KR20210131003A - Motion puppet - Google Patents

Abstract

The present invention relates to a motion puppet to control motion of a limb motion unit variously and simply in a wire control method. According to an embodiment of the present invention, the motion puppet comprises: a puppet body; a limb motion unit disposed on both side parts of the puppet body in the shape of a limb and provided to be bent through a wire adjustment method; a plurality of limb motion wires having one end connected to the limb motion unit and provided in a direction corresponding to the bending direction of the limb motion unit; a control box disposed on the lower part of the puppet body and connected to the other end of the limb motion wires to push or pull the limb motion wires; and a motion controller disposed on one side of the control box and provided to selectively pull the limb motion wire corresponding to the bending direction of the limb motion unit among the limb motion wires.

Description

Motion Puppet {MOTION PUPPET}

The present invention relates to a motion puppet, and more particularly, to a motion puppet capable of more smoothly manipulating the motion of the motion puppet, and more naturally providing various motions in a puppet show or broadcasting.

In general, a puppet is a puppet designed to be animated and moved by the manipulation of a puppeteer. Representative puppets include puppets and sock puppets, as well as marionettes that move using strings or threads.

The puppet as described above is formed in a structure that can be moved directly by the puppeteer.

For example, a puppet includes a sock puppet or hand puppet that directly controls various movements by a human's hand. A typical sock puppet or hand puppet is a form of controlling the puppet by inserting the puppet into hands and fingers.

On the other hand, puppets such as puppets and marionettes are mainly used in puppet shows, but recently, as a form of play culture, privately owned and used for play with children or friends.

For example, Korean Patent Laid-Open Publication No. 10-2019-0007188 (title of invention: span material type hand puppet, publication date: 2019.01.22) discloses a span material type hand puppet in which the inner skin material of the hand puppet is made of a span material. The span material-type hand puppet of Korea Patent Publication No. 10-2019-0007188 (title of invention: span material type hand puppet, publication date: 2019.01.22) as described above, the hand puppet's endothelium is made of span material, so that the hand or fingers can be used as a hand puppet's hand puppet. It is easy to insert inside and has the advantage of smoothly operating the hand puppet.

On the other hand, in recent years, the need for a motion puppet that operates more naturally with more motion in a puppet show in broadcasting or theater is increasing, and in particular, the utility of the motion puppet is further expanding according to the increasing trend of personal broadcasting.

The motion puppet as described above needs to be provided with a structure for easily controlling various motions by a user. For example, conventional motion puppets have disadvantages in that motion is too simple like a sock puppet, or manipulates the fingers in an inconvenient way like a hand puppet. In particular, it is necessary to develop a motion puppet capable of performing rich motions while a user easily manipulates it by himself/herself.

An embodiment of the present invention provides a motion puppet capable of variously and conveniently controlling the motion of the motion puppet in a wire control manner.

In addition, an embodiment of the present invention provides a motion puppet capable of controlling the limb (limb) motion, eye motion, and mouth motion of the motion puppet very precisely and stably.

According to an embodiment of the present invention, a puppet body, a limb motion part disposed in a limb shape on both sides of the puppet body and bent through a wire adjustment method, one end connected to the limb motion part, and the limb motion A plurality of limb motion wires are provided in a direction corresponding to the bending direction of the part, a control box disposed under the puppet body and connected to the other end of the limb motion wires so as to push or pull the limb motion wires, and the control box It is disposed on one side and includes a motion controller provided to selectively pull a limb motion wire corresponding to a bending direction of the limb motion part among the limb motion wires.

Preferably, the limb motion part includes a rod-shaped member that extends outward from both sides of the puppet body and is formed of a bendable material, is coupled to the rod-shaped member so that the rod-shaped member passes through the central portion, and the longitudinal direction of the rod-shaped member Accordingly, it may include a plurality of disc members spaced apart from each other, and a limb shell member disposed to cover the outside of the rod-shaped member and the disc member.

The limb motion wires may be disposed on the outer shell of the disk members to bend the rod-shaped member in a direction pulled by the motion regulator.

Here, a plurality of wire holes for disposing the limb motion wire may be provided in the outer shell of the disk members, respectively. The limb motion wire may be fixed to a wire hole of a first disk member that is farthest apart from the puppet body among the disk members, and is movably disposed in a wire hole of a disk member other than the first disk member can be

In addition, the wire holes are spaced apart along the outer circumference of the disk members, and may be provided to correspond to each other in the disk members. An arrangement position of the wire hole may be provided to correspond to a direction in which the limb motion unit is to be bent.

Preferably, the control box includes a box body coupled to a lower portion of the puppet body and having a first space formed therein for arranging the other ends of the limb motion wires, and is connected to the motion controller and controls the operation force of the motion controller. It may include a first roller member respectively provided at the other end of the limb motion wire to transmit to the limb motion wire.

The other end of the limb motion wire may be fixed to the upper portion of the box body after being bent in a U-shape inside the first space. The first roller member may be provided at the bent portion of the limb motion wire so as to pull the limb motion wire to a length that is doubled than the pulling length of the motion controller as it is pulled downward by the motion controller.

The interior of the first space may be divided into a plurality of first accommodation spaces. The motion puppet, characterized in that the other end of the limb motion wire and the first roller member are accommodated in the first accommodating spaces, respectively.

Preferably, the motion controller includes a control panel provided on one side of the box body, a limb control wire having one end connected to each of the first roller members and movably disposed on the control panel, and the other of the limb control wires. It may include a limb motion manipulation unit connected to the end and provided to selectively push or pull at least one of the limb control wires.

Here, the limb motion manipulation unit includes a central ball member disposed on the upper portion of the control panel, and a manipulation member seated on the central ball member to be spaced apart from the control panel and rotated around the central ball member. can do.

The other ends of the limb control wires are connected to different parts of the manipulation member through the control panel, and the central portion of the manipulation member so as to pull at least one of the limb control wires according to the rotational manipulation direction of the manipulation member. can be eccentrically placed in the

Alternatively, the operation member is formed in a hemispherical or dome shape and is seated on the upper portion of the central ball member, and the dome-shaped seating part includes a rod-shaped operation part extending upwardly in a rod shape from the center of the dome-shaped seating part. can

The lower surface of the dome-shaped seat portion may be formed to be flat, and the upper portion of the central ball member may be in rolling contact with the center of the lower surface of the dome-shaped seat portion. The other ends of the limb control wires may be fixed to fixing holes formed along the outer periphery of the dome-shaped seating part.

Preferably, the motion puppet according to an embodiment of the present invention includes an eye motion unit arranged to form eyes in a pair of eye holes formed on the face of the puppet body and rotatably provided through a wire adjustment method, and the eye motion It may further include an eye motion wire having one end connected to the eye motion unit to correspond to the rotation direction of the negative unit.

