CN202585392U - Liquid-cooled radiator - Google Patents
Liquid-cooled radiator Download PDFInfo
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- CN202585392U CN202585392U CN 201220143450 CN201220143450U CN202585392U CN 202585392 U CN202585392 U CN 202585392U CN 201220143450 CN201220143450 CN 201220143450 CN 201220143450 U CN201220143450 U CN 201220143450U CN 202585392 U CN202585392 U CN 202585392U
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Abstract
Provided is a liquid-cooled radiator which contains a centrifugal pump, a radiating seat and a flow deflector. The centrifugal pomp has a housing and an impeller set. The housing possesses water inlet pipeline, a water outlet pipe line and an opening. The impeller set is disposed inside the housing, and has water outlet holes, and water inlet holes positioned in the bottom. The radiating seat has a plurality of fins and a base wall for covering the opening. The base wall possesses a first section and a second section which are alternatively disposed. The fins are alternatively disposed between the first section and the second section, and together defining a plurality of flow paths extending from the first section to the second section. The first section carries the heat radiation liquid introduced by the water inlet pipeline. The flow deflector is clamped between the impeller set and the radiating seat, and has a base wall, an enclosing wall, an upper wall, and a space that is defined by the enclosing wall and the upper wall for accommodating the radiating seat. The upper wall has a water inlet corresponding to the water inlet pipeline, a water outlet positioned at the opposite angle of the water inlet, and a drainage path extending from the water outlet to the center of the upper wall for communicating with the water inlet. The structural configuration of the fins, the water inlet and the water outlet and the drainage path in the flow deflector enables heat exchange to be performed on the to-be-radiated components via two-step radiation.
Description
Technical field
The utility model relates to a kind of radiator, particularly relates to a kind of liquid cooling radiator.
Background technology
In order to adapt to updated information industry day by day, the arithmetic speed of central processing unit electronic components such as (CPU) also need constantly promote to meet the requirement of existing logical operation circuit; Yet the heat energy that these electronic components derive out in the process of processing logic computing also relatively increases.Therefore, used fin type metal cooling seat (cooling fin) in the past and cooperated fan, can't satisfy the demand of these central processing units to carry out the ventilation type heat radiation approach of heat exchange process.In order to promote the radiating efficiency of these electronic components, these those skilled in the art improve towards liquid-cooled heat radiation approach.
The liquid cooling radiator of present stage is visible to be had and utilizes a centrifugal pumping and to be contacted with one to treat that the mode of the baffler of radiating electronic element reaches radiating effect; It mainly is that a radiator liquid is guided in the eddy current shape runner of an entry pipeline and this baffler of this centrifugal pumping in regular turn; Make this treat that the radiating electronic element can carry out heat exchange process through this baffler and this radiator liquid, and through the outlet pipeline of the radiator liquid band of this centrifugal pumping after with heat exchange process from this centrifugal pumping.Aforementioned liquid cooling radiator can be consulted the applicant through checking and approving the TaiWan, China M321202 certificate number utility model patent case of bulletin.
Though these use the liquid cooling radiator of centrifugal pumping and baffler to reach radiating effect through this radiator liquid.Yet, being the information industry that adaptive technique is brought in constant renewal in, the complicated logical operation circuit also needs the more effective heat abstractor of corresponding matching just can meet the demand of industry.Therefore, improving the structural design of liquid cooling radiator further, with heat dissipation that promotes liquid cooling radiator whereby and the demand that satisfies industry, then is the problem of the required continuous breakthrough of these those skilled in the art.
Can know through above-mentioned explanation, improve the structural design of liquid cooling radiator, thereby so that the heat dissipation of liquid cooling radiator more effectively be raised and satisfy the demand of industry, be these those skilled in the art a difficult problem to be overcome.
Summary of the invention
The purpose of the utility model is to provide a kind of liquid cooling radiator.
Another purpose of the utility model is to provide another kind of liquid cooling radiator.
