CN205646873U - A portable power supply module for mobile electronic device - Google Patents
A portable power supply module for mobile electronic device Download PDFInfo
- Publication number
- CN205646873U CN205646873U CN201620301805.4U CN201620301805U CN205646873U CN 205646873 U CN205646873 U CN 205646873U CN 201620301805 U CN201620301805 U CN 201620301805U CN 205646873 U CN205646873 U CN 205646873U
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- China
- Prior art keywords
- charging
- electronic device
- mobile electronic
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- shell main
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Abstract
The utility model provides a portable power supply module for mobile electronic device, including a charging seat mechanism and a power source mechanism, charging seat mechanism includes a charging seat casing, the interface element that charges, a grafting component and at least one charge terminal, it includes a chargeable call component and the interface that charges, this charging interface electrically connected in this chargeable call component wherein, the interface that should charge can insert this mobile electronic device's charging socket, think that this mobile electronic device charges, then, power source mechanism can seal this mobile electronic device's charging socket to play dirt -proof effect, and charge the interface with the chargeable call component do not need the power cord but lug connection together, even if the user does not take off this power source mechanism from this mobile electronic device, hinder this mobile electronic device's normal use might as well.
Description
Technical field
This utility model relates to a kind of power supply module, particularly to a kind of portable electric source component for mobile electronic device.
Background technology
Along with the development of science and technology and improving constantly of people's economic level, mobile electronic device with smart mobile phone, panel computer etc. as representative starts appearance, and these mobile electronic devices increasingly facilitate daily life, a lot of people start to select to use mobile electronic device to carry out entertaining, handle official business and learning such as now, thus profoundly change the life style of people.
The feature of the mobile electronic devices such as present smart mobile phone and panel computer is that screen is increasing, size is more and more thinner, large-sized screen necessarily brings bigger power consumption, and the fuselage of relatively thin size can make the limited battery capacity of mobile electronic device, this feature of smart mobile phone and panel computer causes its flying power poor, it shows that user needs continually for smart mobile phone and panel computer charging, such as a example by smart mobile phone, user may need to fill twice for smart mobile phone for one day, even three times electricity, this trouble the most very, and bring trouble greatly to user, especially need to be that smart mobile phone charging substantially can not realize for a long time until out of doors time as user.In order to solve this problem, portable power source starts appearance, this portable power source allows user to prestore therein by electric energy, then in the use needed, the power supply in portable power source is filled with in smart mobile phone, although this mode can solve the problem that the problem into smart mobile phone charging, but himself also brings the biggest trouble, although present portable power source can allow user carry, but its volume is the biggest, and price comparison is expensive, what is more important, the more electric energy due to its storage inside, when user's improper use, the risk of blast can be there is in this portable power source, to such an extent as to bring threat to the personal safety as well as the property safety of user.Therefore, this utility model provides a kind of portable electric source component for mobile electronic device, to meet the use needs of user.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of portable electric source component for mobile electronic device.
In order to solve the problems referred to above, the technical scheme that this utility model provides is: a kind of portable electric source component for mobile electronic device, and wherein this portable electric source component being used for mobile electronic device includes:
One charging seat mechanism, wherein this charging seat mechanism includes a cradle housing, one charging conversion element, one plug connector elements and at least one charging terminal, this charging conversion element, this plug connector elements and each this charging terminal are respectively arranged at this cradle housing, and this plug connector elements and each this charging terminal are electrically connected in this charging conversion element, wherein this cradle housing has a groove, this groove and this plug connector elements lay respectively at the opposition side of this cradle housing, wherein each this charging terminal is arranged in this groove of this cradle housing spaced reciprocally；And
At least one power sector, wherein each this power sector includes a rechargeable battery element and a charging inlet respectively, this charging inlet is electrically connected to this rechargeable battery element, wherein this rechargeable battery element has a charging hole, wherein when this power sector is installed on this groove of this cradle housing, this charging terminal of this charging seat mechanism inserts this charging hole, think that this rechargeable battery element charges, wherein this charging inlet is inserted the charging socket of this mobile electronic device, so that this power sector is the charging of this mobile electronic device.
nullIt is used for the further preferred embodiment of portable electric source component of mobile electronic device as to of the present utility model this，Each this power sector includes a power shell respectively，This power shell includes a shell main body and a lid，This shell main body has a battery and accommodates chamber and a communicating passage，This communicating passage is communicated in this battery and accommodates chamber，This lid has one and inserts passage，Wherein this charging inlet is arranged at this shell main body，This rechargeable battery element is arranged at this battery and accommodates chamber，And this charging inlet is electrically connected to this rechargeable battery element by this communicating passage，This lid is installed on this shell main body so that this lid is closed this battery and accommodated the accent in chamber，Wherein this insertion channel connection of this lid is in this charging hole of this rechargeable battery element，Wherein this charging terminal of this charging seat mechanism is able to this insertion passage by this lid and is inserted into this charging hole of this rechargeable battery element.
