CN2809877Y - Fixing rack for water-cooling radiator component - Google Patents
Fixing rack for water-cooling radiator component Download PDFInfo
- Publication number
- CN2809877Y CN2809877Y CN 200420115270 CN200420115270U CN2809877Y CN 2809877 Y CN2809877 Y CN 2809877Y CN 200420115270 CN200420115270 CN 200420115270 CN 200420115270 U CN200420115270 U CN 200420115270U CN 2809877 Y CN2809877 Y CN 2809877Y
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- water
- fixed mount
- power converter
- cooled power
- liquid cooling
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Abstract
The utility model relates to a fixing rack for a water-cooling radiator component, wherein the water-cooling radiator comprises a liquid cooling box, a hydraulic pump and a water tank. The utility model comprises a baseplate part, a plurality of fixing sheets, a first loading stage part and a second loading stage part, wherein the baseplate part is erected on the liquid cooling box. The fixing sheets are integrally outwards connected and extended from the baseplate part, and are fixedly locked on a circuit plate after penetrated through by screws to drive the baseplate part to compress the liquid cooling box to tightly abutted to a heat source. The first loading stage part is bent, connected and extended from the end edge of the baseplate part, and is penetrated with a plurality of fixing holes which are correspondingly erected, locked and connected to the hydraulic pump. The second loading stage part is bent, connected and extended from the end edge of the baseplate part, and is penetrated with a plurality of fixing holes which are correspondingly erected, locked and connected to the water tank. The utility model can bring convenience for the assembly or disassembly operation of each component of the water-cooling radiator.
Description
Technical field
The utility model relates to a kind of fixture, relates in particular to a kind of assembling of each assembly that can conveniently make water-cooled power converter or the assembly fixed mount of the water-cooled power converter that field-strip is carried out.
Background technology
Employed process chip in PC at present, as the central processing unit of motherboard or the process chip on the display card, because raising along with processing capacity and speed, make these chips after continuous operations a period of time, just can produce high temperature because of the continuous higher-order of oscillation, if untimely heat radiation very easily causes the process chip damage.Therefore, on these process chip, can heat abstractors such as radiating fin be arranged device usually; by conduction of heat; thermal energy transfer that process chip produced to radiating fin, improving the radiating efficiency of process chip, and is kept process chip in normal operating temperature range.
Yet along with the increase of process chip processing speed, the existing heat abstractor that dispels the heat with radiating fin can't be suitable for, and therefore recently existing manufacturer develops a kind of water-cooled heat abstractor, is applied on central processing unit or other electronic chip.This water-cooled heat abstractor comprises at least: a liquid cooling box, be close on the process chip, and be equipped with a water channel in this liquid cooling box; One hydraulic pump is installed in the computer host box, and the water side that makes this hydraulic pump is connected to the water channel water inlet end of heat radiation head with woven hose; One heat radiation row is installed in the computer host box, contains a heat-exchange tube, and first pipe end that makes this heat-exchange tube is connected to the water channel water side of heat radiation head with woven hose, and second pipe end of this heat-exchange tube is the water inlet end that is connected to hydraulic pump with woven hose; Like this, when the primer fluid press pump, cooling water flow through heat radiation head, heat radiation row provide suitable heat radiation with the process chip to central processing unit or adapter capable of circulationly.
Yet there is following shortcoming in above-mentioned water-cooled power converter on using:
1. because assemblies such as hydraulic pump and heat radiation row are to be packed in the computer host box, far away with the distance of thermal source, therefore must use long woven hose to carry out the connection of each inter-module, make just to show crowded computer host box originally, more apparent crowded, also be unfavorable for the installation of other peripheral device.
2. when the user need change central processing unit, must earlier the liquid cooling box of being close on the process chip be pulled down, just can carry out the work that changes of central processing unit, because each inter-module of water-cooled power converter, be full of cooling fluid, therefore in the process of dismounting or installation heat radiation head, very easily because of pullling each woven hose, cause cooling fluid to leak outside, and damage the electronic building brick in the computer host box.
3. because assemblies such as hydraulic pump and heat radiation rows, be to be packed in the computer host box, far away with the distance of thermal source, therefore must use long woven hose to be connected with each assembly, thereby cause the woven hose arrangement in the computer host box crowded, influence the circulation of air in the computer host box, be unfavorable for heat radiation.
