CN219922035U

CN219922035U - Dinosaur fit robot

Info

Publication number: CN219922035U
Application number: CN202322635389.4U
Authority: CN
Inventors: 蔡少先
Original assignee: Shantou Erchaoxi Intelligent Technology Industry Co ltd
Current assignee: Shantou Erchaoxi Intelligent Technology Industry Co ltd
Priority date: 2023-09-27
Filing date: 2023-09-27
Publication date: 2023-10-31
Anticipated expiration: 2033-09-27

Abstract

The utility model relates to the technical field of deformation toys, in particular to a dinosaur combined robot. The technical scheme is as follows: including six at least dinosaur monomers, every dinosaur monomer all includes head subassembly, health subassembly and foot subassembly, six dinosaur monomers can warp into the robot respectively and go up trunk, lower trunk, both arms and the fit deformation of both feet back for the robot. The utility model has the beneficial effects that: by deforming at least six dinosaur monomers into a combined body, the combined body can be deformed into a robot shape, so that each dinosaur monomer has higher playability, and the combined body can be deformed into a robot, thereby further improving the playability of the whole toy; meanwhile, the toy can be combined with different accessories arranged on each different dinosaur monomer, and can be arranged on the deformed robot model to serve as armor or weapon accessories of the robot, so that the playability of the toy is further improved.

Description

Dinosaur fit robot

Technical Field

The utility model relates to the technical field of deformation toys, in particular to a dinosaur combined robot.

Background

Among the children toys, the transformable toy is deeply favored by children with the characteristics of diversity of playing methods, high playability and the like; meanwhile, the mechanical connection change and the space change generated in the deformation process can also effectively promote the development of the brain of teenagers and children. In the current deformation toys, the toy which is deformed by combining the dinosaur modeling toys is not utilized, and the characteristics of the toy which is deformed by combining the dinosaur modeling toys are mainly characterized in that each single toy can be independently played, and a plurality of single toys can be combined to be deformed to obtain a new modeling toy, so that the toy has higher playability compared with the conventional deformation toy which is deformed by a single modeling into another single modeling.

Disclosure of Invention

The utility model aims to provide a dinosaur combined robot, in particular to a toy capable of deforming a plurality of dinosaur single bodies into a robot shape.

In order to achieve the above purpose, the utility model adopts the following technical scheme: the dinosaur combined robot at least comprises 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 assembly, a first body assembly and a first foot assembly; the second dinosaur monomer includes a second head assembly, a second body assembly, and a second foot assembly; 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 includes a sixth head assembly, a sixth body assembly, and a sixth foot assembly.

The first body assembly is separable into a first left component and a first right component; the first body component further comprises an abdomen component, the abdomen component can be accommodated between the first left component and the first right component, the abdomen component can be inserted above the first head component to serve as the head of the robot, the first left component and the first right component can be installed and connected on two sides of the first head component to form an upper trunk of the robot together with the abdomen component, and the third dinosaur monomer and the fourth dinosaur monomer can be deformed into double arms of the robot and are connected with the side faces of the first left component and the first right component.

The second body component can be split into a second left component and a second right component, the second left component and the second right component can be used as the leg parts of the robot to be installed and connected on two sides of the second head component to form the lower trunk of the robot, and the fifth dinosaur monomer and the sixth dinosaur monomer are connected with the second left component and the second right component to form the feet of the robot.

Specifically, the third dinosaur monomer is in a pterosaur form, both sides of the third body component are also provided with flying wing components, and the flying wing components can be connected to both sides of the first head component to serve as chest armor of the robot after being detached from both sides of the third body component.

Specifically, the fifth dinosaur monomer is the unicorn form, and fifth head subassembly upper end still is provided with the unicorn subassembly, the unicorn subassembly is dismantled the back and can be connected in second head subassembly lower extreme and regard as the belly armor of robot from fifth head subassembly.

