Transforming combined dinosaur robot

Abstract

A transforming combined dinosaur robot, comprising at least six individual dinosaur units (1, 2, 3, 4, 5, 6), each individual dinosaur unit (1, 2, 3, 4, 5, 6) comprising a head component (11, 21, 31, 41, 51, 61), a body component (12, 22, 32, 42, 52, 62), and a foot component (13, 23, 33, 43, 53, 63); the six individual dinosaur units (1, 2, 3, 4, 5, 6) can be transformed into an upper trunk, a lower trunk, two arms, and two feet of a robot, respectively, to then combine to transform into the robot; and the dinosaur units (1, 2, 3, 4, 5, 6) can respectively be transformed into other models. According to the transforming combined dinosaur robot, each dinosaur unit (1, 2, 3, 4, 5, 6) has a high playability, and the dinosaur units can further be combined to transform into the robot, so that the playability of the toy as a whole can be further improved. In addition, in combination with different accessories arranged on each different dinosaur unit (1, 2, 3, 4, 5, 6), the accessories can be provided on the model of the transformed robot as an armor or weapon accessory of the robot, so that the playability of the toy can be further improved.

Description

A transformable dinosaur combined robot Technical Field

[0001] The present invention relates to the technical field of transformable toys, and in particular to a transformable dinosaur combined robot. Background Art

[0002] Among children's toys, transformable toys are popular with children of all ages for their diverse play styles and high playability. Furthermore, the changes in mechanical connections and spatial transformations produced during their transformation process can effectively promote brain development in children and adolescents. The key feature of transformable toys is that not only can each individual toy be played with independently, but multiple toys can also be combined and transformed to create new toys. This offers greater playability than conventional transformable toys that transform from a single shape to another. If each individual toy can also be transformed independently, the toy's playability can be further enhanced. Summary of the Invention

[0003] The purpose of the present invention is to provide a transformable dinosaur combined robot, specifically to provide a transformable toy that can transform multiple dinosaur units into a robot shape, and each dinosaur unit can be individually transformed into other shapes.

[0004] To achieve the above-mentioned objectives, the present invention adopts the following technical solutions: a transformable dinosaur combination robot, comprising at least a first dinosaur monomer, a second dinosaur monomer, a third dinosaur monomer, a fourth dinosaur monomer, a fifth dinosaur monomer and a sixth dinosaur monomer; the first dinosaur monomer comprises a first head component, a first body component and a first foot component; the second dinosaur monomer comprises a second head component, a second body component and a second foot component; the third dinosaur monomer comprises a third head component, a third body component and a third foot component; the fourth dinosaur monomer comprises a fourth head component, a fourth body component and a fourth foot component; the fifth dinosaur monomer comprises a fifth head component, a fifth body component and a fifth foot component; the sixth dinosaur monomer comprises a sixth head component, a sixth body component and a sixth foot component.

[0005] The first body component can be disassembled into a first left component and a first right component; the first body component also includes an abdominal component, which can be accommodated between the first left component and the first right component, and the abdominal component can be inserted above the first head component as the head of the robot. The first left component and the first right component can be installed and connected to both sides of the first head component to form the upper torso of the robot together with the abdominal component. The third dinosaur unit and the fourth dinosaur unit can be transformed into the arms of the robot and connected to the sides of the first left component and the first right component.

[0006] The second body component can be separated into a second left component and a second right component. The second left component and the second right component can be installed as legs of the robot and connected to both sides of the second head component to form the lower torso of the robot. The fifth head component and the sixth head component can be rotated 180 degrees in the horizontal direction and then respectively arranged above the fifth body component and the sixth body component to transform into the feet of the robot and connected to the second left component and the second right component.

[0007] At least one of the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer can be individually transformed into a cannon shape, a mobile cannon shape, a double-row cannon shape, an airplane shape, a fighter shape or a spaceship shape.

[0008] Specifically, the first dinosaur unit can be transformed into a fighter jet shape; the left side of the first left component is provided with a left folding portion that can be flipped outward, and the right side of the first right component is provided with a right folding portion that can be flipped outward; the first left component and the first right component are installed and connected to both sides of the first head component to form a fighter jet shaped main body, the left folding portion and the right folding portion can be folded outward to form fighter jet shaped wings, and the belly component of the first dinosaur unit can be connected to the front end of the first head component as a fighter jet shaped nose.

[0009] Specifically, the second dinosaur unit can be transformed into a cannon shape; the first cannon assembly is provided on the back of the second dinosaur unit, the second left component and the second right component can be installed and connected to both sides of the second head component to form a cannon-shaped main body, and the first cannon assembly can be installed and connected to the front end of the second head assembly to form a cannon-shaped barrel; the first cannon assembly can also be installed and connected to one side of the robot's head to form the robot's cannon weapon.

