KR200201214Y1 - Shape changeable paper toy - Google Patents

Abstract

The present invention is extremely easy to manufacture and assemble, and relates to a paper toy that can easily change the shape between the flying object and the robot through the rotation, insertion and bending of each part, the body, the flying object, leg, left, In the shape-changing paper toy consisting of a right arm part, left and right wing parts, the body part is installed at the head part, the chest part, the abdomen, the upper part of the bag-shaped coupling part which is installed below the head part, and the rear part of the abdomen. It is composed of a bag-shaped rear protrusion insertion portion which is opened upwardly, the flying object portion is formed integrally with the body portion, is configured to be bent to the front and rear on the basis of the bending line, the rear wing is formed at both ends of the rear left and right, In the rear center is formed a rear projection projecting outward, the upper end is formed with an opening and closing portion having a projection of the projection shape, the opening and closing portion The left and right propulsion parts are formed on the right side and are formed to protrude outwardly, and a fixed part of the tunnel shape is formed at the rear side and is opened to the left and right sides. A bending member and a fixing member protruding outwardly inwardly, the left and right arm portions having left and right eye pivot holes at one end thereof, and left and right sides formed on left and right sides of the chest side back of the body portion. It is axially coupled to the inner rotation shaft, the rotational movement is installed freely up and down, the left and right wing portion has a left, right wing pivot hole at one end, and the left, right wing rotation shaft formed in the right and left places of the rear of the flying object portion It is axially coupled to, characterized in that the rotational movement is installed freely up and down, ease of production and ease of assembly, as well as the induction of fun and the user's tiredness It can achieve the effect of.

Description

Paper toy which shape change is possible {SHAPE CHANGEABLE PAPER TOY}

The present invention relates to a paper toy, and more particularly to a paper toy that can change the shape between the flying object and the robot through the rotation, insertion, and bending process of each part.

Conventional games or toys made of paper usually have a certain shape or character printed on one side of the paper, and cut out with a tool such as scissors so that children can play with it. Such paper toys, etc. have a problem that the user is easily tired by the fixing of the planar shape.

In addition, among the conventional paper toys, there is a toy that enables a three-dimensional shape by assembling and completing each part by a certain assembly method. However, since these toys have a large number of parts and are extremely difficult to assemble, they are difficult to assemble for children who are practical users of paper toys. there was.

In addition, although a shape-modifiable toy made of 3D plastic or metal is also manufactured, there is a problem in that the manufacturing process is complicated and expensive.

The present invention was devised to solve the problems as described above, the present invention is a structure that is extremely easy to manufacture and assembly, the purpose of providing a paper toy that is easy to change the shape between the robot and the flying object with a simple operation. It is done.

1 is a parts diagram showing each component of the paper toy according to the present invention,

2 is an assembly view of the paper toy according to the present invention,

3 is an explanatory diagram showing a shape change process of the paper toy according to the present invention.

<Explanation of symbols for main parts of the drawings>

10 ... Body 12 ... Head

14 ... Chest 16 ... Abdomen

18.Bending line 20 ... Left propulsion unit

22 Right propulsion part 30 Flying object part

32, 33.

35.Rear projection 36

38 ... joint 50 ... leg

52 fixing member 54 fixing member

56 ... bending member 60 ... left arm

62 ... left arm pupil 70 ... right arm

72 Right-handed council 80 Left-wing part

82 ... left wing cavity 90 ... right wing

92 Right wing

In order to achieve the object as described above, the present invention is a paper toy that can be changed in shape, the body portion, flying object portion, leg portion, left, right arm portion and left, right wing portion, the body portion head, The chest portion, the abdomen, the upper portion of the envelope-shaped coupling portion which is installed in the upper opening is installed below, and the upper portion of the envelope-shaped rear protrusion insertion portion is installed in the rear position of the abdomen, the flying object portion is the body portion It is formed integrally with, and is configured to be bent to the front and rear surface based on the bending line, the rear wing portion is formed on both rear left and right ends, the rear center portion is formed in the rear center projecting outwards, the upper end opening and closing portion provided with a projection-shaped protrusion Is formed, the left and right propelling portion is formed on the left and right sides of the opening and closing portion projecting outwardly, opening in the left and right sides at the rear side location The fixed portion of the tunnel shape is formed and installed, the leg portion is coupled to the abdominal rear of the body portion is provided with a bending member configured to be bent to the front and rear surfaces and the fixing member protruding outward inward, the left, right arm portion once It is provided with left and right eye pivots, and are axially coupled to left and right eye pivot shafts formed on the left and right sides of the chest side back of the body portion, so that rotational movement is freely installed up and down, and the left and right wing portions are provided at one end. It is provided with a left and right wing pivots, and are axially coupled to the left and right wing pivots formed at the rear left and right positions of the flying object portion, so that rotational movement is freely installed up and down.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a part diagram showing each part of the paper toy according to the present invention, Figure 2 is an assembly view of the paper toy according to the present invention. As shown in the figure, the subject innovation is to the body portion 10, the flying object portion 30, the leg portion 50, left, right arm portion 60, 70 and left, right wing portion (80, 90) Consists of.