The control box may be connected to the other end of the eye motion wires. The motion controller may be provided to selectively pull an eye motion wire corresponding to a rotation direction of the eye motion unit among the eye motion wires.

Preferably, the eye motion part is provided inside the puppet body in a shape surrounding the eyeball member, an eyeball member disposed in the eyeholes, an eye control bar provided to protrude from the rear of the eyeball member, and the eyeball member, respectively, and the eyeball It may include a rotation support member for rotatably supporting the member.

The eye motion wire as described above may be respectively connected to the ends of the eye control bars so as to rotate the eyeball members in a direction pulled by the motion regulator.

Preferably, the motion puppet according to an embodiment of the present invention includes a mouth motion part disposed to form a mouth in a mouth hole formed in the face part of the puppet body and provided to be opened and closed through a wire adjustment method, and the mouth motion part opening and closing direction It may further include a mouth motion wire having one end connected to the mouth motion unit to correspond to it.

The control box may be connected to the other end of the mouth motion wires. The motion controller may be provided to selectively pull an eye motion wire corresponding to an opening/closing direction of the mouth motion part among the mouth motion wires.

Preferably, the mouth motion unit includes an opening/closing member rotatably disposed at one end inside the puppet body to open and close the mouth hole, an opening/closing control bar formed to protrude from the rear of the opening/closing member, and the opening/closing member and the puppet It may include a magnetic member disposed to correspond to each other at the contact portion of the puppet body and the opening and closing member so as to additionally provide adhesion between the main body.

The mouth motion wire as described above may be connected to an end of the opening/closing control bar to open and close the mouth hole by rotating the opening/closing member in a direction pulled by the motion controller.

Preferably, the control box includes a second roller member connected to the motion controller and provided at the other end of the eye motion wires to transmit the operation force of the motion controller to the eye motion wires, and a second roller member connected to the motion controller and connected to the motion controller. It may further include a third roller member each provided at the other end of the mouth motion wire to transmit the operation force of the motion controller to the mouth motion wire.

Preferably, the motion controller includes at least one of an eye control wire, each of which has one end connected to the second roller members and movably disposed on the control panel, and the other end of the eye control wires, of the eye control wires. an eye motion manipulation unit operably disposed on the control panel to selectively push or pull any one, a mouth control wire connected at one end to each of the third roller members and movably disposed on the control panel, and the The device may further include a mouth motion manipulation unit connected to the other end of the mouth control wires and operably disposed on the control panel to selectively push or pull at least one of the mouth control wires.

A second space for arranging at least one of the other end of the eye motion wires and the other end of the mouth motion wires may be further formed inside the box body.

Since the motion puppet according to an embodiment of the present invention has a structure in which the limb motion part is easily bent by pulling or pushing the limb motion wire through the motion controller, the motion of the limb motion part can be variously and conveniently controlled by the wire adjustment method. That is, in the present embodiment, the user of the motion puppet can smoothly bend the limb motion unit in various directions by a simple method of manipulating the motion controller, and accordingly, the motion of the limb motion unit can be easily and accurately manipulated to a desired motion.

In addition, the motion puppet according to the embodiment of the present invention has a structure that controls all the motions of the limb motion unit, the eye motion unit, and the mouth motion unit by manipulating a single motion controller. Accordingly, various motions can be produced by the motion puppet. Accordingly, in the present embodiment, the motion puppet can be smoothly used in a puppet show or a personal broadcast, and the motion puppet can be controlled with a motion desired by the user.

In addition, since the motion puppet according to an embodiment of the present invention has a structure that controls the operation of the limb motion unit, the eye motion unit, and the mouth motion unit in a wire control method, various motions for the motion puppet can be adjusted with a simple control method, The entire structure of the motion puppet can be manufactured relatively compactly.

In addition, the motion puppet according to an embodiment of the present invention selectively pulls the limb motion wires after disposing the limb motion wires in the wire holes formed in the outer shells of the disc members disposed along the rod-shaped member of the limb motion unit, respectively, and then the limb motion. Since it is a structure that bends the limb, it is possible to bend the limb motion part in a desired direction according to the manipulation of pushing or pulling the limb motion wires, and accordingly, the motion of the limb motion part can be variously and quickly adjusted.

1 is a front view showing a motion puppet according to an embodiment of the present invention.
FIG. 2 is a perspective view schematically illustrating the internal structure of the limb motion unit shown in FIG. 1 .
FIG. 3 is a plan view illustrating an internal structure of the eye motion unit shown in FIG. 1 .
FIG. 4 is a side view showing internal structures of the eye motion unit and the mouth motion unit shown in FIG. 1 .
5 to 7 are a front view, a plan view, and a side view showing the puppet controller shown in FIG. 1 .

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited or limited by the examples. Like reference numerals in each figure indicate like elements.

1 is a front view showing a motion puppet 100 according to an embodiment of the present invention. 2 is a perspective view schematically showing the internal structure of the limb motion unit 220 shown in FIG. 1 , FIG. 3 is a plan view showing the internal structure of the eye motion unit 240 shown in FIG. 1 , and FIG. It is a side view showing the internal structure of the eye motion unit and the mouth motion unit 260 shown in FIG. 1 . 5 to 7 are a front view, a plan view, and a side view showing the puppet controller 300 shown in FIG. 1 .

1 to 7 , a motion puppet 100 according to an embodiment of the present invention may include a puppet unit 200 and a puppet controller 300 .

Here, the puppet unit 200 is a puppet for use in a puppet show or personal broadcasting, and may be formed of any one of various animals, people, or creative characters. For example, the puppet unit 100 may be provided in various shapes, such as a puppy, a cat, a monkey, a child, Santa Claus, Mickey Mouse, and Hello Kitty.

Hereinafter, in the present embodiment, the overall shape of the puppet unit 200 will be described as an example of a number shape of '7'. Various types of motion units for moving the eyes and limbs in various directions or opening and closing the mouth may be provided in the puppet unit 200 as described above. Here, the four limbs refer to arms and legs, and hereinafter, "limbs" is a term including arms or legs.

In addition, the puppet controller 300 is disposed below the puppet unit 200 , and may be connected to the lower side of the puppet unit 200 . The puppet controller 300 may be worn, gripped, or fixed by the user of the motion puppet 100 , and accordingly, the puppet controller 300 may be provided to support the puppet unit 200 . The user of the motion puppet 100 can easily and smoothly control the motion of the puppet unit 200 through the puppet controller 300 .

