CN205912421U - Radiator combined structure - Google Patents
Radiator combined structure Download PDFInfo
- Publication number
- CN205912421U CN205912421U CN201620860250.7U CN201620860250U CN205912421U CN 205912421 U CN205912421 U CN 205912421U CN 201620860250 U CN201620860250 U CN 201620860250U CN 205912421 U CN205912421 U CN 205912421U
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- Prior art keywords
- radiator
- circuit board
- combined structure
- inclined portion
- heat
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Abstract
The utility model relates to a radiator combined structure indicates an easy dismounting especially and can stabilize the lock and the radiator combined structure of reduction cost of manufacture, including a radiator and a fastener, wherein the bottom side level of this radiator is extended has an at least exhibition portion, and the base both sides of this fastener are extended respectively and are had a side and be formed with a recess, are provided with in this recess this radiator and a circuit board, and this side is formed with an at least eaves portion to this side extends the oblique portion that is provided with on the fin, its exhibition portion is established to the relative card of the ora terminalis of portion to one side, with this, this radiator and this circuit board set up in in the time of in this recess, its circuit board sets up in this eaves portion, and the electronic component of this circuit board upside is then attached the bottom of radiator to the exhibition portion of this radiator is established by this oblique portion card, and then reaches easy dismounting and can stabilize the lock and the efficiency person of reduction cost of manufacture.
Description
Technical field
This utility model is related to a kind of combined structure of heat radiator, espespecially a kind of easy accessibility and can stably fasten and reduce
The combined structure of heat radiator of cost of manufacture.
Background technology
Fast-developing with electronics and information industry, the electronic component disposal ability such as central processing unit is constantly lifted, and when electricity
Heat energy can be produced when subcomponent is operated, and its treatment effeciency and life-span will be affected when electronic component heat energy is too high, because
This dealer can use the heat-conduction component its electronic component being absorbed heat with being radiated to carry out heat conduction and radiating, and its conduction of heat unit
Part is usually the heat abstractor such as radiator or heat-conducting plate, but described heat abstractor cannot being directly fixedly installed with electronic component,
Need to be fixed in the way of screw lock between both, and the element screw of screw lock then must be transmitted through instrument so that being dismantled or
Assembling, and if on hand no instrument when; cannot be carried out dismantle or assemble quite not convenient, also therefore industry also will be able to be dissipated using fastener
Hot device is fixed on circuit board, and such as TaiWan, China patent application Reference Number 95106292 utility model a case discloses a kind of radiator button
Attach together and put, including one first fastener, one second fastener and leader, described first fastener has an elastic arm pushing, described
The bending of elastic arm one end extends and forms one first button foot, and the other end has a continuing surface；Described second fastener is arranged at described
One fastener has one end of continuing surface.Described handle is connected with the second fastener, and is provided with its one end and presses on continuing surface
Eccentric, described eccentric is formed with salient point near its free end, described salient point when eccentric rotates, by the second fastener side
Slide into relatively opposite side and with the second fastener one lateral edges phase clip, and a section contacting with continuing surface during the rotation of described eccentric
Edge forms flange, effectively to fix its radiator and circuit board, but its fastener in dismounting all relative to inconvenience, and manufacturing
On cost also relative to raising.
Therefore needing badly in the middle of prior art wants a kind of new technical scheme to solve this problem.
Content of the invention
Technical problem to be solved in the utility model: provide a kind of easy accessibility and can stably fastening to be fabricated to minimizing
This combined structure of heat radiator.
A kind of combined structure of heat radiator, is characterized in that: includes
One radiator, described radiator has a bottom and from the vertically extending plurality of radiating fins of described lower surface,
And described bottom side is horizontal-extending at least one exhibition portion；
One fastener, described fastener has a base, and described base both sides are respectively perpendicular and are extended with a side and in described two
It is formed with a groove between side and supplies described radiator and circuit board setting, described side is provided with least one eaves portion and uses
Matched with the bottom surface with described circuit board, and described side one end is extended with the plural fin of spaced setting, the described wing
The inclined portion that card sets described exhibition portion is extended with piece, and the bottom of described radiator attaches on described board top surface extremely
Lack heat-generating electronic elements and be fixed between described inclined portion and described eaves portion with described circuit board.
Wherein said described circuit board and described radiator are fixedly installed in described groove, and between the exhibition portion of described both sides
Width is consistent with the width of described groove with the width of described circuit board.
Wherein said described fin is formed with a slotted eye at described inclined portion position, and described inclined portion one extends institute
State slotted eye side.
Wherein said described inclined portion one extends described fin, and described inclined portion extends toward described groove direction.
The relatively described side other end bending extension of wherein said fin and go out and have a guide portion.
The width that the ora terminalis of wherein said described two side guide is defined is more than the width of described groove.
The bottom surface of wherein said described circuit board is provided with described heat-generating electronic elements, described heat-generating electronic elements with described
It is provided with a heat-conducting piece between base.