The body portion 10 is formed by the upper body of the robot, and consists of a head portion 12, the chest portion 14 and the abdomen 16, the lower portion of the head portion 12 of the bag-shaped opening upwards Coupling portion 38 is formed. In addition, a bag-shaped rear protrusion inserting portion (not shown in the drawing) is formed at the rear position of the abdomen 16 upwardly.

The flying object part 30 is integrally formed by being connected to the chest portion 14 side of the body portion 10, and the portion connected to the chest portion 14 side is front to back on the bend line 18. It is configured to be bent, the bent portion 16 of the body portion 10 is bent to express the flying object portion 30 constitutes the front of the flying object portion 30, the flying object portion 30 The rear left and right ends of the rear wing portion 32, 33 is formed, the rear center portion is formed with a rear projection 35 protruding outward. Here, the wing portions 32 and 33 are preferably bent to form a three-dimensional shape.

In addition, the head portion 12 of the body portion 10 is installed in a state that is covered by the opening and closing portion 34 formed on the upper end of the flying object portion 30 in a state in which the flying object portion 30 is bent. And, the upper end of the opening and closing portion 34 is provided with a protrusion 36 formed in a projection shape, it is formed in a position corresponding to the insertion and removal of the coupling portion 38 formed in the body portion 10.

In addition, the left and right propulsion units 20 and 24 of the shape projecting outward are formed on the left and right sides of the opening and closing unit 34 as upper portions of the flying object unit 30.

The leg part 50 forms the lower body of the robot, and includes a bending member 56 at an upper portion thereof, and fixing members 52 protruding outwardly are formed at the inner side of the lower leg. And the bending member 56 is coupled to the back of the abdomen 16 of the body portion 10, is formed to be bent to the front and rear surfaces.

In addition, a tunnel-shaped fixing part 54 is formed at the rear side of the flying object part 30 and is opened to the left and right, and the leg part 50 is bent at the left and right openings of the fixing part 54. At the corresponding position so that the fixing member 52 formed in the leg portion 50 can be fitted.

The left and right arm parts 60 and 70 are portions corresponding to the arms of the robot and are provided with left and right eye pivot holes 62 and 72 at one end. In addition, the left and right arm parts 60 and 70 are axially coupled around the left and right eye pivot shafts (not shown in the drawing) which are formed at the left and right sides of the rear side of the chest side of the body part 10. Up and down rotational movement is freely installed.

The left and right wing portions 80 and 90 are portions corresponding to both side wings of the flying object, and have left and right wing pivot holes 82 and 92 at one end thereof. In addition, the left and right wing portions 80 and 90 are axially coupled around the left and right pivot shafts (not shown in the drawing) formed at right and left sides of the rear surface of the flying object portion 30, and rotate up and down. The movement is installed freely.

The fixing and shape change process of the present invention made as described above will be described in detail. 3 is an explanatory diagram showing a shape change process of the paper toy according to the present invention.

Looking at the state of the flying object before changing the shape of the paper toy according to the present invention, the bending member 56 of the leg portion 50 is bent so that the leg portion 50 is located on the rear of the flying object portion 30, the leg The fixing member 52 of the part 50 is inserted into the fixing part 54 at the rear of the flying object part 30 to fix the leg part 50 to the flying object part 30, and the body part 10 ), The abdomen 16 of the body portion 10 is positioned at the front end of the flying object portion 30 in a horizontal state in which the bend line 18 is not bent. At this time, the head portion 12 of the body portion 10 is covered by the opening and closing portion 34 of the flying object portion 30, the projection portion 36 of the opening and closing portion 34 to the body portion 10 It is fixed by being inserted into the coupling part 38 which is formed. In addition, the left and right arm parts 60 and 70 are rotated and are located at the rear of the flying object part 30, and the left and right wing parts 80 and 90 are rotated to both side ends of the flying object part 30. It is located in the unfolded state. The wings 32 and 33 are bent upwards to show a three-dimensional shape.

