CN205266099U - Integral aluminum alloy radiator - Google Patents
Integral aluminum alloy radiator Download PDFInfo
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- CN205266099U CN205266099U CN201520937135.0U CN201520937135U CN205266099U CN 205266099 U CN205266099 U CN 205266099U CN 201520937135 U CN201520937135 U CN 201520937135U CN 205266099 U CN205266099 U CN 205266099U
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- aluminium template
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- radiating ribs
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Abstract
The utility model provides an integral aluminum alloy radiator, including the radiator main part, be equipped with at least one installed part in the radiator main part, the radiator main part includes first aluminium template, second aluminium template, third aluminium template and fourth aluminium template, first aluminium template is kept away from third aluminium template one side and is equipped with a plurality of first heat dissipation muscle, and first heat dissipation muscle is kept away from first aluminium template one end and all is connected with first arc heating panel, second aluminium template is kept away from fourth aluminium template one side and is equipped with a plurality of seconds heat dissipation muscle, and second heat dissipation muscle is kept away from second aluminium template one end and all is connected with second arc heating panel, third aluminium template is kept away from first aluminium template one side and is equipped with a plurality of thirds heat dissipation muscle, and third heat dissipation muscle is kept away from third aluminium template one end and all is connected with third arc heating panel, fourth aluminium template is kept away from second aluminium template one side and is equipped with a plurality of fourths heat dissipation muscle, and fourth heat dissipation muscle is kept away from fourth aluminium template one end and all is connected with fourth arc heating panel. The utility model discloses simple structure, simple to operate, heat dispersion is excellent.
Description
Technical field
The utility model relates to heat radiator aluminium profile technical field, relates in particular to a kind of integral aluminum alloy heat radiationDevice.
Background technology
At present, along with the transfer capability of power circuit continues to increase, power consumption increases thereupon, various electronic componentsAlso therefore produce huge heat, brought heat dissipation problem, produced radiator thereupon. Radiator is generalAdopt heat-dissipation aluminum sectional material etc. is directly installed on the chips such as CPU, then coordinate radiator fan to dispel the heat, and rightIn compared with large equipment, generally utilize the elements such as heat pipe to coordinate with heat-dissipation aluminum sectional material and fan and realize heat radiation.
Aluminium section bar is exactly that aluminium bar passes through hot melt, extruding, thereby obtains the aluminum of different cross section. Aluminium is madeMake more lightly, attractive in appearance than steel, timber, and fire protecting performance is good, thereby is deeply subject to users' happinessLike, in people's practical life, just have a lot of things need to use aluminium section bar, such as radiator. Along with meritThe transfer capability of rate circuit constantly increases, and power consumption increases thereupon, and therefore various electronic components have also produced moreMany heat energy, is easy to because excess Temperature is burned as not in time heat energy dredged to electronic component, thus meetingCause unnecessary trouble, therefore rational in infrastructure in the urgent need to one on market, thermal diffusivity excellence and installation sideJust radiator.
Utility model content
Based on the technical problem existing in background technology, the utility model proposes a kind of integral aluminum alloy looseHot device.
A kind of integral aluminum alloy radiator the utility model proposes, comprises radiator body, radiatorBody is provided with at least one installed part, wherein:
Radiator body comprises the first aluminium template, the second aluminium template, the 3rd aluminium template and the 4th aluminium template, theOne aluminium template, the second aluminium template, the 3rd aluminium template, the 4th aluminium template successively head and the tail are connected to form back-shaped structure;
The first aluminium template is provided with multiple the first radiating ribs away from the 3rd aluminium template one side, and the first radiating ribs is away fromOne aluminium template one end is all connected with the first arc heat sink, is equipped with the first spiral loose on the first radiating ribs outer wallHot fin; The second aluminium template is provided with multiple the second radiating ribs away from the 4th aluminium template one side, and the second radiating ribs is far awayAll be connected with the second arc heat sink from second aluminium template one end, on the second radiating ribs outer wall, be equipped with the second spiral shellRevolve radiating fin; The 3rd aluminium template is provided with multiple the 3rd radiating ribs away from the first aluminium template one side, the 3rd heat radiationMuscle is all connected with the 3rd arc heat sink away from the 3rd aluminium template one end, is equipped with on the 3rd radiating ribs outer wallTriple helical radiating fin; The 4th aluminium template is provided with multiple the 4th radiating ribs, the 4th away from the second aluminium template one sideRadiating ribs is all connected with the 4th arc heat sink away from the 4th aluminium template one end, on the 4th radiating ribs outer wall, all establishesThere is the 4th spiral heat dissipation fin.
