CN203264257U - Toy combined body with high modularity - Google Patents

Abstract

The utility model provides a toy assembly with strong combination, which is characterized in that it includes a plurality of toy monomers, and these toy monomers can be divided into several groups, each group includes at least two toy monomers, each Toy monomers can be deformed and assembled into small assemblies, and all toy monomers can be deformed together to form large assemblies. Due to the use of multiple toy monomers, they can be divided into several groups and each group can be combined into a small assembly. The design concept that all toy monomers can be combined into a large-scale combination, so that the toy has a variety of combinations and improves the operability of the toy. Desire can cultivate children's hands-on and brain skills, help to improve children's intelligence, and can be favored by parents and children.

Description

A combination of toys with strong combination

technical field

The utility model relates to a combination toy, in particular to a combination toy with strong combination.

Background technique

There are more and more types of toys. In order to attract children's attention and cater to the existing animation, most of the existing toys are designed to simulate the shapes in animation, such as characters and props. Developed and gradually become popular, most of the combination toys are composed of several toy monomers, and only when all the toy monomers are assembled can they have their complete form. , it cannot be assembled to form a complete combination, the combination is poor, and the gameplay is monotonous; moreover, the toy combination after the assembly of all toy monomers only has its morphological characteristics, and it cannot perform action linkage operations, and rarely does not have sound and light effects. The playability is not high, and the interest is poor; in addition, each toy unit is just the shape of each part of the toy assembly, without other unique shape characteristics, and it cannot be deformed independently to change other shape characteristics. The single toy lacks the fun of playing. When one or more toy singles of the toy assembly are lost or damaged, the entire toy loses the fun of playing, resulting in a waste of resources.

Contents of the invention

In view of the problems existing in the above-mentioned prior art, the purpose of this utility model is to provide a toy combination with ingenious design, strong interest, and strong combinability with a variety of different combinations.

In order to achieve the above-mentioned purpose, the technical solution adopted by the utility model is: a toy combination with strong combination, which is characterized in that it includes a plurality of toy monomers, and these toy monomers can be divided into several groups, each group It includes at least two toy units, each toy unit can be deformed and assembled into a small assembly, and all toy units can be deformed together to form a large assembly.

Among them, in order to make the combination toy have higher operability, the above-mentioned toy monomer includes a modeling monomer and a central axis body, each of the above-mentioned groups includes a central axis body, and the modeling monomers of each group can be deformed and assembled It is a small robot body with a through hole in the middle of the body. The central axis of each group is installed in the through hole to realize the assembly of a complete small robot assembly. All modeling monomers and central axis can be assembled together into a large robot body. Robot assembly.

In order to realize that a single toy monomer is also playable and interesting, each of the above-mentioned modeling monomers is a monomer of the first shape with multiple rotatable or detachable parts. Each component forming the above-mentioned small robot assembly or large robot assembly can transform each modeling unit from the first shape to the second shape through rotation.

In order to enable the assembled toy assembly to perform linkage operation, the above-mentioned central shaft is provided with a linkage mechanism, and the above-mentioned modeling unit is correspondingly provided with a trigger part that can trigger the action of the linkage mechanism. In the state of a robot assembly or a large robot assembly, the trigger part is arranged at the lower end of the head of the robot assembly, and the action of the linkage mechanism can be realized by pressing the head of the robot assembly.

In order to further improve the play fun and attractiveness of the toy, the above-mentioned linkage mechanism includes an opening and closing part, a light emitting part and a voice part, the opening and closing part is arranged at the front of the central shaft body, and the light emitting part is arranged at a front position in the central shaft body , the voice piece is arranged in the rear position in the central axis body, and the opening and closing piece can be unfolded, the light-emitting piece emits light and the voice piece synchronously sounds by pressing the head of the above-mentioned small robot assembly or large robot assembly.

In order to realize the arbitrary combination between the toy monomers, the toy monomers are provided with connectors that can be connected to each other. Through the connecting piece, the assembly between any toy monomers can be realized.

In order to avoid being too big or too heavy to play after assembly, the number of toy monomers is less than 20. The toy monomer of the present invention is provided with twelve different animal-shaped modeling monomers and three front These toy monomers are divided into three groups to realize the combination of three small robot assemblies with different shapes.

