Building block person with anthropomorphic structure
By designing a movable anthropomorphic building block man with a three-layer structure including bones, flesh and clothing, the problem of simple human shape structure of existing building blocks toys is solved, and more realistic human simulation and diversified combinations are achieved, which enhances educational and entertainment value.
Patent Information
- Application Number
- CN202420083120.1
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-01-13
- Publication Date
- 2024-12-10
- Estimated Expiration
- 2034-01-13
AI Technical Summary
The existing building blocks and toys have simple human-shaped structures, lacking structural levels such as bones, flesh and clothing, and cannot effectively simulate the human body structure, limiting children's imagination and creativity.
A movable anthropomorphic building block man with three-layer assembly structures including bones, flesh and clothing is designed. Through the combination of bone blocks, shell blocks and clothing blocks, a flexible splicing of various movements and shapes is achieved.
It enhances the simulation of the human body structure, helps children better understand the basic structure of the human body, increases the educational significance and entertainment of toys, and provides a diverse combination method to stimulate children's creativity and imagination.
Smart Images
Figure CN222130971U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the field of building block toys, in particular to a building block figure with an anthropomorphic structure. Background Art
[0002] Building blocks are a type of toy that consists of multiple small pieces that can be connected and stacked to build various shapes and structures. Each building block has a specific shape and size, and usually has grooves and protrusions that allow them to be embedded and fixed together, and they usually have different colors and patterns to increase appeal and stimulate children's imagination and creativity.
[0003] At present, human-shaped building blocks are roughly divided into display types and movable types. Display type human-shaped building blocks generally provide fixed assembly steps and plans. Once completed, their overall shape and movements are relatively rigid, and they cannot be freely combined and matched according to children's preferences and imaginations. They lack flexibility and diversity, and cannot truly stimulate children's imagination and creativity. Movable human-shaped building blocks are generally composed of building blocks such as the torso, head, upper limbs, and lower limbs. Then, the torso is connected to the head, upper limbs, and lower limbs with a movable structure, so that the human-shaped building blocks can make limited movements. In addition, integrated clothing and hairstyles are given to the surface of the torso, limbs, and head, which can add more details and changes in appearance to the human-shaped building blocks. However, no matter whether it is a decorative or movable human-shaped building block, their human body structures are relatively simple, without distinguishing structural layers such as human bones, flesh and clothing, that is, the trunk, head and limbs are mostly formed by separate shells or solid bodies, which makes the human body simulation of the human-shaped building block structure poor, unable to help children better understand and recognize the basic structural knowledge of the human body, lacking educational significance, and unable to better give play to children's imagination and creativity.
[0004] The Chinese utility model patent specification (publication number: CN214551181U) discloses a building block toy figure, which includes a body block 1, a head block 2, two arm blocks 3, a waist block 4 and two leg blocks 5. The body block 1 is connected with a neck connector 11; it is used to be movably connected to the head block 2; the two arm blocks 3 are movably connected to the two sides of the body block 1; the waist block 4 is rotatably connected to the body block 1; the two leg blocks 5 are movably connected to the two sides of the waist block 4. All parts of the building block toy figure are movably connected, which is more similar to the structure of a human being and more realistic. It can be seen that the structural layer of the building block toy figure is essentially a single-layer structure, without structural layers such as bones and clothing. Therefore, there is also a problem of insufficient human simulation, which makes it impossible for children to understand the basic structure of the human body, and it is also impossible to freely combine according to children's preferences and imagination to change the appearance of the building block figure, such as body shape, clothing and dress.
[0005] In view of this, the inventor designed the invention based on his experience in the toy field over the years, considered the structural optimization of the product, and made the invention after many tests and improvements. Summary of the invention
[0006] In view of the above-mentioned deficiencies in the prior art, the technical problem to be solved by the present invention is to provide a movable anthropomorphic structure building block man comprising a three-layer assembly structure including a human skeleton, a body and clothing.