Specifically, the both sides of the fifth dinosaur monomer of unicorn form can be dismantled and be connected with the sprayer subassembly, the sprayer subassembly can install the back of connecting in the robot as the flight sprayer of robot when first dinosaur monomer warp into the upper trunk of robot.

Specifically, the upper end of the sixth head component is provided with a crown component, and the crown component can be connected to the front end of the first head component to serve as a chest armor of the robot after being detached from the sixth head component.

Specifically, be provided with the abdomen first subassembly on the single abdomen subassembly of first dinosaur, abdomen first subassembly and abdomen subassembly rotate to be connected, when abdomen subassembly was regarded as the head of robot, abdomen first subassembly can be from vertical rotation to transversely regard as the eye-shade part of robot.

Specifically, missile subassembly is provided with all dismantling in first foot subassembly both sides, the missile subassembly can regard as the connecting piece to peg graft in first left part and first right part side and the arm installation of robot when first dinosaur monomer is as the upper torso of robot and be connected.

Specifically, the upper back end of any one or two of the first body component, the second body component, the third body component, the fourth body component, the fifth body component and the sixth body component can be detachably provided with a cannon component, and the cannon component can be installed and connected to one side of the head of the robot to serve as a cannon weapon of the robot when the first dinosaur monomer is deformed into the upper trunk of the robot.

Specifically, the fifth head assembly can be set on the fifth body assembly to be deformed into one foot of the robot after being turned 180 degrees along the horizontal direction, and the sixth head assembly can be set on the sixth body assembly to be deformed into the other foot of the robot after being turned 180 degrees along the horizontal direction.

Specifically, the first dinosaur monomer is in a dragon shape, the second dinosaur monomer is in a king dragon shape, the third dinosaur monomer is in a pterosaur shape, the fourth dinosaur monomer is in a triangle dinosaur shape, the fifth dinosaur monomer is in a unicorn shape, and the sixth dinosaur monomer is in a jumping dinosaur shape.

The utility model has the beneficial effects that: by deforming at least six dinosaur monomers into a combined body, the combined body can be deformed into a robot shape, so that each dinosaur monomer has higher playability, and the combined body can be deformed into a robot, thereby further improving the playability of the whole toy; meanwhile, the toy can be combined with different accessories arranged on each different dinosaur monomer, and can be arranged on the deformed robot model to serve as armor or weapon accessories of the robot, so that the playability of the toy is further improved.

Drawings

Fig. 1 is a schematic structural diagram of a robot formed by deforming six dinosaur monomers in an embodiment;

FIG. 2 is a diagram showing a split state of a robot model in an embodiment;

fig. 3 is a schematic structural diagram of a first dinosaur monomer deformed into an upper trunk of a robot in an embodiment;

fig. 4 is a schematic structural diagram of the second dinosaur monomer deformed into the lower trunk of the robot in the embodiment;

fig. 5 is a schematic structural diagram of a third dinosaur monomer deformed into a robot arm in the embodiment;

fig. 6 is a schematic structural diagram of a fourth dinosaur monomer deformed into a robot arm in the embodiment;

fig. 7 is a schematic structural diagram of a fifth dinosaur monomer deformed into a robot foot in an embodiment;

fig. 8 is a schematic structural diagram of a sixth dinosaur monomer deformed into a robot foot in an embodiment.

Reference numerals illustrate: 1-first dinosaur monomer, 11-first head member, 12-first body member, 121-first left member, 122-first right member, 13-first foot member, 14-belly member, 15-ventral nail member, 16-missile member, 2-second dinosaur monomer, 21-second head member, 22-second body member, 221-second left member, 222-second right member, 23-second foot member, 3-third dinosaur monomer, 31-third head member, 32-third body member, 33-third foot member, 34-flying wing member, 4-fourth dinosaur monomer, 41-fourth head member, 42-fourth body member, 43-fourth foot member, 5-fifth dinosaur monomer, 51-fifth head member, 52-fifth body member, 53-fifth foot member, 54-single horn member, 55-sprayer member, 6-sixth dinosaur monomer, 61-sixth head member, 62-sixth foot member, 63-fourth foot member, 7-crown body member, 7-large crown body member.

Detailed Description

Embodiment 1 referring to fig. 1 to 8, a dinosaur co-robot comprises at least 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 assembly 11, a first body assembly 12 and a first foot assembly 13; the second dinosaur monomer 2 includes a second head assembly 21, a second body assembly 22, and a second foot assembly 23; the third dinosaur cell 3 includes a third head assembly 31, a third body assembly 32, and a third foot assembly 33; fourth dinosaur monomer 4 includes fourth head assembly 41, fourth body assembly 42, and fourth foot assembly 43; fifth dinosaur monomer 5 includes a fifth head assembly 51, a fifth body assembly 52, and a fifth foot assembly 53; the sixth dinosaur monomer 6 includes a sixth head assembly 61, a sixth body assembly 62, and a sixth foot assembly 63.

The first body component 12 is separable into a first left member 121 and a first right member 122; the first body assembly 12 further comprises an abdomen assembly 14, the abdomen assembly 14 can be accommodated between the first left part 121 and the first right part 122, the abdomen assembly 14 can be inserted above the first head assembly 11 to serve as a head of the robot, the first left part 121 and the first right part 122 can be installed and connected to two sides of the first head assembly 11 to form an upper trunk of the robot together with the abdomen assembly 14, and the third dinosaur monomer 3 and the fourth dinosaur monomer 4 can be deformed into double arms of the robot and connected with the sides of the first left part 121 and the first right part 122.

The second body component 22 may 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 may be used as the legs of the robot to be installed and connected on two sides of the second head component 21 to form the lower trunk of the robot, the fifth dinosaur unit 5 and the sixth dinosaur unit 6 may be connected to the second left component 221 and the second right component 222 to be used as the two feet of the robot, specifically, the fifth head component 51 may be turned 180 degrees along the horizontal direction and then set on the fifth body component 52 to be deformed into one foot of the robot, and the sixth head component 61 may be turned 180 degrees along the horizontal direction and then set on the sixth body component 62 to be deformed into the other foot of the robot.

In this embodiment, six dinosaur monomers can be formed into a robot model through combination after deformation, wherein each dinosaur monomer is formed by a head component, a body component and a foot component, and the robot model has universality. Each dinosaur monomer of this embodiment all can independently play, and six dinosaur monomer deformation combinations are the specific operation of robot as follows:

1. first body assembly 12 of first dinosaur monomer 1 is split into first left member 121, first right member 122 and abdomen assembly 14, and first left member 121 and first right member 122 are attached to both sides of first head assembly 11 while abdomen assembly 14 is attached to upper torso of the robot formed above first head assembly 11.

2. The second body assembly 22 of the second dinosaur cell 2 is split into a second left member 221 and a second right member 222, and the second left member 221 and the second right member 222 are connected to both sides of the second head assembly 21 to form a lower torso of the robot as the legs of the robot, while the second head assembly 21 of the lower torso is mounted and connected with the first head assembly 11 of the upper torso to form the entire torso of the robot.

3. The third dinosaur monomer 3 and the fourth dinosaur monomer 4 are respectively deformed into arms of the robot and then are installed and connected to the outer sides of the first left part 121 and the first right part 122, specifically, when the third dinosaur monomer 3 and the fourth dinosaur monomer 4 are deformed into the arms of the robot, the deformation of the arms can be completed only by retracting the third foot component 33 to two sides of the third body component 32 in a rotating manner and retracting the fourth foot component 43 to two sides of the fourth body component 42 in a rotating manner because the third head component 31 and the third body component 32 and the fourth head component 41 and the fourth body component 42 are already in a long-strip arm shape. The missile components 16 are detachably arranged on two sides of the first foot component 13, and the missile components 16 can be used as connecting pieces to be inserted into the side surfaces of the first left component 121 and the first right component 122 to be connected with the arm installation of the robot when the first dinosaur monomer 1 is used as the upper trunk of the robot.

