CN217183443U - Multifunctional earphone seat - Google Patents
Multifunctional earphone seat Download PDFInfo
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- CN217183443U CN217183443U CN202122967175.8U CN202122967175U CN217183443U CN 217183443 U CN217183443 U CN 217183443U CN 202122967175 U CN202122967175 U CN 202122967175U CN 217183443 U CN217183443 U CN 217183443U
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- elastic sheet
- earphone
- sound channel
- shell fragment
- microphone
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Abstract
The utility model discloses a multifunctional earphone seat, including earphone seat body and shell fragment portion, shell fragment portion joint is originally internal in the earphone seat, shell fragment portion includes: the earphone seat comprises a left sound channel elastic sheet, a right sound channel elastic sheet, a microphone elastic sheet, a grounding elastic sheet and a charging auxiliary elastic sheet, wherein an earphone jack is arranged in the earphone seat body; when the earphone plug of the earphone is completely inserted into the earphone jack, the left sound channel terminal, the right sound channel terminal, the microphone terminal and the grounding terminal of the earphone plug are respectively contacted with the left sound channel elastic sheet, the right sound channel elastic sheet, the microphone elastic sheet and the grounding elastic sheet; when the earphone seat body is completely inserted into the spring of the seat charger, the spring is in contact with the charging auxiliary elastic sheet to receive external power supply input. This multi-functional earphone seat remains standard earphone seat function the time, possesses the function of charging, can realize wireless connection function of charging, has reduced manufacturing cost, its simple structure, easily production.
Description
Technical Field
The utility model relates to an earphone seat field technique especially indicates a multifunctional earphone seat.
Background
The earphone seat is widely applied to different fields, such as video and audio products, digital products, controllers, communication equipment, household appliances, security products and the like.
At present, the existing earphone seat is mostly only configured with the function of standard earphone seat, specifically, the earphone seat includes two parts: earphone seat body and cartridge are in the shell fragment portion on earphone seat body, and wherein shell fragment portion includes left sound channel shell fragment, right sound channel shell fragment, microphone shell fragment, ground connection shell fragment usually to with the terminal butt joint of earphone, realize the output of left and right sound channel audio frequency, the input of microphone data. In the prior art, the function of the earphone seat is improved mostly, for example, the butt joint condition of the terminal is identified by additionally arranging an in-place identification elastic sheet, so that the complete butt joint of the earphone and the earphone seat is ensured. The existing earphone seat has single function, and additionally, when the existing earphone seat needs to be charged, an additional circuit needs to be added for charging.
Therefore, a new technical solution is needed to solve the above problems.
SUMMERY OF THE UTILITY MODEL
In view of this, the utility model discloses to the disappearance that prior art exists, its main objective provides a multi-functional earphone seat, and its left channel shell fragment, right channel shell fragment, microphone shell fragment, the ground connection shell fragment that remains the shell fragment portion add the supplementary shell fragment that charges in addition, and it possesses the function of charging when keeping standard earphone seat function, can realize the wireless connection function of charging, has reduced manufacturing cost, its simple structure, easily production.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
a multifunctional earphone seat is characterized in that: including earphone seat body and shell fragment portion, this is internal in earphone seat of shell fragment portion joint, shell fragment portion includes: the earphone seat comprises a left sound channel elastic sheet, a right sound channel elastic sheet, a microphone elastic sheet, a grounding elastic sheet and a charging auxiliary elastic sheet, wherein an earphone jack is arranged in the earphone seat body;
when the earphone plug of the earphone is completely inserted into the earphone jack, the left sound channel terminal, the right sound channel terminal, the microphone terminal and the grounding terminal of the earphone plug are respectively contacted with the left sound channel elastic sheet, the right sound channel elastic sheet, the microphone elastic sheet and the grounding elastic sheet;
when the earphone seat body is completely inserted into the spring of the seat charger, the spring is in contact with the charging auxiliary elastic sheet to receive external power supply input.
