CN206629231U - A kind of Portable Bluetooth earphone charging device - Google Patents
A kind of Portable Bluetooth earphone charging device Download PDFInfo
- Publication number
- CN206629231U CN206629231U CN201720107510.8U CN201720107510U CN206629231U CN 206629231 U CN206629231 U CN 206629231U CN 201720107510 U CN201720107510 U CN 201720107510U CN 206629231 U CN206629231 U CN 206629231U
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- Prior art keywords
- charger
- electrode
- earphone
- bluetooth earphone
- charging
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Abstract
The utility model provides a kind of Portable Bluetooth earphone charging device, including charger, the earphone accommodating cavity of accommodating bluetooth earphone, chargeable headset batteries built in bluetooth earphone are provided with the charger, bluetooth earphone, which is removably inserted into the earphone accommodating cavity, to charge；The charger includes charger PCB and charging electrode, and the charger further comprises metal shell and the battery charger being placed in the metal shell；The battery charger is charged by the charging electrode to the bluetooth earphone.The utility model Portable Bluetooth earphone charging device can charge to bluetooth earphone whenever and wherever possible, easy to carry.
Description
Technical field
Earphone field is the utility model is related to, refers in particular to a kind of Portable Bluetooth earphone charging device.
Background technology
People are more and more frequent using mobile phone or associated communication product or multimedia electronic product in daily life,
And bluetooth earphone also increasingly extensive use, in favor of in driving conditions, it is busy during conveniently can receive calls or listen to more matchmakers
Body resource.Bluetooth earphone battery capacity is smaller, it is necessary to often charge.It is usually using fixed socket charging or car in the prior art
Capable charging is charged into, irremovable charging, leaving automobile or fixed charging place will lead to not charge in time, so as to influence indigo plant
The use of tooth earphone.
Utility model content
The technical problems to be solved in the utility model is：A kind of Portable Bluetooth earphone charging device is provided, solved just
Take the irremovable charging of formula charging bluetooth earphone device, be unfavorable for carrying with, charging device is complicated, charge efficiency is low etc.
Problem.
In order to solve the above technical problems, the technical scheme that the utility model is taken：
There is provided a kind of Portable Bluetooth earphone charging device includes charger to charging bluetooth earphone, on the charger
At least one charhing unit is set, and the charhing unit includes bluetooth earphone accommodating cavity, charger PCB and first and second fills
Electrode, the charger include housing and the battery charger being arranged in housing；The battery charger both positive and negative polarity point
Do not electrically connected with the both positive and negative polarity port set on the charger PCB；First and second charging electrode and the charging PCB
Corresponding ports electrically connect and electrically connect and charged with the bluetooth earphone counter electrode in the insertion accommodating cavity respectively.
Further, the housing is arranged to metal shell as being set in first charging electrode and/or charger
For some auxiliary top pin electrodes as the first charging electrode, second charging electrode is thimble charging electrode；Second charging
The thimble charging electrode self-charging device PCB of electrode extend towards the accommodating cavity and its top through the accommodating cavity bottom wall and
Expose.
Further, in the charger and accommodating cavity between bluetooth earphone with magnetic-adsorption；Some auxiliary thimbles
Electrode electrically connects with the metal shell of the charger.
Further, the accommodating cavity bottom in the charger sets the loudspeaker of the bluetooth earphone in magnet, with accommodating cavity
Magnetic suck is formed between magnet；Magnet in the charger in a ring, is installed on the accommodating cavity bottom wall, it is centrally formed logical
Hole；The top of the thimble charging electrode of second charging electrode is through the through hole and stretches out the accommodating cavity bottom wall.
Further, the charger is column structure, and charger shell is the hollow metal cylinder of both ends open, and it is extremely
A few end is provided with a charhing unit；The charhing unit includes further comprising its cylindrical metal shell nozzle end inner sleeve
If inner sleeve, the inner sleeve medial wall of the tube and bottom wall match with the shape and size of bluetooth earphone, and with the metal cylinder
Openend inwall surrounds the bluetooth earphone accommodating cavity jointly；The charging is set between rechargeable battery and the inner sleeve bottom wall
Device PCB and the second charging electrode；Second charging electrode and/or auxiliary top pin electrode are rod-shaped electrode, and its top passes
The inner sleeve bottom wall；The inner sleeve is clamped in hollow cylinder both ends inwall.