4. And finally, deforming the fifth dinosaur monomer 5 and the sixth dinosaur monomer 6 into two feet of the robot and respectively connecting the two feet to the second left component 221 and the second right component 222, so as to complete the combined deformation of the robot, wherein the fifth head component 51 of the fifth dinosaur monomer 5 is arranged above the fifth body component 52 by 180 degrees of horizontal direction rotation, so as to be deformed into one foot of the robot, and the sixth head component 61 of the sixth dinosaur monomer 6 is arranged above the sixth body component 62 by 180 degrees of horizontal direction rotation, so as to be deformed into the other foot of the robot.

In addition, in this embodiment, in order to improve the playability when six dinosaur monomer units are deformed into a robot, some dinosaur monomer forms with unique shapes are selected, and some parts on the dinosaur monomer body are used as accessories of weapons or armor of the robot. The method comprises the following steps:

the third dinosaur monomer 3 is in a pterosaur form, both sides of the third body component 32 are also provided with the flying wing components 34, and the flying wing components 34 can be connected to both sides of the first head component 11 to serve as chest armor of the robot after being detached from both sides of the third body component 32.

The fifth dinosaur monomer 5 is in a unicorn form, the upper end of the fifth head assembly 51 is further provided with a unicorn assembly 54, and the unicorn assembly 54 can be connected to the lower end of the second head assembly 21 to serve as an abdomen armor of the robot after being detached from the fifth head assembly 51.

In addition, the ejector assembly 55 is detachably connected to both sides of the fifth dinosaur cell 5 in the form of a unicorn, and the ejector assembly 55 can be mounted on the back of the robot as a flying ejector of the robot when the first dinosaur cell 1 is deformed into the upper trunk of the robot.

The upper end of the sixth head component 61 of the sixth dinosaur monomer 6 is provided with a crown component 64, and the crown component 64 can be connected with the front end of the first head component 11 to serve as a chest armor of the robot after being detached from the sixth head component 61.

Specifically, the abdomen component 14 of the first dinosaur monomer 1 is provided with the abdomen component 15, the abdomen component 15 is rotatably connected with the abdomen component 14, and when the abdomen component 14 is used as the head of the robot, the abdomen component 15 can rotate from vertical to horizontal to be used as the eye cover component of the robot.

Specifically, the upper back end of any one or two of the first body assembly 12, the second body assembly 22, the third body assembly 32, the fourth body assembly 42, the fifth body assembly 52 and the sixth body assembly 62 is detachably provided with the cannon assembly 7, and the cannon assembly 7 can be installed and connected to one side of the head of the robot to be used as a cannon weapon of the robot when the first dinosaur monomer 1 is deformed into the upper trunk of the robot. In this embodiment, detachable cannon assemblies 7 are disposed at the upper ends of the backs of the second body assembly 22 and the fourth body assembly 42, and when the combined body is deformed into a robot, the cannon assemblies 7 are detached and then connected to two sides of the head of the robot to serve as cannon weapons.

It should be noted that, in this embodiment, the detachable connection and the connection between dinosaur monomers in the deformation process are all preferably connected by plugging with a plug-in slot structure, and this method can improve the convenience of disassembly and assembly, and by setting a plug-in slot structure with a certain depth, the stability of connection between components can be ensured. In addition, in addition to the above-mentioned preferred embodiments, the third dinosaur monomer 3 is in the form of pterosaur and the fifth dinosaur monomer 5 is in the form of unicorn, and this embodiment also provides the dinosaur preferred by the rest dinosaur monomers, specifically, the first dinosaur monomer 1 is in the form of a sword, the second dinosaur monomer 2 is in the form of a king dinosaur, the fourth dinosaur monomer 4 is in the form of a triangle, and the sixth dinosaur monomer 6 is in the form of a jumping dinosaur.

