CN206115062U - Bluetooth headset who combines glasses - Google Patents

Abstract

The utility model relates to a bluetooth headset who combines glasses, it includes lens, picture frame, first mirror leg and second mirror leg and bluetooth headset, first mirror leg internally mounted bluetooth headset's control chip and chargeable call, the trompil on through first mirror leg of bluetooth headset's earplug is connected to control chip, every mirror leg passes through the interface of types such as USB to be connected with picture frame detachably, on also can peg graft computer or the charger, connecting wire transmission electric energy or other information in the above -mentioned interface accessible picture frame of two mirror legs, in the second mirror leg also mountable chargeable call give the power supply of first mirror leg, also other functional unit of mountable. The technical scheme of the utility model the user that can conveniently wear glasses uses bluetooth headset, can make bluetooth headset have powerful scalability.

Description

A bluetooth headset combined with glasses

【Technical field】

The utility model belongs to the field of computers and wearable devices, and relates to a bluetooth earphone, in particular to a bluetooth earphone combined with glasses.

【Background technique】

Bluetooth is a short-range wireless access technology that can transmit data between various devices with low power consumption. Bluetooth headset is the most common Bluetooth application, usually used on mobile devices such as mobile phones and notebooks. Existing mobile devices such as mobile phones and notebooks generally support Bluetooth technology, so audio data can be transmitted between the mobile device and the Bluetooth headset by pairing with the Bluetooth headset.

Existing bluetooth earphones usually use some kind of mounting device to hang on people's ears. On the one hand, this design may make people's ears feel uncomfortable after long-term use. On the other hand, for people wearing glasses, using It is not very convenient, and it is easy to conflict with the glasses legs and fall off, which affects the use effect of the Bluetooth headset and the comfort of wearing the glasses. Therefore, there is an urgent need for a technical solution compatible with Bluetooth earphones and glasses.

【Content of utility model】

In order to solve the above-mentioned problems in the prior art, the utility model proposes a bluetooth earphone combined with glasses.

The technical scheme that the utility model adopts is as follows:

A bluetooth earphone combined with glasses, which includes eyeglasses, a spectacle frame, a first mirror leg, a second mirror leg and a bluetooth earphone, wherein:

The lens is installed in the frame, and the first temple and the second leg are respectively detachably connected to both sides of the frame through interfaces;

The control chip and the rechargeable battery of the bluetooth headset are installed inside the first mirror leg, the earplugs of the bluetooth headset are connected to the control chip through the opening on the first mirror leg, and the rechargeable battery Used to supply power to the Bluetooth headset;

The interface is a USB interface, wherein the side of the mirror leg is a USB male port, and the side of the mirror frame is a USB female port. The first temple can charge the internal rechargeable battery through the interface, and the control chip can also communicate with the outside through the interface.

Further, an earplug seat is provided on the first temple for fixing the earplug.

Further, the spectacle frame has a connection line inside, which is used to connect the interfaces of the two temples, so that data or electric energy can be transmitted between the two temples.

Further, the second mirror leg also has a rechargeable battery inside, and the rechargeable battery in the second mirror leg can be charged through the USB interface on the second mirror leg.

Further, the rechargeable battery inside the second temple can supply power to the Bluetooth headset through the interface between the two temples and the mirror frame and the connecting wire in the mirror frame.

Further, there is an LED indicator light inside each mirror leg, and the remaining electric energy of the battery in the corresponding mirror leg is indicated through the color change of the indicator light.

Further, it includes multiple second temples of different functional types, each of which is equipped with different functional parts, and the user can replace the second temples on the glasses at any time.

Further, one of the second temples has a sound processing device inside. When the second temple is plugged into the mirror frame, the bluetooth earphone control chip in the first temple will, after receiving the audio data, The audio data is sent to the sound processing device for processing, and then the second temple returns the processed audio data to the Bluetooth headset.

Further, one of the second temples has an MP3 player inside.

