Plane-figure spacial-visual memory training method and device

Abstract

The invention discloses a plane-figure special-visual memory training method which includes the following steps: a) displaying a first screen image which is formed by a plurality of combination groups, wherein each combination group is formed by n*n plane-figure blocks; b) displaying a second screen image, wherein difference of the first and second screen images lies in that one different plane-figure block exists in the combination groups of the first and second screen images; c) finding the different plane-figure blocks; d) judging whether the training is complete; e) increasing the number of the combination groups; f) ending the training. A plane-figure special-visual memory training device includes a computer, a left half projection display screen and a right half projection display screen. The plane-figure special-visual memory training method and device test the plane-figure identification capability, visual capability and memorizing capability of a trainee when observing two images through difference of one plane-figure block in the first screen image and the second screen image so that plane-figure comparison memory training is effectively realized and eye fatigue relieving and ciliary muscle exercise are facilitated and memory strengthening is also facilitated.

Description

technical field [0001] The present invention relates to a method and device for training spatial visual memory of plane figures, more specifically, to a method and device for training visual memory of plane figure space which can effectively enhance the memory function of plane figures. Background technique [0002] Visual training can not only effectively relieve human eye fatigue, enhance the focusing ability of ciliary muscles, but also train the human brain, which is conducive to enhancing memory. In today's increasingly technologically advanced environment, no matter work, study or entertainment, people will stay on written materials, computers, TV or mobile phone screens for a long time, and the time and intensity of using their eyes is relatively large. If there is an effective entertainment or game method, which can effectively exercise people's memory while exercising people's eye ciliary muscles and relieving eye fatigue, it will get twice the result with half the ...

AI Technical Summary

Problems solved by technology

However, these two Rubik's Cube walls were made by several staff members in 5 days, which is not only expensive, but also time-consuming and labor-intensive.

If this method is used to train human visual memory, it is not conducive to popularization.

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