Further, the column charger both ends set the charhing unit respectively；The openend of cylindrical metal housing two
The inner sleeve is inside arranged respectively, and the charger PCB, are set respectively between the rechargeable battery both ends and inner sleeve bottom wall
Two charging electrodes and auxiliary top pin electrode；The auxiliary top pin electrode is along cylindrical metal case inside wall to cylindrical metal housing
Corresponding opening end extends and electrically connected between each other.
Further, two or more charhing units are set on the charger；Described in the charger is corresponding
Accommodating cavity sets two groups or more first charging electrode and the second charging electrode respectively；The battery charger is chargeable
Battery；The charging inlet for connecting external power source is further set on the metal shell.
Further, chargeable headset batteries built in bluetooth earphone, bluetooth earphone are removably inserted into the earphone and housed
Intracavitary, the bluetooth earphone are correspondingly arranged first and second earphone electrode；The first earphone electrode and the second earphone electrode point
Do not electrically connected with first and second charging electrode accordingly；The first earphone electrode is to be arranged on bluetooth earphone shell
Becket；The second earphone electrode is the metal speaker mesh for being arranged at bluetooth earphone bottom；The bluetooth earphone inserts institute
In the earphone accommodating cavity for stating charger, the becket is abutted with the metal shell of the charger and/or auxiliary top pin electrode
Abut against, the thimble charging electrode of second charging electrode is connected to the metal speaker mesh.
Further, be provided with earphone PCB in the bluetooth earphone, the both positive and negative polarities of the headset batteries respectively with the earphone
The both positive and negative polarity port electrical connection set on PCB；The first, second earphone electrode respectively be correspondingly arranged on earphone PCB
First, the second earphone electrode ports electrically connect.
Further, the bluetooth earphone includes Shang Gaijiru ears, on this tops be provided with button, relay indicating light and
Microphone；The earphone PCB may be disposed in Gai Neihuoru ears；Accommodating cavity bore of the upper lid external diameter than charger
Greatly；After bluetooth earphone insertion accommodating cavity, it is described it is upper be covered on accommodating cavity top, enter ear and stretch into the accommodating cavity to be electrically connected
Connect charging；Bluetooth earphone enters ear in bar shape and to be adapted with human ear, including hollow drain pan, headset batteries are arranged at this
Bottom shell, drain pan is interior to be further provided with loudspeaker and the metal speaker mesh of loudspeaker end positioned at headset batteries bottom；By
The drain pan outer cover of nearly upper lid one end is provided as the becket of the first earphone electrode.
The utility model achieves following technique effect：
The utility model Portable Bluetooth earphone charging device uses built-in charger battery, can be whenever and wherever possible to bluetooth ear
Machine is charged, and is convenient for carrying.
Further, the first earphone electrode of the bluetooth earphone plugged in the accommodating cavity of charger is to be set in earphone appearance
The becket in face, the metal shell with charger（As the first charging electrode）And/or abutted between auxiliary charging electrode thimble
Realize electrical connection；The metal speaker mesh of at the top of the second charging electrode thimble in charger and bluetooth earphone bottom（As second
Earphone electrode）Abut and realize electrical connection, the charging device can be realized without separately setting charging electrode on bluetooth earphone
It is non-directional between charger electrode and earphone electrode fully to electrically connect so that structure is simpler, more applicability, be electrically connected
Connect it is convenient and reliable, charging it is more reliable, it is more efficient.
Further, connected between bluetooth earphone and charger end with magnetic-adsorption, and utilize loudspeaker itself magnet shape
Connected into magnetic suck, convenient charging is docked and fixed, and structure is simpler.
Further, the setting of multiple charhing units, can be at the same time or separately to multiple charging bluetooth earphones, and charge effect
It is high.
Brief description of the drawings
Fig. 1 is the Portable Bluetooth earphone charging device front view that the utility model carries bluetooth earphone.
Fig. 2 is the decomposing schematic representation of the utility model Portable Bluetooth earphone charging device.
Fig. 3 is the utility model Portable Bluetooth earphone charging device partial exploded perspective view.