[0007] In order to achieve the above-mentioned purpose, the utility model provides a building block figure with an anthropomorphic structure, which includes: a head building block assembly, an upper body building block assembly and a lower body building block assembly, wherein the upper body building block assembly includes: a trunk bone building block, two upper limb bone building blocks and an upper body shell as a body, wherein a cervical vertebra is provided at the upper end of the trunk bone building block, through which the cervical vertebra is movably spliced with the head building block assembly, and shoulder blades are respectively arranged on both sides, through which the shoulder blades are movably spliced with the two upper limb bone building blocks, each upper limb bone building block includes a humeral building block and an ulna and radius building block that can be detachably spliced, and are movably spliced in sequence, wherein the other end of the humeral building block is used for movably splicing with the corresponding shoulder blade, and the upper body shell includes: a trunk shell, an upper arm shell and a lower arm shell that are respectively covered on the surfaces of the trunk bone building block, the humeral building block and the ulna and radius building block in a splicing manner, and a lower arm shell that is movably spliced with the trunk bone building block, the humeral building block and the ulna and radius building block in a splicing manner, and a lower arm shell that is movably spliced with the trunk bone building block, the humeral building block and the ulna and radius building block. A hand building block spliced with upper limb bone building blocks; the lower body building block assembly includes: a hip bone building block, two lower limb bone building blocks and a lower body shell as the flesh, the upper end of the hip bone building block is movably spliced with the trunk bone building block, and the two sides of its lower end are movably spliced with the two lower limb bone building blocks respectively, each lower limb bone building block includes a femur building block and a calf building block that can be detachably spliced, and are movably spliced in sequence, wherein the other end of the femur building block is used for movably splicing with the hip bone building block, the lower body shell includes: a hip bone shell, a thigh shell and a calf shell respectively covered on the surface of the hip bone building block, the femur building block and the calf bone building block in a splicing manner, and a foot building block spliced with the lower limb bone building block; a layer of clothing building block assembly is also provided on the surface of all or any one of the shell building blocks in the upper body shell and the lower body shell, and is connected by a splicing structure.
[0008] The utility model further provides a building block figure with an anthropomorphic structure, wherein the humerus building block, the radius and ulna building block, the femur building block and the shin bone building block are spliced with the corresponding shells in a sleeve connection manner.
[0009] The utility model further provides a building block figure with an anthropomorphic structure, wherein a plug-in buckle structure is further arranged between the humerus building block, the ulna and radius building block, the femur building block and the calf building block and the corresponding housing.
[0010] The utility model further provides a building block figure with an anthropomorphic structure, wherein mutually matching guide grooves and guide blocks are arranged between the humerus building block, the ulna building block, the femur building block and the calf building block and the corresponding shells for guiding splicing.
[0011] The utility model further provides a building block figure with an anthropomorphic structure, wherein a shoulder building block piece movably connected to the shoulder blade and the corresponding humerus building block piece is arranged between the shoulder blade and the corresponding humerus building block piece.
[0012] The utility model further provides a building block man with an anthropomorphic structure, one end of the shoulder building block is connected to the shoulder blade by a ball socket, and the other end is plugged into and rotatably connected to the humerus building block by a plug and a socket, and an annular protrusion and an annular buckle matching limit are provided between the plug and the socket. At the same time, a socket is provided on the upper arm shell provided on the surface of the humerus building block to accommodate the plug-in end between the shoulder building block and the humerus building block, and the shoulder building block can rotate and move in the socket.
[0013] The utility model further provides a building block figure with an anthropomorphic structure, wherein a head building block component is formed by splicing a plurality of head shells.
[0014] The utility model further provides a building block figure with an anthropomorphic structure, wherein a detachable hair building block component is spliced on the surface of the head building block component, and the hair building block component is spliced by at least two hair blocks.
[0015] The utility model further provides a building block figure with an anthropomorphic structure, wherein the hair building block assembly consists of two side hair blocks, a top hair block and a rear side hair block, wherein a plug-in structure is provided between the rear side hair block and the two side hair blocks for mutual restraint.
[0016] The utility model further provides a building block figure with an anthropomorphic structure, wherein a detachable headdress building block is arranged on the surface of any hair block.
[0017] The utility model further provides a building block figure with an anthropomorphic structure, wherein a torso building block and a hip building block are connected by a ball-and-socket structure.
[0018] The utility model further provides a building block figure with an anthropomorphic structure, wherein the splicing structure of the clothing building block components is any one of a plug-in structure and a ball-and-socket structure.
[0019] The utility model further provides a building block figure with an anthropomorphic structure, whose clothing building block components include: a breastplate, shoulder armor, arm armor, skirt armor, leg armor and a cloak, and are respectively spliced with corresponding shells.