[0010] Specifically, the third dinosaur unit is in the shape of a pterosaur and can be transformed into the shape of an airplane; the third body component is detachably connected to the wing components on both sides, the third head component and the third body component are telescopically connected through the neck component, the third head component can be retracted toward the third body component to form an airplane-shaped main body, and the wing components serve as the wings of the airplane; when the third dinosaur unit is transformed into the arm of a robot, the wing components can be plugged into the two sides of the first head component to form the chest armor of the robot.

[0011] Specifically, the fourth dinosaur unit can be transformed into a mobile cannon shape; a second cannon assembly is provided on the back of the fourth dinosaur unit, and the fourth body assembly can be split into a fourth left component and a fourth right component, and the fourth left component and the fourth right component are both provided with a first movable roller, and the fourth left component and the fourth right component can be installed and connected to both sides of the fourth head component to form a main body of the mobile cannon shape, and the second cannon assembly can be installed and connected to the front end of the fourth head assembly as a barrel of the mobile cannon shape; the second cannon assembly can also be installed and connected to one side of the robot's head to form the robot's cannon weapon.

[0012] Specifically, the fifth dinosaur unit is in the shape of a unicorn and can be transformed into a spaceship shape; wing assemblies are provided on both sides of the fifth body assembly, and the fifth body assembly can be split into a fifth left component and a fifth right component; the fifth left component and the fifth right component can be installed and connected on both sides of the fifth head assembly to form a spaceship-shaped main body, and the fifth foot assembly is divided into two pairs and one pair can be assembled and installed and connected to the front end of the fifth head assembly to form a spaceship-shaped bow.

[0013] Specifically, a unicorn assembly is provided at the upper end of the fifth head assembly. When the fifth dinosaur unit is transformed into the foot of the robot, the unicorn assembly can be installed on the second head assembly connected to the lower torso of the robot to form the robot's abdominal armor.

[0014] Specifically, the sixth dinosaur unit can be transformed into a double-row cannon shape, with barrel assemblies on both sides of the tail of the sixth body assembly, and second movable rollers on both sides of the sixth body assembly; the sixth head assembly is rotated 180 degrees in the horizontal direction and then arranged on the sixth body assembly, while the sixth foot assembly can be folded and stored on both sides of the sixth body assembly, the second movable rollers can be removed from the sixth body assembly and then installed and connected to both sides of the sixth foot assembly and together with the sixth head assembly, the sixth body assembly and the sixth foot assembly form a double-row cannon shaped main body, the barrel assembly can be installed and connected to both sides of the sixth head assembly to form a double-row cannon shaped barrel.

[0015] Specifically, a crown assembly is provided at the upper end of the sixth head assembly. After the crown assembly is removed from the sixth head assembly, it can be connected to the front end of the first head assembly as a chest armor of the robot.

[0016] Specifically, a plastron assembly is provided on the abdominal assembly of the first dinosaur unit, and the plastron assembly is rotatably connected to the abdominal assembly. When the abdominal assembly serves as the head of the robot, the plastron assembly can be rotated from vertical to horizontal to serve as the eye mask component of the robot.

[0017] The beneficial effect of the present invention is that by deforming and combining at least six dinosaur units, they can be combined and transformed into a robot shape, and each dinosaur unit can be individually transformed into other shapes. Not only does each dinosaur unit have high playability, but they can also be combined and transformed into a robot to further improve the overall playability of the toy; at the same time, combined with the different accessories set on each different dinosaur unit, they can be set on the deformed robot shape as armor or weapon accessories of the robot, further improving the playability of the toy. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 is a schematic diagram of the structure of six dinosaur monomers transformed into robots in the embodiment;

[0019] Figure 2 is a structural diagram of the robot model in the embodiment in a disassembled state;

[0020] Figure 3 is a schematic diagram of the structure in which the first dinosaur unit is transformed into the upper torso of the robot in the embodiment;

[0021] Figure 4 is a schematic diagram of the structure in which the second dinosaur unit is transformed into the lower torso of the robot in the embodiment;

[0022] Figure 5 is a schematic diagram of the structure of the third dinosaur unit transformed into a robot arm in the embodiment;

[0023] Figure 6 is a schematic diagram of the structure of the fourth dinosaur unit transformed into a robot arm in the embodiment;

[0024] Figure 7 is a schematic diagram of the structure of the fifth dinosaur unit transformed into a robot foot in the embodiment;

