CN214260670U - Splicing unit and building block wallboard assembly - Google Patents

Abstract

The utility model belongs to the technical field of building block toys, in particular to a splicing unit, which comprises a unit A and a unit B, wherein the front outline of the unit A is square, and the front outline of the unit B is rectangular; the binding surfaces of the unit A and the unit B are respectively provided with a clamping structure and are clamped through the clamping structures; the clamping structure comprises a male plug-in unit and a female plug-in unit inserted with the male plug-in unit, wherein the binding surface of the unit A is provided with two male plug-in units and two female plug-in units; a male plug-in unit and a female plug-in unit are arranged on the binding surface of the unit B, and the male plug-in unit and the female plug-in unit on the unit B can be plugged with the adjacent male plug-in unit and female plug-in unit on the unit B respectively. The splicing and inserting units have the characteristic of infinite expansion, the building block wallboard can be freely spliced by adopting geometric design and mathematical logic reasoning, the obtained building block wallboard component can be fixedly arranged at any inclination angle and used as the basis of building block creation, and convenience is brought to users for three-dimensional creation.

Description

Splicing unit and building block wallboard assembly

Technical Field

The utility model belongs to the building blocks field specifically is a piece together and insert unit and building blocks wallboard subassembly.

Background

The building block toy is an intelligence toy, and has multiple playing methods, and children can create the toy in full. At present, building block toys all include many spare parts, and children assemble from first, and other parts are piled up and are deposited, when not wanting to play, again with the semi-manufactured goods of assembling and other parts collection deposit. The main problem of the playing method is that the creation of the children can not be planned as the covering house, the whole layout and the comprehensive thinking capability of the children are not easy to develop, and moreover, due to the fact that no specific creation field exists, if the children stop to do other things during the assembly, the phenomenon that the children do not want to continue the assembly can occur, and the children are easily wasted in half way.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a piece together and insert unit, should piece together the unit and have the unlimited characteristic of expanding, it adopts the geometric design, and reasoning out through mathematical logic can freely assemble. Another object of the utility model is to provide a building blocks wallboard subassembly, this building blocks wallboard subassembly can be with the fixed setting in arbitrary inclination and as the basis of building blocks creation, can the person of facilitating the use carry out three-dimensional creation moreover, also can regard as specific building blocks creation space, the person of facilitating the use full play imagination simultaneously.

In order to achieve the above object, the utility model provides a following technical scheme: the splicing and inserting unit comprises an A unit and a B unit, wherein the front profile of the A unit is square, the front profile of the B unit is rectangular, the size of the long side of the rectangle is half of the size of the wide side, and the size of the long side of the rectangle is equal to the side length of the square; the binding surfaces of the unit A and the unit B are respectively provided with a clamping structure and are clamped through the clamping structures; the clamping structure comprises a male plug-in unit and a female plug-in unit inserted with the male plug-in unit, wherein two male plug-in units are arranged on one diagonal line of the attaching surface of the unit A, two female plug-in units are arranged on the other diagonal line, a quadrangle with the two male plug-in units and the two male plug-in units as vertexes is a square, and the male plug-in units and the female plug-in units are positioned on quartering points of the diagonal lines; a male plug-in unit and a female plug-in unit are arranged on the binding surface of the unit B, and the male plug-in unit and the female plug-in unit on the unit B can be respectively plugged with the adjacent male plug-in unit and female plug-in unit on the unit B; and arranging an additional splicing structure on the unit A and/or the unit B.

In the technical scheme, the front profile of the unit A is square, and the front profile of the unit B is half of the square, so that two unit B can be completely attached to the unit A to form a cube with the square front profile, and the unit B can be used for connecting and splicing two adjacent unit A, so that the splicing and inserting unit formed by the unit A and the unit B has the characteristic of infinitely expanding and splicing.

Preferably, the additional splicing structure is a splicing hole arranged perpendicular to the binding face. The hole-shaped structure is a common splicing and inserting structure and can be stably spliced with the columnar piece, and the hole-shaped structure is used as an additional splicing and inserting structure of the splicing and inserting unit, so that the splicing and inserting stability of the additional piece can be ensured, the size and the materials of the splicing and inserting unit can be controlled, and the surface of the splicing and inserting unit is kept flat.