In the flying object state as described above, the present invention has a plane shape in appearance since the members expressing the robot state on the rear surface of the flying object portion 30 is hidden.

3 is a view showing one step of the shape change according to the present invention. First, the fixing member 52 of the leg part 50 is released from the fixing part 54 to release the fixing state, and then bent. The bending is performed with respect to the member 56 to form a plane. In this state, the leg part 50 is the tip of the flying object part 30 and is positioned below the abdomen 16 of the body part 10.

② of FIG. 3 is a shape change step 2, which rotates the left and right arm parts 60 and 70 which are rotated and concealed on the rear surface of the flying object part 30, so that the outside of both ends of the flying object part 30 is rotated. To be exposed.

3 is a third step of changing the shape exposing the head of the robot, by releasing the protrusion 36 of the opening and closing portion 34 from the engaging portion 38 of the body portion 10 to release the fixed state of the head It is possible to expose and bend the portion 12.

In the state of ④ of FIG. 3, the rear wing parts 32 and 33 of the flying object part 30 are bent left and right to be collected at the center, and the left and right wing parts 80 and 90 are rotated to rotate the flying object. The process of being located in the rear side of the part 30 is shown.

⑤ of FIG. 3 is a step 5 of changing a shape to fix and fix the shape of the robot, and the flying object part 30 of the body part 10 is bent around the bending line 18 of the body part 10. The rear protrusion 35 is formed at the rear of the abdomen 16 of the body part 10 so as to be located at the rear side and is formed at the rear of the flying object part 30 (not shown in the drawing). Insert into and fix it.

3 in FIG. 3 is a view showing the final state of the shape change to the robot state according to the present invention.

According to the present invention made as described above, it is possible to obtain the effect of ensuring ease of manufacture as well as ease of manufacture due to the configuration of a simple component. And it can be fun by providing a simple and easy shape change process, it has the effect of reducing the weariness of the user compared to paper toys having only a fixed shape.

In addition, according to the present invention, it is possible to easily manufacture a shape-changeable paper toy of low cost.

In addition, the fixing structure of the present invention can achieve a simple and secure fixing, it is possible to obtain the effect of minimizing the damage of each part by use.

Claims (1)

In the paper toy which shape change is possible, The paper toy is composed of a body portion 10, flying object portion 30, leg portion 50, left, right arm portion 60, 70 and left, right wing portion (80, 90), The body portion 10 includes a head portion 12, a chest portion 14, an abdomen 16, a bag-shaped coupling portion 38 and an abdomen opening upwardly installed under the head portion 12 and the abdomen ( 16) is formed of an upwardly opening bag-shaped rear projection insert inserted in the rear position of The flying object part 30 is formed integrally with the body part 10, and is configured to be bent forward and backward based on the bending line 18, and the rear wing parts 32 and 33 are formed at both rear left and right ends thereof. In the rear center, a rear protrusion 35 is formed to protrude outward, and an opening portion 34 having a protrusion 36 of a protrusion shape is formed at an upper end thereof, and a shape protruding outwardly at left and right sides of the opening 34. The left and right propulsion unit 20, 24 of the installation is formed, the tunnel-shaped fixing portion 54 is opened and formed to the left and right sides at the rear side is formed, The leg portion 50 is coupled to the back of the abdomen 16 of the body portion 10 is provided with a bending member 56 configured to be bent to the front and rear and the fixing member 52 protruding outward inwardly and , The left and right arm parts 60 and 70 are provided with left and right eye pivot holes 62 and 72 at one end, and are formed on left and right eye shafts formed on the left and right sides of the chest side rear surface of the body part 10. Axially coupled to, rotational movement is installed freely up and down, The left and right wing portions 80 and 90 are provided with left and right wing pivot holes 82 and 92 at one end thereof, and are formed on left and right wing pivots formed at right and left sides of the rear surface of the flying object part 30. Combined, the toy can change the shape, characterized in that the rotational movement is installed freely up and down.