Intelligent bracelet

Abstract

The invention discloses an intelligent bracelet. The intelligent bracelet comprises a bracelet body, a first wrist band and a second wrist band, wherein a display screen assembly and a functional assembly are arranged in the bracelet body, and the functional assembly comprises a processor and a data collection assembly; a bending section is arranged in the middle of the bracelet body, extending sections are arranged at two ends of the bending section, and the bending radian of the bending section is matched with the shape of the human wrist; a connecting structure is arranged between the first wrist band and the second wrist band, and a wearing hole is formed among the bracelet body, the first wrist band and the second wrist band; a fastener is arranged between the two extending sections, and the fastener is hinged to one of the extending sections, and is in fastening connection with the other extending section. For the intelligent bracelet, the bracelet body is arranged to have the structure that the bending section is positioned in the middle, the extending sections are positioned at the two ends of the bending section, the wearing hole with the shape matched with that of the wrist is arranged among the bending section, the first wrist band and the second wrist band, so that the wearing is comfortable, and in addition, the fastener is arranged, so that the wearing stability is further enhanced.

Description

technical field [0001] The invention relates to an intelligent wearing terminal, in particular to an intelligent bracelet. Background technique [0002] A smart bracelet is a wearable smart device. Through this bracelet, users can record real-time data such as exercise, sleep, and some diets in daily life, and synchronize these data with electronic devices such as mobile phones and tablets, so as to guide healthy life through data. [0003] Nowadays, many bracelets and smart watches have the function of measuring human physiological data, such as monitoring sleep, heart rate and even measuring blood pressure. When performing data detection and collection, the sensor of the bracelet or watch must be in contact with the user's skin. Always maintain proper, steady contact for accurate test data. However, the wristbands of most of the current smart bracelets cannot guarantee proper contact with the skin when taking measurements. Moreover, since the adjustment of the length of...

AI Technical Summary

Problems solved by technology

However, the wristbands of most of the current smart bracelets cannot guarantee proper contact with the skin when taking measurements

Moreover, because the adjustment of the length of the wristband is realized through the holes on the wristband, the change in length is jumpy, and stepless adjustment cannot be realized, so the measured data is affected by the tightness of the wristband and becomes inaccurate

[0004] In order to solve the problems of identity authentication and password security, some other existing mobile terminals are equipped with fingerprint recognition modules for collecting fingerprints for fingerprint identity verification. However, for smart bracelets, the best setting position of the fingerprint recognition device is On the wristband, and the wristband is generally made of a strip-shaped rubber belt, and its thickness is relatively thin. The existing fingerprint recognition device uses damping parts such as springs for touch feedback, resulting in a relatively thick installation thickness, which is not applicable. For smart bracelets, if the function of touch feedback is omitted, the user experience will be reduced

[0005] In addition, existing smart bracelets generally have reminder and wake-up functions, that is, there is a vibration motor inside the smart bracelet. Although the existing vibration motors can meet the use requirements to a certain extent, there is a problem of insufficient vibration. When the wearer is asleep, etc., it cannot play a good role in reminding and waking up

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