TWM626926U - Bluetooth eyeglasses structure - Google Patents

Abstract

This creation relates to a structure of bluetooth glasses, which mainly includes a first group of uprights at the rear end of the temples of a glasses body, a second group of uprights at the front end of the headphone main body of a bluetooth headset, and a connecting unit. And one end of the sleeve of the connecting unit is correspondingly sleeved with the second set of vertical parts set on the main body of the earphone, and the other end of the sleeve is sleeved with the first set of vertical parts set on the temple. The bluetooth headset and the temples of the main body of the glasses are easy to assemble together, and the combination of materials such as metal and plastic can be changed to increase the variety of styles of the bluetooth glasses. In addition, in this creation, an adjustment button can be set on the main body of the bluetooth headset. When the button is adjusted, the sound from the speaker of the Bluetooth headset can be switched from the front sound hole or the rear sound hole to the outside according to the needs of use, so as to improve the convenience of use.

Description

bluetooth glasses structure

This creation relates to the technical field of glasses, especially a glasses structure with a bluetooth headset.

Press, the existing glasses wearers usually wear earphones to answer calls or listen to music when they are engaged in routine work or activities, and the existing earphones, whether they are wired earphones or wireless Bluetooth earphones, are all plugged in use. In the ear, in addition to the discomfort caused by foreign bodies in the ear, because the sound waves are directly transmitted to the eardrum, especially after long-term use, the sound waves are likely to cause impact damage to the human eardrum.

Therefore, some manufacturers develop bluetooth glasses. The existing bluetooth glasses are mainly equipped with speakers and circuit modules in the temples of the glasses. The production method is to place the circuit modules in the mold before injection molding the temples, so as to be compatible with the temples. The temples are injection-molded together, so the existing bluetooth glasses can only be applied to the plastic temples, but not to the metal temples, resulting in a single shape and style. Popularity and market competitiveness of existing Bluetooth glasses.

In addition, although the existing bluetooth glasses can facilitate users to listen to music and communicate, it is found in the actual operation that the speakers of the existing bluetooth glasses are set in a single position, so that the sound can only be transmitted to the sound from this place. It is not possible to adjust the sound playback position according to the needs of different use environments, resulting in inconvenience in use.

The reason is that in view of the above-mentioned shortcomings in the use and implementation of the existing Bluetooth glasses, the creator has developed this creation with the assistance of his years of manufacturing and design experience and knowledge in related fields, and through many ingenuity.

This creation relates to a structure of bluetooth glasses, the main purpose of which is to provide a structure of bluetooth glasses that can easily assemble bluetooth earphones of different materials and the temples of glasses, and can adjust the sound playback position according to the needs of use.

In order to achieve the above implementation purpose, the creator has developed the following structure of bluetooth glasses, which includes: a main body of the glasses, a temple is pivotally connected to the side of the main body of the glasses, and a first set of uprights is connected to the rear end of the temple ; a bluetooth earphone, which is provided with a main body of the earphone, and a second set of vertical parts is connected to the front end of the main body of the earphone, and a downwardly curved ear hook is formed in the rear part of the main body of the earphone; a connecting unit is provided with a sleeve , and a first set of holes extending backward from the front end of the sleeve and a second set of holes extending forward from the rear end of the sleeve are arranged in the sleeve, so that the first set of the temple Correspondingly sleeved with the first sleeve hole of the sleeve, and also made the second assembly part of the earphone main body sleeved correspondingly with the second sleeve hole of the sleeve.

The above-mentioned structure of bluetooth glasses, wherein, the main body of the earphone of the bluetooth earphone is provided with a sound box cavity in its front section, and a sound box is arranged in the sound box cavity, and a front section is arranged on the bottom side of the front section of the main body of the earphone. A sound-broadcasting hole is provided, and the front sound-broadcasting hole is communicated with the sound box cavity, and a circuit module cavity is arranged in the rear section of the main body of the earphone, and a circuit module is arranged in the circuit module cavity, and a circuit module is arranged in the earphone The rear section of the main body is provided with a power assembly seat, and the speaker and the power connection seat are electrically connected with the circuit module, and a battery is also provided, and the battery is inserted and assembled with the power connection seat.

