JP6397597B1 - Paper craft and manufacturing method thereof - Google Patents

Abstract

[PROBLEMS] To make various parts movable while reproducing complicated forms and features of a human body by utilizing various characteristics of paper and taking advantage of the characteristics of paper into various three-dimensional designs.
A shoulder rear surface portion a1 is continuously formed on the shoulder front surface portion a2, and contour forming portions a3, a4, waist portions a9, a10, insertion portions a7, a8, and foot portions a5, from the shoulder front surface portion. a6 is continuously formed in the same order, and the shoulders a11 and a12 are continuously formed on the back surface of the shoulder. The contour component is bonded to the back side to form a cylinder, and the foot is rounded. It is formed into a cylindrical shape by gluing together, and the insertion part is rolled and bonded, while part of it is inserted into the foot, and the waist is rolled and bonded on the back side to form a cylinder, and the back of the shoulder Is folded back to the back side at the boundary with the front of the shoulder, and a part thereof is adhered to the contour forming part, and a part of the buttocks continuous to the back of the shoulder is inserted into the foot part, and the waist from the shoulder It is a paper craft that shapes the shape up to heels, heels and feet.
[Selection] Figure 1

Description

The present invention relates to a paper craft and a manufacturing method thereof .

  2. Description of the Related Art Conventionally, a paper craft that forms a building, a person, or the like by cutting each part printed on paper craft paper with scissors and assembling it three-dimensionally is known. Today, various techniques have been proposed for paper craft, such as a paper craft that enhances the ease of assembly and a paper craft that improves the mobility of the finished model.

  For example, Patent Document 1 discloses a paper craft in which a doll model is formed from a pattern printed on a sheet material. In the paper craft, the sheet material includes a pedestal part on which a doll model is placed, a cylindrical support part that stands on the pedestal part, and a plurality of part parts that constitute a part of the doll model and are inserted into the support part. These part parts can be rotated around the column part.

  Furthermore, Patent Document 2 discloses a paper craft that cuts out a developed view printed on paper craft paper and assembles it three-dimensionally. In the paper craft, the paper craft paper has water resistance, and the developed view is printed at least partially using reversible temperature indicating ink, and can be cut along the outline of the developed view without cutting with a cutting tool. Cutting processing has been applied.

JP 2006-214564 A JP 2012-245339 A

  However, in the inventions disclosed in Patent Documents 1 and 2, there was no viewpoint to make use of the characteristics of paper as a material. Furthermore, there has been no viewpoint that it is possible to achieve both the reproduction of complicated forms and features of the human body, clothes, etc. and making each part movable.

  The present invention has been made in view of such problems, and the object of the present invention is to make use of the characteristics of paper and to create complex human bodies and clothes by various design ideas for three-dimensionalization. Each part is made movable while reproducing the form and features.

In order to solve the above-described problem, in the paper craft according to the first aspect of the present invention, a shoulder front surface portion, a shoulder back surface portion continuously formed on the shoulder front surface portion, and a continuous formation from the shoulder front surface portion. A left and right contour component, a left and right waist formed continuously from the contour component, a left and right insert formed continuously from the waist, and the insert a foot which extends are continuously formed horizontally, and buttocks which are formed continuously with the shoulder rear portion, comprises a first member having the right and left contour component is bonded on the back side The left and right feet are rounded and bonded to form a cylinder, the left and right insertion portions are rounded, and a part of the left and right insertion portions are inserted into the feet. The waist is rounded and glued on the back side to form a cylinder, and the shoulder back is Folded to the back side at the boundary with the front part, a part thereof is bonded to the contour component part, and a part of the heel part continuing to the shoulder back part is inserted into the foot part, Shapes from the shoulders of the human body to the waist, heels, and feet.

In the 2nd mode of the present invention, in the 1st mode, it further has the 2nd member and the 3rd member which relate to modeling of a foot, and the 2nd member and the 3rd member are rounded. The left and right feet with a three-dimensional effect are formed by being adhered to the portion extending from the foot portion .

In the 3rd mode of the present invention, in the 1st or 2nd mode, it further has a movable member, and the 4th member and the 5th member concerned with modeling of an arm, and the above-mentioned movable member is the above-mentioned shoulder front side is inserted from an opening made between the parts and the shoulder rear portion, a portion is bonded by the inner surface of the first member, said fourth member to the first projecting portion from the member of the movable member and the Five members are bonded to form a movable arm .

  According to a fourth aspect of the present invention, in the third aspect, the fourth member and the fifth member involved in the modeling of the arm are provided with curved cuts in portions corresponding to the joints. It is movable at the part.