[0020] The utility model further provides a building block figure with an anthropomorphic structure, whose skirt armor consists of a front bracket and a rear bracket. A plurality of skirt armor pieces are arranged at the lower ends of the front and rear brackets and form a circle. Each skirt armor piece is connected to the front and rear brackets by a hugging fork and an axle body with a buckle, so that the skirt armor piece can rotate.
[0021] Compared with the prior art, the utility model divides the building block components of the building block man into three parts, namely, the skeleton building block component, the shell building block component as the body, and the clothing building block component, and assembles and splices them in the logical order of the skeleton, the shell, and the clothing. At the same time, each connecting joint is movable, can swing and present a variety of different shapes, so that the structural layer of the building block man can simulate a more realistic human body structure and movement, which can not only increase children's basic understanding and interest in the human body, but also has educational significance and entertainment. In addition, by providing a variety of building block components, the shell building block component and the clothing building block component can be freely combined and assembled, so as to create a building block man with more diverse body shapes and clothing. This diversified combination method can increase children's creativity and imagination, and also increase the changes and fun of the gameplay. BRIEF DESCRIPTION OF THE DRAWINGS
[0022] Figure 1 This is an exploded view of the skeleton of the present invention.
[0023] Figure 2 This is an exploded view of the skeleton and shell of the utility model.
[0024] Figure 3 It is a cross-sectional view of the upper limb structure of the utility model.
[0025] Figure 4 It is a cross-sectional view of the lower limb structure of the utility model.
[0026] Figure 5 This is a head structure diagram of the utility model.
[0027] Figure 6 This is a hair structure diagram of the present utility model.
[0028] Figure 7 It is a schematic diagram of the clothing building block components of the utility model after splicing.
[0029] Figure 8 This is a structural diagram of the skirt armor of the present utility model.
[0030] Figure numerals: 1—trunk bone building block; 1a—cervical vertebra; 1b—left scapula; 1c—right scapula; 1d—raised plug-in column; 2—upper limb bone building block; 2a—shoulder building block; 2b—humerus building block; 2c—ulna and radius building blocks; 3—hip bone building block; 3a—left connecting rod; 3b—right connecting rod; 4—lower limb bone building block; 4a—femur bone building block; 4b—calf bone building block; 5—trunk front shell; 6—trunk rear shell; 7—upper arm shell; 7a—socket; 8—lower arm shell; 9—hand building block; 10—hip bone front shell; 11—hip bone rear shell; 12—thigh shell; 13—calf shell body; 14—foot building blocks; 15—head building blocks; 15a—front shell of the head; 15b—left shell; 15c—right shell; 15d—bottom shell; 16—hair building blocks; 16a—left hair block; 16b—right hair block; 16c—back hair block; 16d—top hair block; 17—headwear accessories; 18—chest armor; 19—shoulder armor; 20—arm armor; 20a—front shell of arm armor; 20b—back shell of arm armor; 21—skirt armor; 21a—front bracket; 21b—back bracket; 21c—skirt armor piece; 22—leg armor; 22a—front shell of leg armor; 22b—back shell of leg armor; 23—cloak; 24—support rod. Implementation
[0031] In order to make the invention purpose, technical scheme and beneficial effects of the utility model clearer, the technical scheme in the embodiment of the utility model will be clearly and completely described below in conjunction with the drawings in the embodiment of the utility model. It should be pointed out that the described embodiment is only a part of the embodiment of the utility model, not all of the embodiments.
[0032] like Figure 1 , Figure 2 As shown, this embodiment is a building block figure with an anthropomorphic structure, which is mainly composed of three parts, namely an upper body building block assembly, a lower body building block assembly and a head building block assembly. The building block assemblies can be disassembled and assembled by movable or inactive connections, so as to be assembled into a movable humanoid building block toy.
[0033] The upper body building block assembly includes a trunk bone building block 1, two upper limb bone building blocks 2 and an upper body shell used as a body. The trunk bone building block is a "plate"-shaped block, and a plurality of interlaced protruding plug-in columns 1d are arranged on the front and back sides thereof, and these protruding plug-in columns are arranged in a "T" shape. A "rod"-shaped cervical vertebra 1a is arranged at the top of the trunk bone building block, and a spherical shape is arranged at the end of the cervical vertebra away from the trunk bone building block. At the same time, a "rod"-shaped shoulder blade is also arranged at the symmetrical positions on both sides of the top of the trunk bone building block, which are used as the left shoulder blade 1b and the right shoulder blade 1c of the human skeleton respectively, and the ends of the two shoulder blades away from the trunk bone building block have a spherical shape. In addition, there is also a plug-in hole in the middle of the bottom surface of the lower end of the trunk bone building block, through which it can be spliced and combined with the relevant joint parts of the lower body building block assembly.
