阅读说明：本技术 一种新型教学魔方 (Novel teaching magic cube ) 是由 陈安 杨璞光 于 2019-11-24 设计创作，主要内容包括：本发明公开了一种新型教学魔方。所述魔方主体为三阶魔方立方体，中心位置设有无线通信模块和扬声器，每个角块、棱块和中心块中都设有LED点阵屏和无线通信模块；无线通信模块接收上位机发送的指定编码信号，将其解码转换成相应电信号并将电信号传递给与自身处于同一魔方块中的LED点阵屏或者与自身同处于立方体中心处的扬声器，扬声器根据接收的电信号播放语音信息，LED点阵屏根据接收的电信号显示图像信息。本发明在进行拼接时，接收上位机发送的编码信号，使得对应魔方块显示特定的图像信息，给初学者以视觉指引，同时，扬声器在魔方拼接时给出声音上的提示。在视觉和声音的同时刺激下，达到加深记忆的教学目的。(The invention discloses a novel teaching magic cube. The magic cube main body is a three-order magic cube, a wireless communication module and a loudspeaker are arranged in the center of the magic cube main body, and an LED dot matrix screen and a wireless communication module are arranged in each corner block, each edge block and each center block; the wireless communication module receives a specified coding signal sent by the upper computer, decodes the specified coding signal into a corresponding electric signal, and transmits the electric signal to the LED dot matrix screen in the same magic cube or the loudspeaker in the center of the cube together with the LED dot matrix screen, the loudspeaker plays voice information according to the received electric signal, and the LED dot matrix screen displays image information according to the received electric signal. When the magic cube splicing device is used for splicing, the coding signal sent by the upper computer is received, so that the corresponding magic cube displays specific image information, a beginner is guided by vision, and meanwhile, the loudspeaker gives an audible prompt when the magic cube is spliced. Under the stimulation of vision and sound, the teaching purpose of deepening memory is achieved.)

1. A novel teaching magic cube comprises a main body of a three-order magic cube, wherein the main body of the magic cube comprises six central blocks, twelve edge blocks and eight corner blocks; each magic facet is formed by splicing a plurality of magic cube blocks; the three-order magic cube is characterized in that a wireless communication module and a loudspeaker are arranged at the center of the cube of the three-order magic cube, and an LED dot matrix screen and a wireless communication module are arranged in each corner block, each edge block and each center block; the wireless communication module is used for receiving a specified coding signal sent by the upper computer, the loudspeaker is used for playing voice information according to the specified coding signal, and the LED dot matrix screen is used for displaying image information according to the specified coding signal.

2. A novel teaching puzzle according to claim 1, wherein: and each corner block, each edge block and each center block are respectively provided with an independent wireless communication module and an independent LED dot matrix screen, and the wireless communication modules are used for receiving a specified coding signal sent by an upper computer so as to control the corresponding LED dot matrix screens to display corresponding image information.

3. A novel teaching puzzle according to claim 2, wherein: the LED dot matrix screen is arranged on the outward display surface of each corner block, each edge block and each center block, each corner block is provided with 3 LED dot matrix screens, each edge block is provided with 2 LED dot matrix screens, and each center block is provided with 1 LED dot matrix screen.

4. A novel teaching puzzle according to claim 1, wherein: the three-order magic cube is provided with an independent wireless communication module and a loudspeaker in the center, and the wireless communication module receives a specified coding signal sent by an upper computer, so that the loudspeaker is controlled to play corresponding voice information.

5. A novel teaching magic cube, as claimed in claim 1, wherein each corner block, edge block and center block and the center of the cube is provided with a wireless communication module for controlling the corresponding LED dot matrix screen or speaker.

6. A novel teaching puzzle according to claim 1, wherein: the wireless communication module receives a specified coding signal sent by the upper computer, decodes the specified coding signal into a corresponding electric signal, and transmits the electric signal to the LED dot matrix screen in the same magic cube or the loudspeaker in the center of the cube together with the LED dot matrix screen, the loudspeaker plays corresponding voice information according to the received electric signal, and the LED dot matrix screen displays corresponding image information according to the received electric signal.

7. A novel teaching puzzle according to claim 1, wherein: the electronic components of each magic cube and the electronic components at the center of the cube are powered by independent batteries, and the batteries and the charging management circuit are positioned at the center of each magic cube; all independent electromagnetism charges by wireless charging coil and charge management circuit, and wireless charging coil hugs closely the apron of magic square.

8. A novel teaching puzzle according to claim 1, wherein: the data signals sent by the upper computer are received through the wireless communication module, and the image information which can be displayed by the corresponding LED dot matrix screen and the voice information which can be played by the loudspeaker are changed according to the data signals sent by the upper computer.

Technical Field

The invention relates to the field of magic cubes, in particular to a novel teaching magic cube.

Background

The magic cube is a toy popular to the public, has good playability and can exercise intelligence, but the style of the magic cube is not changed greatly for a long time, and the structure is simple. Although the magic cube is composed of six central blocks, eight corner blocks and twelve edge blocks, in an initial state, nine-grid color blocks on each surface of the magic cube are of the same color, and six surfaces of the whole magic cube are of six colors, the color blocks are disordered through rotation, and the magic cube can generate 43,252,003,274,489,856,000 changes. The recovery magic cube, especially the fast recovery magic cube, needs to memorize a large number of magic cube formulas, each formula correspondingly solves the designated form, and the probability of the occurrence of a single form is low. If the appointed form is reproduced manually, the motion rule of the magic cube needs to be deeply understood by an operator, and the threshold is extremely high, so that most magic cube enthusiasts cannot efficiently learn and memorize the magic cube formula. The traditional magic cube has great difficulty in putting on the hand for a novice, and the interestingness is reduced.