Preferably, plug holes are formed in the unit A and the unit B, the plug holes penetrate through the unit A and the unit B, and the plug holes in the unit A and the unit B are opposite to each other after the unit A and the unit B are spliced and inserted. The A unit and the B unit are combined in an arbitrary splicing manner, and the front and the back of the splicing unit formed by the A unit and the B unit are provided with splicing holes with the same positions, so that the splicing of the additional parts is not influenced.

Preferably, the binding surfaces of the unit A and the unit B consist of vertically arranged inner baffles; the inner partition plate forms surrounding grooves on the outer peripheries of the male plug-in unit and the female plug-in unit, wherein the male plug-in unit and the female plug-in unit are located in the middle of the surrounding grooves, and the surrounding grooves are identical in shape, and the plane patterns of the single surrounding grooves have the characteristics of transverse symmetry and longitudinal symmetry. By adopting the structure to arrange the inner partition plate, the structural strength of the splicing and inserting unit can be improved, and the binding surface structures of the unit A and the unit B have good visual effects. In addition, the male plug-in components and the female plug-in components are positioned at the bottom of the surrounding groove, so that after the unit A and the unit B are spliced, the splicing surfaces of the unit A and the unit B are mutually spliced, and only one circle of splicing gap is reserved.

Preferably, the top edge of the surrounding groove on the periphery of the male plug-in or the female plug-in on the A unit and the B unit extends to form a clamping edge, the overall size of the clamping edge is smaller than that of the surrounding groove, and when the A unit and the B unit are combined, the clamping edge is inserted into the corresponding surrounding groove. The clamping edges are used as clamping structures, and the structural strength of the A unit and the B unit after splicing can be improved by inserting the clamping edges into the corresponding surrounding grooves. In addition, when individual male plug-in components or individual female plug-in components are damaged, the splicing units can still be normally spliced and combined under the action of the clamping edges.

Preferably, the male plug-in component comprises two plug boards which are symmetrically arranged, an avoidance gap is reserved between the two plug boards, and the end part of each plug board is provided with a chuck which protrudes outwards; the female plug-in unit is an insertion column with a central insertion hole at the top, four clamping holes penetrating through the central insertion hole are formed in the side wall of the central insertion hole, and the central connecting lines of the four clamping holes are mutually vertical; after the inserting plate is inserted into the central inserting hole, the clamping head is clamped in the clamping hole. The male plug-in and the female plug-in are convenient to insert and close and stable in inserting and closing structure.

In order to achieve the above object, the utility model provides a following technical scheme: a building block wallboard assembly is used as a basic fixing plate of an additional piece, and therefore creation is convenient for users. This building blocks wallboard subassembly includes the building blocks wallboard that is formed by the amalgamation of the above-mentioned A unit of polylith and B unit, because the structural feature of A unit and B unit, this building blocks wallboard has the characteristic of unlimited extension, and no matter what kind of inclination this building blocks wallboard subassembly is in, its homoenergetic can regard as the basic fixed plate of other additional members.

Preferably, the building block wallboard assembly further comprises a back plate assembly, wherein a fixing hole for fixing the back plate assembly on the wall body is formed in the back plate assembly, and an additional hole is formed in the back plate assembly; the back plate assembly is also provided with an additional head which is inserted into the insertion hole in the building block wall plate, the additional head comprises a half plug and an insertion shaft which is arranged on the back of the half plug and matched with the additional hole, and the depth of the half plug is equal to that of the insertion hole in the A unit or the B unit. The structure that backplate subassembly is connected as whole building blocks wallboard subassembly and wall body or other planes can be fixed backplate subassembly through the bolt, and backplate subassembly this moment is as the attached plate of building blocks wallboard, and in the within range that backplate subassembly size allows, the user can use the arbitrary amalgamation building blocks wallboard of A unit and B unit. Because the building block wallboard is fixed on the back plate assembly through the half plug, the splicing units can be conveniently increased, decreased or replaced.

Preferably, the building block wallboard component further comprises a transverse splicing plate which is transversely arranged and is spliced by the unit A and/or the unit B; the building block wall plate also comprises a right-angle splicing piece, wherein the right-angle splicing piece comprises a longitudinal plug which is longitudinally inserted into the splicing hole on the transverse splicing plate and a transverse plug which is transversely inserted into the splicing hole on the building block wall plate; the side-by-side plug connector comprises two longitudinally arranged side-by-side plugs, and the two side-by-side plugs can be inserted into two adjacent plug holes in the transverse splicing plate or the two adjacent plug holes in the back plate assembly. The building block wall board forms a plane foundation fixing plate for inserting the additional piece, the transverse splicing plate can form another plane foundation fixing plate perpendicular to the building block wall board, and the two are combined to form a three-dimensional foundation fixing plate, so that more creation space can be provided for a user.

