CN2430200Y - Filling toy capable of random changing gestures - Google Patents

Abstract

The utility model relates to a filling toy which can be optionally posed in states/gestures, such as sitting down, standing, suspending, bending, etc. The filling toy comprises one structure which is arranged in an outer shell which emblematizes a person, an animal or an object in another shape. The structure is used as a whole supporting structure for the filling toy in the mode of a single subassembly; according to the shape of the toy, the structure is in the shape of a straight line, a double cross or a polymelia, the outer side of the structure is wrapped by flexible plastic with the aid of metal wires, and consequently, the whole supporting structure is formed and used as the internal support of structural materials of the toy, so the toy can be posed into different postures. The outer cover is filled and sewed, to make the structure and filling materials kept inside the outer cover.

Description

But a kind of stuffed toy of posture random variation

The utility model relates to the stuffed toy of different conditions/postures such as a kind of meaning with the trip player is put to become to sit down, stands, hung, bending, be particularly related to a kind of inner support that stuffed toy is made structural material that is used for, its stuffed toy can be bent to a selected shape by hand, be retained to and be bent into till another shape, thereby help the stuffed toy of realizing that the better posture of tool is played and is worth.

In traditional stuffed toy, stuffed toy generally is to be fixed into certain state/posture, or only can freely swing but can not put into any posture.For the interest that increases this toy outward appearance or attract attention, some trials once caused activity with four limbs, for example partly transformed stuffed toy into activity, promptly only utilized the joint in four limbs and made it to rotate or crooked.Though this stuffed toy can be freely crooked, bending still is only limited to four limbs, and its posture is factitious, and need change original outward appearance cooperation sometimes.

Other trials are to use so-called V-arrangement plastic skeleton structure in stuffed toy, and it is made up of numerous bone with the ball-and-socket coupling method, and this method is a kind of close running fit.Though this structure can make stuffed toy freely crooked, this bending curvature still is subjected to the size of bone to limit (most each be bent to relative their about miter angles) with bending point, and it is to be easy to fracture and this fine particle can jeopardize the user.Since it is formed with the bone of ball-and-socket coupling method, the size of each bone (particularly interconnective ball-and-socket part) must suitably be controlled, otherwise this structure is with regard to Tai Song with fractureed easily.In addition, need pressing equipment that they are connected.Therefore, production cost is high and because of structure size limits to some extent, so that can not be used for for example high small-sized stuffed toy of 76mm (3 inches).

The utility model is to improve above shortcoming.But the purpose of this utility model is to provide a kind of stuffed toy of posture random variation, it has a simple single structure, can make stuffed toy need not to revise original outward appearance cooperating described single structure, and serially with crooked smoothly/pose into any posture.

But the utility model is to provide a kind of stuffed toy of posture random variation, wherein, stuffed toy comprises a structure, be used for outer cover at symbol people, animal or other shaped objects, described structure is with the toy whole supporting constructions of single component mode, promptly can be a linear or multiple limb form and formed with flexiplast parcel by metal wire, inner support as the toy structure material, thereby play prodigiosin and put into different gestures by continuous bend, and outer cover is filled and sews up, thereby makes in described structure and packing material remain on.

This structure can be according to toy shape shape, diesis shape or as multiple limb form or other shapes of octopus in line.

But according to the structure that the utility model is used for the posture random variation of stuffed toy be with a kind of simple mode by a single structure, make fill play prodigiosin put as sit down, stand, hang, state such as bending.Because the combination of the metal of toughness and elastoplast, this structure also can not fracture when being curved to a tiny angle even intimate zero degree, thereby bending curvature improves greatly.Moreover, because bending curvature is unrestricted, use the size of the stuffed toy of this structure to dwindle, and because of rejecting the countless bone structures that connect with close running fit, thereby production cost also can reduce.In addition, because of metal wire is covered by elastoplast, this structure is easy bending and safety.As in traditional stuffed toy is produced, before adding packing material, wherein be easily and fast but the structure of this posture random variation is added.

The utility model is illustrated by following accompanying drawing, and central identical function part is represented with same reference numerals, wherein:

But Fig. 1 is for being used for the schematic diagram of metal wire structure of the stuffed toy of posture random variation according to the utility model.

But Fig. 2 is for being used for the schematic diagram of structure of the stuffed toy of posture random variation according to the utility model.