It is provided with least one caulking groove in wherein said described exhibition portion to set for described inclined portion card.
By above-mentioned design, this utility model can bring following beneficial effect: this utility model provides one kind to tear open
Dress is convenient and can stably fasten and the combined structure of heat radiator reducing cost of manufacture.
Brief description
Below in conjunction with the accompanying drawings and specific embodiment the utility model is described in further detail:
The three-dimensional combination diagram of Fig. 1 this utility model preferred embodiment.
The perspective exploded view of Fig. 2 this utility model preferred embodiment.
The combination cross-sectional schematic of Fig. 3 this utility model preferred embodiment.
The three-dimensional combination diagram of another preferred embodiment of Fig. 4 this utility model.
The perspective exploded view of another preferred embodiment of Fig. 5 this utility model.
The combination cross-sectional schematic of another preferred embodiment of Fig. 6 this utility model.
The enforcement schematic diagram of Fig. 7 this utility model preferred embodiment.
The enforcement schematic diagram further of Fig. 8 this utility model preferred embodiment.
In figure: 1- combined structure of heat radiator, 2- radiator, 21- bottom, 22- radiating fin, 23- exhibition portion, 231- caulking groove,
3- fastener, 31- base, 32- side, 321- eaves portion, 33- fin, 331- inclined portion, 332- slotted eye, 333- guide portion, 34- groove,
4- circuit board, 41- heat-generating electronic elements, 42- heat-conducting piece.
Specific embodiment
Refer to shown in Fig. 1 to Fig. 3, be that three-dimensional combination diagram and the stereo decomposing of this utility model preferred embodiment shows
Be intended to and combination cross-sectional schematic, by figure it can be seen that, described combined structure of heat radiator 1 mainly includes a radiator 2
And a fastener 3, this radiator 2 has a bottom 21, and this bottom 21 surface has extended vertically plurality of radiating fins 22, and this bottom
Horizontally outward it is extended with least one exhibition portion 23 at 21 liang of side positions, and this fastener 3 has a base 31, this base 31 is in both sides position
The place of putting has extended vertically a side 32 respectively, and is formed with a groove 34 between two sides 32 on this base 31, and this side
It is formed with least one eaves portion 321, this eaves portion 321 extends toward this groove 34 direction, and this side 32 is in base 31 other end on 32
It is formed with plural fin 33 at position, the spaced setting of described fin 33, and at least one inclined portion is extended with described fin 33
331, this inclined portion 331 extends toward this groove 34 direction described, and this fin 33 is formed with a groove at this inclined portion 331 position described
Hole 332, and this inclined portion 331 one extends at this fin 33 this slotted eye 332 1 side 32 position relatively, and this fin 33 relatively should
Side 32 other end bending extension and go out to have a guide portion 333, and the width that the ora terminalis of this two side guide 333 is defined is more than
The width of described groove 34, and when this radiator 2 and a circuit board 4 are arranged in this groove 34, wherein between this both sides exhibition portion 23
Width consistent with the width of this groove 34 with the width of this circuit board 4, and the bottom 21 of this circuit board 4 and this radiator 2 can
Enter in described groove 34 by described guide portion 333 is convenient, when wherein this circuit board 4 is by this inclined portion 331 described, its circuit board
4 extrude this inclined portion 331 described to this slotted eye 332, until after this circuit board 4 is by this inclined portion 331 described, its inclined portion 331 times
Again to home position, and its circuit board 4 is relatively arranged in this eaves portion 321, then by this radiator 2 by this inclined portion described
331, likewise, the exhibition portion 23 of this radiator 2 extrudes this inclined portion 331 described to this slotted eye 332, until this exhibition portion 23 passes through institute
After stating this inclined portion 331, its inclined portion 331 returns back to home position, and now, this inclined portion 331 card relatively sets in this exhibition portion 23, so that should
The bottom 21 of radiator 2 can attach at least one heat-generating electronic elements 41 on this circuit board 4 top surface described and consolidate with this circuit board 4
Due between this inclined portion 331 and this eaves portion 321, use this, this radiator 2 described and this circuit board 4 are arranged in this groove 34 described
When, its circuit board 4 is arranged in this eaves portion 321, and the electronic component of this circuit board 4 upside then attaches the bottom of described radiator 2
Portion 21, and the exhibition portion 23 of this radiator 2 sets by this inclined portion 331 card, so that this circuit board 4 and this radiator 2 are by this fastener 3 described
Reach group and connect fixing purpose, and reach easy accessibility simultaneously and can stably fasten and effect person reducing cost of manufacture.
