JP3171931U - Figure toy joint structure - Google Patents

Abstract

Kind Code: A1 In an anthropomorphic figure toy, various movements of the joint part can be easily adjusted and set, and a more realistic pose / appearance can be produced and realized, and the movement can be smoothed.
A head body 30, an arm body 50, and a leg body 90 are connected to a trunk body 10 by a connecting means 21, 31, 41, 51, 80, 91 so as to be rotatable and swingable. The elbow / wrist of the arm part 50 and the knee / ankle of the leg part 90 are connected to each other by connecting means 61, 71, 101, 111 so as to be rotatable and swingable. Each connected body member 10, 20, 30, 50, 50 A, 50 B, 50 C, 90, 90 A, 90 B, 90 C to be connected is assembled in anthropomorphic form, and the connecting means 21,. A pair of connecting arms forcibly fitting at least one of them into a connecting hole provided at each of the connecting end portions of the connecting end, and a bent connecting ring for connecting the connecting arms so as to be swingable. With.
[Selection] Figure 1

Description

  In order to change the so-called figure (doll body), which is a three-dimensional object such as a character or robot, into various forms, for example, the head body, the arm body, and the leg body connected to the torso are movable. The joint structure of the figure toy can be adjusted and set freely for the bending direction and angle of the joint part, etc. in the connecting part, arm part, leg part itself, thereby enabling the desired dynamic image to be freely produced and realized. About.

  Conventionally, in this kind of anthropomorphic character and figure toy, when it is decorated in various forms such as a doll, if it is a doll, for example, twisting and bending of the neck, shoulder, crotch etc. in humans Is a joint device / joint that becomes a joint part that allows the doll to move in the same manner as various forms and poses depending on the bending direction and angle of the joint part in the arm part and leg part. Etc. are provided, and a predetermined form is produced and realized by adjusting and changing the bending direction, angle, and the like.

  For this purpose, various joint part configurations have been proposed as the movable part structure of each part of, for example, the arm part itself, the leg part itself, and the body part. For example, there are a doll toy shown in Patent Document 1, a doll assembly toy shown in Patent Document 2, a doll assembly joint member, a doll assembly method using the joint member, a stuffed toy shown in Patent Document 3, and the like. The doll toy of Patent Document 1 has a head part, an arm part, and a leg part attached to the trunk part so as to be pivotable and swingable by a ball joint, and the chest part and the abdomen of the trunk part can be pivoted back and forth by a pin joint with a lever. In addition, the abdomen and the waist are attached by a ball joint so as to be rotatable and swingable. The doll assembly toy of Patent Document 2 is formed by screwing and connecting forming members that are parts of the doll with a joint member in which a spiral portion is formed around a tapered rod-like material. In the stuffed toy of Patent Document 3, branches such as the head, arms, and legs are joined to the trunk by joints made of flexible resin. These joints are connected to the trunk aggregate and the branch aggregate, respectively. It is rotatable and fitted in a retaining shape.

JP 2004-73514 A JP 2007-307291 A Registered Utility Model No. 3112477

  In these conventional doll toys having a movable joint structure, since the doll toy of Patent Document 1 has a ball joint structure, the head, arms, and legs can be rotated and swung with respect to the body. Even so, fine movements such as swinging and turning of the elbows and wrists of the arms and the knees and ankles of the legs are not sufficient. In the doll assembly toy of Patent Document 2, since the forming member is screwed to the trunk portion by a joint member, the forming member can only rotate at the joining surface that changes its orientation with respect to the trunk portion, and has various forms. It cannot respond to changes in In the stuffed toy of Patent Document 3, since the branch portion is connected to the trunk portion by a flexible joint, the branch portion itself can be rotated or swung on the joint surface with respect to the trunk portion. For example, it is not suitable for a figure toy that does not bend at a corresponding part of the elbow or knee and the arm and leg itself are required to bend by a joint.

  Therefore, the present invention has been devised in view of the above-mentioned various circumstances, and the purpose of this invention is for various anthropomorphic figure toys with various poses and appearances, with respect to the torso as the movable part. The head body through the neck, the arm body through the shoulder, the elbow / wrist, the leg body through the crotch, and the knee / ankle can be moved in the same way as the joint movement in humans. Therefore, it is to provide a joint structure of a figure toy that can realize a more realistic pose / form and smooth movement.