The utility model liquid cooling radiator is to utilize a radiator liquid to reach radiating effect.This liquid cooling radiator comprises: a centrifugal pumping, a radiating seat, and a baffler.This centrifugal pumping has a shell and an impeller sets, and this shell has the open opening of an entry pipeline, an outlet pipeline and down.This impeller sets essence is located in the center in this shell, and has at least one blasthole and several apopores.The blasthole of this impeller sets is positioned at a bottom of this impeller sets, and this impeller sets through a solenoid drive drive said apopore around an axis rotation of this impeller sets to be communicated with the outlet pipeline of this shell in regular turn.This radiating seat has a basal wall and several fins.The basal wall of this radiating seat covers the opening of this shell, and has one first district and one second district opposite and that the space is provided with.Said fin is arranged at respectively between this first district and second district at intervals; Per two adjacent fin define jointly one extend to this second district from this first district runner, and first district of the basal wall of this radiating seat is the radiator liquid of being introduced from the entry pipeline of this shell in order to accept.This baffler is folded between this impeller sets and this radiating seat, and has the roof of an apical margin of a basal wall, a upwardly extending leg of peripheral region from contiguous its basal wall, its leg of connection, and defines a space jointly by its leg and roof thereof.First district of the fin of ccontaining this radiating seat in space of this baffler and the basal wall of this baffler and second district, and this roof has a water inlet, a delivery port and a sluice way.The water inlet position of this roof is at one first sidepiece of this roof and corresponding with the entry pipeline of this shell; The delivery port position of this roof is in a diagonal side of its water inlet, and the sluice way of this roof is that the center towards this roof is extended and is connected with the blasthole of this impeller sets from its delivery port.
The said liquid cooling radiator of the utility model, this baffler have also protruded out two outstanding ribs from an inner surface of its leg to its space, and two outstanding ribs of this baffler are corresponding respectively first district and second districts that is positioned at this radiating seat basal wall; The outstanding rib that is positioned at this first district is the water inlet that is adjacent to this baffler, and an ora terminalis that is positioned at the outstanding rib in this first district is to stop that this radiator liquid is in this first district circulation to an end that terminates in a fin wherein; The outstanding rib that is positioned at this second district is the delivery port that is adjacent to this baffler, and an ora terminalis that is positioned at the outstanding rib in this second district is to flow towards the delivery port of this baffler to stop this radiator liquid to terminating in wherein an end of another fin.
The said liquid cooling radiator of the utility model; Also comprise two elastic sealing rings; The basal wall of this radiating seat also has a ring groove; The ring groove of this radiating seat be from a upper surface of the basal wall of this radiating seat to lower recess with first district and second district around its fin, its basal wall; The basal wall of this baffler has a ring groove, the ring groove of this baffler be from a upper surface of the basal wall of this baffler to lower recess with around its leg, said elastic sealing ring is to be arranged at the ring groove of this radiating seat and the ring groove of this baffler respectively.
The said liquid cooling radiator of the utility model, the leg of this baffler has wall thickness; The position is in the wall thickness of baffler leg in first district of this radiating seat basal wall; Be from the water inlet place of contiguous this baffler dorsad the direction of its water inlet increase progressively so that the first district area of this radiating seat basal wall be from the water inlet place of contiguous this baffler dorsad the direction of its water inlet successively decrease; The position is in the wall thickness of baffler leg in second district of this radiating seat basal wall; Be from the delivery port place of contiguous this baffler dorsad the direction of its delivery port increase progressively so that the second district area of this radiating seat basal wall be from the delivery port place of contiguous this baffler dorsad the direction of its delivery port successively decrease.
