Intelligence-benefitting splicing component

Abstract

The invention discloses an intelligence-benefiting splicing component. The intelligence-benefiting splicing component comprises at least two splicing blocks which are detachably spliced together and is characterized in that one of the two splicing blocks is provided with at least one peripherally open connecting channel, the outer end of each connecting channel is located at the edge of the splicing block, the other splicing block is provided with at least one through hole, a first threaded section is arranged in each connecting channel, a screw sequentially penetrate the corresponding throughhole and the corresponding connecting channel and is connected with the corresponding first threaded section in a threaded manner, and a positioning structure is arranged between the splicing block with the through holes and the corresponding screw. When the intelligence-benefiting splicing component is applied to the field of education, the manipulative ability of students can be cultured; in addition, due to the splicing manners of the splicing component are diversified and the splicing strength of the splicing component is high, children can use their imagination at will, interest loss caused by frustration caused by the fact that the imagination of the children cannot be achieved through the splicing component can be avoided, and the enlightenment and intelligence benefiting effects of the intelligence-benefiting splicing component are brought into play truly.

Description

technical field [0001] The invention belongs to the field of toys, and in particular relates to an educational splicing component. Background technique [0002] Splicing toys have the characteristics of strong interest and high reuse rate, and have very beneficial effects on improving imagination, creativity, and hands-on ability. Therefore, they are deeply loved by the masses, and are especially suitable for use as children's enlightenment teaching aids. [0003] A splicing toy generally includes a plurality of splicing blocks, and each splicing block can be spliced ​​together by different splicing methods. The existing splicing methods mainly include the following types: (1) Among the two splicing pieces that are spliced ​​together, one of the splicing pieces is formed with at least one splicing hole that is concave inside, while the other piece is formed with at least one splicing hole that is convex outward. The splicing column, by inserting the splicing column and the ...

AI Technical Summary

Problems solved by technology

[0004] There are the following deficiencies in the splicing methods between the pieces in the existing splicing toys: ①The splicing column and the splicing hole, which are two-piece buttons, rely solely on the friction between the two to ensure the connection and fixation, which is easy to cause damage due to long-term use. The connection is loose, and at the same time, the adjacent pieces are overlapped after splicing, and there is an overlap between the two, which makes the splicing toy overall rough and not fine enough, so it is not suitable for older children to play with ;②The magnetic suction electronic building block system needs to install circuit boards in the electronic building block modules, which is expensive; the plug connector and socket connector can only realize the connection of each electronic building block module in the horizontal direction, and it is difficult to realize three-dimensional splicing. When used for three-dimensional splicing, the upper electronic building blocks are prone to fall due to gravity, not only the splicing strength is not enough, but also the splicing diversity is low, which limits the creativity and imagination of users

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