JP2017140071A - Three-dimensional animal and manufacturing method of three-dimensional animal - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a three-dimensional animal capable of taking varieties of poses in which a position of attaching a head skeleton to a body part can be adjusted, and the head skeleton can be prevented from being detached from the body part.SOLUTION: A three-dimensional animal 1 for which wool felt is used is provided with a skeletal structure 2 composed of wires. The skeletal structure 2 includes a body skeleton 3 formed by mutually twisting two wires and combining them, and a head skeleton 4 connected to the body skeleton 3. The body skeleton 3 is provided with a body part 31 formed by sticking the wool felt with a needle and hardening it on the periphery. The head skeleton 4 is inserted into the body part 31, and one end part 4a on a body part 31 side of the head skeleton 4 is bent and attached to the body skeleton 3.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a three-dimensional animal using wool felt and a method for producing the three-dimensional animal.

  In the field of handicrafts, felt handicrafts that use felt materials to produce animals, plants, dolls and other three-dimensional objects are loved. In felt handicrafts, there are stuffed animals that are stuffed into felt fabrics that are sewn together, as well as those in which wool felt is densely stabbed with a special needle and the wool felt is shrunk and shaped.

  There are various types of animals, including dogs and cats, but even for the same type of animals, for example, in small dogs and large dogs, the relative positional relationship between the head and tail with respect to the torso, legs, The physical characteristics of animals represented by the shape of the tail and the like are greatly different from one another, and moreover, the characteristics of these animals are different from one animal to another.

  As for three-dimensional animals using wool felt, there is a growing demand for animals that can reproduce the animals that they currently or have been able to keep, and that even beginners can easily express the physical characteristics of animals. Yes.

  Conventionally, for example, a technique disclosed in Patent Literature 1 has been proposed in order to provide a wool felt three-dimensional animal that can take various poses.

  The three-dimensional animal of the wool felt disclosed in Patent Document 1 has a total of four wires, the head and torso, forefoot, hindfoot, and tail, and each wire of the forefoot and hindfoot is bent into a U-shape. It is characterized in that one side of the wire is joined and twisted, and the head, body, and tail wires are joined together, and a mall is hooked around the end of all the rolled wires and the whole wire is wound.

  The wool felt three-dimensional animal disclosed in Patent Document 1 can produce a wool felt three-dimensional animal with various poses by unifying the structure and length of the wire serving as a skeleton.

  However, the three-dimensional animal of wool felt disclosed in Patent Document 1 has a total of four wires, the head and torso, forefoot, hindfoot, and tail, and is wound around the whole wire, and further wool Since the felt is wound around, the relative positional relationship between the head, the torso, the front legs, the rear legs, and the tail is determined in advance.

  For this reason, the wool felt three-dimensional animal disclosed in Patent Document 1 cannot adjust the mounting position of the head and tail with respect to the torso after the molding is wound around the wire, and forms the desired three-dimensional animal. Therefore, skilled skills are required, and as a result, there is a problem that the shaped three-dimensional animal is far from the three-dimensional animal desired by the producer.

  In addition, the wool felt three-dimensional animal disclosed in Patent Document 1 is passed through a hole in a button-shaped plastic eye part, and is fixed to the face with a dedicated working needle (felting needle). As a result, the three-dimensional animal of wool felt disclosed in Patent Document 1 can describe the shape and surroundings of eyes, such as round eyes, cut-length eyes, and almond eyes.

  However, the wool felt three-dimensional animal disclosed in Patent Document 1 stiffens the wool felt around the eyes with a needle many times, so that the position of the eyes may shift during the stab, or the eyes may be depressed. There was a problem of end.

  On the other hand, wool felt is used as a three-dimensional animal, and has a skeleton structure composed of wires, and the skeleton structure includes a trunk skeleton that is the skeleton of the animal's trunk and a head that is the skeleton of the animal's head. And a skeleton, a torso made of wool felt is formed around the torso skeleton, and the skeleton is pierced into the torso part. In such a case, the head skeleton and the torso skeleton are not connected to each other. As a result, when the head skeleton is moved to a desired posture, the head skeleton is detached from the torso skeleton. .

JP2015-164499A

  Therefore, the present invention has been devised in view of the above-described problems, and the object of the present invention is to be able to take various poses, to adjust the attachment position of the head skeleton to the torso, It is an object of the present invention to provide a three-dimensional animal and a method for producing the three-dimensional animal that can prevent the skeleton from being detached from the trunk.

  The three-dimensional animal according to the first invention is a three-dimensional animal using wool felt, and has a skeletal structure composed of wires, and the skeleton structure is formed by twisting and connecting two wires together. A torso skeleton and a head skeleton connected to the torso skeleton, and the torso skeleton is formed with a torso by stabbed wool felt around the torso skeleton. One end portion of the head skeleton on the side of the body skeleton is bent and attached to the body skeleton.

  A three-dimensional animal according to a second invention is the first invention, wherein the skeleton structure further comprises a tail skeleton connected to the trunk skeleton, the tail skeleton being inserted into the trunk part, and the trunk of the tail skeleton. One end of the skeleton side is bent and attached to the body skeleton.

  The three-dimensional animal according to the third invention is the attachment of the head skeleton and the tail skeleton to the trunk skeleton based on a template having a skeleton shape in which the skeleton of the animal is depicted. The position is determined.

