CN204391841U - A kind of wireless charging type portable power source - Google Patents
A kind of wireless charging type portable power source Download PDFInfo
- Publication number
- CN204391841U CN204391841U CN201520111853.2U CN201520111853U CN204391841U CN 204391841 U CN204391841 U CN 204391841U CN 201520111853 U CN201520111853 U CN 201520111853U CN 204391841 U CN204391841 U CN 204391841U
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- power supply
- main body
- supply main
- hinge hole
- shell
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Abstract
The utility model discloses a kind of wireless charging type portable power source, include the power supply main body of a rectangular shape, in power supply main body, storage battery is installed, the control circuit be connected with storage battery, the charging inlet be connected with control circuit respectively and push-button switch; At least one wall of power supply main body is provided with wireless charging output module, and wireless charging output module is connected with control circuit, is connected with first shell outside described power supply main body, and the outside of the first shell is connected with a second housing; By configuring two shells, enabling power supply main body be expanded to the state of inclination vertical or horizontally, being convenient to mobile phone and being placed on when power supply main body is charged, can mobile phone be supported as support by power supply main body, user-friendly mobile phone simultaneously.
Description
Technical field
The utility model belongs to portable power source construction applications, is specifically related to the portable power source structure of wireless charging type.
Background technology
Along with the extensive use of electronic equipment, the performance requirement of people to the portable power source providing power supply to supplement for electronic equipment is also more and more higher.Occurred the equipment of increasing support wireless charging on the market at present, as wireless charging mobile phone, panel computer, bluetooth earphone etc., corresponding wireless charging portable power source also starts to occur, but when charging to power consumption equipment, also has a lot of problem unresolved.Be inconvenient to use when charging.
Utility model content
Technical problem to be solved in the utility model is: the deficiency existed for prior art, a kind of compact conformation, novel functions are provided, have the wireless charging type portable power source of cradling function, when mobile phone is charged, user is also easy to use mobile phone browsing page, viewing film etc.
For realizing the object of the utility model, be achieved by the following technical solutions: a kind of wireless charging type portable power source, include the power supply main body of a rectangular shape, in power supply main body, storage battery is installed, the control circuit be connected with storage battery, the charging inlet be connected with control circuit respectively and push-button switch; At least one wall of power supply main body is provided with wireless charging output module, and wireless charging output module is connected with control circuit, is connected with first shell outside described power supply main body, and the outside of the first shell is connected with a second housing; The wall area described power supply main body being provided with charging output module is maximum, and four walls adjacent with this wall include two relative long limit walls minor face wall relative with two; One end symmetrical molding of two described long limit walls has two the first positioning heads, and the middle part symmetrical molding of two described long limit walls has two hinge hole a; The rectangular cell body shape of described first shell, the inner circumferential of the first shell and power supply main body size, form fit, first shell includes two long sidewalls and two short sidewalls, and one end of two long sidewalls forms two the first symmetrical positioning ports, and the other end forms two symmetrical hinge hole c; Two described hinge hole a are connected by two first connecting rods with between two hinge hole c, first connecting rod end positions form respectively with the articulated joint of hinge hole a, hinge hole c coordination hinge; Two described first positioning heads respectively first positioning port described with two coordinate and are slidably connected; Described first positioning port includes one and folds location division and at least one launches location division, and relative for power supply main body the first shell is positioned at and folds or deployed condition with folding location division a or launch location division a to coordinate by described first positioning head; The rectangular cell body shape of described second housing, the inner circumferential of second housing and periphery size, the form fit of the first shell, second housing includes two long sidewalls and two short sidewalls, one end of two short sidewalls forms two symmetrically arranged second positioning ports, and the other end forms two symmetrically arranged hinge hole d; Short sidewall one end of described first shell forms two symmetrically arranged second positioning heads, and the other end forms two symmetrically arranged hinge hole b; Be connected by two second connecting rods between two described hinge hole b and two hinge hole d, two second connecting rod end positions form respectively with the articulated joint of hinge hole b, hinge hole d coordination hinge; Two described second positioning heads respectively second positioning port described with two coordinate and are slidably connected, described second positioning port includes one and folds location division b and at least one launches location division b, and the relative second housing of the first shell is positioned at and folds or deployed condition with folding location division b or launch location division b to coordinate by described second positioning head; Be connected with an elastic band between in the middle part of described second housing two long sidewalls, long sidewall forms two articulated columns and elastic band two ends hinged; The wall that described power supply main body is provided with wireless charging output module forms a recess.