As a preferred scheme, the earphone jack is of a cavity structure, and an opening structure communicated with the earphone jack is arranged on the side wall of the earphone seat body, a left sound channel elastic sheet, a right sound channel elastic sheet, a microphone elastic sheet and a grounding elastic sheet are arranged in the opening structure, one end of the left sound channel elastic sheet, one end of the right sound channel elastic sheet, one end of the microphone elastic sheet and one end of the grounding elastic sheet extend into the earphone jack, and the other end of the left sound channel elastic sheet, the right sound channel elastic sheet, the microphone elastic sheet and the grounding elastic sheet are exposed out of the outer side of the earphone seat body.
As an optimal scheme, the earphone seat body outside is provided with a plurality of holes of dodging, and, the inboard of dodging the hole is correspondingly provided with the holding chamber of placing the supplementary shell fragment that charges, the supplementary shell fragment that charges is installed in the holding intracavity, and, the one end exposure of the supplementary shell fragment that charges is located and is dodged the hole outside, makes: when the earphone seat body is completely inserted into the spring of the seat charger, the spring extends into the avoiding hole and is in butt joint with the charging auxiliary elastic sheet to receive external power supply input.
As a preferred scheme, the charging auxiliary elastic sheet comprises a contact part and an insertion part, the contact part is a flat contact plate, the contact part is exposed outside the avoidance hole, the contact part bends downwards and extends to form the insertion part, and two side edges of the contact part are respectively provided with a stop clamping point.
As an optimized scheme, the left channel shrapnel is arranged at the lower end of the open structure, the left channel shrapnel comprises a first left channel shrapnel and a second left channel shrapnel, wherein the first left channel shrapnel and the second left channel shrapnel are respectively arranged at the left side and the right side of the open structure, so that: when the earphone plug of the earphone is completely inserted into the earphone jack, the left sound channel terminal of the earphone plug is in contact with the first left sound channel elastic sheet and the second left sound channel elastic sheet.
As a preferred scheme, the first left sound channel elastic sheet and the second left sound channel elastic sheet are of an integral bending structure, wherein the first left sound channel elastic sheet comprises an insertion part, a connecting part formed by bending and extending the insertion part backwards, and a contact part formed by bending and extending the connecting part forwards and obliquely rightwards; the second left sound channel elastic sheet comprises a plug-in part, a connecting part formed by bending and extending the plug-in part backwards and a contact part formed by bending and extending the connecting part forwards and obliquely leftwards; a first clamping block which is turned over leftwards is arranged on the connecting part of the first left sound channel elastic sheet, and a second clamping block which is turned over rightwards is arranged on the connecting part of the second left sound channel elastic sheet; the contact part of the first left sound channel elastic sheet is provided with a first contact point in a backward protruding mode, and the contact part of the second left sound channel elastic sheet is provided with a second contact point in a backward protruding mode.
As a preferred scheme, the right channel shrapnel is arranged at the upper end of the first left channel shrapnel, so that: when the earphone plug of the earphone is completely inserted into the earphone jack, the right sound channel terminal of the earphone plug is in contact with the right sound channel elastic sheet.
As a preferred scheme, the microphone shell fragment includes first microphone shell fragment, second microphone shell fragment, first microphone shell fragment sets up in the upper end of right channel shell fragment, second microphone shell fragment sets up in the upper end of second left channel shell fragment, second microphone shell fragment includes that grafting portion, grafting portion buckle backward and extend connecting portion, the connecting portion that form buckle forward and bend forward and the contact site of upwards buckling and extending to the left bank for: when the earphone plug of the earphone is completely inserted into the earphone jack, the microphone terminal of the earphone plug is contacted with the contact part of the first microphone shrapnel and the contact part of the second microphone shrapnel.
As a preferred scheme, the grounding elastic sheet is arranged at the upper end of the second microphone elastic sheet, so that: when the earphone plug of the earphone is completely inserted into the earphone jack, the grounding terminal of the earphone plug is in contact with the grounding elastic sheet.