  According to a fourth aspect of the present invention, there is provided a three-dimensional animal according to the second or third aspect, wherein the head skeleton is formed by stabing wool felt around the head with a needle, and the tail skeleton is wool around the head. A tail composed of felt is formed, and the template has an outer shape of an animal drawn based on an animal photograph or illustration, and the trunk, the head, and the tail are: It is formed based on the outer shape of the template.

  A three-dimensional animal according to a fifth invention is the fourth invention, wherein the head has an insertion hole to which an eye member to be an animal's eye is attached, and the eye member has an attachment portion that can be inserted into the insertion hole. A liquid or solid adhesive is applied to both or one of the attachment portion and the insertion hole, and the attachment portion is inserted into the insertion hole.

  A method for manufacturing a three-dimensional animal according to a sixth aspect of the present invention is a method for manufacturing a three-dimensional animal using wool felt, wherein a body skeleton is formed by twisting and bonding two wires together, and the body skeleton In the body part forming step, the body part forming step of forming a body part by stabing wool felt with a needle around the body skeleton of a skeleton structure composed of a wire having a connected head skeleton, and the body part forming step A head skeleton mounting step of inserting the head skeleton into the formed body part, bending one end part of the head skeleton on the body skeleton side, and attaching the one end part of the head skeleton to the body part. It is characterized by.

  According to 1st invention-6th invention, by providing the skeleton structure comprised with a wire, it becomes possible to move a trunk skeleton and a head skeleton freely to the attitude | position which a producer likes.

  Further, according to the first to sixth inventions, it is possible to adjust the attachment position of the head skeleton with respect to the torso by inserting the head skeleton into the torso.

  According to the first to sixth inventions, one end of the head skeleton on the body skeleton side is bent and attached to the body skeleton. For this reason, according to the first to sixth inventions, it is possible to prevent the head skeleton from detaching from the torso when the head skeleton is moved to the creator's preferred posture.

  According to the second to sixth inventions, the skeletal structure further includes a tail skeleton composed of wires, whereby the tail skeleton can be moved freely.

  According to 2nd invention-6th invention, it becomes possible to adjust the attachment position of the tail skeleton with respect to a trunk | drum by inserting a tail skeleton into a trunk | drum.

  Further, according to the second to sixth inventions, one end of the tail skeleton on the side of the body skeleton is bent and attached to the body skeleton. For this reason, according to the second to sixth inventions, it is possible to prevent the tail skeleton from being detached from the body part when the tail skeleton is moved to the posture desired by the producer.

  In particular, according to the third to fifth inventions, the skeletal structure is determined by determining the attachment positions of the head skeleton and the tail skeleton with respect to the body portion based on a template having a skeleton shape in which the skeleton structure is depicted. Even a beginner can easily express the relative positional relationship between the head skeleton and the tail skeleton with respect to the trunk.

  In particular, according to the fourth to fifth inventions, the template has an outer shape of an animal drawn based on a photograph or illustration of the animal, and the trunk, the head, and the tail are the template. It is possible to prevent the head and tail from becoming too large or too small with respect to the torso, so that even beginners can easily model It becomes.

  In particular, according to the fifth invention, the head has an insertion hole for attaching an eye member to be an animal eye, and a liquid or solid adhesive is applied to the attachment part of the eye member and inserted into the insertion hole. By doing so, it is possible to prevent the adhesive from leaking out of the insertion hole. For this reason, according to the 5th invention, it becomes possible to express a rich expression, without the hardened adhesive appearing.

  In particular, according to the sixth invention, in the skull skeleton attachment step, the skull skeleton is easily attached to the trunk skeleton by inserting the skull skeleton into the trunk and bending one end of the skull skeleton on the trunk skeleton side. It becomes possible to prevent the head skeleton from detaching from the body skeleton.

It is a perspective view which shows the three-dimensional animal to which this invention is applied. It is a figure which shows the type | mold plate used for the three-dimensional animal to which this invention is applied. It is a perspective view which shows a skeleton structure among the three-dimensional animals to which this invention is applied. It is a figure which shows a trunk skeleton among the solid animals to which this invention is applied. It is a figure which shows a trunk | drum part among the solid animals to which this invention is applied. It is a figure which shows the through-hole of a trunk | drum part among the three-dimensional animals to which this invention is applied. It is a figure which shows the state which penetrated the head skeleton and the tail skeleton in the through-hole of the trunk | drum among the three-dimensional animals to which this invention is applied. It is a figure which shows the state which bent the one end part of the head skeleton and the tail skeleton among the solid animals to which this invention is applied. It is a figure which shows the state by which the one end part of the head skeleton and the tail skeleton was attached to the trunk skeleton among the solid animals to which this invention is applied. It is a figure which shows the state which formed the head and the tail part among the solid animals to which this invention is applied. It is a figure which shows only a head among the solid animals to which this invention is applied. It is a flowchart of the three-dimensional animal to which this invention is applied.

  Hereinafter, embodiments for implementing a three-dimensional animal to which the present invention is applied will be described in detail with reference to the drawings.

(Three-dimensional animal)
FIG. 1 shows a perspective view of a three-dimensional animal 1 to which the present invention is applied. The three-dimensional animal 1 uses wool felt and is used for display in a room or the like. The three-dimensional animal 1 is modeled by simulating an animal that is currently kept or previously kept. The three-dimensional animal 1 is also used to relieve feelings of sadness due to the loss of an animal, a so-called pet loss, and to recall deep attachment and affection for animals cultivated by spending time with pets.

