Intelligent hearing aid based on cloud technology

Abstract

The invention provides an intelligent hearing aid based on the cloud technology. The intelligent hearing aid is connected with a cloud end server and is provided with a hearing aid body matched with the back of the ear in shape. The intelligent hearing aid comprises a processor, a fingerprint recognition sensor, an ear clip type heart rate collection sensor, a body temperature sensor, a voice receiving module and a communication module. The fingerprint recognition sensor, the ear clip type heart rate collection sensor, the body temperature sensor, the voice receiving module and the communication module are connected with the processor. The fingerprint recognition sensor is provided with a fingerprint information collection panel used for collecting fingerprint information of a user. The fingerprint information is uploaded to the cloud end server and used for verifying the identity of the user. The ear clip type heart rate collection sensor is used for obtaining human body heart rate information. The body temperature sensor is used for obtaining ear back temperature information. The communication device is used for conducting verification with the cloud end server and building a communication link according to the fingerprint information collected by the processor, and used for achieving data transmission between the processor and the cloud end server. The hearing aid body is provided with a display terminal. The display terminal is provided with an LED or a liquid crystal display screen which is used for displaying related data information obtained through collection or analysis carried out by the processor.

Description

[0001] technical field [0002] The invention relates to vital sign monitoring technology, in particular to an intelligent hearing aid based on cloud technology. Background technique [0003] As an important physiological indicator of human health, heart rate is the most basic information of pulse wave, and its stability directly reflects the quality of heart function. At present, the measurement tools for heart rate include: clinical electrocardiographs, chest straps, cuffs, or contact measurement tools where electrodes are placed on wrists, fingertips, earlobes, etc. The use of these contact measurement tools will cause human body discomfort, and the measurement operation is complicated, which is not suitable for daily monitoring at any time. Compared with this, non-contact inspection is more suitable for ordinary people to use in daily life health monitoring. Contents of the invention [0004] Based on the background technology, the present invention proposes a smart ...

AI Technical Summary

Problems solved by technology

At present, the measurement tools for heart rate include: clinical electrocardiographs, chest straps, cuffs, or contact measurement tools where electrodes are placed on wrists, fingertips, earlobes, etc. The use of these contact measurement tools will cause human body discomfort, and the measurement operation is complicated, not suitable for daily monitoring at any time

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