Preferably, the building block wallboard assembly further comprises a limiting plug-in and a building block column base, wherein the limiting plug-in comprises two positioning plugs arranged at the bottom, the two positioning plugs can be inserted into two adjacent plug-in holes in the transverse splicing plate, a positioning area is formed between the two adjacent limiting plug-in, and the lower end of the building block column base is clamped in the positioning area; building blocks stylobate is pieced together by the H unit and is inserted and form, and the both sides of this H unit are for participating in to both sides parallel extension, and participate in between for the centre gripping mouth, and this centre gripping mouth can press from both sides two and laminate participating in that set up.

Drawings

The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the application and together with the description serve to explain the application and not to limit the application. In the drawings:

fig. 1 is a schematic view of a combined structure of a splicing unit in an embodiment of the present invention;

FIG. 2 is a schematic diagram of the inner side of the unit A in FIG. 1;

FIG. 3 is a schematic diagram of the inner side of the unit B in FIG. 1;

FIG. 4 is a schematic illustration of a pre-mated configuration of the male and female inserts of FIGS. 2 and 3;

FIG. 5 is a schematic front view of a building block wall panel assembly according to an embodiment of the present invention;

FIG. 6 is a schematic view of a back side structure of a building block wall panel in a building block wall panel assembly according to an embodiment of the present invention;

FIG. 7 is a schematic structural view of a back plate assembly of a building block wall plate assembly according to an embodiment of the present invention;

fig. 8 is a schematic view of a split of a partial structure of a back plate assembly according to an embodiment of the present invention;

FIG. 9 is a schematic view of a split configuration of a right angle block in a building block wall panel assembly according to an embodiment of the present invention;

FIG. 10 is a schematic illustration of a split configuration of side-by-side connectors in a building block wall panel assembly according to an embodiment of the present invention;

FIG. 11 is a schematic illustration of a split configuration of a positioning insert in a building block wall panel assembly according to an embodiment of the present invention;

fig. 12 is the embodiment of the utility model provides a split structure schematic diagram of building blocks pylon in building blocks wallboard subassembly.

In the drawing, a unit A1, a unit B2, a plug hole 3, an inner partition board 4, a male plug 5, a female plug 6, a clamping groove 7, a clamping edge 8, a building block wall board 9, a back board component 10, a fixing hole 11, an additional hole 12, an additional head 13, a half plug 14, a plug shaft 15, a back lining head 16, a plug board 17, a plug head 18, an avoiding gap 19, a plug column 20, a central plug hole 21, a clamping hole 22, a transverse splicing board 23, a right-angle splicing piece 24, a longitudinal plug 25, a transverse plug 26, a side-by-side plug 27, a side-by-side plug 28, a limiting plug 29, a positioning plug 30, a positioning area 31, a building block column platform 32, an H unit 33, a plug pin 34 and a clamping opening 35.

Detailed Description

Embodiments of the present application will be described in detail with reference to the drawings and examples, so that how to implement technical means to solve technical problems and achieve technical effects of the present application can be fully understood and implemented.

Fig. 1-4 are the utility model provides an insert unit's embodiment, including a unit 1 and B unit 2, the front profile of a unit 1 is the square, and its length of a side is a, and the front profile of B unit 2 is the rectangle, and its length is a, and the width is B, and a equals 2B. The binding surfaces of the unit A1 and the unit B2 are respectively provided with a clamping structure and are clamped through the clamping structures; the clamping structure comprises a male plug-in unit 5 and a female plug-in unit 6 plugged with the male plug-in unit 5, wherein two male plug-in units 5 are arranged on one diagonal line of the binding surface of the A unit 1, two female plug-in units 6 are arranged on the other diagonal line, a quadrangle with two male plug-in units 5 and two male plug-in units 5 as vertexes is a square, and the male plug-in units 5 and the female plug-in units 6 are located on quartering points of the diagonal lines; a male plug-in unit 5 and a female plug-in unit 6 are arranged on the binding surface of the B unit 2, and the male plug-in unit 5 and the female plug-in unit 6 on the B unit 2 can be respectively plugged with the adjacent male plug-in unit 5 and female plug-in unit 6 on the B unit 2; and additional splicing and inserting structures are arranged on the A unit 1 and/or the B unit 2.

