CN213347754U

CN213347754U - Combined robot toy

Info

Publication number: CN213347754U
Application number: CN202022126852.9U
Authority: CN
Inventors: 王跃辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-09-24
Filing date: 2020-09-24
Publication date: 2021-06-04
Anticipated expiration: 2030-09-24

Abstract

The combined robot toy of the utility model comprises a robot main body, wherein the robot main body comprises at least six toy monomers, the toy monomers are formed by splicing a plurality of parts and can be rotated and/or disassembled, the toy monomers comprise missile vehicle toys, warship toys, jeep toys, helicopter toys, armored car toys and fighter plane toys, and the toy monomers can be transformed into the robot main body; the six toy single bodies are assembled with each other to form a robot main body after being disassembled and/or rotated, the battleship toy and the missile vehicle toy are assembled with each other to form a robot body part and a robot head part after being rotated and deformed, and the jeep vehicle toy and the armored vehicle toy are rotated and/or disassembled to form robot leg parts; the helicopter toy and the fighter toy are spliced into the arm part of the robot after being disassembled. The utility model discloses form is three-dimensional, image around warping, and the deformation vestige is not obvious, is favorable to improving object for appreciation nature and enjoyment nature.

Description

Combined robot toy

Technical Field

The utility model relates to a warp and assemble toy technical field, more specifically relates to a combination robot toy.

Background

The transformable toy is a common toy which is liked by children, and has the advantages of being transformable, capable of being assembled and combined, and beneficial to inspiring imagination and creativity of the children. Along with the improvement of life, the types of toys for children to play are more and more, and the common deformation structure and the assembly mode can not meet the requirements of children for playing. In order to improve playability and interest, the prior art is disclosed as CN209155114U, and the subject is a chinese utility model patent combining figures 5 to 9 into a toy robot, which comprises a human-shaped toy body assembled by a single body deformation structure capable of being transformed into figures 5 to 9, wherein the original shape of the body part of the toy body is a weapon with a blade, and the blade remains at the body position after being transformed into the body. Because the characteristic parts of the original shape, such as the blade, are still obviously remained in the deformed shape, the deformation trace is easy to be found, and the interest and the perfectness of the playing are damaged. Moreover, the deformation mode of the deformation toy cannot be too single, and various deformation modes also need to be provided so as to improve the playing pleasure of children and stimulate the creativity and imagination of the children.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a first aim at to above-mentioned defect with not enough, provide a combination robot toy that interesting height and deformation mode are various, can arouse creativity and imagination.

Another object of the present invention is to provide a combined robot toy transformed into a robot trunk by a guided missile vehicle.

It is still another object of the present invention to provide a robot toy that is deformable into the legs of the robot by a jeep.

In order to achieve the above object, the utility model discloses a specific technical scheme be:

the combined robot toy of the utility model comprises a robot main body, wherein the robot main body comprises at least six toy monomers, the toy monomers are formed by splicing a plurality of parts to realize rotation and/or disassembly, the toy monomers comprise a guided missile vehicle toy, a battleship toy, a jeep vehicle toy, a helicopter toy, an armored car toy and a fighter vehicle toy, and the toy monomers can be transformed into the robot main body; the six toy single bodies are assembled with each other to form a robot main body after being disassembled and/or rotated, the war boat toy and the missile vehicle toy are assembled with each other to form a robot body part and a robot head part after being rotated and deformed, and the jeep vehicle toy and the armored vehicle toy are rotated and/or disassembled to form robot leg parts; the helicopter toy and the fighter toy are spliced into the arm part of the robot after being disassembled.

Preferably, the war ship toy includes the war ship main part, and the guided missile car toy includes the guided missile car main part, the war ship main part is connected in order to become robot head and robot trunk portion through first grafting structure with the guided missile car main part.

Preferably, the dirigible main part includes the cabin, the cabin bottom is equipped with the plug connector, and the afterbody of guided missile car main part is equipped with the inserting groove, the plug connector becomes robot head and robot trunk with connecting with the inserting groove cooperation.

Preferably, the missile vehicle toy comprises a missile front vehicle body and a missile rear vehicle body, wherein the missile front vehicle body is provided with a missile part, the missile part comprises a launching bin which is connected with the missile front vehicle body and is arranged on the left and right, the launching bin is connected with the missile front vehicle body in a turnover mode, and the launching bin turns over the two sides of the missile front vehicle body to form leg connecting parts.

Preferably, the launching bin is connected with the missile front vehicle body through a missile overturning mechanism, and the missile overturning mechanism comprises a missile overturning connecting shaft and a missile overturning shaft hole.

Preferably, the launching bin comprises a first launching bin body and a second launching bin body, and the first launching bin body and the second launching bin body are connected through a launching bin turnover mechanism.

