Toy parts, joint mechanisms, doll toys and decorative parts

Abstract

To provide toy parts that can be easily assembled even when parts made of metal materials are used. [Solution] A toy part comprising a first member made of a resin material, a second member made of a metal material that is joined to a first surface of the first member, and a third member made of the metal material that is joined to a second surface of the first member, characterized in that when the second member and the third member are joined to the first member, the first member is at least partially covered by the second member and the third member.

Description

[Technical field]

[0001] The present invention relates to a toy part, a joint mechanism, a doll toy and a decorative part. [Background technology]

[0002] Patent Document 1 describes a plastic model that is assembled by assembling two plastic parts, one on the front and one on the back, into a set. The plastic parts have projections and recesses that are combined to join the parts together. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Special Publication No. 2-5103 Summary of the Invention [Problem to be solved by the invention]

[0004] Due to the nature of the material, parts made of metal cannot be bonded as easily using projections and recesses as plastic parts.

[0005] An object of the present invention is to provide toy parts etc. that can be easily assembled even when parts made of metal materials are used. [Means for solving the problem]

[0006] The present invention relates to a toy part, A first member made of a resin material; a second member made of a metallic material coupled to the first surface of the first member; a third member made of the metallic material and coupled to the second surface of the first member; Equipped with When the second member and the third member are coupled to the first member, the first member is at least partially covered by the second member and the third member. The present invention also provides a toy part, A toy part, A first member made of a resin material; a second member made of a metallic material coupled to the first surface of the first member; a third member made of the metallic material and coupled to the second surface of the first member; Equipped with The first member has a first protrusion or a first coupling hole, and at least one of the second member and the third member has a second coupling hole or a second protrusion, and the first protrusion and the second coupling hole or the first coupling hole and the second protrusion are coupled to each other, whereby the first member is coupled to at least one of the second member and the third member. At least one of the second member and the third member has a plurality of protrusions, the coupling holes are formed in the plurality of protrusions, and ends of the plurality of protrusions form the same plane. The present invention is characterized by the above. Effect of the Invention

[0007] According to the present invention, it is possible to provide toy parts etc. that can be easily assembled even when parts made of metal materials are used. [Brief description of the drawings]

[0008] [Figure 1] FIG. 1 is a diagram showing an example of a doll toy according to an embodiment. [Diagram 2] 1A and 1B are perspective views of a head of a doll toy according to an embodiment, and views showing the appearance of each part of the head. [Diagram 3] 1A and 1B are perspective views of a body of a doll toy according to an embodiment, and views showing the appearance of each part of the body. [Figure 4] 1A and 1B are perspective views of an arm of a doll toy according to an embodiment, and views showing the appearance of each part of the arm. [Diagram 5] 1A and 1B are perspective views of a waist portion of a doll toy according to an embodiment, and views showing the appearance of each part of the waist portion. [Figure 6]1A and 1B are perspective views of a leg of a doll toy according to an embodiment, and views showing the appearance of each part of the leg. [Figure 7] FIG. 4 is a diagram for explaining a state in which the surfaces are continuous, according to the embodiment. [Figure 8] 11A and 11B are diagrams showing examples of the configuration of some of the external parts of the legs of a doll toy according to an embodiment. [Figure 9] FIG. 13 is a diagram showing an example of the configuration of a decorative part of a doll toy according to an embodiment. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0009] Hereinafter, the embodiments will be described in detail with reference to the attached drawings. Note that the following embodiments do not limit the invention according to the claims, and not all combinations of features described in the embodiments are necessarily essential to the invention. Two or more features among the multiple features described in the embodiments may be arbitrarily combined. Also, the same reference numbers are used for identical or similar configurations, and duplicated descriptions are omitted. Also, in each figure, the up, down, left, right, front and back directions relative to the paper surface are used in the description in the text as the up, down, left, right, front and back directions of the parts (or components) in this embodiment.