Specifically, the additional splicing structure is a rectangular splicing hole 3 which is perpendicular to the binding surface and penetrates through the unit A1 and the unit B2, and after the unit A1 and the unit B2 are spliced and inserted, the front surface and the back surface of the splicing unit formed by the unit A and the unit B are provided with the splicing holes 3 with the same position, so that the splicing holes 3 on the splicing part and the unit B are not influenced to be aligned. The rectangular plug-in hole 3 used in the embodiment is a common plug-in structure, can be stably plugged with the columnar piece, and is used as an additional plug-in structure of the plug-in unit, so that the plug-in stability of the additional piece can be ensured, the size and the materials of the plug-in unit can be controlled, and the surface of the plug-in unit is kept flat.

In addition, the jointing surfaces of the A unit 1 and the B unit 2 are composed of inner baffles 4 which are vertically arranged; the inner partition plate 4 forms surrounding grooves on the outer peripheries of the male plug-in unit 5 and the female plug-in unit 6, wherein the male plug-in unit 5 and the female plug-in unit 6 are located in the middle of the surrounding grooves, the shape of each surrounding groove is overall cross-shaped, and the single plane figure of the surrounding groove has the characteristics of transverse symmetry and longitudinal symmetry. The top edge of the surrounding groove at the periphery of the female plug-in unit 6 on the A unit 1 and the B unit 2 extends to form a clamping edge 8, the whole size of the clamping edge 8 is smaller than that of the surrounding groove, and when the A unit 1 and the B unit 2 are combined, the clamping edge 8 is inserted into the corresponding surrounding groove. The clamping edge 8 is used as a clamping structure, and the structural strength of the A unit 1 and the B unit 2 after splicing can be improved by inserting the clamping edge into the corresponding surrounding grooves. In addition, when the individual male plug-in unit 5 or the female plug-in unit 6 is damaged, the splicing units can still be normally spliced and combined under the action of the clamping edge 8.

The male plug-in component 5 comprises two plug boards 17 which are symmetrically arranged, an avoidance gap 19 is reserved between the two plug boards 17, and the end part of each plug board 17 is provided with a clamping head 18 which protrudes outwards; the female plug-in unit 6 is an insertion column 20 with a central insertion hole 21 at the top, and four clamping holes 22 penetrating through the central insertion hole 21 are formed on the side wall of the central insertion hole 21, and the central connecting lines of the four clamping holes 22 are mutually vertical; after the insert plate 17 is inserted into the central insertion hole 21, the chuck 18 is clamped in the clamping hole 22. The male plug-in unit 5 and the female plug-in unit 6 of the structure are convenient to insert and stable in inserting structure.

In the above technical solution, the front profile of the a unit 1 is square, and the front profile of the B unit 2 is half of the square, so that two B units 2 can be completely attached to the a unit 1 to form a cube with a square front profile, and the B unit 2 can also be used to connect and splice two adjacent a units 1, so that the splicing unit formed by the a unit 1 and the B unit 2 has the characteristic of infinitely expanding splicing, and the a unit 1 and the B unit 2 can be used to splice and form the building block wall panel 9 shown in fig. 5 and 6.

And simultaneously, the utility model also provides an embodiment of building blocks wallboard subassembly, this building blocks wallboard subassembly is as the basic fixed plate of attachment to the person of facilitating the use creates.