  In addition, the three-dimensional animal according to the present invention is not only used for children's toys, etc., as a model of a domestic animal, but also based on a mascot, character, etc. It may be modeled.

  The three-dimensional animal 1 is provided with a skeleton structure 2 that is an animal skeleton composed of wires, and a woolen felt is densely stabbed around the skeleton structure 2 with a special working needle (felting needle). It is to be crushed and shaped. A wire is what is called a wire, for example, is comprised with metals, such as aluminum and iron, and can be bent manually.

(Type plate)
FIG. 2 is a diagram showing a template 8 used for the three-dimensional animal 1 to which the present invention is applied. The three-dimensional animal 1 includes an animal outline 81 drawn based on a photograph or illustration of an animal viewed from the side direction orthogonal to the front direction horizontally extending from the head to the tail of the animal, and the inside of the outline 81 viewed from the side direction. And a plate-shaped template 8 having a skeleton shape 82 schematically depicting the skeleton of the animal.

  A transparent acrylic plate is used for the template 8, and an outer shape 81 and a skeleton shape 82 are depicted on the surface thereof. Since this template 8 is transparent, for example, the right side of the animal can be easily obtained by turning over the template 8 having the outer shape 81 depicting the left side of the animal on the surface and the skeleton shape 82. It becomes possible. Thus, it is desirable for the template 8 to prepare the animal outer shape 81 and the skeleton shape 82 on both side surfaces, thereby enabling the animal side surfaces to be shaped with good balance.

  Since this outline 81 is drawn using animal photographs, illustrations, etc., it reflects the positional relationship between the head and tail relative to the torso, including the length and size of the animal's head, torso, and tail. Is possible.

  The skeletal shape 82 includes a body shape 83 formed in a U-shape when viewed from the side, a head shape 84 formed on the head side of the animal depicted continuously with the body shape 83, and a body shape 83. A tail shape 85 formed on the tail side of the animal depicted in succession. The trunk shape 83 is a central side among the sides formed in a U-shape and corresponds to the back of the animal 83a, and a leg shape 83b corresponding to the leg of the animal formed from both ends of the back shape 83a. Have.

  The template used for the three-dimensional animal according to the present invention is not limited to the material. Moreover, the template used for the three-dimensional animal according to the present invention is not limited to transparent, and the left side surface and the right side surface of the animal to be modeled are depicted on the front and back surfaces of one plate. Good. The template used for the three-dimensional animal according to the present invention is not limited to a plate shape. For example, the outer shape and the skeleton shape are drawn on the surface of paper, and the outer shape and the skeleton shape are copied on the back surface. It may be described in In such a case, the back surface is depicted with the front surface copied, so that it is easy to make the outer shape and the skeleton shape depicted on the front surface and the back surface substantially the same.

  In addition, the template used for the three-dimensional animal according to the present invention may be a paper on which a photograph or illustration of an animal is printed by a printing machine. At this time, it is possible to easily obtain the both side surfaces of the animal by printing the template with the left and right reversed, and it is possible to omit the work of drawing the outer shape and the skeleton shape by a person.

(Skeleton structure)
FIG. 3 is a perspective view showing the skeletal structure 2 of the three-dimensional animal 1 to which the present invention is applied. The skeleton structure 2 is a trunk skeleton 3 that is an animal leg and a torso, a head skeleton 4 that is an animal head skeleton connected to the torso skeleton 3, and an animal tail skeleton that is connected to the torso skeleton 3. And tail skeleton 5. Although the details of the skeleton structure 2 will be described later, the attachment positions of the head skeleton 4 and the tail skeleton 5 with respect to the body skeleton 3 are determined based on the template 8 on which the skeleton shape 82 is depicted.

(Torso skeleton)
FIG. 4 is a diagram showing the trunk skeleton 3 and the template 8 of the three-dimensional animal 1 to which the present invention is applied. As shown in FIGS. 3 and 4, the trunk skeleton 3 is formed by twisting and joining the central portions of two wires, and leg skeletons 3 b are formed at the ends of the trunk skeleton 3.

  The body skeleton 3 is formed so that the length of the twisted portion is substantially the same as the length of the back shape 83 a of the body shape 83. Further, the leg skeleton 3b is formed so that its length is substantially the same as the length of the leg shape 83b of the body shape 83. At this time, when a wire having a dimension longer than that of the body shape 83 is used, the body skeleton 3 is formed by appropriately cutting the distal end portion of the leg skeleton 3b according to the leg shape 83b.

  In the trunk skeleton 3, wool felt W is wound around the trunk skeleton 3. For this reason, the wool felt W is formed in a circular shape in a sectional view. In addition, since the body skeleton 3 is wound with the wool felt W, the leg of the animal can be shaped finely by adjusting the amount of the wool felt W wound around the leg skeleton 3b.

  The body skeleton 3 is fixed to the wool felt W by applying a liquid or solid adhesive G to both ends 3c and 3d of the portion formed by twisting and the tip side of the leg skeleton 3b. The Thereby, the trunk skeleton 3 can prevent the leg skeleton 3b from protruding from the wool felt W, in particular, without the wound wool felt W being displaced.

  The three-dimensional animal 1 to which the present invention is applied is configured such that the wool felt W is wound around the trunk skeleton 3, but this configuration may be omitted in the three-dimensional animal according to the present invention.

  FIG. 5 is a diagram showing the body 31 and the template 8 in the three-dimensional animal 1 to which the present invention is applied. Based on the outer shape 81 of the template 8 around the body skeleton 3, the body portion 31 is formed by stiffening the wool felt with a felting needle at a high density so as not to protrude from the outer shape 81.