Preferably, the screw diameter of the first spiral heat dissipation fin near first aluminium template one end to away from firstAluminium template one end increases gradually.
Preferably, the screw diameter of the second spiral heat dissipation fin near second aluminium template one end to away from secondAluminium template one end increases gradually.
Preferably, the screw diameter of triple helical radiating fin near the 3rd aluminium template one end to away from the 3rdAluminium template one end increases gradually.
Preferably, the screw diameter of the 4th spiral heat dissipation fin near the 4th aluminium template one end to away from the 4thAluminium template one end increases gradually.
Preferably, the first arc heat sink both sides are connected with the first aluminium template by the first reinforcement respectively; TheTwo arc heat sink both sides are connected with the second aluminium template by the second reinforcement respectively; The 3rd arc heat sink twoSide is connected with the 3rd aluminium template by the 3rd reinforcement respectively; The 4th arc heat sink both sides are respectively by the 4thReinforcement is connected with the 4th aluminium template.
Preferably, the first aluminium template, the second aluminium template, the 3rd aluminium template, the 4th aluminium template connect successivelyPosition is equipped with installed part, the first aluminium template, the second aluminium template, the 3rd aluminium template, the 4th aluminium template,Installed part is all one-body molded.
In the utility model, the first aluminium template, the second aluminium template, the 3rd aluminium template, the 4th aluminium template are complied withInferior head and the tail are connected to form the radiator body of back-shaped structure, by the first radiating ribs, the second radiating ribs, the 3rdRadiating ribs, the 4th radiating ribs respectively by electronic component work produce heat conduct to the first arc heat sink,The second arc heat sink, the 3rd arc heat sink, the 4th arc heat sink, the first arc heat sink, secondArc heat sink, the 3rd arc heat sink, the 4th arc heat sink are gone out dissipation of heat, and the first spiral is looseHot fin, the second spiral heat dissipation fin, triple helical radiating fin, the 4th spiral heat dissipation fin are accelerated heatConduction of velocity, effectively accelerates radiating rate. The utility model is simple in structure, easy for installation, and heat dispersion is excellentDifferent, the heat that can in time electronic component work be produced is dredged away in time.
Brief description of the drawings
Fig. 1 is a kind of integral aluminum alloy heat spreader structures schematic diagram the utility model proposes.
Detailed description of the invention
With reference to Fig. 1, the utility model proposes a kind of integral aluminum alloy radiator, comprise radiator body, itsIn:
Radiator body comprises the first aluminium template 2, the second aluminium template 3, the 3rd aluminium template 4 and the 4th aluminium template5, the first aluminium templates 2, the second aluminium template 3, the 3rd aluminium template 4, the 4th aluminium template 5 successively head and the tail connect shapeBecome back-shaped structure. The first aluminium template 2, the second aluminium template 3, the 3rd aluminium template 4, the 4th aluminium template 5 are successivelyThe position connecting be equipped with installed part 1, the first aluminium template 2, the second aluminium template 3, the 3rd aluminium template 4,The 4th aluminium template 5, installed part 1 are all one-body molded.