Compared with the prior art, the utility model has obvious advantage and beneficial effect, specifically speaking, can know by above-mentioned technical scheme, it mainly is that multi-functional earphone seat improves on the basis of keeping earphone function jack, specifically speaking, the left channel shell fragment, the right channel shell fragment, the microphone shell fragment, the ground connection shell fragment of keeping the shell fragment portion, add the supplementary shell fragment of charging in addition, when the headphone plug of earphone inserts in the earphone jack completely, the left channel terminal, the right channel terminal, the microphone terminal, the ground connection terminal of headphone plug contact with left channel shell fragment, right channel shell fragment, microphone shell fragment, ground connection shell fragment respectively; when the earphone seat body is completely inserted into the spring of the seat charger, the spring is contacted with the charging auxiliary elastic sheet to receive external power supply input. This multi-functional earphone seat remains standard earphone seat function the time, possesses the function of charging, can realize wireless connection function of charging, has reduced manufacturing cost, its simple structure, easily production.
To illustrate the structural features and functions of the present invention more clearly, the present invention will be described in detail with reference to the accompanying drawings and specific embodiments.
Drawings
FIG. 1 is a perspective view of an embodiment of the present invention;
fig. 2 is a front view of an embodiment of the invention;
fig. 3 is a perspective view of an earphone seat body according to an embodiment of the present invention;
fig. 4 is a perspective view of the elastic piece portion according to the embodiment of the present invention;
FIG. 5 is a cross-sectional view of FIG. 2 at A-A;
FIG. 6 is a first usage status diagram of the embodiment of the present invention (plugging status of earphone jack and earphone plug of multifunctional earphone seat)
Fig. 7 is a second usage state diagram of the embodiment of the present invention (the multifunctional earphone seat is installed on the handle of PS 5).
The attached drawings indicate the following:
10. earphone seat body 11 and earphone jack
12. Opening structure 13, dodging hole
14. Accommodating cavity 20 and spring plate part
21a, a first left sound channel elastic sheet 21b and a second left sound channel elastic sheet
211. First fixture block 212 and first contact point
213. Second latch 214, second contact point
22. Right sound channel shrapnel 23a and first microphone shrapnel
23b, a second microphone spring piece 24 and a grounding spring piece
25. Charging auxiliary spring 251 and flat contact plate
252. Stop stuck point 30 and earphone plug
31. Left channel terminal 32, right channel terminal
33. Microphone terminal 34, ground terminal
40. Seat charger 41, spring
50. PS5 handle.
Detailed Description
Fig. 1 to 7 show specific structures of embodiments of the present invention.
In the description of the present invention, it should be noted that, for the orientation words, such as the terms "upper", "lower", "front", "rear", "left", "right", etc., indicating the orientation and the positional relationship based on the orientation or the positional relationship shown in the drawings is only for convenience of description and simplification of the description, but not for indicating or implying that the indicated device or element must have a specific orientation, be constructed and operated in a specific orientation, and should not be interpreted as limiting the specific scope of the present invention.
The utility model provides a multifunctional earphone seat, includes earphone seat body 10 and elastic piece portion 20, elastic piece portion 20 joint is in earphone seat body 10. Fig. 1 and 2 show a perspective view and a front view of the multifunctional earphone seat, respectively. The tab portion 20 includes: the earphone seat comprises a left sound channel elastic sheet, a right sound channel elastic sheet 22, a microphone elastic sheet, a grounding elastic sheet 24 and a charging auxiliary elastic sheet 25, and an earphone jack 11 is arranged in the earphone seat body 10. When the earphone plug 30 of the earphone is completely inserted into the earphone jack 11, the left channel terminal 31, the right channel terminal 32, the microphone terminal 33 and the ground terminal 34 of the earphone plug 30 are respectively in contact with the left channel elastic sheet, the right channel elastic sheet 22, the microphone elastic sheet and the ground elastic sheet 24; when the earphone socket body 10 is completely inserted into the spring 41 of the socket charger 40, the spring 41 contacts the charging auxiliary spring 25 to receive the external power input.