[0034] The two upper limb bone building blocks 2 are symmetrically arranged left upper limb bone building blocks and right upper limb bone building blocks, which correspond to the left scapula 1b and the right scapula 1c respectively. Moreover, each upper limb bone building block includes a detachable humeral building block 2b and a radius ulna building block 2c. The upper end of the humeral building block can cooperate with the spherical shape of the corresponding scapula through a socket ball to form a ball-and-socket connection structure, so that the upper limb bones of the building block man can move freely or swing in multiple directions and angles; the lower end of the humeral building block is provided with a first right-angle groove, and at the same time, a second right-angle groove is also provided at the upper end of the ulna and radius building blocks. The two right-angle grooves are formed in half and can be interlocked with each other, and then the shaft and the shaft hole are used to buckle and rotate, so that the humeral building block and the ulna and radius building blocks can swing relative to each other. The buckle here can be used with a circle of protrusions and a clamping position to cooperate and constrain, so as to achieve limited rotation, for example: a circle of protrusions is provided at the front end of the shaft, and a matching clamping position is provided on the inner wall of the shaft hole for limiting. Finally, a spherical shape is provided at the lower end of the ulna and radius building blocks. In addition, the ulna and radius building blocks referred to here are a general term for the combination of ulna and radius. Through these splicing structures and connection methods, the left upper limb bone building blocks and the right upper limb bone building blocks can be assembled and combined, and the left and right upper limb bone building blocks can be spliced with the left and right shoulder blades of the trunk bone building blocks. After completion, the two upper limb bone building blocks can perform upper limb activities close to those of real people, such as swinging, bending and rotating the upper limbs, so that the building block man can perform a variety of rich upper limb movements.
[0035] The upper body shell includes a trunk shell, an upper arm shell 7, a lower arm shell 8, and a hand building block 9. The trunk shell, the upper arm shell, and the lower arm shell are completely covered on the surface of the trunk bone building block, the humerus building block, and the radius and ulna building block, respectively. The trunk shell is spliced by the trunk front shell 5 and the trunk rear shell 6, and their inner sides are respectively provided with plug-in grooves 6a corresponding to the protruding plug-in columns 1d on the front and back of the trunk bone building block, and these plug-in grooves are composed of two protruding columns. The splicing and assembly of the trunk shell and the trunk bone building block is completed by the interference fit between these protruding plug-in columns and the plug-in grooves.
[0036] In a more preferred embodiment, in order to enhance the firmness between the front shell of the trunk and the rear shell of the trunk, a mating pin and socket structure (not shown in the figure) may be added to the joint surface between the front shell of the trunk and the rear shell of the trunk to achieve an interference connection and enhance the stability of the connection structure.
[0037] Since the upper limbs of the building block man have movable joints, and the range of motion and amplitude of movement are large, if the upper arm shell and the lower arm shell are spliced by a combination of front and rear shells, it is easy to cause the shells to loosen or fall apart. In order to strengthen the firmness of the splicing between them, the upper arm shell 7 and the lower arm shell 8 are both made of one-piece sleeves, and are respectively sleeved on the surface of the humeral building block 2b and the ulna and radius building block 2c in an interference fit manner, so that when the upper limbs make any movements, the upper arm shell and the lower arm shell will not loosen or fall apart, making the spliced structure more firm and reliable.
[0038] In another preferred embodiment, on the basis of the above sleeve connection, the upper arm housing 7 and the lower arm housing 8 respectively use a plug-in buckle structure with the humeral building block 2b and the ulna and radius building block 2c, for example Figure 3 As shown, semi-arc-shaped protrusions A are provided at symmetrical positions on both sides of the circumferential surface of the radius and ulna building blocks, and a slot B is provided at the inner wall of the forearm housing and the corresponding position of the semi-arc-shaped protrusion, and the two are buckled in an interlocking manner to achieve a plug-in buckle connection between the forearm housing and the radius and ulna building blocks. For another example, a protrusion is provided on the outer circumferential surface of the humerus building block, and a buckle edge of the protrusion is provided at the inner wall of the upper arm housing and the corresponding position of the protrusion, and the two are also buckled in an interlocking manner to achieve a plug-in buckle connection between the upper arm housing and the humerus building block.