  FIG. 6 is a diagram illustrating the through holes 34 and 35 of the trunk 31 in the three-dimensional animal 1 to which the present invention is applied. The body portion 31 is drilled by a cone, perforation, or the like, and has through holes 34 and 35 through which a later-described head skeleton 4 and tail skeleton 5 are inserted.

  The positions of the through holes 34 and 35 are preferably determined based on the head shape 84 depicted on the template 8 and the tail shape 85.

(Head skeleton)
FIG. 7 is a diagram illustrating a state in which the head skeleton 4 and the tail skeleton 5 are inserted through the through holes 34 and 35 of the trunk 31 in the three-dimensional animal 1 to which the present invention is applied. The head skeleton 4 is composed of one wire, is aligned with the head shape 84 of the skeleton shape 82, and is inserted into the through hole 34 provided in the body portion 31. In this way, the head skeleton 4 can be attached to an arbitrary position of the trunk portion 31 by being inserted through the trunk portion 31. In addition, the head skeleton 4 can be easily inserted into the body portion 31 because the body portion 31 has the through holes 34. Furthermore, since the head skeleton 4 is aligned based on the head shape 84 of the template 8, it is possible to attach the head skeleton 4 to a position desired by the producer by appropriately setting the position of the head shape 84.

  FIG. 8 is a diagram showing a state where one end portions 4a and 5a of the head skeleton 4 and the tail skeleton 5 are bent in the three-dimensional animal 1 to which the present invention is applied. FIG. 9 is a view showing a state in which one end portions 4 a and 5 a of the head skeleton 4 and the tail skeleton 5 are attached to the trunk skeleton 3 in the three-dimensional animal 1 to which the present invention is applied.

  As shown in FIG. 8, the head skeleton 4 is inserted through the body portion 31, and one end portion 4 a that is an end portion on the side close to the center of the body skeleton 3 is bent into a U shape. Then, as shown in FIG. 9, the head skeleton 4 is attached to the body skeleton 3 by being pulled toward the end portion 3 c on the head shape 84 side of the twisted portion of the body skeleton 3. Thus, the head skeleton 4 has the body part 31 made of wool felt and the body skeleton 3 made of a wire harder than the body part 31, so that one end 4 a faces the body skeleton 3. The one end 4a is attached to the trunk skeleton 3. In addition, the head skeleton 4 is attached by being pulled toward the end portion 3c on the head shape 84 side of the twisted portion of the body skeleton 3 by the body skeleton 3 being reinforced by the wool felt W. The deformation of the trunk skeleton 3 is suppressed, and the one end 4a and the trunk skeleton 3 are firmly fixed.

  In particular, the head skeleton 4 has a wool felt W wound around the torso skeleton 3 formed in a circular shape in a cross-sectional view, and the one end 4a is bent into a U-shape, whereby the one end 4a is It can be fitted to the felt W, and the one end 4a and the body skeleton 3 can be firmly fixed. For this reason, as for the head skeleton 4, it is desirable for the shape of the one end part 4a to be formed in U shape.

  Note that one end of the head skeleton according to the present invention is bent into a U shape, but is not limited to this shape, and is appropriately bent into a V shape, an L shape, or the like so as to be attached to the body skeleton. May be.

  When the head skeleton 4 is attached to the body skeleton 3 and aligned with the head shape 84 of the skeleton shape 82, the head skeleton 4 has one end when the dimension is longer than the head shape 84. The other end 4b, which is the end opposite to 4a, is fitted to the head shape 84 and appropriately cut.

  FIG. 10 is a diagram illustrating a state in which the head 41 and the tail 51 are formed in the three-dimensional animal 1 to which the present invention is applied. Moreover, FIG. 11 is a perspective view which shows only the head 41 among the three-dimensional animals 1 to which this invention is applied.

  The head skeleton 4 is formed with a head 41 made of wool felt around the head skeleton 4. The head 41 is formed based on the outer shape 81 of the template 8 by sticking wool felt around the head skeleton 4 with a felting needle at a high density so as not to protrude from the outer shape 81. . And since this trunk | drum 41 and the head part 41 are both comprised with the wool felt, this head part 41 can be connected with the trunk | drum 31. FIG.

  The head 41 has an insertion hole 42 formed on the surface thereof by a cone or perforation. The eye member 6 which becomes an animal's eye is attached to the insertion hole 42.

  The eye member 6 is a plastic button-type eye used for felt handicraft or stuffed animal modeling, and a material that can express the characteristics of an individual animal such as a round eye or a long eye is appropriately selected. The eye member 6 has a mounting portion 61 that can be inserted into the insertion hole 42. The adhesive G is applied to both or one of the mounting portion 61 and the insertion hole 42, and the mounting portion 61 is inserted into the insertion hole 42. As a result, the head 41 is fixed. Thus, the eye member 6 can be fixed to the head 41 without the applied adhesive G leaking out of the insertion hole 42 by providing the insertion hole 42 in the head 41. . The eye member 6 is preferably fixed to the head 41 by applying an adhesive G to the mounting portion 61 from the viewpoint of convenience of work.