Compared with prior art, the beneficial effects of the utility model are: portable power source of the present utility model is by configuration two shells, enable power supply main body be expanded to the state of inclination vertical or horizontally, being convenient to mobile phone is placed on when power supply main body is charged, mobile phone can be supported as support by power supply main body, user-friendly mobile phone simultaneously.When relative first shell of power supply main body launches, one end, power supply principal length direction is lifted, mobile phone browsing page easy to use like this (namely mobile phone is perpendicular screen state), when the relative second housing of power supply main body launches, one end, power supply body width direction is lifted, mobile phone viewing film (namely mobile phone is horizontal screen state) easy to use like this.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model closed state.
Fig. 2 is the configuration state figure that relative first shell of power supply main body of the present utility model launches.
Fig. 3 is the configuration state figure that the relative second housing of power supply main body of the present utility model launches.
Fig. 4 is decomposition texture schematic diagram of the present utility model.
Fig. 5 is the structural representation of power supply main part.
Fig. 6 is the structural representation of embodiment 2.
1, power supply main body; 11, wireless charging output module; 12, first portion is dug; 13, second portion is dug; 14, the first positioning head; 15, hinge hole a; 16, push-button switch; 17, charging inlet; 18, recess; 2, the first shell; 21, the second positioning head; 22, hinge hole b; 23, the first positioning port; 24, hinge hole c; 3, second housing; 31, the second positioning port; 32, hinge hole d; 4, first connecting rod; 5, second connecting rod; 6, elastic band.
Embodiment
With reference to the accompanying drawings embodiment of the present utility model is made a detailed explanation below.
embodiment 1
According to shown in Fig. 1 to Fig. 5, a kind of wireless charging type portable power source described in the present embodiment, includes the power supply main body 1 of a rectangular shape, is provided with storage battery in power supply main body, the control circuit be connected with storage battery, the charging inlet 17 be connected with control circuit respectively and push-button switch 16; At least one wall of power supply main body is provided with wireless charging output module 11, and wireless charging output module is connected with control circuit, and the outside being connected with first shell 2, first shell outside described power supply main body is connected with a second housing 3.
The wall area described power supply main body being provided with charging output module is maximum, and four walls adjacent with this wall include two relative long limit walls minor face wall relative with two; One end symmetrical molding of two described long limit walls has the middle part symmetrical molding of two the first positioning heads, 14, two described long limit walls to have two hinge hole a15.
The rectangular cell body shape of described first shell, the inner circumferential of the first shell and power supply main body size, form fit, first shell includes two long sidewalls and two short sidewalls, one end of two long sidewalls forms two the first symmetrical positioning ports 23, and the other end forms two symmetrical hinge hole c24; Two described hinge hole a are connected by two first connecting rods 4 with between two hinge hole c, first connecting rod end positions form respectively with the articulated joint of hinge hole a, hinge hole c coordination hinge; Two described first positioning heads respectively first positioning port described with two coordinate and are slidably connected; Described first positioning port includes one and folds location division and at least one launches location division, and relative for power supply main body the first shell is positioned at and folds or deployed condition with folding location division a or launch location division a to coordinate by described first positioning head.As shown in Figure 2, after the first positioning head is positioned at and launches a place, location division, namely power supply main body is in stable deployed condition, and under this kind of state, mobile phone is placed in power supply main body and charges, and mobile phone is in fore-and-aft tilt state, is beneficial to and uses mobile phone browsing page.