According to a fifth aspect of the present invention, in the third aspect, the apparatus further comprises a sixth member and a seventh member relating to clothes, which are respectively attached to the fourth member and the fifth member, sixth and seventh members each has a wrist portion and upper arm portion, the wrist portion is bonded are overlapped left and right rounded, upper arm portion is superposed right and left rounded adhesive are protrusions extending from the upper arm portion is inserted between said first member and said movable member, said sixth member to the fourth member is bonded, the fifth backed by a member to the seventh member bonded it is shaped movable freely clothing.

According to a sixth aspect of the present invention, in the fifth aspect, the sixth member and the seventh member are provided with a plurality of curved cuts, and the left and right portions are partially overlapped with each other. by assembled while, and shaping the clothing a three-dimensional appearance.

According to a seventh aspect of the present invention, in the first to sixth aspects, an eighth member related to the neck and a ninth member related to the face are further provided, and the eighth member is rolled and bonded. The lower part is bonded to the first member, and the ninth member is inserted into the eighth member to form the neck.
In the paper craft manufacturing method according to the eighth aspect of the present invention, the front shoulder portion, the shoulder rear portion continuously formed on the shoulder front portion, and the left and right continuously formed from the shoulder front portion. A contour component, a left and right waist formed continuously from the contour component, a left and right insert formed continuously from the waist, and a continuous from the insert. and a foot portion extending in the right and left, and buttocks which are formed continuously with the shoulder rear portion, a paper craft production method comprising a first member having, the right and left contour components on the back side Formed into a cylindrical shape by bonding, and formed into a cylindrical shape by rounding and bonding the left and right foot portions, rounding the left and right insertion portions, and inserting a part thereof into the foot portions, The back of the shoulder is formed into a cylindrical shape by rounding the waist and bonding it on the back side By folding back to the back side at the boundary with the shoulder front surface part, adhering a part thereof to the contour constituting part, and inserting a part of the buttocks continuous to the shoulder back surface part into the foot part Shapes from the shoulders of the human body to the waist, heels, and legs.
In the ninth aspect of the present invention, in the eighth aspect, the second member and the third member related to the shaping of the foot are rounded and bonded to a portion extending from the foot portion, thereby providing a three-dimensional effect. Model the left and right feet respectively.
In a tenth aspect of the present invention, in the eighth or ninth aspect, inserted from the opening made a soluble moving member between said shoulder front portion and the shoulder rear portion, the inner surface of a part first member The movable arm is modeled by bonding the fourth member and the fifth member related to the modeling of the arm to the portion protruding from the first member of the movable member.
According to an eleventh aspect of the present invention, in the tenth aspect, the fourth member and the fifth member related to the shaping of the arm are provided with a curved incision in a portion corresponding to the joint. It is movable at the part.
In a twelfth aspect of the present invention, in the tenth aspect, each of the sixth and seventh members related to clothes has a wrist part and two arm parts, and the wrist part is rounded to overlap the left and right. Adhering, rolling up the two arm portions and bonding the left and right sides, and inserting the protrusion extending from the second arm portion between the movable member and the first member, the sixth member to the fourth member A movable garment is formed by bonding a member and bonding the seventh member to the fifth member.
In a thirteenth aspect of the present invention, in the twelfth aspect, the sixth member and the seventh member are provided with a plurality of curved cuts, and the left and right portions are partially overlapped at the cut portions. By assembling, a three-dimensional garment is formed.
According to a fourteenth aspect of the present invention, in the eighth to thirteenth aspects, the eighth member related to the neck is rolled and bonded, the lower part thereof is bonded to the first member, and the ninth member related to the neck is mounted. The neck is modeled by inserting it into the eighth member.

According to the present invention, paper crafts that make each part movable while taking advantage of the characteristics of paper and reproducing the form and characteristics of complex human bodies and clothes, etc. by various design ideas for three-dimensionalization, and A manufacturing method thereof can be provided.

It is a block diagram of the paper craft which concerns on one Embodiment of this invention. It is a block diagram of the paper craft which concerns on one Embodiment of this invention. It is a figure explaining the assembly of a leg part from a trunk. It is a figure explaining the assembly of shoes from a leg part. It is a figure explaining the assembly of the movable mechanism of an arm. It is a figure explaining assembly of an arm and a hand. It is a figure explaining the assembly of an arm (clothing). It is a figure explaining attachment of an arm (clothing). It is a figure explaining the assembly of a neck. It is a figure which shows the completed paper craft (person). It is a figure which shows the other paper craft (horse) completed.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  In the paper craft according to an embodiment of the present invention, each part can be moved while reproducing the form and characteristics of a complex human body, etc. by utilizing various characteristics of the paper and taking advantage of the characteristics of the paper and making it three-dimensional. Can do. In detail, it has the following characteristics.

