Labyrinth combination structure

Abstract

The invention provides a labyrinth combination structure, which is a combination of multiple labyrinth units. Each labyrinth unit consists of four frames, a reinforcing support and multiple fixing parts. Ends of the four frames surround to form a square, two ends of each frame are connecting ends, each connecting end is provided with a cut and a through hole, a plurality of through holes are arranged on wall surfaces of each frame, the reinforcing support is arranged in the four frames obliquely, two ends of the reinforcing support are connecting ends, both sides of each of the two connecting ends are provided with a cut respectively, the two connecting ends are respectively provided with a through hole, and the multiple fixing parts are penetratingly arranged in the through holes at the connecting ends of the four frames which are butted with each other perpendicularly and the reinforcing support arranged obliquely, so that the four frames and the reinforcing support are fixed into the labyrinth unit. The labyrinth units can be assembled, dissembled and carried conveniently and can be combined into the labyrinth combination with different routes optionally, and accordingly the game of the labyrinth is diversified, the labyrinth combination structure has teaching effect through lively activities and is quite safe in use.

Description

technical field [0001] The present invention relates to a combination structure of a maze, in particular to a maze that can be easily assembled, disassembled and transported, and can be freely changed to form different routes, so that the game can be varied and can indeed achieve the effect of entertaining and teaching, and It is very safe to use. Background technique [0002] The labyrinth buildings that are generally set up outdoors for people's entertainment or teaching are mostly built by several partitions and several fixed components. Most of the fixed components are screws or nails, and the maze route is built. It is fixed and cannot be changed arbitrarily. After several games, the fixed maze route has been memorized, and the fun and challenge of the game will be lost. It is necessary to change the maze route frequently to maintain the freshness of the maze game, but it is extremely time-consuming and troublesome to dismantle the maze components and reassemble, and w...

AI Technical Summary

Problems solved by technology

[0002] The labyrinth buildings that are generally set up outdoors for people's entertainment or teaching are mostly built by several partitions and several fixed components. Most of the fixed components are screws or nails, and the maze route is built. It is fixed and cannot be changed arbitrarily. After several games, the fixed maze route has been memorized, and the fun and challenge of the game will be lost. It is necessary to change the maze route frequently to maintain the freshness of the maze game, but it is extremely time-consuming and troublesome to dismantle the maze components and reassemble, and when dismantling, the partitions are easily damaged and cannot be used again, resulting in Waste, causing waste of materials and environmental pollution. Furthermore, the fixed maze components are bulky, difficult to move, and take up a lot of space in transportation. In addition, the partitions generally used to build mazes are airtight after assembly , it is impossible to observe the movements of the people playing inside the game from the outside. If the children are playing inside, the adults cannot know the location of the children from the outside, and the children are likely to cry because of panic, and even be in danger; In view of the above-mentioned deficiencies in the assembly and use of general mazes, we devoted ourselves to research and improvement, and then we were able to create this invention for the first time.

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