Fig. 3 is a perspective view illustrating an earphone seat body of the multifunctional earphone seat. In this embodiment, the earphone seat body 10 is a T-shaped structure, the earphone seat body 10 includes a horizontal support portion and a vertical support portion, wherein the earphone jack 11 is disposed on the vertical support portion, and the horizontal support portion is provided with an avoiding hole 13. Earphone jack 11 is the cavity structures, and, be provided with the open structure 12 with the 11 intercommunications of earphone jack on the earphone seat body 10 lateral wall, the built-in left channel shell fragment, right channel shell fragment 22, microphone shell fragment, the ground connection shell fragment 24 that is equipped with of open structure 12, in the earphone jack 11 was stretched into to the one end of left channel shell fragment, right channel shell fragment 22, microphone shell fragment, ground connection shell fragment 24, the outside of earphone seat body 10 is located in the other end exposure.
The earphone seat body 10 is provided with a plurality of avoiding holes 13 on the outer side, and the inner sides of the avoiding holes 13 are correspondingly provided with accommodating cavities 14 for accommodating charging auxiliary elastic pieces 25, and the charging auxiliary elastic pieces 25 are arranged in the accommodating cavities 14. In this embodiment, the avoiding hole 13 is provided on the lateral support portion. And, the one end of the supplementary shell fragment 25 that charges is exposed and is located and dodge the hole 13 outside for: when the earphone seat body 10 is completely inserted into the spring 41 of the seat charger 40, the spring 41 extends into the avoiding hole 13 and is in butt joint with the contact part of the charging auxiliary spring 25 to receive the external power supply input.
Fig. 4 is a perspective view illustrating a clip portion of the multifunctional earphone jack. The charging auxiliary elastic sheet 25 comprises a contact portion and a plugging portion, the contact portion is a flat contact plate 251, the contact portion is exposed outside the avoiding hole 13, and the contact portion bends downwards and extends to form the plugging portion. Two sides of the contact part are respectively provided with a stop clamping point 252.
The left channel shell fragment sets up in open structure 12's lower extreme, the left channel shell fragment includes first left channel shell fragment 21a, second left channel shell fragment 21b, wherein, first left channel shell fragment 21a, second left channel shell fragment 21b set up respectively in open structure 12's the left and right sides for: when the headphone plug 30 of the headphone is fully inserted into the headphone jack 11, the left channel terminal 31 of the headphone plug 30 contacts the first left channel elastic piece 21a and the second left channel elastic piece 21 b.
Fig. 5 shows a cross-sectional view at a-a of fig. 2. The first left sound channel elastic sheet 21a and the second left sound channel elastic sheet 21b are respectively of an integral bending structure, wherein the first left sound channel elastic sheet 21a comprises an insertion part, a connecting part formed by bending and extending the insertion part backwards and a contact part formed by bending and extending the connecting part forwards and obliquely rightwards; the second left sound channel elastic sheet 21b comprises an insertion part, a connecting part formed by bending and extending the insertion part backwards and a contact part formed by bending and extending the connecting part forwards and obliquely leftwards; a first fixture block 211 turned leftwards is arranged on a connecting part of the first left channel elastic sheet 21a, and a second fixture block 213 turned rightwards is arranged on a connecting part of the second left channel elastic sheet 21 b; the contact portion of the first left channel elastic sheet 21a is provided with a first contact point 212 protruding backward, and the contact portion of the second left channel elastic sheet 21b is provided with a second contact point 214 protruding backward.
The right channel elastic sheet 22 is disposed at the upper end of the first left channel elastic sheet 21a, so that: when the earphone plug 30 of the earphone is fully inserted into the earphone jack 11, the right channel terminal 32 of the earphone plug 30 contacts the right channel dome 22.
The microphone shell fragment includes first microphone shell fragment 23a, second microphone shell fragment 23b, first microphone shell fragment 23a sets up in the upper end of right channel shell fragment 22, second microphone shell fragment 23b sets up in the upper end of second left channel shell fragment 21b, second microphone shell fragment 23b includes grafting portion, the backward bending extension of grafting portion connecting portion, the connecting portion that the extension formed of buckling forward the contact site of buckling forward and upwards bending extension to the left bank, makes: when the earphone plug 30 of the earphone is fully inserted into the earphone jack 11, the microphone terminal 33 of the earphone plug 30 contacts with the contact portion of the first microphone spring piece 23a and the contact portion of the second microphone spring piece 23 b. And, the grounding elastic sheet 24 is arranged at the upper end of the second microphone elastic sheet 23b, so that: when the earphone plug 30 of the earphone is fully inserted into the earphone jack 11, the ground terminal 34 of the earphone plug 30 contacts the ground spring 24.
Fig. 6 shows a usage state diagram of the standard earphone seat function of the multifunctional earphone seat, which particularly shows a usage state diagram of the earphone plug 30 contacting with the elastic sheet portion 20 when the earphone plug 30 is fully inserted into the earphone jack 11. The left channel terminal 31 of the earphone plug 30 is respectively contacted with the first left channel elastic sheet 21a and the second left channel elastic sheet 21 b; the right sound channel terminal 32 of the earphone plug 30 is respectively contacted with the right sound channel elastic sheet 22; the microphone terminal 33 of the earphone plug 30 is respectively contacted with the first microphone elastic sheet 23a and the second microphone elastic sheet 23 b; the grounding terminals 34 of the earphone plug 30 are respectively contacted with the grounding elastic sheets 24; the function of a standard earphone seat is realized.
Fig. 7 is a diagram illustrating a usage status of the multifunctional headset base with a charging function, which particularly illustrates a usage status of the multifunctional headset base installed on the handle 50 of PS5 for wireless charging. When the earphone seat body 10 is completely inserted into the spring 41 of the seat charger 40, the spring 41 extends into the avoiding hole 13 and is in butt joint with the flat contact plate 251 of the charging auxiliary elastic sheet 25 to receive external power input, thereby realizing the wireless charging function of the multifunctional earphone seat. In this embodiment, a usage state diagram of the multifunctional headset base applied to the PS5 handle is shown, and in practical implementation, the multifunctional headset base is applied to other electronic devices to realize a wireless charging function.
The utility model is mainly characterized in that the multifunctional earphone seat is improved on the basis of reserving the earphone function jack, specifically, a left sound channel elastic sheet, a right sound channel elastic sheet, a microphone elastic sheet and a grounding elastic sheet of the elastic sheet part are reserved, and a charging auxiliary elastic sheet is additionally arranged; when the earphone seat body is completely inserted into the spring of the seat charger, the spring is contacted with the charging auxiliary elastic sheet to receive external power supply input. This multi-functional earphone seat remains standard earphone seat function the time, possesses the function of charging, can realize wireless connection function of charging, has reduced manufacturing cost, its simple structure, easily production.
Claims (9)
1. A multifunctional earphone seat is characterized in that: including earphone seat body and shell fragment portion, this is internal in earphone seat of shell fragment portion joint, shell fragment portion includes: the earphone seat comprises a left sound channel elastic sheet, a right sound channel elastic sheet, a microphone elastic sheet, a grounding elastic sheet and a charging auxiliary elastic sheet, wherein an earphone jack is arranged in the earphone seat body;
when the earphone plug of the earphone is completely inserted into the earphone jack, the left sound channel terminal, the right sound channel terminal, the microphone terminal and the grounding terminal of the earphone plug are respectively contacted with the left sound channel elastic sheet, the right sound channel elastic sheet, the microphone elastic sheet and the grounding elastic sheet;
when the earphone seat body is completely inserted into the spring of the seat charger, the spring is in contact with the charging auxiliary elastic sheet to receive external power supply input.
2. The multifunctional earphone jack of claim 1, wherein: the earphone jack is of a cavity structure, an opening structure communicated with the earphone jack is arranged on the side wall of the earphone seat body, a left sound channel elastic sheet, a right sound channel elastic sheet, a microphone elastic sheet and a grounding elastic sheet are arranged in the opening structure, one end of the left sound channel elastic sheet, the right sound channel elastic sheet, the microphone elastic sheet and the grounding elastic sheet extends into the earphone jack, and the other end of the left sound channel elastic sheet, the right sound channel elastic sheet, the microphone elastic sheet and the grounding elastic sheet is exposed out of the earphone seat body.
