CN209708073U - The bionics radiator for having preferable heat dissipation performance - Google Patents
The bionics radiator for having preferable heat dissipation performance Download PDFInfo
- Publication number
- CN209708073U CN209708073U CN201920392037.1U CN201920392037U CN209708073U CN 209708073 U CN209708073 U CN 209708073U CN 201920392037 U CN201920392037 U CN 201920392037U CN 209708073 U CN209708073 U CN 209708073U
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- radiating fin
- fin modules
- oblique portion
- heat dissipation
- bionics
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Abstract
The utility model discloses a kind of bionics radiator for having preferable heat dissipation performance, if including radiator fan, radiating fin modules, dry heat pipe, bottom plate；Radiating fin modules have the rear side connecting with radiator fan and the front side away from radiator fan；The rear side that radiating fin modules are at least connect with radiator fan is provided with arc groove, and arc groove sets to the concave from the outside of radiating fin modules, and arc groove extends to the bottom of radiating fin modules from the top of radiating fin modules；The rear side that radiating fin modules are at least connect with radiator fan is provided with the radiating groove of shark fin-shaped, and radiating groove extends to the bottom of radiating fin modules from the top of radiating fin modules, and radiating groove is located at the left side or/and right side of arc groove；Whereby, the structure design for realizing shark fins in bionics, reduces windage, improves the air supply efficiency of radiator fan, to improve the heat dissipation effect of radiator entirety.
Description
Technical field
The utility model relates to radiator field technologies, refer in particular to a kind of bionics heat dissipation for having preferable heat dissipation performance
Device.
Background technique
Existing computer largely uses integrated circuit, and integrated circuit operation can generate high temperature, in order to avoid computer
Situations such as system operation is unstable, component is impaired, it will usually which radiator is set on computer corresponding component.Existing radiator root
It is divided into active heat removal and passive two kinds of heat dissipation according to the mode that radiator takes away heat, the radiator of active heat removal is radiator fan,
The radiator passively to radiate is cooling fin, also some radiators for having both radiator fan and cooling fin simultaneously.But the prior art
In, radiator fan air supply efficiency is low, causes the heat dissipation performance of radiator entirety undesirable.
Therefore, it is necessary to develop the new technology of one kind to solve the above problems.
Utility model content
In view of this, the utility model is in view of the existing deficiencies of the prior art, main purpose be to provide one kind have compared with
The bionics radiator of good heat dissipation performance realizes the structure design of shark fins in bionics, reduces windage, improve scattered
The air supply efficiency of Hot-air fan, to improve the heat dissipation effect of radiator entirety.
To achieve the above object, the utility model is using following technical solution:
A kind of bionics radiator having preferable heat dissipation performance, if including radiator fan, radiating fin modules, xeothermic
Pipe, bottom plate；The radiating fin modules have the rear side connecting with radiator fan and the front side away from radiator fan, the radiator fan
It is connected to the rear side of radiating fin modules；If one end of dry heat pipe is extended upward through from radiating fin modules bottom to radiating fin
The top of module, the other end are all connected on bottom plate；
The rear side that the radiating fin modules are at least connect with radiator fan is provided with arc groove, which radiates certainly
It sets to the concave on the outside of fin module, which extends to the bottom of radiating fin modules from the top of radiating fin modules
Portion；
The rear side that the radiating fin modules are at least connect with radiator fan is provided with the radiating groove of shark fin-shaped, the radiating groove
The bottom of radiating fin modules is extended to from the top of radiating fin modules, the radiating groove be located at arc groove left side or/and
Right side.
As a preferred embodiment, the front side of the radiating fin modules and rear side are provided with arc groove.
As a preferred embodiment, one end of each heat pipe corresponds to corresponding radiating groove setting.
As a preferred embodiment, several partition walls are provided in the radiating groove；Several partition walls successively arrange by spacing,
To form several points of slots.