[0025] Figure 8 is a schematic diagram of the structure of the sixth dinosaur unit transformed into a robot foot in the embodiment;

[0026] Figure 9 is a schematic diagram of the structure of the first dinosaur monomer transformed into a fighter jet shape in the embodiment;

[0027] Figure 10 is a schematic diagram of the structure of the second dinosaur unit transformed into a cannon shape in the embodiment;

[0028] Figure 11 is a schematic diagram of the structure of the third dinosaur monomer transformed into an airplane shape in the embodiment;

[0029] Figure 12 is a schematic diagram of the structure of the fourth dinosaur unit transformed into a mobile cannon shape in the embodiment;

[0030] Figure 13 is a schematic diagram of the structure of the fifth dinosaur monomer transformed into a spaceship shape in the embodiment;

[0031] Figure 14 is a schematic diagram of the structure of the sixth dinosaur unit transformed into a double-row cannon shape in the embodiment.

[0032] Explanation of the figure marks: 1-first dinosaur monomer, 11-first head component, 12-first body component, 121-first left component, 122-first right component, 123-left folding part, 124-right folding part, 13-first foot component, 14-abdomen component, 15-plasma component, 16-missile component, 2-second dinosaur monomer, 21-second head component, 22-second body component, 221-second left component, 222-second right component, 23-second foot component, 24-first cannon component, 3-third dinosaur monomer, 31-third head component, 32-third body component, 33-third foot component, 34-wing component, 35-neck component Parts, 4-the fourth dinosaur monomer, 41-the fourth head assembly, 42-the fourth body assembly, 421-the fourth left part, 422-the fourth right part, 43-the fourth foot assembly, 44-the first moving roller, 45-the second cannon assembly, 5-the fifth dinosaur monomer, 51-the fifth head assembly, 52-the fifth body assembly, 521-the fifth left part, 522-the fifth right part, 53-the fifth foot assembly, 54-the wing assembly, 55-the unicorn assembly, 56-the jet assembly, 6-the sixth dinosaur monomer, 61-the sixth head assembly, 62-the sixth body assembly, 63-the sixth foot assembly, 64-the second moving roller, 65-the barrel assembly, 66-the crown assembly. DETAILED DESCRIPTION

[0033] Example 1, referring to Figures 1-14, a transformable dinosaur combination robot, at least includes a first dinosaur monomer 1, a second dinosaur monomer 2, a third dinosaur monomer 3, a fourth dinosaur monomer 4, a fifth dinosaur monomer 5 and a sixth dinosaur monomer 6; the first dinosaur monomer 1 includes a first head component 11, a first body component 12 and a first foot component 13; the second dinosaur monomer 2 includes a second head component 21, a second body component 22 and a second foot component 23; the third dinosaur monomer 3 includes a third head component 31, a third body component 32 and a third foot component 33; the fourth dinosaur monomer 4 includes a fourth head component 41, a fourth body component 42 and a fourth foot component 43; the fifth dinosaur monomer 5 includes a fifth head component 51, a fifth body component 52 and a fifth foot component 53; the sixth dinosaur monomer 6 includes a sixth head component 61, a sixth body component 62 and a sixth foot component 63.

[0034] The first body component 12 can be disassembled into a first left component 121 and a first right component 122; the first body component 12 also includes an abdominal component 14, which can be accommodated between the first left component 121 and the first right component 122. The abdominal component 14 can be inserted above the first head component 11 as the head of the robot, and the first left component 121 and the first right component 122 can be installed and connected to both sides of the first head component 11 together with the abdominal component 14 to form the upper torso of the robot. The third dinosaur monomer 3 and the fourth dinosaur monomer 4 can be transformed into the arms of the robot and connected to the sides of the first left component 121 and the first right component 122.

[0035] The second body component 22 can be split into a second left component 221 and a second right component 222. The second left component 221 and the second right component 222 can be installed as the legs of the robot and connected to both sides of the second head component 21 to form the lower torso of the robot. The fifth dinosaur monomer 5 and the sixth dinosaur monomer 6 can be connected to the second left component 221 and the second right component 222 as the feet of the robot. Specifically, the fifth head component 51 can be rotated 180 degrees in the horizontal direction and then be set on the fifth body component 52 to be transformed into one foot of the robot. The sixth head component 61 can be rotated 180 degrees in the horizontal direction and then be set on the sixth body component 62 to be transformed into the other foot of the robot.

[0036] At least one of the first dinosaur monomer 1, the second dinosaur monomer 2, the third dinosaur monomer 3, the fourth dinosaur monomer 4, the fifth dinosaur monomer 5 and the sixth dinosaur monomer 6 can be individually transformed into a cannon shape, a mobile cannon shape, a double-row cannon shape, an airplane shape, a fighter shape or a spaceship shape.