Preferably, the launching bin overturning mechanism comprises a launching bin overturning shaft hole arranged on the first launching bin body and a launching bin overturning connecting shaft arranged on the second launching bin body, the launching bin overturning connecting shaft is perpendicular to the rotating axis of the missile overturning connecting shaft, the first launching bin body overturns towards two sides of the front vehicle body of the missile, and the second launching bin body overturns around the launching bin overturning connecting shaft towards the lower part of the first launching bin body to become the leg connecting part.

Preferably, the jeep toy comprises a jeep main body, and the jeep main body and the missile vehicle toy are connected through the second plug-in structure to become the robot leg.

Preferably, the jeep toy comprises a jeep front body, a jeep rear body, a saddle, a chassis and wheels, wherein the saddle is respectively connected with the jeep front body and the jeep rear body in a rotating mode, and the jeep main body is turned over through the saddle and turned over on the jeep front body along with the saddle to become the knee part and the shin part of the robot.

Preferably, the automobile body is including the headstock lid that the upset is connected and the spread groove that is covered by the headstock lid before the jeep, the guided missile car toy be equipped with spread groove complex third grafting structure, the headstock upset exposes the spread groove again with the cooperation of third grafting structure in order to become robot knee and shank.

Compared with the prior art, the utility model, following beneficial effect has:

the utility model discloses well deck platform still includes the rear platform, the rear platform is connected and moves about on the deck through extending structure and neck to realize that the rear platform extends to the neck rear and becomes the back of combination main part. Compared with the prior art, the rear platform is positioned above the deck to serve as a deck platform when in the ship shape, and extends to the rear of the neck and moves below the deck after deformation, so that the ship shape and the human shape before and after deformation are three-dimensional and vivid, deformation traces are not obvious, and the playability and the enjoyment are improved.

On this basis, the utility model discloses a preceding deck is connected with well deck upset and is made this preceding deck can overturn downwards, as the chest of combination main part. Therefore, the platforms on the deck are connected tightly and matched naturally, the head can be hidden better, the platforms are not easy to find, and the toy is endowed with more playability and interestingness.

Moreover, intention warp ship can assemble with other toy components, when assembling, the neck flexible is head, chest, back and arm connecting portion, and neck and hand connecting portion can conveniently assemble, further improvement child's creativity to and improve interesting and object for appreciation nature.

The utility model discloses guided missile car toy can also further warp guided missile portion for separation about guided missile portion becomes the connection structure who is connected with the shank on the waist, with the concatenation of realization waist and shank, playability nature and enjoyment nature further improve.

The utility model discloses jeep toy is equipped with support piece bottom the automobile body main part, and this support piece receipts are closed in automobile body main part bottom during the car form, and difficult discovery has hidden effect, and support piece is rotatory to vertical around automobile body main part cross axle after warping to with preceding automobile body or back body connection, the support intensity of automobile body and back automobile body before strengthening.

The present invention will be further described with reference to the accompanying drawings.

Drawings

Fig. 1 is a schematic structural view of a combined robot in a preferred embodiment of the present invention.

Fig. 2 is a schematic view of the abdomen and crotch of the preferred embodiment of the present invention.

Fig. 3 is a schematic diagram of the explosion structure of the abdomen and the crotch of the preferred embodiment of the present invention.

Fig. 4 is a schematic structural diagram of a missile launcher in the preferred embodiment of the present invention.

Fig. 5 is a schematic view of the structure of the head, neck and shoulders of the preferred embodiment of the present invention.

Fig. 6 is a schematic diagram of the explosion structure of the head, neck and shoulder in the preferred embodiment of the present invention.

Fig. 7 is an exploded view of the knee, shin and foot according to the preferred embodiment of the present invention.

Fig. 8 is a schematic view of a toy jeep according to a preferred embodiment of the present invention.

Description of reference numerals:

100 missile vehicle toys, 10 missile vehicle bodies, 101 inserting grooves, 11 missile front vehicle bodies, 12 missile rear vehicle bodies, 13 missile parts, 131 launching bins, 1311 first launching bin bodies, 1312 second launching bin bodies, 132 launching bin overturning mechanisms, 1321 launching bin overturning shaft holes, 1322 launching bin overturning connecting shafts, 14 missile overturning mechanisms, 141 missile overturning connecting shafts, 142 missile overturning shaft holes, a missile overturning mechanism and a missile overturning mechanism,

200 warship toys, 20 warship bodies, 21 cabins, 211 plug connectors,

300 jeep toy, 30 jeep main body, 31 jeep front body, 32 jeep rear body, 33 saddle, 34 chassis, 35 wheels, 311 head cover, 312 connecting groove,

400 helicopter toy,

A 500 armored vehicle toy,

600 fighter plane toy,

701 a first plug-in structure, 702 a second plug-in structure and 703 a third plug-in structure.