In order to solve the above-described problems, in the present invention, the head body 30 and the arm body 50 and the leg body 90 are directly connected to the trunk body 10 via the neck 20. The joint means 21, 51, 91 arranged at the joint part are connected so as to be rotatable and swingable, and the joint parts of the elbow / wrist in the arm part 50 and the knee / ankle in the leg part 90 are respectively connected. The connected body members 10, 20, 30, 50, 50A, 50B, 50C, 90, 90A, 90B, 90C are connected by the connecting means 61, 71, 101, 111 so as to be rotatable and swingable. Each of the joint structures of the figure toy assembled in an anthropomorphic form is composed of connecting holes 21A, 12A, 22A, which are respectively provided at the connecting end portions of the connected body members 10,. 2 B, 55, 62A, 62B, 72, 79A, 81, 102, 107, 112A, 112B, at least one of the pair of connecting arms 23, 24, 52, which are forcibly fitted to be freely rotatable. 53, 63, 64, 73, 74, 103, 104, 113, 114, and the connecting arms 23,... It is characterized by having.
The to-be-connected body members 10 are connected to the torso body of the torso body 10 and the neck body 20, the torso body 10 of the neck body 20 and the head body 30, and the arm body 50. 10 and the leg 90, or the upper arm 50A and the lower arm 50B of the arm 50, the lower arm 50B and the hand 50C, and the thigh 90A of the leg 90 Similarly to the shin portion 90B, the shin portion 90B and the foot portion 90C can be configured.
Neck connecting means 21 for connecting the torso body 10 and the neck 20, an elbow connecting means 61 for connecting the upper arm 50 </ b> A and the lower arm 50 </ b> B, and a knee for connecting the thigh 90 </ b> A and the shin 90 </ b> B. The ankle connecting means 111 for connecting the connecting means 101, the shin part 90B and the foot part 90C is one of the connected body members 10, 20, 50A, 50B, 90A, 90B, 90C, 10, 50A, 90A, 90B. Connecting rings 25B, 65B, and 115B having connecting holes 25A, 65A, and 115A in a flat donut shape are integrally formed with one connecting arm 23, 63, 103, and 113 fitted into the connecting holes 11A, 62A, 102, and 112A. The formed central members 27, 67, 115 and the surfaces of the first clamping portions 25C, 65C, 115C that are in contact with one surface of the connecting rings 25B,. The connecting disk portions 25D, 65D, and 115D, which are rotatably fitted in the connecting holes 25A of the rings 25B,... Project from the ridges and are halvedly connected to the first clamping portions 25C,. A first clamping member 28, 68, 118 formed by integrally forming the half arms 24A, 64A, 114A in a projecting manner, and a second clamping part that abuts the other surface of the connecting ring 25B,. On the 25E, 65E, and 115E surfaces, male and female clamping fitting portions 25F, 65F, and 115F that fit into the connecting disk portions 25D,... Are formed, and the second clamping portions 25E,. A second holding member formed by integrally forming a halved connection half arm 23B, 64B, 114B having a male and female connection fitting portion 23C, 64C, 114C fitted to the connection half arm 23A,. 29, 69, 1 Are first and second clamping members 28, 29,... That are combined in pairs from both sides of the central member 27,. , Second connecting parts 25C, 25E,... Are connected to connecting holes 25A,... And are connected by holding fitting parts 25F,. 115, and the connecting half-arms 24A, 24B,... With which the inner side surfaces abut are fitted by the connecting fitting portions 24C,..., And the other connected body member 20, 50B, 90B,. The other connecting arms 23, 64, 104, and 114 can be configured to be fitted into the 90C connecting holes 22A, 62B, 107, and 112B.
The neck provided on the neck 20 side of the neck connecting means 21, the lower arm 50B side of the elbow connecting means 61, the connecting arms 24, 64, 104 on the shin 90B side of the knee connecting means 101, and the neck 20 Each of the part connection hole 22A, the upper arm connection hole 62B provided in the lower arm part 50B, and the thigh connection hole 107 provided in the shin part 90B can be formed by forming a rectangular shape in cross section.
The shoulder structure that connects the trunk body 10 and the arm body 50 includes a shoulder coupling means 41 that is pivotably coupled to the shoulder housing portion 12 of the trunk body 10 in the front-rear direction, and the shoulder coupling means. 41, the shoulder portion connecting means 41 is connected to the arm connecting hole 12A provided in the shoulder housing portion 12 forcibly. The connecting arm 42 has a circular shape when viewed from the front surface and a rectangular shape when viewed from the side surface. The arm connection includes a groove-shaped connecting concave portion 44 having a spherical inner peripheral side surface and bottom surface on the side surface portion. The block 43 can be formed integrally.
The arm connection means 51 is formed on the upper part of the arm body 50 and a spherical shoulder connection ball 52 that is forcibly fitted into the connection recess 44 of the connection block 43 in the shoulder connection means 41. An arm connecting arm 53 that is forcibly fitted in the shoulder connecting hole 55 and a bent connecting ring 54 that connects the shoulder connecting ball 52 and the arm connecting arm 53 in a swingable manner. It can consist of. More specifically, a central member 57 in which a connecting ring 54B having a connecting hole 54A in a donut shape is integrally formed on the shoulder connecting ball 52, and a first surface of the connecting ring 54B of the central member 57 that comes into contact with one surface. On the surface of the first sandwiching portion 54C, a connecting disk portion 54D that is rotatably fitted in the connecting hole 54A of the connecting ring 54B is formed to protrude like a ridge, and the edge of the first sandwiching portion 54C is halved. The connecting disc portion 54D is fitted to the first holding member 58 formed integrally with the connecting half arm 53A in a projecting manner and the second holding portion 54E contacting the other surface of the connecting ring 54B of the central member 57. A male-female holding fitting portion 54F is formed, and at the edge of the second holding portion 54E, a male-female connecting fitting portion 53C fitted to the connecting half-arm 53A of the first holding portion 54C is provided. Projects the connecting half arm 53B The first and second sandwiching portions 54C and 54E, which are disposed on both sides of the coupling ring 54B of the central member 57, are fitted into the coupling holes 54A. The joint half-arms 53A and 53B with which the inner side surfaces abut are fitted with each other by the connection fitting portion 53C. It is possible to form a circular shoulder connecting arm 53 in a cross section that is fitted into the shoulder connecting hole 55 of the head.
The wrist connecting means 71 for connecting the lower arm portion 50B and the hand portion 50C has a substantially T-shaped side surface by forming a flange portion having a slightly larger diameter than the tip end diameter at the tip end of the tapered shaft portion. A central member 77 integrally formed with a connecting ring 75B having a connecting hole 75A in the shape of a flat donut on the shaft portion of the hand connecting flange 74 that is forcibly fitted into the arm connecting hole 79A of the hand portion 50C; On the surface of the first holding part 75C that contacts one surface of the connecting ring 75B of the central member 77, a connecting disk part 75D that is rotatably fitted in the connecting hole 75A of the connecting ring 75B is formed in a protruding shape. At the same time, the first clamping member 78 formed by integrally forming a half-like connecting half-arm 73A at the edge of the first clamping portion 75C and the other surface of the connecting ring 75B of the central member 77 abuts. Second clamping part 75 The male and female pinching fitting portions 75F that fit into the continuous disk portion 75D are formed on the surface, and the male and female coupling fittings that fit into the connecting half arm 73A of the first pinching portion 75C are formed at the edge of the second pinching portion 75E. The first and second sandwiching members 79 are formed by a second sandwiching member 79 formed by integrally forming a half-shaped connecting half arm 73B provided with a joint portion 73C in a protruding manner, and are combined in pairs from both sides of the central member 77. The members 78 and 79 are inserted into the connecting hole 75A by the first and second holding portions 75C and 75E in which the connecting rings 75B of the central member 77 are arranged on both sides, and are fitted by the holding fitting portions 75F. The combined half-arms 73A and 73B with which the inner side surfaces abut each other are fitted by the connection fitting portion 73C and fitted into the hand connection hole 72 of the lower arm portion 50B. Circular arm connection with cross-section put It can be configured without the over-time 73.
The trunk body 10 and the leg body 90 are configured to be coupled by leg coupling means 91 that is pivotably and swingably coupled via a crotch joint mechanism section 80 that is disposed in the lower portion of the trunk body 10. can do.
The crotch joint mechanism 80 includes a crotch connection base 82 having a torso connection ball 83 that is forcibly fitted in a crotch connection hole 81 formed in the lower part of the torso body 10 so as to rotate and swing. The crotch swing provided at the end with leg connecting balls 88 which are connected to the crotch connecting base 82 so as to be swingable at the central portion, and the left and right leg bodies 90 are rotatably connected by the leg connecting means 91. And a bar 85.
The leg connecting means 91 includes a connecting block 92 having a groove-like fitting recess 93 whose inner peripheral side surface and bottom surface are spherical so as to be forcibly fitted to the leg connecting ball 88 of the crotch joint mechanism 80. And a leg connecting arm 94 that can be rotatably and forcibly fitted into a crotch connecting hole 95 formed in the upper part of the leg body 90.

In the joint structure of the figure toy according to the present invention constructed as described above, the figure toy main body 1 comprising the trunk body 10, the head body 30, the left and right arm parts 50, and the left and right leg parts 90 is as follows. The head body 30 is connected to the trunk body 10 via the neck 20, the arm body 50 is connected via the shoulder structure (41, 51), the crotch joint mechanism 80, and the leg connecting means 91. The leg members 90 can be pivoted and swung to be connected to each other so that various anthropomorphic appearances can be produced. In this manner, for example, the display device S is supported.
The cervical linking means 21, the elbow linking means 61, the knee linking means 101, and the ankle linking means 111 are respectively the torso 30 and the neck 20, the upper arm 50A and the lower arm 50B, and the thigh 90A and the shin. 90B, the shin part 90B, the foot part 90C and the like are adjusted by setting the bending angle between them, and by rotating one of them in the connecting direction with respect to the other, it is similar to the movement in each joint part of human beings. Produce a variety of appearances by allowing movement.
The shoulder structure including the shoulder connecting means 41 and the arm connecting means 51 includes a shoulder including twisting of the arm part body 50 by swinging and rotating the arm part body 50 with respect to the trunk body 10 back and forth and up and down. Various movements such as carrying, holding, and carrying various weapons such as weapons by the upper arm 50A, the lower arm 50B, the hand 50C, etc. by the elbow connection means 61, the wrist connection means 71, etc. It should be compatible with various poses.
In the lower part of the body part 10, the crotch joint mechanism 80 comprising the crotch coupling base 82 and the crotch rocking bar 85 has leg coupling means 91 coupled to the leg coupling ball 88 at the end of the crotch rocking bar 85. By enabling swinging in the vertical direction and further rotating, it is possible to follow movement including twisting of the leg body 90 in the crotch portion, swinging of the knee connecting means 101 and the ankle connecting means 111, Along with the rotation, standing postures, kneeling postures, bending postures, sitting postures, leg throwing postures, etc. are easily produced.

  Since the present invention is configured as described above, the head body 30 via the neck 20 with respect to the trunk body 10, the arm body 50 via the shoulders (41, 51), the crotch part (80, 91) through the connecting means (61, 71, 101, 111), the elbow / wrist in the arm body 50, and the knee / ankle in the leg body 90, respectively. It can be moved and rotated, and anthropomorphic figure toys can be displayed in various poses and forms. Each connected body member 10 can be moved in the same way as a joint movement in humans, can produce and realize a more realistic pose / form, and the movement is also smooth. is there.

  That is, in this device, the connected body members 10 of the figure toy assembled in an anthropomorphic form are connected to the connecting end portions of the connected body members 10. Are connected to the connecting holes 11A,..., And can be forcibly fitted in at least one of the connecting holes 11A,..., And the connecting arms 23,. This is because it has 25,. Accordingly, the head body 30, the arm body body 50, and the leg body body 90 with respect to the torso body body 10, such as swinging and turning through the neck, shoulders, and crotch parts, and the elbows and wrists in the arm body body 50. The movements of the joints such as the knees and ankles in the leg body 90 can be realized in the same manner as the human movements, and various appearances can be produced by the figure toy.

  Further, the shoulder structure is connected to the arm connecting hole 12A of the trunk body 10 so as to be swingable in the front-rear direction, and to the shoulder connecting means 41 so as to be swingable and rotatable. The arm connecting means 51 is connected to the connecting recess 44 of the shoulder connecting means 41 by forcibly fitting the shoulder connecting balls 52 of the arm connecting means 51 into a ball pair structure. Since the arm connecting arm 53 of the unit connecting means 51 is pivotably connected to the arm body 50, it has a double joint structure, and the arm body 50 is moved back and forth and up and down with respect to the trunk body 10. Needless to say, it can be swung, and further, it can be turned and can realize anthropomorphic shoulder movement. Along with such movement in the shoulder portions (41, 51), the arm portion 50 itself swings by the upper arm portion 50A, the lower arm portion 50B, and the elbow portion connecting means 61 and the wrist connecting means 71 between the hand portions 50C. By rotating, the arm part 50 itself can be changed to imitate various anthropomorphic movements, and a battle posture with various portable items such as weapons can be easily produced.

  The crotch joint mechanism 80 is connected to a crotch coupling base 82 that is pivotably and pivotably connected to the lower portion of the trunk body 10, and a crotch swing bar 85 is swingably connected to the end of the crotch swing bar 85. Since the leg connecting means 91 is connected to the leg connecting ball 88 in a ball-pair structure, the swinging and turning up and down, including the twist of the leg body 90 in the crotch part, and up and down can be adjusted and set smoothly. . In addition, the leg body 90 itself can be attached to various anthropomorphic members as the leg body 90 itself swings and rotates by the thigh part 90A, the shin part 90B, the foot part 90C, and the ankle connection part 111. It is possible to change the appearance of the person, and can easily produce standing posture, bending posture and others.

  In addition, the code | symbol attached | subjected in each of the means for solving said subject, and the item of the effect of an invention was attached | subjected in order to make easy reference with the part which shows each structure part described in drawing. The present invention is not limited to the structure and shape shown by these descriptions and reference numerals in the drawings.

It is the whole section schematic diagram showing one form for carrying out this device. It is an exploded sectional view of a trunk part similarly. It is an exploded sectional view of a head body similarly including a neck. It is a disassembled perspective view in a neck connection means similarly. It is a disassembled perspective view in a head body similarly. It is an exploded sectional view in a shoulder part similarly. It is a disassembled perspective view of an arm part connection means similarly. It is a disassembled perspective view in each of an elbow part connection means and a knee part connection means. It is a disassembled perspective view of a wrist connection means similarly. It is a disassembled perspective view in a hip joint mechanism part similarly. It is a disassembled perspective view in an ankle connection means similarly. It is a perspective view in an example of a figure toy when a predetermined form is produced by the movement of the movable part.

(Outline)
An embodiment for carrying out the present invention will be described below with reference to the drawings. Reference numeral 1 shown in the figure is, for example, an anthropomorphic figure toy body assembled to imitate a human figure. The head body 30 is connected by the neck (20, 21) structure provided at the upper part of the body 10, and the shoulder (41, 51) structure provided at the upper left and right of the body 10 is connected. It consists of left and right arm parts 60 and left and right leg parts 90 connected to the left and right by a crotch part (80, 91) structure provided at the bottom of the trunk part 10.

(Figure Toy Body 1)
The figure toy main body 1 includes a body forming connection means 14 which is a connecting portion between the body 10 and the respective parts 30, 60, 90, and each movable part provided in each of the parts 10, 30, 60, 90 itself. , Neck connecting means 21, head connecting means 31, left and right arm connecting means 51, elbow connecting means 61, wrist connecting means 71, crotch joint mechanism 80, left and right leg connecting means 91, knee connecting means 101, the ankle coupling means 111 and the like are rotated, swung, bent, and the like. And each part 10,30,60,90 appropriately deformed so as to be in a predetermined form as a figure toy is supported in a state where it is produced so as to exhibit an appropriate form with predetermined clothes, portable goods, etc. It is supported and displayed by a stand tool S whose height, support mode, support direction, etc. are adjusted (see FIG. 12).

(Torso body 10)
The trunk body 10 includes, for example, a chest part 10A and an abdomen part 10B each having an outer shape corresponding to a predetermined figure as each individual figure toy body 1. The chest part 10A and the abdomen part 10B are appropriately formed so that they can be divided / coupled / assembled by the body forming connecting means 14 which can be rotated left / right / front / rear / up / down. If necessary, clothing decorations, accessories, etc. corresponding to the appearance are appropriately combined.

  As shown in FIG. 2, the torso forming connection means 14 is formed on the upper surface of the abdomen 10B, and a first connection ball 16 that is forcibly fitted into the abdomen connection hole 15A formed on the lower surface of the chest 10A. The second connecting ball 17 forcibly fitted into the chest connecting hole 15B is integrally formed by a shaft portion 18 arranged at the end thereof. In addition, the 1st connection ball | bowl 16 and the 2nd connection ball | bowl 17 are formed in the same size and the same shape, and it does not interfere even which is connected with the chest part 10A or the abdominal part 10B. Each of the first and second connecting balls 16 and 17 has an abdomen via a cylindrical trunk sleeve 15C having a slit fixedly fitted to the inner peripheral surfaces of the abdomen connecting hole 15A and the chest connecting hole 15B. By being fitted in each of the connecting hole 15A and the chest connecting hole 15B, consideration is given so that the rotation operation by the spherical surface between the chest 10A and the abdomen 10B is smooth regardless of the direction.

(Neck 20)
As shown in FIG. 3, a neck part 20 is connected to the upper part of the body part 10 by a neck part connecting means 21 that enables rotation and swinging with respect to the body part 10. The head body 30 is connected to the head 20 by the head connecting means 31 that enables the neck 20 to turn and swing. The neck portion 20 is connected to the lower portion of the body connecting hole 22A to which the neck connecting step 21 is connected by a forcible fitting type attaching / detaching operation, and the head connecting means 31 is connected by the forcible fitting type attaching / detaching operation. The outer shape in which the head connection hole 22B to be formed is formed in an upper part is formed so as to have a neck shape.

(Neck connection means 21)
The cervical coupling means 21 is a cervical coupling that is opened in a circular shape in cross section in a cervical storage portion 11 provided so as to extend over the upper portion of the trunk body 10, that is, the upper portion of the chest 10A. A rod-like first connecting arm 23 that is forcibly fitted into the hole 11A, a rod-like second connecting arm 24 that is forcibly fitted into the trunk portion connecting hole 22A in the neck 20, and the connecting arms 23, 24 is composed of a bent linkage ring 25 which is linked to each other in a swingable manner. Moreover, it is forcedly fitted between the outer peripheral surfaces of the first and second connecting arms 23, 24 and the inner peripheral surfaces of the neck connecting hole 11A and the trunk connecting hole 22A so as not to be easily removed. An anti-extraction portion 26 composed of a protruding ridge portion and a groove portion that mesh with each other is formed along each circumferential direction.

  As shown in FIG. 4, the specific structure of the neck connecting means 21 is flat at the substantially central portion of one end surface of the rod-shaped arm portion (24) having a rectangular shape in the cross section to be the second connecting arm 24. A connecting hole of the connecting ring 25B on the surface of the central member 27 integrally formed with a connecting ring 25B having a connecting hole 25A in a donut shape and the first holding portion 25C contacting one surface of the connecting ring 25B of the central member 27 A connecting disk portion 25D that is rotatably fitted in 25A is formed in a protruding shape, and a halved connecting half arm 23A having a semi-circular cross section is projected from the edge of the first clamping portion 25C. The first and second clamping members 28 formed integrally with each other and the second clamping portion 25E that contacts the other surface of the linkage ring 25B of the central member 27 are provided with a male and female clamping fitting portion 25F that fits the linked disk portion 25D. And the second sandwich A halved connecting half arm 23B having a male and female connecting fitting portion 23C that fits with the connecting half arm 23A of the first sandwiching portion 25C is integrally formed on the edge of the portion 25E so as to protrude. The second holding member 29 is formed.

  The central member 27 and the first and second clamping members 28 and 29 are paired from both sides of the central member 27. The first and second clamping members 28 and 29 are connected to the connecting ring 25B of the central member 27 on both sides. The connecting disk part 25D is fitted in the connecting hole 25A by the first and second holding parts 25C, 25E arranged in the connecting hole 25A, and the connecting half arms 23A, whose inner side surfaces are in contact with each other by the holding fitting part 25F, 23B is assembled by being fitted and integrated with each other by the connecting fitting portion 23C. At the time of this assembly, the first and second sandwiching portions 25C and 25E arranged on both surfaces of the connecting ring 25B can be bent and connected to the connecting ring 25B, and can be turned along the surface of the connecting ring 25B. The part (24) is joined to the second connecting arm 24 having a rectangular cross section, and the bar-like portion formed by joining the half-divided connecting half arms 23A and 23B becomes the first connecting arm 23 having a circular cross section. The movable part is configured by being connected to the body part 10 side and the neck part 20 side.

  Note that the clamping fitting portion 25F that joins and integrates the first and second clamping portions 25C and 25E may be provided in any of the first and second clamping members 28 and 29, and has a non-circular cross section. Thus, the joint position can be made constant, and the joint fitting portion 23C for joining and integrating the half-like joint half arms 23A and 23B can be either a male part or a female part. The section may be circular or the cross section may be circular.

(Head 30)
As shown in FIG. 5, the head body 30 connected to the neck 20 by the head connecting means 31 is fitted into the face portion 30 </ b> A where the eye portion is cut out and the eye portion in the face portion 30 </ b> A from the rear. For example, the eye part 30B is connected to the face part 30A and the back part 30C from the front part 30C to which the eye part 30B having a paired eye surface and a hair part 30D connected to each other, for example, is displayed in a predetermined position. And is assembled by being fitted by male and female fitting.

  Further, the head connecting means 31 for connecting the head body 30 to the neck 20 so as to be rotatable and swingable is forcibly fitted into the head connecting hole 22B of the neck 20 as shown in FIG. A spherical first connecting sphere 32 and a spherical second connecting sphere 33 that are forcibly fitted into a neck connecting hole 35 formed in the lower part of the head body 30, for example, the rear head 30C. The shaft part 34 arranged at the end part is integrally connected and formed. In addition, the 1st connection ball | bowl 32 and the 2nd connection ball | bowl 33 are formed in the same size and the same shape, and whichever may be connected with the neck part 20 or the head body 30 does not interfere.

  The head connecting means 31 is connected to the head body 30 by the first or second connecting spheres 32, 33 in a neck connecting hole 35 formed in the head body 30, for example, below the back head 30C. The connecting balls 32 and 33 are forcibly inserted into a cylindrical head sleeve 35C having a slit fixedly fitted on the peripheral surface so as to rotate smoothly, and the rotation operation is smooth regardless of the direction. Considered to be.

(Shoulder connection means 41)
The left and right shoulder structures (41, 51) on the upper and lower sides of the trunk body 10 have a double joint structure, and swing left and right and up and down with respect to the trunk body 10 to rotate the left and right arms. The parts 50 are connected. That is, as shown in FIG. 6, shoulder connection means 41 are provided on the left and right sides of the upper portion of the trunk body 10 so as to swing along the front-rear direction. The left and right arm members 50 are connected to each other by arm connecting means 51 that are forcibly fitted to each other. The shoulder connecting means 41 is forcibly fitted to the shoulder housing portion 12 formed so as to lie on the upper left and right of the chest 10A in the torso body 10 so as to swing in the front-rear direction. The arm portion connecting means 51 for connecting the arm portion body 50 to the means 41 is further connected by being fitted by a ball pair configuration that is rotated in any direction. In addition, the connection configuration by the shoulder connection means 41 and the arm connection means 51 is configured so that the shoulder member 40 that covers the shoulder connection means 41 does not appear.

  The shoulder storage portion 12 in the trunk body 10 is a recess formed so as to cover the upper left and right portions of the chest 10A, and the bottom surface of the recess has a cross section along the vertical direction. The arm connecting hole 12A having a circular shape is formed, and the shoulder connecting means 41 that can be swung in the front-rear direction of the trunk body 10 by being fitted into the arm connecting hole 12A is connected. is there. The shoulder connecting means 41 itself has a round bar-like shoulder connecting arm 42 that is forcibly fitted into the arm connecting hole 12A and has a circular shape when viewed from the front, and a rectangular shape when viewed from the side. Further, the arm connection block 43 having a groove-shaped connection concave portion 44 having a spherical inner peripheral side surface and bottom surface is integrally formed.

  The shoulder member 40 is formed in a bifurcated shape with an outer surface having a spherical shape and an insertion recess 40A. The shoulder member 40 is in a state in which the shoulder connection means 41 is connected to the shoulder storage portion 12 so as to swing in the front-rear direction, and the insertion recess 40A and the connection recess 44 are matched to cover the shoulder connection means 41. It is fitted to the part connecting means 41, and thus both 41 and 40 are assembled. Then, a shoulder connecting ball 52 described later in the arm connecting means 51 is forcibly inserted into the connecting recess 44 via the insertion recess 40A, and the shoulder member 40 after the insertion is connected to the shoulder connection By being interposed between the means 41 and the arm portion connecting means 51, the shoulder portion connecting means 41 and the arm portion connecting means 51 are partially concealed.

(Arm connection means 51)
The arm connection means 51 includes a spherical shoulder connection ball 52 that is forcibly fitted into the connection recess 44 of the connection block 43 in the shoulder connection means 41 via the insertion recess 40A of the shoulder member 40, and an arm part. An arm connecting arm 53 that is forcibly inserted into a shoulder connecting hole 55, which will be described later, formed in the upper part of the body 50, and the shoulder connecting ball 52 and the arm connecting arm 53 are swung. It consists of the bending connection ring 54 connected in a movable manner. Further, it comprises a protrusion and a groove that are engaged with each other so that they are forcibly fitted between the outer peripheral surface of the arm connecting arm 53 and the inner peripheral surface of the shoulder connecting hole 55 and are not easily removed. The removal prevention part 56 is formed along each circumferential direction.

  As shown in FIG. 7, the specific structure of the arm connecting means 51 is a connecting ring having a connecting hole 54 </ b> A in the shape of a flat donut on the outer peripheral surface portion of the spherical portion (52) that becomes the shoulder connecting ball 52. The central member 57 integrally formed with 54B and the first clamping portion 54C surface that contacts one surface of the connecting ring 54B of the central member 57 are connected to the connecting hole 54A of the connecting ring 54B so as to be freely rotatable. The first holding member is formed by projecting and forming the disk portion 54D in the shape of a ridge, and integrally forming a half-shaped connecting half-arm 53A in a protruding shape at the edge of the first holding portion 54C. 58 and a second holding portion 54E that contacts the other surface of the connecting ring 54B of the central member 57 are formed with a male / female holding fitting portion 54F that fits the connecting disc portion 54D, and the second holding portion 54E. The first clamping portion 54C is connected to the edge portion. The second holding member 59 is formed by integrally forming a halved connecting half arm 53B having a semicircular cross section having a male and female connection fitting portion 53C fitted to the half arm 53A. Yes.