The utility model content
In order to overcome the above-mentioned shortcoming that existing computer chip water-cooled power converter exists, the utility model provides a kind of assembly fixed mount of water-cooled power converter, and it can make things convenient for the assembling of each assembly of water-cooled power converter or the carrying out of field-strip.
The technical scheme that its technical problem that solves the utility model adopts is:
A kind of assembly fixed mount of water-cooled power converter, this water-cooled power converter comprises liquid cooling box, hydraulic pump and water tank; It is characterized in that, comprising: baseplate part is cross-placed on the liquid cooling box; Several stators, this baseplate part one outwards connects and stretches certainly, after passing with screw, and is locked on the circuit board, is close on the thermal source so that baseplate part is oppressed this liquid cooling box; The first microscope carrier portion stretched from crooked company of the ora terminalis of baseplate part, in the first microscope carrier portion, was equipped with a plurality of fixing holes, with bridge accordingly, on the interlocking hydraulic pump; The second microscope carrier portion stretched from crooked company of the ora terminalis of baseplate part, in the second microscope carrier portion, was equipped with a plurality of fixing holes, with bridge accordingly, on the interlocking water tank.
The assembly fixed mount of aforementioned water-cooled power converter, wherein projection downwards has a plurality of prominent pawls on the baseplate part of fixed mount, on thermal source produces slippage in the periphery of liquid cooling box with the block resistance liquid cooling box with double team accordingly.
The assembly fixed mount of aforementioned water-cooled power converter, wherein each stator of fixed mount is equipped with perforation respectively, making each perforation correspond respectively to the fixing hole of circuit board, and passing the perforation of each stator with screw, and interlocking is in the fixing hole of circuit board.
The assembly fixed mount of aforementioned water-cooled power converter, wherein fixed mount is radially to be equipped with sidewall at the periphery of baseplate part, and in the top of sidewall, the horizontal-extending horizontal plate part defines this horizontal plate part and forms the described first microscope carrier portion, with the described hydraulic pump of cross-over connection flatly.
The assembly fixed mount of aforementioned water-cooled power converter, wherein fixed mount is the radially prominent sidewall of establishing at the periphery of baseplate part, and in the top of this sidewall, horizontal-extending has flat part, this flat part is defined form the described second microscope carrier portion, with the described water tank of cross-over connection flatly.
The assembly fixed mount of aforementioned water-cooled power converter, wherein a wherein side lateral margin of fixed mount comprises the connection end face, this connection end face is equipped with a plurality of fixing holes, to lock and connect second support body, makes on this second support body and is equipped with a plurality of fixing holes.
The assembly fixed mount of aforementioned water-cooled power converter, wherein second support body is the heat radiation row in the interlocking water-cooled power converter.
The assembly fixed mount of aforementioned water-cooled power converter, wherein second support body is to be ㄩ shape, with ccontaining end section that should heat radiation row identically, in being cross-placed on.
The utility model can conveniently be made the assembling of each assembly of water-cooled power converter or the carrying out of field-strip.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is a schematic perspective view of the present utility model.
Fig. 2 is the schematic perspective view of the utility model other direction.
Fig. 3 is the schematic perspective view of looking up of the present utility model shown in Figure 2.
Fig. 4 is that the utility model is in order to be connected the assembling schematic diagram of liquid cooling box, hydraulic pump and water tank in the water-cooled radiating subassembly.
Fig. 5 is the schematic diagram after the utility model assembling shown in Figure 3.
Fig. 6 is the schematic diagram that fixed mount of the present utility model is connected one second fixed mount.
Fig. 7 is embodiment illustrated in fig. 6, makes the schematic diagram of the liquid cooling box, hydraulic pump, water tank and the heat radiation row assembling that are connected in the water-cooled radiating subassembly.
Fig. 8 is the schematic diagram of the utility model second embodiment.
Fig. 9 is an assembling schematic diagram embodiment illustrated in fig. 8.
Figure 10 is an application state schematic diagram embodiment illustrated in fig. 8.
Figure 11 is second kind of application state schematic diagram embodiment illustrated in fig. 8.