1 to 4 , the puppet unit 200 according to an embodiment of the present invention includes a puppet body 210 , a limb motion unit 220 , a limb motion wire 230 , an eye motion unit 240 , It may include an eye motion wire 250 , a mouth motion unit 260 , and a mouth motion wire 270 .

As shown in FIG. 1, the limb motion unit 220 is shown in a shape that is elongated on both sides of the puppet body 210 to perform the role of both limbs of the puppet unit 200, but the limb motion unit ( 220 may be formed to extend long from the puppet body 210 to serve as a leg of the puppet unit 200 as well as an arm.

Here, the limb motion unit 220 may be arranged in a shape that is elongated on both sides of the puppet body 210, respectively, and may be provided to be bent in the front-rear direction and the vertical direction. In addition, the eye motion unit 240 is disposed in the eye hole 212 formed on the front of the puppet body 210 to serve as the pupil of the puppet unit 200 , and may be provided to be rotatable inside the eye hole 212 . have. Also, the mouth motion unit 260 may be disposed in the mouth hole 214 formed on the front surface of the puppet body 210 to serve as the mouth of the puppet unit 200 , and may be provided to open and close the mouth hole 214 .

Hereinafter, in this embodiment, the limb motion unit 220, the eye motion unit 240, and the mouth motion using a wire adjustment method by the limb motion wire 230, the eye motion wire 250, and the mouth motion wire 270 The motion of the unit 260 can be smoothly controlled, and accordingly, one user can conveniently conduct a puppet show or personal broadcasting while controlling the motion puppet 100 .

As shown in FIG. 1 , the puppet body 210 of this embodiment is a puppet with a puppet shell on the outside of the puppet frame, and is configured to be shown to the audience or viewers in a puppet show or broadcast. The lower portion of the puppet body 210 may be firmly fixed to the upper portion of the puppet controller 300 . The lower portion of the puppet frame of the puppet body 210 as described above may extend downwardly and be connected and fixed to the upper portion of the control box 310 of the puppet controller 300 to be described later.

A pair of eye holes 212 and mouth holes 214 may be formed in the face portion of the puppet body 210 , and a pull-out hole 216 may be formed in a side portion of the puppet body 210 . An eye motion unit 240 corresponding to the doll's eyes may be provided in the eye hole 212 of the puppet body 210, and a mouth motion unit corresponding to the doll's mouth in the mouth hole 214 of the puppet body 210 ( 260) may be provided. A limb motion wire 230 for controlling the motion of the limb motion unit 220 may be provided in the withdrawal hole 216 of the puppet body 210 to be withdrawable.

As shown in FIG. 1 or FIG. 2 , the limb motion unit 220 of this embodiment may be disposed in the shape of a limb on both sides of the puppet body 210 , respectively. The limb motion unit 220 as described above may be provided to be bendable through a wire adjustment method.

For example, the limb motion unit 220 may include a rod-shaped member 222 , a disc member 224 , and a limb sheath member 226 .

The rod-shaped member 222 is a member corresponding to the main skeleton of the limb motion unit 220 elongated in the shape of a rod, and may extend outwardly from both sides of the puppet body 210 . The rod-shaped member 222 as described above may be formed of a flexible material that can be bent. One end of the rod-shaped member 222 may be fixed to the side surface of the puppet body 210 , and the other end of the rod-shaped member 222 may extend to both sides of the puppet body 210 .

The disk member 224 is a member formed in a disk shape, and a plurality of the disk members 222 may be coupled to each other at different positions. That is, the disk members 224 may be disposed to be spaced apart from each other in the longitudinal direction of the rod-shaped member 222 .

Here, the rod-shaped member 222 may be disposed to penetrate through the center of the disk members 224 . The central portion of the disk members 224 as described above may be provided with a rod-shaped member 222 disposed therethrough and a disk fixing part 225 for fixing it. Hereinafter, in the present embodiment, it will be described that the three disk members 224 are disposed to be spaced apart from the rod-shaped member 222 . That is, the first disk member 224a, the second disk member 224b, and the third disk member 224c may be disposed to be spaced apart from one another along the other end from one end of the rod-shaped member 222 at regular intervals.

In addition, a plurality of wire holes 228 for disposing the limb motion wire 230 may be provided in the outer portion of the disk members 224 , respectively. The wire holes 228 as described above may be spaced apart along the outer circumference of the disk member 224 . Wire holes 228 may be provided in the first, second, and third disk members 224 to correspond to each other, respectively.

In this case, the arrangement position of the wire hole 228 may be provided to correspond to the direction in which the limb motion unit 220 is to be bent. That is, since the limb motion unit 220 is bent by adjusting the limb motion wire 230 disposed in the wire hole 228 of the first, second, and third disk members 224, the limb motion unit 220 is It may be bent in a direction corresponding to the arrangement position of the wire hole 228 .

The limb shell member 226 may be disposed on the rod-shaped member 222 and the disk member 224 to cover the outside of the rod-shaped member 222 and the disk member 224 .

1, 2 and 5, the limb motion wire 230 of this embodiment is a member for controlling the motion of the limb motion unit 220, and corresponds to the bending direction of the limb motion unit 220. A plurality of limb motion units 220 may be provided in the direction of One end of the limb motion wire 230 as described above is connected to the disk members 224 of the limb motion unit 220, and may be respectively disposed in the wire holes 228 formed in the outer shells of the disk members 224. have.

The limb motion wire 230 may be pulled or pushed by the motion controller 320 of the puppet controller 300 to be described later to bend the limb motion unit 220 in a desired direction. To this end, one end of the limb motion wire 230 is retractably disposed in the withdrawal hole 216 of the puppet body 210, and may be fixed to the wire hole 228 of the first disk member 224a, It may be movably disposed in the wire hole 228 of the second disk member 224b and the third disk member 224c.

One end of the limb motion wire 230 as described above may be disposed one by one in the wire hole 228 of the disk members 224 . However, in this embodiment, one end of the limb motion wire 230 may be disposed in a wire hole 228 formed on one side of the disk members 224 , and a wire hole 228 formed on the other side of the disk member 224 . After being bent into a , it may be disposed in the corresponding wire hole 228 .

On the other hand, the limb motion wire 230, the wire member 230a that transmits the operation force of the motion controller 320 of the puppet controller 300 to the limb motion unit 220, and the wire member 230a to wrap the outside of the It may include a provided guide hose (230b).

That is, one end of the wire member 230a may be connected to the disk members 224 of the limb motion unit 220 , and the other end of the wire member 230a may be connected to the motion controller 320 . In addition, the wire member 230a may be movably disposed in the longitudinal direction inside the guide hose 230b, and the guide hose 230b may be formed to be freely bent together with the wire member 230a. . For example, the guide hose 230b is manufactured in a shape in which a metal wire is spirally wound to guide the movement of the wire member 230a without being easily bent by an external load as well as smoothly bending with the wire member 230a. A hose may be used.