  The central member 57 and the first and second clamping members 58 and 59 are arranged on both sides of the connecting ring 54B of the central member 57 so that the first and second clamping members 58 and 59 combined in a pair with the central member 57 are arranged. The connected disc part 54D is fitted into the connecting hole 54A by the first and second holding parts 54C and 54E and assembled by the holding fitting part 54F. At the time of this assembly, the first and second sandwiching portions 54C and 54E arranged on both surfaces of the connecting ring 54B can be bent and connected along the surface of the connecting ring 54B. The sphere 52 is connected to the body 10 side, and the arm connection arm 53 having a circular cross-section in which the halved connection determination arms 53A and 53B are combined with each other is connected to the arm body 50 side, so that the movable part is Constitute.

(Arm body 50)
The left and right arm parts 50 connected to the trunk body 10 by the shoulder connecting means 41 and the arm connecting means 51 are symmetrically provided on the left and right sides of the upper arm part 50A, the lower arm part 50B, and the hand part 50C. The upper arm 50A and the lower arm 50B are connected to each other by an elbow connecting means 61, and the lower arm 50B and the hand 50C are connected to each other by a wrist connecting means 71 so as to be rotatable and swingable. Has been. The upper arm 50A has a shoulder connection hole 55 into which the arm connection arm 53 of the arm connection means 51 is forcibly fitted so that the connection arm 63 of the elbow part connection means 61 is forcibly fitted. The lower arm portion 50B has an upper arm connection hole 62B into which the connection arm 64 of the elbow portion connection means 61 is forcibly fitted, with the lower arm portion 50B having an upper arm shape with a lower arm connection hole 62A to be inserted in the lower portion. An outer shape having a lower part of the hand connecting hole 72 into which the arm connecting arm 73 of the connecting means 71 is forcibly fitted has a lower arm shape. The hand portion 50C has an arm connecting hole 79A in which the hand connecting flange 74 of the wrist connecting means 71 is forcibly inserted, and has an outer shape with a palm-like shape. It can be in the form of being held.

(Elbow connecting means 61)
The elbow connecting means 61 is forcibly fitted into a first connecting arm 63 having a circular cross section in the lower arm 50A and a lower arm connecting hole 62B in the lower arm 50B. The rod-shaped second connecting arm 64 having a rectangular cross section, and a bent connecting ring 65 that connects these connecting arms 63 and 64 in a swingable manner. The first and second connection arms 63 and 64 are forcibly fitted between the outer peripheral surfaces of the lower arm connection hole 62A and the upper arm connection hole 62B so as not to be easily removed. An extraction / removal prevention portion 66 composed of a protrusion and a groove that mesh with each other is formed along each circumferential direction. As shown in FIG. 8, the elbow portion connecting means 61 has a flat configuration at a substantially central portion of one end face of a rod-like arm portion (63) having a circular shape in a cross section that becomes the first connecting arm 63. A central member 67 integrally formed with a connection ring 65B having a connection hole 65A in a donut shape, and a connection hole of the connection ring 65B on the surface of the first holding portion 65C contacting one surface of the connection ring 65B of the central member 67 A connecting disk portion 65D that is rotatably fitted in 65A is formed to project like a ridge, and a half-cross-section rectangular connecting half arm 64A is integrally formed to protrude from the edge of the first clamping portion 65C. A male / female pinching fitting portion 65F that fits into the connecting disk portion 65D is formed on the surface of the first holding member 68 formed and the second holding portion 65E that contacts the other surface of the connecting ring 65B of the central member 67. And the second clamping part On the edge of 5E, a half-cross-shaped rectangular connecting half arm 64B having a male and female connecting fitting portion 64C that fits with the connecting half arm 64A of the first clamping portion 65C is integrally formed in a protruding shape. And a second clamping member 69.

  The central member 67 and the first and second clamping members 68 and 69 are paired from both sides of the central member 67. The first and second clamping members 68 and 69 are connected to the connecting ring 65B of the central member 67 on both sides. The connecting disk half 65D is inserted into the connecting hole 65A by the first and second holding parts 65C and 65E arranged in the connecting hole 65A, and the connecting half-arms 64A, the inner side surfaces of which are in contact with each other. 64B is assembled by being integrally fitted by the coupling fitting portion 64C. At the time of this assembly, the first and second sandwiching portions 65C and 65E arranged on both surfaces of the connecting ring 65B become a bending connecting ring 65 and can be rotated along the surface of the connecting ring 65B. The bar-like portion formed by joining the half-shaped connecting half-arms 64A and 64B joined to and integrated with the first arm 63 having a circular section (63) is a second connecting arm 64 having a rectangular cross-section. The movable part is configured by being connected to each of the part 50A side and the lower arm part 50B side.

  The clamping fitting portion 65F that joins and integrates the first and second clamping portions 65C and 65E may be provided in any of the first and second clamping members 68 and 69, and has a non-circular cross section. Thus, the joint position can be made constant, and the joint fitting part 64C for joining and integrating the half-joint joint half arms 64A and 64B is the male part or female part of the first and second clamping members 68 and 69. The section may be circular or the cross section may be circular.

(Wrist connection means 71)
The wrist connecting means 71 can be easily rotated into an arm connecting arm 73 forcibly fitted in the hand connecting hole 72 in the lower arm 50B and an arm connecting hole 79A in the hand 50C. Consists of a hand connecting flange 74 that is forcibly fitted in a state where it cannot be removed, and an arm connecting arm 73 and a bent connecting ring 75 that connects the hand connecting flange 74 in a swingable manner. In addition, a pull-out portion comprising a protruding portion and a groove portion that are engaged with each other so as to be forcibly fitted between the outer peripheral surface of the arm connecting arm 73 and the inner peripheral surface of the hand connecting hole 72 and not easily removed. The removal prevention part 76 is formed along each circumferential direction.

  As shown in FIG. 9, a specific structure of the wrist connecting means 71 has a substantially T-shaped side surface by forming a flange portion having a slightly larger diameter than the tip end diameter at the tip end of the tapered shaft portion. A central member 77 integrally formed with a connecting ring 75B having a flat donut-like connecting hole 75A at the shaft portion of the hand connecting flange 74 to be presented, and a first abutting against one surface of the connecting ring 75B of the central member 77 On the surface of the first sandwiching portion 75C, a connecting disk portion 75D that is rotatably fitted in the connecting hole 75A of the connecting ring 75B is formed to project like a ridge, and the edge of the first sandwiching portion 75C is halved. A connecting disk is formed on the surface of the second holding portion 75E that abuts on the other surface of the connecting ring 75B of the central member 77, and a first holding member 78 formed by integrally forming a connecting half arm 73A having a semicircular cross section. Fits the part 75D The male holding fitting portion 75F is formed, and at the edge of the second holding portion 75E, a male and female connection fitting portion 73C that fits the connecting half arm 73A of the first holding portion 75C is provided. It is composed of a second holding member 79 formed by integrally forming a connecting half arm 73B having a semicircular cross section in a protruding shape. Since the assembly of the central member 77 and the first and second clamping members 78 and 79 is the same as that in the arm portion connecting means 51, the description thereof is omitted. It should be noted that the outer surface of the bending connecting ring 75 in the wrist connecting means 71 that is externally seen at the wrist portion is formed in a spherical shape so that the appearance of the wrist joint portion is improved.