The number in the figure explanation:
11 liquid cooling box 11a water intake end 11b water sides
12 hydraulic pump 12a water side 12b water intake ends
13 water tank 13a water intake end 13b water sides
14 heat radiation row 14a water intake end 14b water sides
15 fans, 20 fixed mounts, 21 baseplate parts
211 prominent pawl 212 sidewalls 22 stators
221 perforation, 23 first microscope carrier portions, 231 fixing holes
24 second microscope carrier portions, 241 fixing holes 25 connect end face
251 fixing holes, 26 second support bodys, 261 fixing holes
20a fixed mount 271 heat radiation row disposal area 271a fixing holes
272 logical 273 inlet channel 273a air inlet oral areas
The 273b oral area 273c fan fixing hole of giving vent to anger
274 hydraulic pump fixing holes, 275 water tank fixing holes, 276 stators
32 fixing holes, 40 fasteners
Embodiment
See also Fig. 1 to shown in Figure 7, the utility model comprises that (this water tank 13 contains fluid injection 131 and the exhaust 132 that is used for replenishing cooling fluid, and this liquid injection port 131 and exhaust 132 seal usually for liquid cooling box (Water block) 11, hydraulic pump 12 and water tank 13.Only when beginning to fill cooling fluid, or make when needing to replenish cooling fluid in the purposes and just open, when annotate mend finish after i.e. sealing.This water tank is to be existing habitual structure, and the utility model is limited); And this fixed mount 20 comprises: a baseplate part 21 is cross-placed on person on the liquid cooling box 11; A plurality of stators 22, these baseplate part 21 one outwards connect and stretch certainly, and after passing with screw, are locked on the circuit board 30, urge this liquid cooling box 11 and are close on the thermal source 31 to order about baseplate part 21; The first microscope carrier portion 23 stretched from crooked company of the ora terminalis of baseplate part 21, in the first microscope carrier portion 23, was equipped with a plurality of fixing holes 231, with bridge accordingly, on the interlocking hydraulic pump 12; The second microscope carrier portion 24, crooked company of ora terminalis from baseplate part 21 stretches in the second microscope carrier portion 24, be equipped with a plurality of fixing holes 241, with bridge accordingly, interlocking water tank 13, can with each assembly of water-cooled power converter, be installed in the lump on the thermal source 31 by this fixed mount 20, or on thermal source 31, unload in the lump, be beneficial to the assembling of each assembly of water-cooled power converter or the carrying out of field-strip.
Above-mentioned thermal source 31 is meant central processing unit on the computer motherboard or the process chip on the adapter, and the utility model is not limited
As Fig. 3, Fig. 4, Fig. 5 institute, the utility model fixed mount 20 is one-body molded, and on this baseplate part 21, projection downwards has a plurality of prominent pawls 211, produces slippage with this liquid cooling box 11 of block resistance in the periphery of liquid cooling box 11 with double team accordingly on thermal source 31.
The utility model fixed mount 20, outwards connect each stator 22 of stretching from baseplate part 21, be equipped with perforation 221 respectively, each 221 difference projections fixing hole 32 of boring a hole corresponding to circuit board 30, so that pass the perforation 221 of each stator 22 with screw after, interlocking and is locked this fixed mount 20 in the fixing hole 32 of circuit board 30.Simultaneously, also ordering about baseplate part 21 these liquid cooling boxs 11 of compressing simultaneously is close on the thermal source 31.
Fixed mount 20 of the present utility model is the peripheries at this baseplate part 21, radially is equipped with at least one sidewall 212, and in the top of this sidewall 212, flatly extend a horizontal plate part, this horizontal plate part is defined form the first microscope carrier portion 23, with this hydraulic pump 12 of cross-over connection flatly.
On be set forth in baseplate part 21 peripheries of fixed mount 20, radially prominently establish at least one sidewall 212, a flat part is flatly extended on its top, this flat part is defined form the second microscope carrier portion 24, on this water tank 13 of cross-over connection flatly.
Application of the present utility model, can be as Fig. 4, shown in Figure 5, be earlier the hydraulic pump in the water-cooled power converter 12 to be locked in the first microscope carrier portion 23 of fixed mount 20, and water tank 13 can be locked in accordingly in the second microscope carrier portion 24, after waiting to finish above-mentioned installation, can be with the liquid cooling box in the water-cooled power converter 11, be cross-placed on the thermal source 31, then again the baseplate part 21 of fixed mount 20 is cross-placed on this liquid cooling box 11, and each prominent pawl 211 double team that makes baseplate part 21 peripheries are in the periphery of liquid cooling box 11, pass each stator 22 with a plurality of screws after, tightly lock on the circuit board 30, and order about baseplate part 21 these liquid cooling boxs 11 of compressing simultaneously, liquid cooling box 11 is close on the thermal source 31.Then just available many woven hoses (as among Fig. 5 imaginary line indicated), the water side 12a of hydraulic pump 12 is connected with the water intake end 11a of liquid cooling box 11, and the water side 11b of liquid cooling box 11 is connected with the water intake end 13a of water tank 13, be connected with the water intake end 12b of hydraulic pump 12 with the water side 13b of woven hose more at last water tank 13, cooling fluid can be circulated in hydraulic pump 12, liquid cooling box 11 and water tank 13, produce heat exchange with the heat energy that is passed on the liquid cooling box 11 with thermal source 31, to reduce heat source temperature.