Further, the limb motion wire 230 may provide a first limb motion wire 232 , a second limb motion wire 234 , a third limb motion wire 236 , and a fourth limb motion wire 238 .

One end of the first limb motion wire 232 is a wire hole disposed on a relatively upper side of the wire holes 228 of the first, second, and third disk members 224 to bend the limb motion part 220 upward. (228) may be provided. One end of the second limb motion wire 234 is a wire hole disposed on the lower side of the wire holes 228 of the first, second, and third disk members 224 to bend the limb motion part 220 downward. (228) may be provided. One end of the third limb motion wire 236 is a wire hole disposed relatively forward among the wire holes 228 of the first, second, and third disk members 224 to bend the limb motion part 220 forward. (228) may be provided. One end of the fourth limb motion wire 238 is a wire hole disposed relatively rearward among the wire holes 228 of the first, second, and third disk members 224 to bend the limb motion part 220 backward. (228) may be provided.

1, 3 and 4 , the eye motion unit 240 of this embodiment may be arranged to form eyes in a pair of eye holes 212 formed on the face of the puppet body 210 . The eye motion unit 240 as described above may be rotatably provided through the same wire adjustment method as the limb motion unit 220 . Hereinafter, in the present embodiment, the eye motion unit 240 may perform a motion of moving the pupil in the left and right directions and the vertical direction.

For example, the eye motion unit 240 may include an eyeball member 242 , an eye adjustment bar 244 , and a rotation support member 246 .

The eyeball member 242 is a spherical member such as an eyeball, and may be rotatably disposed in the vertical direction and the left and right directions, respectively.

The eye adjustment bar 244 may be provided to protrude from the rear portion of the eyeball member 242 . That is, the eye adjustment bar 244 may be rotated together with the eyeball member 242 . As described above, the eye adjustment bars 244 provided on the pair of eyeball members 242 may be connected to each other to be linked. For example, in the present embodiment, the eye adjustment bars 244 are provided parallel to each other, and the ends of the eye adjustment bars 244 may be connected by a separate bar connecting material 244a.

The rotation support member 246 may be provided inside the puppet body 210 in a shape surrounding the eyeball member 242 . The rotation support member 246 as described above may rotatably support the eyeball member 242 inside the eye hole 212 . For example, the rotation support member 246 may include a rotation guide 246a provided in a shape surrounding the eyeball member 242 so as to rotatably support the eyeball member 242, and a position of the rotation guide 246a to be fixed. A guide support 246b provided between the rotation guide 246a and the puppet body 210 may be included.

1 and 3 to 5 , the eye motion wire 250 of this embodiment is a member for controlling the motion of the eye motion unit 240 , and corresponds to the rotation direction of the eye motion unit 240 . A plurality of eye motion units 240 may be provided in the direction of One end of the eye motion wire 250 as described above is connected to the eye control bar 244 of the eye motion unit 240, and is connected to the left and right sides of the eye control bar 244 to pull in the left and right directions, or It may be connected to the upper portion of the control bar 244 to be pulled in the vertical direction. That is, the eye motion wire 250 rotates the eye control bars 244 in the left and right directions or up and down directions as they are pulled by the motion controller 320 of the puppet controller 300 to move the eyeball members 242 to the left or right or up and down, respectively. It can be rotated up and down.

Meanwhile, the eye motion wire 250 may have the same structure as the limb motion wire 230 . That is, the eye motion wire 250 may include a wire member 230a and a guide hose 230b.

Further, the eye motion wire 250 may provide a first eye motion wire 252 , a second eye motion wire 254 , and a third eye motion wire 256 .

One end of the first eye motion wire 252 may be connected to the left side of the eye control bars 244 to rotate the eye motion unit 240 to the left. One end of the second eye motion wire 254 may be connected to the right side of the eye control bars 244 to rotate the eye motion unit 240 to the right. One end of the third eye motion wire 256 may be connected to an upper portion of the bar connector 244a connected to the ends of the eye adjustment bars 244 to rotate the eye motion unit 240 in the vertical direction.

1 and 4 , the mouth motion unit 260 of the present embodiment may be disposed to form a mouth in the mouth hole 214 formed in the face portion of the puppet body 210 . The mouth motion unit 260 as described above may be provided to be able to open and close through the same wire control method as the limb motion unit 220 . Hereinafter, in the present embodiment, the mouth motion unit 260 may perform a motion of moving in the vertical direction in an opening/closing manner.

For example, the mouth motion unit 260 may include an opening/closing member 262 , an opening/closing control bar 264 , and a magnetic member 266 .

The opening and closing member 262 is a member such as a mouth that opens and closes the mouth hole 214 , and may be opened and closed in an opening and closing manner. The opening/closing member 262 may be provided in a panel shape, and may be opened and closed inside the mouth hole 214 . One end of the opening and closing member 262 as described above may be rotatably connected to the inside of the puppet body 210 in a hinge structure, and accordingly, the ip hole 214 is opened and closed while rotating in the vertical direction inside the ip hole 214 . can be

The opening/closing control bar 264 protrudes backward from one end of the opening/closing member 262, and is provided in a shape bent at a predetermined angle between the opening and closing member 262 from the rear of the opening/closing member 262 rearward. It may protrude long at a predetermined inclination angle toward the . One end of the mouth motion wire 270 to be described later may be connected to the opening/closing control bar 264 as described above. Accordingly, as the mouth motion wire 270 is pulled, the opening/closing control bar 264 is also pulled together and the opening/closing member 262 may be rotated downward, and thus the mouth hole 214 is closed by the opening/closing member 262. can be

An elastic member 268 may be provided elastically between the opening/closing control bar 264 and the puppet body 210 as described above. That is, the elastic member 268 may provide an elastic force to the opening/closing control bar 264 to elastically support the opening/closing member 262 in the opening direction of the mouth hole 214 .

The magnetic member 266 is a member for additionally providing adhesion between the opening/closing member 262 and the puppet body 210 , and is disposed to correspond to the adhesion portion between the puppet body 210 and the opening/closing member 262 . can For example, the magnetic member 266 may include a first magnetic body 266a provided at a portion of the puppet body 210 to which the opening/closing member 262 is in close contact, and a first magnetic body 266a as it approaches the first magnetic body 266a. ) may include a second magnetic body 266b disposed on the opening and closing member 262 to generate electromagnetic adhesion between the . The first magnetic body 266a and the second magnetic body 266b as described above may be formed of a permanent magnet, respectively, or may be formed of a permanent magnet and a metal material.