The another kind of liquid cooling radiator of the utility model is to utilize a radiator liquid to reach radiating effect.This another kind liquid cooling radiator comprises: a centrifugal pumping, a radiating seat, and a baffler.This centrifugal pumping has a shell and an impeller sets, and this shell has the open opening of an entry pipeline, an outlet pipeline and down.This impeller sets essence is located in the center in this shell, and has at least one blasthole and several apopores.The blasthole of this impeller sets is positioned at a bottom of this impeller sets, and this impeller sets through a solenoid drive drive said apopore around an axis rotation of this impeller sets to be communicated with the outlet pipeline of this shell in regular turn.This radiating seat has a basal wall and several fins.The basal wall of this radiating seat covers the opening of this shell, and has one first district and one second district opposite and that the space is provided with.Said fin is arranged at respectively between this first district and second district at intervals; Per two adjacent fin define jointly one extend to this second district from this first district runner, and first district of the basal wall of this radiating seat is the radiator liquid of being introduced from the entry pipeline of this shell in order to accept.This baffler is folded between this impeller sets and this radiating seat, and has the roof of an apical margin of a basal wall, a upwardly extending leg of peripheral region from contiguous its basal wall, its leg of connection, and defines a space jointly by its leg and roof thereof.First district of the fin of ccontaining this radiating seat in space of this baffler and the basal wall of this radiating seat and second district, and this roof has a water inlet, a delivery port and a sluice way.The water inlet position of this roof is at one first sidepiece of this roof and corresponding with the entry pipeline of this shell; The delivery port position of this roof is in first side of this roof and away from its water inlet; And the sluice way of this roof is that extend at the center towards this roof from its delivery port, to be connected with the blasthole of this impeller sets.This baffler has also protruded out an outstanding rib from an inner surface of its leg to its space.The outstanding rib of this baffler is that correspondence is positioned at first district of this radiating seat basal wall and between between its water inlet and delivery port, and ora terminalis that should outstanding rib is to support to terminate in wherein an end of a fin and circulate in this first district to stop this radiator liquid.
The said another kind of liquid cooling radiator of the utility model; Also comprise two elastic sealing rings; The basal wall of this radiating seat also has a ring groove; The ring groove of this radiating seat be from a periphery of a upper surface of the basal wall of this radiating seat to lower recess with first district and second district around its fin, its basal wall; The basal wall of this baffler has a ring groove, the ring groove of this baffler be from a upper surface of the basal wall of this baffler to lower recess with around its leg, said elastic sealing ring is to be arranged at the ring groove of this radiating seat and the ring groove of this baffler respectively.
The beneficial effect of the utility model is: by the fin design of this radiating seat and the structural arrangements of water inlet, delivery port and the sluice way thereof of this baffler; It is integrated into existing centrifugal pumping; Make electronic component to be dispelled the heat to accomplish heat exchange process via the second order radiating mode, thereby more effectively promote the heat dissipation of liquid cooling radiator and satisfy the demand of industry.
Description of drawings
Fig. 1 is a three-dimensional exploded view, and one first preferred embodiment of the utility model liquid cooling radiator is described;
Fig. 2 is a three-dimensional combination figure, and this each interelement annexation of first preferred embodiment combination back of the utility model is described;
Fig. 3 is the cross-sectional schematic that the straight line III-III along Fig. 2 is obtained, and each interelement thin portion annexation of this first preferred embodiment of the utility model is described;
Fig. 4 is a schematic top plan view, explains that a radiating seat and of this first preferred embodiment of the utility model is stacked and placed on the relation between the baffler two elements on this radiating seat;
Fig. 5 is a schematic top plan view, explains that a radiating seat and of one second preferred embodiment of the utility model liquid cooling radiator is stacked and placed on the relation between the baffler two elements on this radiating seat;
Fig. 6 is a three-dimensional exploded view, and one the 3rd preferred embodiment of the utility model liquid cooling radiator is described;
Fig. 7 is a schematic top plan view, the radiating seat of the utility model the 3rd preferred embodiment is described and is stacked and placed on the relation between the baffler two elements on this radiating seat.
Embodiment
Below in conjunction with accompanying drawing and embodiment the utility model is elaborated.
Before the utility model is described in detail, be noted that in following description, similar elements is represented with identical numbering.
Consult Fig. 1, Fig. 2 and Fig. 3, one first preferred embodiment of the utility model liquid cooling radiator is to utilize a radiator liquid (figure does not show) to reach radiating effect, and is fit to be integrated into an electronic component (figure does not show) to carry out heat exchange process.The liquid cooling radiator of this first preferred embodiment of the utility model comprises: a centrifugal pumping 2, a radiating seat 3, a baffler 4, two elastic sealing rings 5, and several screws 6.In this first preferred embodiment of the utility model, this electronic component is the bottom that is set at this baffler 4, and this electronic component can be the central processing unit of being mentioned as in the background technology, and it is not the technological emphasis of the utility model, no longer adds to give unnecessary details in this.
