card connector and the vehicle chassis card Then, the two arm portions are symmetrically disposed on two sides of the vehicle body through the arm rotating member; the flip member is disposed at the bottom of the vehicle chassis; the lock member is movably mounted to the underframe And the flip member is engaged with the lock member; when the front end of the lock member is impacted, the toy vehicle is emptied and deformed.
The touch-overturned toy vehicle according to claim 1, wherein a front end of the lock member protrudes from a front end of the underframe, and the snap member is mounted on a front end of the underframe; Pressing the front end of the locking member to unlock the flipping member, and rotating the flipping member to drive the toy car to vacate, and the flipping member presses the latching member to unlock the vehicle body, so that the body and the arm portion are simultaneously Expand and deform into the second form.
The touch-overturned toy vehicle according to claim 2, wherein the front end of the flip member is rotatably coupled to the underframe by a twisting member, and the rear end thereof has a square hole; the lock A hook is disposed downwardly from the rear end of the connector, and the hook is engaged with the square hole.
A touch-overturned toy vehicle according to claim 3, wherein said undercarriage comprises a chassis and a rear wheel; said returning mechanism is mounted on the chassis, and said rear wheel and said return force Mechanism drive connection.
The touch-overturned toy vehicle according to claim 4, wherein the front end of the chassis is further provided with a secondary wheel, and when the toy vehicle is deformed into the second form, the secondary wheel and the rear wheel are Together form the drive structure of the toy car.
The touch-overturned toy vehicle according to any one of claims 1 to 5, characterized in that: the returning force mechanism comprises a box body, a springback spring, a inertia wheel, a transmission gear and a rotating shaft installed in the box body; The return spring is connected to the inertia wheel, and the transmission gear meshes with the inertia wheel, and the rotating shaft is connected with the transmission gear.
The touch-overturned toy vehicle according to claim 6, wherein the front ends of the two arm portions are respectively connected with a front wheel, and the rear end thereof is rotatably coupled to the vehicle body by an arm rotating member.
The touch-overturned toy vehicle according to claim 7, wherein the vehicle body comprises a body frame and a head portion disposed above the body frame, and the head portion and the body frame are rotated by a front end Piece connection.
The touch-up and reverse-deformed toy vehicle according to claim 8, wherein a front end of the vehicle body is engaged with the vehicle chassis through the engaging member, and a rear end thereof passes through the vehicle body rotating member. The fixed seat connection.