Fig. 4 is the utility model Portable Bluetooth earphone charging device explosive view.
Fig. 5 is the utility model Portable Bluetooth earphone charging device sectional view.
Embodiment
Refer to Fig. 1-5, the utility model Portable Bluetooth earphone charging device, including bluetooth earphone 1 and charger 2.
The earphone accommodating cavity 210 of accommodating bluetooth earphone 1 is provided with charger 2, chargeable headset batteries 12 built in bluetooth earphone 1 are blue
Tooth earphone 1, which is removably inserted into the earphone accommodating cavity 210, to charge；The charger 2 includes charger PCB 25 and charging electricity
Pole, the battery charger 27 that the charger 2 further comprises metal shell 20 and is placed in the metal shell 20；The charging
Device battery 27 is charged by the charging electrode to the bluetooth earphone 1.
The metal shell 20 is hollow cylindrical configuration；The charging electrode includes the first charging electricity that the metal shell 20 is used as
Pole and the second charging electrode of thimble shape 22；The bluetooth earphone 1 is correspondingly arranged the first earphone electrode and the second earphone electrode.Bluetooth
The the first earphone electrode and the second earphone electrode of earphone 1 respectively correspondingly electrically connect with first and second charging electrode.
Earphone PCB 11 is provided with the bluetooth earphone 1；The both positive and negative polarity of the headset batteries 12 respectively with earphone PCB 11
The both positive and negative polarity port of setting（It is not shown）Electrical connection；The both positive and negative polarity of the battery charger 27 is corresponding with charging PCB electric respectively
The both positive and negative polarity port in pond（It is not shown）Electrical connection；The first, second earphone electrode on earphone PCB 11 respectively with being correspondingly arranged
First, second earphone electrode ports electrically connect；First and second charging electrode respectively be correspondingly arranged on charging PCB the
First, the second charging electrode port electrically connects.
The first earphone electrode is the becket 15 being arranged on the shell of bluetooth earphone 1, usually copper ring, and the copper ring is simultaneously
As decoration bluetooth earphone 1.
The second earphone electrode is the metal speaker mesh 17 for being arranged at the bottom of bluetooth earphone 1, and the metal speaker mesh 17 lid is set
Outside the bottom loudspeaker of bluetooth earphone 1, while it is used as earphone electrode, therefore without needing separately to set electrode, simple in construction, applicability
Height, and metal speaker mesh 17 possesses certain area, electrically connects between the second charging electrode of thimble shape 22 reliably, effectively keeps away
Exempt from the virtual connection between electrode, improve charge efficiency.
After in the earphone accommodating cavity 210 of the bluetooth earphone 1 insertion charger 2, the gold of the becket 15 and the charger 2
Category shell 20, which abuts, to be electrically connected, and second charging electrode of thimble shape 22 is connected to the metal speaker mesh 17 and is electrically connected,
So as to realize that charger charging electrode should electrically connect with bluetooth earphone electrode pair.
During charging, battery charger 27 is electrically connected with PCB 25 by battery plus-negative plate and is powered, and is controlled via PCB 25
Interface on system and PCB 25, via the first and second ears of the charging electrode 20,22 of charger first, second and bluetooth earphone 1
Machine electrode 12,17 electrically connects, and first, second earphone electrode is connected to earphone PCB 11, so by PCB 11 be controlled with
And the port on PCB 11, realized by the both positive and negative polarity of headset batteries and headset batteries 12 are charged.
In the present embodiment, the first charging electrode of charger 20 is conductive by EDGE CONTACT with the first earphone of ring-type electrode 15,
To avoid loose contact between electrode, the gold of some thimble auxiliary electrodes 23 and the charger 2 is further set in the charger 2
Category shell 20 electrically connects, i.e., extends to form at least one top along the direction of madial wall towards the accommodating cavity 210 of the metal shell 20
Pin 23, a pair of thimbles 23 are symmetrical arranged in the present embodiment, and the certain altitude of bottom wall 212 of accommodating cavity 210 is stretched out simultaneously in the top of thimble 23
The first earphone electrode metal ring 15 is connected to, to increase contact area and reliability of electrical connection.Thimble 23 is settable one or more
It is individual.