As a preferred embodiment, the equal integral type of each partition wall is connected to radiating fin modules, and each partition wall is certainly
The center of the outside of radiating fin modules towards radiating fin modules is angularly disposed, each divides slot from the outer of radiating fin modules
The center of side towards radiating fin modules is oblique recessed.
As a preferred embodiment, fastener is connected on the bottom plate, the fastener includes main body and is installed on main body one
The operation panel of side, the operation panel stretch out outside radiating fin modules, and the main body is connected on bottom plate by way of punching press.
As a preferred embodiment, the main body include cross plate portion, the first oblique portion in left side, the oblique portion in the second left side,
The first oblique portion in right side, the second oblique portion in right side, the oblique portion in first left side, the oblique portion's difference integral type connection in the first right side
In the left and right ends of cross plate portion, one end integral type in the oblique portion in second left side is connected to the first oblique portion in left side, described
It is oblique that one end integral type on the second oblique portion in right side is connected to the first right side；Oblique portion, the second right side are oblique on the left of in the of described second
The other end in portion respectively to the left, be extended with fixed part to the right, there are two the operation panels, and two operation panels are individually fixed in two
On fixed part；
Left side stopper section, right side stopper section are respectively arranged in the oblique portion in first left side, the first oblique portion in right side；Institute
Stating has locating slot on bottom plate, the part in the cross plate portion and the first oblique portion in left side, the first oblique portion in right side is respectively positioned on
In locating slot, the inner top side of the locating slot has a limited wall, the oblique portion in the upper end of the cross plate portion and the first left side,
The part upper end on the first oblique portion in right side is limited to limited wall, the left and right sides of the bottom plate be limited to respectively left side stopper section,
Right side stopper section.
As a preferred embodiment, the fixed part has limiting slot, spacing block set, postive stop baffle, the limit flute profile
At in the inside of fixed part, the upward convex top set on fixed part of the spacing block set, the one of the postive stop baffle self-fixed department
It is obliquely extended under lateral, the inner sidewall of the postive stop baffle is located in limiting slot；
The operation panel has U-shaped recessing groove, and the fixed part passes through U-shaped recessing groove, the lateral wall of the U-shaped recessing groove
In limiting slot, the inner sidewall of postive stop baffle is limited on the outside of the lateral wall of the U-shaped recessing groove.
As a preferred embodiment, radiating groove is provided at left and right sides of the arc groove.
As a preferred embodiment, the arc groove is connected with corresponding radiating groove.
The utility model has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technology
Scheme it is found that its mainly pass through arc groove and shark fin-shaped radiating groove combination design, so that it has been imitated nature
Feature (i.e. the shark fins feature of shark) on some species makes it to realize the structure design of shark fins in bionics
Gain air draft and logical wind action can be played, windage is reduced, improves the air supply efficiency of radiator fan, to improve heat dissipation
The heat dissipation effect of device entirety；And the streamlined design of arc groove, it can make that there are one between radiator fan and radiating fin modules
Fixed spacing improves heat dissipation performance to increase the air quantity that radiator fan is produced by boasting；
And fastener is fixed on bottom plate by way of punching press, the operation that fastener is fixedly connected with bottom plate can be improved
Convenience, simplifies connection structure, user-friendly without carrying out the assembling of fastener and bottom plate when assembling.
For structure feature, technological means and its specific purposes achieved and function for more clearly illustrating the utility model
Can, the utility model is described in further detail with specific embodiment with reference to the accompanying drawing.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the embodiment of the utility model；
Fig. 2 is the top view of the embodiment of the utility model；
Fig. 3 is the part-structure stereoscopic schematic diagram of the embodiment of the utility model；
Fig. 4 is the top view of structure shown in Fig. 3；
Fig. 5 is the decomposition diagram of the embodiment of the utility model.