After above-mentioned installation, each assembly of this water-cooled power converter, be hydraulic pump 12 and water tank 13, all be anchored on the fixed mount 20, and this liquid cooling box 11 also is the bottom that is clamped in fixed mount 20, therefore work as the assembler, when desiring to carry out the replacing of thermal source 31 (as central processing unit), only need unload this fixed mount 20, just can be in the lump each assembly of water-cooled power converter (be liquid cooling box, hydraulic pump, and water tank) be unloaded, do not need to dismantle one by one each assembly of water-cooled power converter, in order to heat abstractor assembling or field-strip.
Fixed mount 20 of the present utility model, as Fig. 2, Fig. 6, shown in Figure 7, contain one at one side lateral margin and connect end face 25, this connection end face 25 is equipped with a plurality of fixing holes 251, to lock and connect one second support body 26, makes and is equipped with a plurality of fixing holes 261 on this second support body 26, (this heat radiation row be made up of a plurality of fins with the row of the heat radiation in the firm interlocking water-cooled power converter 14, and between each fin, place a heat-exchange tube), and by heat radiation row 14 a side end face interlocking one fan 15.
The second above-mentioned support body 26 is to be a ㄩ shape, and with ccontaining end section that should heat radiation row 14 identically, in being cross-placed on, the utility model does not limit the shape of this second support body 26.
In the above embodiments, as Fig. 6, shown in Figure 7, this fixed mount 20 is except that interlocking hydraulic pump 12 and water tank 13, also the connection end face 25 by lateral margin is connected one second support body 26, heat radiation in these second support body, 26 interlocking water-cooled power converters arranges 14, after waiting to finish above-mentioned assembling, just can be by many woven hoses, the water side 12a of hydraulic pump 12 is connected with the water intake end 11a of liquid cooling box 11, the water side 11b of liquid cooling box 11 is connected with heat radiation row 14 water intake end 14a, heat radiation row 14 water side 14b is connected with the water intake end 13a of water tank 13, be connected with the water intake end 12b of hydraulic pump 12 with the water side 13b of woven hose more at last, make the cooling fluid can be at hydraulic pump 12 with water tank 13, liquid cooling box 11, circulate in heat radiation row 14 and the water tank 13.
The utility model fixed mount 20a also can be as shown in Figs. 8 to 11, is the fixed mount that is a ㄇ shape, and it comprises: heat radiation row disposal area 271 is equipped with a plurality of fixing hole 271a, with interlocking heat radiation row 14; One port 272 is formed on the wall of fixed mount 20a of ㄇ shape, so that circulation being wound on the cooling fluid woven hose that heat-exchange tube or heat-exchange tube were connected among the heat radiation row 14 etc., placing therebetween, and the cooling fluid in the pipe is outwards drawn; One inlet channel 273 contains an air inlet oral area 273a and the oral area 273b that gives vent to anger, and is formed at the relative both sides of the fixed mount 20a of ㄇ shape, to guide the heat radiation row 14 that extraneous air-flow blows to institute's interlocking.The periphery of this air inlet oral area 273a or the oral area 273b that gives vent to anger is provided with fan fixing hole 273c with interlocking one fan 15; At least one pair of stator 276 is defined in the bottom edge of relative both sides of the fixed mount 20a of ㄇ shape, is equipped with perforation 276a on two stators 276, so that after screw passes, the liquid cooling box 11 in the interlocking liquid circulation.From the above, the user just can be by the fixed mount 20a of this ㄇ shape, in the lump assemblies such as the row of the heat radiation in the interlocking water-cooled power converter 14, fan 15 and liquid cooling box 11.