In particular, the building wall panel assembly comprises the building wall panel 9 shown in fig. 5 and 6, and further comprises a back panel assembly 10. As shown in fig. 7 and 8, the backboard assembly 10 is provided with a fixing hole 11 for fixing the backboard assembly 10 on a wall, and an additional hole 12 is provided on the backboard assembly 10, in order to prevent the backboard assembly 10 and the wall from mildewing due to poor ventilation, a raised backing head 16 is provided on the back side of the backboard assembly 10; the back plate assembly 10 is also provided with an additional head 13 inserted into the inserting hole 3 on the building block wall plate 9, the additional head 13 comprises a half plug 14 and an inserting shaft 15 matched with the additional hole 12 is arranged on the back surface of the half plug 14, wherein the depth of the half plug 14 is equal to that of the inserting hole 3 on the A unit 1 or the B unit 2, namely after the additional head 13 is inserted into the inserting hole 3 on the building block wall plate 9, other additional parts can be inserted into the front surface of the inserting hole 3. To ensure the mounting stability of the half plug 14, the additional bore 12 is screwed to the end of the spindle 15. Backplate subassembly is connected as whole building blocks wallboard subassembly and wall body or other planes's structure, can fix backplate subassembly 10 through the bolt, and backplate subassembly 10 is as building blocks wallboard 9's attachment plate this moment, and in the within range that backplate subassembly 10 size allows, the user can use A unit 1 and B unit 2 to splice building blocks wallboard 9 wantonly. Because the building block wall plate 9 is fixed on the back plate assembly 10 through the half plugs 14, the splicing units can be conveniently increased, decreased or replaced.

The building block wallboard component of the structure is a plane foundation plate, provides more creation spaces for users, and is also provided with a transverse splicing plate 23 transversely arranged. As shown in fig. 9 and 10, the transverse panels 23 are formed by splicing the B units 2; the building block wall plate structure also comprises a right-angle splicing piece 24, wherein the right-angle splicing piece 24 comprises a longitudinal plug 25 which is longitudinally inserted into the splicing hole 3 on the transverse splicing plate 23, and a transverse plug 26 which is transversely inserted into the splicing hole 3 on the building block wall plate 9; the side-by-side plug connector 27 is further included, the side-by-side plug connector 27 comprises two side-by-side plugs 28 which are longitudinally arranged, and the two side-by-side plugs 28 can be inserted into the transverse splicing plates 23 in the two adjacent splicing holes 3 or the two adjacent splicing holes 3 on the back plate assembly 10. The building block wall panels 9 constitute a plane base fixing plate for the building block wall panels 9, and the transverse panels 23 may constitute another plane base fixing plate perpendicular to the building block wall panels 9, which are combined to form a three-dimensional base fixing plate, so that a user can create a three-dimensional building block model with multiple viewing angles.

In addition, as shown in fig. 11 and 12, the building block wall board assembly further comprises a limiting plug 29 and a building block column 32, wherein the limiting plug 29 comprises two positioning plugs 30 arranged at the bottom, the two positioning plugs 30 can be inserted into two adjacent plug holes 3 on the transverse splicing plate 23, a positioning area 31 is formed between the two adjacent limiting plugs 29, and the lower end of the building block column 32 is clamped in the positioning area 31; building blocks pylon 32 is inserted by H unit 33 piece together and forms, and the both sides of this H unit 33 are to the parallel prong 34 that extends of both sides, and is centre gripping mouth 35 between the prong 34, and this centre gripping mouth 35 can press from both sides two pins 34 that laminate and set up.

As used in the specification and in the claims, certain terms are used to refer to particular components. As one skilled in the art will appreciate, manufacturers may refer to a component by different names. This specification and claims do not intend to distinguish between components that differ in name but not function. In the following description and in the claims, the terms "include" and "comprise" are used in an open-ended fashion, and thus should be interpreted to mean "include, but not limited to. "substantially" means within an acceptable error range, and a person skilled in the art can solve the technical problem within a certain error range to substantially achieve the technical effect.

It is noted that the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a good or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such good or system. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a commodity or system that includes the element.

While the foregoing description shows and describes several preferred embodiments of the invention, it is to be understood, as noted above, that the invention is not limited to the forms disclosed herein, but is not intended to be exhaustive or to exclude other embodiments and may be used in various other combinations, modifications, and environments and is capable of changes within the scope of the inventive concept as expressed herein, commensurate with the above teachings, or the skill or knowledge of the relevant art. But that modifications and variations may be effected by those skilled in the art without departing from the spirit and scope of the invention, which is to be limited only by the claims appended hereto.