This centrifugal pumping 2 has a shell 21 and an impeller sets 22.
This shell 21 has an entry pipeline 211, an outlet pipeline 212, the open opening 210 of a leg 213 and down.This entry pipeline 211 is to be formed at the same side of this leg 213 for this radiator liquid circulation with this outlet pipeline 212.
These impeller sets 22 essence are located in the center in this shell 21, and have several blastholes 221 and several apopores 222.The blasthole 221 of this impeller sets 22 is positioned at a bottom of this impeller sets 22; And this impeller sets 22 can drive the axis Y rotation of said apopore 222 around this impeller sets 22 after a solenoid (figure does not show) district is moving, so that said apopore 222 is communicated with the outlet pipeline 212 of this shell 21 in regular turn.The apopore 222 of the impeller sets 22 of this first preferred embodiment of the utility model is to be defined jointly by the gap of several adjacent blades of an impeller body of this impeller sets 22 to form.The overall construction design that is relevant to this centrifugal pumping 2 can be consulted the applicant through checking and approving the TaiWan, China M321202 certificate number utility model patent case of bulletin, and the major technique characteristic that this centrifugal pumping 2 is not the utility model is no longer added to give unnecessary details in this.
This radiating seat 3 has a basal wall 31 and several fins 32.The basal wall 31 of this radiating seat 3 covers the opening 210 of this shell 21, and has one first district 311 and one second district 312 opposite and that the space is provided with.Said fin 32 is arranged at 312 in this first district 311 and second district respectively at intervals; Per two adjacent fin 32 define jointly one extend to this second district 312 from this first district 311 runner 320, and first district 311 of the basal wall 31 of this radiating seat 3 is radiator liquid of being introduced from the entry pipeline 211 of this shell 21 in order to accept.The employed radiating seat 3 of this first preferred embodiment of the utility model is to use the high fin type metal cooling seat of a coefficient of heat conduction (thermal conductivity).
This baffler 4 is folded in 3 of this impeller sets 22 and this radiating seats; And have a basal wall 41, and connect the roof 43 of an apical margin of its leg 42, and define a space 40 jointly by its leg 42 and roof 43 thereof from the upwardly extending leg 42, of a peripheral region of contiguous its basal wall 41.The fin 32 of space 40 ccontaining these radiating seats 3 of this baffler 4 and first district 311 of basal wall 31 and second district 312, and this roof 43 has an entry 431, a water outlet 432 and a sluice way 433.431 one first sidepieces 434 of the water inlet of this roof 43 at this roof 43, and corresponding with the entry pipeline 211 of this shell 21.432 diagonal side 435 of the water outlet of this roof 43 at its water inlet 431, and the sluice way 433 of this roof 43 is that extend at the center towards this roof 43 from its water outlet 432, to be connected with the blasthole 221 of this impeller sets 22.
In this first preferred embodiment of the utility model, the basal wall 31 of this radiating seat 3 also has a ring groove 313 and several screws 314 corresponding to said screw 6 quantity.The ring groove 313 of this radiating seat 3 be from a upper surface of its basal wall 31 to lower recess with first district 311 and second district 312 around its fin 32, its basal wall 31; Said screw 314 is the basal walls 31 that run through this radiating seat 3, and around the periphery of this ring groove 313; The basal wall 41 of this baffler 4 has a ring groove 411 and several perforations 412 corresponding to said screw 6 quantity.The ring groove 411 of this baffler 4 be from a upper surface of its basal wall 41 to lower recess with around its leg 42, said perforation 412 is the basal walls 41 that run through this baffler 4, and around the periphery of this ring groove 411.Said elastic sealing ring 5 is to be arranged at the ring groove 313 of this radiating seat 3 and the ring groove 411 of this baffler 4 respectively.Said screw 6 is to run through the perforation 412 on the basal wall 41 of this baffler 4 from the shell 21 of this centrifugal pumping 2 respectively; Be fixed in the screw 314 of the basal wall 31 of this heat-conducting unit 3 to be spirally connected, and borrow said elastic sealing ring 5 to leak to the outside of this shell 21 to suppress this radiator liquid.