As Fig. 9, shown in Figure 10, the utility model is on using, can be earlier be folded in liquid cooling box 11 relative both sides with two stators 276 of the fixed mount 20a bottom of ㄇ shape, and pass the corresponding screw 111 that is screwed together in liquid cooling box 11 behind each stator 276 with screw, liquid cooling box 11 is anchored on the bottom of the fixed mount 20a of ㄇ shape, and behind the fastener 40 that bridges above this liquid cooling box 11, be locked in the heat radiations rows disposal area 271 of fixed mount 20a of ㄇ shape with a plurality of screws row 14 of will dispelling the heat, and a fan 15 is locked in the air inlet oral area 273a or the oral area 273b that gives vent to anger of the fixed mount 20a of ㄇ shape, make the liquid cooling box 11 that is connected with on the fixed mount 20a of ㄇ shape in the water-cooled power converter, heat radiation row 14 and fan 15, then just can by this fastener 40 accordingly interlocking on the fixing hole 32 of a joint chair, be close on the thermal source 31 and make the bottom of liquid cooling box 11 connect hot side.After waiting to finish above-mentioned assembling, just can be connected in the water intake end 11a of the water side of hydraulic pump 12 12a and liquid cooling box 11 by woven hose, the water side 11b of liquid cooling box 11 arranges 14 water intake end 14a with heat radiation, heat radiation row 14 the water side 14b and water intake end 13a and the water side 13b of water tank 13 and the water intake end 12b of hydraulic pump 12 of water tank 13, make that cooling fluid is capable of circulation to be flowed between each radiating subassembly, the heat energy that thermal source 31 is produced, pass through conduction, be passed to liquid cooling box 11, and carry out heat exchange with the circulating cooling liquid that flows into liquid cooling box 11 inside through hydraulic pump 12 pump pressures, and be entrained with heat energy, make the cooling fluid that is entrained with high temperature heat, the heat radiation of flowing through was again arranged 14 o'clock, to make heat energy and heat radiation row 14 produce heat exchanges and cool off, again in the reflow tank 13, and be a circulation fluid cooling system.
Above-mentioned liquid cooling box 11 also can be closely buckled on the thermal source 31 by the existing fastener of other pattern, or directly tightly locks on this thermal source joint chair on every side, so that liquid cooling box 11 urgently is posted by on the thermal source with screw.
In Fig. 8, embodiment shown in Figure 11, the fixed mount 20a of this ㄇ shape further includes: most hydraulic pump fixing holes 274 are placed through on the wall of fixed mount 20a of ㄇ shape, with the hydraulic pump in the interlocking cool cycles; And most water tank fixing holes 275 are placed through on the wall of fixed mount 20a of ㄇ shape, with the water tank in the interlocking cool cycles; Just all component that can water-cooled power converter is required in this way, as liquid cooling box 11, hydraulic pump 12, water tank 13, heat radiation row 14 and fan 15, be installed in the lump on the fixed mount 20a of ㄇ shape, the user is when changing chip (being thermal source 31), just can take off in the lump and install, in order to heat abstractor assembling or field-strip person.
Among the embodiment as shown in Figure 8, the fixed mount 20a of this ㄇ shape is by the metallic plate punching moulding, or by the plastic material ejection formation, the utility model is not limited.
Embodiment as shown in figure 11, during installation, can be earlier with liquid cooling box 11, hydraulic pump 12, water tank 13, heat radiation row 14 and fan 15, be locked in one by one on the fixed mount of ㄇ shape, then be connected in the water intake end 11a of the water side of hydraulic pump 12 12a and liquid cooling box 11 with woven hose again, the water side 11b of liquid cooling box 11 arranges 14 water intake end 14a with heat radiation, heat radiation row 14 the water side 14b and water intake end 13a and the water side 13b of water tank 13 and the water intake end 12b of hydraulic pump 12 of water tank 13, make that cooling fluid is capable of circulation to be flowed between each radiating subassembly, then relend by the set fixed part 111 of liquid cooling box 11, interlocking is on the corresponding joint chair on the circuit board, with the hot side that connects with liquid cooling box 11, be close to thermal source 31, the heat energy that thermal source 31 is produced, can be through conduction, be passed to liquid cooling box 11, and carry out heat exchange with the circulating cooling liquid that flows into liquid cooling box 11 inside through hydraulic pump 12 pump pressures, then make the cooling fluid that is entrained with high temperature heat, the heat radiation of flowing through was again arranged 14 o'clock, just make heat energy and heat radiation row 14 produce heat exchanges and cool off, again in the reflow tank 13, and be a circulation fluid cooling system.
The assembly fixed mount of the utility model water-cooled power converter has following feature and advantage.