[0037] In this embodiment, six dinosaur units can be transformed and combined to form a robot. Each dinosaur unit is composed of a head component, a body component, and a foot component. This is universal. Therefore, in the technical solution to be protected by this application, the types of dinosaur units are not limited to the dinosaur units selected in this embodiment, and other types of dinosaur units can be replaced. Each dinosaur unit in this embodiment can be played with separately. The specific operation of transforming and combining the six dinosaur units into a robot is as follows:

[0038] 1. Split the first body component 12 of the first dinosaur monomer 1 into a first left component 121, a first right component 122 and an abdominal component 14, and install and connect the first left component 121 and the first right component 122 on both sides of the first head component 11, and connect the abdominal component 14 to the top of the first head component 11 to form the upper torso of the robot.

[0039] 2. Split the second body component 22 of the second dinosaur unit 2 into a second left component 221 and a second right component 222, and connect the second left component 221 and the second right component 222 to both sides of the second head component 21 as the legs of the robot to form the lower torso of the robot. At the same time, install and connect the second head component 21 of the lower torso with the first head component 11 of the upper torso to form the entire torso of the robot.

[0040] 3. After the third dinosaur unit 3 and the fourth dinosaur unit 4 are transformed into the robot's arms, they are installed and connected to the outside of the first left component 121 and the first right component 122. Specifically, when the third dinosaur unit 3 and the fourth dinosaur unit 4 are transformed into the robot's arms, since the third head component 31 and the third body component 32, as well as the fourth head component 41 and the fourth body component 42, have already taken on the shape of long arms, the arm transformation can be completed by simply rotating the third foot component 33 to the sides of the third body component 32, and rotating the fourth foot component 43 to the sides of the fourth body component 42. Missile components 16 are detachably provided on both sides of the first foot component 13. When the first dinosaur unit 1 is used as the robot's upper torso, the missile components 16 can be plugged into the sides of the first left component 121 and the first right component 122 as connectors to connect to the robot's arms.

[0041] 4. Finally, the fifth dinosaur monomer 5 and the sixth dinosaur monomer 6 are transformed into the feet of the robot and respectively connected to the second left part 221 and the second right part 222 to complete the combined transformation of the robot. Among them, the fifth head component 51 of the fifth dinosaur monomer 5 is rotated 180 degrees in the horizontal direction and set above the fifth body component 52, which can be transformed into one foot of the robot. Similarly, the sixth head component 61 of the sixth dinosaur monomer 6 is rotated 180 degrees in the horizontal direction and set above the sixth body component 62, which can be transformed into the other foot of the robot.

[0042] At the same time, among the six dinosaur monomers in this embodiment, at least one can be transformed into a toy of other shapes. This embodiment proposes a solution in which all six dinosaur monomers can be transformed into toys of other shapes, as follows: the first dinosaur monomer 1 can be transformed into a fighter jet shape, the second dinosaur monomer 2 can be transformed into a cannon shape, the third dinosaur monomer 3 can be transformed into an airplane shape, the fourth dinosaur monomer 4 can be transformed into a mobile cannon shape, the fifth dinosaur monomer 5 can be transformed into a spaceship shape, and the sixth dinosaur monomer 6 can be transformed into a double-row cannon shape. At the same time, based on the different deformation states of the above-mentioned different dinosaur monomers, this embodiment also selects some dinosaur monomer forms with more unique shapes, and uses some parts on the body of the dinosaur monomer as weapons or armor accessories for the robot. Specifically as follows:

[0043] 1. The first dinosaur monomer 1 can be transformed into a fighter jet shape; the left side of the first left component 121 is provided with a left folding portion 123 that can be flipped outward, and the right side of the first right component 122 is provided with a right folding portion 124 that can be flipped outward; the first left component 121 and the first right component 122 are installed and connected to both sides of the first head component 11 to form a fighter jet shaped main body, the left folding portion 123 and the right folding portion 124 can be folded outward to form fighter jet shaped wings, and the belly component 14 of the first dinosaur monomer 1 can be connected to the front end of the first head component 11 as a fighter jet shaped nose.

[0044] In addition, a plastron assembly 15 is provided on the abdominal assembly 14 of the first dinosaur unit 1, and the plastron assembly 15 is rotatably connected to the abdominal assembly 14. When the abdominal assembly 14 serves as the head of the robot, the plastron assembly 15 can be rotated from vertical to horizontal to serve as the eye mask component of the robot.