Description of drawing identification:
10, radiator fan 20, radiating fin modules
21, arc groove 22, radiating groove
221, partition wall
30, heat pipe 40, bottom plate
41, locating slot 42, limited wall
50, fastener 51, main body
511, the oblique portion in the 512, first left side of cross plate portion
513, the oblique portion in oblique the 514, first right side of portion in the second left side
515, the oblique portion 516 in the second right side, fixed part
5161, limiting slot 5162, spacing block set
5163, postive stop baffle 517, left side stopper section
518, right side stopper section 52, operation panel
521, U-shaped recessing groove.
Specific embodiment
It please refers to shown in Fig. 1 to Fig. 5, that show the specific structures of the embodiment of the utility model.
The bionics radiator for having preferable heat dissipation performance includes radiator fan 10, radiating fin modules 20, several
Heat pipe 30, bottom plate 40；The radiating fin modules 20 have the rear side connecting with radiator fan 10 and before radiator fans 10
Side, the radiator fan 10 are connected to the rear side of radiating fin modules 20；If one end of dry heat pipe 30 is from radiating fin modules 20
Bottom is extended upward through to the top of radiating fin modules 20, and the other end is all connected on bottom plate 40；The radiating fin modules 20
Front and rear sides are provided with arc groove 21, and the outside of arc groove 21 from the radiating fin modules 20 sets to the concave, the arc
The top of groove 21 from radiating fin modules 20 extends to the bottom of radiating fin modules 20；20 front and back two of radiating fin modules
Side is provided with the radiating groove 22 of shark fin-shaped, and the top of radiating groove 22 from the radiating fin modules 20 extends to radiating fin mould
The bottom of block 20, the radiating groove 22 are located at the left side or/and right side of arc groove 21.Preferably, a left side for the arc groove 21
Right two sides are provided with radiating groove 22, and the arc groove 21 is connected with corresponding radiating groove 22；Preferably, each heat pipe 30
One end correspond to corresponding radiating groove 22 and be arranged；Herein, it is set by the combination of arc groove 21 and the radiating groove of shark fin-shaped 22
Meter, makes it imitate the feature on the existing species of nature (i.e. the shark fins feature of shark), to realize in bionics
The structure of shark fins designs, and can play gain air draft and logical wind action, reduce windage, improve radiator fan 10
Air supply efficiency, to improve the heat dissipation effect of radiator entirety；And the streamlined design of arc groove 21, it can make to radiate
There are certain spacing between fan 10 and radiating fin modules 20, to increase the air quantity that radiator fan 10 is produced by boasting, mention
High heat dissipation performance.
Specifically, several partition walls 221 are provided in the radiating groove 22；Several partition walls 221 successively arrange by spacing, with
Form several points of slots；The equal integral type of each partition wall 221 is connected to radiating fin modules 20, and each partition wall 221 is from heat dissipation
The center of the outside of fin module 20 towards radiating fin modules 20 is angularly disposed, each divides slot from radiating fin modules 20
The center of outside towards radiating fin modules 20 is oblique recessed.
And fastener 50 is connected on the bottom plate 40, the fastener 50 includes main body 51 and is installed on 51 side of main body
Operation panel 52, the operation panel 52 stretches out outside radiating fin modules 20, and the main body 51 is connected to bottom by way of punching press
On plate 40；Whereby, fastener 50 is fixed on bottom plate 40 by way of punching press, fastener 50 can be improved and be fixedly connected with bottom plate 40
Operation ease, simplify connection structure, it is user-friendly without carrying out the assembling of fastener 50 Yu bottom plate 40 when assembling.
