CN208174756U - A kind of solar recharging phone housing to radiate - Google Patents
A kind of solar recharging phone housing to radiate Download PDFInfo
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- CN208174756U CN208174756U CN201820540442.9U CN201820540442U CN208174756U CN 208174756 U CN208174756 U CN 208174756U CN 201820540442 U CN201820540442 U CN 201820540442U CN 208174756 U CN208174756 U CN 208174756U
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- phone housing
- radiate
- heat
- solar recharging
- solar
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Abstract
The utility model discloses the solar recharging phone housings that one kind can radiate, including phone housing ontology, photoelectric conversion assembly and radiator；Phone housing ontology includes this external back side, this external front edge portion, body internal surface and four this body side surfaces that are that phone housing ontology surrounding is arranged in and being located between this external back side and this external front edge portion；Photoelectric conversion assembly is set to the described external back side, and radiator is set in body internal surface and deviates from the photoelectric conversion assembly；Radiator is made of the connecting conduit for being bonded the heat sink in described external front edge portion, being bonded the heat absorption container of body internal surface and being respectively arranged on four this body side surface four corners of phone housing ontology；Connecting conduit one end is connected with heat sink, and the connecting conduit other end is connected with heat absorption container, and penetrates through the heat sink and the heat absorption container.The utility model phone housing not only has the function of charging at any time, also has quickly and effectively heat sinking function.
Description
Technical field
The utility model relates to a kind of cell-phone cover, outside more specifically to a kind of solar recharging mobile phone that can be radiated
Shell.
Background technique
Since present smart phone has multiple functions, causes its system to generate amount of heat when running, especially exist
Hot weather is easy to happen explosion, causes safety accident.It is fast that there is also power consumption rates simultaneously, the problem of not enough power supply occurs, special
It is not to be away from home to be difficult to seek charging jack to make troubles.Current chargeable mobile phone shell, as CN205336347U is special
Benefit discloses a kind of its solar panel of chargeable mobile phone shell, is specifically mounted in enclosure slot, structure is complicated, and does not have
Heat sinking function may explode in charging, and security performance is low.And the mobile phone shell such as CN203912015U with heat sinking function
Although patent discloses one kind can radiate mobile phone shell, but it is voluntarily to realize heat dissipation using air flowing in bottom installation blade,
It can be generated in radiation processes noise, volume it is big, not Portable belt the problems such as and do not have charge function.
Utility model content
The purpose of the utility model is to provide in view of the deficiencies of the prior art, provide a kind of solar charging that can be radiated
Electric phone housing can utilize solar recharging, illumination is converted to electric energy in place of overcome the deficiencies in the prior art,
It is energy conservation and environmental protection, easy to use；And using liquid radiating method can enhance heat-sinking capability, reduce volume, avoid energy consumption,
The advantages that reducing noise.
In order to solve the above-mentioned technical problem, the technical solution of the utility model is as follows：Turn including phone housing ontology, photoelectricity
Change assembly and radiator；
The phone housing ontology includes this external back side, front edge portion, body internal surface and setting exist in vitro for this
Phone housing ontology surrounding and four this body side surfaces being located between this external back side and this external front edge portion；
The photoelectric conversion assembly be set to the described external back side, the radiator be set to the body internal surface on and
Away from the photoelectric conversion assembly；
The radiator is by being bonded the heat sink in described external front edge portion, being bonded the suction of the body internal surface
Heat container and the connecting conduit composition for being respectively arranged on four this body side surface four corners of phone housing ontology；The connecting conduit
One end is connected with heat sink, and the connecting conduit other end is connected with heat absorption container, and penetrates through the heat sink and the heat absorption
Container.
Compared with prior art, the photoelectric conversion assembly of the utility model and radiator are arranged at phone housing ontology
On, so that the mobile phone shell is integrated functions as one i.e. while having the function of charging and heat dissipation, and designs reasonable, structure letter
List is easily worked.And this phone housing is equipped with this external front edge portion, not only can surprisingly wear to avoid mobile phone, Er Qieben
External front edge portion is equipped with heat sink, and making the phone housing of the utility model, heat dissipation effect is more compared with the prior art
It is good.