Detailed Description

The present invention is further explained and illustrated by the following embodiments, it should be understood that the following embodiments are for the purpose of making the technical solution of the present invention clearer and easier to understand, and do not limit the scope of the claims.

The combined robot toy of the utility model comprises a combined main body, wherein the combined main body is composed of toy monomers, and the toy monomers comprise 1010 and missile vehicle toys; 1020. a battleship toy; 1030. a jeep toy; 1040. a helicopter toy; 1050. an armored car toy; 1060. a fighter plane toy. The combined body includes a trunk including an abdomen 10 and a crotch 20, an upper body including a head 30, a neck 40, a chest 50, a back 60, and a shoulder 70, a lower body including a thigh 80, a knee 90, a shin 100, and a foot 200, and a hand and arm part; the abdomen part 10 and the crotch part 20 are connected through an abdomen crotch folding mechanism 300, and the thigh part 80 and the crotch part 20 are connected in a turning way; the head part 30 is rotatably connected with the neck part 40, the chest part 50 is connected with the neck part 40 in an overturning way, the shoulder part 70 is telescopically connected with the chest part 50, and the back part 60 is connected with the neck part 40 in an overturning way; the knee 90 is rotatably connected with the foot 200 through the neck 40; the abdomen 10, the crotch 20 and the thigh 80 are changed from missile car toys, the abdomen 10 is downwards overlapped with the crotch 20 through the abdomen crotch turnover mechanism 300 to become missile car bodies, and the thigh 80 is turned upwards and then turned towards the inner side of the crotch 20 to become missile parts, so that the missile car toys are completed; the head 30, the chest 50, the back 60 and the shoulder 70 are changed from a battleship toy, the head 30 rotates towards the back of the neck 40 to become a command room, the back 60 turns towards the neck 40 to become a launching base station, the chest 50 turns towards the upper part of the neck 40 to become a front deck, the shoulder 70 stretches towards the inner part of the neck 40 to become the shoulder 70, the upper side of the neck 40 becomes a rear deck, and the lower side becomes a cabin, so that the battleship toy is completed; the knee part 90, the shin part 100, and the foot part 200 are changed from a jeep toy, and the knee part 90 is folded over by the shin part 100 to be connected to the foot part 200 to be changed into a jeep body, so that the jeep toy is completed.

In a preferred embodiment, the thigh 80 and the crotch 20 are connected by a thigh-turning mechanism 400, which thigh-turning mechanism 400 comprises a turn-over connector 101, which turn-over connector 101 is connected to the crotch 20 by a first turn-over structure 402.

In a preferred embodiment, the flipping link 101 comprises a connecting rod 504, and the first flipping structure 402 comprises a shaft or sleeve connected to the end of the connecting rod 504, the shaft or sleeve having an axis aligned with the length of the crotch portion 20.

In a preferred embodiment, the abdomen-crotch tucking mechanism 300 is pivotally connected to the crotch portion 20 and the abdomen portion 10, respectively.

In a preferred embodiment, the back part 60 and the neck part 40 are connected by a back-neck turnover mechanism 500, the back-neck turnover mechanism 500 comprises a back-neck turnover part 501, one end of the back-neck turnover part 501 is connected with the back part 60 by a back pivot structure 502, and the other end is connected with the neck part 40 by a neck pivot structure 503.

In a preferred embodiment, the back neck turnover part 501 comprises a back neck connecting rod 504, the back rotating shaft structure 502 comprises a back shaft hole 505 arranged at one end of the connecting rod 504 and a back rotating shaft 506 connected with the back 60, and the neck rotating shaft structure 503 comprises a neck shaft hole 507 arranged at the other end of the connecting rod 504 and a neck rotating shaft 508 arranged at the back of the neck 40.

In a preferred embodiment, the shoulder 70 is connected with the neck 40 through a telescopic mechanism 600, the telescopic mechanism 600 includes a telescopic connecting rod 601 and a sliding rotating shaft 602, a movable hole 603 sleeved with the sliding rotating shaft 602 is provided at an end of the telescopic connecting rod 601, and the sliding rotating shaft 602 is respectively connected with the shoulder 70 and the neck 40.

In a preferred embodiment, the chest part 50 comprises a front chest part 51 and a rear chest part 52 which are connected in turn in an inverted manner, the connection part of the shoulder part 70 and the neck part 40 forms a receiving chamber, the front chest part 51 and the rear chest part 52 are inverted upwards, and the shoulder part 70 is stretched into the receiving chamber to realize the cabin change.