The first aluminium template 2 is provided with multiple the first radiating ribs 6, the first radiating ribs 6 away from the 3rd aluminium template 4 one sidesAll be connected with the first arc heat sink 7 away from first aluminium template 2 one end, on the first radiating ribs 6 outer walls, all establishThere is the first spiral heat dissipation fin 8; The second aluminium template 3 is provided with multiple the second heat radiations away from the 4th aluminium template 5 one sidesMuscle 10, the second radiating ribs 10 are all connected with the second arc heat sink 11 away from second aluminium template 3 one end, theOn two radiating ribs 10 outer walls, be equipped with the second spiral heat dissipation fin 12; The 3rd aluminium template 4 is away from the first aluminium template2 one sides be provided with multiple the 3rd radiating ribs 14, the three radiating ribs 14 away from the 3rd aluminium template 4 one end all with the 3rdArc heat sink 15 connects, and on the 3rd radiating ribs 14 outer walls, is equipped with triple helical radiating fin 16; The 4thAluminium template 5 is provided with multiple the 4th radiating ribs 18, the four radiating ribs 18 away from away from the second aluminium template 3 one sidesFour aluminium template 5 one end are all connected with the 4th arc heat sink 19, are equipped with on the 4th radiating ribs 18 outer wallsFour spiral heat dissipation fins 20.
In specific design, the screw diameter of the first spiral heat dissipation fin 8 is from close first aluminium template 2 one endTo increasing gradually away from first aluminium template 2 one end. The screw diameter of the second spiral heat dissipation fin 12 is near theTwo aluminium template 3 one end are to increasing gradually away from second aluminium template 3 one end. The spiral shell of triple helical radiating fin 16Revolve diameter from close the 3rd aluminium template 4 one end to increasing gradually away from the 3rd aluminium template 4 one end. The 4th spiralThe screw diameter of radiating fin 20 near the 4th aluminium template 5 one end to away from the 4th aluminium template 5 one end graduallyIncrease. By above design, effectively strengthen the heat-sinking capability of radiator.
In specific design, the first arc heat sink 7 both sides are respectively by the first reinforcement 9 and the first aluminium typePlate 2 connects; The second arc heat sink 11 both sides connect by the second reinforcement 13 and the second aluminium template 3 respectivelyConnect; The 3rd arc heat sink 15 both sides are connected with the 3rd aluminium template 4 by the 3rd reinforcement 17 respectively; TheFour arc heat sink 19 both sides are connected with the 4th aluminium template 5 by the 4th reinforcement 21 respectively. By more thanDesign, effectively increased the intensity of radiator.
A kind of integral aluminum alloy radiator the utility model proposes, the first aluminium template 2, the second aluminium template 3,The 3rd aluminium template 4, the 4th aluminium template 5 successively head and the tail are connected to form the radiator body of back-shaped structure, by theOne radiating ribs 6, the second radiating ribs 10, the 3rd radiating ribs 14, the 4th radiating ribs 18 are respectively by electronic component workThe heat that work produces conducts to the first arc heat sink 7, the second arc heat sink 11, the 3rd arc heat sink15, the 4th arc heat sink 19, the first arc heat sinks 7, the second arc heat sink 11, the 3rd arc fall apartHot plate 15, the 4th arc heat sink 19 are gone out dissipation of heat, and the first arc heat sink 7, the second arc fall apartHot plate 11, the 3rd arc heat sink 15, the 4th arc heat sink 19 and air contact area are large, rapid heat dissipation,The first spiral heat dissipation fin 8, the second spiral heat dissipation fin 12, triple helical radiating fin 16, the 4th spiralRadiating fin 20 is accelerated heat conduction of velocity, effectively accelerates radiating rate. The utility model is simple in structure, peaceDress is convenient, heat dispersion excellence, and the heat that can in time electronic component work be produced is dredged away in time.
The above, be only preferably detailed description of the invention of the utility model, but protection model of the present utility modelEnclose and be not limited to this, any be familiar with those skilled in the art the utility model disclose technology modelIn enclosing, be equal to replacement or changed according to the technical solution of the utility model and utility model design thereof, allWithin should being encompassed in protection domain of the present utility model.