3. The multifunctional earphone jack of claim 1, wherein: the earphone seat body outside is provided with a plurality of holes of dodging, and, the inboard corresponding holding chamber of placing the supplementary shell fragment of charging that is provided with of dodging the hole, the supplementary shell fragment of charging is installed in the holding intracavity, and, the one end exposure of the supplementary shell fragment of charging is located and is dodged the hole outside for: when the earphone seat body is completely inserted into the spring of the seat charger, the spring extends into the avoiding hole and is in butt joint with the charging auxiliary elastic sheet to receive external power supply input.
4. The multifunctional earphone jack of claim 3, wherein: the charging auxiliary elastic sheet comprises a contact part and a plug-in part, the contact part is a flat contact plate, the contact part is exposed outside the avoidance hole, the contact part bends downwards and extends to form the plug-in part, and two side edges of the contact part are respectively provided with a stop clamping point.
5. The multifunctional earphone jack of claim 2, wherein: the left channel shell fragment sets up in open structure's lower extreme, the left channel shell fragment includes first left channel shell fragment, second left channel shell fragment, wherein, first left channel shell fragment, second left channel shell fragment set up respectively in open structure's the left and right sides for: when the earphone plug of the earphone is completely inserted into the earphone jack, the left sound channel terminal of the earphone plug is in contact with the first left sound channel elastic sheet and the second left sound channel elastic sheet.
6. The multifunctional earphone jack of claim 5, wherein: the first left sound channel elastic sheet and the second left sound channel elastic sheet are of an integral bending structure, wherein the first left sound channel elastic sheet comprises an insertion part, a connecting part formed by bending and extending the insertion part backwards and a contact part formed by bending and extending the connecting part forwards and obliquely rightwards; the second left sound channel elastic sheet comprises a plug-in part, a connecting part formed by bending and extending the plug-in part backwards and a contact part formed by bending and extending the connecting part forwards and obliquely leftwards; a first clamping block which is turned over leftwards is arranged on the connecting part of the first left sound channel elastic sheet, and a second clamping block which is turned over rightwards is arranged on the connecting part of the second left sound channel elastic sheet; the contact part of the first left sound channel elastic sheet is provided with a first contact point in a backward protruding mode, and the contact part of the second left sound channel elastic sheet is provided with a second contact point in a backward protruding mode.
7. The multifunctional earphone jack of claim 6, wherein: the right sound channel elastic sheet is arranged at the upper end of the first left sound channel elastic sheet, so that: when the earphone plug of the earphone is completely inserted into the earphone jack, the right sound channel terminal of the earphone plug is in contact with the right sound channel elastic sheet.
8. The multifunctional earphone jack of claim 6, wherein: the microphone shell fragment includes first microphone shell fragment, second microphone shell fragment, first microphone shell fragment sets up in the upper end of right channel shell fragment, the second microphone shell fragment sets up in the upper end of second left channel shell fragment, the second microphone shell fragment includes that grafting portion, grafting portion are buckled backward and are extended the connecting portion that forms, connecting portion are buckled forward and are extended the contact site of left bank and upwards buckling extension for the connection portion makes: when the earphone plug of the earphone is completely inserted into the earphone jack, the microphone terminal of the earphone plug is in contact with the contact part of the first microphone elastic sheet and the contact part of the second microphone elastic sheet.
9. The multifunctional earphone jack of claim 8, wherein: the grounding elastic sheet is arranged at the upper end of the second microphone elastic sheet, so that: when the earphone plug of the earphone is completely inserted into the earphone jack, the grounding terminal of the earphone plug is in contact with the grounding elastic sheet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122967175.8U CN217183443U (en) | 2021-11-30 | 2021-11-30 | Multifunctional earphone seat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122967175.8U CN217183443U (en) | 2021-11-30 | 2021-11-30 | Multifunctional earphone seat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217183443U true CN217183443U (en) | 2022-08-12 |
Family
ID=82706694
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122967175.8U Active CN217183443U (en) | 2021-11-30 | 2021-11-30 | Multifunctional earphone seat |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN217183443U (en) |
-
2021
- 2021-11-30 CN CN202122967175.8U patent/CN217183443U/en active Active
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