(1) A device to make a human body effectively from flat paper

  (1-1) The shape of the human body and clothes is integrated into a plan view for each member such as the torso, legs, and arms while utilizing the characteristics of paper. it can. More specifically, the shape of the human body such as the torso, legs, and arms and clothes of the human body can be developed in a plan view by utilizing the characteristics of different papers in the vertical and horizontal directions, and can be three-dimensionalized in a simple manner. Furthermore, the layout on the plan view has been devised, such as the body, legs, and arms, such as the side view of paper for members that require curves, and the vertical eye of paper for members that require elasticity. In addition, since the three-dimensional body is integrally formed for each member such as the trunk, legs, and arms from the plan view, the division of each part is small and the work is easy.

  (1-2) Within the same plan view, it is possible to integrally form auxiliary components such as the torso and waist as well as the appearance of the human body by means of design. More specifically, the appearance of the human body can be formed while incorporating auxiliary components such as the trunk and waist.

  (1-3) Since each member is formed with a monocoque structure, it is possible to realize a human body model having a stable shape while maintaining strength even though the base is paper. More specifically, a strong and stable body can be obtained by using a monocoque structure in which the front and back are integrated from the body to the legs using the strength of paper.

(2) Device to improve reproducibility of human body

  (2-1) By designing the cut lines to be inserted into the three-dimensional parts such as the torso, legs, and arms, the shape of the human body and the wrinkles of the clothes can be reproduced, and at the same time, the human body and clothes can be moved. . More specifically, the layout of the cut lines to be applied to the three-dimensional parts such as the body, legs, and arms is devised in design to reproduce the appearance of the human body and the state of the worn clothes at the same time. In addition, the body, legs, arms, and the like can be moved finely by applying cut lines.

  (2-2) A roll-like basic structure can be formed for the body, legs, arms, etc., and a fin-like extended portion can be provided on the outer periphery thereof to improve the reproducibility of the shape of the human body and clothes. More specifically, the body, legs, and arms that make up the human body model are combined with a roll-like structure to form the shape of each part, and an additional fin-shaped extension is provided on the outer periphery of the human body and clothes. The reproducibility of the appearance of the human body and clothes is enhanced by inserting curves and cut lines representing the features of the outer shape to represent the alignment of the human body and clothes.

  (2-3) Due to the design of the raised part, an unnatural opening cannot be made when the object is three-dimensional from the plane. More specifically, by designing the body, arms, legs, etc., including the entire surface part by designing the raised part when three-dimensionalizing from a plane, unnatural openings are created. It is possible to realize almost no human body model.

  (2-4) About each part, the natural state similar to an actual human body can be reproduced. More specifically, each part can be freely shaped, such as changing the body tilt and arm and leg lengths, as well as the actual human body, as compared to conventional paper craft. The natural state of the human body can be reproduced.

  (2-5) Since it is a paper human model, it is easy to edit the design, and it is easy to develop other models. More specifically, the model introduced in the embodiment reproduces the average Japanese male's height and body shape, but uses general-purpose computer software to reproduce gender and body shape in a flexible and diverse manner. Can do.

(3) Device for moving each part of the three-dimensional human body

  (3-1) Due to the design ingenuity, a special joint member is not required, and the joint portion can be moved only by the cut line. More specifically, the body, legs, and arms are integrally formed including the joints. The device can be moved with a simple structure with only the cut line by devising how to make the cut line in the joint part.

  (3-2) For the body, legs, arms, etc., the shape of the body and the alignment of clothes are reproduced by appropriately arranging the cut lines in the three-dimensional part, and the joints of the human body and the movable parts of the clothes are created. More specifically, each part can be moved by the arrangement of the cut lines applied to the three-dimensional parts such as the trunk, legs, and arms, and the movement of the human body can be reproduced finely. In other words, the joint portion can be moved only by the cut line without requiring a special joint member due to the design.

  (3-3) By sliding on the auxiliary structure material of the lumbar region using the incision or the like in which the member having the lower end inserted into the leg portion is formed to the lower part of the front abdomen while forming the appearance of the buttocks from the back and lumbar region Therefore, it is possible to perform a forward and backward tilting motion that is close to the actual movement of the human body. The neck can be tilted forward by the same slide mechanism.

  (3-4) In addition to basic operations such as back and forth, left and right, it is possible to reproduce detailed human body movements such as rotation, bending and twisting by utilizing the characteristics of paper. More specifically, by utilizing the paper properties of the material such as bending and twisting that are strong and flexible for the joint part, in addition to the basic movements such as front and rear, left and right, the torso, legs and arms The movement of the human body can be reproduced in detail, such as the ability to twist the body. In addition, a wide range of movement is secured for the operation of the trunk, legs, and arms by devising how to make the cut lines.

  (3-5) Since auxiliary components such as arms and waist are built in the human body model, each part can be moved without affecting the appearance of the human body.