[0045] 2. The second dinosaur unit 2 can be transformed into a cannon shape; the back of the second dinosaur unit 2 is provided with a first cannon assembly 24, the second left part 221 and the second right part 222 can be installed and connected to both sides of the second head assembly 21 to form a cannon-shaped main body, and the first cannon assembly 24 can be installed and connected to the front end of the second head assembly 21 to form a cannon-shaped barrel; the first cannon assembly 24 can also be installed and connected to one side of the robot's head to form the robot's cannon weapon.

[0046] 3. The third dinosaur unit 3 is in the shape of a pterosaur and can be transformed into the shape of an airplane; the third body component 32 is detachably connected to the wing components 34 on both sides, the third head component 31 and the third body component 32 are telescopically connected through the neck component 35, the third head component 31 can be retracted toward the third body component 32 to form an airplane-shaped main body, and the wing components 34 serve as the wings of the airplane shape; when the third dinosaur unit 3 is transformed into the arm of a robot, the wing components 34 can be plugged into both sides of the first head component 11 to form the chest armor of the robot.

[0047] 4. The fourth dinosaur monomer 4 can be transformed into a mobile cannon shape; a second cannon assembly 45 is provided on the back of the fourth dinosaur monomer 4, and the fourth body assembly 42 can be split into a fourth left part 421 and a fourth right part 422. The fourth left part 421 and the fourth right part 422 are both provided with a first movable roller 44. The fourth left part 421 and the fourth right part 422 can be installed and connected to both sides of the fourth head assembly 41 to form a main body of the mobile cannon shape, and the second cannon assembly 45 can be installed and connected to the front end of the fourth head assembly 41 as a barrel of the mobile cannon shape; the second cannon assembly 45 can also be installed and connected to one side of the robot's head to form the robot's cannon weapon.

[0048] Fifth, the fifth dinosaur unit 5 is shaped like a unicorn and can be transformed into a spaceship. Wing assemblies 54 are provided on either side of the fifth body assembly 52. ​​The fifth body assembly 52 can be separated into a fifth left component 521 and a fifth right component 522. The fifth left component 521 and the fifth right component 522 can be attached to either side of the fifth head assembly 51 to form the spaceship-shaped main body. The fifth foot assembly 53 is provided in pairs, one of which can be assembled and attached to the front end of the fifth head assembly 51 to form the prow of the spaceship. The wing assemblies 54 can be attached to either side of the fifth head assembly 51 to form foot protectors when the fifth dinosaur unit 5 is transformed into the robot's feet.

[0049] In addition, a unicorn component 55 is provided at the upper end of the fifth head component 51. When the fifth dinosaur unit 5 is transformed into the foot of the robot, the unicorn component 55 can be installed on the second head component 21 connected to the lower torso of the robot to form the abdominal armor of the robot.

[0050] In addition, detachable ejector assemblies 56 are provided on both sides of the fifth dinosaur unit 5, which can also be used as ejector components of the spacecraft shape when the fifth dinosaur unit 5 is transformed into a spacecraft shape. When the unit is combined and transformed into a robot shape, the ejector assembly 56 can be installed and connected to the back of the robot as the robot's flight ejector.

[0051] 6. The sixth dinosaur unit 6 can be transformed into a double-row cannon shape; a barrel assembly 65 is provided on both sides of the tail of the sixth body assembly 62, and a second movable roller 64 is provided on both sides of the sixth body assembly 62; the sixth head assembly 61 is rotated 180 degrees horizontally and then mounted on the sixth body assembly 62. At the same time, the sixth foot assembly 63 can be folded and stored on both sides of the sixth body assembly 62. The second movable roller 64 can be removed from the sixth body assembly 62 and then installed and connected to both sides of the sixth foot assembly 63. Together with the sixth head assembly 61, the sixth body assembly 62, and the sixth foot assembly 63, they form a main body of the double-row cannon shape. The barrel assembly 65 can be installed and connected to both sides of the sixth head assembly 61 to form a double-row cannon barrel. In addition, when the sixth dinosaur unit 6 is transformed into the robot's feet, the barrel assembly 65 can be connected to both sides of the sixth head assembly 61 to form foot protective gear.

[0052] In addition, a crown assembly 66 is provided at the upper end of the sixth head assembly 61. After the crown assembly 66 is removed from the sixth head assembly 61, it can be connected to the front end of the first head assembly 11 as a chest armor of the robot.