Refer to again shown in Fig. 4 to Fig. 6, be three-dimensional combination diagram and the solid of another preferred embodiment of this utility model
Decomposing schematic representation and combination cross-sectional schematic, by figure it can be seen that, this fin 33 wherein said is at this inclined portion 331 position
It is formed with described slotted eye 332, and this inclined portion 331 one extends at this fin 33 two side 32 position of this slotted eye 332 relatively, with
When the exhibition portion 23 of this circuit board 4 and this radiator 2 is by this inclined portion 331 described, its circuit board 4 and this exhibition portion 23 extrude described
This inclined portion 331 is to this slotted eye 332, until after this exhibition portion 23 is by this inclined portion 331 described, its inclined portion 331 returns back to raw bits
Put, now, this inclined portion 331 card relatively sets in this exhibition portion 23, so that the bottom 21 of this radiator 2 can attach this circuit board 4 described
At least one heat-generating electronic elements 41 on top surface and being fixed between this inclined portion 331 and this eaves portion 321 with this circuit board 4, use this, institute
When stating this radiator 2 and being arranged in this groove 34 described with this circuit board 4, its circuit board 4 is arranged in this eaves portion 321, and is somebody's turn to do
The electronic component of circuit board 4 upside then attaches the bottom 21 of described radiator 2, and the exhibition portion 23 of this radiator 2 is by this inclined portion 331
Card sets, so that this circuit board 4 reaches group with this radiator 2 by this fastener 3 described and connects fixing purpose, and reaches dismounting side simultaneously
Just and can stably fasten and reduce effect person of cost of manufacture.
Refer to again shown in Fig. 7 and Fig. 8, be this utility model preferred embodiment enforcement schematic diagram and further implement show
Be intended to, by figure it can be seen that, this exhibition portion 23 wherein said can be provided with least one caulking groove 231 and block for described inclined portion 331
If, so that this circuit board 4 reaches group with this radiator 2 by this fastener 3 described and connects fixing purpose, in addition, the bottom of this circuit board 4
Face is provided with described heat-generating electronic elements 41, is provided with a heat-conducting piece 42 between described heat-generating electronic elements 41 and this base 31, with
Make this heat-generating electronic elements 41 can be carried out the effect person of heat conduction by this fastener 3 simultaneously.
Need Chen Mingzhe, the foregoing is only the preferred embodiment of this case, and be not used to limit this utility model, Ruo Yiben is real
The change made with new conception, without departing from this utility model scope, for example: configuration or arrangement kenel are added
To convert, for various change, modify and application, produced equivalent action, be intended to be limited solely by the interest field of this case, conjunction is given
Chen Ming.
Claims (8)
1. a kind of combined structure of heat radiator, is characterized in that: includes
One radiator, described radiator has a bottom and from the vertically extending plurality of radiating fins of described lower surface, and institute
State that bottom side is horizontal-extending at least one exhibition portion；
One fastener, described fastener has a base, and described base both sides are respectively perpendicular and are extended with a side and in described two sides
Between be formed with a groove and supply described radiator and a circuit board to arrange, described side is provided with least one eaves portion in order to described
Match in the bottom surface of circuit board, and described side one end is extended with the plural fin of spaced setting, and described fin extends
There is card to set an inclined portion in described exhibition portion, and the bottom of described radiator attaches at least one heating electronics on described board top surface
Element and being fixed between described inclined portion and described eaves portion with described circuit board.
2. combined structure of heat radiator according to claim 1, is characterized in that: wherein said circuit board is solid with described radiator
Surely it is arranged in described groove, and the width one of the width of the width between the exhibition portion of described both sides and described circuit board and described groove
Cause.
3. combined structure of heat radiator according to claim 1, is characterized in that: wherein said fin is at described inclined portion position
It is formed with a slotted eye, and described inclined portion one extends described slotted eye side.
4. combined structure of heat radiator according to claim 1, is characterized in that: wherein said inclined portion one extends the described wing
Piece, and described inclined portion extends toward described groove direction.
5. combined structure of heat radiator according to claim 1, is characterized in that: the relatively described side of wherein said fin is another
Bending extension is held to go out and have a guide portion.
6. combined structure of heat radiator according to claim 5, is characterized in that: ora terminalis institute circle of wherein said two side guide
Fixed width is more than the width of described groove.
7. combined structure of heat radiator according to claim 1, is characterized in that: the bottom surface of wherein said circuit board is arranged
State heat-generating electronic elements, between described heat-generating electronic elements and described base, be provided with a heat-conducting piece.
8. combined structure of heat radiator according to claim 1, is characterized in that: is provided with least one in wherein said exhibition portion embedding
Groove sets for described inclined portion card.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620860250.7U CN205912421U (en) | 2016-08-10 | 2016-08-10 | Radiator combined structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620860250.7U CN205912421U (en) | 2016-08-10 | 2016-08-10 | Radiator combined structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205912421U true CN205912421U (en) | 2017-01-25 |
Family
ID=57800603
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620860250.7U Active CN205912421U (en) | 2016-08-10 | 2016-08-10 | Radiator combined structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205912421U (en) |
-
2016
- 2016-08-10 CN CN201620860250.7U patent/CN205912421U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |