KR200199496Y1 - Air-filled Pocket Plush Toys - Google Patents

Abstract

The present invention relates to an air-filled pocket stuffed toy, the object of which is to implement a stuffed toy that changes in size and shape in the form of animals or pocket monsters that can have a good effect on the emotional development of children. The present invention consists of a jub 10 with an air inlet on the inside of a stuffed toy that is opened and closed with a double-sided zipper 17 in a ball-shaped pocket 12 'that is easy to carry, and filled with air, releasing air and removing the pocket. Change the volume ratio of the stuffed toy in the state of incorporation and air into 3-4 times or more so that the first stage transformation 13 is larger than the pocket, and the second stage transformation 11 is the same as the first stage transformation or Inflate to a larger volume.

The stuffed toy implemented by the present invention can be transformed into multiple stages according to the size and composition of the pocket, so it is positive for children who used plastic robots mainly because of the soft touch of the stuffed toy and the shape of living creatures. It has the effect of helping to cultivate emotions and further improving children's imagination and creativity.

Description

Air stuffed pocket stuffed toy. {.}

Children's favorite toys are plastics, robots and automobiles, and most of them are cold, sharp, hard, angular shapes and inanimate feelings. There is also an inherent danger. Therefore, if you can transform the stuffed toys in the shape of animals or monsters that can feel warm, lovely, soft and fluffy and infer the life phenomenon, it can improve the imagination and creativity of children and help to develop safe play and bright emotion. will be.

The present invention is intended to represent a normal Pokémon that currently meets such demands. The purpose of the present invention is to adequately express the transformation from a portable ball-shaped pocket into a monster and then into a more evolved monster. to be.

Techniques for the subtle details of the Jube Toys and the turning of the ball-shaped pockets have already been implemented into the stuffed toys such as Pikachu, a common pocket monster. In addition, research on the filling material of the stuffed toy has also been developed, and many advances have been made in cotton, polyester, synthetic resin, and the like.

However, inflating the stuffed toy to 3-4 times more than the volume of the pocket shape and returning it to its original shape is not made with the existing filling material, and thus the mystery of the pocket monster is not properly maintained.

The present invention is to solve the above problems, the part to express the filling material of the animal or monster-shaped stuffed toy in the ball-shaped pocket (hereinafter referred to as the pocket) that is opened and closed by a portable zipper It is composed of filling materials such as cotton, and most of head and body are composed of juve with air inlet, and the actual inner filling material uses air, and the volume of pocket type without air and the stuffed toy type injected with air The problem is that the volume ratio is changed to four times or more so that the first stage transformation is made larger than the pocket and the second stage transformation is made larger than the stage transformation.

1 is a perspective view of a stuffed toy pocket filled with air according to the present invention

2 is a front view of three sides constituting a jub;

3 is a front perspective view of a jub injecting air by forming a monster shape;

4 is a rear perspective view of FIG. 3;

Figure 5 is a rear perspective view of Figure 1;

Figure 6 is a rear perspective view of Figure 1;

7 is a process diagram transformed according to the present invention.

Figure 8 is an exemplary embodiment transformed into a pocket according to the present invention.

Figure 9 is a side view of a two-stage transformation possible embodiment according to the present invention.

Figure 10 is an exemplary embodiment of a two-step transformation process.

11 is a side view of the air injector.

<Description of the code | symbol about the principal part of drawing>

4: detachable tape. 5: Air inlet.

7: double-sided zipper. 10: Infused air jub endothelium.

11: Stage 2 transformation. 12: Pocket.

13: Phase 1 transformation. 14: Shell of the stuffed toy.

17: Stage 1 transformation and pocket zipper. 18: Two-stage transformation zipper.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. 1 is a perspective view of a monster shape of a pocket stuffed toy filled with air according to the present invention to show the outside of the stuffed toy in a filled state (hereinafter referred to as the outer shell 14). The outer shell of the sewing toy is a means for inflating the outer shell by injecting air into the filler and opening the portion to sew the zipper by sewing the part to be cut and then turned inside to form the desired shape. An air inlet is attached to a resin jub made of ordinary water for playing or a rubber made of rubber, and the jib used as the inner surface of the stuffed toy is fitted to the corresponding surface. Fig. 2 shows three sides of the front part 1, the back part 2, and the back part 3 of the jub, and adheres the edges of each side with a suitable adhesive means such as a press or a high frequency heat treatment adhesive according to the material. At this time, cut and glue the ears, arms and legs so that they protrude, and reduce the number of sides that make up the jub as much as possible, but you can add the cutting to 4 sides and 5 sides as necessary. It is sealed by so that complicated process can be reduced. 3 is a front perspective view of a state in which air is injected into the jub 10 as an inner skin, and FIG. 4 is a rear perspective view of the jub, which constitutes an air inlet at the bottom and a detachable tail portion of the outer skin at the center of the rear surface thereof. The A portion of the tape is attached with an adhesive or the like, and the B portion of the removable tape is attached to the inner side of the back and rear surfaces of the outer skin 14 as shown in the rear perspective view of the outer shell of FIG. When attaching the B (4 ') part, it is not exposed to the outer skin as much as possible and prevents the flow of the inner and outer skin during the transformation of the stuffed toy. As shown in FIG. 6, the air inlet 5 of FIG. After forming the eight projections 19 in the circle attached to the jug 10 of the air inlet, the outer surface of the outer body 14, the outer skin and other fabrics are bonded to the inside of the portion to be inserted to strengthen the tensile force A central perforation and eight small perforations are formed, inserting the air inlet and the projection, and inserting the insert 20 having the eight perforations thereon into the projection through the shell and protruding about 1 mm past the mount. (19) Melt it with a means such as a soldering iron to prevent the fitting from slipping out so that the outer shell and the air inlet are firmly attached. Close the dogs are pushed into the inner air injection into the inner side and the same height of the surface of the injection port and the shroud. As shown in FIG. 7 in the lower part of the back of the outer shell as the stuffed toy, when the pocket 12 is embedded in the stuffed toy, as opposed to the case in which the stuffed toy 14 with air flows out is built into the pocket 12, In order to prevent the fluidity of the outer skin and the inner skin as much as possible and to prevent the jugs from being damaged, the lining can be sewn to a certain position (6) on the back of the outer skin and sewn horizontally on the rear lower part of the outer skin (14). The lining 16 is placed on the upper side of the double-sided zipper and the section A of FIG. 7 is enlarged to show the cross-section, and the end of the opening of the outer shell 14 and the end of the pocket 12 are folded inward one time and the double-sided zipper 7 On both sides of the upper part of the sewing with a lining (16) with two lines of seam (15). When the air of the sewing toy as described above is taken out and rolled up in the pocket 12, it will be in the state like FIG. At this time, the zipper ring of the double-sided zipper may be implemented as shown in the side perspective view by expanding the portion B of Figure 8 or similar in function thereof. As shown in FIG. 6, the minutely protruding parts such as the finger 8, the toe 9, and the face are filled with a filler such as cotton. In addition, when breathing is used as a means for injecting air into the stuffed toy, moisture may be generated in the jub, which may cause deterioration of the jub. Thus, as shown in FIG. It is desirable to utilize a simple air injector with a functioning handle 21 or other portable air injector.

One embodiment of the stuffed toy that can be transformed into a multi-step applying the above content is as follows. 9 is a side view of an embodiment of a two-stage modified pocket plush toy according to the present invention, and the one similar to the overall size of the one-stage modified plush toy 13 is shown in dashed lines. Underneath is a two-stage sewing and pockets. Two-stage transformation that can open and close the pocket (12 ') built in the lower back of the outer shell and the zipper pocket (17) horizontally, and the two-stage sewing toys 11 that can be transformed two-stage on it As shown in Fig. 10, by opening the air inlet of the first-stage modified plush toy and releasing the air, opening the second-stage modified zipper, and taking out the second-stage modified plush toy and injecting air, the zipper is turned upside down. Inside the double-sided zipper, one-step transformed toy is closed and the zipper is closed. At this time, only one zipper is revealed in the pocket form or the second stage form, and two zippers are exposed in the first stage. This is because both the pre and post stages are built into the first stage, and two zippers are revealed in the first and second stages in order to carry out the three stages of the modified toys. It is possible to hide more than one zipper.

As described above, the gist of the present invention is to fill the stuffed toy with air, and to achieve this by constructing the jug with the air inlet in the stuffed toy by endothelial. This stuffed toy can make several times the volume difference between air injection and air bleeding, and it has less weight limitation. If you can do this, you can carry out plush toys that can be transformed into not only stage 1 or stage 2 but also stage 3 and stage 4.

As described above, the present invention fills the pocket stuffed toy with air, which makes the volume ratio of the stuffed toy and the pocket significantly different, thereby enabling the transformation of the stuffed toy and helping children to develop their emotions. When it is transformed into a stuffed toy, its weight is lighter than its size, and it can reduce the fatigue after play, and it is possible to make multi-step transformation such as 1, 2, 3, stage depending on the size and configuration of the pocket. The children who used the transforming robot can think of the soft touch of the stuffed toys and the analogy of life due to the shape of the creature with the life of the animal or monster, so that the children's imagination and creativity can be further improved.

Claims (1)

In the pocket-filled toy filled with air, the inner shell of the stuffed toy can be filled with air, and the jub is formed according to the shape of the outer shell, and an air inlet for injecting air is attached to the inner shell, An air-filled pocket stuffed toy, characterized in that the air inlet of the juve protrudes to the outside through a hole formed in the outer skin and attaches the air inlet to a portion of the outer skin in contact with the air inlet.