Single magic block plate structure

Abstract

The invention discloses a single magic block plate structure, which comprises a plurality of magic block plates, one opposite face of each magic block plate is provided with a splicing foot, the other opposite face of each magic block plate is provided with at least two splicing feet corresponding to the splicing feet in a staggered mode, each magic block plate and the other magic block plate are spliced in a staggered mode through the splicing feet, the single magic block plate structure further comprises a plurality of slipknots, each slipknot comprises a buckle body, protrusions are arranged on one side or two sides of the buckle body, and a barb strip is arranged on the buckle body or two oppositely-arranged barb strips are arranged on the buckle body; and the magic block plates are provided with hidden fastening structures which are used for hiding the slipknots and enabling the two magic block plates and the slipknots to be mutually buckled, extruded and pulled in pairs. The product is simple in structure and high in practicability.

Description

technical field [0001] The invention relates to the field of splicing of magic block boards, in particular, to a single magic block board structure. Background technique [0002] Magic block boards are generally made of plastic or wood products, and can also be made of metal. They can be used as educational toys for children and can be pieced together into many three-dimensional toys. At present, there are various magic block toys on the market, such as It is said that Lego building blocks are a kind of plastic building blocks invented by Ollie Kirk Christiansen in Denmark. There are convex particles on one side and grooves for embedding convex particles on the other side. There are more than 1300 shapes, each The shape has 12 different colors, mainly red, yellow, blue, white, and black. It depends on children's own brains and hands, and can be inserted into endless shapes. It is addictive, and it is called "magic plastic building blocks". , but the shape of each board of L...

AI Technical Summary

Problems solved by technology

[0004] Such as the Chinese utility patent, the patent number is 201320625214.9. The patent name is a kind of corrugated compressed cardboard that can be easily assembled and disassembled. The force-bearing points of the splicing method are all at the buckle parts, in fact, they cannot bear a large force at all, and after splicing, there are gaps between each board

[0005] Another example is the Chinese utility patent, the patent number is 201720821508.7 The patent name is a single magic block board structure that uses corner fasteners to fasten and airtightly connect. This structure can completely seal the gaps and gaps between each board, but the real thing is easy Falling apart, such as assembling a large cube, although there is friction between each board and each board, the friction between the corner fasteners and the corner fasteners is limited, because the function of the corner fasteners is to seal the corners , because of its small size and small contact surface, so the friction is small, and the object is easy to fall apart

[0006] Also like the Chinese utility patent, the patent number is 201220482335.8, the patent name is a sheet-like assembly assembly with symmetrically distributed card slots; and the US patent, the announcement number is US2005287906 A1, the patent name is a multi-functional embedded formwork system, using the buckle tongue and another board The buckle tongue is inserted into the slot, or the buckle tongue is connected to the buckle tongue, and then for the rigid sheet that cannot be bent, the connection structure can be placed on the outside. Compared with the general bendable sheet, it can be bent along the edge, and the The interspersed structure is placed on the inside of the three-dimensional shape, but for the magic block boards that are made of wood or plastic products, it must not be bent. The connection structure placed on the outside has low structural strength on the one hand, and on the other hand, is ugly and easy to bend. Hurt people, for materials that can be bent, the connecting structure is placed on the inside of the sheet, on the one hand, it is assembled into a three-dimensional object, which cannot be disassembled or is difficult to disassemble, because the force points for disassembly are all on the inner side of the three-dimensional object On the other hand, even if it is disassembled and reused, repeated bending along the edge, the bending is easy to break

[0007] There is also a problem, in any of the above schemes, there is no way to detachable superimposed connections between each board

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