[0053] It should be noted that, in this embodiment, the detachable connection and the connection between the various dinosaur monomers during the deformation process are preferably connected by a plug-in slot structure. This method can improve the convenience of disassembly and assembly, and by providing a plug-in slot structure of a certain depth, the stability of the connection between the components can also be ensured. In addition, in addition to the third dinosaur monomer 3 being a pterosaur form and the fifth dinosaur monomer 5 being a unicorn form mentioned in the preferred solution above, this embodiment also provides preferred dinosaur forms for the remaining dinosaur monomers, specifically, the first dinosaur monomer 1 being a stegosaurus form, the second dinosaur monomer 2 being a Tyrannosaurus Rex form, the fourth dinosaur monomer 4 being a Triceratops form, and the sixth dinosaur monomer 6 being a jumping dragon form.

[0054] Of course, the above are only preferred embodiments of the present invention and are not intended to limit the scope of use of the present invention. Therefore, any equivalent changes based on the principles of the present invention should be included in the scope of protection of the present invention.

Claims

1. A transformable dinosaur combined robot, characterized in that: At least includes the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer; the first dinosaur monomer includes a first head component, a first body component and a first foot component; the second dinosaur monomer includes a second head component, a second body component and a second foot component; the third dinosaur monomer includes a third head component, a third body component and a third foot component; the fourth dinosaur monomer includes a fourth head component, a fourth body component and a fourth foot component; the fifth dinosaur monomer includes a fifth head component, a fifth body component and a fifth foot component; the sixth dinosaur monomer includes a sixth head component, a sixth body component and a sixth foot component; The first body component can be separated into a first left component and a first right component; the first body component also includes an abdominal component, which can be accommodated between the first left component and the first right component, and the abdominal component can be inserted above the first head component as the head of the robot, and the first left component and the first right component can be installed and connected to both sides of the first head component to form the upper torso of the robot together with the abdominal component, and the third dinosaur monomer and the fourth dinosaur monomer can be transformed into the arms of the robot and connected to the side surfaces of the first left component and the first right component; The second body component can be separated into a second left component and a second right component, the second left component and the second right component can be installed as the legs of the robot and connected to both sides of the second head component to form the lower torso of the robot, and the fifth dinosaur monomer and the sixth dinosaur monomer are connected to the second left component and the second right component to form the feet of the robot; At least one of the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer can be individually transformed into a fixed cannon shape, a mobile cannon shape, a double-row cannon shape, an airplane shape, a fighter shape or a spaceship shape; When the first dinosaur monomer is transformed into a fighter jet shape; the left side of the first left component is provided with a left folding portion that can be flipped outward, and the right side of the first right component is provided with a right folding portion that can be flipped outward; the first left component and the first right component are installed and connected to both sides of the first head component to form a fighter jet shaped body, the left folding portion and the right folding portion can be folded outward to form the wings of the fighter jet shape, and the belly component of the first dinosaur monomer can be connected to the front end of the first head component as the nose of the fighter jet shape.

2. A transformable dinosaur combined robot, characterized in that: At least includes the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer; the first dinosaur monomer includes a first head component, a first body component and a first foot component; the second dinosaur monomer includes a second head component, a second body component and a second foot component; the third dinosaur monomer includes a third head component, a third body component and a third foot component; the fourth dinosaur monomer includes a fourth head component, a fourth body component and a fourth foot component; the fifth dinosaur monomer includes a fifth head component, a fifth body component and a fifth foot component; the sixth dinosaur monomer includes a sixth head component, a sixth body component and a sixth foot component; The first body component can be separated into a first left component and a first right component; the first body component also includes an abdominal component, which can be accommodated between the first left component and the first right component, and the abdominal component can be inserted above the first head component as the head of the robot, and the first left component and the first right component can be installed and connected to both sides of the first head component to form the upper torso of the robot together with the abdominal component, and the third dinosaur monomer and the fourth dinosaur monomer can be transformed into the arms of the robot and connected to the side surfaces of the first left component and the first right component; The second body component can be separated into a second left component and a second right component, the second left component and the second right component can be installed as the legs of the robot and connected to both sides of the second head component to form the lower torso of the robot, and the fifth dinosaur monomer and the sixth dinosaur monomer are connected to the second left component and the second right component to form the feet of the robot; At least one of the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer can be individually transformed into a fixed cannon shape, a mobile cannon shape, a double-row cannon shape, an airplane shape, a fighter shape or a spaceship shape; When the second dinosaur monomer is transformed into a fixed cannon shape; a first cannon assembly is provided on the back of the second dinosaur monomer, and the second left component and the second right component can be installed and connected to both sides of the second head assembly to form a main body of a fixed cannon shape, and the first cannon assembly can be installed and connected to the front end of the second head assembly to form a fixed cannon-shaped barrel; the first cannon assembly can also be installed and connected to one side of the robot's head to form the robot's cannon weapon.

