CN109011612B

CN109011612B - Plush toy

Info

Publication number: CN109011612B
Application number: CN201811072670.9A
Authority: CN
Inventors: 丁安君
Original assignee: Suqian Yimei Textile Co ltd
Current assignee: Suqian Yimei Textile Co.,Ltd.
Priority date: 2018-09-14
Filing date: 2018-09-14
Publication date: 2020-12-04
Anticipated expiration: 2038-09-14
Also published as: CN109011612A

Abstract

The invention discloses a plush toy, which comprises a plush toy body, wherein the plush toy body comprises a plush cloth structure layer, a filler structure layer and an inflation cavity forming structure, the inflation cavity forming structure is a combination of a cavity structure filled with gas, the inflation cavity forming structure is arranged in the plush cloth structure layer, and the filler structure layer is arranged between the plush cloth structure layer and the inflation cavity forming structure; the inflatable cavity forming structure is arranged at the central position in the plush toy body. The invention provides a plush toy, which saves the cost of fillers, increases the playability, improves the tactile texture and has compact and stable shape.

Description

Plush toy

Technical Field

The invention belongs to the technical field of toys.

Background

Plush toys (plush toy) are toys made of plush fabric, pp cotton and other textile materials as main fabrics and filled with various fillers, and can also be called soft toys (soft toy) and stuffed toys (stuffed toy), and the Guangdong and Hongkong Australia areas in China are called 'plush toys'. We are currently used to refer to the plush toy industry as plush toys. The plush toy has the characteristics of vivid and lovely shape, soft touch, extrusion resistance, convenient cleaning, strong decoration, high safety, wide applicable crowd and the like. Therefore, the plush toy is a good choice for children's toys, for decorating houses and for delivering as a gift. The existing plush toys generally adopt fillers and plush wrapping layers, although the production process is simple and convenient, the structural stability is relatively poor, the texture is consistent for many years, innovation is lacked, and meanwhile, if the requirement of the internal fillers is high, the filling cost is also high.

Disclosure of Invention

The purpose of the invention is as follows: in order to overcome the defects in the prior art, the invention provides the plush toy, which saves the filler cost, increases the playability, improves the touch texture and has compact and stable shape.

The technical scheme is as follows: in order to achieve the purpose, the technical scheme of the invention is as follows:

the plush toy comprises a plush toy body, wherein the plush toy body comprises a plush cloth structure layer, a filler structure layer and an inflation cavity forming structure, the inflation cavity forming structure is a combination of a cavity structure filled with gas, the inflation cavity forming structure is arranged in the plush cloth structure layer, and the filler structure layer is arranged between the plush cloth structure layer and the inflation cavity forming structure; the inflatable cavity forming structure is arranged at the central position in the plush toy body.

Furthermore, the shape of the air inflation cavity forming structure is consistent with the outline of the plush fabric structure layer after being inflated with the filler.

Further, the inflation cavity forming structure comprises an integral inflation sub-cavity or a plurality of dispersed inflation sub-cavities which are connected with each other to form the inflation cavity; dispersed aerify between the sub-chamber connect through connection structure and form and aerify the chamber and form the structure, dispersed aerify including at least one aerify the center sub-chamber and a plurality of aerify the side branch sub-chamber, a plurality of aerify the side branch sub-chamber in order to aerify the center sub-chamber and to disperse the distribution setting as the center.

Furthermore, aerify the inside water, the gaseous carbon dioxide mixture that is provided with of center subchamber and a plurality of side branch subcavities of aerifing, and communicate through connection structure.

Furthermore, the outer surface layer of the inflatable central cavity is provided with a flexible supporting structure in a distributed manner, the flexible supporting structure is arranged in a crossed manner with the filler structure layer, and the surface layer of the flexible supporting structure is coated with a pasting layer.

Further, the flexible supporting structure comprises a main rod supporting structure and a branch supporting structure; the main rod supporting structures are arranged on the surface layer of the structure formed by the inflatable cavity, the branch supporting structures are arranged around the extending direction of the main rod supporting structures in a dispersing mode, the distribution density of the branch supporting structures distributed at the ends of the main rod supporting structures is larger than that of the connecting ends, and the dispersing angle of the branch supporting structures distributed at the ends of the main rod supporting structures is larger than that of the connecting ends.

Further, the main rod supporting structure and the branch supporting structure are spiral shape structures.

Furthermore, the end of the main rod supporting structure or the branch supporting structure is connected with a ring structure.

