Closed mirror interest maze

A closed and labyrinth technology, applied in the field of mazes, can solve problems such as the large area of ​​the maze and insufficient safety, and achieve the effects of small footprint, high practicability, and strong interest

Inactive Publication Date: 2016-11-09
张良
7 Cites 1 Cited by

AI-Extracted Technical Summary

Problems solved by technology

[0003] In order to solve the problems that the general maze occupies a large area and is ...
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Method used

As shown in Figure 9, mirror surface 31 is laid on all the walls inside the maze, and the user can see many overlapping self mirror images w...
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Abstract

The invention provides a closed mirror interest maze. The closed mirror interest maze is divided into a first layer, a second layer and a third layer from bottom to top and comprises an outer wall, an entrance and an exit, wherein the entrance is located at one corner of the first layer, and the exit is located at one corner of the third layer. The closed mirror interest maze is characterized in that all the layers of the maze are in the shape of a regular hexagon, the middle points of every two sides spaced by one side are connected through a wall straight line, and each pair of diagonals are connected through a wall straight line, so that each maze layer is divided into multiple triangular lattices; the side of the regular hexagon wherein the corner where the maze entrance is located is located and the two sides of the regular hexagon wherein the corner where the maze exit is located in is located are both half sides, a hole is formed in each side of the corresponding triangular lattice except for the part on the outer wall, and a mirror is arranged on each wall in the maze. The closed mirror interest maze is safe, reliable, small in floor area, high in interestingness and suitable for being arranged at places such as a kindergarten or an amusement part where need child recreational facilities and has the high practicability.

Application Domain

Indoor games

Technology Topic

PhysicsPoint of entry +2

Image

  • Closed mirror interest maze
  • Closed mirror interest maze
  • Closed mirror interest maze

Examples

  • Experimental program(1)

Example Embodiment

[0023] In order to make the technical solution of the present invention clearer, the present invention will be further described below in conjunction with specific embodiments of the accompanying drawings.
[0024] like Figure 1-2 As shown, a closed mirror fun maze is divided into a first floor 11, a second floor 12 and a third floor 13 from bottom to top, including an outer wall 1, an entrance 2 and an exit 4, and the entrance 2 is located on the first floor One corner of 11, the exit 4 is located at one corner of the third floor 13, each layer of the maze is a regular hexagon, and the midpoints of the two sides of each side are connected by a straight line through the wall, and each pair of diagonals is also connected. Each layer of the labyrinth is divided into a plurality of triangular lattices 5 through the straight line connection of the walls. The two sides of the hexagon at the corner of the maze where the entrance 2 and the exit 4 are located are both half sides, so the number of triangular lattices 5 is 22 on the first floor, 24 on the second floor, and 22 on the third floor.
[0025] A monitor 7 is provided on the top of the corner of each triangular grid 5 on each floor of the labyrinth that is not located on the outer wall 1, wherein the monitor 7 closest to the entrance 2 of the first floor is an entrance monitor 71, and the distance from the third The nearest monitor 7 to egress 4 of the layer is egress monitor 72 . The monitoring angles of the entrance monitor 71 and the exit monitor 72 are 120°, and the monitoring angles of other monitors 7 are 360°. Both the entrance monitor 71 and the exit monitor 72 are provided with timing devices.
[0026] like Figure 3-5 Shown, every floor of the maze is except the part on the outer wall 1, and a door opening 3 is all provided on the limit of each triangular lattice 5. The triangle grid 5 is divided into a side triangle grid 51 with a side on the outer wall 1 and an inner triangle grid 52 that all sides are not on the outer wall 1. The side triangle grid 51 is located on the side of the outer wall 1 and is provided with a false exit. That is to say, two door openings 3 and a false exit are arranged on the side triangle grid 51 , while three door openings 3 are arranged on the inner triangle grid 52 .
[0027] like Figure 6-8 As shown, the first layer 11 is provided with two first layer exits leading to the second layer 12, which are respectively the first layer exit 411 and the first layer exit 2 412 marked by black arrows; There are two second-floor exits leading to the third floor 13, which are respectively the second-floor exit 1 421 and the second-floor exit 2 422 marked by black arrows; Exit 431 of the third floor.
[0028] like Figure 9 As shown, mirrors 31 are laid on all the walls inside the maze, and the user can see many overlapping mirror images of himself when he is in the maze, interfering with the user's process of cracking the maze, and increasing the confusion and interest of the maze.
[0029] On the central ground of each triangular grid 5 on each floor of the maze, an indicating position 8 is laid, and each indicating position 8 includes a pedal button 81 and three arrow lights 82 pointing to each side of the triangular grid 5 respectively. Every floor is also provided with an emergency exit 40, and all indicating parts 8 and emergency exit 40 of every floor constitute the escape system of the maze, when the user gets lost in the maze or needs to go out as soon as possible suddenly, can leave the maze by the escape system.
[0030] like Figure 10 As shown, each foot button 81 can be connected with all arrow lights 82, and the user can press any foot button 81 indicating part 8, and then the three arrow lights on the ground in the center of each triangle grid 5 will In 82, there is only one light up, take point A close to the outer wall 1 and point B in the center of the hexagon as examples, as long as it lights up along the triangular grid 5 every time The indicated direction of the arrow light 82 enters the next triangular lattice 5, and just can smoothly enter the next floor and walk out of the maze.
[0031] like Figure 11 As shown, each foot button 81 can be connected with a part of the arrow lights 82, when the user presses any foot button 81 indicating the location 8, there will be three arrow lights 82 on the ground in the center of a part of the triangle grid 5 There is and only one of them lights up, indicating a road leading to exit 4. Take point A as an example, and enter the next direction along the direction indicated by the lighted arrow light 82 in the triangular grid 5 every time. If the triangle grid is 5, you can get out of the maze smoothly.
[0032] like Figure 12 As shown, each foot button 81 can also be connected with only one arrow light 82 around, and when the user presses the foot button 81 of an indication part 8, the three arrow lights 82 around the foot button 81 will There is and only one of them lights up. Taking point A as an example, enter the next triangle grid 5 along the direction indicated by the lit arrow light 82 in the triangle grid 5, and then depress the foot button 81 there. , continue to obtain the next step of action direction, and finally be able to get out of the maze smoothly.
[0033] Breakaway lines are all designed in advance, and can also be designed into other schemes.
[0034] There can be more than two exits 4, and different rewards can be set at different exits 4 in order to increase the fun. And the exit 4, which is the end point of leaving the system, is fixed to one of them.
[0035] The above description is only a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Anyone familiar with the technical field can easily think of technical solutions for changes or replacements within the technical scope disclosed in the present invention. , should be covered within the protection scope of the present invention.

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