But Fig. 3 is for being used for the perspective diagram of the stuffed toy of posture random variation according to the utility model, wherein the described structure of Fig. 2 has been put into one and cut in the outer cover in advance.

But Fig. 4 is filled in the perspective diagram of the stuffed toy of posture random variation wherein with polyester for part among Fig. 3.

But Fig. 5 and 6 is for being used for another embodiment schematic diagram of metal wire structure of the stuffed toy of posture random variation according to the utility model.

With reference to figure 1 and Fig. 2, be used for stuffed toy 6 (Fig. 4) but the structure 1 of posture random variation be a kind of structure (appropriate section is represented four limbs 2, head 3, spine 4 and afterbody 5 respectively) of diesis shape, and by being formed as the metal wire of the iron of 1mm diameter or stainless steel etc. approximately.At first metal wire twines or forms with additive method the first shape of this toy supporting construction mutually.The size of this metal wire structure 7 changes with the size of stuffed toy 6.This metal wire structure 7 can be as snake pattern shape or as the multiple limb form of octopus pattern in line.Then, this metal wire structure is wrapped up by for example polyvinyl chloride (PVC), polyurethane elastoplast such as (PU) by the insert moulding method, but thereby the structure 1 (as Fig. 2) of formation posture random variation.But plastics make the structure 1 easier bending and the safety of posture random variation.

Fig. 3 and Fig. 4 show a stuffed toy 6, but the structure 1 of its posture random variation has been put one into and cut in advance in the outer cover 8.This outer cover 8 is made by materials such as plush, woven fabric, knit goods, leather or inflatable polyvinyl chloride, and has cut into for example shape of animal, personage or other shaped objects.This outer cover 8 is filled and is filled with polyester 9, granular substance, bean or pea or other materials and mouthful is sewn then, thereby but makes in the structure of posture random variation and packing material remain on.

After this, this stuffed toy of finishing 6 can be curved to desired state/posture.

In addition, but the sectional dimension of the structure of this posture random variation can be changed with the outward appearance of stuffed toy, so the size of the elastoplast of these four limbs and afterbody (particularly its cross section) helps the shape of four limbs and afterbody and can get rid of the needs that use packing material therein.

In addition, but the stuffed toy of another kind of posture random variation is an octopus shape (not shown), and this metal wire structure 7 can be spoke shape as shown in Fig. 5 or Fig. 6 according to toy shape.

The utility model also can be a kind of imitation stuffed toy, shapes such as for example a kind of automobile or phone, the stuffed toy that humanizes, even can be any biology or abiotic shape.

Intelligible, the utility model only is used as preferred embodiment in above shape shown and that describe, is not having can to do the change of the shape and size of multiple part under disengaging as the utility model spirit and scope that limited in the claims.

Claims (10)

1. but the stuffed toy of a posture random variation, this toy can be put and become to sit down, stand, hang, different conditions/postures such as bending, wherein, stuffed toy comprises a structure, be used for the symbol people, in the outer cover of animal or other shaped objects, described structure is with the toy whole supporting constructions of single component mode, promptly be a linear or multiple limb form and formed with flexiplast parcel by metal wire, inner support as the toy structure material, thereby make the object for appreciation prodigiosin be put into different gestures, and outer cover is filled and sews up, thereby makes in described structure and packing material remain on.

2. a stuffed toy as claimed in claim 1 is characterized in that, this toy and structure are diesis shapes.

3. a stuffed toy as claimed in claim 1 is characterized in that, this toy and structure are octopus shapes.

4. a stuffed toy described in claim 1 to 3 is characterized in that, the elastoplast of the four limbs of described structure and afterbody part helps the shape of four limbs and afterbody and can get rid of the needs that use packing material therein.

5. a stuffed toy described in claim 1 to 3 is characterized in that, metal wire is a stainless steel wire.

6. a stuffed toy described in claim 1 to 3 is characterized in that metal wire is wrapped up with polyvinyl chloride.

7. a stuffed toy described in claim 1 to 3 is characterized in that, this toy is covered with the plush outer cover.

8. a stuffed toy described in claim 1 to 3 is characterized in that, this toy is covered with the leather outer cover.

9. a stuffed toy described in claim 1 to 3 is characterized in that, this toy is covered with the outer cover of inflatable polyvinyl chloride.

10. a stuffed toy described in claim 1 to 3 is characterized in that, this outer cover is filled with polyester.

Images