(Crotch joint mechanism 80)
Further, at the lower part of the body part 10, the left and right ends of the crotch joint mechanism part 80, which can be pivoted and swung in the left and right and front and rear directions with respect to the body part 10, and are arranged in the lower part of the abdomen 10B, are respectively provided. The left and right leg bodies 90 are connected in a bilaterally symmetrical manner by means of leg connecting means 91 which is connected so as to be rotatable and swingable. As shown in FIG. 10, the crotch joint mechanism 80 is configured to be forcibly fitted into a crotch coupling hole 81 formed in the lower part of the abdomen 10 </ b> B of the trunk body 10 so as to be pivotable and swingable. A crotch coupling base 82 having a sphere 83, and a leg coupling that is pivotably coupled to the crotch coupling base 82 at a central portion, and the left and right leg bodies 90 are pivotally coupled by leg coupling means 91, respectively. It consists of a crotch swing bar 85 having a ball 88 at its end.

  The crotch connection base 82 is provided with a body connection ball 83 at the upper part, is bifurcated in front and rear as viewed from the side, and is provided with a base connection piece 84 having a base connection hole 84A opened at the lower part. The body connecting ball 83 is fitted into the crotch connecting hole 81 via a cylindrical crotch sleeve 81A having a slit fixedly fitted to the inner peripheral surface of the crotch connecting hole 81. Therefore, it is considered that the turning operation by the spherical surface of the trunk connecting ball 83 with respect to the trunk body 10 is smooth regardless of the direction.

  The crotch swing bar 85 is disposed along the left-right direction below the trunk body 10 with respect to the crotch coupling base 82, and leg coupling balls 88 positioned at the left and right ends are described later. The leg body 90 is connected by the leg connecting balls 88. That is, the crotch swing bar 85 includes a bar connecting piece 86 that is sandwiched between the base connecting pieces 84 of the crotch connecting base 82 on the upper surface of the central portion and has a bar connecting hole 86A that matches the base connecting hole 84A. And a leg connecting ball 88 at the end. Then, the crotch connection base 82 is screwed 87 with a base connection hole 84A matched with each other, a connection screw inserted into the bar connection hole 86A, and a connection nut screwed to the connection screw. A crotch swing bar 85 is connected to the base 82 so as to be swingable. In the figure toy main body 1, when the waist portion is a so-called plump type, the crotch swing bar 85 is set to be slightly longer.

  On the bottom of the torso body 10, that is, on the lower left and right sides of the abdomen 10B, it is formed in a hollow shape so that the buttocks storage portion 19 in which the leg connecting ball 88 of the hip joint mechanism portion 80 is located is held. Has been. And in this collar part accommodating part 19, the collar member 89 is rotatably fitted and accommodated in the leg part connection ball | bowl 88 with the connection block 93 mentioned later in the leg part connection means 91, and the accommodated collar part is accommodated. The material 89 is designed to appear at the buttock housing portion 19. The flange member 89 is formed in a bifurcated shape because the outer surface has a spherical shape and has a groove-shaped insertion recess 89A. Further, the bottom of the trunk body 10 is in a state in which the left and right leg bodies 90 are inserted, and is covered so as to be detachable by a short pants-like waist cover 19A.

(Leg body 90)
The leg body 90 connected to the crotch joint mechanism 80 is formed so as to be symmetrical on the left and right sides of the thigh 90A, the shin 90B, and the foot 90C. The leg connecting ball 88 of the mechanism unit 80 is rotatably connected by the leg connecting means 91, and the thigh 90A and the shin 90B are connected to the shin 90B and the foot 90C by the knee connecting means 101. Are connected to each other by an ankle connecting means 111 so as to be rotatable and swingable. In the thigh 90A, the thigh connecting arm 103 of the knee connecting means 101 is rotated with the crotch connecting hole 95 into which the leg connecting arm 94 of the leg connecting means 91 is forcibly fitted so as to freely rotate. An outer shape having a tibial coupling hole 102 that can be freely fitted in the lower part is formed into a thigh shape, and a thigh part 90B has a thigh coupling hole 107 into which the tibial coupling arm 104 of the knee part coupling means 101 is rotatably fitted. The outer shape with the foot connecting hole 112A into which the leg connecting arm 113 of the ankle connecting means 111 is rotatably fitted is formed in a shin shape. The foot portion 90C is provided with a leg connecting hole 112B into which the foot connecting arm 114 of the ankle connecting means 111 is rotatably fitted, and the outer shape thereof is a foot shape or a footwear shape simulating a predetermined footwear. Become.

(Leg connecting means 91)
As shown in FIG. 10, the leg connecting means 91 is a groove-shaped fitting recess having a spherical inner surface and a bottom surface so that the leg connecting ball 88 is forcibly fitted to the leg connecting ball 88 of the crotch joint mechanism 80. A connecting block 92 provided with 93 is provided at the top, and can be freely rotated in a crotch portion connecting hole 95 formed in the upper portion of the thigh 90A in the leg body 90 in a state in which removal is prevented. By providing the leg connecting arm 94 forcibly fitted in the lower part, the connecting block 92 has a substantially T-shaped front shape having a larger diameter than the diameter of the leg connecting arm 94. In the connecting block 92 of the leg connecting means 91, the flange member 89 is assembled so as to cover the connecting block 92 so that the insertion recess 89A of the flange member 89 and the fitting recess 93 are matched. Then, by fitting the fitting recess 93 together with the insertion recess 89A to the leg connecting ball 88, the leg connecting means 91 is rotatably connected to the crotch joint mechanism 80. In this connected state, the collar member 89 covers all of the coupling block 92, the leg coupling arm 94, and the leg coupling ball 88, and the collar member 89 is externally viewed in the collar housing portion 19. It should be noted that the leg connecting arm 94 is forcibly inserted into a cylindrical leg sleeve 95A having a slit fixedly fitted to the inner peripheral surface of the crotch connecting hole 95 and is rotated smoothly. Consideration is made so that the moving operation is smooth regardless of the direction, and an extraction preventing portion 96 having a slightly larger diameter at the lower end portion is formed at the lower end of the leg connecting arm 94.

(Knee connection means 101)
The knee joint means 101 is forced into the bar-shaped circular cross-section femoral joint arm 103 that is rotatably fitted in the lower shin joint hole 102 of the thigh 90A and the thigh joint hole 107 in the shin 90B. The shin coupling arm 104 has a rectangular cross-section with a rectangular cross-section, and a bending linkage ring 105 that couples the linkage arms 103 and 104 so as to be swingable. Also, a protruding portion that is engaged between the outer peripheral surfaces of the connecting arms 103 and 104 and the inner peripheral surfaces of the shin connecting hole 102 and the thigh connecting hole 107 so as not to be easily pulled out and pulled out. The removal prevention part 106 which consists of a groove part is formed along each circumferential direction. The specific configuration of the knee connecting means 101 is the same as the assembled structure of the central member 67 and the first and second clamping members 68 and 69 in the elbow connecting means 61. Such a description is omitted (see FIG. 8).

(Ankle connecting means 111)
The ankle connecting means 111 is forcibly inserted into the leg connecting hole 112A in the shin part 90B and forcibly fitted into the leg connecting hole 112A and the leg connecting hole 112B in the foot part 90C. It comprises a foot connecting arm 114 to be fitted, and a bent connecting ring 115 that connects these connecting arms 113 and 114 so as to be swingable. Further, the protrusions that are engaged with each other so that they are forcibly fitted between the outer peripheral surfaces of the connecting arms 113 and 114 and the inner peripheral surfaces of the foot connecting holes 112A and the leg connecting holes 112B so as not to be easily removed. An anti-extraction portion 116 composed of a groove portion and a groove portion is formed along each circumferential direction. As shown in FIG. 11, the specific structure of the ankle portion connecting means 111 is one end surface of a rod-like arm portion (113, 114) that is circular in cross section to be the first connecting arm 113 or the second connecting arm 114. A central member 117 integrally formed with a connecting ring 115B having a connecting hole 115A in the shape of a flat donut at a substantially central part of the first member 115C, and the first holding part 115C surface abutting on one surface of the connecting ring 115B of the central member 117 In addition, a connecting disk portion 115D, which is rotatably fitted in the connecting hole 115A of the connecting ring 115B, is formed so as to protrude like a ridge, and a half-circular cross-sectional connection is formed at the edge of the first holding portion 115C. On the surface of the second sandwiching portion 115E that abuts against the other surface of the connecting ring 115B of the central member 117 and the first sandwiching member 118 formed by integrally forming the half arm 114A in a protruding shape. A male / female fitting / fitting portion 115F that fits into the connecting disc portion 115D is formed, and a male / female fitting / fitting portion 114C that fits at the edge of the second holding portion 115E with the connecting half-arm 114A of the first holding portion 115C. And a second sandwiching member 119 formed by integrally forming a half-shaped connecting half-arm 114B having a semi-circular cross-section.