[0010] First, an example of the appearance of a doll toy corresponding to this embodiment is shown in FIG. 1. FIG. 1 is a schematic diagram showing a doll toy 100 according to the embodiment. The doll toy 100 has model parts of a head 110, a body 111, arms 112, a waist 113, and legs 114, which are joined together. At least a part of each part 110-114 is supported so as to be rotatable (or swingable) relative to an adjacent part. For example, the head 110 is supported so as to be rotatable relative to the body 111, and the arms 112 are supported so as to be rotatable relative to the body 111. In this way, each part of the doll toy 100 is provided with a joint structure, and a user (for example, an owner of the doll toy 1) can put such a doll toy 100 into a desired posture. Although omitted in FIG. 1, one or more decorative parts can be attached to the doll toy 100. The decorative parts can also be configured in the same manner as the model parts of the doll toy described in this embodiment. The decorative parts include, for example, weapons such as swords and guns, and protective gear such as shields.

[0011] In this specification, when explaining the positional relationship of each part, terms such as front, rear, left, right, up, and down may be used, but these terms are relative to the doll toy 1. For example, the front corresponds to the front side of the doll toy 100, and the rear corresponds to the back side of the doll toy 100.

[0012] In this embodiment, each model part constituting the doll toy 100 is composed of an internal part made of a thermoplastic resin such as ABS, and an external part made of a metal material that covers the outside of the internal part. Basically, the external parts are not directly bonded to each other, and the relative positions of the multiple external parts are determined via the same internal part by bonding the external parts to the internal parts. When bonding the external parts to each other, they may be bonded in advance by a sintering process.

[0013] In the embodiment described below, ABS is exemplified as a molding material for the internal parts, but this is not limited thereto, and other materials (polyethylene, polystyrene, thermosetting resin, etc.) are not excluded. In addition, the metal material constituting the external parts can be, for example, an alloy of titanium, aluminum, and rare earth yttria, but this is not limited thereto, and may be another type of alloy in which at least a part of the combination is different, or all of the combination is different, or may be a single metal such as aluminum.

[0014] The molding method for the internal parts is the same as that for ordinary plastic models, but the molding method for the external parts can be performed as follows, for example. First, raw powders of titanium, aluminum, and rare earth yttrium are mixed with a binder to produce pellets. The pellets are heated and melted, pressure-injected into a mold, solidified, and molded, and then sintered to remove the binder, completing the external parts. Note that the parts to be combined can be combined into a single external part by combining them in advance and then sintering them. In addition, the external parts shrink by about 12% during sintering, which may cause variations in the sintering results. However, such variations can be eliminated by combining metal external parts with resin internal parts, rather than joining the external parts of the finished product, because the internal parts absorb the variations in the external parts. Note that the shrinkage rate of resin parts is less than 1%, so it can be almost ignored.

[0015] In addition, since there is a risk of deformation of the shape of the external part during sintering, the external part is configured to suppress such deformation. This is because the external part does not become hard as it is during sintering, but the material first becomes soft, and depending on the part shape, some parts may sag due to the influence of gravity, causing the shape to collapse. In general, the external part is placed on a flat surface (mounting surface) and sintered, but it is necessary to place the external part in a balanced manner so that it does not float above the mounting surface. If it is not placed properly, the shape of the part will collapse during sintering. In addition, if the weight of the part is too heavy, there is a risk that some parts will bend when sintered if a large stress is applied to them.

[0016] Therefore, the external parts corresponding to this embodiment are configured to have a flat surface so that the external parts can be placed in a well-balanced manner without floating from the installation surface during sintering. For example, the joint surfaces between the external parts can be configured flat and the external parts can be installed using this joint surface, or at least a part of the external part can be configured flat and the external parts can be installed using this flat surface. In addition, a supporting protrusion can be provided inside to prevent distortion during sintering due to localized weight (stress) on one part. The protrusion can also be used for connection with the internal part. In addition, the external parts may be supported by the inner protrusion and the flat surface of the outer periphery or edge part during sintering. In this case, the end of the protrusion and the flat surface form the same plane.

[0017] Next, a configuration example of the model parts of the head 110 will be described with reference to Fig. 2. Fig. 2 includes a perspective view showing the appearance of the head 110 and a diagram showing the appearance of the internal parts and external parts that configure the head 110.