The rectangular cell body shape of described second housing, the inner circumferential of second housing and periphery size, the form fit of the first shell, second housing includes two long sidewalls and two short sidewalls, one end of two short sidewalls forms two symmetrically arranged second positioning ports 31, and the other end forms two symmetrically arranged hinge hole d32; Short sidewall one end of described first shell forms two symmetrically arranged second positioning heads 21, and the other end forms two symmetrically arranged hinge hole b22; Be connected by two second connecting rods 5 between two described hinge hole b and two hinge hole d, two second connecting rod end positions form respectively with the articulated joint of hinge hole b, hinge hole d coordination hinge; Two described second positioning heads respectively second positioning port described with two coordinate and are slidably connected, described second positioning port includes one and folds location division b and at least one launches location division b, and the relative second housing of the first shell is positioned at and folds or deployed condition with folding location division b or launch location division b to coordinate by described second positioning head.As shown in Figure 3, after the second positioning head is positioned at and launches b place, location division, namely power supply main body is in stable deployed condition, and under this kind of state, mobile phone is placed in power supply main body and charges, and mobile phone is in lateral inclination state, is beneficial to and uses mobile phone viewing film.
Each described first connecting rod, second connecting rod are the bar shaped of thin-walled, two articulated joints on each described first connecting rod, second connecting rod take shape on two faces of first connecting rod or second connecting rod, described articulated joint and hinge hole a, hinge hole b, hinge hole c, hinge hole d snap-fit engagement in the axial direction.By such structure, the assembling of first connecting rod, second connecting rod is very convenient, can not need the auxiliary connection of other connector.
Described charging inlet and push-button switch are arranged on the minor face wall of power supply main body away from first positioning head one end.When not using like this, push-button switch and charging inlet are covered by the first shell, and charging inlet is not fragile, and push-button switch also will be made wireless charging output module in running order by unexpected touching.
Described power supply main body forms one in order to what power supply main body pulled outward from the first shell away from the minor face wall position of first positioning head one end and first digs portion 12; Described power supply main body forms one in order to what power supply main body pulled outward from second housing together with the first housing away from the wall position, long limit of second positioning head one end and second digs portion 13.Two portions of digging are convenient to power supply main body to pull out.
The permanent magnet of phase adhesive is installed near first one end of digging portion between the wall that described power supply main body is relative with the first shell; The permanent magnet 33 of phase adhesive is installed near second one end of digging portion between the wall that described second housing is relative with the first shell.By such structure, when portable power source does not use, each parts can be fixed, and not easily produce accidental damage when carrying.
The portable power source of the present embodiment is by configuration two shells, enable power supply main body be expanded to the state of inclination vertical or horizontally, being convenient to mobile phone is placed on when power supply main body is charged, can power supply main body be supported by mobile phone as support, user-friendly mobile phone simultaneously.When relative first shell of power supply main body launches, one end, power supply principal length direction is lifted, mobile phone browsing page easy to use like this (namely mobile phone is perpendicular screen state), when the relative second housing of power supply main body launches, one end, power supply body width direction is lifted, mobile phone viewing film (namely mobile phone is horizontal screen state) easy to use like this.
embodiment 2
According to shown in Fig. 1 to Fig. 6, a kind of wireless charging type portable power source described in the present embodiment, includes the power supply main body 1 of a rectangular shape, is provided with storage battery in power supply main body, the control circuit be connected with storage battery, the charging inlet 17 be connected with control circuit respectively and push-button switch 16; At least one wall of power supply main body is provided with wireless charging output module 11, and wireless charging output module is connected with control circuit, and the outside being connected with first shell 2, first shell outside described power supply main body is connected with a second housing 3.
The wall area described power supply main body being provided with charging output module is maximum, and four walls adjacent with this wall include two relative long limit walls minor face wall relative with two; One end symmetrical molding of two described long limit walls has the middle part symmetrical molding of two the first positioning heads, 14, two described long limit walls to have two hinge hole a15.