It is used for the further preferred embodiment of portable electric source component of mobile electronic device as to of the present utility model this, this shell main body has a receptive cavity, and the opening that the opening of this receptive cavity accommodates chamber with this battery is relative, and wherein this charging inlet is contained in this this receptive cavity of shell main body.
Being used for the further preferred embodiment of portable electric source component of mobile electronic device as to of the present utility model this, this charging inlet axle is connected to this shell main body, so that this charging inlet is contained in this receptive cavity of this shell main body.
Being used for the further preferred embodiment of portable electric source component of mobile electronic device as to of the present utility model this, the width of this charging inlet is less than the width of this receptive cavity.
Being used for the further preferred embodiment of portable electric source component of mobile electronic device as to of the present utility model this, the height dimension of this shell main body is more than the depth dimensions of this groove of this cradle housing.
Being used for the further preferred embodiment of portable electric source component of mobile electronic device as to of the present utility model this, this mobile electronic device is smart mobile phone, panel computer or electricity paper book.
This Portable power source assembly being used for mobile electronic device of the present utility model has following advantages and a beneficial effect:
1, this Portable power source assembly being used for mobile electronic device of the present utility model includes a power sector, and wherein this power sector compact, is convenient for carrying.
2, this power sector of this Portable power source assembly being used for mobile electronic device of the present utility model includes a rechargeable battery element and a charging inlet, wherein this charging inlet is electrically connected to this rechargeable battery element, this charging inlet is inserted into the charging socket of this mobile electronic device, thinks that this mobile electronic device charges.
3, the charging socket of this mobile electronic device can be closed, to play dust-proof effect by this charging inlet of this power sector of this Portable power source assembly being used for mobile electronic device of the present utility model when inserting the charging socket of this mobile electronic device.
4, of the present utility model this be used for mobile electronic device Portable power source assembly this power sector this charging inlet insert this mobile electronic device charging socket after, even if this power sector is not taken off from this mobile electronic device by user, the most do not hinder the normal use of this mobile electronic device, because described charging inlet need not power line with described rechargeable battery element but is directly linked together.
5, this power sector of this Portable power source assembly being used for mobile electronic device of the present utility model includes a power shell, this power shell includes a shell main body and a lid, this shell main body has a battery and accommodates chamber and a communicating passage, this communicating passage is communicated in this battery and accommodates chamber, this rechargeable battery element is arranged at this battery and accommodates chamber, this charging inlet is communicated in this battery by this communicating passage and accommodates chamber, this lid is arranged at this shell main body and accommodates chamber to close this battery, wherein this rechargeable battery element and this charging inlet are protected and connected to this power shell.
6, this shell main body of this power shell of this power sector of this Portable power source assembly being used for mobile electronic device of the present utility model has a receptive cavity, this charging inlet axle is connected to this shell main body, and this charging inlet is folded to this receptive cavity, with when this power sector does not use, this charging inlet does not protrude from this shell main body, thus the volume of this power sector can not only be reduced, but also ensure that this charging inlet is not damaged by.
Accompanying drawing explanation
In order to obtain above and other advantage of the present utility model and feature, hereinafter with reference to the specific embodiment of the utility model shown in accompanying drawing, this utility model outlined above is carried out more specific description.It should be understood that these accompanying drawings illustrate only exemplary embodiments of the present utility model, be therefore not construed as the restriction to scope of the present utility model, by use accompanying drawing, this utility model will be carried out more specifically with more detailed description and elaboration.In the accompanying drawings:
Fig. 1 be this for the charging seat mechanism of the portable electric source component of mobile electronic device be axonometric chart during power sector charging.
Fig. 2 be this for the charging seat mechanism of the portable electric source component of mobile electronic device be exploded view during power sector charging.
Fig. 3 be this for the charging seat mechanism of the portable electric source component of mobile electronic device be sectional view during power sector charging.
Fig. 4 is this axonometric chart for a state of the power sector of the portable electric source component of mobile electronic device.
Fig. 5 is this axonometric chart for another state of the power sector of the portable electric source component of mobile electronic device.
Fig. 6 is this axonometric chart for another state of the power sector of the portable electric source component of mobile electronic device.
Fig. 7 be this for the power sector of the portable electric source component of mobile electronic device be axonometric chart during mobile electronic device charging.