[0018] The head 110 is composed of external parts 201, 202, and 203 made of a metal material and an internal part 205 made of a resin material. The external part 201 is a part arranged on the front side of the head 110, and the external part 202 is attached in advance. The external part 203 is a part arranged on the back side of the head 110, which is the surface opposite to the external part 201. The internal part 205 is a part for attaching the external part 201 to the front side and the external part 203 to the back side on the opposite side, and for connecting with the body part 111, and FIG. 2 includes views showing the appearance of the front side, back side, and bottom side. In addition, although the internal part 205 is not shown in the perspective view of the head appearance shown in the upper part of FIG. 2, it is sandwiched between the external parts 201 and 203 and housed inside them. The external parts 201 and 202 are previously bonded by sintering when they are produced. The external parts described below may also be configured as one part by previously bonding multiple parts by sintering.

[0019] A dotted line 204 on the head 110 indicates the boundary between the external parts 201 and 203. The external parts 201 and 203 are coupled to the internal part 205 so that the surfaces are continuous before and after the boundary 204. Here, continuous surfaces refers to a state in which there is no obvious step (FIG. 7(B)) or gap (FIG. 7(C)) that can be recognized from the outside at the boundary 703 between the external parts 701 and 702 to be coupled as shown in FIG. 7, and the surface of one external part and the surface of the other external part are smoothly connected (FIG. 7(A)). The same applies below. However, in this embodiment, when coupling the external parts, the external parts do not necessarily have to be continuous before and after the connection boundary.

[0020] The outer part 201 on the front side of the head 110 has connection holes 211, 212 for connection with protrusions 221, 222 on the front side of the inner part 205. The outer part 203 on the back side of the head 110 has protrusions 231, 232 for connection with connection holes 223, 224 on the back side of the inner part. The surface 213 of the outer part 201 and the surface 233 of the outer part 203 are flat surfaces, and function as surfaces that support the outer parts 201, 203 when the outer parts 201, 203 are placed during sintering. They also serve as connection surfaces when the outer parts 201, 203 are connected to the inner part 205, and form a boundary 204 at their ends.

[0021] Internal part 205 has a connection hole 225 at the bottom, and is coupled to a ball-shaped protrusion provided on body 111 via connection hole 205. This makes it possible to orient head 110 in any direction relative to body 111.

[0022] Next, a configuration example of the model parts of the body 111 will be described with reference to Fig. 3. Fig. 3 includes a perspective view showing the appearance of the body 111 and a diagram showing the appearance of the internal parts and external parts that configure the body 111.

[0023] The body 111 is composed of external parts 301, 302, and 303 made of a metal material, and an internal part 304 made of a resin material. The external part 301 is a part arranged on the front side of the body 111, and the external part 302 is a part arranged on the back side of the body 111, which is the surface opposite to the external part 301. The external part 303 is located below the external parts 301 and 302, and is a part for connecting to the waist 113. The internal part 304 is a part for attaching the external part 301 to the front side, the external part 302 to the opposite back side, and the external part 303 to the bottom, and for ensuring connection to the head 110 at the top. In FIG. 3, the internal part 304 includes a view showing the appearance of the front side and the back side. In the perspective view of the external appearance of the torso shown in the upper part of FIG. 3, joint portion 350 of internal part 304 with head 110 and joint portions 351 and 352 with arm 112 are exposed to the outside of the external part.

[0024] In the body portion 111 as well, the outer parts 301 and 302 are joined to the inner part 304 so that the surfaces of the outer parts 301 and 302 are formed continuously before and after the boundary between the outer parts 301 and 302 .

[0025] The external part 301 on the front side of the body 111 has protrusions 311 to 314 for coupling with coupling holes 341 to 344 on the front side of the internal part 304. The external part 302 on the rear side of the body 111 has protrusions 321 to 324 for coupling with coupling holes 346 to 349 on the rear side of the internal part. The external part 303 has a receiving hole 331 for receiving an end including the bottom surface of the internal part 304. Approximately half of the lower side of the internal part 304 is received and fixed in the receiving hole of the external part 303. Although not shown in FIG. 3, the receiving hole 331 penetrates the bottom surface of the external part 303, and the bottom surface of the internal part 304 is exposed from the bottom surface of the external part 303. The bottom surface of the external part 303 functions as a mounting surface for the external part 303 during sintering.