Magnetic-adsorption between the charger 2 and bluetooth earphone 1.Specifically, close to accommodating bluetooth earphone 1 in the charger 2
Accommodating cavity 210 magnet 24 is set, the loudspeaker magnet of the magnet 24 in the charger 2 and the bluetooth earphone 1 in its accommodating cavity 210
Magnetic suck is formed between 16.Loudspeaker 16 inside bluetooth earphone 1 are per se between the magnet 24 set in magnet, with charger 2
Magnetic force is formed, without setting earphone magnet in addition, is effectively utilized, structure is simpler；When bluetooth earphone 1 is inserted in charger 2,
Convenient the aligning bluetooth earphone 1 and accommodating cavity 210 of magnetic-adsorption, it is easy to use, and magnetic-adsorption makes bluetooth earphone 1 with charging
Assembled between device 2 it is tighter more firmly be not easy to release, electrically connect more reliable in charging process, effectively submit charge efficiency.
Magnet 24 in the charger 2 in a ring, is arranged at the bottom wall of accommodating cavity 210, it is centrally formed through hole 240；Should
After extending on thimble shape the second charging electrode self-charging device PCB 25 and passing the through hole 240 at the center of magnet 24, its top is stretched out
The bottom wall 212 of the accommodating cavity 210, abutted with the metal speaker mesh 17 with the bottom of bluetooth earphone 1 in accommodating cavity 210.Magnet 24
Step-like round platform is may be configured as, and is installed on the bottom of accommodating cavity 210.
As a kind of embodiment, the charger 2 can simultaneously multiple bluetooth earphones are charged, such as set two or
Two or more earphone accommodating cavity 210.Accordingly, the charger 2 to should earphone accommodating cavity 210 set respectively two groups or two groups with
Upper first charging electrode and the second charging electrode.
As a kind of embodiment, as Figure 1-5, the charger 2 is column structure, particularly cylindric,
Beneficial to attractive in appearance and carrying.Metal shell 20 is metal cylinder such as aluminum barrel, while is used as the first charging electrode.Now 2 liang of charger
End can charge for two bluetooth earphones 1 simultaneously.The metal shell 20 is the hollow metal cylinder of both ends open, in its two openend
Inner sleeve 21 is arranged respectively, and the inner sleeve 21 is preferably plastic cement and is made, and realizes and insulate between the one the second charging electrodes.This fills
Electrical equipment battery 27 is located at the inside of cylinder 20 and between two plastic cement inner sleeve 21, that is, two ends that battery charger 27 is relative
End sets a plastic cement inner sleeve 21 respectively.
The plastic cement inner sleeve 21 includes madial wall 211 and bottom wall 212, matches and surrounds with the shape of bluetooth earphone 1 and size
The earphone accommodating cavity 210.Charger PCB is all set respectively between the rechargeable battery both ends and the bottom wall 212 of two inner sleeves
25th, charger magnet 24 and charger electrode 22,23.Charging electrode 22,23 each electrically connects with corresponding PCB 25 respectively, point
Each self-charging is realized in electrode docking not each with bluetooth earphone 1 in corresponding accommodating cavity 210.As a kind of embodiment, respectively fill
Electric unit is used as the first charging electrode using metal shell 20.Certainly the first charging electrode also can be each set, respectively with it is corresponding
Charger PCB 25 and corresponding accommodating cavity 210 in the electrode connection of bluetooth earphone 1 realize each self-charging.
The thimble shape second electrode 22 or auxiliary electrode 23 are rod-shaped electrode, but electrode shape is not limited to thimble shape or bar
Shape structure, its top pass the bottom wall 212 of the inner sleeve 21 in earphone accommodating cavity 210.
The plastic cement inner sleeve 21 is clamped in the both ends inwall of the hollow cylinder shape metal shell 20, and its external diameter is less than outside metal
The internal diameter of shell 20.Blocked between the outer wall and the inwall of metal shell 20 of plastic cement inner sleeve 21 in a manner of card article coordinates with neck
Close.
The battery charger 27 is rechargeable battery, can Reusability.Further set on the metal shell 20 outside connecting
The charging inlet 26 of portion's power supply, it is connected and battery charger 27 can be charged with external power source using electric wire.The charger 2
Charging inlet 26 include be arranged at USB perforates 260 on metal shell and be arranged at USB interface 261 on charger PCB 25.