Wherein, the main body 51 includes the oblique portion 513 in oblique the 512, second left side of portion in the left side of cross plate portion 511, first, the
The oblique portion 515 in oblique the 514, second right side of portion in one right side, the oblique portion 514 in oblique 512, first right side of portion in the first left side is distinguished
Integral type is connected to the left and right ends of cross plate portion 511, and one end integral type in the oblique portion 513 in second left side is connected to first
The oblique portion 512 in left side, it is oblique that one end integral type in the oblique portion 515 in second right side is connected to the first right side；Described second is left
Skew back is extended with to the left, to the right fixed part 516, the operation panel to the other end in portion, oblique portion 515, the 513, second right side respectively
There are two 52, two operation panels 52 are individually fixed on two fixed parts 516, and it is same that two operation panels 52 are preferably designed for same structure
Size may be alternatively provided as two operation panels of different from different sizes or structure certainly, as shown in figure 5, in
In the present embodiment, different from the size difference and structure of the operation panel of the operation panel and right side in left side；Described first
Oblique the 512, first right side of portion in left side is respectively arranged with left side stopper section 517, right side stopper section 518 in oblique portion 514；The bottom
There is locating slot 41, the portion in the cross plate portion 511 and the first left side oblique portion 514 in oblique the 512, first right side of portion on plate 40
Point be respectively positioned in locating slot 41, the inner top side of the locating slot 41 has a limited wall 42, the upper end of the cross plate portion 511 with
And the part upper end in the oblique portion 514 in oblique the 512, first right side of portion is limited to limited wall 42, a left side for the bottom plate 40 on the left of in the of first
Right two sides are limited to left side stopper section 517, right side stopper section 518 respectively.
In addition, in this present embodiment, the fixed part 516 has limiting slot 5161, spacing block set 5162, postive stop baffle
5163, the limiting slot 5161 is formed in the inside of fixed part 516, and the spacing block set 5162 is upward convex to be set to fixed part 516
Top, the side of 5163 self-fixed department 516 of postive stop baffle is obliquely extended downwards, the postive stop baffle 5163 it is interior
Side wall is located in limiting slot 5161；The operation panel 52 has U-shaped recessing groove 521, and the fixed part 516 passes through U-shaped recessing groove
521, the lateral wall of the U-shaped recessing groove 521 is located in limiting slot 5161, the outside of the lateral wall of the U-shaped recessing groove 521 by
It is limited to the inner sidewall of postive stop baffle 5163.
In conclusion the design focal point of the utility model is, mainly pass through dissipating for arc groove and shark fin-shaped
The combination of heat channel designs, it is made to have imitated the feature on the existing species of nature (i.e. the shark fins feature of shark), thus real
The structure design for having showed shark fins in bionics, can play gain air draft and logical wind action, reduce windage, improve
The air supply efficiency of radiator fan, to improve the heat dissipation effect of radiator entirety；And the streamlined design of arc groove, it can
Make between radiator fan and radiating fin modules that there are certain spacing, to increase the air quantity that radiator fan is produced by boasting, mentions
High heat dissipation performance；And fastener is fixed on bottom plate by way of punching press, it can be improved what fastener was fixedly connected with bottom plate
Operation ease, simplifies connection structure, user-friendly without carrying out the assembling of fastener and bottom plate when assembling.
The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model
Any restrictions, therefore any trickle amendment made by the above technical examples according to the technical essence of the present invention, equivalent change
Change and modify, is still within the scope of the technical solutions of the present invention.
Claims (10)
1. a kind of bionics radiator for having preferable heat dissipation performance, it is characterised in that: including radiator fan, radiating fin mould
If block, dry heat pipe, bottom plate；The radiating fin modules have the rear side connecting with radiator fan and the front side away from radiator fan,
The radiator fan is connected to the rear side of radiating fin modules；If one end of dry heat pipe is extended upward through from radiating fin modules bottom
To the top of radiating fin modules, the other end is all connected on bottom plate；
The rear side that the radiating fin modules are at least connect with radiator fan is provided with arc groove, and the arc groove is from radiating fin
It sets to the concave on the outside of module, which extends to the bottom of radiating fin modules from the top of radiating fin modules；
The rear side that the radiating fin modules are at least connect with radiator fan is provided with the radiating groove of shark fin-shaped, which dissipates certainly
The bottom of radiating fin modules is extended at the top of hot fin module, which is located at the left side or/and right side of arc groove.
2. the bionics radiator according to claim 1 for having preferable heat dissipation performance, it is characterised in that: the heat radiating fin
The front side of piece module and rear side are provided with arc groove.