(Tail skeleton)
As shown in FIG. 7, the tail skeleton 5 is composed of one wire, is aligned with the tail shape 85 of the skeleton shape 82, and is inserted into the through-hole 35 provided in the trunk portion 31. As described above, the tail skeleton 5 can be attached to an arbitrary position of the trunk portion 31 by being inserted into the trunk portion 31. Further, the tail skeleton 5 can be easily inserted into the body portion 31 because the body portion 31 has the through holes 35. Further, the tail skeleton 5 is aligned based on the tail shape 85 of the template 8 and can be attached to a position desired by the producer by appropriately setting the position of the tail shape 85.

  As shown in FIG. 8, the tail skeleton 5 is inserted into the trunk portion 31, and one end portion 5 a that is an end portion on the side close to the center of the trunk skeleton 3 is bent into a U shape. As shown in FIG. 9, the tail skeleton 5 is attached to the trunk skeleton 3 by being pulled toward the end 3 d on the tail shape 85 side of the twisted portion of the trunk skeleton 3. Thus, the tail skeleton 5 has the body portion 31 made of wool felt and the body skeleton 3 made of a wire harder than the body portion 31, so that one end portion 5 a faces the body skeleton 3. The one end 5a is attached to the trunk skeleton 3. In addition, when the body skeleton 3 is reinforced by the wool felt W, the tail skeleton 5 is attached by being pulled toward the end 3d on the tail shape 85 side of the twisted portion of the body skeleton 3, The deformation of the trunk skeleton 3 is suppressed, and the one end portion 5a and the trunk skeleton 3 are firmly fixed.

  In particular, the tail skeleton 5 is formed by forming a wool felt W wound around the body skeleton 3 in a circular shape in a cross-sectional view, and the one end 5a is bent in a U-shape so that the one end 5a is woolened. It can be fitted to the felt W. For this reason, as for the tail skeleton 5, it is desirable for the shape of the one end part 5a to be formed in a U-shape.

  Note that one end of the tail skeleton according to the present invention is bent into a U shape, but is not limited to this shape, and is appropriately bent into a V shape, an L shape, or the like so as to be attached to the body skeleton. May be.

  Further, when the tail skeleton 5 is attached to the body skeleton 3 and is aligned with the tail shape 85 of the skeleton shape 82, the tail skeleton 5 has one end when the dimension is longer than the tail shape 85. The other end 5b, which is the end opposite to 5a, is formed by matching the tail shape 85 and cutting appropriately.

  As shown in FIG. 10, the tail skeleton 5 has a tail portion 51 formed of wool felt around it. The tail portion 51 is formed by winding a wool felt around the tail skeleton 5 so as to extend along the extent that it does not protrude from the outer shape 81 based on the outer shape 81 of the template 8. Thus, since the tail 51 is formed by winding wool felt, the tail of an animal can be shaped finely by adjusting the amount of the wound wool felt.

  In the tail skeleton 5, the other end 5 b and the tail 51 are fixed with an adhesive G, respectively. Thereby, it is possible to prevent the tail skeleton 5 from protruding from the tail portion 51. The tail part 51 can be connected to the body part 31 because the body part 31 and the tail part 51 are both made of wool felt.

  In the tail skeleton according to the present invention, the tail may be formed by winding wool felt around the wire and further stiffening the wool felt around the wire with a felting needle at high density. Further, the tail skeleton according to the present invention may be formed with a tail by directly staking wool felt around it with a felting needle at high density. The configuration of the tail skeleton according to the present invention may be omitted.

  The adhesive G is a commercially available solid or liquid adhesive, and is appropriately selected from, for example, a stick glue, an instantaneous adhesive, and an adhesive used for handicrafts.

  The three-dimensional animal 1 to which the present invention is applied includes a skeleton structure 2 composed of wires, and can freely move the body part 31, the head 41, and the tail part 51 in the posture desired by the producer. It becomes possible.

  The three-dimensional animal 1 can adjust the attachment positions of the head 41 and the tail 51 with respect to the trunk 31 by inserting the head skeleton 4 and the tail skeleton 5 through the trunk 31.

  The three-dimensional animal 1 can easily insert the head skeleton 4 and the tail skeleton 5 into the body part 31 by providing the through holes 34 and 35 in the body part 31.

  The three-dimensional animal 1 is formed by bending one end portion 4a of the head skeleton 4 on the body skeleton 3 side and one end portion 5a of the tail skeleton 5 on the body skeleton 3 side by bending each into a U-shape. 4 and the tail skeleton 5 are pulled toward both ends 3c and 3d of the twisted portion of the trunk skeleton 3, respectively, the head skeleton 4 and the tail skeleton 5 are attached to the trunk skeleton 3, respectively. For this reason, when the three-dimensional animal 1 moves the head 41 formed around the head skeleton 4 and the tail 51 formed around the tail skeleton 5 to the posture desired by the producer, It is possible to prevent the tail skeleton 5 from being detached from the trunk skeleton 3.

  In the three-dimensional animal 1, the attachment positions of the head skeleton 4 and the tail skeleton 5 with respect to the body skeleton 3 are determined based on the template 8 in which the skeleton structure 2 has a skeleton shape 82 in which the skeleton of the animal is schematically depicted. Thus, even a beginner can easily express the characteristics of an individual animal, for example, the relative positional relationship between the head skeleton 4 and the tail skeleton 5 with respect to the trunk skeleton 3.