1 and 4 , the mouth motion wire 270 of this embodiment is a member for controlling the motion of the mouth motion unit 260 , and is a mouth motion unit in the opening and closing direction of the mouth motion unit 260 . 260 may be connected. One end of the mouth motion wire 270 as described above may be connected to the opening/closing control bar 264 of the mouth motion unit 260, and may be connected to pull the mouth motion unit 260 in the opening/closing direction. That is, the mouth motion wire 270 may open and close the opening/closing control bar 264 as it is pulled by the motion controller 320 of the puppet controller 300 to rotate the opening/closing member 262 in the vertical direction.

Meanwhile, the mouth motion wire 270 may have the same structure as the limb motion wire 230 . That is, the mouth motion wire 270 may include a wire member 230a and a guide hose 230b.

1 and 5 to 7 , the puppet controller 300 according to an embodiment of the present invention includes a control box 310 and a motion controller 320 .

The puppet controller 300 is integrally disposed under the puppet unit 200 , and may be fixed to the user of the motion puppet 100 in various ways. For example, the user of the motion puppet 100 may use the motion puppet 100 as a method of shouldering, holding, or wearing the puppet controller 300 .

The control box 310 may be connected to the lower portion of the puppet unit 200 , and may be connected to the other end of the limb motion wire 230 , the eye motion wire 250 , and the mouth motion wire 270 . The motion controller 320 may be provided on one side of the control box 310 , and selectively provide an operating force to the other end of the limb motion wire 230 , the eye motion wire 250 , and the mouth motion wire 270 . can be provided.

1 and 5 to 7 , the control box 310 according to an embodiment of the present invention is disposed under the puppet body 210 , the limb motion wire 230 and the eye motion wire 250 . ) and the other end of the limb motion wire 230 and the eye motion wire 250 and the mouth motion wire 270 to push or pull the mouth motion wire 270 .

For example, the control box 310 may include a box body 312 , a first roller member 314 , a second roller member 316 , and a third roller member 318 .

1, 5 to 7, the box body 312 of this embodiment is a box-shaped member coupled to the lower portion of the puppet body 210, the limb motion wire 230 and the eye motion wire ( 250) and a plurality of spaces S1 and S2 for arranging the other end of the mouth motion wire 270 may be formed therein. That is, inside the box body 312 , the other end of the first space S1 and the eye motion wires 250 or the other end of the mouth motion wires 270 for placing the other end of the limb motion wires 230 . A second space S2 for arranging at least one of them may be formed. However, unlike the above, a first space (S1) for placing the other end of the limb motion wires 230, a second space for placing the other end of the eye motion wires 250, and a mouth motion wire 270 A third space for arranging the other end of them may be individually formed inside the box body 312 .

For example, the first space (S1) may be formed on the left and right sides of the inside of the box body 312, respectively, and the second space (S2) is the box body 312 to be disposed between the first spaces (S1). may be formed in the middle of the interior of At this time, the other end of the limb motion wires 230 connected to the limb motion unit 220 disposed on the left side of the puppet body 210 may be disposed in the first space S1 formed on the inner left side of the box body 312 . The other end of the limb motion wires 230 connected to the limb motion unit 220 disposed on the right side of the puppet body 210 is disposed in the first space S1 formed on the inner right side of the box body 312 . can

Accordingly, the other end of the limb motion wires 230 may be disposed to penetrate the portion corresponding to the first space S1 among the upper portions of the box body 312 , and the other end and mouth motion of the eye motion wires 250 . The other end of the wires 270 may be disposed to penetrate through a portion corresponding to the second space S2 among the upper portions of the box body 312 . The other ends of the limb motion wire 230 and the eye motion wire 250 and the mouth motion wire 270 as described above are disposed in the first space S1 and the second space S2 of the box body 312 . , after being bent in a U-shape in the interior of the first space (S1) and the second space (S2) may be fixed to the upper portion of the box body (312).

Meanwhile, in this embodiment, it will be described that the inner space of the box body 312 is divided into a first space (S1) and a second space (S2). However, the present invention is not limited thereto, and the inner space of the box body 312 may be divided into three or more spaces. For example, a space for arranging the other end of the limb motion wires 230 , the other end of the eye motion wires 250 , and the other end of the mouth motion wires 270 may be separately formed.

1, 5 to 7, the first roller member 314 of this embodiment is a member for transmitting the operating force of the motion controller 320 to the limb motion wire 230, and the motion controller ( 320 and the other end of the limb motion wire 230 may be connected. That is, the first roller member 314 is disposed in a portion bent in a U shape by the other end of the limb motion wires 230, respectively, one end of the limb control wire 322 of the motion controller 320 to be described later. can be operably connected with

1, 5 to 7, the second roller member 316 of this embodiment is a member for transmitting the operating force of the motion controller 320 to the eye motion wire 250, and the motion controller ( 320 and the other end of the eye motion wire 250 may be connected. That is, the second roller member 316 is respectively disposed on the portion bent in a U shape by the other end of the eye motion wires 250 , and one end of the eye control wire 324 of the motion controller 320 to be described later. can be operably connected with

1, 5 to 7, the third roller member 318 of this embodiment is a member for transmitting the operating force of the motion controller 320 to the mouth motion wire 270, the motion controller ( 320 and the other end of the mouth motion wire 270 may be connected. That is, the third roller member 318 is disposed on the portion bent in a U shape by the other end of the mouth motion wire 270, respectively, and one end of the mouth control wire 326 of the motion controller 320 to be described later. can be operably connected with

Meanwhile, the first roller member 314 is disposed at the other end of the limb motion wires 230 and at one end of the limb control wire 322 , and the second roller member 316 is the other end of the eye motion wires 250 . It is disposed at one end of the eye control wire 324 , and a third roller member 318 is disposed at the other end of the mouth motion wires 270 and at one end of the mouth control wire 326 . When the first, second, and third roller members 314, 316, and 318 are disposed as described above, the other end of the limb motion wire 230, the eye motion wire 250, and the mouth motion wire 270 is pulled downward. The length may be increased to twice the length at which one end of the limb control wire 322 and the eye motion wire 250 and the mouth motion wire 270 are pulled downward. Accordingly, the response performance of the limb motion unit 220 to the manipulation of the motion controller 320 may be further increased.

In addition, the other end of the limb motion wires 230 and the first roller members 314 may be accommodated in the first space S1 . The first space S1 as described above may be divided into a plurality of accommodation spaces to independently accommodate the other end of the limb motion wire 230 and the first roller member 314 .

Also, the other end of the eye motion wires 250 and the second roller members 316 and the other end of the mouth motion wire 270 and the third roller member 318 are accommodated in the second space S2. can be The second space S2 as described above is configured to individually accommodate the other end of the eye motion wire 250 and the second roller member 316 and the other end of the mouth motion wire 270 and the third roller member 318 . It may be divided into a plurality of accommodation spaces.