In a preferred embodiment, the shin portion 100 includes a flip link 101 and a support 102, the flip link 101 is rotatably connected to the knee portion 90 and the foot portion 200, the support 102 is connected to the foot portion 200 through a foot rotation mechanism 103 rotatable about an axis perpendicular to a longitudinal direction of the knee portion 90, and when the knee portion 90 is raised, the support 102 is rotated out of the foot portion 200 to stand upright, thereby enhancing the supporting strength.

In a preferred embodiment, the foot 200 includes a receiving and hiding chassis portion including a receiving and hiding body 201, and the support 102 is received in the receiving and hiding body 201.

The present invention has been described in terms of embodiments, but not limitations, and other variations of the disclosed embodiments, as would be readily apparent to one skilled in the art, are intended to be included within the scope of the present invention as defined in the following claims, in view of the description of the present invention.

Claims

1. A combined robot toy is characterized in that: the robot comprises a robot body, wherein the robot body comprises at least six toy units, the toy units are formed by splicing a plurality of parts to realize rotation and/or disassembly, the toy units comprise a missile vehicle toy (100), a yacht toy (200), a jeep vehicle toy (300), a helicopter toy (400), an armored vehicle toy (500) and a fighter vehicle toy (600), and the toy units can be transformed into the robot body; the six toy single bodies are assembled with each other to form a robot main body after being disassembled and/or rotated, the warship toy (200) and the missile vehicle toy (100) are assembled with each other to form a robot body part and a robot head part after being rotated and deformed, and the jeep toy (300) and the armored vehicle toy (500) are rotated and/or disassembled to form robot leg parts; the helicopter toy (400) and the fighter toy (600) are spliced into the arm part of the robot after being disassembled.

2. The composite robot toy of claim 1, wherein: the battle boat toy (200) comprises a battle boat main body (20), the missile vehicle toy (100) comprises a missile vehicle main body (10), and the battle boat main body (20) and the missile vehicle main body (10) are connected through a first plug structure (701) to become a robot head part and a robot trunk part.

3. The combined robot toy according to claim 2, wherein: the battleship main part (20) includes cabin (21), cabin (21) bottom is equipped with plug connector (211), and the afterbody of guided missile car main part (10) is equipped with inserting groove (101), plug connector (211) and inserting groove (101) cooperation become robot head and robot trunk portion in order to connect.

4. The composite robot toy of claim 1, wherein: the missile launcher toy (100) comprises a missile front vehicle body (11) provided with a missile part (13) and a missile rear vehicle body (12), wherein the missile part (13) comprises a launching bin (131) which is connected with the missile front vehicle body (11) and is arranged on the left and right sides, the launching bin (131) is connected with the missile front vehicle body (11) in a turnover mode, and the launching bin (131) is turned to the two sides of the missile front vehicle body (11) to form leg connecting parts.

5. The combined robot toy according to claim 4, wherein: the launching bin (131) is connected with a missile front vehicle body (11) through a missile overturning mechanism (14), and the missile overturning mechanism (14) comprises a missile overturning connecting shaft (141) and a missile overturning shaft hole (142).

6. The composite robot toy of claim 5, wherein: the launching bin (131) comprises a first launching bin body (1311) and a second launching bin body (1312), and the first launching bin body (1311) and the second launching bin body (1312) are connected through a launching bin overturning mechanism (132).

7. The composite robot toy of claim 6, wherein: the launching bin overturning mechanism (132) comprises a launching bin overturning shaft hole (1321) formed in the first launching bin body (1311) and a launching bin overturning connecting shaft (1322) formed in the second launching bin body (1312), the launching bin overturning connecting shaft (1322) is perpendicular to the rotating axis of the missile overturning connecting shaft (141), the first launching bin body (1311) overturns towards two sides of the missile front car body (11), and the second launching bin body (1312) overturns towards the lower side of the first launching bin body (1311) around the launching bin overturning connecting shaft (1322) to become a leg connecting portion.

8. The composite robot toy of claim 1, wherein: the jeep toy (300) comprises a jeep main body (30), and the jeep main body (30) is connected with the missile vehicle toy (100) through a second plug structure (702) to become a robot leg.

9. The composite robot toy of claim 8, wherein: the jeep toy (300) comprises a jeep front body (31), a jeep rear body (32), a seat (33), a chassis (34) and wheels (35), wherein the seat (33) is respectively connected with the jeep front body (31) and the jeep rear body (32) in a rotating mode, and a jeep main body (30) turns over through the seat (33), and the jeep front body (31) turns over along with the seat (33) to become a robot knee part and a shin part.

10. The composite robot toy of claim 9, wherein: jeep front body (31) including the headstock cover (311) of upset connection and by connecting groove (312) that headstock cover (311) covered, guided missile car toy (100) are equipped with connecting groove (312) complex third grafting structure (703), headstock cover (311) upset expose connecting groove (312) again with third grafting structure (703) cooperation in order to become robot knee and shank.