  The three-dimensional animal 1 is formed by appropriately cutting the leg skeleton 3b in accordance with the leg shape 83b when a wire having a size longer than that of the trunk shape 83 is used for the trunk skeleton 3. Further, when the three-dimensional animal 1 is aligned with the head shape 84 of the skeleton shape 82 and the tail shape 85 with the head skeleton 4 and the tail skeleton 5 attached to the trunk skeleton 3, 4 and the size of the tail skeleton 5 are formed longer than the size of the head shape 84 and the size of the tail shape 85, respectively, the other ends 4b and 5b are connected to the head shape 84 and the tail shape. In accordance with No. 85, it is formed by cutting appropriately.

  In other words, the three-dimensional animal 1 can prevent the body part 31 from being imbalanced because the body skeleton 3 is too long as desired by the creator. Can do. In addition to this, for example, in the three-dimensional animal 1, the head 41 and the tail 51 are too long because the length of the head skeleton 4 and the tail skeleton 5 is too long as desired by the producer. This can be prevented beforehand.

  The three-dimensional animal 1 uses a template 8 having an animal outer shape 81 drawn based on a photograph or illustration of an animal, and a torso 31 composed of wool felt, a head 41, a tail 51, Are formed around the skeleton structure 2 so as to extend along the extent that they do not protrude from the outer shape 81 based on the outer shape 81 depicted on the template 8. Thereby, the three-dimensional animal 1 can easily express the shape of the animal, such as the characteristics of the individual animal, for example, the size of the head 41 and the length of the tail 51, and can shape what the producer desires. It becomes possible to do. That is, the three-dimensional animal 1 can prevent the head 41 and the tail 51 from becoming too large or too small with respect to the body 31 and can be easily modeled even by a beginner. It becomes possible.

  In the three-dimensional animal 1, wool felt W is wound around the body skeleton 3 and the body skeleton 3 and the wool felt W are fixed by the adhesive G, so that the body skeleton 3 and the wool felt W are displaced. In particular, the leg skeleton 3b can be prevented from protruding from the wool felt W.

  The three-dimensional animal 1 has an insertion hole 42 to which an eye member 6 that becomes an animal's eye is attached to a head 41, and an adhesive G is applied to both or one of the attachment portion 61 and the insertion hole 42 of the eye member 6. Thus, by inserting the attachment portion 61 into the insertion hole 42, it is possible to prevent the adhesive G from leaking out from the insertion hole 42. For this reason, the three-dimensional animal 1 can express a rich expression without the cured adhesive G appearing.

<Method for producing three-dimensional animal>
Next, the manufacturing method of the three-dimensional animal 1 to which this invention is applied is demonstrated. FIG. 12 is a flowchart of the three-dimensional animal 1 to which the present invention is applied.

  In the manufacturing method of the three-dimensional animal 1 to which the present invention is applied, first, as shown in FIG. 2, a template making process S11 for creating a plate-like template 8 having an outer shape 81 and a skeleton shape 82 is performed. In this template making step S11, an outer shape 81 and a skeleton shape 82 are drawn on the surface of the template 8 using a transparent acrylic plate.

  In the manufacturing method of the three-dimensional animal 1 to which the present invention is applied, as shown in FIGS. 3 and 4, the center portions of the two wires are twisted together based on the template 8 created in the template creating step S11. A body skeleton forming step S12 for forming the combined body skeleton 3 is performed. In this body skeleton forming step S12, the body skeleton 3 is formed so that the length of the twisted portion is substantially the same as the length of the back shape 83a of the body shape 83 depicted on the template 8.

  Further, in the trunk skeleton formation step S12, the length of the leg skeleton 3b is formed to be substantially the same as the length of the leg shape 83b of the trunk shape 83. In the body skeleton formation step S12, when the body skeleton 3 uses a wire having a longer dimension than the body shape 83, the distal end portion of the leg skeleton 3b is appropriately cut and formed in accordance with the leg shape 83b. .

  In the body skeleton forming step S12, a liquid or solid adhesive G is applied to both ends 3c and 3d of the portion formed by twisting and the tip side of the leg skeleton 3b, respectively, and then the body skeleton is applied. Wool felt W is wound around 3, and body skeleton 3 and wool felt W are fixed.

  In the manufacturing method of the three-dimensional animal 1 to which the present invention is applied, as shown in FIG. 5, the body part formation for forming the body part 31 made of wool felt around the body skeleton 3 formed in the body skeleton formation step S12. Step S13 is performed. In this body part forming step S13, the body part 31 is formed by sticking wool felt with a felting needle around the body skeleton 3 based on the outer shape 81 of the template 8 so as not to protrude from the outer shape 81. To do. Thereby, in trunk | drum part formation process S13, it becomes possible to compare the magnitude | size, length, etc., and the external shape 81, shaping the trunk | drum 31. FIG. As a result, in the body portion forming step S13, the rework work that occurs when the body portion 31 becomes too large or too small with respect to the size and length desired by the producer can be omitted, and beginners can be omitted. Even so, it becomes possible to form easily. In addition, in this trunk | drum part formation process S13, when forming the trunk | drum 31, the outer shape 81 of the animal's left and right both sides can be obtained by turning the transparent template 8 upside down. It can be formed with good balance in terms of surface.

  In the trunk portion forming step S13, as shown in FIG. 6, through-holes 34 and 35 are formed in the trunk portion 31, which are drilled by a cone or a perforation and pass through the head skeleton 4 and the tail skeleton 5.

  In the body portion forming step S13, the positions of the through holes 34 and 35 are determined based on the head shape 84 and the tail shape 85 depicted on the template 8.