Cooperate and consult Fig. 4; Whereby; This radiator liquid is to introduce in this shell 21 from the entry pipeline 211 of this shell 21; With second district 312, the water outlet 432 of this baffler 4, this sluice way 433 of the runner 320 in 32 in first district 311 of the water inlet 431 of this baffler 4 of flowing through in regular turn, these radiating seat 3 basal walls 31, said fin, these radiating seat 3 basal walls 31, and flow to the blasthole 221 of this impeller sets 22; Simultaneously, this impeller sets 22 can drive its apopore 222 around this axis Y rotation producing a centrifugal force, and force this radiator liquid to be directed to the outlet pipeline 212 of this shell 21 towards the delivery port 222 of impeller sets 22 from the blasthole 221 of this impeller sets 22.
Consult Fig. 4 again, what must further specify is that in this first preferred embodiment of the utility model, the leg 42 of this baffler 4 has a wall thickness here.The position is in the wall thickness of baffler 4 legs 42 in first district 311 of these radiating seat 3 basal walls 31; Be from water inlet 431 places of contiguous this baffler 4 dorsad the direction of its water inlet 431 increase progressively; So that first district, 311 areas of these radiating seat 3 basal walls 31, be from water inlet 431 places of contiguous this baffler 4 dorsad the direction of its water inlet 431 successively decrease.The position is in the wall thickness of baffler 4 legs 42 in second district 312 of these radiating seat 3 basal walls 31; Be from delivery port 432 places of contiguous this baffler 4 dorsad the direction of its delivery port 432 increase progressively; So that second district, 312 areas of these radiating seat 3 basal walls 31, be from delivery port 432 places of contiguous this baffler 4 dorsad the direction of its delivery port 432 successively decrease.By the wall thickness design of these baffler 4 legs 42, changing the flowing space of this radiator liquid in this first district 311 and second district 312, thereby and make that the flow distribution of this radiator liquid is comparatively average.
This first preferred embodiment of the utility model mainly is with this radiating seat 3 (just; The fin type metal cooling seat) is bonded to liquid cooling radiator (just; This centrifugal pumping 2 and this baffler 4); And according to the design of runner 320 directions of this radiating seat 3 with the thin bilge construction that changes this baffler 4; Can make the radiator liquid that navigates in the line flowing channel 320 pass through the configuration relations such as water inlet 431, delivery port 432 and sluice way 433 of this baffler 4, be directed to the center of this shell 21, and guide to the outlet pipeline 212 of this shell 21 via this centrifugal pumping 2.Utilize on the one hand the high radiating seat of the coefficient of heat conduction (as; The fin type metal cooling seat) 3 tentatively carry out heat exchange with this electronic component; On the other hand; Cooperation by this radiator liquid, baffler 4 and centrifugal pumping 2; The heat energy that this radiating seat 3 is absorbed passes to the radiator liquid that is positioned at 32 circulations of fin further; And the designs such as water inlet 431, delivery port 432 and sluice way 433 thereof through this baffler 4 guide to the blasthole 221 of these impeller sets 22 bottoms with the radiator liquid that this is absorbed with heat energy, thereby and the radiator liquid band that will be absorbed with heat energy through this centrifugal pumping 2 from this centrifugal pumping 2, and then reach dynamical second order radiating effect.