Detailed description of the invention
Hereinafter describe and be used for disclosing this utility model so that those skilled in the art are capable of this utility model.Preferred embodiment in below describing is only used as citing, it may occur to persons skilled in the art that other obvious modification.The ultimate principle of the present utility model defined in the following description can apply to other embodiments, deformation program, improvement project, equivalent and the other technologies scheme without departing from spirit and scope of the present utility model.
It is the portable electric source component for mobile electronic device according to a preferred embodiment of the present utility model as shown in Figures 1 to 7, wherein this portable electric source component being used for mobile electronic device includes a charging seat mechanism 10 and at least one power sector 20, this charging seat mechanism 10 can charge for each this power sector 20, this power sector 20 has less volume, and this power sector 20 is inserted into the charging socket of a mobile electronic device 30 to charge to this mobile electronic device 30.Preferably, after this power sector 20 inserts this charging socket of this mobile electronic device 30, this power sector 20 can close this charging socket of this mobile electronic device 30, to play dust-proof effect.It is highly preferred that after this power sector 20 inserts this charging socket of this mobile electronic device 30, need not take off this power sector 20 from this mobile electronic device 30 when, it is also possible to be normally used this mobile electronic device 30.Difference with existing portable power source is, after this power sector 20 inserts this charging socket of this mobile electronic device 30, do not have power line to connect this power sector 20 and this mobile electronic device 30, thus facilitate user to use this mobile electronic device 30 when this power sector 20 inserts in this charging socket of this mobile electronic device 30.
It is noted that this mobile electronic device 30 can be smart mobile phone or panel computer or electricity paper book etc..
This charging seat mechanism 10 includes a cradle housing 11, charging 12, plug connector elements 13 of conversion element and at least one charging terminal 14, this charging conversion element 12, this plug connector elements 13 and each this charging terminal 14 are respectively arranged at this cradle housing 11, and this plug connector elements 13 and each this charging terminal 14 are electrically connected in this charging conversion element 12.This cradle housing 11 can protect this charging conversion element 12 and each this charging terminal 14, and wherein when using this charging seat mechanism 10, the jack that each this plug connector elements 13 is inserted into wiring board is interior to obtain external power source.Preferably, this cradle housing 11 has a groove 111, and this groove 111 and this plug connector elements 13 lay respectively at the opposition side of this cradle housing 11, and wherein each this charging terminal 14 is arranged in this groove 111 of this cradle housing 11 spaced reciprocally.The degree of depth of the length of each this charging terminal 14 not this groove 11 is deep, thus prevents this charging terminal 14 of false touch when each this power sector 20 is inserted this groove 11, so that it is guaranteed that safety.
Each this power sector 20 includes a rechargeable battery element 21 and a charging inlet 22 respectively, this charging inlet 22 is electrically connected to this rechargeable battery element 21, wherein this rechargeable battery element 21 has a charging hole 211, wherein when this power sector 20 is installed on this groove 111 of this cradle housing 11, this charging terminal 14 of this charging seat mechanism 10 inserts this charging hole 211, think that this rechargeable battery element 21 charges, wherein this charging inlet 22 is inserted the charging socket of this mobile electronic device 30, so that this power sector 20 charges for this mobile electronic device 30.
nullPreferably，Each this power sector 20 includes a power shell 23 respectively，Described power shell 23 includes a shell main body 231 and a lid 232，Described shell main body 231 has a battery and accommodates chamber 2311 and a communicating passage 2312，This communicating passage 2312 is communicated in described battery and accommodates chamber 2311，This lid 232 has one and inserts passage 2321，Wherein this charging inlet 22 is arranged at this shell main body 231，This rechargeable battery element 21 is arranged at this battery and accommodates chamber 2311，And this charging inlet 22 is electrically connected to this rechargeable battery element 21 by this communicating passage 2312，This lid 232 is installed on this shell main body 231 so that this lid 232 is closed this battery and accommodated the accent in chamber 2311，Wherein this insertion passage 2321 of this lid 232 is communicated in this charging hole 211 of this rechargeable battery element 21，Wherein this charging terminal 13 of this charging seat mechanism 10 is able to be inserted into this charging hole 211 of this rechargeable battery element 21 by this insertion passage 2321 of this lid 232，Think that this rechargeable battery element 21 charges.
Preferably, the height dimension of this shell main body 231 is more than the depth dimensions of this groove 111 of this cradle housing 11, and so, this power sector 20 can be taken out in this groove 111 of this charging seat mechanism 10 by user easily.