The above-mentioned bluetooth glasses structure, wherein, the main body of the earphone of the bluetooth earphone is provided with a speaker cavity in the rear section, and a speaker is arranged in the speaker cavity, and a front speaker is arranged on the bottom side of the front section of the main body of the earphone In addition, a sound guide channel is arranged in the main body of the earphone, and the sound guide channel is connected between the sound box cavity and the front sound hole, and the main body of the earphone is provided with a circuit module in its front section. A circuit module is arranged in the circuit module cavity, and a power assembly stand is arranged at the rear section of the main body of the earphone, and the speaker and the power connector are electrically connected to the circuit module, and a The battery is connected with the power connection socket.

The above-mentioned structure of bluetooth glasses, wherein, the main body of the earphone of the bluetooth earphone is provided with a sound box cavity in the front section, and a sound box is arranged in the sound box cavity, and a circuit module is arranged in the rear section of the main body of the earphone. A circuit module is arranged in the circuit module cavity, and the headphone body is provided with a knob cavity between the sound box cavity and the circuit module cavity, and the bottom side of the front section of the headphone body is located A front sounding hole is provided, and a first sound guiding channel is arranged in the main body of the earphone, and the adjusting button cavity and the front sounding hole are communicated with the first sound guiding channel, and the bottom of the rear section of the earphone main body is connected. A rear sound hole is arranged on the side, and a second sound guide channel is arranged in the main body of the earphone, so that the adjustment button cavity and the rear sound hole are connected by the second sound guide channel, and the adjustment button is connected with the second sound guide channel. An adjustment button is arranged in the cavity, and a first sound channel, a second sound channel and a third sound channel are arranged at intervals on the peripheral wall of the adjustment button, and the first sound channel, the second sound channel and the third sound channel are arranged. The channels are connected to each other, and the position of the first channel, the second channel and the third channel of the adjustment button can be switched, so as to select the upper and lower parts of the third channel and the speaker and the first channel respectively. The position of the sound channel corresponds to the position of the sound channel, or the second channel corresponds to the position of the speaker, and the first channel corresponds to the position of the second sound guide channel, and a power supply assembly is arranged at the rear section of the main body of the earphone. The sound box and the power connection base are electrically connected with the circuit module, a storage battery is installed, and the storage battery is inserted and assembled with the power connection base. In the above structure of bluetooth glasses, the adjusting button cavity of the earphone body is provided with a shaft hole in the middle of the cavity bottom, and a rotating shaft is arranged in the middle of the inner end face of the adjusting button to be connected with the adjusting button cavity. The shaft holes are set together, and the cavity bottom of the adjusting button cavity is located at the bottom of the cavity. A first positioning hole and a second positioning hole are arranged at intervals on the peripheral side of the shaft hole, and an accommodating hole is arranged on the inner end face of the adjusting button at the side of the rotating shaft, and an elastic member and an elastic member are sequentially accommodated in the accommodating hole. A positioning member, the positioning member is selected to be locked and positioned corresponding to the first positioning hole or the second positioning hole of the adjustment button cavity, and a limit convex portion is provided on the cavity wall of the adjustment button cavity, and the A limit groove is arranged on the peripheral wall of the adjustment button, and the limit groove is formed to be opposite to the first side and the second side, and the limit protrusion of the adjustment button cavity is located in the limit groove, so as to select and match the limit The first side or the second side of the groove is in contact with each other to limit the position, and a knob portion is formed on the outer end surface of the adjusting button.

In the above structure of bluetooth glasses, the sleeve of the connecting unit is a conical cylinder, the front end of the sleeve is a small diameter end, the rear end of the sleeve is a large diameter end, and the first end of the sleeve is A set of holes is communicated with the second set of holes, and the other side of the sleeve is provided with a perforation corresponding to the second set of holes, and the perforation is communicated with the second set of holes, and is also in the first set of vertical parts. One side is provided with a first locking hole, the other side is provided with a second locking hole on the second set upright portion, and a connecting hole extending backward from the front end is provided on the second set upright portion, and the second set upright portion is provided with a connecting hole extending backward. The second locking hole of the part is communicated with the connecting hole, and the first assembly part is correspondingly penetrated in the connecting hole of the second assembly part, and the first locking hole of the first assembly part is connected with the second assembly. The position of the second locking hole of the part corresponds to the position, and another locking piece is provided, and the locking piece is passed through the through hole of the sleeve and locked into the second locking hole of the second assembly part to be assembled with the first assembly The first lock hole of the part is locked and fixed.