When the first space S1 and the second space S2 are divided as described above, the limb motion wire 230, the eye motion wire 250, the mouth motion wire 270, and the first, second, and third roller members ( Since 314 , 316 , 318 are individually disposed in independent spaces, the operation of the limb motion wires 230 , the eye motion wires 250 , and the mouth motion wire 270 are operated independently without affecting each other. Operational safety of the control box 310 may be secured.

For reference, reference numeral "319" shown in FIG. 5 is supported by bending one end of the limb control wires 322, one end of the eye control wires 324, and one end of the mouth control wire 326 in a desired direction. It is a 'wire support bar' for this purpose. The wire support bar 319 as described above may be provided on the inner lower side of the first space S1 and the second space S2, respectively.

1, 5 to 7, the motion controller 320 according to an embodiment of the present invention, the limb motion wires 230, the eye motion wires 250, and the mouth motion wire 270 It may be provided to selectively pull or push. The motion controller 320 as described above may be disposed on one side of the control box 310 to be provided integrally with the control box 310 . The motion adjuster 320 may be configured to selectively provide a manipulation force to the limb motion wires 230 , the eye motion wires 250 , and the mouth motion wire 270 .

That is, the motion controller 320 is provided to selectively pull any one of the first, second, third, and fourth limb motion wires 232 , 234 , 236 , 238 in response to the bending direction of the limb motion unit 220 . It may be provided to selectively pull any one of the first, second, and third eye motion wires 252 , 254 and 256 in response to the rotation direction of the eye motion unit 240 , and the mouth motion unit 260 . ) may be provided to selectively pull or push the mouth motion wire 270 in response to the opening/closing direction.

For example, the motion controller 320 may include a control panel 321 , a limb control wire 322 , a limb motion manipulation unit 323 , an eye control wire 324 , an eye motion manipulation unit 325 , and a mouth control wire 326 . ), and a mouth motion manipulation unit 327 .

5 to 7, the control panel 321 of this embodiment is provided on one side of the box body 312, and a limb motion manipulation unit 323, an eye motion manipulation unit 325, and a mouth motion manipulation unit ( 327) may be operably disposed. On the other hand, the limb control wires 322, the eye control wires 324, and the mouth control wire 326 are, in the control box 310, the limb motion manipulation unit 323, the eye motion manipulation unit 325, and the mouth motion manipulation unit ( 327 ) may be movably disposed on the control panel 321 .

5 to 7 , the limb control wire 322 of this embodiment may be respectively connected to the first roller members 314 and the limb motion manipulation unit 323 . That is, one end of the limb control wire 322 may be operably connected to the first roller member 314 , and the other end of the limb control wire 322 may be operably connected to the limb motion manipulation unit 323 . The limb control wire 322 as described above may be movably disposed along the control panel 321 .

For example, the limb control wires 322 are connected to the other end of the first limb motion wire 232 via the first roller member 314, the first limb control wire 322a, the second limb motion wire The second limb control wire 322b connected to the other end of the 234 via the first roller member 314, the third limb motion wire 236 via the first roller member 314 to the other end of the A third limb control wire 322c connected thereto, and a fourth limb control wire 322d connected to the other end of the first limb motion wire 232 via the first roller member 314 may be provided.

5 to 7 , the limb motion manipulation unit 323 of the present embodiment may be provided to selectively push or pull at least one of the limb control wires 322 . The limb motion manipulation unit 323 may be connected to the other end of the limb control wires 322 . In this case, the limb motion manipulation unit 323 may be provided on the control panel 321 to enable rotation manipulation in a joystick manner. In addition, the other ends of the limb control wires 322 are spaced apart from each other along the outer periphery of the limb motion manipulation unit 323 so as to be selectively pulled by the limb motion manipulation unit 323 when the limb motion manipulation unit 323 is rotated. can be fixed to

The limb motion manipulation unit 323 as described above may be respectively disposed on both sides of the control panel 321 to correspond to the two first spaces S1 provided on both sides of the control box 310 . At this time, when the limb motion manipulation unit 323 disposed on the left side of the control panel 321 is operated, the limb motion wire is used by the limb control wires 322 in the first space S1 provided on the left side of the control box 310 . The 230 may be selectively pulled to control the motion of the limb motion unit 220 disposed on the left side of the puppet body 210 . And, when the limb motion manipulation unit 323 disposed on the right side of the control panel 321 is operated, the limb is controlled by the limb control wires 322 in the first space S1 provided on the right side of the control box 310 . The motion wires 230 may be selectively pulled to control the motion of the limb motion unit 220 disposed on the right side of the puppet body 210 .

For example, the limb motion manipulation unit 323 may include a central ball member 323a and a manipulation member 323b.

The central ball member 323a may be convexly disposed on the upper portion of the control panel 321 . The manipulation member 323b may be rotatably seated on the upper portion of the central ball member 323a so as to be rotatably operated based on the central ball member 323a. Accordingly, the manipulation member 323b may be disposed at a position spaced upward from the control panel 321 at a height corresponding to the central ball member 323a. When the manipulation member 323b is disposed at a position spaced apart from the control panel 321 as described above, interference with the control panel 321 is prevented when the manipulation member 323b is rotated and the manipulation member 323b is rotated. The range can be sufficiently secured.

On the other hand, the other ends of the limb control wires 322 are connected to different parts of the manipulation member 323b, and at least one of the limb control wires 322 is pulled according to the rotational manipulation direction of the manipulation member 323b. It may be arranged eccentrically from the center of the manipulation member 323b to make it possible.

For example, the operation member 323b is formed in a hemispherical shape or a dome shape and is seated on the upper portion of the central ball member 323a. It may include a rod-shaped manipulation unit (323d) extending toward the long.

The lower surface of the dome-shaped seat portion 323c may be formed to be flat, and the upper portion of the central ball member 323a may be in rolling contact with the center of the lower surface of the dome-shaped seat portion 323c. In this case, the other ends of the limb control wires 322 may be fixed one by one to fixing holes (not shown) formed along the outer periphery of the dome-shaped seating part 323c.

Accordingly, when the operation member 323b is rotated in a specific direction, the limb control wire 322 disposed in a direction opposite to the rotation direction of the operation member 323b among the limb control wires 322 can be pulled upward. . Accordingly, the corresponding limb control wire 322 may pull any one of the limb motion wires 230 downward via the first roller member 314 .

5 to 7 , the eye control wire 324 of this embodiment may be respectively connected to the second roller members 316 and the eye motion manipulation unit 325 . That is, one end of the eye control wire 324 may be operably connected to the second roller member 316 , and the other end of the eye control wire 324 may be operably connected to the eye motion manipulation unit 325 . The eye control wire 324 as described above may be movably disposed along the control panel 321 .

For example, the eye control wires 324 may include a first eye control wire 324a and a second eye motion wire connected to the other end of the first eye motion wire 252 via a second roller member 316 . A second eye control wire 324b connected to the other end of the 254 via a second roller member 316, and a second roller member 316 through the other end of the third eye motion wire 256 It may be provided as a third eye control wire 324c connected to .

For reference, the third eye motion wire 256 and the third eye control wire 324c may be omitted if necessary. That is, the eye motion unit 240 is provided in a structure that rotates the eyes only in the left and right directions, but the structure in which the eyes are rotated up and down may be omitted.

5 to 7 , the eye motion manipulation unit 325 of the present embodiment may be provided to selectively push or pull at least one of the eye control wires 324 . The eye motion manipulation unit 325 may be connected to the other end of the eye control wires 324 . In this case, the eye motion manipulation unit 325 may be provided on the control panel 321 to enable rotation manipulation in a joystick manner. In addition, the other ends of the eye control wires 324 are spaced apart from each other along the outer circumference of the eye motion manipulation unit 325 so as to be selectively pulled by the eye motion manipulation unit 325 when the eye motion manipulation unit 325 is rotated. can be fixed to

The eye motion manipulation unit 325 as described above may be disposed in the middle part of the control panel 321 to correspond to the second space S2 provided in the middle part of the control box 310 . At this time, when the eye motion manipulation unit 325 is manipulated, the eye motion wires 250 are selectively pulled by the eye control wires 324 in the second space S2 to control the motion of the eye motion unit 240 . have.

For example, the eye motion manipulation unit 325 may include a central ball member 325a and a manipulation member 325b. Here, the central ball member 325a and the manipulation member 326b of this embodiment have the same structure as the central ball member 323a and the manipulation member 323b of the limb motion manipulation unit 323, so a detailed description thereof is omitted.

5 to 7 , the mouth control wire 326 of the present embodiment may be connected to the third roller members 318 and the mouth motion manipulation unit 327 . That is, one end of the mouth control wire 326 may be operably connected to the third roller member 318 , and the other end of the mouth control wire 326 may be operably connected to the mouth motion manipulation unit 327 . The mouth control wire 326 as described above may be movably disposed along the control panel 321 . For example, one end of the mouth control wire 326 may be connected to the other end of the mouth motion wire 270 via the third roller member 318 .

5 to 7 , the mouth motion manipulation unit 327 of the present embodiment may be provided to push or pull the mouth control wire 326 . The mouth motion manipulation unit 327 may be connected to the other end of the mouth control wire 326 . In this case, the mouth motion manipulation unit 327 may be provided on the control panel 321 to enable rotational manipulation in a rotary lever manner. Also, the other end of the mouth control wire 326 may be fixed to the mouth motion manipulation unit 327 so as to be pulled by the mouth motion manipulation unit 327 when the mouth motion manipulation unit 327 is rotated.

The mouth motion manipulation unit 327 as described above may be disposed behind the eye motion manipulation unit 325 in the middle part of the control panel 321 to correspond to the second space S2 provided in the middle part of the control box 310 . have. In this case, when the mouth motion manipulation unit 327 is manipulated, the mouth motion wire 270 is pulled by the mouth control wire 326 in the second space S2 to control the motion of the mouth motion unit 260 .

For example, the mouth motion manipulation unit 327 may include a manipulation unit bracket 327a, a rotation lever 327b, and a wire guide 327c.

The manipulation unit bracket 327a may be fixed to an upper portion of the control panel 321 to be disposed behind the eye motion manipulation unit 325 .

The rotary lever 327b may include a rotary plate rotatably disposed on the manipulation unit bracket 327a, and a handle lever provided in a shape protruding from one side of the rotary plate. In this case, the mouth control wire 326 may be disposed to be wound around the outer periphery of the rotating plate.

The wire guide 327c may be disposed at a position corresponding to the rotation lever 327b to guide the mouth control wire 326 to the rotation plate of the rotation lever 327b.

A motion operation of the motion puppet 100 according to an embodiment of the present invention configured as described above is as follows.

First, after the user attaches or wears the motion puppet 100 , the user operates the motion controller 320 of the puppet controller 300 in that state.

Here, when at least one of the limb control wires 322 is pulled by manipulating the limb motion manipulation unit 323 of the motion controller 320, the limb control wire 322 connected to the pulled limb control wire 322 is pulled while The limb motion unit 220 operates in a shape that is bent in a specific direction. Accordingly, the user of the motion puppet 100 conveniently moves the limbs of the puppet unit 200 in a desired direction by simply rotating the limb motion manipulation unit 323 in the front-back and left-right directions.

Then, when at least one of the eye control wires 324 is pulled by manipulating the eye motion manipulation unit 325 of the motion controller 320, the eye control wire 324 connected to the pulled eye control wire 324 is pulled while The eye motion unit 240 operates in a shape that is rotated in a specific direction. Accordingly, the user of the motion puppet 100 rotates the eye of the puppet unit 200 in a desired direction by simply rotating the eye motion manipulation unit 325 in the front-back direction and the left-right direction.

Alternatively, if the mouth control wire 326 is pulled by manipulating the mouth motion manipulation unit 327 of the motion controller 320, the mouth control wire 326 connected to the pulled mouth control wire 326 is pulled while the mouth motion unit 260 is pulled. ) operates in a shape that opens and closes in a specific direction. Accordingly, the user of the motion puppet 100 conveniently rotates the mouth motion manipulation unit 327 in the forward or reverse direction to properly open and close the mouth of the puppet unit 200 at a desired time.

As described above, a user wearing the motion puppet 100 can easily manipulate the limb motion manipulation unit 323, eye motion manipulation unit 325, and mouth motion manipulation unit 327 of the motion controller 320 to operate the limb motion unit 220. , the motions of the eye motion unit 240 and the mouth motion unit 260 are smoothly controlled by wire control.

As described above, the embodiments of the present invention have been described with specific matters such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is limited to the above embodiments Various modifications and variations are possible from these descriptions by those of ordinary skill in the art to which the present invention pertains. Therefore, the spirit of the present invention should not be limited to the described embodiments, and not only the claims to be described below, but also all those with equivalent or equivalent modifications to the claims will fall within the scope of the spirit of the present invention.