1. with each assembly of water-cooled power converter, as assemblies such as hydraulic pump, liquid cooling box, water tank and heat radiation rows, interlocking is on the fixed mount and second fixed mount that is connected thereof, therefore work as the assembler, when desiring to carry out the replacing of thermal source (as central processing unit), only need unload this fixed mount, just can be in the lump each assembly of water-cooled power converter be unloaded, do not need to dismantle one by one each assembly of water-cooled power converter, in order to heat abstractor assembling or field-strip.
2. owing to the utility model each assembly with water-cooled power converter, concentrate interlocking on fixed mount, each assembly is just with this fixed mount displacement in the lump, therefore in the installation or removal operation, the woven hose that does not need to be connected in each assembly pulls out, can effectively avoid cooling fluid to leak outside, produce the electronic building brick that drenches on the circuit board, cause situations such as short circuit damage.
3. simple structure, installation are easily.
The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.
Claims (8)
1. the assembly fixed mount of a water-cooled power converter, this water-cooled power converter comprises liquid cooling box, hydraulic pump and water tank; It is characterized in that, comprising:
Baseplate part is cross-placed on the liquid cooling box;
Several stators, this baseplate part one outwards connects and stretches certainly, after passing with screw, and is locked on the circuit board, is close on the thermal source so that baseplate part is oppressed this liquid cooling box;
The first microscope carrier portion stretched from crooked company of the ora terminalis of baseplate part, in the first microscope carrier portion, was equipped with a plurality of fixing holes, with bridge accordingly, on the interlocking hydraulic pump;
The second microscope carrier portion stretched from crooked company of the ora terminalis of baseplate part, in the second microscope carrier portion, was equipped with a plurality of fixing holes, with bridge accordingly, on the interlocking water tank.
2. according to the assembly fixed mount of the described water-cooled power converter of claim 1, it is characterized in that projection downwards has a plurality of prominent pawls on the baseplate part of described fixed mount, with double team accordingly in the periphery of liquid cooling box.
3. according to the assembly fixed mount of the described water-cooled power converter of claim 1, it is characterized in that each stator of described fixed mount, be equipped with perforation respectively, make each perforation correspond respectively to the fixing hole of circuit board, passing the perforation of each stator with screw, and interlocking is in the fixing hole of circuit board.
4. according to the assembly fixed mount of the described water-cooled power converter of claim 1, it is characterized in that the periphery of described fixed mount at baseplate part, be radially to be equipped with sidewall, and in the top of sidewall, the horizontal-extending horizontal plate part, this horizontal plate part is defined form the described first microscope carrier portion, with the described hydraulic pump of cross-over connection flatly.
5. according to the assembly fixed mount of the described water-cooled power converter of claim 1, it is characterized in that the periphery of described fixed mount at baseplate part, it is the radially prominent sidewall of establishing, and in the top of this sidewall, horizontal-extending has flat part, this flat part is defined form the described second microscope carrier portion, with the described water tank of cross-over connection flatly.
6. according to the assembly fixed mount of the described water-cooled power converter of claim 1, it is characterized in that a wherein side lateral margin of described fixed mount, comprise the connection end face, this connection end face is equipped with a plurality of fixing holes, to lock and connect second support body, make on this second support body and be equipped with a plurality of fixing holes.
7. according to the assembly fixed mount of the described water-cooled power converter of claim 6, it is characterized in that described second support body, is the heat radiation row in the interlocking water-cooled power converter.
8. according to the assembly fixed mount of the described water-cooled power converter of claim 7, it is characterized in that described second support body is to be ㄩ shape, with ccontaining end section that should heat radiation row identically, in being cross-placed on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420115270 CN2809877Y (en) | 2004-11-26 | 2004-11-26 | Fixing rack for water-cooling radiator component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420115270 CN2809877Y (en) | 2004-11-26 | 2004-11-26 | Fixing rack for water-cooling radiator component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2809877Y true CN2809877Y (en) | 2006-08-23 |
Family
ID=36926061
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420115270 Expired - Fee Related CN2809877Y (en) | 2004-11-26 | 2004-11-26 | Fixing rack for water-cooling radiator component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2809877Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107027268A (en) * | 2016-02-02 | 2017-08-08 | 大唐移动通信设备有限公司 | A kind of water-cooling assembly support, water-cooling component and communication equipment |
-
2004
- 2004-11-26 CN CN 200420115270 patent/CN2809877Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107027268A (en) * | 2016-02-02 | 2017-08-08 | 大唐移动通信设备有限公司 | A kind of water-cooling assembly support, water-cooling component and communication equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20060823 Termination date: 20131126 |