In this way, using the bluetooth glasses structure design of this creation, the bluetooth headset and the temples of the main body of the glasses can be easily assembled together, and the combination of materials such as metal and plastic can be changed to increase the variety of styles of the bluetooth glasses. An adjustment button can be set on the main body of the bluetooth earphone. When the adjustment button is turned, the sound from the speaker of the bluetooth earphone can be switched from the front sound hole or the rear sound hole to the outside according to the needs of use. Ease of use.

1: The main body of the glasses

11: Mirror feet

12: The first group of establishments

121: The first stop edge

122: The first keyhole

2: Bluetooth headset

21: Headphone body

211: The second group

212: Second stop edge

213: Second keyhole

214: Engagement hole

215: ear hook

22: Speakers

221: Speaker cavity

231: Front sound hole

232: rear sound hole

24: Radio hole

25: circuit module

251: Circuit module cavity

26: Power connector

261: Assembly hole

262: battery

27: Guide channel

271: The first sound guide channel

272: Second sound guide channel

28: Adjustment button cavity

281: Shaft hole

282: The first positioning hole

283: Second positioning hole

284: Limiting convex part

29: Adjustment button

291: Spindle

292: accommodating hole

293: Elastic

294: Positioning pieces

295: Limit slot

296: Knob Department

297: first channel

298: Second channel

299: 3rd channel

3: Link Unit

31: Sleeve

311: The first set of holes

312: Second set of holes

313: Perforation

32: Lock firmware

The first picture: the whole three-dimensional exploded view of one embodiment of this creation

The second picture: a stereo exploded view of a Bluetooth headset according to an embodiment of this creation

Figure 3: A cross-sectional view of a connecting unit assembly according to an embodiment of the present invention

Figure 4: The state diagram of the sound transmission of the Bluetooth headset in one embodiment of this creation

Figure 5: Stereoscopic exploded view of the Bluetooth headset according to the second embodiment of this creation

Figure 6: The sound transmission state diagram of the Bluetooth headset in the second embodiment of this creation

Figure 7: Stereoscopic exploded view of the Bluetooth headset according to the third embodiment of this creation

Figure 8: Partial enlarged cross-sectional view of the Bluetooth headset according to the third embodiment of this creation

Figure 9: Another partial enlarged cross-sectional view of the Bluetooth headset according to the third embodiment of this creation

Figure 10: The sound transmission state diagram of the Bluetooth headset in the third embodiment of this creation

Figure 11: Another sound transmission state diagram of the Bluetooth headset according to the third embodiment of this creation