The rectangular cell body shape of described first shell, the inner circumferential of the first shell and power supply main body size, form fit, first shell includes two long sidewalls and two short sidewalls, one end of two long sidewalls forms two the first symmetrical positioning ports 23, and the other end forms two symmetrical hinge hole c24; Two described hinge hole a are connected by two first connecting rods 4 with between two hinge hole c, first connecting rod end positions form respectively with the articulated joint of hinge hole a, hinge hole c coordination hinge; Two described first positioning heads respectively first positioning port described with two coordinate and are slidably connected; Described first positioning port includes one and folds location division and at least one launches location division, and relative for power supply main body the first shell is positioned at and folds or deployed condition with folding location division a or launch location division a to coordinate by described first positioning head.As shown in Figure 2, after the first positioning head is positioned at and launches a place, location division, namely power supply main body is in stable deployed condition, and under this kind of state, mobile phone is placed in power supply main body and charges, and mobile phone is in fore-and-aft tilt state, is beneficial to and uses mobile phone browsing page.
The rectangular cell body shape of described second housing, the inner circumferential of second housing and periphery size, the form fit of the first shell, second housing includes two long sidewalls and two short sidewalls, one end of two short sidewalls forms two symmetrically arranged second positioning ports 31, and the other end forms two symmetrically arranged hinge hole d32; Short sidewall one end of described first shell forms two symmetrically arranged second positioning heads 21, and the other end forms two symmetrically arranged hinge hole b22; Be connected by two second connecting rods 5 between two described hinge hole b and two hinge hole d, two second connecting rod end positions form respectively with the articulated joint of hinge hole b, hinge hole d coordination hinge; Two described second positioning heads respectively second positioning port described with two coordinate and are slidably connected, described second positioning port includes one and folds location division b and at least one launches location division b, and the relative second housing of the first shell is positioned at and folds or deployed condition with folding location division b or launch location division b to coordinate by described second positioning head.As shown in Figure 3, after the second positioning head is positioned at and launches b place, location division, namely power supply main body is in stable deployed condition, and under this kind of state, mobile phone is placed in power supply main body and charges, and mobile phone is in lateral inclination state, is beneficial to and uses mobile phone viewing film.
Each described first connecting rod, second connecting rod are the bar shaped of thin-walled, two articulated joints on each described first connecting rod, second connecting rod take shape on two faces of first connecting rod or second connecting rod, described articulated joint and hinge hole a, hinge hole b, hinge hole c, hinge hole d snap-fit engagement in the axial direction.By such structure, the assembling of first connecting rod, second connecting rod is very convenient, can not need the auxiliary connection of other connector.
Described charging inlet and push-button switch are arranged on the minor face wall of power supply main body away from first positioning head one end.When not using like this, push-button switch and charging inlet are covered by the first shell, and charging inlet is not fragile, and push-button switch also will be made wireless charging output module in running order by unexpected touching.
Described power supply main body forms one in order to what power supply main body pulled outward from the first shell away from the minor face wall position of first positioning head one end and first digs portion 12; Described power supply main body forms one in order to what power supply main body pulled outward from second housing together with the first housing away from the wall position, long limit of second positioning head one end and second digs portion 13.Two portions of digging are convenient to power supply main body to pull out.
The permanent magnet of phase adhesive is installed near first one end of digging portion between the wall that described power supply main body is relative with the first shell; The permanent magnet of phase adhesive is installed near second one end of digging portion between the wall that described second housing is relative with the first shell.By such structure, when portable power source does not use, each parts can be fixed, and not easily produce accidental damage when carrying.
Be connected with an elastic band 6 between in the middle part of described second housing two long sidewalls, long sidewall forms two articulated columns and elastic band two ends hinged; The wall that described power supply main body is provided with wireless charging output module forms a recess 18.In travelling way, mobile phone can be placed on recess 18 position and be overturn by elastic band 16 and be tied down by mobile phone, mobile phone is adjacent to and charges on wireless charging output module.