[0039] More preferably, mutually cooperating guide grooves and guide blocks are also provided between the humeral building blocks and the ulna and radius building blocks and the corresponding housings as a guide splicing structure. Taking the ulna and radius building blocks 2c and the forearm housing 8 as an example, a raised guide block is provided on the surface of the ulna and radius building blocks, and a guide groove is provided at a corresponding position on the inner wall of the forearm housing. Through the guide connection between the guide groove and the guide block, the user can accurately and quickly complete the splicing between the ulna and radius building blocks and the forearm housing. The same is true for the upper arm housing 7 and the humeral building block 2b, and the splicing can also be completed by using the matching structure of the guide groove and the guide block.
[0040] A ball socket is provided on the top surface of the hand building block 9, which forms a ball socket connection structure with the spherical shape at the lower end of the ulna and radius building blocks 2c, so that the hand building blocks can also move in multiple directions and angles, producing movement effects similar to wrist bending and rotation.
[0041] The lower body building block assembly includes: a hip bone building block 3, two lower limb bone building blocks 4 and a lower body shell used as the body. The hip bone building block is an inverted triangular "plate" block, and a plug-in column is arranged at the upper end of the hip bone building block, through which the plug-in column is plugged into the plug-in hole at the lower end of the trunk bone building block 1, so that the hip bone building block and the trunk bone building block of the building block person can perform relative rotational movement to simulate the twisting effect of the human waist; the lower end of the hip bone building block is in a "Y" shape, and its two branches are respectively a left connecting rod 3a and a right connecting rod 3b, and the two connecting rods are each provided with a spherical shape at one end away from the hip bone building block.
[0042] The two lower limb bone building blocks 4 are respectively a symmetrically arranged left lower limb bone building block and a right lower limb bone building block, which correspond to the left connecting rod 3a and the right connecting rod 3b respectively. Moreover, each lower limb bone building block includes a detachable thigh bone building block 4a and a shank bone building block 4b. The upper end of the thigh bone building block cooperates with the spherical shape of the corresponding left / right connecting rod through a socket ball to form a ball-and-socket connection structure, so that the lower limb bones of the building block man can also move freely or swing in multiple directions and angles. The lower end of the thigh bone building block is provided with a third right-angle groove, and the upper end of the shank bone building block is also provided with a fourth right-angle groove, and the two right-angle grooves are formed to be half-open and can be interlocked with each other, and then the shaft and the shaft hole are used to cooperate to buckle and rotate, so that the thigh bone building block and the shank bone building block can swing relative to each other; the lower end of the shank bone building block has a spherical shape. Through these splicing structures and connection methods, the left lower limb bone building blocks and the right lower limb bone building blocks can be assembled and combined, and the left and right lower limb bone building blocks can be movably spliced with the left and right connecting rods of the hip bone building blocks respectively. The two lower limb bone building blocks after completion can also perform lower limb activities close to those of real people, such as swinging, bending and rotating the lower limbs, so that the building block man can also perform a variety of lower limb movements.
[0043] The lower body shell includes a hip shell, a thigh shell 12, a calf shell 13, and a foot building block 14, wherein the hip shell, the thigh shell and the calf shell are completely covered on the surface of the hip building block, the thigh building block and the calf building block respectively. The hip shell is composed of a hip front shell 10 and a hip rear shell 11, and the covering method is also through the interference fit of the protruding plug-in column and the plug-in hole, the hip front shell and the hip rear shell are respectively assembled on the front and rear sides of the hip building block, thereby completing the splicing and assembly of the hip shell and the hip building block.
[0044] In a more preferred embodiment, similarly, in order to enhance the firmness between the front shell of the hip bone and the rear shell of the hip bone, mating pins and sockets may be added to the mating surface between the front shell of the hip bone and the rear shell of the hip bone to achieve interference fit and enhance the stability of the connection structure.
[0045] In order to enhance the stability of the structure, the thigh shell and the calf shell also use the same one-piece sleeve as the upper arm shell and the lower arm shell, and are respectively sleeved on the surface of the thigh bone building block and the calf bone building block in an interference fit manner. Therefore, when the lower limbs make any movements, the thigh shell and the calf shell will not loosen or fall apart, making the splicing structure more solid.