Further, the first temple has a plurality of control buttons for Bluetooth headsets, including headset function keys, volume up keys, and volume down keys, and a microphone is also connected to the first temple.

The beneficial effects of the utility model include: It is convenient for users wearing glasses to use the bluetooth earphone, and through the cooperation of the two temples, the battery life of the bluetooth earphone can be extended, and different extended functions can be provided to the bluetooth earphone.

【Description of drawings】

The accompanying drawings described here are used to provide a further understanding of the utility model and constitute a part of the application, but do not constitute an improper limitation of the utility model. In the accompanying drawings:

Fig. 1 is the overall structural diagram of the bluetooth earphone combined with glasses of the present invention.

Fig. 2 is an appearance view of the first temple of the present invention.

【detailed description】

The utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments, wherein the schematic embodiments and descriptions are only used to explain the utility model, but not as a limitation to the utility model.

Referring to accompanying drawing 1, it has shown the general structural diagram of the bluetooth earphone of the present utility model in combination with glasses, and whole device comprises eyeglass 1, picture frame 2, first mirror leg 3, second mirror leg 4 and bluetooth earphone, and common Similar to glasses, the lens is installed in the frame, and the two temples are respectively connected to both sides of the frame through the interface 9. The inside of the first temple is hollow, and the control chip 6 and battery 7 of the Bluetooth headset are installed in the first mirror. Inside the leg, the earplug of the bluetooth headset is connected to the earphone control chip inside the first mirror leg through the opening on the first mirror leg. Through this design, when the user wears glasses, the earbuds of the Bluetooth headset can be placed in the ear.

According to another embodiment of the present utility model, an earplug seat 8 is also provided on the first temple, and when the earplug is not in use, it can be fixed on the earplug seat.

Referring to Figure 2, the first temple has a plurality of control buttons for Bluetooth headsets, including headset function keys, volume up keys, volume down keys, etc., and the first temple can also be connected to a microphone.

Referring to accompanying drawing 2, according to another embodiment of the present utility model, the first mirror leg is detachably connected to the frame by plugging, preferably, the interface between the two is a USB interface, and the mirror leg side is a USB male port, and the frame side is the USB female port. Through the connection mode of the USB interface, the first mirror leg can also be disassembled from the frame, plugged into the USB port of the computer, or plugged into other USB chargers, so that the first mirror leg can be connected to the first mirror through the USB port. The rechargeable batteries inside the temples are charged. In this way, the inconvenience of replacing the battery for the Bluetooth headset can be avoided. In addition, the control chip of the Bluetooth headset can also communicate with the outside through the USB interface.

The aforementioned USB interface is only a preferred example of the present invention, and other types of interfaces are also applicable, such as micro USB, as long as they can be used for charging and transmitting data.

Similar to the first mirror leg, the second mirror leg of the present utility model can also be detachably connected to the frame through an interface such as USB, and the interfaces of the two mirror legs are connected together through the connecting wire inside the frame. Through this design, the two Between the two mirror legs, information or electric energy can be transmitted to each other through the mirror frame.

According to an embodiment of the present invention, a rechargeable battery can also be installed inside the second mirror leg. Since the second mirror leg also has a USB or other type of interface, the second mirror leg can also be plugged into a computer or Charge on the charger. When the second temple is plugged into the frame, it can supply power to the Bluetooth headset of the first temple through the connection between the interface and the frame, so that the Bluetooth headset on the first temple can simultaneously obtain the first mirror And the power supply of two batteries in the second mirror leg, thus prolonging the battery life of the Bluetooth headset. Moreover, since the second mirror leg can be hot-swapped at any time, when the user is using the Bluetooth headset, if the power is insufficient, new power can be obtained by replacing a new second mirror leg that also has a battery.

There may also be an LED indicator light on the inner side of each mirror leg, and the remaining electric energy of the battery in the mirror leg is indicated through the color change of the indicator lamp. The user can see the indicator light through the corner of the eye, so as to grasp the battery status in real time, so as to charge it in time.