In order to make the technical means of this creation and the effects that can be achieved, more complete and clear disclosure, the detailed description is as follows, please refer to the disclosed drawings and drawing numbers together: First, please refer to the first and second As shown in the figure, an embodiment of the structure of the bluetooth glasses of this creation includes: a glasses body (1), a temple (11) is pivotally connected to the side of the glasses body (1), and the temple is connected to the temple. (11) The rear end is connected to a first set of upright portions (12) in the shape of an elliptical cylinder, and a first stop edge (121) is formed at the connection between the rear end of the temple (11) and the first set of upright portions (12). ), and a first locking hole (122) is arranged on the bottom side of the first group standing portion (12), the temple (11) can be made of metal or plastic material; a bluetooth earphone (2) is provided with an earphone body (21), and connected to the front end of the earphone body (21) with a second assembly portion (211) in the form of a rectangular block, and the earphone body (21) and the second assembly portion A second stop edge (212) is formed at the connecting part of (211), and a second locking hole (213) is provided on the bottom side of the second assembling portion (211), and a second assembling portion (211) is provided with a second locking hole (213). An oval-shaped connecting hole (214) extending backward from the front end of the second assembling portion (211), and connecting the second locking hole (213) on the bottom side of the second assembling portion (211) to the connecting hole (214) communicate with each other, and the rear section of the earphone main body (21) is formed with a downwardly curved ear hook (215), and a sound box cavity (221) is formed in the front section of the earphone main body (21). A sound box (22) is arranged in the sound box cavity (221), and a front sounding hole (231) is arranged at the bottom side of the front section of the earphone main body (21), and the front sounding hole is located on the bottom side of the earphone main body (21) (231) A sound-receiving hole (24) is provided at the front, and a circuit module accommodating cavity (251) is provided in the ear-hook portion (215) of the earphone body (21) at the rear of the earphone body (21), and the circuit module accommodating cavity (251). A circuit module (25) is accommodated in the cavity (251), and a Bluetooth communication element is arranged on the circuit module (25), and the rear section of the earphone main body (21) is located above the circuit module cavity (251) A set of connecting holes (261) are arranged at the set of connecting holes (261), and a power connecting seat (26) is formed at the connecting hole (261), and the speaker (22) and the power connecting seat (26) are connected with the circuit module (26). 25) Electrically connected, so that the sound box (22) is controlled by the circuit module (25) for broadcasting, and the sound is collected from the sound receiving hole (24) of the earphone body (21), and a battery (262) is additionally provided, The battery (262) is inserted and assembled with the power connection base (26); a connecting unit (3), please refer to the third figure, includes a sleeve (31) and a locking member (32) ), the sleeve (31) can be made of metal or plastic material, so that the sleeve (31) is formed into a tapered shape, so that the front end of the sleeve (31) is a small diameter end, and the rear end of the sleeve (31) The large diameter end is provided with a first set of holes (311) in the sleeve (31) extending backward from the front end of the sleeve (31), and a first set hole (311) extending forward from the rear end of the sleeve (31) the second set of holes (312), and the first set of holes (311) of the sleeve (31) is communicated with the second set of holes (312), and the bottom side of the sleeve (31) is connected to the corresponding first set of holes (312). A through hole (313) is provided at the second set of holes (312), and the through hole (313) is communicated with the second set of holes (312), and the first set of holes (311) of the sleeve (31) is elliptical so as to be correspondingly sleeved with the first set of standing parts (12) of the elliptical cylinder of the temple (11), and make the first stop edge (121) of the first set of standing parts (12) and the sleeve (12). 31) The front ends are positioned against each other, and the second set hole (312) of the sleeve (31) is rectangular, so as to be correspondingly socketed with the second set portion (211) of the headphone body (21) which is a rectangular block, and make the second assembly (211) The second stop edge (212) of the sleeve (31) is in contact with the rear end of the sleeve (31), and the second locking hole (213) of the second assembly part (211) and the through hole of the sleeve (31) ( 313) correspond to the positions, and make the first grouping part (12) of the temple (11) correspondingly pass through the connecting hole (214) of the second grouping part (211), and make the first grouping part ( 12) The first locking hole (122) of the second assembling portion (211) corresponds to the position of the second locking hole (213), and the locking member (32) is passed through the through hole of the sleeve (31) (313) for locking into the second locking hole (213) of the second assembling portion (211), and locking and fixing with the first locking hole (122) of the first assembling portion (12).

Accordingly, the user can wear the bluetooth glasses of the present invention, and drive the circuit module (25) of the bluetooth earphone (2) of the present invention to connect with a mobile device through the bluetooth communication element, and the circuit The module (25) controls the sound box (22) to broadcast, please refer to the fourth figure, so that the user can listen to the sound box (22) through the communication with the sound box cavity (221) when wearing glasses The sound or music played outside the sound hole (231) before.

Please also refer to the fifth figure, the second embodiment of the present creation, the speaker cavity (221) and the circuit module cavity (251) of the Bluetooth headset (2) of the first embodiment can be exchanged The position is set so that the circuit module cavity (251) is located in the front section of the headphone body (21), and the sound box cavity (221) is located in the rear section of the headphone body (21), and is also in the headphone body (21) A sound guide channel (27) is provided, so that the sound guide channel is connected between the front sound hole (231) provided on the bottom side of the front section of the earphone main body (21) and the sound box cavity (221) provided in the rear section of the earphone main body (21). (27) are connected, whereby the sound played by the sound box (22) located in the sound box cavity (221) at the rear of the earphone body (21) can pass through the sound guide channel (27) from the front sound hole (27). 231) Play outwards (as shown in the sixth picture).