  In the manufacturing method of the three-dimensional animal 1 to which the present invention is applied, as shown in FIG. 7, a head skeleton attachment step S14 for attaching the head skeleton 4 to the trunk portion 31 formed in the trunk portion formation step S13 is performed. In the head skeleton attachment step S14, the attachment position of the head skeleton 4 with respect to the body skeleton 3 is determined based on the template 8 having the skeleton shape 82 in which the animal skeleton is schematically depicted. In the head skeleton attachment step S <b> 14, the head skeleton 4 constituted by one wire is aligned with the head shape 84 of the skeleton shape 82, and is inserted into the through hole 34 provided in the trunk portion 31. Thereby, in the head skeleton attachment step S14, it is possible to attach to the position desired by the producer, and it is possible to prevent rework caused by mistaken attachment positions.

  In this head skeleton attachment step S14, as shown in FIG. 8, the one end 4a, which is the end of the head skeleton 4 inserted through the body 31 on the side close to the center of the body skeleton 3, is bent into a U shape. In the skull skeleton attachment step S14, as shown in FIG. 9, the skull skeleton 4 is pulled toward the end 3c on the skull shape 84 side of the twisted portion of the trunk skeleton 3, thereby The part 4 a is attached to the trunk skeleton 3.

  In particular, the wool felt W wound around the body skeleton 3 is formed in a circular shape in a cross-sectional view, and the one end 4a of the head skeleton 4 is bent into a U shape, so that the one end 4a is folded into the wool felt W. Can be fitted.

  Further, in this head skeleton attachment step S <b> 14, the head skeleton 4 is longer than the head shape 84 when aligned with the head shape 84 of the skeleton shape 82 with the one end 4 a of the head skeleton 4 attached to the body skeleton 3. If formed, the other end 4b, which is the end opposite to the one end 4a, is matched to the head shape 84 and appropriately cut to form the head skeleton 4.

  In the method for manufacturing the three-dimensional animal 1 to which the present invention is applied, as shown in FIG. 10, a head 41 made of wool felt is formed around the head skeleton 4 attached to the body 31 in the head skeleton attachment step S14. A head forming step S15 is performed. In this head forming step S15, the wool felt is stabbed with a felting needle at a high density around the head skeleton 4 so as not to protrude from the outer shape 81 based on the outer shape 81 of the template 8. A portion 41 is formed.

  Thereby, in head formation process S15, it becomes possible to compare the size, length, etc., and external shape 81, while shaping head 41. In other words, in the head forming step S15, it is possible to perform modeling while adjusting the size and the like of the head 41 along the outer shape 81. As a result, in the head forming step S15, the rework work that occurs when the head 41 becomes too large or too small with respect to the body portion 31 can be omitted. It becomes possible to do. In the head forming step S <b> 15, since the body part 31 and the head part 41 are both made of wool felt, the head part 41 can be connected to the body part 31. In this head forming step S15, when the head 41 is formed, the transparent mold 8 is turned over to obtain the outer shape 81 on both the left and right sides of the animal. It can be formed with good balance in terms of surface.

  In the manufacturing method of the three-dimensional animal 1 to which the present invention is applied, as shown in FIG. 11, the eye member attaching step S16 for attaching the eye member 6 to be the eyes of the animal is performed on the head 41 formed in the head forming step S15. .

  In this eye member attaching step S16, both or either of the attaching portion 61 and / or the inserting hole 42 of the eye member 6 having the attaching portion 61 that can be inserted into the inserting hole 42 formed in the head 41 by a cone, perforation or the like. Then, the adhesive G is applied. In the eye member attaching step S <b> 16, the attaching member 61 is inserted into the insertion hole 42 to fix the eye member 6 to the head 41.

  In the manufacturing method of the three-dimensional animal 1 to which the present invention is applied, as shown in FIG. 7, a tail skeleton attachment step S17 for attaching the tail skeleton 5 to the trunk portion 31 formed in the trunk portion formation step S13 is performed. In the tail skeleton attachment step S17, the attachment position of the tail skeleton 5 with respect to the trunk skeleton 3 is determined based on the template 8 having the skeleton shape 82 in which the animal skeleton is schematically depicted. In this tail skeleton mounting step S <b> 17, the tail skeleton 5 constituted by one wire is aligned with the tail shape 85 of the skeleton shape 82 and is inserted into the through-hole 35 provided in the trunk portion 31. Thereby, in tail skeleton attachment process S17, it becomes possible to attach to the position which a producer desires, and it becomes possible to prevent the rework which arises by making a mistake in an attachment position.

  In this tail skeleton attachment step S17, as shown in FIG. 8, one end portion 5a, which is an end portion of the tail skeleton 5 inserted through the body portion 31, closer to the center of the body skeleton 3 is bent into a U shape. In the tail skeleton attachment step S17, as shown in FIG. 9, the tail skeleton 5 is pulled toward the end 3d on the tail shape 85 side of the twisted portion of the body skeleton 3 to thereby end the one end 5a of the tail skeleton 5. Is attached to the fuselage skeleton 3.

  In particular, the wool felt W wound around the body skeleton 3 is formed in a circular shape in a cross-sectional view, and the one end 5a of the tail skeleton 5 is bent in a U-shape so that the one end 5a is folded into the wool felt W. Can be fitted.

  Also, in the tail skeleton attachment step S17, when the tail skeleton 5 is aligned with the tail shape 85 of the skeleton shape 82 with the one end 5a of the tail skeleton 5 attached to the body skeleton 3, the tail skeleton 5 is formed longer than the tail shape 85. In the case of being formed, the other end 5b, which is the end opposite to the one end 5a, is formed by appropriately cutting the tail 5 in accordance with the tail 85.