[0026] The internal part 304 has a coupling part 350 for rotatably coupling with the head part 110, and the coupling part 350 has a ball shape. The internal part 304 also has protrusions 351, 352 on the left and right, and is coupled to the arm part 112 rotatably by these protrusions 351, 352. Although not shown in FIG. 3, a coupling hole for coupling with the waist part 113 is provided on the bottom surface of the internal part 304. The coupling hole is coupled with a protrusion 517 of an internal part 501 of the waist part 113, which will be described later.

[0027] Next, a configuration example of a model part of arm 112 will be described with reference to Fig. 4. Fig. 4 includes a perspective view showing the external appearance of arm 112 and a diagram showing the external appearance of internal and external parts constituting arm 112.

[0028] Arm 112 is composed of external parts 401, 403, 407, and 408 made of a metal material, and internal parts 402, 404, 405, and 406 made of a resin material. In the front view of the external appearance of the arm shown in the center of Fig. 4, internal parts 404, 405, and 406 form the elbow joint of arm 112, and are rotatably connected by sandwiching the joint part of internal part 404 between internal parts 405 and 406.

[0029] The external part 401 has a protrusion (not shown) inside, and the protrusion is inserted into a connection hole 421 of the internal part 402 to connect the external part 401 and the internal part 402. The internal part 402 further has a connection hole (not shown) on the left side surface for rotatably connecting to the connection parts 351, 352 of the body part 111, and further has a connection hole (not shown) on the bottom surface for rotatably connecting to the protrusion 441 of the internal part 404.

[0030] External part 403 is a part that constitutes the outer appearance of the upper arm of arm portion 112, and has a hole penetrating inside, with opening 431 being the upper opening of said hole. End portion 432 having opening 431 forms a flat surface, which can function as a surface on which external part 403 is placed during sintering. An opening 442 of internal part 404 is exposed from the opening at the lower end of external part 403, and internal parts 405 and 406 are joined thereto.

[0031] By being housed in the through hole of the external part 403, the internal part 404 has its sides covered while its top and bottom are exposed from the external part 403. The internal part 404 further has an opening 442 on its lower side, and an opening formed in a protrusion 451 of the internal part 405 and a protrusion 461 of the internal part 406 are coupled to each other via the opening 442, while the internal parts 405 and 406 sandwich the internal part 404. As a result, the internal parts 405 and 406 are coupled to each other so as to be rotatable relative to the internal part 404.

[0032] The internal parts 405 and 406 are housed in the external part 407, so that their sides are covered, but the top and bottom are exposed. The bottom of the internal part 405 is provided with a connection hole to which the protrusion 481 of the fist part 408 is connected. The external part 407 is a part that constitutes the appearance of the forearm in the arm 112, and has a hole penetrating through its interior, and the opening 471 is an opening on the upper side of the through hole. At least one side of the side surface 472 of the external part 407 forms a flat surface, and can function as a surface on which the external part 407 is placed during sintering. The bottom of the internal part 405 is exposed from the opening at the lower end of the external part 407, and the fist part 408 is connected thereto. The fist part 408 is a part that imitates the shape of a doll's hand, and has an opening 481 for connecting the external part.

[0033] Next, a configuration example of a model part of the waist portion 113 will be described with reference to Fig. 5. Fig. 5 includes a perspective view showing the appearance of the waist portion 113 and a diagram showing the appearance of the internal and external parts that configure the waist portion 113.

[0034] The waist 113 is composed of external parts 502, 503, 504, 505, 506, and 507 made of a metal material, and an internal part 501 made of a resin material. In the perspective view of the waist exterior shown in the center of Fig. 5, the external parts 502 to 507 have symmetrical arrangements and structures in the left-right and front-back directions, and the internal part 501 is also symmetrically configured in the front-back and left-right directions.