Furthermore, the end of the main rod supporting structure is connected with a horn-shaped supporting structure.

Furthermore, an adhesive layer is coated on the outer surface layer of the inflatable cavity forming structure.

Has the advantages that: compared with other existing plush toys, the plush toy has the obvious technical advantages that the cost of the filler is saved, the playability is improved, the touch texture is improved, and the shape is compact and stable. a) The filling material can be effectively saved by the internal inflation cavity forming structure, and the filling cost is reduced. b) The whole processing and production are more convenient, and the production is more modularized. c) The flexible supporting structure inside can provide the touch texture of the toy and is more compact and stable when being combined with the structure formed by the inflating cavity. d) The water and the carbon dioxide filled in the structure formed by the inflatable cavity increase entertainment, and the consistent plumpness of the whole body of the toy can be ensured under the condition of long-term use.

Drawings

FIG. 1 is a schematic structural diagram of the present invention.

Detailed Description

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

As shown in the attached figure 1, the plush toy comprises a plush toy body 1, wherein the plush toy body 1 comprises a plush cloth structure layer 2, a filler structure layer 3 and an inflation cavity forming structure 4, the inflation cavity forming structure 4 is a combination of cavity structures filled with gas, the inflation cavity forming structure 4 is arranged in the plush cloth structure layer 2, and the filler structure layer 3 is arranged between the plush cloth structure layer 2 and the inflation cavity forming structure 4; the inflatable cavity forming structure 4 is arranged at the central position in the plush toy body 1. The filling material can be effectively saved by the internal inflation cavity forming structure, and the filling cost is reduced. The shape of the inflatable cavity forming structure 4 is consistent with the outline of the plush fabric structure layer 2 after being inflated with the filler.

The inflation cavity forming structure 4 comprises an integral inflation sub-cavity or a plurality of dispersed inflation sub-cavities which are connected with each other; the dispersion aerify between the sub chamber form through connecting structure 4-3 connection and aerify the chamber and form the structure, the dispersion aerify including at least one aerify the center sub chamber 4-1 and a plurality of aerify the side branch sub chamber 4-2, a plurality of aerify the side branch sub chamber and use aerify the center sub chamber and scatter the distribution setting as the center. The overall performance of the toy is stronger and the flexibility is higher due to the form structure, and meanwhile, the filling material is still saved, the cost is reduced, but the playability is not lost.

The inflatable center sub-cavity 4-1 and the inflatable side branch sub-cavities 4-2 are internally provided with water and gas carbon dioxide for mixing and are communicated through a connecting structure 4-3. The entertainment is increased, and the consistent fullness of the whole body of the toy can be ensured under the condition of long-term use. When in entertainment, the toy is more full and full when shaken or thrown, thus solving the problem of the asymmetric toy caused by the gradual settlement and knot of fillers in the later period of the toy. The invention can slowly recover the plumpness of the user during entertainment even if the user has partial shriveling.

The outer surface layer of the inflatable central sub-cavity 4-1 is provided with a flexible supporting structure 5 in a distributed mode, the flexible supporting structure 5 is arranged in a crossed mode with the filler structure layer 3, and the surface layer of the flexible supporting structure 5 is coated with a pasting layer. The flexible supporting structure can assist the filling and filling of the filler, and meanwhile, the sticking layer coated on the surface of the flexible supporting structure can enable the flexible supporting structure and most of the fillers to form an integral wing feeling, and the overall stability is better and the maintenance is easy to realize after the flexible supporting structure is detached as the integral feeling of a big tree crown full of leaves.

The flexible supporting structure 5 comprises a main rod supporting structure 5-1 and a branch supporting structure 5-2, a plurality of main rod supporting structures 5-1 are arranged on the surface layer of the inflation cavity forming structure 4, the branch supporting structures 5-2 are arranged around the extension direction of the main rod supporting structure 5-1 in a divergent mode, the distribution density of the branch supporting structures 5-2 distributed at the ends of the main rod supporting structure 5-1 is larger than that of the connecting ends, and the divergent angle of the branch supporting structures 5-2 distributed at the ends of the main rod supporting structure 5-1 is larger than that of the connecting ends. The detailed skeleton structure of the flexible supporting structure designed by the embodiment enables the body of the toy to be more full and more textured; particularly, the divergent angle of the branch supporting structure 5-2 distributed at the end of the main rod supporting structure 5-1 is larger than that of the connecting end, so that the touch feeling of the toy is excellent, and the body of the toy has full stereoscopic impression. According to a further matching design, the end of the main rod supporting structure 5-1 is connected with a horn-shaped supporting structure, so that the touch hand feeling is better, and the body of the toy has more stereoscopic impression; in order to increase the fidelity of the simulated padding of the toy, the main rod supporting structure 5-1 and the branch supporting structure 5-2 are in a spiral shape structure. The end of the main rod supporting structure 5-1 or the end of the branch supporting structure 5-2 is connected with a ring structure, so that the entertainment effect is improved. The flexible stay structure 5 formed as described above resembles the effect of a "soft burr".