It is appreciated that the battery charger 27 is also disposable battery, correspondingly, the charger is disposable charger.
It is appreciated that the charger can also be other shapes, now metal shell 20 can be any other suitable shape
Shape, sets multiple earphone accommodating cavities 210 thereon, and each accommodating cavity 210 is correspondingly arranged charging electrode 20,22, is arranged as required to
Auxiliary electrode 23.
It is appreciated that the charging electrode of battery first can be replaced directly by thimble electrode 23, now thimble electrode 23 is at least
For one, and the ports of charger PCB 25 are connected to, thimble top abuts and electrically connected with the first earphone electrode 15.
Second charging electrode may be alternatively provided as other any suitable constructions of non-top needle-like, to realize and bluetooth earphone second
Earphone electrode electrically connects.
Referring again to Fig. 1-5, the charging device of the present embodiment by preferred shape it is cylindric exemplified by, both ends are formed respectively to be filled
Electric unit, including metal sleeve insert plastic cement inner sleeve in a manner of clamping respectively as metal shell 20, the inwall of its two opening
21, the wherein height of inner sleeve 21 and internal diameter matches with bluetooth earphone 1, and its side wall 211 and bottom wall 212 and metal sleeve are opened
Intraoral wall surrounds earphone accommodating cavity 210 jointly.The center drilling of bottom wall 212（Do not indicate）, the top of the second charging electrode thimble 22 is stretched
Go out centre bore to abut with the counter electrode of bluetooth earphone.Battery charger 27 is arranged at metal sleeve（Metal shell）In 20 inwalls
Between section, battery 27 is rechargeable battery, and opposite end is relative with a charger PCB 25 respectively, and the both positive and negative polarity of battery 27
The corresponding ports with each charger PCB 25 electrically connect respectively.Truncated cone-shaped magnet 24 is fastened in the bottom wall 212 of plastic cement inner sleeve 21
Center, the center drilling of truncated cone-shaped magnet 24 are through hole 240, and the top of the second charging electrode thimble 22 stretches out through hole 240 and passes modeling
The bottom wall 212 of glue inner sleeve 21.The side wall 211 of plastic cement inner sleeve 21 forms a pair of guiding grooves 213 along its length（It is not limited to one
It is right）, a pair of thimbles of auxiliary charging electrode 23（It is not limited to a pair）Press close to metal sleeve through the guiding groove and contact（Outside metal
Shell）20 inwalls extend, and the first earphone of ring-type electrode 15 that bluetooth earphone 1 is connected to thimble top realizes electrical connection.Two are filled
Electric unit structure and charging principle are identical.
Bluetooth earphone 1 includes upper Gai10Ji Ru ears 11, and top of lid 10 is provided with button, relay indicating light and microphone on this
（Non- icon）.Earphone PCB 11 may be disposed at Gai Neihuoru ears 11, is arranged in the present embodiment in lid 10.Outside upper lid 10
After footpath is bigger than the bore of accommodating cavity 210 of charger 2, therefore bluetooth earphone 1 inserts accommodating cavity 210, upper lid 10 is covered on accommodating cavity
210 tops, enter ear 11 and stretch into the accommodating cavity 210 to be electrically connected.The diametrically gradual change for entering ear 11 of bluetooth earphone 1 is small
Cylinder, to be adapted with human ear, be arranged becket 15, such as copper ring close to the hull outside of upper one end of lid 10, taking simultaneously
Decoration function and the first earphone electrode are used.Specifically, becket 15 is set in outside the larger boss of the top external diameter of ear 11,
In favor of being abutted with the first charging electrode.
Entering ear 11 includes hollow drain pan 14, the plastic cement tubular shell preferably penetrated and formation battery cavities 140 in it,
Headset batteries 12 are arranged in the battery cavities 140 inside the drain pan 14, enter one between the top of headset batteries 12 and earphone PCB 11
Step sets insulation spacer 13, is further provided with loudspeaker 16 and the end of loudspeaker 16 positioned at the bottom of headset batteries 12 in drain pan 14
Metal speaker mesh 17.