According to another embodiment of the present utility model, other parts can also be installed inside the second mirror leg for working with the Bluetooth headset. For example, a sound processing device can be arranged inside the second mirror leg, and After receiving the audio data, the bluetooth earphone control chip first sends the audio data to the sound processing device in the second temple for processing, and then the second temple sends the processed audio data back to the bluetooth earphone for playback , Through this design, the Bluetooth headset can realize various special audio playback functions such as sound quality processing. In another example, an MP3 player can also be directly installed in the second mirror leg, and the MP3 audio data can be directly transmitted to the Bluetooth headset for playback.

Therefore, the second mirror leg of the present utility model can actually have multiple functional types, and the user can have multiple second mirror legs, and each second mirror leg corresponds to a functional type. When the user needs a certain functional type, You only need to plug the corresponding second temple into the frame. Through this design, the bluetooth headset combined with glasses of the present invention can be freely expanded to various possible functions, thereby having strong scalability.

The above is only a preferred embodiment of the utility model, so all equivalent changes or modifications made according to the structure, features and principles described in the utility model patent application scope are all included in the utility model patent application scope .

Claims (10)

1. A bluetooth earphone in conjunction with glasses is characterized in that it comprises eyeglasses, a picture frame, a first mirror leg, a second mirror leg and a bluetooth earphone, wherein The lens is installed in the frame, and the first temple and the second leg are respectively detachably connected to both sides of the frame through interfaces; The control chip and the rechargeable battery of the bluetooth headset are installed inside the first mirror leg, the earplugs of the bluetooth headset are connected to the control chip through the opening on the first mirror leg, and the rechargeable battery Used to supply power to the Bluetooth headset; The interface is a USB interface, wherein the side of the mirror leg is a USB male port, and the side of the mirror frame is a USB female port; the first mirror leg can charge the internal rechargeable battery through this interface, and the control chip can also be charged through this interface. Interface to communicate with the outside world. 2 . The bluetooth earphone combined with glasses according to claim 1 , wherein an earplug seat is arranged on the first temple for fixing the earplug. 3 . 3. A bluetooth earphone combined with glasses according to claim 2, characterized in that, there is a connection line inside the frame, which is used to connect the interfaces of the two temples, so that data or electric energy can be transmitted between the two temples . 4. A bluetooth earphone combined with glasses according to claim 3, characterized in that, there is also a rechargeable battery inside the second temple, which can be charged to the second temple through the USB interface on the second temple. rechargeable battery. 5. A bluetooth earphone combined with glasses according to claim 4, characterized in that, the rechargeable battery inside the second mirror leg can pass through the interface between the two mirror legs and the frame and the connection in the frame. line to supply power to the Bluetooth headset. 6. A bluetooth earphone combined with glasses according to claim 5, characterized in that, there is an LED indicator light inside each temple, and the remaining battery in the corresponding temple is indicated by the color change of the light. electrical energy. 7. A bluetooth earphone combined with glasses according to claim 4, characterized in that it comprises a plurality of second temples with different functional types, and different functional components are installed in each second temple, and the user can Replace the second temple on the glasses. 8. A bluetooth earphone combined with glasses according to claim 7, characterized in that, one of the second temples has a sound processing device inside, and when the second temple is plugged into the mirror frame, the After receiving the audio data, the bluetooth earphone control chip in the first temple sends the audio data to the sound processing device for processing, and then the second temple sends the processed audio data back to the bluetooth earphone. 9. A bluetooth earphone combined with glasses according to claim 7, wherein one of the second temples has an MP3 player inside. 10. A bluetooth earphone combined with glasses according to any one of claims 1-7, characterized in that the first temple has a plurality of bluetooth earphone control buttons, including earphone function keys, volume up key, volume down key, and a microphone is also connected to the first temple.