[0046] In another preferred embodiment, based on the above sleeve connection, the thigh shell and the calf shell also use a plug-in buckle structure with the thigh bone building block and the calf bone building block respectively. Figure 4 As shown, a circle of annular protrusions C are provided on the circumferential surface of the femur building block, and a circle of annular grooves D are provided on the inner wall of the thigh shell and the corresponding position of the annular protrusions. The two are buckled in an interlocking manner to achieve a plug-in buckle connection between the thigh shell and the femur building block. For another example, semi-arc-shaped protrusions A are provided on the symmetrical positions on both sides of the circumferential surface of the calf building block, and a groove B is provided on the inner wall of the calf shell and the corresponding position of the semi-arc-shaped protrusions. The two are buckled in an interlocking manner to achieve a plug-in buckle connection between the calf shell and the calf building block. In addition to these embodiments, the protrusions and buckle edges between the humeral building block and the upper arm shell can also be used to achieve a plug-in buckle connection.
[0047] More preferably, mutually matching guide grooves and guide blocks are provided between the thigh bone building block and the calf bone building block and the thigh shell and the calf shell as a guide splicing structure. The implementation method is the same as that of the ulna and radius building blocks 2c and the forearm shell 8, and will not be described again below.
[0048] A ball socket is provided on the top surface of the foot building block 14, which forms a ball socket connection structure with the spherical shape at the lower end of the calf bone building block, so that the foot building block can also move in multiple directions and angles, producing movement effects similar to ankle bending and rotation.
[0049] In a preferred embodiment, a shoulder building block 2a is added between the scapula and humerus building blocks, which is movably connected thereto, thereby increasing the number of movable joint nodes and making the upper limbs more flexible. Figure 3 As shown, the movable splicing method adopted is that a socket ball is provided at one end of the shoulder building block, and the socket ball and the spherical shape of the shoulder blade form a ball-and-socket connection structure, while the other end is plugged and rotated with the humeral building block by a plug and a socket. At the same time, a second annular protrusion E is provided on the outer circumference of the plug, and an annular groove F is provided at the position corresponding to the second annular protrusion on the inner wall of the socket as a clamping position. The two are constrained by buckles to achieve position limiting to prevent the humeral building block from easily falling out during rotation. In addition, the upper arm housing 7 provided on the surface of the humeral building block is also provided with a socket 7a for accommodating the butt end between the shoulder building block and the humeral building block, so that the shoulder building block can rotate in the socket, and the arm can swing while taking into account the rotation, and the action made is more flexible and changeable.
[0050] like Figure 5 As shown, the head building block assembly 15 is composed of a head front shell 15a and a head back shell. The head front shell is the front face of the head building block assembly, and facial features such as eyebrows, eyes, ears, nose, mouth, and face shape can be set; the head back shell is respectively composed of a left shell 15b, a right shell 15c, and a bottom shell 15d, wherein a spherical concave socket ball is also set on the bottom surface of the bottom shell, which cooperates with the spherical shape of the cervical vertebra 1a to form a ball-and-socket connection structure, thereby realizing multi-directional and angular activities of the head, such as: lowering the head, tilting the head, raising the head, etc., so that the movement of the head is more flexible. When assembling the head building block assembly, the left shell, the right shell, and the bottom shell are first assembled, and then assembled with the head front shell into a complete head. The assembly method adopts the method of inserting columns and sockets for interference insertion and constraint, and the splicing edges between the shell blocks also form mutual constraints. This method of splicing and assembling multiple shells allows various parts of the head to be replaced at will, thereby changing the facial appearance, look and shape of the head, providing children with more room for play and improving their imagination and creativity.
[0051] like Figure 6As shown, more preferably, a detachable hair building block assembly 16 is also assembled on the surface of the head building block 15, and the hair building block assembly is composed of hair blocks such as a left hair block 16a, a right hair block 16b, a rear hair block 16c and a top hair block 16d. Among them, the left hair block and the right hair block are spliced into one body through the rear hair block, and the splicing method is to connect the plug column and the plug hole so that they form mutual constraints, and the top forms a hollow groove. Then, the top hair block is embedded in the hollow groove between the left and right hair blocks and the rear hair block, so as to form a complete piece of hair. Finally, these hair blocks are plugged and fixed to the surface of the head according to the above-mentioned combination method. Through the block design of the hair block, a diversified combination of hair can be achieved, so that the hair shape and hair color of the building block person can be changed at will. In addition, the number of hair blocks here is not limited to four, and two, three or five blocks can also be spliced and combined according to the situation.
