Toy car transformation combined robot
By designing multiple deformable toy car main bodies, combining the design of rear cabin parts and rotary connections, and the use of magnetic-susceptible connectors, the problem of difficulty in retaining unique shapes by toy car deformation combination robots in the prior art is solved, and a higher styling fidelity and playability are achieved.
Patent Information
- Application Number
- CN202520593704.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-04-01
- Publication Date
- 2025-05-09
- Estimated Expiration
- 2035-04-01
AI Technical Summary
It is difficult for existing toy car deformation combination robots to improve the realistic and playable shape of the robot while retaining the unique shape of the toy car.
Design a toy car deformation combination robot, including at least five toy car bodies, one of which can be deformed into the torso of the robot and four toy car bodies that can be deformed into the arms or feet of the robot. By providing the rear cabin component and the rotary connection, the toy vehicle body can be deformed into different robot components by flipping and rotating, and assembled by magnetic suction connectors.
While taking into account the realistic robot shape, the unique shape of the toy car is effectively retained, which improves the playability of the toy car deformation combination robot, and allows replacement of arms and feet, increasing the diversity of the robot.
Smart Images
Figure CN222841506U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the field of deformation combination toys, in particular to a toy car deformation combination robot. Background Art
[0002] Toy cars are highly playable and are very popular among players. Due to the diversity of toy car shapes, there are currently many solutions for transforming multiple toy cars and assembling them into robots. However, in order to improve the realism of the robot, it is difficult for the toy car to retain the original vehicle shape after deformation, and it is also difficult to use toy cars with unique shape parts as combination parts. Therefore, most toy car deformation and combination toys currently use toy cars with relatively general shapes, especially for toy cars used as robot limbs. Most of their shapes do not have unique shape parts, and even if they do, they will be hidden by folding or disassembling after deformation, resulting in the robot being unable to retain the unique shape of the toy car. This limits the diversified design of toy car deformation and combination robots on the one hand, and also affects the playability of deformation and combination robots on the other hand. Utility Model Content
[0003] The utility model aims to provide a toy car transformable combined robot, which can effectively retain the unique shape of the toy car while taking into account the realistic degree of the robot shape, and has high playability.
[0004] To achieve the above-mentioned purpose, the utility model adopts the following technical scheme: a toy car transformable combination robot, comprising at least five toy car bodies, including one toy car body that can be transformed into a robot head and torso, and at least four toy car bodies that can be transformed into robot arms or feet; the toy car bodies that can be transformed into robot arms or feet are all provided with rear compartment parts, and are all provided with rotating connecting parts at the bottom; the toy car bodies that can be transformed into robot arms or feet are transformed into robot feet by flipping the rear compartment parts forward, and the toy car bodies that can be transformed into robot arms or feet can be transformed into robot arms by rotating the rotating connecting parts outward.
[0005] Specifically, the toy vehicle body that can be transformed into a robot head and torso is a toy excavator.
[0006] Specifically, the toy excavator includes a base, a cab body, a track part and an excavating arm. The track part is arranged on both sides of the base and serves as the legs of the robot when the toy excavator is transformed into a robot head and torso. The cab body is connected to the base and serves as the upper torso of the robot when the toy excavator is transformed into a robot. A accommodating groove is arranged on the cab body, and a foldable head assembly is arranged in the accommodating groove.
[0007] Specifically, a flap portion is provided at the end of the crawler portion, and the flap portion at the end of the crawler portion can be connected to the foot of the robot after being flipped outward.
[0008] Specifically, at least four toy vehicle bodies that can be transformed into robot arms or feet include at least one toy bulldozer, and the bulldozer bucket provided on the toy bulldozer can be transformed into the hands of one or two robots; the bulldozer bucket can be connected to the rear end of the rear compartment part of the toy vehicle body that can be transformed into the robot arms or feet.
[0009] Specifically, the bulldozer bucket provided on the toy bulldozer consists of a first bucket part and a second bucket part arranged side by side. The first bucket part and the second bucket part are detachably connected to the toy bulldozer. After the first bucket part and the second bucket part are detached from the toy bulldozer, they can be connected to the rear end of the rear compartment part of the toy vehicle body which can be transformed into a robot arm or foot as the hand of the robot.