  The central member 117 and the first and second clamping members 118 and 119 are paired from both sides of the central member 117. The first and second clamping members 118 and 119 are connected to the connecting ring 115B of the central member 117 on both sides. The first and second sandwiching portions 115C and 115E disposed on the first and second sandwiching portions 115C and 115E are inserted into the joint holes 115A, and the sandwiched fitting portions 115F are connected to each other so that the inner halves 114A, 114B is assembled by being connected and integrated by the connecting fitting portion 114C. At the time of this assembly, the first and second sandwiching portions 115C and 115E arranged on both surfaces of the connecting ring 115B become a bending connecting ring 115 and can be rotated along the surface of the connecting ring 115B. The first and second connecting arms 113 and 114, each of which has a circular section in cross section, are formed by the part (113, 114) and the half-like connecting half-arms 114A and 114B joined together. Thus, the movable part is configured by being connected to the shin part 90B side and the foot part 90C side.

  Note that the sandwiching fitting portion 115F that joins and integrates the first and second sandwiching portions 115C and 115E may be provided on either the first or second sandwiching member 118 or 119, and has a non-circular cross section. As a result, the connection position can be made constant, and the connection fitting part 114C for connecting and integrating the half-shaped connection half arms 114A and 114B can be either a male part or a female part. The section may be circular or the cross section may be circular.

(Modification of each connecting means)
Further, the neck connecting means 21, the arm connecting means 51, the elbow connecting means 61, the wrist connecting means 71, the knee connecting means 101, and the ankle connecting means 111 described above are a pair of rod-like and spherical connecting arms. -Balls 23, 24, 32, 33, 52, 53, 63, 64, 73, 74, 103, 104, 113, 114 can be swung freely by bent portions (25, 54, 65, 75, 105, 115) It is based on a connected structure. These connection arms and spheres 23,... Are prepared in a plurality of sizes, such as L size, M size, S size, SS size, etc., depending on the change of the arm shape such as the diameter and length of the connecting arms and spheres. The That is, the swing structure bent by the joint part, the shoulder structure material connected by the joint part, the upper arm part 50A, the lower arm part 50B, the hand part 50C, the thigh part 90A, the shin part 90B, and the foot part 90C. It is sufficient if the joint structure is a part that becomes a movable structure that can rotate and swing with respect to each connected member. It should be noted that the outer surfaces of the bent portions 25,... Bulge and form in a spherical shape so that the appearance when viewed as a figure toy is good.

(Display example)
FIG. 12 shows an example of assembling a figure toy displayed in an appropriate form. In this example, the face of the head body 30 on the torso body 10 is directed in a predetermined direction and the predetermined weapon is applied to the left and right arm parts 50 so as to be in a battle posture carrying a weapon for battle. The stand device S is supported in a state of being held and in a standing posture by the left and right leg portions 90. Naturally, the figure toy is not limited to this illustrated example. The neck connecting means 21, the head connecting means 31, the left and right arm connecting means 51, the elbow connecting means 61, and the wrist connecting means 71, which are movable parts. The hip joint mechanism 80, the left and right leg connecting means 91, the knee connecting means 101, the ankle connecting means 111, and the like can be rotated, swung, bent, and so on to have various forms. .

DESCRIPTION OF SYMBOLS S ... Stand tool 1 ... Figure toy main body 10 ... Torso part 10A ... Chest part 10B ... Abdomen 11 ... Neck storage part 11A ... Neck connection hole 12 ... Shoulder storage part 12A ... Arm part connection hole 14 ... Trunk formation connection Means 15A ... abdominal connecting hole 15B ... chest connecting hole 15C ... trunk sleeve 16 ... first connecting ball 17 ... second connecting ball 18 ... shaft 19 ... buttocks storage 20 ... neck 21 ... neck connecting means 22A ... torso Part connection hole 22B ... head connection hole 23 ... second connection arm 23A ... connection half arm 23B ... connection half arm 23C ... connection fitting part 24 ... first connection arm 25 ... bending link ring 25A ... connection hole 25B ... Linking ring 25C ... first clamping part 25D ... linked disk part 25E ... second clamping part 25F ... clamping fitting part 26 ... removal prevention part 27 ... central member 28 ... first clamping member 29 ... second clamping member 30 ... head Body 30A ... Face 0B ... Eye 30C ... Back head 30D ... Hair part 31 ... Head connecting means 32 ... First connecting ball 33 ... Second connecting ball 34 ... Shaft 35 ... Neck connecting hole 35C ... Head sleeve 40 ... Shoulder member 40A ... Insertion recess 41 ... shoulder connection means 42 ... shoulder connection arm 43 ... connection block 44 ... connection recess 50 ... arm part body 50A ... upper arm part 50B ... lower arm part 50C ... hand part 51 ... arm part connection means 52 ... shoulder connection Sphere 53 ... Arm connection arm 53A ... Connection half-arm 53B ... Connection half-arm 53C ... Connection fitting 54 ... Bending connection ring 54A ... Connection hole 54B ... Connection ring 54C ... First clamping part 54D ... Connection disk part 54E ... 2nd clamping part 54F ... clamping fitting part 55 ... shoulder part connection hole 56 ... removal prevention part 57 ... center member 58 ... 1st clamping member 59 ... 2nd clamping member 61 ... elbow part connection means 62A ... lower arm connection Hole 62B ... upper arm connection 63 ... 1st connection arm 64 ... 2nd connection arm 64A ... Connection half arm 64B ... Connection half arm 65 ... Bending connection ring 65A ... Connection hole 65B ... Connection ring 65C ... 1st clamping part 65D ... Connection disk part 65E ... 2nd clamping part 65F ... clamping fitting part 66 ... removal prevention part 67 ... center member 68 ... 1st clamping member 69 ... 2nd clamping member 71 ... wrist connection means 72 ... hand part connection hole 73 ... arm connection arm 73A ... Connection half arm 73B ... Connection half arm 73C ... Connection fitting portion 74 ... Hand connection flange 75 ... Bending link ring 75A ... Connection hole 75B ... Connection ring 75C ... First clamping portion 75D ... Connection disk portion 75E ... Second Clamping part 75F ... Clamping fitting part 76 ... Pull-out prevention part 77 ... Center member 78 ... First clamping member 79 ... Second clamping member 79A ... Arm connecting hole 80 ... Crotch joint mechanism part 81 ... Crotch connecting hole 81A ... Sleeve 82 ... Crotch connecting base 83 ... Body connecting ball 84 ... Base connecting piece 84A ... Base connecting hole 85 ... Crotch swing bar 86 ... Bar connecting piece 86A ... Bar connecting hole 87 ... Screwing 88 ... Leg connecting ball 89 ... heel member 89A ... insertion recess 90 ... leg body 90A ... thigh 90B ... shin 90C ... foot 91 ... leg connection means 93 ... connection block 92 ... fitting recess 94 ... leg connection arm 95 ... crotch Connecting hole 95A ... leg sleeve 96 ... removal prevention part 101 ... knee connection means 102 ... shin connection hole 103 ... thigh connection arm 104 ... shin connection arm 105 ... bent connection ring 106 ... removal prevention part 107 ... thigh connection hole 111 ... ankle connection means 112A ... foot connection hole 112B ... leg connection hole 113 ... leg connection arm 114 ... foot connection arm 114A ... connection half arm 114B ... connection half arm 1 DESCRIPTION OF SYMBOLS 15 ... Bending connection ring 115A ... Connection hole 115B ... Connection ring 115C ... 1st clamping part 115D ... Connection disk part 115E ... 2nd clamping part 115F ... Nipping fitting part 116 ... Detachment prevention part 117 ... Central member 118 ... 1st Clamping member 119 ... 2nd clamping member