  In the manufacturing method of the three-dimensional animal 1 to which the present invention is applied, as shown in FIG. 10, a tail portion 51 made of wool felt is formed around the tail skeleton 5 attached to the trunk skeleton 3 in the tail skeleton attachment step S <b> 17. A tail forming step S18 is performed. In this tail portion forming step S18, after applying adhesive G to the other end portion 5b of the tail skeleton 5, the tail portion 51 is formed by wrapping wool felt around the tail skeleton 5, and the tail skeleton 5 and tail The part 51 is fixed.

  In this tail portion forming step S <b> 18, the tail portion 51 is formed on the basis of the outer shape 81 of the template 8 so that it does not protrude from the outer shape 81. Thereby, in tail part formation process S18, it becomes possible to compare the size, length, etc., and external shape 81, while shaping tail part 51. That is, in the tail portion forming step S <b> 18, the tail portion 51 can be shaped while adjusting the size or the like of the tail portion 51 along the outer shape 81. As a result, in the tail forming step S18, the trouble of rework caused by the tail 51 becoming too large or too small with respect to the body 31 can be omitted, and even a beginner can easily do so. It becomes possible to model. In this tail formation step S18, when the tail 51 is formed, the transparent mold 8 is turned over to obtain the outer shape 81 on both the left and right sides of the animal. It can be formed with good balance in terms of surface.

  The conventional three-dimensional animal has a total of four wires, the head and torso, forefoot, hindfoot, and tail, as a skeleton, bend each wire of the forefoot and hindfoot into a U-shape, and join one side of each wire to twist. In addition, the head, torso, and tail wires are joined together, and a mall is hooked around the ends of all the rolled wires and the whole wire is wound.

  On the other hand, in the manufacturing method of the three-dimensional animal 1 to which the present invention described above is applied, in the head skeleton attachment step S14 and the tail skeleton attachment step S17, the head skeleton 4, the tail skeleton 5 and the trunk portion 31 are inserted. One end portions 4 a and 5 a are bent and attached to the head skeleton 4, the tail skeleton 5, and the trunk skeleton 3. Thereby, in the manufacturing method of the three-dimensional animal 1, the effort which rounds the edge part of a wire can be abbreviate | omitted, and also the effort which winds a molding | mall around the whole wire can be abbreviate | omitted. Therefore, in the manufacturing method of the three-dimensional animal 1, the head skeleton 4 and the tail skeleton 5 can be easily attached to the trunk skeleton 3, and at the same time, the head skeleton 4 and the tail skeleton 5 are detached from the trunk skeleton 3. It is possible to prevent this.

  As mentioned above, although the example of embodiment of this invention was demonstrated in detail, all the embodiment mentioned above showed only the example of actualization in implementing this invention, and these are the technical aspects of this invention. The range should not be construed as limiting.

1: Three-dimensional animal 2: Skeletal structure 3: Body skeleton 3b: Leg skeleton 3c: End 3d: End 4: Head skeleton 4a: One end 4b: Other end 5: Tail skeleton 5a: One end 5b: The other end 6: Eye member 8: Template 31: Body part 34: Through hole 35: Through hole 41: Head part 42: Insertion hole 51: Tail part 61: Mounting part 81: External shape 82: Skeletal shape 83: Body shape 83a: Back Shape 83b: Leg shape 84: Head shape 85: Tail shape G: Adhesive W: Wool felt

Claims (6)

A three-dimensional animal using wool felt,
It has a skeletal structure composed of wires,
The skeleton structure has a trunk skeleton formed by twisting and bonding two wires to each other, and a head skeleton connected to the trunk skeleton,
The torso skeleton has a torso formed by stabing wool felt around it with a needle,
The head skeleton is inserted through the body part,
One end of the head skeleton on the body skeleton side is bent and attached to the body skeleton. The skeleton structure further includes a tail skeleton connected to the trunk skeleton,
The tail skeleton is inserted through the body part,
The three-dimensional animal according to claim 1, wherein one end portion of the tail skeleton on the body skeleton side is bent and attached to the body skeleton. The three-dimensional animal according to claim 1 or 2, wherein the attachment position of the head skeleton to the trunk skeleton is determined based on a template having a skeleton shape in which the skeleton of the animal is depicted. The head skeleton is formed by stabbed wool felt around it with a needle,
The template has an outline of an animal drawn based on an animal photograph or illustration,
The three-dimensional animal according to any one of claims 1 to 3, wherein the trunk and the head are formed based on the outer shape of the template. The head has an insertion hole to which an eye member to be an animal's eye is attached;
The eye member has a mounting portion that can be inserted into the insertion hole, and a liquid or solid adhesive is applied to both or one of the mounting portion and the insertion hole. The three-dimensional animal according to claim 4, wherein the three-dimensional animal is inserted into the insertion hole. A method for producing a three-dimensional animal using wool felt,
A wool felt is formed around the body skeleton of a skeleton structure including a body skeleton formed by twisting and bonding two wires to each other and a head skeleton connected to the body skeleton. A body part forming step of forming the body part by stabbed with a needle,
Skeletal attachment for attaching the head skeleton to the body part formed in the body part forming step, bending one end part of the head skeleton on the body skeleton side, and attaching the one end part of the head skeleton to the body part And a process for producing a three-dimensional animal.

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