CN204948313U - Bone conduction wireless earphone - Google Patents
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- CN204948313U CN204948313U CN201520682869.9U CN201520682869U CN204948313U CN 204948313 U CN204948313 U CN 204948313U CN 201520682869 U CN201520682869 U CN 201520682869U CN 204948313 U CN204948313 U CN 204948313U
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Abstract
The utility model discloses a kind of bone conduction wireless earphone, comprise rear extension ribbon structure, right side ribbon structure and left side ribbon structure, the front end of right side ribbon structure is bent to form right side ear-hang, the front end of right side ear-hang is connected with ear bag on the right side of osteoacusis, PCBA structure is provided with inside the junction of right side ribbon structure and rear extension ribbon structure, left side ribbon structure be bent to form left side ear-hang, the front end of left side ear-hang is connected with ear bag on the left of osteoacusis, is provided with battery structure inside the junction of left side ribbon structure and rear extension ribbon structure; PCBA structure is electrically connected with battery structure, ear Bao Junyu PCBA structure electrical connection on the left of ear bag, osteoacusis on the right side of osteoacusis; This bone conduction wireless earphone, no longer needs any foreign matter to be placed in user Er Nei, keeps ears open, thus can sensing external environment at any time, and comfortable wearing, avoids ear auditory impaired.
Description
Technical field
The utility model relates to ear phone technology field, particularly relates to a kind of bone conduction wireless earphone.
Background technology
Traditional In-Ear or cover aural headphone and mainly adopt air transmitted, it is mainly undertaken conducting (abbreviation conductance) by air, concrete principle is: sound causes air vibration to make people hear sound, transfer vibrations to ear-drum by external auditory meatus afterwards, then pass to inner auricularis by ear-drum.This earphone operationally, needs earphone to cover ear hole completely, therefore makes people hear ambient sound, can there is potential hazard under the occasions such as driving, outdoor running.In addition, wear In-Ear for a long time or cover aural headphone ear often can be caused uncomfortable, infringement to a certain degree being caused to hearing simultaneously.
Utility model content
The purpose of this utility model is to propose a kind of bone conduction wireless earphone, no longer needs any foreign matter to be placed in user Er Nei, keeps ears open, thus can sensing external environment at any time, and comfortable wearing, avoids ear auditory impaired.
For reaching this object, the utility model by the following technical solutions:
Bone conduction wireless earphone, comprise rear extension ribbon structure, the two ends of described rear extension ribbon structure are connected to right side ribbon structure and left side ribbon structure, the front end of described right side ribbon structure is bent to form right side ear-hang, the front end of described right side ear-hang is connected with ear bag on the right side of osteoacusis, PCBA structure is provided with inside the junction of described right side ribbon structure and described rear extension ribbon structure, the front end of described left side ribbon structure is bent to form left side ear-hang, the front end of described left side ear-hang is connected with ear bag on the left of osteoacusis, battery structure is provided with inside the junction of described left side ribbon structure and described rear extension ribbon structure, described PCBA structure is electrically connected with described battery structure, PCBA structure electrical connection described in ear Bao Junyu on the left of ear bag, described osteoacusis on the right side of described osteoacusis,
When wearing, described right side ear-hang is hung on the ear of right side, and on the right side of described osteoacusis, ear bag is attached at the outside of right side ear, and described left side ear-hang is hung on the ear of left side, and on the left of described osteoacusis, ear bag is attached at the outside of left side ear.
Wherein, on the right side of described osteoacusis, the inner right side horn housing for through hole cavity drawn together by ear handbag, the inside of described right side horn housing is equiped with right side ear vibrating speaker fuse, one end of described right side horn housing connects the front end of described right side ear-hang, and the other end of described right side horn housing is connected with right side silica gel sheath;
On the left of described osteoacusis, the inner left side horn housing for through hole cavity drawn together by ear handbag, the inside of described left side horn housing is equiped with left side ear vibrating speaker fuse, one end of described left side horn housing connects the front end of described left side ear-hang, and the other end of described left side horn housing is connected with left side silica gel sheath.
Wherein, described right side horn housing and described left side horn housing all offer at least one and draw acoustic aperture.
Wherein, described right side ribbon structure comprises the right side ribbon being in outside, described right side ribbon comprises described right side ear-hang, and be positioned at the circuit board fixed head at two ends and the right side ear incrustation of described right side ear-hang, the inner side of described right side ear incrustation connects described right side horn housing, the inner side of described right side ear-hang is connected with right side silica gel strip, and the inner side of described circuit board fixed head is connected described PCBA structure with the inner side of one end of described rear extension ribbon structure;
Described left side ribbon structure comprises the left side ribbon being in outside, described left side ribbon comprises described left side ear-hang, and be positioned at battery retaining boards and the left side ear incrustation at ear-hang two ends, described left side, the inner side of described left side ear incrustation connects described left side horn housing, the inner side of described left side ear-hang is connected with left side silica gel strip, and the inner side of described battery retaining boards is connected described battery structure with the inner side of the other end of described rear extension ribbon structure.
Wherein, described PCBA structure comprises and fastens with described circuit board fixed head the PCBA shell forming PCBA containing cavity, bluetooth line road plate is equipped with in described PCBA containing cavity, the sidepiece of described PCBA shell is provided with the indicator light, volume button, USB interface, the power button that are connected with described bluetooth wiring board, be provided with water-proof silica-gel cap immediately below described volume button, described power button, described USB interface is provided with USB lid; Described PCBA shell, described bluetooth wiring board are connected by right side lock screw with described right side ribbon, described rear extension ribbon structure, and the arranged outside of described right side lock screw has right side silica gel screw cap.
Wherein, described battery structure comprises and fastens with described battery retaining boards the battery cabin cap forming cell containing cavity, chargeable battery is equipped with in described cell containing cavity, described battery cabin cap is connected by left side lock screw with described left side ribbon, described rear extension ribbon structure, and the arranged outside of described left side lock screw has left side silica gel screw cap.
Wherein, described rear extension ribbon structure comprises the rear extension ribbon and rear extension silica gel strip that mutually fasten and arrange, be provided with FPC winding displacement between described rear extension ribbon and described rear extension silica gel strip, one end of described FPC winding displacement connects described bluetooth wiring board, and the other end of described FPC winding displacement connects described battery.
Wherein, also comprise two microphones being positioned at the same side, microphone described in one of them is arranged at described right side horn housing, microphone described in another is arranged in described PCBA containing cavity, and described microphone, described right side ear vibrating speaker fuse, described left side ear vibrating speaker fuse are all connected with described bluetooth wiring board by wire rod.
Wherein, wire rod and the young sheet keypad of the pot that described bluetooth wiring board connects, the left side soft rubber cushion corresponding with the young sheet keypad of described pot is also provided with in the horn housing of described left side, described left side ear incrustation is provided with function button, and described function button corresponding described left side soft rubber cushion is arranged.
The beneficial effects of the utility model are:
Bone conduction wireless earphone of the present utility model, when wearing, described right side ear-hang is hung on the ear of right side, and on the right side of described osteoacusis, ear bag is attached at the outside forward position place of right side ear, and described left side ear-hang is hung on the ear of left side, on the left of described osteoacusis, ear bag is attached at the outside forward position place of left side ear, no longer need any foreign matter to be placed in user Er Nei, keep ears open, thus can sensing external environment at any time, comfortable wearing, avoids ear auditory impaired; And PCBA structure and battery structure are disposed in the ribbon structure of both sides, just can disperse the weight of two, also can reduce installation footprint, thus reduce the volume of earphone entirety, both sides be balanced more, wears more comfortable.
Accompanying drawing explanation
Fig. 1 is the perspective view one of bone conduction wireless earphone of the present utility model.
Fig. 2 is the perspective view two of bone conduction wireless earphone of the present utility model.
Fig. 3 is the decomposition texture schematic diagram one of bone conduction wireless earphone of the present utility model.