[0035] The internal part 501 has left and right protrusions 511, 512, and the external part 504 can be joined to the internal part 501 by engaging the protrusions 511 with the joining holes 541 of the external part 504. Similarly, the external part 505 can be joined to the internal part 501 via the protrusions 512.

[0036] The internal part 501 has protrusions 513 and 514 at the front and rear for connecting with the external parts 502 and 506 at the front and rear. The protrusions 513 and 514 connect with connecting holes provided on the back side of the external part 502. Although only the protrusions 513 and 514 on the front side are shown in FIG. 5, two protrusions are also arranged on the back side. The protrusions on the back side connect with connecting holes 561 and 562 of the external part 506. At this time, the shaft portion 571 of the external part 507 is engaged with the recessed portion 563 of the external part 506, so that the external part 507 is connected to the external part 506 rotatably around the shaft 571 as a rotation axis. Similarly, the external part 503 is connected to the external part 502 rotatably around the shaft 531 as a rotation axis.

[0037] Internal part 501 further has protrusions 515, 516 for connecting with leg part 114. Leg part 114 is connected with waist part 113 via protrusions 515, 516. Also, protrusion 517 is provided at the top for connecting with a connecting hole in the bottom surface of external part 303 of trunk part 111. By connecting protrusion 517 with a connecting hole in the bottom surface of internal part 304, trunk part 111 is connected with waist part 113 in a rotatable manner.

[0038] Next, a configuration example of the model part of the leg 114 will be described with reference to Fig. 6. Fig. 6 includes a perspective view showing the appearance of the leg 114 and a diagram showing the appearance of the internal and external parts that configure the leg 114.

[0039] The leg portion 114 is made up of outer parts 603, 604, 605, 606, 607, 608, 609, 610, and 612 made of a metal material, and inner parts 601, 602, and 611 made of a resin material.

[0040] In this embodiment, the joints of the leg 114, i.e., the knee joint and the ankle joint, are fixed. This is because the parts made of metal are heavier than those made of normal plastic materials. By fixing the knee and ankle joints of the leg 114, it is possible to stably maintain the pose of the doll toy 100.

[0041] The internal part of the leg 114 is formed by combining internal parts 601 and 602. In FIG. 6, two internal parts are combined, but three or more may be combined. By combining a plurality of parts, the internal part can be made thicker and stronger. An opening 621 is formed in the internal part 602, and the internal part 602 is configured to be able to be combined with the protrusion 515 or 516 of the internal part 501 of the waist 113. In addition, the internal parts 601 and 602 are combined with their lower ends 613 and 622, and are inserted into the opening at the top of the internal part 611 that constitutes the ankle part, whereby the internal part 611 is combined with the external parts 610 and 612.

[0042] External parts 603 to 609 are connected to the internal parts 601 and 602, respectively. These external parts have coupling holes that are coupled to protrusions formed on the surfaces of the internal parts 601 and 602, or protrusions that are coupled to coupling holes that are formed on the surfaces of the internal parts 601 and 602.

[0043] In the leg 114, the outer parts 603 and 604 are joined to the inner parts 601 and 602 so that the surfaces of the outer parts 603 and 604 are formed continuously before and after the boundary between the outer parts 603 and 604. The same applies to the other outer parts.

[0044] In addition, the leg 114 includes parts such as external parts 603 and 604 that are arranged to sandwich the internal part from the front and back, and parts such as external parts 608 and 609 that are arranged to sandwich the internal part from the left and right. In addition, while the external parts 603 and 604 can cover the periphery of the internal part by two parts, it is also possible to subdivide the structure so that the internal parts are covered by external parts 605, 606, 607, 608, and 609. In this case, the external parts 608 and 609 are arranged on the right side and left side connected to the front side of the external part 605 arranged on the front side, and the external part 606 is connected to the back side connected to each side. Furthermore, the external part 607 is arranged below the external part 605, and each part is connected to the internal parts 601 and 602 so that the surfaces of a part of the external part 607 and each part of the external parts 608 and 609 are continuous.