3. A transformable dinosaur combined robot, characterized in that: At least includes the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer; the first dinosaur monomer includes a first head component, a first body component and a first foot component; the second dinosaur monomer includes a second head component, a second body component and a second foot component; the third dinosaur monomer includes a third head component, a third body component and a third foot component; the fourth dinosaur monomer includes a fourth head component, a fourth body component and a fourth foot component; the fifth dinosaur monomer includes a fifth head component, a fifth body component and a fifth foot component; the sixth dinosaur monomer includes a sixth head component, a sixth body component and a sixth foot component; The first body component can be separated into a first left component and a first right component; the first body component also includes an abdominal component, which can be accommodated between the first left component and the first right component, and the abdominal component can be inserted above the first head component as the head of the robot, and the first left component and the first right component can be installed and connected to both sides of the first head component to form the upper torso of the robot together with the abdominal component, and the third dinosaur monomer and the fourth dinosaur monomer can be transformed into the arms of the robot and connected to the side surfaces of the first left component and the first right component; The second body component can be separated into a second left component and a second right component, the second left component and the second right component can be installed as the legs of the robot and connected to both sides of the second head component to form the lower torso of the robot, and the fifth dinosaur monomer and the sixth dinosaur monomer are connected to the second left component and the second right component to form the feet of the robot; At least one of the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer can be individually transformed into a fixed cannon shape, a mobile cannon shape, a double-row cannon shape, an airplane shape, a fighter shape or a spaceship shape; The third dinosaur monomer is in the shape of a pterosaur and is transformed into an airplane shape; the third body component is detachably connected with wing components on both sides, the third head component and the third body component are telescopically connected via a neck component, the third head component can be retracted toward the third body component to form an airplane-shaped main body, and the wing components serve as airplane-shaped wings; when the third dinosaur monomer is transformed into the arm of a robot, the wing components can be plugged into both sides of the first head component to form the chest armor of the robot.

4. A transformable dinosaur combined robot, characterized in that: At least includes the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer; the first dinosaur monomer includes a first head component, a first body component and a first foot component; the second dinosaur monomer includes a second head component, a second body component and a second foot component; the third dinosaur monomer includes a third head component, a third body component and a third foot component; the fourth dinosaur monomer includes a fourth head component, a fourth body component and a fourth foot component; the fifth dinosaur monomer includes a fifth head component, a fifth body component and a fifth foot component; the sixth dinosaur monomer includes a sixth head component, a sixth body component and a sixth foot component; The first body component can be separated into a first left component and a first right component; the first body component also includes an abdominal component, which can be accommodated between the first left component and the first right component, and the abdominal component can be inserted above the first head component as the head of the robot, and the first left component and the first right component can be installed and connected to both sides of the first head component to form the upper torso of the robot together with the abdominal component, and the third dinosaur monomer and the fourth dinosaur monomer can be transformed into the arms of the robot and connected to the side surfaces of the first left component and the first right component; The second body component can be separated into a second left component and a second right component, the second left component and the second right component can be installed as the legs of the robot and connected to both sides of the second head component to form the lower torso of the robot, and the fifth dinosaur monomer and the sixth dinosaur monomer are connected to the second left component and the second right component to form the feet of the robot; At least one of the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer can be individually transformed into a fixed cannon shape, a mobile cannon shape, a double-row cannon shape, an airplane shape, a fighter shape or a spaceship shape; When the fourth dinosaur monomer is transformed into a mobile cannon shape; a second cannon assembly is arranged on the back of the fourth dinosaur monomer, the fourth body assembly can be split into a fourth left component and a fourth right component, the fourth left component and the fourth right component are both provided with a first moving roller, the fourth left component and the fourth right component can be installed and connected to both sides of the fourth head component to form a main body of the mobile cannon shape, the second cannon assembly can be installed and connected to the front end of the fourth head assembly as a barrel of the mobile cannon shape; the second cannon assembly can also be installed and connected to one side of the robot's head to form the robot's cannon weapon.