[0010] Specifically, at least four toy vehicle bodies that can be transformed into robot arms or feet include a toy bulldozer and three or more of a toy crane, a toy truck, a toy mud tank truck, a toy water spray truck, and a toy ladder truck; correspondingly, the rear compartment component of the toy bulldozer is a bulldozer arm, the rear compartment component of the toy crane is a crane arm component, the rear compartment component of the toy truck is a truck bucket, the rear compartment component of the toy mud tank truck is a mud tank component, the rear compartment component of the toy water spray truck is a fire hose component, and the rear compartment component of the toy ladder truck is a ladder component.
[0011] Specifically, the toy car body that can be transformed into a robot arm or foot is connected to the toy car body that can be transformed into a robot head and torso through a magnetic connection piece after the toy car body is transformed into a robot arm or foot.
[0012] The beneficial effects of the utility model are as follows: by arranging the rear compartment part of the toy car body that is transformed into the robot's feet into a structure that can be flipped forward, the realism of the combined robot's shape can be taken into consideration while the unique shape of the toy car can be effectively retained, and the playability is high; and the toy car body that can be transformed into the robot's arms and feet can change the position of the hands and feet at will, effectively improving the playability of the robot. BRIEF DESCRIPTION OF THE DRAWINGS
[0013] Attached Figure 1 A schematic diagram of the deformation process of a toy excavator in an embodiment;
[0014] Attached Figure 2 Schematic diagram of the deformation process of a toy bulldozer being transformed into a robot foot in the embodiment;
[0015] Attached Figure 3 is a schematic diagram of the deformation process of a toy crane being transformed into a robot foot in an embodiment;
[0016] Attached Figure 4 is a schematic diagram of the deformation process of a toy truck being transformed into a robot foot in the embodiment;
[0017] Attached Figure 5 Schematic diagram of the deformation process of a toy mud tanker into a robot foot in the embodiment;
[0018] Attached Figure 6 Schematic diagram of the deformation process of the toy water sprayer into the robot foot in the embodiment;
[0019] Attached Figure 7 Schematic diagram of the transformation process of a toy ladder truck into a robot foot in an embodiment;
[0020] Attached Figure 8 The overall structure diagram of the combined robot is shown with a toy truck and a toy mud tanker as robot feet, and a toy bulldozer and a toy crane as robot arms;
[0021] Attached Fig. 9 For attachment Figure 8 The split state structure diagram of the combined robot;
[0022] Attached Fig.10 This is the overall structure diagram of a combined robot with a toy water sprayer and a toy ladder truck as robot feet, and a toy bulldozer and a toy crane as robot arms. DETAILED DESCRIPTION
[0023] Example 1, reference Figure 1-10 A toy car transformable combination robot comprises at least five toy car bodies, among which there are one toy car body transformable into a robot head and torso, and at least four toy car bodies transformable into robot arms or feet; the toy car bodies transformable into robot arms or feet are all provided with rear compartment parts, and are all provided with rotating connection parts 10 at the bottom; the toy car bodies transformable into robot arms or feet are transformed into robot feet by flipping the rear compartment parts forward, and the toy car bodies transformable into robot arms or feet are transformed into robot arms by rotating the rotating connection parts 10 outward.
[0024] In this embodiment, at least five toy car bodies are included, among which, except for one toy car body that can be transformed into a robot head and torso, the remaining at least four toy car bodies can be transformed into robot feet or arms, at least two toy car bodies are transformed into robot arms, at least two toy car bodies are transformed into robot feet and combined with the toy car body that is transformed into the robot head and torso to form a robot, and the arms and feet can be replaced or replaced. Specifically, the toy car body that can be transformed into the robot arm or foot is transformed into the robot foot by flipping the rear compartment part forward. By flipping the rear compartment part forward, the rear compartment part serves as armor for the robot foot, thereby effectively retaining the main features of the toy car body, and the robot foot can be replaced by selecting different toy car bodies, thereby obtaining multiple robots with different shapes. Specifically, the theme of the robot shape can be changed according to the category of the toy car body that can be transformed into the robot's feet, thereby improving the playability of the deformable combination robot. Specifically, at least four toy vehicle bodies that can be transformed into robot arms or legs include at least one toy bulldozer 1, and a bulldozer bucket 11 provided on the toy bulldozer 1 can be transformed into one or two robot hands; the bulldozer bucket 11 can be connected to the rear end of the rear compartment component of the toy vehicle body that can be transformed into the robot arms or legs. By using at least one toy bulldozer 1 as a toy vehicle body that can be transformed into a robot arm or leg, the bulldozer bucket 11 of the toy bulldozer 1 can be used as the robot's hand, thereby effectively retaining the main features of the toy bulldozer. In order to increase the richness of the robot's shape, generally only one toy bulldozer 1 is used. The bulldozer bucket 11 arranged on the toy bulldozer 1 is composed of a first bucket part 111 and a second bucket part 112 arranged side by side. The first bucket part 111 and the second bucket part 112 are detachably connected to the toy bulldozer 1. After the first bucket part 111 and the second bucket part 112 are detached from the toy bulldozer 1, they can be connected to the rear ends of the rear compartment parts of at least four toy vehicle bodies including the toy bulldozer 1 that can be transformed into robot arms or feet to form robot arms.
