Solar Bluetooth earphone

Abstract

The invention discloses a solar Bluetooth headset which comprises an ear cap and a rod-shaped shell, the ear cap is installed on one side of the shell, a loudspeaker assembly and a control main board are installed in the ear cap, the loudspeaker assembly is controlled through the control main board, a Bluetooth chip is installed on the control main board, and a battery used for supplying power to the control main board and the loudspeaker assembly is installed in the shell. One side, far away from the ear cap, of the shell is provided with more than one open slot, a solar charging strip is hinged in each open slot, one side, far away from the ear cap, of each solar charging strip is elastically hinged in the corresponding open slot, and the other side of each solar charging strip is a movable end. According to the solar Bluetooth earphone, when the solar Bluetooth earphone is used, the solar charging strip can be opened and unfolded to be in an umbrella shape, the light contact area is greatly increased, the problems that an existing Bluetooth earphone is small in size and insufficient in solar charging rate are solved, meanwhile, the impact resistance of the Bluetooth earphone can be improved through the structure, and the service life of the Bluetooth earphone is prolonged.

Description

Technical field [0001] The present invention relates to a Bluetooth headset, and more particularly to a solar Bluetooth headset. Background technique [0002] Bluetooth headset is currently a common electronic device, Bluetooth headset is deeply loved by people because there is no connection line. However, because there is no connection, the Bluetooth headset needs to build a battery, the battery needs to be charged without time, which has caused the Bluetooth headset to continue the problem. In order to solve the problem, there are many solar charging structures in the market, and the solar charging is used to charge the Bluetooth headset. The current solar charging device is configured on the earphone box because the headphone body is smaller, it is difficult to set the solar panel to meet the charging requirements. However, it is very inconvenient to configure the product's carrying amount, which is very inconvenient, how to use the portable headset to complete the problem of ...

AI Technical Summary

Problems solved by technology

But because there is no connecting wire, the Bluetooth headset needs a built-in battery, and the battery needs to be charged irregularly, which leads to a problem with the battery life of the Bluetooth headset.

In order to solve the problem of battery life, there are many solar charging structures on the market, which use solar charging to charge Bluetooth headsets. The current solar charging device is configured on the headset box. Because the headset body is small, it is difficult to install solar panels to meet charging needs. However, the configuration on the earphone box increases the carrying capacity of the product, which is very inconvenient. How to use only the earphones to complete solar charging is a problem that needs to be solved

[0003] In addition, Bluetooth earphones are small in size and belong to precision electronic equipment, so the anti-drop ability of such electronic products is generally poor. During the wearing process, once a drop occurs, the dropped earphones will cause damage to the earphones, so the earphones need to be protected. The treatment of the drop structure, but it can only meet the lower height of drop protection, and it will affect the use after too many times. However, most of the current anti-drop structures have little effect. Not only the structure is complicated, but the anti-drop ability is not very good. be improved

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