Of course, the above embodiments are only preferred embodiments of the present utility model, and the scope of the present utility model is not limited thereto, so that all equivalent modifications made in the principles of the present utility model are included in the scope of the present utility model.

Claims

1. Dinosaur closes body robot, its characterized in that: the novel dinosaur comprises 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 assembly, a first body assembly and a first foot assembly; the second dinosaur monomer includes a second head assembly, a second body assembly, and a second foot assembly; 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 includes a sixth head assembly, a sixth body assembly, and a sixth foot assembly;

the first body assembly is separable into a first left component and a first right component; the first body component further comprises an abdomen component which can be accommodated between the first left component and the first right component, the abdomen component can be inserted above the first head component to serve as the head of the robot, the first left component and the first right component can be installed and connected to two sides of the first head component to form an upper trunk of the robot together with the abdomen component, and the third dinosaur monomer and the fourth dinosaur monomer can be deformed into double arms of the robot and are connected with the side faces of the first left component and the first right component;

2. The dinosaur combination robot of claim 1, wherein: the third dinosaur monomer is in a pterosaur form, the two sides of the third body component are also provided with flying wing components, and the flying wing components can be connected to the two sides of the first head component to serve as chest armor of the robot after being detached from the two sides of the third body component.

3. The dinosaur combination robot of claim 1, wherein: the fifth dinosaur monomer is in a unicorn form, the upper end of the fifth head component is further provided with a unicorn component, and the unicorn component can be connected to the lower end of the second head component to serve as an abdomen armor of the robot after being detached from the fifth head component.

4. A dinosaur co-robot according to claim 3, characterized in that: the utility model discloses a robot, including the first dinosaur monomer, the first dinosaur monomer of shape is connected with the first dinosaur monomer both sides detachably have the sprayer subassembly, the sprayer subassembly can install the flight sprayer of connecting as the robot in the back of robot when the first dinosaur monomer is deformed into the upper trunk of robot.

5. The dinosaur combination robot of claim 1, wherein: the upper end of the sixth head component of the sixth dinosaur monomer is provided with a crown component, and the crown component can be connected to the front end of the first head component to serve as a chest armor of the robot after being detached from the sixth head component.

6. The dinosaur combination robot of claim 1, wherein: the abdomen subassembly of first dinosaur monomer is last to be provided with the abdomen first subassembly, abdomen first subassembly and abdomen subassembly rotate to be connected, when abdomen subassembly was regarded as the head of robot, abdomen first subassembly can be from vertical rotation to transversely regard as the eye-shade part of robot.

7. The dinosaur combination robot of claim 1, wherein: missile subassembly is provided with all dismantling to first foot subassembly both sides, the missile subassembly can regard as the connecting piece to peg graft in first left part and first right part side and the arm installation of robot when the upper torso of robot is regarded as to first dinosaur monomer.

8. The dinosaur combination robot of claim 1, wherein: the gun assembly is detachably arranged at the upper end of the back of any one or two of the first body assembly, the second body assembly, the third body assembly, the fourth body assembly, the fifth body assembly and the sixth body assembly, and the gun assembly can be installed and connected to one side of the head of the robot to serve as a gun weapon of the robot when the first dinosaur monomer is deformed into the upper trunk of the robot.

9. The dinosaur combination robot of claim 1, wherein: the fifth head component can be arranged on the fifth body component to be deformed into one foot of the robot after being turned 180 degrees along the horizontal direction, and the sixth head component can be arranged on the sixth body component to be deformed into the other foot of the robot after being turned 180 degrees along the horizontal direction.

10. The dinosaur combination robot of claim 1, wherein: the first dinosaur monomer is in a dragon shape, the second dinosaur monomer is in a king dragon shape, the third dinosaur monomer is in a pterosaur shape, the fourth dinosaur monomer is in a triangle dinosaur shape, the fifth dinosaur monomer is in a unicorn shape, and the sixth dinosaur monomer is in a jumping dinosaur shape.