Fig. 4 is the decomposition texture schematic diagram two of bone conduction wireless earphone of the present utility model.
Fig. 5 be bone conduction wireless earphone of the present utility model osteoacusis on the right side of the structural representation of ear pack arrangement.
Fig. 6 be bone conduction wireless earphone of the present utility model osteoacusis on the left of the structural representation one of ear pack arrangement.
Fig. 7 be bone conduction wireless earphone of the present utility model osteoacusis on the left of the structural representation two of ear pack arrangement.
In figure: hang ribbon structure after 1-; Ribbon structure on the right side of 2-; Ribbon structure on the left of 3-; Ear bag on the right side of 4-osteoacusis; Ear bag on the left of 5-osteoacusis; 6-PCBA structure; 7-battery structure; Ribbon is hung after 101-; 102-FPC winding displacement; Silica gel strip is hung after 103-; Ribbon on the right side of 201-; Silica gel strip on the right side of 202-; Ear incrustation on the right side of 2011-; Ribbon on the left of 301-; Silica gel strip on the left of 302-; 303-function button; Ear incrustation on the left of 3011-; Silica gel sheath on the right side of 401-; Ear vibrating speaker fuse on the right side of 402-; Horn housing on the right side of 403-; Cable bridge on the right side of 404-; 405-microphone; Silica gel sheath on the left of 501-; Ear vibrating speaker fuse on the left of 502-; Horn housing on the left of 503-; The young sheet keypad of 504-pot; Cable bridge on the left of 505-; Soft rubber cushion on the left of 506-; 601-PCBA shell; Silica gel screw cap on the right side of 602-; Lock screw on the right side of 603-; 604-water-proof silica-gel cap; 605-bluetooth wiring board; 606-volume button; 607-USB covers; 608-power button; 701-battery cabin cap; Silica gel screw cap on the left of 702-; 703-battery; Lock screw on the left of 704-.
Embodiment
The technical solution of the utility model is further illustrated by embodiment below in conjunction with accompanying drawing.
As shown in Fig. 1 to 7, bone conduction wireless earphone, comprise rear extension ribbon structure 1, the two ends of rear extension ribbon structure 1 are connected to right side ribbon structure 2 and left side ribbon structure 3, the front end of right side ribbon structure 2 is bent to form right side ear-hang, the front end of right side ear-hang is connected with ear bag 4 on the right side of osteoacusis, PCBA structure 6 is provided with inside right side ribbon structure 2 and the junction of rear extension ribbon structure 1, the front end of left side ribbon structure 3 is bent to form left side ear-hang, the front end of left side ear-hang is connected with ear bag 5 on the left of osteoacusis, battery structure 7 is provided with inside left side ribbon structure 3 and the junction of rear extension ribbon structure 1, PCBA structure 6 is electrically connected with battery structure 7, and on the right side of osteoacusis, on the left of ear bag 4, osteoacusis, ear bag 5 is all electrically connected with PCBA structure 6,
When wearing, right side ear-hang is hung on the ear of right side, and on the right side of osteoacusis, ear bag 4 is attached at the outside of right side ear, and left side ear-hang is hung on the ear of left side, and on the left of osteoacusis, ear bag 5 is attached at the outside of left side ear.
This bone conduction wireless earphone, no longer needs any foreign matter to be placed in user Er Nei, keeps ears open, thus can sensing external environment at any time, and comfortable wearing, avoids ear auditory impaired; And PCBA structure and battery structure are disposed in the ribbon structure of both sides, just can disperse the weight of two, also independent installation footprint can be reduced, thus reduce the volume of earphone at local location, earphone is roughly contended with in both sides weight, stressedly also just more to balance, wear more comfortable.