[0052] More preferably, a detachable headdress building block is also provided on any of the above-mentioned hair blocks. For example, the left and right hair blocks can be provided with plug-in holes for the headdress building blocks, and the headdress building blocks with plug-in posts can be installed and replaced by interference fit. In this embodiment, an embedding groove and a plug-in hole are provided at the front end of the top hair block 16d for the corresponding headdress building block 17 to be spliced.
[0053] In a preferred embodiment, the hip bone building block 3 and the trunk bone building block 1 are connected by a ball-and-socket structure (not shown in the figure). The ball-and-socket structure enables the waist of the building block figure to bend to a certain angle in addition to rotating, thereby further enriching the body movements of the building block figure.
[0054] like Figure 7As shown, the surfaces of all or any of the shell building blocks in the upper body shell and the lower body shell are also provided with a splicing structure for connecting clothing building block components. In this embodiment, the clothing building block components include a breastplate 18, a shoulder armor 19, an arm armor 20, a skirt armor 21, a leg armor 22, and a cape 23, wherein the breastplate, shoulder armor, arm armor, skirt armor, and leg armor are all spliced by front and rear shells, and the splicing structure is an interference fit of the plug-in hole and the plug-in column, for example: the arm armor 20 is composed of the arm armor front shell 20a and the arm armor rear shell 20b, and the leg armor 22 is composed of the leg armor front shell 22a and the leg armor rear shell 22b, and the other armors are similar, and will not be described in detail below. When connecting, plug holes are set on the surface of the torso front shell, torso rear shell, forearm shell, hip front shell, hip rear shell and calf shell, and there can be one or more plug holes. Then, plug posts corresponding to the plug holes are set on the inner side of the clothing building block components such as breastplate, shoulder armor, arm armor, skirt armor, leg armor and cloak, and assembled one by one on the corresponding shell surface, so that the building block man forms a clothing layer in addition to the bone layer and the flesh layer, so that the combination and change of the building block man has more possibilities. In addition, these armors can also be replaced with building blocks such as different shaped clothing and accessories.
[0055] The splicing structure of the clothing building block assembly can also be spliced using a ball-and-socket structure. For example, an upright support rod 24 is provided on the shoulder building block 2a, and a spherical shape is provided on the top of the support rod. The shoulder armor 19 forms a ball-and-socket connection structure by setting a socket ball to cooperate with the spherical shape of the support rod, thereby increasing the mobility of the shoulder armor.
[0056] like Figure 8 As shown, further, the front and rear shells of the skirt armor 21 are respectively a front bracket 25 and a rear bracket 26, and a plurality of skirt armor pieces 27 for splicing are provided at the lower ends of the front and rear brackets, and they are surrounded together in a circle. The upper end of each skirt armor piece is provided with an axle body for buckling, and at the same time, the lower ends of the front and rear brackets are provided with a plurality of alternately arranged holding forks with the same number as the skirt armor pieces, and through the combination of these holding forks and the axle body, the elastic buckle connection of each skirt armor piece is realized, and the skirt armor piece can be moved, and presents a more vivid effect.
[0057] The joint connection structure between the above-mentioned building blocks can be realized by other publicly available movable or non-movable building block connection methods in addition to interference fit, ball-and-socket hinge, and buckle snap.
[0058] Based on the embodiments of the utility model, all other embodiments obtained by ordinary technicians in this field without making any creative work shall fall within the scope of protection of the utility model.