[0045] The outer part 605 is provided with protrusions 651 and 652 each having a coupling hole formed therein. The coupling holes of the protrusions 651 and 652 couple with corresponding protrusions of the inner part 601, while the protrusions 651 and 652 are used to support the outer part 605 during sintering. Fig. 8(A) is a side view of the outer part 605, and the ends of the protrusions 651 and 652 and the end 653 of the outer part 605 are configured to form the same plane 801. This allows the outer part 605 to be placed in a well-balanced manner without floating above the placement surface during sintering.

[0046] The outer part 606 is provided with protrusions 661, 662, and 663, each having a coupling hole formed therein, and also with a protrusion 664. The coupling holes of the protrusions 661 to 663 couple with corresponding protrusions of the inner part 601, while the protrusions 661 to 664 are used to support the outer part 606 during sintering. Fig. 8(B) is a side view of the outer part 606, and the ends of the protrusions 661 to 664 are configured to form the same plane 802. This allows the outer part 606 to be placed in a well-balanced manner without floating above the placement surface during sintering.

[0047] Furthermore, the outer part 609 is provided with protrusions 691 to 696. The protrusions 691 to 694 are coupled to corresponding coupling holes in the inner part 602, while the protrusions 691 to 696 are used to support the outer part 609 during sintering. Fig. 8(C) is a side view of the outer part 609, and the ends of the protrusions 691 to 696 are configured to form a flush plane 803. This allows the outer part 609 to be placed in a well-balanced manner without floating above the placement surface during sintering.

[0048] Next, an example of a decorative part of the doll toy 100 will be described with reference to Fig. 9. Fig. 9 shows an example of a shield 900 configured to be able to be attached to the doll toy 100. The shield 900 also constitutes a toy part of the doll toy 100. The shield 900 is configured by combining an external part 901 and an internal part 902, and when viewed from the side, the edge of the external part 901 forms the same plane.

[0049] The outer part 901 has protrusions 910 to 917 for coupling with the inner part 902, and the inner part 902 has coupling holes 920 to 927 for coupling with the protrusions 910 to 917 of the outer part 901. Because the outer part 901 is larger than the inner part 902, when the outer part 901 and the inner part 902 are coupled, the connection surface of the inner part 902 is covered by the outer part 901. In addition, the tips of the protrusions 910 to 917 of the outer part are exposed from the coupling holes 920 to 927 of the inner part, and their regular arrangement and shape create a decorative effect.

[0050] The ends of the protrusions 910 to 917 of the outer part 901 form the same plane together with the edge 918 of the outer part 901, and function to support the outer part 901 when the outer part 901 is sintered. This allows the outer part 609 to be placed in a well-balanced manner without floating off the placement surface during sintering. If the outer part 901 were to be supported only by the edge 918 during sintering, deformation would be unavoidable due to the weight of the central portion of the outer part 901; however, since the protrusions 910 to 917 function as supports, sintering can be performed while maintaining the overall shape of the outer part 901.

[0051] The opening 903 is a connection hole for attaching a mounting member for mounting the shield 900 on the doll toy 100, for example, a mounting member for attaching to the arm of the doll toy 100 can be attached.

[0052] Thus, according to this embodiment, the model parts of the doll toy can be constructed by combining the external parts made of a metal material and the internal parts made of a resin material. This allows easier assembly compared to assembling by joining metal parts together, thereby reducing the stress of the user. In particular, the internal resin parts can absorb the variations that occur in the external parts during sintering, eliminating problems during assembly. Furthermore, by constructing the skeleton parts from resin parts, it is possible to reduce the thickness of the metal parts that make up the exterior, compared to using all metal parts, and it is possible to reduce the weight of the doll toy as a whole.

[0053] The invention is not limited to the above-described embodiment, and various modifications and variations are possible within the scope of the gist of the invention.