3. the bionics radiator according to claim 2 for having preferable heat dissipation performance, it is characterised in that: each heat pipe
One end corresponds to corresponding radiating groove setting.
4. the bionics radiator according to claim 1 for having preferable heat dissipation performance, it is characterised in that: the radiating groove
Inside it is provided with several partition walls；Several partition walls successively arrange by spacing, to form several points of slots.
5. the bionics radiator according to claim 4 for having preferable heat dissipation performance, it is characterised in that: each partition wall
Equal integral type is connected to radiating fin modules, and each partition wall is from the outside of radiating fin modules towards radiating fin modules
Center is angularly disposed, each divides center of the slot from the outside of radiating fin modules towards radiating fin modules oblique recessed.
6. the bionics radiator according to claim 1 for having preferable heat dissipation performance, it is characterised in that: on the bottom plate
It is connected with fastener, the fastener includes main body and the operation panel for being installed on body side, and the operation panel stretches out radiating fin mould
Outside block, the main body is connected on bottom plate by way of punching press.
7. the bionics radiator according to claim 6 for having preferable heat dissipation performance, it is characterised in that: the main body packet
Include cross plate portion, the first oblique portion in left side, the oblique portion in the second left side, the oblique portion in the first right side, the second oblique portion in right side, described the
Integral type is connected to the left and right ends of cross plate portion respectively for the one oblique portion in left side, the first oblique portion in right side, and second left side is tiltedly
It is connected to the first oblique portion in left side to one end integral type in portion, one end integral type in the oblique portion in second right side is connected to first
Right side is oblique；The oblique portion in second left side, the second oblique portion in right side the other end respectively to the left, be extended with fixed part to the right,
There are two the operation panels, and two operation panels are individually fixed on two fixed parts；
Left side stopper section, right side stopper section are respectively arranged in the oblique portion in first left side, the first oblique portion in right side；The bottom
There is locating slot, the part in the cross plate portion and the first oblique portion in left side, the first oblique portion in right side is respectively positioned on positioning on plate
In slot, the inner top side of the locating slot has limited wall, the oblique portion in the upper end of the cross plate portion and the first left side, first
The part upper end in the oblique portion in right side is limited to limited wall, and the left and right sides of the bottom plate is limited to left side stopper section, right side respectively
Stopper section.
8. the bionics radiator according to claim 7 for having preferable heat dissipation performance, it is characterised in that: the fixed part
With limiting slot, spacing block set, postive stop baffle, the limiting slot is formed in the inside of fixed part, and the spacing block set is upward convex
Set on the top of fixed part, the side of the postive stop baffle self-fixed department is obliquely extended downwards, the postive stop baffle it is interior
Side wall is located in limiting slot；
The operation panel has U-shaped recessing groove, and the fixed part passes through U-shaped recessing groove, and the lateral wall of the U-shaped recessing groove is located at
In limiting slot, the inner sidewall of postive stop baffle is limited on the outside of the lateral wall of the U-shaped recessing groove.
9. the bionics radiator according to claim 1 for having preferable heat dissipation performance, it is characterised in that: the arc is recessed
Radiating groove is provided at left and right sides of slot.
10. the bionics radiator according to claim 9 for having preferable heat dissipation performance, it is characterised in that: the arc
Groove is connected with corresponding radiating groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920392037.1U CN209708073U (en) | 2019-03-26 | 2019-03-26 | The bionics radiator for having preferable heat dissipation performance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920392037.1U CN209708073U (en) | 2019-03-26 | 2019-03-26 | The bionics radiator for having preferable heat dissipation performance |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209708073U true CN209708073U (en) | 2019-11-29 |
Family
ID=68647790
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920392037.1U Active CN209708073U (en) | 2019-03-26 | 2019-03-26 | The bionics radiator for having preferable heat dissipation performance |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209708073U (en) |
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2019
- 2019-03-26 CN CN201920392037.1U patent/CN209708073U/en active Active
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