Claims (11)

  The head body is connected to the trunk body via the neck, and the arm body and the leg body are directly connected to each joint part so as to be able to rotate and swing by connecting means. In addition, the joint parts of the elbow / wrist in the arm body and the knee / ankle in the leg body are connected to each other by a connecting means so as to be pivotable and swingable. The joint structure of the figure toy assembled in the above, wherein the connecting means is forcibly fitted into at least one of the connecting holes provided at the connecting end of each connected body member so as to be rotatable. An articulated structure of a figure toy comprising: a pair of connecting arms that are connected to each other, and a bent connecting ring that connects the connecting arms so as to be swingable.   The connected body members to be connected to each other are either the trunk body and the leg body, the trunk body and the arm body, the trunk body and the arm body, or the trunk body and the leg body. Or the upper arm part and the lower arm part in the arm part body, the lower arm part and the hand part, the thigh part and the shin part in the leg body, or the shin part and the foot part. The joint structure of the figure toy according to claim 1.   Neck connection means for connecting the torso and neck, elbow connection means for connecting the upper arm and lower arm, knee connection means for connecting the thigh and shin, shin and foot An ankle connecting means for connecting the center member integrally formed with a connecting ring having a connecting hole in a flat donut shape on one connecting arm fitted into any one connecting hole of the connected body member; A connecting disk portion that is rotatably fitted in the connecting hole of the connecting ring is formed on the first holding portion surface that is in contact with one surface of the connecting ring of the central member so as to project in a protruding shape, and the first holding portion The first and second clamping members, each of which has a halved connecting half arm in a projecting shape, and the second clamping part surface that abuts against the other surface of the linking ring of the central member are fitted to the connecting disk part. A male / female clamping fitting portion is formed, and the second clamping portion is connected to the first half clamping portion of the connecting half arm. The first and first members are combined in a pair from both sides of the central member. The second sandwiching member is formed by integrally forming a halved coupling half arm having a mating male and female coupling fitting portion. 2 The sandwiching member is inserted into the coupling hole by the first and second sandwiching portions arranged on both sides of the coupling ring of the central member, and is fitted by the sandwiching fitting portion to form a bending linkage ring. Further, the connecting halved arm with which the inner side surfaces abut each other is fitted by the connecting fitting portion to form the other connecting arm that is fitted into any one of the connecting holes of the connected body members. Or the joint structure of the figure toy of 2.   The cervical side of the neck connection means, the lower arm side of the elbow connection means, the connection arm on the shin part side of the knee connection means, the trunk connection hole provided in the neck, and the upper arm connection provided in the lower arm The joint structure of the figure toy according to claim 3, wherein each of the thigh connection holes provided in the hole and the shin part is formed in a rectangular shape in cross section.   The shoulder structure for connecting the trunk body and the arm body includes a shoulder coupling means that is pivotably coupled to the shoulder housing portion of the trunk body in the front-rear direction, and swinging and rotating to the shoulder coupling means. The shoulder connection means comprises a shoulder connection arm that is forcibly fitted in an arm connection hole provided in the shoulder housing portion, and has a circular shape when viewed from the front. 2. An arm connecting block having a groove-shaped connecting concave portion having a spherical shape on the side surface and an inner peripheral side surface / bottom surface is integrally formed on the side surface portion. The joint structure of the figure toy in any one of thru | or 4.   The arm connecting means is freely rotatable by a spherical shoulder connecting ball that is forcibly inserted into the connecting recess of the connecting block in the shoulder connecting means, and a shoulder connecting hole formed in the upper part of the arm body. 6. An arm connecting arm that is forcibly fitted into the arm, a shoulder connecting ball, and a bent connecting ring that connects the arm connecting arms in a swingable manner. Figure toy joint structure.   The arm connecting means includes a central member integrally formed with a connecting ring having a donut-like connecting hole on the shoulder connecting ball, and a first sandwiching portion surface that comes into contact with one surface of the connecting ring of the central member. A connecting disk portion that is rotatably fitted in the connecting hole of the connecting ring is formed to project like a raised portion, and a half-like connecting half arm is integrally formed in a protruding manner at the edge of the first clamping portion. Forming a male / female clamping fitting portion that fits into the connecting disk portion on the first clamping member and the second clamping portion surface that contacts the other surface of the linkage ring of the central member, and the edge of the second clamping portion A central member, comprising a second clamping member formed integrally with a half-shaped coupling half-arm having a male and female coupling-fitting portion fitted to the coupling half-arm of the first clamping section The connecting disk part is fitted into the connecting hole at the first and second clamping parts arranged on both sides of the connecting ring, Fitted by a holding fitting part to form a bent connecting ring, and a connecting half arm with which the inner side surfaces abut is fitted by the connecting fitting part and is fitted into the shoulder connecting hole of the arm body. The joint structure of the figure toy according to claim 6, which is a shoulder connecting arm having a circular section.   The wrist connecting means for connecting the lower arm part and the hand part has a substantially T-shaped side surface by forming a flange part slightly larger in diameter than the tip end diameter at the tip of the tapered shaft part. A central member formed integrally with a connecting ring having a connecting hole in the shape of a flat donut on a shaft portion of a hand connecting flange that is forcibly fitted into the arm connecting hole, and one surface of the connecting ring of the central member A connecting disk portion that is rotatably fitted in the connecting hole of the connecting ring is formed on the surface of the first holding portion that is in contact with the protruding portion in a protruding shape, and is connected to the edge portion of the first holding portion in a split shape. A male and female pinching fitting portion that fits into the connecting disk portion is formed on the first holding member formed integrally with the half arm in a projecting manner and the second holding portion surface that contacts the other surface of the connecting ring of the central member. Form and fit on the edge of the second clamping part to the connecting half arm of the first clamping part 1st and 2nd which consists of the 2nd clamping member which integrally forms the half-shaped connection half arm provided with the male and female connection fitting part in the shape of protrusion, and is combined in a pair from both surfaces of the center member The holding member is inserted into the connecting hole at the first and second holding parts with the connecting ring of the central member arranged on both sides, and is fitted into the connecting hole to be a bent connecting ring, and The connecting half-arms with which the inner surfaces abut against each other are fitted by the connecting fitting portion to form a circular arm connecting arm in a cross-section inserted into the hand connecting hole of the lower arm portion. The joint structure of the figure toy according to any one of 7 above.   9. The body part and the leg part are connected to each other by a leg part connecting means that is connected to be rotatable and swingable via a crotch joint mechanism part disposed in the lower part of the body part. The joint structure of the figure toy as described in any of the above.   The crotch joint mechanism has a crotch coupling base having a torso coupling ball that is forcibly fitted in a crotch coupling hole formed in the lower part of the trunk body so as to be pivotable and swingable. 10. A crotch swinging bar having a leg connecting ball at an end thereof, which is connected to a part so as to be swingable and each of the left and right leg members is rotatably connected by a leg connecting means. Figure toy joint structure.   The leg connecting means has an upper connecting block having a groove-like fitting recess with an inner peripheral side surface and a spherical bottom surface so as to forcibly fit the leg connecting ball of the hip joint mechanism. The joint of the figure toy according to any one of claims 1 to 10, further comprising a leg connecting arm that is pivotably fitted into a crotch connecting hole formed in an upper part of the leg body. Construction.

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