Preferably, being equipped with solar panel in the photoelectric conversion assembly and being connect with solar panel steady
Pressure current stabilization circuit plate and the USB interface being connect with circuit board.
Preferably, the solar panel is photovoltaic battery panel.
Preferably, the appearance of the solar panel has one layer of EVA film, light transmittance with higher and anti-aging
Ability.
Preferably, one layer of TPT film of the upper covering of the EVA film, is a kind of polyvinyl fluoride, reflection is risen to sunlight and is made
With, therefore module operating temperature can be reduced, improve the efficiency of component.
Preferably, the heat sink fits on phone housing sheet external front edge portion edge, width is
0.4-0.6cm can live mobile phone nesting, and the heat sink is additionally provided with needle-like heat release hole, and hot steam is discharged.
Compared with prior art, the utility model is additionally arranged needle-like heat release hole on heat sink, and not only there is auxiliary to dissipate
Heat function, and avoid steam liquefied and stay in heat sink, cause follow-up steam not to be discharged normally.
Preferably, being equipped with TEX film at the port of the connecting conduit both ends, which penetrate liquid can not, but can
Go out discharge of steam.
Compared with prior art, the utility model is additionally arranged TEX film at connecting conduit both ends, and steam liquefied is avoided to flow back
Into heat absorption container, to dilute the thermal liquid in heat absorption container, the heat-absorbing action of thermal liquid is reduced.
Preferably, the heat absorption container far from one surface of phone housing body internal surface be equipped with for mobile phone outer surface
Another surface of the flexible thermal conductive material layer directly contacted, the heat absorption container is contacted with phone housing body internal surface.It is described
Container side of absorbing heat is equipped with a liquid injection hole.
Preferably, the liquid injection hole seals with rubber stopper, contain thermal liquid in the heat absorption container.
The thermal liquid be trifluorobichloroethane compound, boiling points near room temperature, thus absorb heat container contain hydrothermal solution
Body easily boils, and release steam is to absorb heat.
Preferably, the thermal liquid is injected by the liquid injection hole of side, sealed with rubber stopper after injection.
In conclusion the utility model has the advantages that compared with the background art：By by radiator and light
Electricity conversion assembly is integrated, and when mobile phone generates a large amount of heat, thermal liquid is filled in the heat absorption container of radiator will
The heat that mobile phone issues is absorbed, thermal liquid is partially converted into steam after absorbing heat, and steam penetrates TEX film along connecting tube
Heat dissipation plate surface is reached, steam is discharged by needle-like heat release hole for heat sink.It uses the method for liquid radiating, can enhance scattered
Thermal energy power reduces volume, avoids energy consumption, reduces the advantages that noise；When being away from home using mobile phone generation not enough power supply,
It is produced electricl energy under the action of illumination by solar panel, is powered by voltage stabilization and current stabilization device and circuit board to mobile phone.Nothing
It need to be charged the phone using charger, effectively avoid the problem that mobile phone in outer not enough power supply, while having energy conservation and environmental protection, user
Just the advantages that.
Detailed description of the invention
Fig. 1 is the solar mobile outer cover body schematic diagram that can radiate；
Fig. 2 is the solar mobile shell front view that can radiate；
Fig. 3 is the solar mobile shell rear surface structural schematic diagram that can radiate；
Fig. 4 is the photoelectric conversion assembly perspective view of solar mobile shell of can radiating；
Fig. 5 is the side structure schematic diagram of solar mobile shell of can radiating；
Fig. 6 is the connecting conduit enlarged drawing of solar mobile shell of can radiating；
Fig. 7 is the solar recharging system work flow diagram of solar mobile shell of can radiating；
In figure, 1- phone housing ontology, the external back side of 11- sheet, the external front edge portion of 12- sheet, 13- body internal surface,
This body side surface of 14-, 2- photoelectric conversion assembly, 21- solar panel, 211-EVA film, 212-TPT film, 3- radiator, 31-
Heat sink, 32- connecting conduit, 33- heat absorption container, 311- needle-like heat release hole, 321-TEX film, 331- flexible thermal conductive material layer,
332- liquid injection hole, 333- thermal liquid.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.This specific embodiment is only practical new to this
The explanation of type is not limitations of the present invention.
Embodiment is shown in attached drawing 1-6, the solar recharging phone housing that can be radiated, including phone housing ontology 1, photoelectricity turn
Change assembly 2 and radiator 3；
Phone housing ontology 1 includes this external back side 11, this external front edge portion 12, body internal surface 13 and setting
In four this body side surfaces 1 surrounding of phone housing ontology and between this external back side 11 and this external front edge portion 12
14；
Photoelectric conversion assembly 2 is set to this external back side 11, and radiator 3 is set in body internal surface 13 and turns away from photoelectricity
Change assembly 2；
Radiator 3 is held by the heat absorption for being bonded the heat sink 31, fitting body internal surface 13 in this external front edge portion 12
Device 33 and the connecting conduit 32 for being respectively arranged on 1 four 14 four corners of this body side surface of phone housing ontology form；Connecting conduit 32
One end is connected with heat sink 31, and 32 other end of connecting conduit is connected with heat absorption container 33, and penetrates through heat sink 31 and heat absorption container
33。
Equipped with solar panel 21 and the voltage stabilization and current stabilization circuit being connect with solar panel in photoelectric conversion assembly 2
Plate and the USB interface being connect with circuit board.
Photoelectric conversion assembly 2, produces electricl energy under the action of illumination, converts light energy into electric energy using photovoltaic effect
Mobile phone is powered, solar panel 21, which is produced electricl energy, is converted to the voltage to charge for mobile phone through voltage stabilization and current stabilization device,
Circuit conducting at this time reaches USB port.
The surface of solar panel cover one layer of EVA film 211 as the bridging agent between TPT film 212 its have compared with
High light transmittance and ageing resistance.
TPT film 212 is attached at the outer surface of EVA film 211, is a kind of polyvinyl fluoride, for white, plays reflection to sunlight and makees
With, therefore the efficiency of component is slightly improved, and because of its infrared emittance with higher, can also reduce the work temperature of component
Degree is also beneficial to improve the efficiency of component.
Heat sink 31 fits on 1 external front edge portion of phone housing ontology edge, width 0.4-
0.6cm can live mobile phone nesting, and heat sink 31 is additionally provided with needle-like heat release hole 311, partially evaporate after thermal liquid absorbs heat
It can be discharged by needle-like heat release hole 311 for steam.
TEX film 321 is equipped at 32 both ends port of connecting conduit, which penetrate liquid can not, but steam can be made to arrange
It releases.
33 upper surface of container absorb heat equipped with flexible thermal conductive material layer 331, which can be straight with mobile phone outer surface
Contact, guarantees the absorption of heat, and heat absorption container lower surface is contacted with phone housing body internal surface.Heat absorption container side is equipped with
One liquid injection hole 332, can seal with rubber stopper, and contain thermal liquid 333 in heat absorption container.
Thermal liquid 333, thermal liquid 333 are transferred heat to by the container 33 that absorbs heat when mobile phone distributes amount of heat
It is partially evaporated to steam after absorbing heat, steam reaches heat sink 31 along connecting conduit 32.
Thermal liquid 333 be trifluorobichloroethane compound, boiling points near room temperature, thus absorb heat container 33 inside just
Normal operating pressure is relatively low, is usually no more than 0.3MPa.
Thermal liquid 333 is injected by the liquid injection hole of side, is sealed with rubber stopper after injection.