Claims (10)

1. The utility model provides a piece together and insert unit, includes A unit and B unit, its characterized in that: the front profile of the unit A is square, the front profile of the unit B is rectangular, the size of the long side of the rectangle is half of the size of the wide side, and the size of the long side of the rectangle is equal to the side length of the square; the binding surfaces of the unit A and the unit B are respectively provided with a clamping structure and are clamped through the clamping structures; the clamping structure comprises a male plug-in unit and a female plug-in unit inserted with the male plug-in unit, wherein two male plug-in units are arranged on one diagonal line of the attaching surface of the unit A, two female plug-in units are arranged on the other diagonal line, a quadrangle with the two male plug-in units and the two male plug-in units as vertexes is a square, and the male plug-in units and the female plug-in units are positioned on quartering points of the diagonal lines; a male plug-in unit and a female plug-in unit are arranged on the binding surface of the unit B, and the male plug-in unit and the female plug-in unit on the unit B can be respectively plugged with the adjacent male plug-in unit and female plug-in unit on the unit B; and arranging an additional splicing structure on the unit A and/or the unit B.

2. The splicing unit of claim 1, wherein: the additional splicing structure is a splicing hole which is vertical to the binding surface.

3. The splicing unit of claim 2, wherein: the unit A and the unit B are respectively provided with a plugging hole, the plugging holes penetrate through the unit A and the unit B, and after the unit A and the unit B are spliced and inserted, the plugging holes in the unit A and the unit B are opposite.

4. A splicing unit according to claim 3, characterized in that: the binding surfaces of the unit A and the unit B consist of inner clapboards which are vertically arranged; the inner partition plate forms surrounding grooves on the outer peripheries of the male plug-in unit and the female plug-in unit, wherein the male plug-in unit and the female plug-in unit are located in the middle of the surrounding grooves, and the surrounding grooves are identical in shape, and the plane patterns of the single surrounding grooves have the characteristics of transverse symmetry and longitudinal symmetry.

5. The splicing unit of claim 4, wherein: the top edges of the surrounding grooves on the peripheries of the male plug-in unit and the female plug-in unit on the unit A and the unit B extend to form clamping edges, the overall size of the clamping edges is smaller than that of the surrounding grooves, and when the unit A and the unit B are combined, the clamping edges are inserted into the corresponding surrounding grooves.

6. The splicing unit of claim 5, wherein: the male plug-in comprises two plug boards which are symmetrically arranged, an avoidance gap is reserved between the two plug boards, and the end parts of the plug boards are clamping heads which protrude outwards; the female plug-in unit is an insertion column with a central insertion hole at the top, four clamping holes penetrating through the central insertion hole are formed in the side wall of the central insertion hole, and the central connecting lines of the four clamping holes are mutually vertical; after the inserting plate is inserted into the central inserting hole, the clamping head is clamped in the clamping hole.

7. A building blocks wallboard assembly which characterized in that: the building block wall panel assembly comprising a building block wall panel assembled from a plurality of units a and B as claimed in claim 6.

8. The building block wall panel assembly of claim 7, wherein: the building block wallboard component also comprises a back plate component, wherein the back plate component is provided with a fixing hole for fixing the back plate component on a wall body, and the back plate component is provided with an additional hole; the back plate assembly is also provided with an additional head which is inserted into the insertion hole in the building block wall plate, the additional head comprises a half plug and an insertion shaft which is arranged on the back of the half plug and matched with the additional hole, and the depth of the half plug is equal to that of the insertion hole in the A unit or the B unit.

9. The building block wall panel assembly of claim 7, wherein: the building block wallboard component also comprises a transverse jointed board which is transversely arranged and is formed by jointing the unit A and/or the unit B; the building block wall plate also comprises a right-angle splicing piece, wherein the right-angle splicing piece comprises a longitudinal plug which is longitudinally inserted into the splicing hole on the transverse splicing plate and a transverse plug which is transversely inserted into the splicing hole on the building block wall plate; the side-by-side plug connector comprises two longitudinally arranged side-by-side plugs, and the two side-by-side plugs can be inserted into two adjacent plug holes in the transverse splicing plate or the two adjacent plug holes in the back plate assembly.

10. The building block wall panel assembly of claim 7, wherein: the building block wallboard component further comprises a limiting plug-in and a building block column base, wherein the limiting plug-in comprises two positioning plugs arranged at the bottom, the two positioning plugs can be inserted into two adjacent plug-in holes in the transverse splicing plate, a positioning area is formed between the two adjacent limiting plug-in, and the lower end of the building block column base is clamped in the positioning area; building blocks stylobate is pieced together by the H unit and is inserted and form, and the both sides of this H unit are for participating in to both sides parallel extension, and participate in between for the centre gripping mouth, and this centre gripping mouth can press from both sides two and laminate participating in that set up.

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