Multi-information synchronous encoding and learning device and method

Abstract

The invention discloses a multi-information synchronous encoding and learning device and method. The multi-information synchronous encoding and learning device comprises an audio input unit for inputting two pieces of corresponding voice signals, and an audio processing unit for aligning and arraying the central points of the two ends of each piece of voice signal and recording the two pieces of voice signals into left-channel voice and right-channel voice respectively. A left-channel earphone of an audio output unit and a right-channel earphone of the audio output unit receive the left-channel voice and the right-channel voice respectively and synchronously output the voice. The two ears of a user serve as two independent systems to simultaneously receive two sets of voice data which need to be correspondingly learnt, common encodes are formed in the memory of the brain of the user, when the corresponding signals enter the brain again, the signals can be directly recognized by the brain as information which has been learnt, a Chinese and English translation process or an associative process of objects and things which have been learnt does not need to be experienced, and therefore the learning process is completed, and the knowledge learning and memorizing effect is greatly improved for people.

Description

【Technical field】 [0001] The invention relates to the field of language learning methods, in particular to a multi-information synchronous coding learning device and method. 【Background technique】 [0002] The inventor, as a doctor, noticed that the image signals received by the left and right eyeballs of the human body are different in the study of the principle of binocular imaging, but the external image visual information is passed through the retina, optic nerve, and optic chiasm through visual cells, bipolar cells, and horizontal cells. and ganglion cells, and transmitted to the lateral geniculate body in a "serial" mode of information via the optic nerve to be decoded into a "dot matrix" form, and then transmitted to different functional areas of the primary visual cortex by the optic radiation, and finally to the corresponding division of labor in the advanced area Regional transmission, integration across different cortical areas to produce complete cognition of vis...

AI Technical Summary

Problems solved by technology

[0003] At present, although there is a mode of applying video plus audio to strengthen the learning method of foreign languages, it cannot have the mode of mother tongue plus foreign language or two foreign languages ​​and video images at the same time.

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