[0025] Specifically, at least four toy vehicle bodies that can be transformed into robot arms or feet include a toy bulldozer 1 and three or more of a toy crane 2, a toy truck 3, a toy mud tanker 4, a toy water sprayer 5, and a toy ladder truck 6; correspondingly, the rear compartment component of the toy bulldozer 1 is a bulldozer arm 12, the rear compartment component of the toy crane 2 is a crane arm component 21, the rear compartment component of the toy truck 3 is a truck bucket 31, the rear compartment component of the toy mud tanker 4 is a mud tank component 41, the rear compartment component of the toy water sprayer 5 is a fire hose component 51, and the rear compartment component of the toy ladder truck 6 is a ladder component 61. When four toy vehicle bodies are used as toy vehicle bodies that can be transformed into robot arms or feet, the four toy vehicle bodies can be interchanged to improve the playability of the combined robot. When there are more than four toy vehicle bodies, the redundant toy vehicle bodies can be used as spare parts to replace the arms or feet of the robot, which can further improve the playability of the combined robot.
[0026] In addition, in this embodiment, the toy vehicle body that can be transformed into a robot head and trunk is a toy excavator 7. The toy excavator includes a base 71, a cab body 72, a track part 73 and an excavating arm 74. The track part 73 is arranged on both sides of the base and serves as the legs of the robot when the toy excavator 7 is transformed into the robot head and trunk. The cab body 72 is connected to the base 71 and serves as the upper trunk of the robot when the toy excavator 7 is transformed into the robot. The cab body 72 is provided with a receiving groove 75, and a head assembly 76 that can be turned out is arranged in the receiving groove 75. After the toy excavator 7 is transformed into the robot head and trunk, the upper trunk obtained by the deformation of the cab body 72 is connected to the robot arms on both sides, and the end of the track part 73 is connected to the robot feet, thereby forming a complete combined robot. Among them, a flip cover part 77 is provided at the end of the track part 73, and the flip cover part 77 at the end of the track part 73 can be connected to the robot feet after being turned outward. In addition, in order to improve the realism of the toy excavator after it is transformed into a robot head and torso, the track part and the base are rotatably connected. When transformed into the robot head and torso, the track part can rotate downward around the base to serve as the legs of the robot.
[0027] In this embodiment, the toy car body that can be transformed into the robot arm or foot is connected to the toy car body that can be transformed into the robot head and torso through a magnetic connection piece after being transformed into the robot arm or foot. The use of a magnetic connection piece for connection can facilitate the assembly and disassembly of the transformable combined robot. Specifically, the magnetic connection piece includes a plug-in column 81 and a plug-in slot 82. The plug-in column 81 and the plug-in slot 82 are provided with magnets that can attract each other, so as to achieve a magnetic connection between the two. When the toy excavator 7 is used as the head and torso of the robot, plug-in slots 82 are provided on both sides of the cab body 72 of the toy excavator 7. Correspondingly, the rotating connection part 10 provided at the bottom of the toy car body that can be transformed into the arm or foot of the robot is provided with a plug-in column 81. The track part 73 of the toy excavator 7 is provided with a plug-in column 81. The flip cover part 77 at the end of the track part 73 is flipped outward to expose the plug-in column 81 in the track part 73. Correspondingly, the rear end of the rear compartment part of the toy car body that can be transformed into the arm or foot of the robot is provided with a plug-in slot 82. After the rear compartment part is flipped forward, the plug-in slot 82 at the rear end of the rear compartment part faces upward so that it can be matched and connected with the plug-in column 81 on the track part 73. In addition, the bulldozer bucket 11 of the toy bulldozer 1 is also connected to the toy bulldozer 1 using a magnetic connector, wherein the first bucket part 111 and the second bucket part 112 of the bulldozer bucket 11 are both provided with a plug-in column 81, and the bulldozer arm 12 of the toy bulldozer 1 is provided with a plug-in groove 82 for connecting with the first bucket part 111 and the second bucket part 112. In addition, the plug-in groove 82 provided at the rear end of the rear compartment part of the toy vehicle body that can be transformed into a robot arm or foot can be cooperated with the plug-in column 81 on the first bucket part 111 and the second bucket part 112 to be transformed into a complete robot arm.