The portable power source of the present embodiment is by configuration two shells, enable power supply main body be expanded to the state of inclination vertical or horizontally, being convenient to mobile phone is placed on when power supply main body is charged, can power supply main body be supported by mobile phone as support, user-friendly mobile phone simultaneously.When relative first shell of power supply main body launches, one end, power supply principal length direction is lifted, mobile phone browsing page easy to use like this (namely mobile phone is perpendicular screen state), when the relative second housing of power supply main body launches, one end, power supply body width direction is lifted, mobile phone viewing film (namely mobile phone is horizontal screen state) easy to use like this.
Claims (1)
1. a wireless charging type portable power source, includes the power supply main body of a rectangular shape, is provided with storage battery in power supply main body, the control circuit be connected with storage battery, the charging inlet be connected with control circuit respectively and push-button switch; At least one wall of power supply main body is provided with wireless charging output module, and wireless charging output module is connected with control circuit, it is characterized in that:
Be connected with first shell outside described power supply main body, the outside of the first shell is connected with a second housing; The wall area described power supply main body being provided with charging output module is maximum, and four walls adjacent with this wall include two relative long limit walls minor face wall relative with two; One end symmetrical molding of two described long limit walls has two the first positioning heads, and the middle part symmetrical molding of two described long limit walls has two hinge hole a;
The rectangular cell body shape of described first shell, the inner circumferential of the first shell and power supply main body size, form fit, first shell includes two long sidewalls and two short sidewalls, and one end of two long sidewalls forms two the first symmetrical positioning ports, and the other end forms two symmetrical hinge hole c; Two described hinge hole a are connected by two first connecting rods with between two hinge hole c, first connecting rod end positions form respectively with the articulated joint of hinge hole a, hinge hole c coordination hinge; Two described first positioning heads respectively first positioning port described with two coordinate and are slidably connected; Described first positioning port includes one and folds location division and at least one launches location division, and relative for power supply main body the first shell is positioned at and folds or deployed condition with folding location division a or launch location division a to coordinate by described first positioning head;
The rectangular cell body shape of described second housing, the inner circumferential of second housing and periphery size, the form fit of the first shell, second housing includes two long sidewalls and two short sidewalls, one end of two short sidewalls forms two symmetrically arranged second positioning ports, and the other end forms two symmetrically arranged hinge hole d; Short sidewall one end of described first shell forms two symmetrically arranged second positioning heads, and the other end forms two symmetrically arranged hinge hole b; Be connected by two second connecting rods between two described hinge hole b and two hinge hole d, two second connecting rod end positions form respectively with the articulated joint of hinge hole b, hinge hole d coordination hinge; Two described second positioning heads respectively second positioning port described with two coordinate and are slidably connected, described second positioning port includes one and folds location division b and at least one launches location division b, and the relative second housing of the first shell is positioned at and folds or deployed condition with folding location division b or launch location division b to coordinate by described second positioning head;
Be connected with an elastic band between in the middle part of described second housing two long sidewalls, long sidewall forms two articulated columns and elastic band two ends hinged; The wall that described power supply main body is provided with wireless charging output module forms a recess.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520111853.2U CN204391841U (en) | 2015-02-16 | 2015-02-16 | A kind of wireless charging type portable power source |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520111853.2U CN204391841U (en) | 2015-02-16 | 2015-02-16 | A kind of wireless charging type portable power source |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204391841U true CN204391841U (en) | 2015-06-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520111853.2U Expired - Fee Related CN204391841U (en) | 2015-02-16 | 2015-02-16 | A kind of wireless charging type portable power source |
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| Country | Link |
|---|---|
| CN (1) | CN204391841U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105914834A (en) * | 2016-05-21 | 2016-08-31 | 湖南融欣网络科技有限公司 | Power bank with mobile phone support |
-
2015
- 2015-02-16 CN CN201520111853.2U patent/CN204391841U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105914834A (en) * | 2016-05-21 | 2016-08-31 | 湖南融欣网络科技有限公司 | Power bank with mobile phone support |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150610 Termination date: 20160216 |
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| CF01 | Termination of patent right due to non-payment of annual fee |