After charging bluetooth earphone device assembling of the present utility model, between the bluetooth earphone 1 at its both ends and charger end
With magnetic-adsorption, in the charhing unit per one end, the first earphone electrode of the bluetooth earphone 1 at both ends is to be set in earphone outer surface
Becket 15, the metal shell with charger 2（As the first charging electrode）Abutted between 20 and/or auxiliary charging thimble real
Now electrically connect；The metal speaker mesh of at the top of the second charging electrode thimble in the charger 2 and bottom of bluetooth earphone 1（As second
Earphone electrode）Abut and realize electrical connection, so as to which battery charger 27 charges to bluetooth earphone 1 respectively.The charging device
Without separately setting charging electrode on bluetooth earphone 1, non-directional between charger electrode and earphone electrode fill can be realized
Divide electrical connection, it is more reliable so as to charge, it is more efficient；And form magnetic suck connection, convenient charging pair using loudspeaker itself magnet
Connect and fixed, and structure is simpler.Further, battery 27 is matched somebody with somebody in charging bluetooth earphone device of the present utility model, can be with
When bluetooth earphone is charged everywhere, be convenient for carrying.Further, the setting of multiple charhing units, can be at the same time or separately
To multiple charging bluetooth earphones, charging effect is high.
Preferred embodiment of the present utility model is the foregoing is only, the scope of protection of the utility model is not limited thereto,
Any equivalent transformation based in technical solutions of the utility model is belonged within scope of protection of the utility model.
Claims (10)
1. a kind of Portable Bluetooth earphone charging device, including the charger to charging bluetooth earphone, set on the charger
At least one charhing unit, the charhing unit include bluetooth earphone accommodating cavity, the charging electricity of charger PCB and first and second
Pole, it is characterised in that the charger includes housing and the battery charger being arranged in housing；The battery charger is just
Negative pole electrically connects with the both positive and negative polarity port set on the charger PCB respectively；First and second charging electrode with it is described
The electrical connection of charging PCB corresponding ports is simultaneously electrically connected and filled with the bluetooth earphone counter electrode in the insertion accommodating cavity respectively
Electricity.
2. Portable Bluetooth earphone charging device as claimed in claim 1, it is characterised in that the housing is arranged to outside metal
Shell is described as setting some auxiliary top pin electrodes in first charging electrode and/or charger as the first charging electrode
Second charging electrode is thimble charging electrode；The thimble charging electrode self-charging device PCB of second charging electrode is described in
Accommodating cavity extends and its top is exposed through the bottom wall of the accommodating cavity.
3. Portable Bluetooth earphone charging device as claimed in claim 2, it is characterised in that in the charger and accommodating cavity
With magnetic-adsorption between bluetooth earphone；Some auxiliary top pin electrodes electrically connect with the metal shell of the charger.
4. Portable Bluetooth earphone charging device as claimed in claim 3, it is characterised in that the accommodating cavity in the charger
Bottom forms magnetic suck between setting the loudspeaker magnet of the bluetooth earphone in magnet, with accommodating cavity；Magnet in the charger
In a ring, the accommodating cavity bottom wall is installed on, it is centrally formed through hole；The top of the thimble charging electrode of second charging electrode
End is through the through hole and stretches out the accommodating cavity bottom wall.
5. Portable Bluetooth earphone charging device as claimed in claim 2, it is characterised in that the charger is column knot
Structure, charger shell are the hollow metal cylinder of both ends open, and its at least end is provided with a charhing unit；The charging
Unit further comprises the inner sleeve being arranged in its cylindrical metal shell nozzle end, the inner sleeve medial wall of the tube and bottom wall and bluetooth
Shape and the size matching of earphone, and the bluetooth earphone accommodating cavity is surrounded jointly with metal cylinder openend inwall；Institute
State and the charger PCB and the second charging electrode are set between rechargeable battery and inner sleeve bottom wall；Second charging electrode
And/or auxiliary top pin electrode is rod-shaped electrode, its top passes the inner sleeve bottom wall；The inner sleeve is clamped in described hollow
Cylinder both ends inwall.
6. Portable Bluetooth earphone charging device as claimed in claim 5, it is characterised in that the column charger both ends point
The charhing unit is not set；The inner sleeve, the rechargeable battery both ends are arranged in the openend of cylindrical metal housing two respectively
The charger PCB, the second charging electrode and auxiliary top pin electrode are set respectively between inner sleeve bottom wall；The auxiliary top
Pin electrode extends along cylindrical metal case inside wall to cylindrical metal housing corresponding opening end and electrically connected between each other.
7. Portable Bluetooth earphone charging device as claimed in claim 2, it is characterised in that two are set on the charger
Or more than two charhing units；The charger corresponds to the accommodating cavity and sets two groups or more the first charging electricity respectively
Pole and the second charging electrode；The battery charger is rechargeable battery；Further set on the metal shell and connect outside
The charging inlet of power supply.
8. the Portable Bluetooth earphone charging device as described in claim any one of 1-7, it is characterised in that built in bluetooth earphone
Chargeable headset batteries, bluetooth earphone are removably inserted into the earphone accommodating cavity, and the bluetooth earphone is correspondingly arranged first
And the second earphone electrode；The first earphone electrode and the second earphone electrode are respectively correspondingly electric with the described first and second chargings
Pole electrically connects；The first earphone electrode is the becket being arranged on bluetooth earphone shell；The second earphone electrode is to set
It is placed in the metal speaker mesh of bluetooth earphone bottom；The bluetooth earphone is inserted in the earphone accommodating cavity of the charger, the gold
Category ring is abutted with the metal shell of the charger and/or auxiliary top pin electrode abuts against, the thimble of second charging electrode
Charging electrode is connected to the metal speaker mesh.
9. Portable Bluetooth earphone charging device as claimed in claim 8, it is characterised in that be provided with ear in the bluetooth earphone
Machine PCB, the both positive and negative polarity of the headset batteries electrically connect with the both positive and negative polarity port set on the earphone PCB respectively；Described first,
Second earphone electrode electrically connects with first, second earphone electrode ports being correspondingly arranged on earphone PCB respectively.
10. Portable Bluetooth earphone charging device as claimed in claim 9, it is characterised in that the bluetooth earphone includes upper
Cover and enter ear, tops are provided with button, relay indicating light and microphone on this；The earphone PCB may be disposed in lid or
Enter in ear；The upper lid external diameter is bigger than the accommodating cavity bore of charger；Bluetooth earphone insertion accommodating cavity after, it is described on be covered on
At the top of accommodating cavity, enter ear and stretch into the accommodating cavity to be electrically connected charging；Bluetooth earphone enter ear in bar shape and with
Human ear is adapted, including hollow drain pan, and headset batteries are arranged at the bottom shell, and it is further to be located at headset batteries bottom in drain pan
It is provided with loudspeaker and the metal speaker mesh of loudspeaker end；It is provided as in the drain pan outer cover close to upper lid one end as first ear
The becket of machine electrode.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720107510.8U CN206629231U (en) | 2017-01-25 | 2017-01-25 | A kind of Portable Bluetooth earphone charging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720107510.8U CN206629231U (en) | 2017-01-25 | 2017-01-25 | A kind of Portable Bluetooth earphone charging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206629231U true CN206629231U (en) | 2017-11-10 |
Family
ID=60213412
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720107510.8U Expired - Fee Related CN206629231U (en) | 2017-01-25 | 2017-01-25 | A kind of Portable Bluetooth earphone charging device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206629231U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107743278A (en) * | 2017-11-17 | 2018-02-27 | 江门市艾迪赞工业设计有限公司 | A kind of microphone with charging base |
| CN109788391A (en) * | 2019-03-26 | 2019-05-21 | 梁裕生 | Earphone hardware component and its bluetooth headset |
| CN114302277A (en) * | 2021-12-23 | 2022-04-08 | 西安歌尔泰克电子科技有限公司 | Earphone cabin and earphone assembly |
-
2017
- 2017-01-25 CN CN201720107510.8U patent/CN206629231U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107743278A (en) * | 2017-11-17 | 2018-02-27 | 江门市艾迪赞工业设计有限公司 | A kind of microphone with charging base |
| CN109788391A (en) * | 2019-03-26 | 2019-05-21 | 梁裕生 | Earphone hardware component and its bluetooth headset |
| CN114302277A (en) * | 2021-12-23 | 2022-04-08 | 西安歌尔泰克电子科技有限公司 | Earphone cabin and earphone assembly |
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