If the design condition of the flexible supporting structure is lacked, the sticking layer can be directly coated on the outer surface layer of the inflatable cavity forming structure 4, and the overall effect feeling of the toy can be better realized.

Compared with other existing plush toys, the plush toy has the obvious technical advantages that the cost of the filler is saved, the playability is improved, the touch texture is improved, and the shape is compact and stable. a) The filling material can be effectively saved by the internal inflation cavity forming structure, and the filling cost is reduced. b) The whole processing and production are more convenient, and the production is more modularized. c) The flexible supporting structure inside can provide the touch texture of the toy and is more compact and stable when being combined with the structure formed by the inflating cavity. d) The water and the carbon dioxide filled in the structure formed by the inflatable cavity increase entertainment, and the consistent plumpness of the whole body of the toy can be ensured under the condition of long-term use.

The above description is only of the preferred embodiments of the present invention, and it should be noted that: it will be apparent to those skilled in the art that various modifications and adaptations can be made without departing from the principles of the invention and these are intended to be within the scope of the invention.

Claims

1. The plush toy is characterized in that: the plush toy comprises a plush toy body (1), wherein the plush toy body (1) comprises a plush cloth structure layer (2), a filler structure layer (3) and an inflation cavity forming structure (4), the inflation cavity forming structure (4) is a combination of cavity structures filled with gas, the inflation cavity forming structure (4) is arranged in the plush cloth structure layer (2), and the filler structure layer (3) is arranged between the plush cloth structure layer (2) and the inflation cavity forming structure (4); the inflatable cavity forming structure (4) is arranged at the central position in the plush toy body (1);

the shape of the inflatable cavity forming structure (4) is consistent with the outline of the plush fabric structure layer (2) after being inflated with the filler;

the inflation cavity forming structure (4) comprises an integral inflation sub-cavity or a plurality of dispersed inflation sub-cavities which are connected with each other to form the inflation cavity; the dispersed inflatable sub-cavities are connected through a connecting structure (4-3) to form a structure with the inflatable cavity, the dispersed inflatable sub-cavities comprise at least one inflatable center sub-cavity (4-1) and a plurality of inflatable side branch sub-cavities (4-2), and the plurality of inflatable side branch sub-cavities are divergently distributed by taking the inflatable center sub-cavity as the center;

the inflatable center sub-cavity (4-1) and the inflatable side sub-cavities (4-2) are internally provided with water and gas carbon dioxide for mixing and are communicated through a connecting structure (4-3);

the outer surface layer of the inflatable central sub-cavity (4-1) is distributed with flexible supporting structures (5), the flexible supporting structures (5) are intersected with the filler structure layer (3), and the surface layer of the flexible supporting structures (5) is coated with an adhesive layer;

the flexible supporting structure (5) comprises a main rod supporting structure (5-1) and a branch supporting structure (5-2); the main rod supporting structures (5-1) are arranged on the surface layer of the inflatable cavity forming structure (4), the branch supporting structures (5-2) are arranged in a surrounding and dispersing mode along the extending direction of the main rod supporting structures (5-1), the distribution density of the branch supporting structures (5-2) distributed at the ends of the main rod supporting structures (5-1) is larger than that of the connecting ends, and the dispersing angle of the branch supporting structures (5-2) distributed at the ends of the main rod supporting structures (5-1) is larger than that of the connecting ends;

and an adhesive layer is coated on the outer surface layer of the inflation cavity forming structure (4).

2. The plush toy of claim 1, wherein: the main rod supporting structure (5-1) and the branch supporting structure (5-2) are in spiral shape structures.

3. The plush toy of claim 1, wherein: the end of the main rod supporting structure (5-1) or the branch supporting structure (5-2) is connected with a ringing structure.

4. The plush toy of claim 1, wherein: the end of the main rod supporting structure (5-1) is connected with a horn-shaped supporting structure.