Please also refer to Figure 7, which is the third embodiment of the present creation. A sound box cavity (221) is provided in the front section of the main body (21) of the bluetooth earphone (2). (21) A circuit module cavity (251) is arranged in the rear section, and the earphone body (21) is provided with a longitudinally arranged adjustment button between the sound box cavity (221) and the circuit module cavity (251). A cavity (28), a shaft hole (281) is arranged in the middle of the cavity bottom of the adjustment button cavity (28), and the cavity bottom of the adjustment knob cavity (28) is located at an interval on the peripheral side of the shaft hole (281). have a first A positioning hole (282) and a second positioning hole (283), and a limiting protrusion (284) (as shown in the eighth figure) is provided on the cavity wall of the adjusting button cavity (28), and is also provided on the main body of the earphone. (21) A front sounding hole (231) is arranged on the bottom side of the front section, and a first sound guiding channel (271) is arranged in the earphone main body (21), so that the adjusting button cavity (28) and the front sounding The holes (231) are communicated with each other by the first sound guiding channel (271), and a rear sounding hole (232) is arranged at the bottom side of the rear section of the earphone main body (21), and a rear sounding hole (232) is arranged in the earphone main body (21). A second sound guide channel (272), and the second sound guide channel (272) is used to communicate between the adjustment knob cavity (28) and the rear sound hole (232). Please refer to the ninth figure. , and an adjusting button (29) is arranged in the adjusting button cavity (28), and a rotating shaft (291) is arranged in the middle of the inner end face of the adjusting button (29) to be connected with the adjusting button cavity (28). The shaft holes (281) are correspondingly arranged, and a receiving hole (292) is arranged on the inner end face of the adjusting button (29) at the side of the rotating shaft (291), and a receiving hole (292) is sequentially accommodated in the receiving hole (292). An elastic piece (293) and a positioning piece (294), the positioning piece (294) can be selected as a latch corresponding to the first positioning hole (282) or the second positioning hole (283) of the adjusting button cavity (28) For positioning, please refer to Fig. 8 again. In addition, a limiting groove (295) is formed on the peripheral wall of the adjusting button (29). The limiting groove (295) is formed with opposite first and second sides, and The limiting protrusion (284) of the adjusting button cavity (28) is located in the limiting groove (295), so as to select the first side or the second side of the limiting groove (295) to limit the position, and A knob portion (296) is formed on the outer end surface of the adjustment button (29), and the knob portion (296) is protruded out of the adjustment button cavity (28). A channel (297), a second channel (298) and a third channel (299), the first channel (297) and the second channel (298) are located opposite the adjustment button (29) two sides, and the third channel (299) is located between the first channel (297) and the second channel (298), so that the first channel (297), the second channel (298) ) and the third channel (299) are connected to each other, which can movably switch the orientation of the first channel (297), the second channel (298) and the third channel (299) of the adjustment button (29), so as to The selection corresponds to the positions of the speaker (22), the first sound guide channel (271) and the second sound guide channel (272).

Thereby, when the adjusting button (29) is rotated to the first positioning hole (282) of the adjusting button cavity (28) by the knob portion (296) of the adjusting button (29), the adjusting button (29) ) The elastic piece (293) provided in the accommodating hole (292) pushes the positioning piece (294) outward, so that the positioning piece (294) is clamped in the first positioning hole (282) for positioning, In addition, the limiting convex portion (284) of the adjusting button cavity (28) will also abut on the first side of the limiting groove (295) to limit the position. The upper part of the third channel (299) of the button (29) corresponds to the position of the speaker (22), and the lower part of the third channel (299) corresponds to the position of the first sound guide channel (271). The first sound channel (297) and the second sound channel (298) are blocked by the cavity wall of the adjusting knob cavity (28), so that the sound played by the speaker (22) is transmitted from the first sound box (22) corresponding to its position. The three channels (299) enter from above, pass through the first sound guide channel (271) from below the third channel (299), and play out from the front sound hole (231), because the front sound hole ( 231) is located in front of the user's ear, and the sound can be directly conducted to the eardrum, so the sound playback volume can be reduced to avoid affecting others and prevent the content of the call from being heard by others, so it has better privacy.