The utility model adopts the design concept that multiple toy monomers can be divided into several groups and each group can be combined into a small assembly and all toy monomers can be combined into a large assembly, so that the toy has multiple This combination improves the operability of the toy, and also helps to improve children's hands-on and brain-moving abilities. Designed as a single body of the first shape with a plurality of rotatable or detachable parts, and through rotation, each single shape can be transformed from the first shape to the second shape, so that each single shape can be in the robot assembly The part components, the first shape and the second shape are deformed and played, which is unique and playable, so it further improves the fun of the toy and attracts children's love; A linkage mechanism is set on the top and a trigger part is set on the head of the robot assembly. By pressing or rotating the trigger part, the linkage device of the central axis can move, emit light and/or sound, so as to realize the action linkage operation, and has acousto-optic Effect, effectively improving the playability and interest of the toy. To sum up, the combination toy combination of the utility model lies in the ingenious design of its structural shape, which forms a variety of interesting deformation assembly methods and playing methods, and will not lose the play value of the toy due to loss or damage of the toy monomer , strong interest, high operability, can cultivate children's hands-on and brain skills, help to improve children's intelligence, and can be favored by parents and children.

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Description of drawings

Fig. 1 is a three-dimensional structural schematic diagram of a large-scale assembly of the present invention.

Fig. 2 is a schematic diagram of the three-dimensional structure of the first small assembly of the present invention.

Fig. 3 is a schematic diagram of the three-dimensional structure of the second small assembly of the present invention.

Fig. 4 is a schematic diagram of the three-dimensional structure of the third small assembly of the present invention.

Fig. 5 is a three-dimensional structural schematic diagram of the first shape of one of the modeling monomers of the present invention.

Fig. 6 is a schematic perspective view of the three-dimensional structure of the modeling unit in Fig. 5 transformed into an assembled component form.

Fig. 7 is a schematic perspective view of the three-dimensional structure of the single shape in Fig. 5 transformed into a second shape.

Fig. 8 is a schematic diagram of an exploded structure of one of the central axis bodies of the present invention.

Detailed ways

As shown in Figures 1 to 8, a combined toy assembly with strong composability includes a plurality of toy monomers 1, and these toy monomers can be divided into several groups, and each group includes at least two toy monomers, Each toy monomer can be deformed and assembled into a small assembly, and all toy monomers can be deformed together to form a large assembly. Due to the use of multiple toy monomers, it can be divided into several groups and each group can be combined into one The small combination and all toy monomers can be combined into a large combination, so that the toy has a variety of combinations, improves the operability of the toy, and also helps to improve children's hands-on and brain skills. Its gameplay is unique and interesting, which satisfies children's cool mentality and desire to chase new things.

As shown in Figures 1 to 4, the toy monomer of this embodiment includes a modeling monomer 1 and a central axis body 2, and each group includes a central axis body 2, and the modeling monomer 1 of each group can be It is deformed and assembled into a small robot body with a through hole in the middle of the body. The central axis body 2 of each group is installed in the through hole to realize the assembly into a complete small robot assembly. All modeling monomers 1 and central axis body 2 can be Jointly assembled into a large-scale robot combination 6, such a design makes the combination toy have higher operability. The toy monomer of this embodiment is provided with 12 modeling monomers 1 with different animal shapes and three different central axis bodies 2 with different front shapes. These toy monomers are divided into three groups to realize that they can be combined into three Small robot assemblies of different shapes, wherein three modeling monomers 1 and one central axis body 2 in the toy monomer are combined to form the first small robot assembly 7, and the other four modeling monomers 1 in the toy monomer and another One central axis body 2 is combined into a second small robot assembly 8 , and the remaining five modeling units 1 and the remaining one central axis body 2 are combined into a third small robot assembly 9 . The first small robot assembly 7 of this embodiment is a robot of the "Heaven" school, which is composed of three modeling units 1 in the shape of a lion, an eagle and a phoenix, and a central axis body 2 of the "Heaven" school, as shown in Shown in Fig. 2; The second small-sized robot assembly 8 of this embodiment is " ground " send robot, is made up of four molding monomers 1 of wolf modeling, dragon modeling, tiger modeling and tortoise molding respectively and a " ground " sending in. The shaft body 2 is combined, as shown in Figure 3; the third small robot assembly 9 of this embodiment is a "human" robot, which is composed of five cow-shaped, shark-shaped, monkey-shaped, pig-shaped and bear-shaped robots. The modeling unit 1 is combined with a central axis body 2 of the "human" school, as shown in Figure 4. In order to realize the arbitrary combination between the toy monomers, the toy monomers of this embodiment are provided with a connecting piece 10 that can be connected to each other. ”-shaped socket, the assembly between any toy monomers can be realized through the connector 10.

As shown in Figures 5 to 7, each modeling unit 1 of the utility model is a unit of the first shape with multiple rotatable or dismountable parts, and the modeling unit 1 can be transformed into a The components of each part of the small robot assembly or the large robot assembly 6 can transform each modeling unit 1 from the first molding to the second molding by turning, so that a single toy monomer is also playable and interesting, The first shape of the modeling unit 1 in this embodiment is an animal shape, and the second shape is a combat mechanical shape. The first shape of the modeling unit 1 shown in FIG. 5 is a tiger shape, and the second shape is a chariot shape, as shown in FIG. 7 . The tiger modeling monomer 1 of this embodiment comprises a body part 11, a head part 12, a tail part 13 and limb parts 14, wherein the limb parts 14 are designed as legs and feet, and the legs and feet are connected by rotating shafts. Realize that the feet can be rotated and folded on the legs, and the tail part 13 is designed to be a barrel-shaped part that can be rotated to the top of the body part 11. By hiding the feet of the limb parts 14 into the inside of the legs and turning the tail part 13 above Transforms the tiger form into a chariot form. The modeling unit 1 shown in Fig. 6 is a foot component of a "ground" robot.

As shown in Figure 8, the central axis body 2 of this embodiment is provided with a linkage mechanism 3, and the modeling unit 1 is correspondingly equipped with a trigger part that can trigger the action of the linkage mechanism 3, and the small robot combination composed of toy monomers In the state of a large robot assembly or a large robot assembly 6, the trigger part is arranged at the lower end of the head of the robot assembly, and the linkage mechanism 3 can be realized by pressing the head of the robot assembly. The linkage mechanism 3 of this embodiment includes an opening and closing member 31 , the light-emitting part 32 and the voice part 33, the opening and closing part 31 is arranged on the front part of the central shaft body 2, the light-emitting part 32 is arranged at the front position in the central shaft body 2, and the voice part 33 is arranged at the rear position in the central shaft body 2 , by pressing the head of the small robot assembly or the large robot assembly, the opening and closing part 31 can be unfolded, the light emitting part 32 can emit light and the voice part 33 can make a sound synchronously. In addition, this embodiment is provided with a hollow decorative cover 4 at the front of the central axis body 2 behind the opening and closing member 31. The decorative cover 4 is composed of convex lines to form a decorative pattern, the concave part of the decorative cover 4 is hollowed out, and the luminous body 31 The light passes through the decorative cover 4 to project the hollow part of the decorative cover 4 . The decorative cover 4 has a status symbol, wherein the decorative lines on the decorative cover 4 of the central axis body of the "Tian" school are in the shape of a "sky", and the decorative lines on the decorative cover 4 of the central axis body of the "Earth" school are in the shape of a "ground". " font, the decorative texture on the decorative cover 4 of the central shaft body of the "people" group is a "human" font.

The large-scale robot assembly shown in Figure 1 is composed of twelve modeling units 1 and three central axis bodies 2 that form the three small-scale robot assemblies in Figures 2 to 4, wherein the large-scale robot The front body of the combination is based on the shape of the "human" robot shown in Figure 4. The shoulder components of the "human" robot, that is, the shark-shaped monomer 1, are disassembled, and then the central axis of the "human" 2 Install one part of the wolf-shaped unit 1 of the "Earth" robot on the front, and then assemble the eagle-shaped unit 1 and Phoenix-shaped unit 1 of the "Heaven" robot to the "human" robot. The lower parts of both feet are used as the soles of the feet, and the dragon-shaped single body 1 of the "earth" robot is transformed into a weapon and assembled on the right hand of the "human" robot, and the turtle-shaped single body 1 of the "earth" robot is transformed into a shield and assembled on the " The left hand of the "human" robot is split into two halves of a tiger-shaped single body and transformed into two weapons, which are then assembled on the backs of both hands of the "human" robot; while the body part of the "sky" robot, the lion The body parts transformed from the modeling unit 1 are assembled and moved closer to the rear of the "human" robot to form the body of a large robot assembly, and then the shoulder components of the "human" robot, that is, the shark-shaped unit 1 is assembled to the "human" robot. The position of the shoulders of the body of the "sky" robot is installed on the top of these two shoulders, and then the central axis body 2 of the "sky" group and the central axis body 2 of the "earth" group are installed, and finally the other parts of the wolf modeling monomer 1, the eagle The tail of modeling unit 1 and the tail wing of phoenix modeling unit 1 are plugged into the periphery of the large robot assembly to complete the assembly.

Although the invention has been described with reference to specific embodiments, such description is not meant to limit the invention. With reference to the description of the present utility model, other changes of the disclosed embodiments are expected by those skilled in the art, and such changes shall fall within the scope defined by the appended claims.

Claims (10)

1. the playset of a strong modularity is fit, it is characterized in that including a plurality of toy monomers, these toy monomers can be divided into some parts of groups, every a group comprises two toy monomers at least, the toy monomer deformable of every portion is assembled into small-sized assembly, and all toy monomers can jointly be out of shape and are combined into large assembly.

2. the playset of strong modularity according to claim 1 is fit, it is characterized in that above-mentioned toy monomer includes moulding monomer (1) and central axis (2), above-mentioned every a group comprises a central axis (2), moulding monomer (1) deformable of every a group is assembled into the middle small machine human body that through hole is arranged of body, the central axis (2) of every a group is installed on described through hole and realizes being assembled into complete small scale robot assembly, and all moulding monomer (1) and central axis (2) can be assembled into large-scale robot assembly (6) jointly.

3. the playset of strong modularity according to claim 2 is fit, it is characterized in that above-mentioned each moulding monomer (1) is the monomer of the first moulding with a plurality of rotatable or dismounting parts, can make moulding monomer (1) be deformed into each position member of above-mentioned small scale robot assembly or large-scale robot assembly by rotating or dismantle assembly unit, can make each moulding monomer (1) be deformed into the second moulding from the first moulding by rotating.

4. the playset of strong modularity according to claim 3 is fit, it is characterized in that first of above-mentioned moulding monomer (1) is shaped to animal-shaped, and second is shaped to fight class machine moulding.

5. the playset of strong modularity according to claim 2 is fit, it is characterized in that above-mentioned central axis (2) is provided with link gear (3), the upper correspondence of above-mentioned moulding monomer (1) is provided with the triggering section that can trigger described link gear (3) action, under small scale robot assembly or large-scale robot assembly (6) state that the toy set of monomers is synthetic, described triggering section is arranged at the head lower end of robot assembly, can realize link gear (3) action by the head of pressing the robot assembly.

6. the playset of strong modularity according to claim 5 is fit, it is characterized in that above-mentioned link gear (3) comprises opening and closing part (31), illuminating part (32) and voice spare (33), described opening and closing part (31) is arranged at the front portion of central axis (2), illuminating part (32) is arranged at forward position in central axis (2), voice spare (33) is arranged in central axis (2) by rear position, by the head of pressing above-mentioned small scale robot assembly or large-scale robot assembly (6), described opening and closing part (31) is launched, luminous and voice spare (33) synchronous cant of illuminating part (32).

7. the playset of strong modularity according to claim 6 is fit, the rear that the front portion that it is characterized in that above-mentioned central axis (2) is positioned at opening and closing part (31) is provided with hollow out trim (4), described trim (4) consists of the modification lines by the convex line bar, the sunk part hollow out of described trim (4), the light of above-mentioned illuminator (31) is realized the openwork part of trim (4) is projected by described trim (4).

8. the combined deformation robot toy of entertaining according to claim 1, it is characterized in that being provided with between above-mentioned toy monomer can interconnective connector (10), described connector (10) is " work " font pin that can relatively peg graft and " work " font jack, can realize assembling between any toy monomer by connector (10).

9. the playset of strong modularity according to claim 2 is fit, it is characterized in that above-mentioned toy monomer is provided with the moulding monomer (1) and three central axis (2) that anterior moulding is different of 12 different animals moulding altogether, these toy monomers are divided into into three parts of small scale robot assemblys of organizing and realizing three different shapings of one-tenth capable of being combined.

10. the playset of strong modularity according to claim 9 is fit, it is characterized in that three moulding monomers (1) and a central axis (2) in above-mentioned toy monomer are combined into the first small scale robot assembly (7), other four moulding monomers (1) in the toy monomer and another central axis (2) are combined into the second small scale robot assembly (8), and remaining five moulding monomers (1) and a remaining central axis (2) are combined into the 3rd small scale robot assembly (9).

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