Claims (7)
1. an integral aluminum alloy radiator, is characterized in that, comprises radiator body, and radiator body is provided with at least one installed part (1), wherein:
Radiator body comprises the first aluminium template (2), the second aluminium template (3), the 3rd aluminium template (4) and the 4th aluminium template (5), and the first aluminium template (2), the second aluminium template (3), the 3rd aluminium template (4), the 4th aluminium template (5) successively head and the tail are connected to form back-shaped structure;
The first aluminium template (2) is provided with multiple the first radiating ribs (6) away from the 3rd aluminium template (4) one sides, the first radiating ribs (6) is all connected with the first arc heat sink (7) away from first aluminium template (2) one end, is equipped with the first spiral heat dissipation fin (8) on the first radiating ribs (6) outer wall; The second aluminium template (3) is provided with multiple the second radiating ribs (10) away from the 4th aluminium template (5) one sides, the second radiating ribs (10) is all connected with the second arc heat sink (11) away from second aluminium template (3) one end, is equipped with the second spiral heat dissipation fin (12) on the second radiating ribs (10) outer wall; The 3rd aluminium template (4) is provided with multiple the 3rd radiating ribs (14) away from the first aluminium template (2) one sides, the 3rd radiating ribs (14) is all connected with the 3rd arc heat sink (15) away from the 3rd aluminium template (4) one end, on the 3rd radiating ribs (14) outer wall, is equipped with triple helical radiating fin (16); The 4th aluminium template (5) is provided with multiple the 4th radiating ribs (18) away from the second aluminium template (3) one sides, the 4th radiating ribs (18) is all connected with the 4th arc heat sink (19) away from the 4th aluminium template (5) one end, on the 4th radiating ribs (18) outer wall, is equipped with the 4th spiral heat dissipation fin (20).
2. integral aluminum alloy radiator according to claim 1, it is characterized in that, the screw diameter of the first spiral heat dissipation fin (8) is from close first aluminium template (2) one end to increasing gradually away from first aluminium template (2) one end.
3. integral aluminum alloy radiator according to claim 1, it is characterized in that, the screw diameter of the second spiral heat dissipation fin (12) is from close second aluminium template (3) one end to increasing gradually away from second aluminium template (3) one end.
4. according to the integral aluminum alloy radiator described in any one in claim 1-3, it is characterized in that, the screw diameter of triple helical radiating fin (16) is from close the 3rd aluminium template (4) one end to increasing gradually away from the 3rd aluminium template (4) one end.
5. according to the integral aluminum alloy radiator described in any one in claim 1-3, it is characterized in that, the screw diameter of the 4th spiral heat dissipation fin (20) is from close the 4th aluminium template (5) one end to increasing gradually away from the 4th aluminium template (5) one end.
6. according to the integral aluminum alloy radiator described in any one in claim 1-3, it is characterized in that, the first arc heat sink (7) both sides are connected with the first aluminium template (2) by the first reinforcement (9) respectively; The second arc heat sink (11) both sides are connected with the second aluminium template (3) by the second reinforcement (13) respectively; The 3rd arc heat sink (15) both sides are connected with the 3rd aluminium template (4) by the 3rd reinforcement (17) respectively; The 4th arc heat sink (19) both sides are connected with the 4th aluminium template (5) by the 4th reinforcement (21) respectively.
7. according to the integral aluminum alloy radiator described in any one in claim 1-3, it is characterized in that, the position that the first aluminium template (2), the second aluminium template (3), the 3rd aluminium template (4), the 4th aluminium template (5) connect is successively equipped with installed part (1), and the first aluminium template (2), the second aluminium template (3), the 3rd aluminium template (4), the 4th aluminium template (5), installed part (1) are all one-body molded.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520937135.0U CN205266099U (en) | 2015-11-20 | 2015-11-20 | Integral aluminum alloy radiator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520937135.0U CN205266099U (en) | 2015-11-20 | 2015-11-20 | Integral aluminum alloy radiator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205266099U true CN205266099U (en) | 2016-05-25 |
Family
ID=56007595
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520937135.0U Expired - Fee Related CN205266099U (en) | 2015-11-20 | 2015-11-20 | Integral aluminum alloy radiator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205266099U (en) |
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2015
- 2015-11-20 CN CN201520937135.0U patent/CN205266099U/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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160525 Termination date: 20161120 |