Further, such as Fig. 4 and Fig. 5, this shell main body 231 has a receptive cavity 2313, and the opening that the opening of this receptive cavity 2313 accommodates chamber 2311 with this battery is relative, wherein this charging inlet 22 is contained in this receptive cavity 2313 of this shell main body 231, during user carries this power sector 20, this charging inlet 22 is contained in this receptive cavity 2313 of this shell main body 231, so, on the one hand the volume of this power sector 20 can be reduced so that user carries, on the other hand this charging structure 22 can also be protected to be not damaged by during user carries this power sector 20.Preferably, this charging inlet 22 axle is connected to this shell main body 231.It is highly preferred that the width of this charging inlet 22 is less than the width of this receptive cavity 2313, in order to this charging inlet 22 of user operation, so that this charging inlet 22 exposes in this receptive cavity 2313 and inserts this charging socket of this mobile electronic device 30.It should be understood by those skilled in the art that the embodiment of the present utility model shown in foregoing description and accompanying drawing is only used as citing and is not limiting as this utility model.The purpose of this utility model is completely and be effectively realized.Function of the present utility model and structural principle are shown the most in an embodiment and illustrate, without departing under this principle, embodiment of the present utility model can have any deformation or amendment.
Claims (7)
1. the portable electric source component for mobile electronic device, it is characterised in that including:
One charging seat mechanism, wherein this charging seat mechanism includes a cradle housing, one charging conversion element, one plug connector elements and at least one charging terminal, this charging conversion element, this plug connector elements and each this charging terminal are respectively arranged at this cradle housing, and this plug connector elements and each this charging terminal are electrically connected in this charging conversion element, wherein this cradle housing has a groove, this groove and this plug connector elements lay respectively at the opposition side of this cradle housing, wherein each this charging terminal is arranged in this groove of this cradle housing spaced reciprocally；And
At least one power sector, wherein each this power sector includes a rechargeable battery element and a charging inlet respectively, this charging inlet is electrically connected to this rechargeable battery element, wherein this rechargeable battery element has a charging hole, wherein when this power sector is installed on this groove of this cradle housing, this charging terminal of this charging seat mechanism inserts this charging hole, think that this rechargeable battery element charges, wherein this charging inlet is inserted the charging socket of this mobile electronic device, so that this power sector is the charging of this mobile electronic device.
nullA kind of portable electric source component for mobile electronic device，It is characterized in that，Each this power sector includes a power shell respectively，Described power shell includes a shell main body and a lid，Described shell main body has a battery and accommodates chamber and a communicating passage，This communicating passage is communicated in described battery and accommodates chamber，This lid has one and inserts passage，Wherein this charging inlet is arranged at this shell main body，This rechargeable battery element is arranged at this battery and accommodates chamber，And this charging inlet is electrically connected to this rechargeable battery element by this communicating passage，This lid is installed on this shell main body so that this lid is closed this battery and accommodated the accent in chamber，Wherein this insertion channel connection of this lid is in this charging hole of this rechargeable battery element，Wherein this charging terminal of this charging seat mechanism is able to this insertion passage by this lid and is inserted into this charging hole of this rechargeable battery element.
A kind of portable electric source component for mobile electronic device, it is characterized in that, this shell main body has a receptive cavity, and the opening of this receptive cavity is relative with the opening that this battery accommodates chamber, and wherein this charging inlet is contained in this this receptive cavity of shell main body.
A kind of portable electric source component for mobile electronic device, it is characterised in that this charging inlet axle is connected to this shell main body, so that this charging inlet is contained in this receptive cavity of this shell main body.
A kind of portable electric source component for mobile electronic device, it is characterised in that the width of this charging inlet is less than the width of this receptive cavity.
A kind of portable electric source component for mobile electronic device, it is characterised in that the height dimension of this shell main body is more than the depth dimensions of this groove of this cradle housing.
A kind of portable electric source component for mobile electronic device, it is characterised in that this mobile electronic device is smart mobile phone, panel computer or electricity paper book.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620301805.4U CN205646873U (en) | 2016-04-04 | 2016-04-04 | A portable power supply module for mobile electronic device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620301805.4U CN205646873U (en) | 2016-04-04 | 2016-04-04 | A portable power supply module for mobile electronic device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205646873U true CN205646873U (en) | 2016-10-12 |
Family
ID=57064967
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620301805.4U Expired - Fee Related CN205646873U (en) | 2016-04-04 | 2016-04-04 | A portable power supply module for mobile electronic device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205646873U (en) |
-
2016
- 2016-04-04 CN CN201620301805.4U patent/CN205646873U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| DD01 | Delivery of document by public notice |
Addressee: Li Haoqing Document name: Notification of Termination of Patent Right |
|
| DD01 | Delivery of document by public notice | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161012 Termination date: 20190404 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |