Ear-wearing type physiology feedback device

Abstract

The invention relates to an ear hanging type physiological feedback device comprising an ear hanging type structure for linking with ears, at least a sensing element for acquiring physiological signals and a circuit arrangement attached to the ear hanging type structure. The physiological feedback device also comprises a analogue-digital conversion for receiving physiological signals obtained by the sensing element and performing a digital process to the physiological signals, a processor for processing the digital physiological signals, a battery for providing electric power needed by operation and a sounding module, wherein, after the digital physiological signals are analyzed, they will be compared with a default value to obtain a result, according to the result, the processor will drive the sounding module to send audio signals correspondingly to inform the user, and when the user gives a physiological feedback, the sounding module can be arranged close to the ears through the ear hanging type structure, and thus, the audio signals can be received by ears.

Description

technical field [0001] The present invention relates to an ear-worn physiological feedback device, in particular to an ear-worn physiological feedback device that can be easily configured by a user in use. Background technique [0002] Physiological feedback (Biofeedback) refers to providing real-time physiological signals to oneself, which usually monitors the individual's heart rate, body temperature, brain wave, blood pressure, Galvanic skin response (GSR, Galvanic skin response), or muscle tension through electronic instruments Degree, etc., and feedback to the person through visual or auditory means, such as instrument readings, light, or sound, etc., and through training to understand the changes in these signals, one can learn to consciously control one's own physiological activities to achieve The purpose of adjusting physiological functions and states. And this also means that there is indeed a connection between our body and mind that affects each other. [0003]...

AI Technical Summary

Problems solved by technology

[0010] The above explains the current forms of the main physiological feedback devices, however, there are still some usage needs that cannot be met

[0011] 1. Unable to isolate external interference: especially in a noisy environment, due to the inability to isolate external sounds, the effect of physiological feedback may be reduced, for example, to relieve stress

[0012] 2. The visual feedback method is sometimes not the best feedback form for some physiological feedback training: when it is hoped to achieve the purpose of relaxing the body and mind, the use of visual feedback will easily hinder the habit of ordinary people to use eyes closed to ease emotions

[0013] 3. Insufficient concealment: When used in a public environment, for example, during public transportation, the feedback method of the hand-held screen cannot avoid the eyes of others, so it may cause the user's discomfort and lose the beauty of the original design

[0014] 4. Insufficient convenience: Even if it is a hand-held physiological feedback device, the user must still use a hand-held method when performing physiological feedback, and cannot directly complete the physiological feedback by wearing it on the body, which is not convenient enough

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