Preferably, on the right side of osteoacusis, ear bag 4 comprises the inner right side horn housing 403 for through hole cavity, the inside of right side horn housing 403 is equiped with right side ear vibrating speaker fuse 402, one end of right side horn housing 403 connects the front end of right side ear-hang, and the other end of right side horn housing 403 is connected with right side silica gel sheath 401;
On the left of osteoacusis, ear bag 5 comprises the inner left side horn housing 503 for through hole cavity, the inside of left side horn housing 503 is equiped with left side ear vibrating speaker fuse 502, one end of left side horn housing 503 connects the front end of left side ear-hang, and the other end of left side horn housing 503 is connected with left side silica gel sheath 501.
In order to reduce leakage sound as much as possible, right side horn housing 403 and left side horn housing 503 all offer at least one and draw acoustic aperture.By drawing acoustic aperture, the vibration sound wave in left and right side horn housing being drawn, vibrating with left and right side horn housing the sound wave produced and interfering, to cut down amplitude, thus reach the effect reducing to leak sound, not only suppress to leak the effective of sound, and realize simple, also increase product cost hardly.
Right side ribbon structure 2 comprises the right side ribbon 201 being in outside, right side ribbon 201 comprises right side ear-hang, and be positioned at the circuit board fixed head at two ends and the right side ear incrustation 2011 of right side ear-hang, the inner side of right side ear incrustation 2011 connects right side horn housing 403, the inner side of right side ear-hang is connected with right side silica gel strip 202, the inner side connection PCB A structure 6 of the inner side of circuit board fixed head and one end of rear extension ribbon structure 1;
Left side ribbon structure 3 comprises the left side ribbon 301 being in outside, left side ribbon 301 comprises left side ear-hang, and be positioned at battery retaining boards and the left side ear incrustation 3011 at ear-hang two ends, left side, the inner side of left side ear incrustation 3011 connects left side horn housing 503, the inner side of left side ear-hang is connected with left side silica gel strip 302, and the inner side of battery retaining boards is connected battery structure 7 with the inner side of the other end of rear extension ribbon structure 1.
Wherein, PCBA structure 6 comprises the PCBA shell 601 fastening with circuit board fixed head and form PCBA containing cavity, bluetooth line road plate 605 is equipped with in PCBA containing cavity, the sidepiece of PCBA shell 601 is provided with the indicator light, volume button 606, USB interface, the power button 608 that are connected with bluetooth wiring board 605, be provided with water-proof silica-gel cap 604 immediately below volume button 606, power button 608, USB interface is provided with USB lid 607; PCBA shell 601, bluetooth wiring board 605 are connected by right side lock screw 603 with right side ribbon 201, rear extension ribbon structure 1, and the arranged outside of right side lock screw 603 has right side silica gel screw cap 602.Particularly, one end of PCBA shell 601 is connected to right side ribbon, and the other end of PCBA shell 601 is connected to one end of rear extension ribbon structure, similarly, one end of bluetooth wiring board 605 is connected to right side ribbon, and the other end of bluetooth wiring board 605 is connected to one end of rear extension ribbon structure, it operationally, utilize bluetooth wiring board can realize the Bluetooth data transfer with external equipment, thus the inconvenience of wire transmission is avoided, start by long power button of pressing or close, charged the battery by USB interface, battery is utilized to power to bluetooth wiring board and whole earphone, utilize indicator light can show unlatching or closed condition in time, volume is adjusted by volume button, simultaneously, the young sheet keypad 504 of pot that wire rod is connected with bluetooth wiring board 605 is also provided with in the horn housing 503 of left side, the left side soft rubber cushion 506 corresponding with the young sheet keypad 504 of pot, left side ear incrustation 3011 is provided with function button 303, function button 303 corresponding left side soft rubber cushion 506 is arranged.Utilize function button, make it possible to for prompt operation, as hung up the telephone, thus multiple functional, comfortable wearing.
Wherein, battery structure 7 comprises the battery cabin cap 701 fastening with battery retaining boards and form cell containing cavity, chargeable battery 703 is equipped with in cell containing cavity, battery cabin cap 701 is connected by left side lock screw 704 with left side ribbon 301, rear extension ribbon structure 1, and the arranged outside of left side lock screw 704 has left side silica gel screw cap 702.Particularly, one end of battery cabin cap is connected to left side ribbon, and the other end of battery cabin cap is connected to one end of rear extension ribbon structure; Utilize this chargeable battery to provide electric energy to supply for whole earphone, also just can realize repeatedly using, energy savings, long service life.
