Learning machine controlled by abdominal respiration and playing method of learning contents

Abstract

The invention discloses a learning machine controlled by abdominal respiration, which comprises a display, an FLASH memory, a recording circuit and a microcomputer application system of a music playing circuit. The learning machine is characterized by also comprising an abdominal respiration sensor, wherein the signals of the abdominal respiration sensor are input into the microcomputer application system for providing inspiration ending and starting pulse signals, and the microcomputer application system controls the display and the music playing circuit to display and play learning contents according to the inspiration ending and starting pulse signals. The learning machine mainly has the characteristics that abdominal respiration signals are used for controlling the playing and the displaying of the learning contents of speech information and image-text information, and tender and slow music is played in a circular and mixed way, so that students relax in the whole learning and memorizing processes, and the brains are filled with alpha waves and in a high relaxed alertness state, thus the learning efficiency and the learning effect of people are improved.

Description

technical field [0001] The invention relates to a learning aid device and a learning content playing method, in particular to a learning aid device controlled by abdominal breathing and a learning content playing method thereof. Background technique [0002] Abdominal breathing method (also known as Dantian breathing method) has been strongly recommended by the medical profession, and it is considered to be a good way to strengthen the body and prolong life. [0003] In the middle of the 20th century, scientists realized that abdominal breathing is not only beneficial to the body, but also very helpful to people's thinking and learning. The reason is that when people perform abdominal breathing and hold their breath, the α brain wave can be tested with an electroencephalometer, and the α brain wave continues to exist during the breath-holding process. If we use a pulse meter to measure, take a deep breath in the abdomen and then hold the breath, we can find that the instant...

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