Claims

1. A toy part, A first member made of a resin material; a second member made of a metallic material coupled to the first surface of the first member; a third member made of the metallic material and coupled to the second surface of the first member; Equipped with the first member has a first protrusion or a first coupling hole, and at least one of the second member and the third member has a second coupling hole or a second protrusion, and the first protrusion and the second coupling hole or the first coupling hole and the second protrusion are coupled to each other, thereby coupling the first member to at least one of the second member and the third member, A toy part, wherein at least one of the second member and the third member has a plurality of protrusions, each of the plurality of protrusions has a connecting hole formed therein, and ends of the plurality of protrusions form the same plane.

2. A toy part, A first member made of a resin material; a second member made of a metallic material coupled to the first surface of the first member; a third member made of the metallic material and coupled to the second surface of the first member; Equipped with the first member has a first protrusion or a first coupling hole, and at least one of the second member and the third member has a second coupling hole or a second protrusion, and the first protrusion and the second coupling hole or the first coupling hole and the second protrusion are coupled to each other, thereby coupling the first member to at least one of the second member and the third member, A toy part, wherein at least one of the second member and the third member has a plurality of protrusions, ends of the plurality of protrusions forming a same plane.

3. 3. The toy part according to claim 1 or 2, wherein when the second member and the third member are coupled to the first member, the first member is at least partially covered by the second member and the third member.

4. 4. The toy part according to claim 1, wherein at least one of the second member and the third member is formed by sintering a metallic material.

5. 5. The toy part according to claim 1, wherein the second member and the third member are connected to the first member such that surfaces of the second member and the third member are continuous.

6. the first member has a joining portion that is joined to the fourth member made of the resin material, The toy part according to any one of claims 1 to 5, characterized in that when the second member and the third member are connected to the first member, the connection portion is exposed and not covered by the second member and the third member.

7. The toy part according to claim 1 , wherein ends of the plurality of protrusions and edges of at least one of the second member and the third member having the plurality of protrusions form the same plane.

8. The toy part according to claim 1 , wherein at least one of the second member and the third member has a flat surface, and the flat surface enables the toy part to be stably placed on a placement surface.

9. 9. The toy part according to claim 1, wherein the second surface is a surface opposite to the first surface or a surface connected to the first surface.

10. The toy part according to any one of claims 1 to 9, characterized in that at least one of the second member and the third member is formed by previously bonding a plurality of members made of the metal material by sintering.

11. 11. The toy part according to claim 1, wherein the first member is formed by bonding a plurality of members made of the resin material.

12. Further comprising a fifth member made of the metal material, the fifth member is coupled to the first member by receiving an end portion of the bottom surface side of the first member; 12. The toy part according to claim 1, wherein a connecting portion is provided on a bottom surface of the first member for connecting to another toy part.

13. A doll toy comprising a toy part according to any one of claims 1 to 12.

14. A joint mechanism including a first joint part and a second joint part, The first joint part and the second joint part each include A first member made of a resin material; a second member made of a metal material that is bonded to and covers a side surface of the first member; Equipped with The first member has a connecting portion at least on one of a top portion and a bottom portion for connecting to another member. When the first member and the second member are joined together, the joint portion of the first member is exposed and not covered by the second member; The first joint component has a first coupling portion at least at a bottom portion, The second joint component has a second connection portion at least at a top portion, 14. The doll toy according to claim 13, further comprising a joint mechanism formed by rotatably connecting the first connecting portion and the second connecting portion.

15. 15. The doll toy according to claim 14, wherein in the joint mechanism, the second member has a flat surface, and is stably placed on a placement surface by the flat surface.

16. In the joint mechanism, the first member is configured by bonding a plurality of members made of the resin material, 16. The doll toy according to claim 14, wherein the second member is configured by previously bonding a plurality of members made of a metal material together by sintering.

17. A decorative part for a doll toy according to any one of claims 13 to 16, A first member made of a resin material; a second member made of a metallic material coupled to the first surface of the first member; Equipped with the first member has a plurality of coupling holes; the second member has a plurality of protrusions that are coupled to the plurality of coupling holes, When the first member and the second member are joined together, the first surface of the first member is covered by the second member, and ends of the plurality of protrusions are exposed from the respective openings of the plurality of joining holes on a second surface opposite to the first surface, The decorative part, wherein the ends of the plurality of protrusions form the same plane.

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