Bluetooth bone conduction peaked cap capable of intelligently adjusting cap circumference

Abstract

The invention relates to the technical field of flexible intelligent wearing, especially to a Bluetooth bone conduction peaked cap capable of intelligently adjusting cap circumference. The Bluetooth bone conduction peaked cap capable of intelligently adjusting the cap circumference mainly comprises a peaked cap body, an embedded circuit board, an energy supply battery, a cap circumference contraction motor module, a manual cap circumference contraction knob, an infrared temperature measurement part, a fingerprint recognition part, a bone conduction unit and a solar absorption plate. Accordingto the invention, a fingerprint identification system is used as a trigger mechanism, the size of the helmet circumference can be automatically adjusted according to the head shapes of different wearers, the adaptability is strong, and the application range is wide. The wireless transmission of audio data can be realized, real-time monitoring of user body temperature is achieved, longer endurancetime can be provided by solar charging,the bone sensing technology gets rid of constraints of traditional in-ear earphones, new experience is provided for cap wearers, music listeners and officers, the position of the bone conduction unit at the skull is extremely good,high-tone-quality audio can be transmitted to the human body even in a noisy environment, and damage to eardrums is small.

Description

technical field [0001] The invention is applicable to the technical field of flexible intelligent wearable products, and more specifically provides a Bluetooth bone conduction cap with an intelligently adjustable cap circumference. Background technique [0002] Since entering the 21st century, all kinds of wearable smart devices and technologies have developed rapidly. The combination of multimedia, sensors and wireless communication technologies with daily wear provides a convenient and fully functional mobile terminal for people to carry out entertainment, office work and even health testing. , for example, new smart glasses that can be used for GPS navigation, sending and receiving text messages, and browsing the web; bone conduction earphones that get rid of the constraints of traditional in-ear wearing; smart T-shirts that can track patients’ health tests at all times; New smart wearable products such as smart running shoes based on data have greatly improved people's q...

AI Technical Summary

Problems solved by technology

[0003] The existing head-mounted hats generally need to adjust the hat circumference by frequently removing the hat according to the change of the user's hair thickness and head shape. This process is relatively traditional and cumbersome, lacks intelligence, and cannot meet the user's intelligence needs.

At the same time, traditional earphones usually need to be plugged into people's ears, which will cause physical discomfort after wearing for a long time, and cause damage to the eardrum after long-term use, and because such earplugs will block certain external sound environments, it will also cause users There are greater safety hazards in the process of walking or driving

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