In addition, when the adjusting button (29) is rotated so that the positioning member (294) is locked in the second positioning hole (283), the limiting protrusion (284) of the adjusting button cavity (28) abuts against the second positioning hole (283). The second side of the limit groove (295) of the adjustment button (29), at this time, please also refer to the eleventh figure, the third channel (299) of the adjustment button (29) is adjusted by the adjustment button cavity ( 28) The inner wall is blocked, and the second channel (298) corresponds to the speaker (22), and the first channel (297) corresponds to the second sound guide channel (272), so that the speaker ( 22) After the playing sound passes through the first sound channel (297) from the second sound channel (298), it is then played from the rear sound hole (232) through the second sound guide channel (272), because the rear sound is broadcast. The position of the hole (232) is just located on the back of the user's ear, so the sound can be transmitted to the eardrum through the ear, so that the eardrum is not directly damaged by the sound wave, so that the sound sounds softer and avoids the sound from outdoor noise and wind In order to improve the listening quality.

The foregoing embodiments or drawings do not limit the structural implementation of the Bluetooth glasses of the present invention, and any appropriate changes or modifications made by those with ordinary knowledge in the technical field should be regarded as not departing from the patent scope of the present invention.

As can be seen from the above structure and implementation, the present creation system has the following advantages:

1. The structure of the bluetooth glasses in this creation is that the headphone main body of the bluetooth headset and the temples of the glasses main body are assembled and assembled by a sleeve of a connecting unit, so that the temples and sleeves of the glasses can be made of gold. The combination of materials such as genus and plastic is changed to increase the variety of styles of the glasses and other objects, thereby achieving the benefits of enhancing their popularity and market competitiveness.

2. The structure of the bluetooth glasses in this creation may allow users to adjust the sound played by the speaker to play outward from the front or rear sound holes according to different usage occasions and different usage requirements, making it more convenient during use. , and in its overall implementation and use, it will increase the practical effect.

To sum up, the embodiment of this creation can indeed achieve the expected effect, and the specific structure disclosed is not only not seen in similar products, but also not disclosed before the application, which fully complies with the provisions of the patent law and Request, to file an application for a new type of patent according to the law, please be kind to review, and grant the patent, then I really appreciate it.

1: The main body of the glasses

11: Mirror feet

12: The first group of establishments

121: The first stop edge

122: The first keyhole

2: Bluetooth headset

21: Headphone body

211: The second group

212: Second stop edge

213: Second keyhole

214: Engagement hole

215: ear hook

262: battery

3: Link Unit

31: Sleeve

311: The first set of holes

312: Second set of holes

313: Perforation

32: Lock firmware

Claims (6)