Rear extension ribbon structure 1 comprises the rear extension ribbon 101 and rear extension silica gel strip 103 that mutually fasten and arrange, FPC winding displacement 102 is provided with between rear extension ribbon 101 and rear extension silica gel strip 103, one end of FPC winding displacement 102 connects the other end connection battery 703 of bluetooth wiring board 605, FPC winding displacement 102.By being arranged on the FPC winding displacement 102 between rear extension ribbon 101 and rear extension silica gel strip 103, achieve the bluetooth wiring board 605 of arranged on left and right sides and the electrical connection of battery 703, and FPC winding displacement 102 and rear extension ribbon 101 and rear extension silica gel strip 103 is solid closes, that avoids FPC winding displacement to leak outside when causing use is dangerous.
This bone conduction wireless earphone also comprises two microphones 405 being positioned at the same side, one of them microphone 405 is arranged at right side horn housing 403, another microphone 405 is arranged in PCBA containing cavity, and microphone 405, right side ear vibrating speaker fuse 402, left side ear vibrating speaker fuse 502 are all connected with bluetooth wiring board 605 by wire rod.Two microphones are arranged on the same side of earphone, realize dual microphone noise reduction, improve tonequality.
In the present embodiment, be provided with right side cable bridge 404 in right side horn housing 403, and be provided with left side cable bridge 505 in the horn housing of left side, wire rod wherein will through the cable bridge cabling around respective side, and then make the cabling in horn housing be controlled, neatly.
Bone conduction wireless earphone of the present utility model, sound frequency is wide, tonequality is excellent, and clamping force is strong, good with skin attachement, comfortable wearing, it has evaded traditional conductance earphone transmits sound characteristic by external auditory meatus, eardrum well, promote tissue and bone mainly through acoustical vibration, thus stimulate the auditory nerve in cochlea, make people hear sound.Therefore, bone conduction earphone does not need any foreign matter to be placed in user Er Nei, keeps ears open, while use earphone, also can sensing external environment, and wearer ear can not be caused uncomfortable; Meanwhile, the acoustic propagation mechanism of bone conduction earphone avoids the impaired hearing problem that wearer causes because using for a long time.
Below know-why of the present utility model is described in conjunction with specific embodiments.These describe just in order to explain principle of the present utility model, and can not be interpreted as the restriction to the utility model protection range by any way.Based on explanation herein, those skilled in the art does not need to pay performing creative labour can associate other embodiment of the present utility model, and these modes all will fall within protection range of the present utility model.
Claims (9)
1. bone conduction wireless earphone, it is characterized in that, comprise rear extension ribbon structure (1), the two ends of described rear extension ribbon structure (1) are connected to right side ribbon structure (2) and left side ribbon structure (3), the front end of described right side ribbon structure (2) is bent to form right side ear-hang, the front end of described right side ear-hang is connected with ear bag (4) on the right side of osteoacusis, PCBA structure (6) is provided with inside described right side ribbon structure (2) and the junction of described rear extension ribbon structure (1), the front end of described left side ribbon structure (3) is bent to form left side ear-hang, the front end of described left side ear-hang is connected with ear bag (5) on the left of osteoacusis, battery structure (7) is provided with inside described left side ribbon structure (3) and the junction of described rear extension ribbon structure (1), described PCBA structure (6) is electrically connected with described battery structure (7), and on the right side of described osteoacusis, on the left of ear bag (4), described osteoacusis, ear bag (5) is all electrically connected with described PCBA structure (6),
When wearing, described right side ear-hang is hung on the ear of right side, on the right side of described osteoacusis, ear bag (4) is attached at the outside of right side ear, and described left side ear-hang is hung on the ear of left side, and on the left of described osteoacusis, ear bag (5) is attached at the outside of left side ear.
2. bone conduction wireless earphone according to claim 1, it is characterized in that, on the right side of described osteoacusis, ear bag (4) comprises the inner right side horn housing (403) for through hole cavity, the inside on described right side horn housing (403) is equiped with right side ear vibrating speaker fuse (402), the one end on described right side horn housing (403) connects the front end of described right side ear-hang, and the other end on described right side horn housing (403) is connected with right side silica gel sheath (401);
On the left of described osteoacusis, ear bag (5) comprises the inner left side horn housing (503) for through hole cavity, the inside in described left side horn housing (503) is equiped with left side ear vibrating speaker fuse (502), the one end in described left side horn housing (503) connects the front end of described left side ear-hang, and the other end in described left side horn housing (503) is connected with left side silica gel sheath (501).
3. bone conduction wireless earphone according to claim 2, is characterized in that, described right side horn housing (403) and described left side horn housing (503) all offer at least one and draw acoustic aperture.
4. bone conduction wireless earphone according to claim 2, it is characterized in that, described right side ribbon structure (2) comprises the right side ribbon (201) being in outside, described right side ribbon (201) comprises described right side ear-hang, and be positioned at the circuit board fixed head at two ends and right side ear incrustation (2011) of described right side ear-hang, the inner side of described right side ear incrustation (2011) connects described right side horn housing (403), the inner side of described right side ear-hang is connected with right side silica gel strip (202), the inner side of described circuit board fixed head is connected described PCBA structure (6) with the inner side of one end of described rear extension ribbon structure (1),
Described left side ribbon structure (3) comprises the left side ribbon (301) being in outside, described left side ribbon (301) comprises described left side ear-hang, and be positioned at battery retaining boards and left side ear incrustation (3011) at ear-hang two ends, described left side, the inner side of described left side ear incrustation (3011) connects described left side horn housing (503), the inner side of described left side ear-hang is connected with left side silica gel strip (302), and the inner side of described battery retaining boards is connected described battery structure (7) with the inner side of the other end of described rear extension ribbon structure (1).
5. bone conduction wireless earphone according to claim 4, it is characterized in that, described PCBA structure (6) comprises the PCBA shell (601) fastening with described circuit board fixed head and form PCBA containing cavity, bluetooth line road plate (605) is equipped with in described PCBA containing cavity, the sidepiece of described PCBA shell (601) is provided with the indicator light be connected with described bluetooth wiring board (605), volume button (606), USB interface, power button (608), described volume button (606), water-proof silica-gel cap (604) is provided with immediately below described power button (608), described USB interface is provided with USB lid (607), described PCBA shell (601), described bluetooth wiring board (605) are connected by right side lock screw (603) with described right side ribbon (201), described rear extension ribbon structure (1), and the arranged outside on described right side lock screw (603) has right side silica gel screw cap (602).
6. bone conduction wireless earphone according to claim 5, it is characterized in that, described battery structure (7) comprises the battery cabin cap (701) fastening with described battery retaining boards and form cell containing cavity, chargeable battery (703) is equipped with in described cell containing cavity, described battery cabin cap (701) is connected by left side lock screw (704) with described left side ribbon (301), described rear extension ribbon structure (1), and the arranged outside in described left side lock screw (704) has left side silica gel screw cap (702).
7. bone conduction wireless earphone according to claim 6, it is characterized in that, described rear extension ribbon structure (1) comprises the rear extension ribbon (101) and rear extension silica gel strip (103) that mutually fasten and arrange, FPC winding displacement (102) is provided with between described rear extension ribbon (101) and described rear extension silica gel strip (103), one end of described FPC winding displacement (102) connects described bluetooth wiring board (605), and the other end of described FPC winding displacement (102) connects described battery (703).
8. bone conduction wireless earphone according to claim 7, it is characterized in that, also comprise two microphones (405) being positioned at the same side, microphone described in one of them (405) is arranged at described right side horn housing (403), microphone described in another (405) is arranged in described PCBA containing cavity, and described microphone (405), described right side ear vibrating speaker fuse (402), described left side ear vibrating speaker fuse (502) are all connected with described bluetooth wiring board (605) by wire rod.
9. bone conduction wireless earphone according to claim 7, it is characterized in that, wire rod and young sheet keypad (504) of the pot that described bluetooth wiring board (605) connects, the left side soft rubber cushion (506) corresponding with young sheet keypad (504) of described pot is also provided with in described left side horn housing (503), described left side ear incrustation (3011) is provided with function button (303), and described function button (303) corresponding described left side soft rubber cushion (506) is arranged.
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| CN201520682869.9U CN204948313U (en) | 2015-09-06 | 2015-09-06 | Bone conduction wireless earphone |
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| CN105661734A (en) * | 2016-04-11 | 2016-06-15 | 褚建峰 | Helmet with Bluetooth bone conduction function and production technology thereof |
| CN106994212A (en) * | 2017-05-03 | 2017-08-01 | 广州市焕思仪器科技有限公司 | Intelligent breathing cover |
| CN107920293A (en) * | 2017-11-29 | 2018-04-17 | 苏州佑克骨传导科技有限公司 | A kind of back-wear type bone conduction earphone with heart rate measurement and step function |
| CN109061904A (en) * | 2018-09-29 | 2018-12-21 | 深圳前海格物致知科技有限公司 | A kind of intelligent glasses |
| CN109511065A (en) * | 2019-01-05 | 2019-03-22 | 深圳市韶音科技有限公司 | Battery component and osteoacusis loudspeaker arrangement |
| CN109547888A (en) * | 2019-01-05 | 2019-03-29 | 深圳市韶音科技有限公司 | Osteoacusis loudspeaker arrangement |
| CN109600693A (en) * | 2018-11-23 | 2019-04-09 | 深圳派赛科技有限公司 | A kind of waterproof osteoacusis bluetooth headset |
| CN111787449A (en) * | 2020-07-16 | 2020-10-16 | 东莞市朗声立普电子科技有限公司 | Bluetooth headset and Bluetooth headset play control method |
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| US11356763B2 (en) | 2019-04-30 | 2022-06-07 | Shenzhen Shokz Co., Ltd. | Open earphone |
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| US11483661B2 (en) | 2011-12-23 | 2022-10-25 | Shenzhen Shokz Co., Ltd. | Bone conduction speaker and compound vibration device thereof |
| US11582563B2 (en) | 2014-01-06 | 2023-02-14 | Shenzhen Shokz Co., Ltd. | Systems and methods for suppressing sound leakage |
| CN109511065B (en) * | 2019-01-05 | 2024-10-22 | 深圳市韶音科技有限公司 | Battery pack and bone conduction speaker |
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| US11582563B2 (en) | 2014-01-06 | 2023-02-14 | Shenzhen Shokz Co., Ltd. | Systems and methods for suppressing sound leakage |
| CN105661734A (en) * | 2016-04-11 | 2016-06-15 | 褚建峰 | Helmet with Bluetooth bone conduction function and production technology thereof |
| CN106994212A (en) * | 2017-05-03 | 2017-08-01 | 广州市焕思仪器科技有限公司 | Intelligent breathing cover |
| CN107920293B (en) * | 2017-11-29 | 2019-07-26 | 苏州佑克骨传导科技有限公司 | A kind of back-wear type bone conduction earphone with heart rate measurement and step function |
| CN107920293A (en) * | 2017-11-29 | 2018-04-17 | 苏州佑克骨传导科技有限公司 | A kind of back-wear type bone conduction earphone with heart rate measurement and step function |
| CN109061904A (en) * | 2018-09-29 | 2018-12-21 | 深圳前海格物致知科技有限公司 | A kind of intelligent glasses |
| CN109600693A (en) * | 2018-11-23 | 2019-04-09 | 深圳派赛科技有限公司 | A kind of waterproof osteoacusis bluetooth headset |
| CN109547888A (en) * | 2019-01-05 | 2019-03-29 | 深圳市韶音科技有限公司 | Osteoacusis loudspeaker arrangement |
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