The conventional magic cube has a drawback in use that it is difficult for a beginner to restore or change a desired pattern without remembering a formula, and even if the beginner knows the formula, it is difficult for the complicated change and steps to remember the operated steps. If the beginner simply relies on the memory formula to restore the magic cube in the learning process, a great deal of time and energy are consumed.

Chinese patent publication No. CN104874176A discloses an intelligent magic cube with LED lamps and a method for using the same, in which each magic cube block is provided with a light emitting device, a resistor and an elastic conductive contact. The function of this patent is mainly that the scintillation of following the LED lamp when rotating increases the interest of magic cube. But the simple lamp flickering effect has no guiding significance and no communication function. Chinese patent publication No. CN208274998U discloses a magic cube capable of detecting the state, in which each magic cube block is provided with a measuring sensor for measuring the rotation amount of the rotating block relative to the central block. But only measurement, no communication function, and no interaction with the outside.

Disclosure of Invention

In order to solve the problems, the invention provides a novel teaching magic cube. The invention adds the communication module to realize the interaction with the upper computer, so that the LED lamp signal can become a controllable instructive visual information source, and adds the loudspeaker to become a controllable sound information source. The magic cube can give a prompt for a next restoration method of the magic cube in a mode of simultaneously acting sound and images when a beginner learns the magic cube, and the impression is deepened and the memory is strengthened in a mode of watching eyes and listening ears. The efficiency of beginners study magic cube is improved.

The purpose of the invention is realized by at least one of the following technical solutions.

A novel teaching magic cube comprises a main body of a three-order magic cube, wherein the main body of the magic cube comprises six central blocks, twelve edge blocks and eight corner blocks; each magic facet is formed by splicing a plurality of magic cube blocks; the center of the cube of the three-order magic cube is provided with a wireless communication module and a loudspeaker, and each corner block, each edge block and each center block are provided with an LED lattice screen and a wireless communication module; the wireless communication module is used for receiving a specified coding signal sent by the upper computer, the loudspeaker is used for playing voice information according to the specified coding signal, and the LED dot matrix screen is used for displaying image information according to the specified coding signal.

Furthermore, each corner block, each edge block and each center block are respectively provided with an independent wireless communication module and an independent LED dot matrix screen, and the wireless communication modules are used for receiving the appointed coding signals sent by the upper computer, so that the corresponding LED dot matrix screens are controlled to display corresponding image information.

Further, the LED dot matrix screen is arranged on the outward display surface of each corner block, each edge block and each center block, 3 LED dot matrix screens are arranged on each corner block, 2 LED dot matrix screens are arranged on each edge block, and 1 LED dot matrix screen is arranged on each center block.

Furthermore, an independent wireless communication module and a loudspeaker are arranged in the center of the cube of the three-order magic cube, and the wireless communication module receives a specified coding signal sent by the upper computer, so that the loudspeaker is controlled to play corresponding voice information.

Furthermore, a wireless communication module is arranged at the center of each corner block, each edge block, each center block and each magic cube and used for controlling the corresponding LED dot matrix screen or the corresponding loudspeaker.

Furthermore, the wireless communication module receives the appointed coding signal sent by the upper computer, then decodes the appointed coding signal into a corresponding electric signal, and transmits the electric signal to the LED dot matrix screen which is in the same magic cube or the loudspeaker which is in the center of the cube together with the LED dot matrix screen, the loudspeaker plays corresponding voice information according to the received electric signal, and the LED dot matrix screen displays corresponding image information according to the received electric signal.

Furthermore, the electronic components of each magic cube and the electronic components at the center of the cube are powered by independent batteries, and the batteries and the charging management circuit are positioned at the center of each magic cube; all independent electromagnetism charges by wireless charging coil and charge management circuit, and wireless charging coil hugs closely the apron of magic square.

Furthermore, the data signal sent by the upper computer is received through the wireless communication module, and the image information which can be displayed by the corresponding LED dot matrix screen and the voice information which can be played by the loudspeaker are changed according to the data signal sent by the upper computer.

Compared with the prior art, the invention has the following beneficial effects:

through setting up wireless communication module and LED dot matrix screen at every hornblock, arris piece and the central block of three-order magic cube, make the coding signal that the host computer sent can be received to three-order magic cube when splicing for corresponding magic cube shows specific image information, guides with the vision for the beginner. And, through set up wireless communication module and speaker at third-order magic cube central point, make the third-order magic cube give the suggestion on the sound when the concatenation. Under the stimulation of vision and sound, the teaching purpose of deepening memory is achieved.

Drawings

FIG. 1 is a diagram illustrating the rotation of the magic cube according to the embodiment of the present invention;

FIG. 2 is a schematic diagram of the design of the central position of the main body of the magic cube in the embodiment of the present invention;

FIG. 3 is a diagram of a design of a cube corner block in an embodiment of the invention;

FIG. 4 is a diagram of a design of a cube corner block in an embodiment of the invention;

fig. 5 is a design scheme diagram of the magic cube center block in the embodiment of the invention.

Detailed Description

The embodiments of the present invention will be described with reference to the accompanying drawings and examples, it being understood that the examples described herein are intended only to illustrate and explain the present invention and are not intended to limit the present invention.