5. A transformable dinosaur combined robot, characterized in that: At least includes the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer; the first dinosaur monomer includes a first head component, a first body component and a first foot component; the second dinosaur monomer includes a second head component, a second body component and a second foot component; the third dinosaur monomer includes a third head component, a third body component and a third foot component; the fourth dinosaur monomer includes a fourth head component, a fourth body component and a fourth foot component; the fifth dinosaur monomer includes a fifth head component, a fifth body component and a fifth foot component; the sixth dinosaur monomer includes a sixth head component, a sixth body component and a sixth foot component; The first body component can be separated into a first left component and a first right component; the first body component also includes an abdominal component, which can be accommodated between the first left component and the first right component, and the abdominal component can be inserted above the first head component as the head of the robot, and the first left component and the first right component can be installed and connected to both sides of the first head component to form the upper torso of the robot together with the abdominal component, and the third dinosaur monomer and the fourth dinosaur monomer can be transformed into the arms of the robot and connected to the side surfaces of the first left component and the first right component; The second body component can be separated into a second left component and a second right component, the second left component and the second right component can be installed as the legs of the robot and connected to both sides of the second head component to form the lower torso of the robot, and the fifth dinosaur monomer and the sixth dinosaur monomer are connected to the second left component and the second right component to form the feet of the robot; At least one of the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer can be individually transformed into a fixed cannon shape, a mobile cannon shape, a double-row cannon shape, an airplane shape, a fighter shape or a spaceship shape; The fifth dinosaur monomer is in the shape of a unicorn and is transformed into a spaceship shape; wing assemblies are provided on both sides of the fifth body assembly, and the fifth body assembly can be split into a fifth left component and a fifth right component; the fifth left component and the fifth right component can be installed and connected on both sides of the fifth head assembly to form a spaceship-shaped main body, and the fifth foot assembly is divided into two pairs and one pair can be assembled and installed and connected to the front end of the fifth head assembly to form a spaceship-shaped bow.

6. A transformable dinosaur combined robot according to claim 5, characterized in that: A unicorn assembly is provided at the upper end of the fifth head assembly. When the fifth dinosaur unit is transformed into the foot of the robot, the unicorn assembly can be installed on the second head assembly connected to the lower trunk of the robot to form the abdominal armor of the robot.

7. A transformable dinosaur combined robot, characterized in that: At least includes the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer; the first dinosaur monomer includes a first head component, a first body component and a first foot component; the second dinosaur monomer includes a second head component, a second body component and a second foot component; the third dinosaur monomer includes a third head component, a third body component and a third foot component; the fourth dinosaur monomer includes a fourth head component, a fourth body component and a fourth foot component; the fifth dinosaur monomer includes a fifth head component, a fifth body component and a fifth foot component; the sixth dinosaur monomer includes a sixth head component, a sixth body component and a sixth foot component; The first body component can be separated into a first left component and a first right component; the first body component also includes an abdominal component, which can be accommodated between the first left component and the first right component, and the abdominal component can be inserted above the first head component as the head of the robot, and the first left component and the first right component can be installed and connected to both sides of the first head component to form the upper torso of the robot together with the abdominal component, and the third dinosaur monomer and the fourth dinosaur monomer can be transformed into the arms of the robot and connected to the side surfaces of the first left component and the first right component; The second body component can be separated into a second left component and a second right component, the second left component and the second right component can be installed as the legs of the robot and connected to both sides of the second head component to form the lower torso of the robot, and the fifth dinosaur monomer and the sixth dinosaur monomer are connected to the second left component and the second right component to form the feet of the robot; At least one of the first dinosaur monomer, the second dinosaur monomer, the third dinosaur monomer, the fourth dinosaur monomer, the fifth dinosaur monomer and the sixth dinosaur monomer can be individually transformed into a fixed cannon shape, a mobile cannon shape, a double-row cannon shape, an airplane shape, a fighter shape or a spaceship shape; When the sixth dinosaur unit is transformed into a double-row cannon shape, barrel assemblies are provided on both sides of the tail of the sixth body assembly, and second movable rollers are provided on both sides of the sixth body assembly; the sixth head assembly is rotated 180 degrees in the horizontal direction and then arranged on the sixth body assembly, while the sixth foot assembly can be folded and stored on both sides of the sixth body assembly, the second movable rollers can be removed from the sixth body assembly and then installed and connected to both sides of the sixth foot assembly and together with the sixth head assembly, the sixth body assembly and the sixth foot assembly form a main body of the double-row cannon shape, the barrel assembly can be installed and connected to both sides of the sixth head assembly to form a barrel of the double-row cannon shape.

8. A transformable dinosaur combined robot according to any one of claims 1 to 7, characterized in that: A crown assembly is provided at the upper end of the sixth head assembly. After being removed from the sixth head assembly, the crown assembly can be connected to the front end of the first head assembly to serve as a chest armor of the robot.

9. A transformable dinosaur combined robot according to any one of claims 1 to 7, characterized in that: A plastron assembly is provided on the abdominal assembly of the first dinosaur monomer, and the plastron assembly is rotatably connected to the abdominal assembly. When the abdominal assembly serves as the head of the robot, the plastron assembly can be rotated from vertical to horizontal to serve as an eye mask component of the robot.

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