[0028] Of course, the above are only preferred implementations of the present utility model, and are not intended to limit the scope of use of the present utility model. Therefore, any equivalent changes made to the principles of the present utility model should be included in the protection scope of the present utility model.
Claims
1. A toy car transformable assembly robot, characterized in that: The invention comprises at least five toy car bodies, including one toy car body that can be transformed into a robot head and torso, and at least four toy car bodies that can be transformed into robot arms or feet; the toy car bodies that can be transformed into robot arms or feet are all provided with rear compartment parts, and are all provided with rotating connecting parts at the bottom; the toy car bodies that can be transformed into robot arms or feet can be transformed into robot feet by flipping the rear compartment parts forward, and the toy car bodies that can be transformed into robot arms or feet can be transformed into robot arms by rotating the rotating connecting parts outward.
2. A toy car transformable assembly robot according to claim 1, characterized in that: The toy vehicle body that can be transformed into a robot head and trunk is a toy excavator.
3. A toy car transformable assembly robot according to claim 2, characterized in that: The toy excavator comprises a base, a cab body, a track part and an excavating arm. The track part is arranged on both sides of the base and serves as the legs of the robot when the toy excavator is transformed into a robot head and torso. The cab body is connected to the base and serves as the upper torso of the robot when the toy excavator is transformed into the robot. A accommodating groove is arranged on the cab body, and a foldable head assembly is arranged in the accommodating groove.
4. A toy car transformable assembly robot according to claim 3, characterized in that: The end of the crawler part is provided with a flap part, and the flap part at the end of the crawler part can be connected to the foot of the robot after being flipped outward.
5. The toy car transformable assembly robot according to claim 1, characterized in that: The at least four toy vehicle bodies that can be transformed into robot arms or feet include at least one toy bulldozer, and the bulldozer bucket provided on the toy bulldozer can be transformed into one or two robot hands; the bulldozer bucket can be connected to the rear end of the rear compartment part of the toy vehicle body that can be transformed into the robot arm or foot.
6. A toy car transformable assembly robot according to claim 5, characterized in that: The bulldozer bucket arranged on the toy bulldozer consists of a first bucket part and a second bucket part arranged side by side. The first bucket part and the second bucket part are detachably connected to the toy bulldozer. After the first bucket part and the second bucket part are detached from the toy bulldozer, they can be connected to the rear end of the rear compartment part of the toy vehicle body which can be transformed into the robot arm or foot as the robot's hand.
7. A toy car transformable assembly robot according to claim 5, characterized in that: The at least four toy vehicle bodies that can be transformed into robot arms or feet include a toy bulldozer and three or more of a toy crane, a toy truck, a toy mud tank truck, a toy water spray truck, and a toy ladder truck; correspondingly, the rear compartment component of the toy bulldozer is a bulldozer arm, the rear compartment component of the toy crane is a crane arm component, the rear compartment component of the toy truck is a truck bucket, the rear compartment component of the toy mud tank truck is a mud tank component, the rear compartment component of the toy water spray truck is a fire hose component, and the rear compartment component of the toy ladder truck is a ladder component.
8. The toy car transformable assembly robot according to claim 1, characterized in that: The toy car body that can be transformed into a robot arm or foot is connected to the toy car body that can be transformed into a robot head and torso through a magnetic connection piece after being transformed into the robot arm or foot.