Claims
1. A building block figure with an anthropomorphic structure. include: The head building block assembly, the upper body building block assembly and the lower body building block assembly are characterized by: The upper body building block assembly comprises: a trunk bone building block (1), two upper limb bone building blocks (2) and an upper body shell as a body, wherein a cervical vertebra (1a) is provided at the upper end of the trunk bone building block, and the cervical vertebra is movably spliced with the head building block assembly (15), and shoulder blades are provided on both sides, and the shoulder blades are movably spliced with the two upper limb bone building blocks respectively, and each upper limb bone building block comprises a humeral building block (2b) and an ulna and radius building block (2c) that can be detachably spliced, and the scapulae are movably spliced in sequence, wherein the other end of the humeral building block is used for movably splicing with the corresponding scapula, and the upper body shell comprises: a trunk shell, an upper arm shell (7) and a lower arm shell (8) respectively covered on the surface of the trunk bone building block, the humeral building block and the ulna and radius building block in a splicing manner, and a hand building block (9) spliced with the upper limb bone building block; The lower body building block assembly comprises: a hip bone building block (3), two lower limb bone building blocks (4) and a lower body shell as the body, wherein the upper end of the hip bone building block is movably spliced with the trunk bone building block, and the two sides of the lower end are movably spliced with the two lower limb bone building blocks respectively, each lower limb bone building block comprises a detachable thigh bone building block (4a) and a calf bone building block (4b), and the two detachable thigh bone building blocks are movably spliced in sequence, wherein the other end of the thigh bone building block is used for movably splicing with the hip bone building block, and the lower body shell comprises: a hip bone shell, a thigh shell (12) and a calf shell (13) respectively covered on the surface of the hip bone building block, the thigh bone building block and the calf bone building block in a splicing manner, and a foot building block (14) spliced with the lower limb bone building block; A layer of clothing building block components is also provided on the surface of all or any one of the shell building blocks in the upper body shell and the lower body shell, and connected through a splicing structure.
2. The building block figure of anthropomorphic structure according to claim 1, Features: The humerus building block (2b), the ulna and radius building blocks (2c), the femur building block (4a) and the calf building block (4b) are spliced with the corresponding shells in a sleeve-jointed manner.
3. The building block figure of anthropomorphic structure according to claim 2, Features: A plug-in buckle structure is also provided between the humerus building block, the ulna and radius building block, the femur building block and the calf building block and the corresponding housing.
4. The building block figure of anthropomorphic structure according to claim 2 or 3, Features: Mutually matched guide grooves and guide blocks are also provided between the humerus building block, the ulna and radius building block, the femur building block and the calf building block and the corresponding housings for guiding splicing.
5. The building block figure of an anthropomorphic structure according to any one of claims 1 to 3, Features: A shoulder building block (2a) movably connected thereto is also provided between the shoulder blade and the corresponding humerus building block.
6. The building block figure of anthropomorphic structure according to claim 5, Features: One end of the shoulder building block is connected to the shoulder blade by a ball socket, and the other end is connected to the humerus building block by a plug and a socket for plugging and movably rotating. An annular protrusion and an annular buckle are provided between the plug and the socket for matching and limiting. At the same time, a socket (7a) is provided on the upper arm shell provided on the surface of the humerus building block for accommodating the plug-in end between the shoulder building block and the humerus building block, and allowing the shoulder building block to rotate and move in the socket.
7. The building block figure of an anthropomorphic structure according to any one of claims 1 to 3, Features: The head building block assembly (15) is formed by splicing together a plurality of head shells.
8. The building block figure of anthropomorphic structure according to claim 7, Features: A detachable hair building block assembly is also spliced on the surface of the head building block assembly, and the hair building block assembly is spliced by at least two hair blocks.
9. The building block figure of anthropomorphic structure according to claim 8, Features: The hair building block assembly consists of two side hair blocks, a top hair block (16d) and a rear hair block (16c), wherein a plug-in structure is provided between the rear hair block and the two side hair blocks to constrain each other.
10. The building block figure of anthropomorphic structure according to claim 9, Features: A detachable headdress building block (17) is also arranged on the surface of any hair block.
11. The building block figure of anthropomorphic structure according to claim 1 or 2, Features: A ball-and-socket structure is used to connect the trunk bone building block and the hip bone building block.
12. The building block figure of an anthropomorphic structure according to claim 1 or 2, Features: The splicing structure of the clothing building block assembly is any one of a plug-in structure and a ball-and-socket structure.
13. The building block figure of anthropomorphic structure according to claim 1 or 2, Features: The clothing building block assembly comprises: a breastplate (18), shoulder armor (19), arm armor (20), skirt armor (21), leg armor (22) and a cape (23), and each of the components is spliced with a corresponding shell.
14. The building block figure of an anthropomorphic structure according to claim 13, Features: The skirt armor is composed of a front bracket (21a) and a rear bracket (21b), and a plurality of skirt armor pieces (21c) are arranged at the lower ends of the front and rear brackets and form a circle. Each skirt armor piece is connected to the front and rear brackets by a clamping fork and an axle body, so that the skirt armor piece can rotate.