A structure of bluetooth glasses, comprising: a main body of glasses, a temple is pivotally connected to the side of the main body of the glasses, and a first set of uprights is connected to the rear end of the temple; a bluetooth earphone, which is provided with an earphone main body, and a second set of uprights is connected to the front end of the earphone main body, and a downwardly curved ear hook is formed in the rear section of the earphone main body; A connecting unit is provided with a sleeve, and a first set of holes extending backward from the front end of the sleeve is provided in the sleeve, and a second set of holes extending forward from the rear end of the sleeve, and The first assembly part of the temple is correspondingly sleeved with the first sleeve hole of the sleeve, and the second assembly part of the earphone body is sleeved correspondingly with the second sleeve hole of the sleeve. The bluetooth glasses structure according to claim 1, wherein the main body of the earphone of the bluetooth earphone is provided with a sound box cavity in the front section thereof, and a sound box is arranged in the sound box cavity, and the bottom side of the front section of the main body of the earphone is provided with a sound box. A front sounding hole is provided, and the front sounding hole is communicated with the sound box cavity, and a circuit module cavity is arranged in the rear section of the main body of the earphone, and a circuit module is arranged in the circuit module cavity, and a circuit module is arranged in the circuit module cavity. A power assembly stand is arranged at the rear section of the main body of the earphone, and the speaker and the power connection base are electrically connected with the circuit module, and a battery is also provided, and the accumulator is inserted and assembled with the power connection base. The bluetooth glasses structure according to claim 1, wherein the main body of the earphone of the bluetooth earphone is provided with a sound box cavity in the rear section thereof, and a sound box is arranged in the sound box cavity, and a sound box is arranged on the bottom side of the front section of the main body of the earphone A front sounding hole is provided, and a sound guiding channel is arranged in the main body of the earphone, and the sound box cavity and the front sounding hole are connected by the sound guiding channel, and a circuit module is arranged in the front section of the earphone main body. A cavity is assembled, and a circuit module is placed in the cavity of the circuit module, and a power assembly seat is arranged at the rear section of the main body of the earphone, and the sound box and the power connection seat are electrically connected with the circuit module. A storage battery is provided, and the storage battery is inserted and assembled with the power connection socket. The structure of bluetooth glasses according to claim 1, wherein the main body of the earphone of the bluetooth earphone is provided with a speaker cavity in the front section, and a sound box is arranged in the speaker cavity, and a circuit is arranged in the rear section of the main body of the earphone A module cavity, so that a circuit module is arranged in the circuit module cavity, and the headphone body is provided with a knob cavity between the sound box cavity and the circuit module cavity, and the headphone main body is provided with a knob cavity. A front sounding hole is arranged on the bottom side of the front section, and a first sound guiding channel is arranged in the main body of the earphone, so that the adjusting button cavity and the front sounding hole are communicated with the first sound guiding channel, and the A rear sounding hole is arranged on the bottom side of the rear section of the main body of the earphone, and a second sound guiding channel is arranged in the earphone main body, and the adjusting button cavity and the rear sounding hole are connected by the second sound guiding channel, and the second sound guiding channel is arranged in the earphone main body. An adjustment button is arranged in the adjustment button cavity, and a first sound channel, a second sound channel and a third sound channel are arranged at intervals on the peripheral wall of the adjustment button, and the first sound channel and the second sound channel are arranged. The channel and the third channel are connected to each other, and the position of the first channel, the second channel and the third channel of the adjustment button can be switched actively, so as to select the upper and lower parts of the third channel and the speaker and the speaker respectively. The position of the first sound guide channel corresponds to the position of the first sound guide channel, or the second sound channel is selected to correspond to the position of the speaker, and the first sound channel corresponds to the position of the second sound guide channel, and is located at the rear section of the headphone body A power assembly stand is provided, and the sound box and the power connection base are electrically connected with the circuit module, and a storage battery is further arranged, and the storage battery is inserted and assembled with the power connection base. The bluetooth glasses structure according to claim 4, wherein the adjusting button cavity of the earphone body is provided with a shaft hole in the middle of the cavity bottom, and a rotating shaft is provided in the middle of the inner end face of the adjusting button to be compatible with the adjusting button. The shaft holes of the button cavity are arranged in groups, and a first positioning hole and a second positioning hole are spaced at the bottom of the adjustment button cavity at the peripheral side of the shaft hole, and the inner end face of the adjustment button is located on the rotating shaft. There is an accommodating hole on the side, and an elastic piece and a positioning piece are sequentially accommodated in the accommodating hole, and the positioning piece is selected to correspond to the first positioning hole or the second positioning hole of the adjusting button cavity. Positioning, a limiting convex part is arranged on the cavity wall of the adjusting button cavity, and a limiting groove is arranged on the peripheral wall of the adjusting button, and the limiting groove is formed to be opposite to the first side and the second side, and the The limiting convex portion of the adjusting button cavity is located in the limiting groove, so as to select a limit position against the first side or the second side of the limiting groove, and a knob portion is formed on the outer end surface of the adjusting button. The bluetooth glasses structure according to claim 1, wherein the sleeve of the connecting unit is a conical cylinder, the front end of the sleeve is a small diameter end, the rear end of the sleeve is a large diameter end, and the sleeve The first set of holes of the sleeve is communicated with the second set of holes, and the other side of the sleeve is provided with a perforation corresponding to the second set of holes, and the perforation is communicated with the second set of holes, and is also connected to the second set of holes. A first locking hole is arranged on one side of a set of vertical parts, and a second locking hole is arranged on one side of the second set of vertical parts. The second locking hole of the second set of vertical parts communicates with the connecting hole, and the first set of vertical parts is correspondingly penetrated in the connecting hole of the second set of vertical parts, and the first locking hole of the first set of vertical parts is connected to the connecting hole of the second set of vertical parts. The position of the second locking hole of the second set of uprights corresponds to the position, and another locking piece is provided, and the locking piece is inserted into the through hole of the sleeve and locked into the second locking hole of the second set of uprights, so as to be compatible with the The first locking hole of the first set of vertical parts is locked and fixed.

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