100: motion puppet
200: puppet unit
210: puppet body
220: limb motion unit
230: limb motion wire
240: eye motion unit
250: eye motion wire
260: mouth motion unit
270: mouth motion wire
300: puppet controller
310: control box
320: motion controller
322: limb control wire
323: limb motion control unit
324: eye control wire
325: eye motion control unit
326: mouth control wire
327: mouth motion control unit

Claims (15)

puppet body;
a limb motion unit disposed in a shape extending from both sides of the puppet body and provided to be bendable through a wire adjustment method;
a limb motion wire having one end connected to the limb motion part and provided in plurality in a direction corresponding to the bending direction of the limb motion part;
a control box disposed under the puppet body and connected to the other end of the limb motion wires to push or pull the limb motion wires; and
a motion controller disposed on one side of the control box and provided to selectively pull a limb motion wire corresponding to a bending direction of the limb motion part among the limb motion wires;
A motion puppet with
According to claim 1,
The limb motion unit,
a rod-shaped member extending outwardly from both sides of the puppet body and formed of a bendable material;
a plurality of disk members coupled to the rod-shaped member such that the rod-shaped member passes through the central portion and arranged to be spaced apart from each other in a longitudinal direction of the rod-shaped member; and
Including; and a limb skin member disposed to cover the outside of the rod-shaped member and the disk member,
wherein the limb motion wires are disposed on the outer shell of the disc members to bend the rod-shaped member in a direction pulled by the motion controller.
3. The method of claim 2,
A plurality of wire holes for disposing the limb motion wire are provided in the outer shell of the disk members, respectively,
The limb motion wire is fixed to the wire hole of the first disk member farthest from the puppet body among the disk members, and is movably disposed in the wire hole of the disk member other than the first disk member. Characterized by a motion puppet.
4. The method of claim 3,
The wire holes are spaced apart from each other along the outer circumference of the disk members, and are respectively provided to correspond to the disk members,
The arrangement position of the wire hole is a motion puppet, characterized in that provided to correspond to the direction in which the limb motion part is to be bent.
According to claim 1,
The control box is
a box body coupled to a lower portion of the puppet body and having a first space formed therein for arranging the other ends of the limb motion wires; and
a first roller member connected to the motion controller and provided at the other ends of the limb motion wires to transmit the operation force of the motion controller to the limb motion wires;
A motion puppet comprising a.
6. The method of claim 5,
The other end of the limb motion wire is fixed to the upper portion of the box body after being bent in a U-shape inside the first space,
The first roller member is provided at the bent portion of the limb motion wire so as to pull the limb motion wire to a length that is doubled than the pulling length of the motion controller as it is pulled downward by the motion controller. motion puppet.
6. The method of claim 5,
The interior of the first space is divided into a plurality of first accommodation spaces,
The motion puppet, characterized in that the other end of the limb motion wire and the first roller member are accommodated in the first accommodating spaces, respectively.
6. The method of claim 5,
The motion controller,
a control panel provided on one side of the box body;
a limb control wire having one end connected to each of the first roller members and movably disposed on the control panel; and
a limb motion manipulation unit connected to the other end of the limb control wires and provided to selectively push or pull at least one of the limb control wires;
A motion puppet comprising a.
9. The method of claim 8,
The limb motion manipulation unit,
a central ball member disposed on the control panel; and
It includes a; is seated on the upper portion of the central ball member so as to be spaced apart from the control panel, and is operated to rotate around the central ball member;
The other ends of the limb control wires are connected to different parts of the manipulation member through the control panel, and the central portion of the manipulation member so as to pull at least one of the limb control wires according to the rotational manipulation direction of the manipulation member. Motion puppet, characterized in that it is eccentrically placed in the.
10. The method of claim 9,
The manipulation member may include: a dome-shaped seating part formed in a hemispherical shape or a dome shape to be seated on an upper portion of the central ball member; and a rod-shaped manipulation unit elongated toward the upper side in a bar shape from the center of the dome-shaped seating unit.
The lower surface of the dome-shaped seat portion is formed to be flat, and the upper portion of the central ball member is in rolling contact with the center of the lower surface of the dome-shaped seat portion,
The other end of the limb control wires is a motion puppet, characterized in that fixed to the fixing holes formed along the outer periphery of the dome-shaped seating portion.
According to claim 1,
an eye motion unit disposed to form eyes in a pair of eye holes formed on the face of the puppet body, and rotatably provided through a wire adjustment method; and
An eye motion wire having one end connected to the eye motion unit to correspond to the rotation direction of the eye motion unit;
The control box is connected to the other end of the eye motion wires,
The motion controller is provided to selectively pull the eye motion wire corresponding to the rotation direction of the eye motion part among the eye motion wires.
12. The method of claim 11,
The eye motion unit,
an eyeball member disposed in each of the eyeholes;
an eye adjustment bar provided to protrude from the rear portion of the eyeball member; and
a rotation support member provided inside the puppet body in a shape surrounding the eyeball member and rotatably supporting the eyeball member;
wherein the eye motion wire is respectively connected to the ends of the eye control bars to rotate the eyeball members in a direction pulled by the motion regulator.
12. The method of claim 11,
a mouth motion unit disposed to form a mouth in a mouth hole formed in the face portion of the puppet body, and provided to be able to open and close through a wire adjustment method; and
It further comprises;
The control box is connected to the other end of the mouth motion wires,
The motion controller is provided to selectively pull the eye motion wire corresponding to the opening/closing direction of the mouth motion part among the mouth motion wires.
14. The method of claim 13,
The mouth motion unit,
an opening and closing member having one end rotatably disposed inside the puppet body to open and close the mouth hole;
an opening/closing control bar formed to protrude from the rear portion of the opening/closing member; and
and magnetic members disposed to correspond to each other at the contact portions of the puppet body and the opening and closing member to additionally provide an adhesive force between the opening and closing member and the puppet body;
The mouth motion wire is a motion puppet, characterized in that connected to the end of the opening and closing control bar to open and close the mouth hole by rotating the opening and closing member in a direction pulled by the motion controller.
14. The method of claim 13,
The control box may include a second roller member connected to the motion controller and provided at the other end of each of the eye motion wires to transmit the operation force of the motion controller to the eye motion wire; and a third roller member connected to the motion controller and provided at the other end of the mouth motion wires to transmit the operation force of the motion controller to the mouth motion wire, respectively,
The motion controller may include: an eye control wire having one end connected to each of the second roller members and movably disposed on the control panel; an eye motion manipulation unit connected to the other end of the eye control wires and operably disposed on the control panel to selectively push or pull at least one of the eye control wires; a mouth control wire having one end connected to each of the third roller members and movably disposed on the control panel; and a mouth motion manipulation unit connected to the other end of the mouth control wires and operably disposed on the control panel to selectively push or pull at least one of the mouth control wires.
A second space is further formed in the box body, wherein at least one of the other end of the eye motion wires and the other end of the mouth motion wires is disposed.

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