The mobile phone heat dissipation course of work：Before use, thermal liquid 333 is passed through the injection heat absorption container 33 of liquid injection hole 332
Interior, when mobile phone generates a large amount of heat, the container 33 that absorbs heat is by the heat transfer in cell-phone heating face to thermal liquid 333, heat-carrying
Liquid 333 absorbs the heat that mobile phone issues, and the heat of absorption is partially converted into steam, and steam is penetrated along connecting conduit 32
TEX film 321 reaches 31 surface of heat sink, is radiated by heat sink 31, while some vapor passes through needle-like heat release hole 311
Heat dissipation is realized in discharge.
Claims (10)
1. the solar recharging phone housing that one kind can radiate, it is characterised in that：Including phone housing ontology（1）, photoelectric conversion
Assembly（2）And radiator（3）；
The phone housing ontology（1）Including this external back side（11）, this external front edge portion（12）, body internal surface（13）
And it is arranged in phone housing ontology（1）Surrounding and be located at this external back side（11）With this external front edge portion（12）Between
Four this body side surfaces（14）；
The photoelectric conversion assembly（2）Set on the described external back side（11）, the radiator（3）The table in the ontology
Face（13）Above and deviate from the photoelectric conversion assembly（2）；
The radiator（3）By being bonded described external front edge portion（12）Heat sink（31）, in the fitting ontology
Surface（13）Heat absorption container（33）And it is respectively arranged on phone housing ontology（1）Four this body side surfaces（14）The company of four corners
Connect conduit（32）Composition；The connecting conduit（32）One end is connected with heat sink（31）, the connecting conduit（32）The other end connects
It is connected to heat absorption container（33）, and penetrate through the heat sink（31）With the heat absorption container（33）.
2. the solar recharging phone housing according to claim 1 to radiate, it is characterised in that：The photoelectric conversion is total
At（2）It is interior to be equipped with solar panel（21）And the voltage stabilization and current stabilization circuit board that is connect with solar panel and connect with circuit board
The USB interface connect.
3. the solar recharging phone housing according to claim 2 to radiate, it is characterised in that the solar-electricity
Pond plate（21）For photovoltaic battery panel.
4. the solar recharging phone housing according to claim 2 to radiate, it is characterised in that：The solar battery
The outer surface of plate is provided with the EVA film of one or two layers or more（211）.
5. the solar recharging phone housing according to claim 4 to radiate, it is characterised in that：The EVA film（211）
Upper surface covering one or two layers more than TPT film（212）.
6. the solar recharging phone housing according to claim 1 to radiate, which is characterized in that the heat sink（31）
Fit in this external front edge portion（12）On edge, width 0.4-0.6cm.
7. the solar recharging phone housing according to claim 3 to radiate, which is characterized in that the heat sink（31）
It is additionally provided with the needle-like heat release hole for hot steam to be discharged（311）.
8. the solar recharging phone housing according to claim 3 to radiate, which is characterized in that the connecting conduit
（32）The TEX film for discharge of steam is equipped at the port of both ends（321）.
9. the solar recharging phone housing according to claim 3 to radiate, which is characterized in that the heat absorption container
（33）Far from phone housing body internal surface（13）A surface be equipped with flexible thermal conductive for directly contacting with mobile phone outer surface
Material layer（331）, the heat absorption container（33）Another surface and phone housing body internal surface（13）Contact；The heat absorption container
Side is equipped with for for thermal liquid（333）The liquid injection hole of injection（332）.
10. the solar recharging phone housing according to claim 9 to radiate, which is characterized in that the liquid injection
Hole（332）It is equipped with the rubber stopper for sealing, the heat absorption container（33）Inside contain thermal liquid（333）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820540442.9U CN208174756U (en) | 2018-04-17 | 2018-04-17 | A kind of solar recharging phone housing to radiate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820540442.9U CN208174756U (en) | 2018-04-17 | 2018-04-17 | A kind of solar recharging phone housing to radiate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208174756U true CN208174756U (en) | 2018-11-30 |
Family
ID=64370756
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820540442.9U Active CN208174756U (en) | 2018-04-17 | 2018-04-17 | A kind of solar recharging phone housing to radiate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208174756U (en) |
-
2018
- 2018-04-17 CN CN201820540442.9U patent/CN208174756U/en active Active
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