(4) Other

  (4-1) The structure can be simplified. More specifically, the body is simplified by integrating the front, back and legs of the fuselage to form a monocoque structure, which reduces the number of parts, makes it easy to assemble, and also simplifies the structure of the arm, etc. it can.

  (4-2) Since there is no fine part division and man-hours are reduced, it is easy to work. More specifically, it utilizes a characteristic that is strong and flexible in bending and twisting of the paper material. Furthermore, it is possible to make it easy to paste by increasing the margin of the bonded portion, and also to change the thickness of the human body, legs, and arms. Also, machining and repair are easy, and it is possible to easily work with bonds and scissors. Furthermore, there are few steps for joining the paper members, and a large amount of duplication is easy.

  (4-3) Making full use of characteristics such as flexibility and variability of paper. More specifically, the paper as a material is resistant to bending and twisting, and it is possible to make maximum use of characteristics such as flexibility and variability.

  (4-4) A complicated form can be reproduced. More specifically, various shapes can be changed for each part in the same plane. Changes that cannot be made with hard materials, such as bending and twisting, are added.

  (4-5) Stronger than paper weight and hard to break.

  (4-6) Effective use of the vertical and horizontal eyes of the paper can be achieved. More specifically, for use of the horizontal eye, a rounded surface or a curved surface can be produced. As for the use of the vertical eye, the vertical eye, which is the rolling direction, is elastic, strong, and can be used for parts that require strength.

  (4-7) Easy editing with general-purpose image editing software.

  (4-8) Since the material is easily available, inexpensive, lightweight, and can be recycled as waste paper, the burden on the environment can be reduced.

  Hereinafter, the assembly procedure of each part of the paper craft according to one embodiment of the present invention will be described in detail with reference to the drawings. FIG. 1 shows kraft paper on which FIG. 2 is a development view of each part. Each part of this kraft paper is cut out with scissors etc., and each part is assembled in the following procedures.

<Assembly leg from body>

  The member A1 is a member that can integrally assemble the legs from the trunk. Since the legs are integrally formed from the trunk, it can be easily assembled by following the creation procedure. The part that forms the body reproduces the complex and natural body shape of humans with few parts by using many curves in the cut line. Moreover, the part which does not come out on the surface uses the straight line for the cut line, and has devised to reduce the assembly man-hours. Furthermore, by utilizing the elasticity and elasticity of the paper in the connection mechanism, it can be moved at multiple locations such as the waist and legs, and various poses can be taken. In particular, the lumbar part can be moved while reproducing a three-dimensional shape by sliding an external mechanism that moves the lumbar part on the contour constituting part.

  In actual assembly, first, a cut is made in the broken line portion of the member A1, and glued to the adhesion portion of the shoulder back surface portion a1 or glued to the back surface of the shoulder front surface portion a2, and the front and back of the shoulder are adhered. At this time, the front overhang is not fixed (see FIG. 3A). Subsequently, of the contour constituent parts a3 and a4 of the fuselage, glue is applied to the adhesive part of the right contour constituent part a4, and the left and right sides of the contour constituent parts a3 and a4 of the fuselage are overlapped and bonded on the back side of the trunk (FIG. 3). (See (b)).

  Subsequently, the legs a5 and a6 are rounded and glued to the adhesive part, and glued in a state where the legs are rounded in accordance with the arrows (see FIG. 3C). Next, the insertion portions a7 and a8 to the foot are rounded in advance, and after inserting the insertion portions a7 and a8 into the foot, the waist portions a9 and a10 are glued to the bonding portion and bonded on the back side of the body. (See FIG. 3D).

  Next, the shoulder back portion a1 is folded at two valley fold lines, glued to the overhang of the shoulder back portion a1 to the contour constituting portions a3 and a4, and the side lines are bonded together (see FIG. 3 (e)). . Subsequently, the heel portions a11 and a12 of the shoulder back portion a1 are rounded, and the heel portions a11 and a12 are inserted into the foot portions a5 and a6. At this time, the flanges a11 and a12 are not merely bonded to each other in order to move the body forward and backward (see FIG. 3F).

<Assembling shoes from legs>

  The members A2 to A7 are members that reproduce the toes of wearing shoes from the calves of the feet. In this example, a shin guard is worn. According to these members, the natural shape of the foot from the calf to the shoes can be reproduced with few members. Furthermore, it attaches to member A1 so that a leg part and a foot tip can be moved.

  In actual assembly, cut the parts A2 and A3 in advance with scissors, etc., then bend and round them in advance, glue the upper adhesive part, and the side with the protruding insertion part Adhere so that is on the outside. And it glues on the adhesion part on either side, and adhere | attaches on the back side of leg part a13, a14 below leg part a5, a6 of member A1 (refer Fig.4 (a)). At this time, the lower ends of the members A2 and A3 are aligned with the lower ends of the feet a13 and a14. Next, after adjusting the shape with the members A2 and A3 attached to the member A1, the legs a15 and a16 of the member A1 are rounded and glued to the bonding portion, and bonded on the back side (see FIG. 4B). ).

  Subsequently, the members A6 and A7 related to the shoes are cut in advance with scissors or the like in the broken line portion, and are bent and rounded in advance. Specifically, the front of the shoe is raised, the back is bent, and the sides are bent. Then, the entire back surfaces of the members A6 and A7 are glued, the left and right feet are covered with the members A6 and A7, the upper portions of the front surfaces of the members A6 and A7 are bonded, the upper is bonded, and the back surface is bonded (FIG. 4C). ), FIG. 4 (d)).

  Next, with regard to the members A4 and A5 related to the shin contact, the members A1 and a14 of the member A1 are glued to the adhesive portions or glued to the back surfaces of the members A4 and A5, and the upper portions of the members A4 and A5 are triangular of the feet. The marks are superimposed and adhered, and the shape is adjusted (see FIG. 4E).

<Assembly of movable arm mechanism>

  The member B1 is an internal mechanism for flexibly moving the arm attached to the trunk. By utilizing the elasticity and elasticity of paper for the movable part, not only the vertical and horizontal movements, but also rotation and twisting can be applied, and more natural arm movements can be reproduced.

  In actual assembly, the cut line indicated by the broken line of the member B1 is cut in advance with scissors or the like, bent back and forth, rounded, glued to the bonding portion, and the left and right cuts overlapped and bonded (FIG. 5 ( a)). Subsequently, the assembled member B1 is inserted from the opening formed between the shoulder front surface portion a1 and the shoulder back surface portion a2 of the member A1 related to the trunk, and the inner surface of the member A1 is bonded by the adhesive portion provided in the central portion b1 of the member B1. Adhere to the side (see FIG. 5B). Subsequently, in the attached state, the left and right indicating lines b4 and b5 are used as a guide to balance the left and right, the center portion is adhered to the back in accordance with the arrow on the shoulder, and the arm attaching portions b2 and b3 are rounded. However, bonding is not performed at this time (see FIG. 5C).

<Assembly of hands>

  The members B2 to B5 are members that reproduce from a wrist fitted with an arm and a glove to a palm and further to a finger. Three-dimensional hand shape and finger movement can be reproduced with a small number of members using front and back bonding. In addition, the elasticity of paper can be used to flexibly reproduce movements such as bending and stretching of fingers and arms. By connecting to the arm rotation mechanism, it is possible to rotate the arm different from the movement of the arm wearing the clothes, and to reproduce the natural movement of the arm.

  In actual assembly, cutting is made in advance with scissors or the like along the broken lines of the members B2 and B3. Then, in order to bend and round in advance and paste the members B4 and B5 to the members B2 and B3, they are glued to the bonding portions of the members B4 and B5. Then, the members B2 and B3 are bonded to the back of the hand, and the members B4 and B5 are bonded to each other in order from the fingertip (see FIG. 6A). Subsequently, the two arms b6 and b7 of the members B2 and B3 are glued and bonded to each other, and the shape is adjusted in the attached state (see FIG. 6B). Fingers can be bent and stretched using the flexibility of paper.

  Subsequently, when attaching the members B2 and B3 to which the members B4 and B5 are bonded as described above to the member B1 as the movable member, the members B2 and B3 are glued to the bonding portions of the attachment portions b2 and b3 of the member B1, Insert and bond B3. At this time, the insertion position is set to a position that hangs on the overhanging portion of the shoulder. In the attached state, B1 as a movable member enables bending of the hand and rotation of the elbow, and also functions as a support material for clothes described later (see FIG. 6C).

<Assembly and attachment of arms (clothes)>

  The member A8 is a member that integrally reproduces the arm wearing the left arm's clothes. The member A9 is a member that integrally reproduces the arm wearing the left arm clothes. The members A10 and A11 are members that reproduce the claws applied to the left arm clothes. By constructing a cut line that incorporates the bulges and bends of the arm wearing clothes in advance, it is possible to reproduce an arm with a natural shape. In addition, by changing the shape, it is possible to change to an arm wearing various clothes, and to an arm not wearing clothes. By using the elasticity and elasticity of paper, it is possible to flexibly reproduce movements such as bending and stretching of the arm.

  In actual assembly, cutting is made in advance with scissors or the like along the broken line of the member A8, and it is bent and rounded in advance. Subsequently, the adhesive part of the wrist part a17 of the member A8 is glued and rounded, and then the left and right are overlapped and adhered. Similarly, the adhesive portion of the second arm portion a18 is glued, rounded, and then overlapped (see FIG. 7A). And put the shoulder side under the triangle mark. Here, no bonding is performed. Then, after adjusting the appearance, the member A10 related to the hand is bonded to the assembled member A8 (see FIG. 7B). The member A8 corresponds to the left arm clothes.

  Subsequently, the member A9 is also cut in advance along the printed broken line with scissors or the like and glued to the adhesive portion of the cuff a19 or glued to the back surface to bond the cuff a19 (FIG. 7C). )reference). Then, it glues on the adhesion part of wrist part a20, rolls and adheres. Similarly, it glues on the adhesion part of the 2nd arm part a21, it rolls and adheres. And put the shoulder side under the triangle mark. Here, no bonding is performed. Then, the shape is adjusted (see FIG. 7D). The member A9 corresponds to clothing for the right arm.

  Next, attachment of the members A8 and A9 will be described. First, the member A8 corresponding to the left arm garment is inserted into the member B3, and the arrow of the member A6 is aligned with the shoulder arrow (see FIG. 8A). Subsequently, the notch of the second arm portion a18 of the member A8 is put into the shoulder. At this time, when it is moved, it is not bonded (see FIG. 8B).

  Similarly, the member A9 corresponding to the clothing of the right arm is inserted into the member B2, and the arrow of the member A9 is aligned with the arrow of the shoulder. Then, the notch of the second arm portion a21 of the member A9 is inserted into the shoulder (see FIG. 8C). At this time, when moving, no adhesion is performed. Thus, the shape is adjusted with the members A8 and A9 corresponding to the left and right clothes attached (see FIG. 8D). The member B1 as the movable member can move the arm up and down, bend and extend, and rotate. Furthermore, the wrist can be bent and rotated using the flexibility of the member B1 and paper.

<Assembly of the neck>

  The members A12 to A14 and the member B6 are members that reproduce the neck. The shape of the neck of the human body is three-dimensionally reproduced with a single member. A mechanism for supporting the head is provided, and the head can be moved back and forth by inserting the head.

  In the actual assembly, the member B6 is cut with scissors or the like along the broken line, bent in advance and rounded, and valley-folded along the one-dot broken line (see FIG. 9A). Subsequently, glued to the adhesive part of the member B6, rolled and adhered to the adhesive part, folded the adhesive part of the lower part and glued to the front and back, and adhered the member B6 to the member A1 related to the fuselage and attached The shape is adjusted (see FIG. 9B). And it glues on the adhesion part of member A1 in connection with the trunk | drum, turns the upper part of member B8 to the back of member B6, and adhere | attaches so that member B6 may be wound (refer FIG.9 (c)).

  Subsequently, a scissor or the like is cut along the broken line of the member A12, the member A12 is rolled up, and the member A14 is bonded to the bonding portion. Then, the head is completed by bonding the member A13 on the member A14. When adhering the member A13 on the member A14, it is preferable to bend and connect so that the nose protrudes. Thus, the member A12 and the like related to the head can be rotatably mounted on the member B6 simply by inserting the completed head into the member B6.

<Attaching clothes>

  The member B7 is a member that reproduces clothes (a bag). After assembling the human body, it is possible to give the clothes more diversity by assembling and attaching various members.

  In the actual assembly, the member B7 is cut in advance along the broken line with scissors or the like, rounded, and glued to the bonding portion at the cut of the hem b6 to bond the right and left of the cut. Then, create a three-dimensional feeling. Then, it is possible to form a garment (claw) for a person by gluing each adhesive part, covering the leg part of the member A1 from above and connecting the adhesive parts on the left and right.

<Assembling the pedestal>

  In addition to the above, since the pedestal base members B9 to B12 are also printed on the paper craft, it is possible to create a pedestal base for the right foot and the left foot, respectively.

  As a result of the above, the resulting product is as shown in FIGS. 10 (a) to 10 (d). As shown in these drawings, it is possible to make a person take various poses by utilizing the idea of the position of the cut, the organic relationship between the members, and the characteristics of the paper. Further, the modeling object is not limited to a person. For example, it is possible to model a horse with a dynamic feeling as shown in FIGS. 11 (a) to 11 (c).

  As described above, according to the embodiments of the present invention, the following inventions are provided.

  According to the present embodiment, at least the shoulder front surface portion a2, the shoulder back surface portion a1, the heel portions a11 and a12, the contour constituting portions a3 and a4, the waist portions a9 and a10, the insertion portions a7 and a8, and the foot portions a5 and a6 are provided. It has a first member A1, and a shoulder rear surface portion is continuously formed on the shoulder front surface portion. From the shoulder front surface portion, contour constituent portions a3, a4 extending to the left and right, and a waist portion extending to the left and right a9, a10, left and right insertion portions a7, a8, and left and right foot portions a5, a6 are continuously formed in the same order, and left and right heel portions a11, a12 are formed on the shoulder back surface portion. It is formed continuously, it is formed in a cylindrical shape by bonding the left and right contour components on the back side, it is formed in a cylindrical shape by rounding and bonding the left and right feet, and the left and right insertion portions are rounded Part of it is inserted into the foot, and the left and right waists are rolled up and bonded on the back side. It is formed in a cylindrical shape, the shoulder back part is folded back to the back side at the boundary with the shoulder front part, and a part thereof is adhered to the contour constituting part, and a part of the buttocks continuous to the shoulder back part is attached to the foot. The paper craft which models the shape from a shoulder of a human body to a waist, a heel, and a leg is provided by inserting in a part. Therefore, according to this structure, modeling that reproduces the curvaceousness of the human body with high accuracy is possible (see FIG. 3F). Further, since the insertion portions a7 and a8 are only inserted into the foot portions a5 and a6 and are not bonded, it is also possible to assume a forward bending posture.

  Here, it has 2nd member A2 and 3rd member A3 in connection with modeling of a leg, and rounds up the 2nd member and the 3rd member, and adheres to the part extended from foot parts a5 and a6. Then, the left and right legs with a three-dimensional feeling are respectively modeled. Therefore, according to this configuration, it is possible to form a foot with a three-dimensional feeling.

  The movable member B1 further includes fourth members B2 and B4 and fifth members B3 and B5 related to arm modeling, and the movable member is an opening formed between the front shoulder portion and the rear shoulder portion. The arm is movable by inserting a part of the first member A1 on the inner surface of the first member A1 and bonding the fourth member and the fifth member to a portion protruding from the first member of the movable member. Is shaped. Therefore, according to this structure, it becomes possible to model the arm which can move back and forth and right and left. In addition, if the fourth member and the fifth member are printed on the kraft paper in consideration of the vertical and horizontal eyes of the paper, the degree of expansion and contraction can be adjusted.

  In addition, the fourth member and the fifth member related to the shaping of the arm are provided with curved cuts in portions corresponding to the joints, and are movable at the joint portions. Therefore, according to this configuration, it is possible to form an arm that is movable at the joint portion.

  Further, the apparatus further includes a sixth member A8 and a seventh member A9 related to clothes, which are respectively attached to the fourth member and the fifth member, and each of the sixth and seventh members includes a wrist a17, a20 and two arm portions a18 and a21. The wrist portion is rounded and bonded to the left and right sides, the second arm portion is rolled and the left and right sides are bonded to each other, and the protruding portion extending from the two arm portions is connected to the movable member B1. A movable garment is formed by adhering the sixth member to the fourth member and adhering the seventh member to the fifth member while being inserted between the one member A1. Therefore, there is no gap between the garment and the garment on the body side, and even if the arm is moved, no gap is created, resulting in beautiful modeling.

  The sixth member A8 and the seventh member A9 are provided with a plurality of curved cuts, and a garment having a three-dimensional feeling is formed by assembling the left and right parts of the cut parts. Therefore, according to this structure, a natural-looking costume can be modeled.

  Furthermore, it further has an eighth member B6 related to the neck and ninth members A12 to A14 related to the face, the eighth member is rolled and bonded, and the lower part is bonded to the first member, By inserting this member into the eighth member, the neck is shaped. Therefore, according to this configuration, it is possible to reproduce a cervical portion having a three-dimensional effect, and the cervical portion can be moved vertically and horizontally with respect to the body. In addition, the three-dimensional effect of the face (for example, the nose) is also reproduced.

  Although one embodiment of the present invention has been described above, the present invention is not limited to this, and it is needless to say that various improvements and changes can be made without departing from the spirit of the present invention.

  For example, in the paper craft according to the present embodiment, if a large number of members related to clothes are prepared separately, it is possible to change into various clothes after modeling the basic structure of a person. .

  A1-A14 ... member, B1-B12 ... member, a1 ... shoulder rear face part, a2 ... shoulder front face part, a3 ... contour constituent part, a4 ... contour constituent part, a5, a6 ... foot part, a7, a8 ... insertion part, a9, a10 ... waist, a11, a12 ... buttocks, a13, a14 ... foot, a15, a16 ... foot, a17 ... wrist, a18 ... second arm, a19 ... cuff, a20 ... wrist, a21 ... second arm , B1... Central portion, b2, b3... Mounting portion, b4, b5... Indication line, b7, b8.

Claims (14)

Shoulder front,
A shoulder back surface formed continuously on the shoulder front surface;
A contour component extending continuously from the shoulder front surface and extending to the left and right;
A waist part extending left and right continuously formed from the contour component part;
An insertion portion that is formed continuously from the waist and extends to the left and right;
A leg part extending left and right continuously formed from the insertion part;
A buttock formed continuously on the shoulder back surface;
A first member having
The left and right contour components are bonded to each other on the back side to form a cylinder, the left and right feet are rolled and bonded to form a cylinder, and the left and right insertion parts are rolled, A part is inserted into the foot part, the left and right waist parts are rounded and bonded on the back side to form a cylinder, and the shoulder back part is folded back on the back side at the boundary with the shoulder front part , A part of which is bonded to the contour constituting part, and a part of the buttocks that is continuous with the back of the shoulder is inserted into the foot part to reach the waist, heel, and foot from the shoulder of the human body Paper craft that is shaped up to. It further has a second member and a third member related to the shaping of the foot,
The papercraft according to claim 1, wherein the second member and the third member are rounded and bonded to a portion extending from the foot portion, thereby forming right and left feet with a three-dimensional feeling. . A movable member, and a fourth member and a fifth member related to arm modeling,
The movable member is inserted from an opening formed between the shoulder front surface portion and the shoulder back surface portion, a part of the movable member is bonded to the inner surface of the first member, and the portion of the movable member protrudes from the first member. The paper craft according to claim 1 or 2, wherein the fourth member and the fifth member are bonded to form a movable arm. The paper craft according to claim 3, wherein the fourth member and the fifth member related to the modeling of the arm are provided with curved cuts in portions corresponding to joints, and are movable at the joint portions. A sixth member and a seventh member relating to clothes, which are respectively attached to the fourth member and the fifth member;
Each of the sixth and seventh members has a wrist portion and two arm portions, the wrist portion is rounded and bonded by overlapping the left and right sides, and the second arm portion is rounded and overlapped by the left and right sides. A protruding portion extending from the second arm is inserted between the movable member and the first member, and the sixth member is bonded to the fourth member, The papercraft according to claim 3, wherein the seventh member is bonded to a fifth member to form a movable garment. The sixth member and the seventh member have a plurality of curved cuts, and the left and right parts of the cut part are assembled while being partly assembled to form a three-dimensional garment. The paper craft according to claim 5. An eighth member related to the neck and a ninth member related to the face;
The eighth member is rolled and bonded, a lower part thereof is bonded to the first member, and the ninth member is inserted into the eighth member, thereby forming a neck portion. The paper craft according to any one of claims 1 to 6. A shoulder front part, a shoulder back part formed continuously on the shoulder front part, a contour component extending continuously from the shoulder front part, and formed continuously from the contour component part A left and right waist portion, a left and right insertion portion formed continuously from the waist portion, a left and right foot portion continuously formed from the insertion portion, and a shoulder back portion. A method for producing a paper craft comprising a first member having a collar portion formed by:
Forming a cylindrical shape by adhering the left and right contour components on the back side,
Form the tube by rounding and bonding the left and right feet,
Round the left and right insertion parts and insert a part of them into the foot part,
Forming a cylindrical shape by rounding the left and right waist and bonding on the back side,
The shoulder back part is folded back to the back side at the boundary with the shoulder front part, and a part of the shoulder back part is bonded to the contour constituent part, and a part of the buttocks continuous to the shoulder back part is attached to the foot part. A method of manufacturing a paper craft that forms shapes from the shoulders of the human body to the hips, heels, and legs by inserting them into the body. The paper craft according to claim 8, wherein the second member and the third member related to the formation of the foot are rounded and bonded to a portion extending from the foot portion to respectively shape the left and right feet having a three-dimensional feeling. Production method. Insert the opening made a soluble moving member between said shoulder front portion and the shoulder rear portion, a part bonded with the inner surface of the first member, the first projecting portion from the member of the movable member The method for manufacturing a paper craft according to claim 8 or 9, wherein a movable arm is formed by bonding a fourth member and a fifth member involved in forming the arm, respectively. 11. The paper craft according to claim 10, wherein the fourth member and the fifth member related to the modeling of the arm are provided with a curved cut at a portion corresponding to a joint, and are movable at the joint portion. Method. Each of the sixth and seventh members related to the clothes has a wrist part and two arm parts, and the wrist part is rounded and bonded left and right, and the second arm part is rounded and bonded left and right, The sixth member is bonded to the fourth member while the protruding portion extending from the second arm portion is inserted between the movable member and the first member, and the seventh member is bonded to the fifth member. The method for manufacturing a paper craft according to claim 10, wherein a movable garment is formed by bonding members. 13. The sixth member and the seventh member are provided with a plurality of curved cuts, and a three-dimensional garment is formed by assembling the left and right parts of the cut part. A method for producing the paper craft described in 1. The eighth member related to the neck is rolled and bonded, the lower part thereof is bonded to the first member, and the ninth member related to the neck is inserted into the eighth member to form the neck. The method for producing a paper craft according to any one of claims 8 to 13.