Consult Fig. 5; One second preferred embodiment of the utility model liquid cooling radiator is to be same as this first preferred embodiment haply; It does not exist together is to be, the baffler 4 of this second preferred embodiment of the utility model has also protruded out two outstanding ribs 421 from an inner surface of its leg 42 to its space 40.Two outstanding ribs 421 of this baffler 4 are corresponding respectively first district 311 and second districts 312 that are positioned at these radiating seat 3 basal walls 31.The outstanding rib 421 that is positioned at this first district 311 is the water inlets 431 that are adjacent to this baffler 4, and an ora terminalis that is positioned at the outstanding rib 421 in this first district 311 is to terminating in a wherein end of a fin 32, to stop that this radiator liquid is in these first district, 311 circulations.The outstanding rib 421 that is positioned at this second district 312 is the delivery ports 432 that are adjacent to this baffler 4; And an ora terminalis that is positioned at the outstanding rib 421 in this second district 312 is to terminating in a wherein end of another fin 32; To stop that this radiator liquid flows towards the delivery port 432 of this baffler 4; And guide this radiator liquid to circulate towards this first district 311 through a part of runner 320; Be circulated to the radiator liquid in this first district 311 owing to be positioned at the barrier effect of the outstanding rib 421 in this first district 311, further guide to the delivery port 432 that the position is in this second district 312 through a part of runner 320.The design of said outstanding rib 421 can make that the circulation path of this radiator liquid on this radiating seat 3 is the path that demonstrates a S font; The travel distance of on this radiating seat 3, being obtained compared to the radiator liquid of this first preferred embodiment; Said outstanding rib 421 can increase the travel distance of this radiator liquid in this radiating seat 3, thereby and promotes its radiating effect.
Consult Fig. 6 and Fig. 7, one the 3rd preferred embodiment of the utility model liquid cooling radiator is to be same as this second preferred embodiment haply, and it does not exist together is to be, the thin bilge construction of the baffler 4 of the utility model the 3rd preferred embodiment.
The delivery port 432 of the roof 43 of the baffler 4 of the utility model the 3rd preferred embodiment is that the position is in first side 434 of this roof 43 and away from its water inlet 431; And the sluice way 433 of this roof 43 is that extend at the center towards this roof 43 from its delivery port 432, to be connected with the blasthole 221 of this impeller sets 22.This baffler 4 has also protruded out an outstanding rib 422 from the inner surface of its leg 42 to its space 40.The outstanding rib 422 of this baffler 4 is first districts 311 that correspondence is positioned at these radiating seat 3 basal walls 31; And between 432 of its water inlet 431 and delivery ports; And an ora terminalis that should hang rib 422 is to terminating in a wherein end of a fin 32; To stop that this radiator liquid is in these first district, 311 circulations; Therefore radiator liquid is circulated to this second district 312 through a part of runner 320, and the radiator liquid that is circulated to this second district 312 guides to the delivery port 432 that the position is in this first district 311 through a part of runner 320 further.The design of said outstanding rib 422 can make that the circulation path of this radiator liquid on this radiating seat 3 is the path that demonstrates a U font; The travel distance of on this radiating seat 3, being obtained compared to the radiator liquid of this first preferred embodiment; Said outstanding rib 422 can increase the travel distance of this radiator liquid in this radiating seat 3, thereby and promotes its radiating effect.
It will be further appreciated that here; The structural design of the baffler 4 of these preferred embodiments of the utility model; Can first district 311, second district 312 and the fin 32 of this radiating seat 3 be embedded in the space 40 of this baffler 4; And cover shell 21 openings 210 of this centrifugal pumping 2 by the basal wall 31 of this radiating seat 3; Effectively utilize the space so that provide the media (like, structures such as fin 32, radiator liquid and baffler 4) of heat radiation to be able to be integrated in this shell 21 inside, more help being applied in the scientific and technological industry of present compactization.
In sum; The liquid cooling radiator of the utility model is by fin 32 designs of this radiating seat 3 and the structural arrangements of water inlet 431, delivery port 432 and the sluice way 433 thereof of this baffler 4; It is integrated into existing centrifugal pumping; Make electronic component to be dispelled the heat to accomplish heat exchange process via the second order radiating mode, thereby more effectively promote the heat dissipation of liquid cooling radiator and satisfy the demand of industry; In addition, it effectively utilizes space in centrifugal pumping 2 shells 21 to meet the requirement of scientific and technological industry for compactization, so can reach the purpose of the utility model really.
Claims (6)
1. a liquid cooling radiator is to utilize a radiator liquid to reach radiating effect, and this liquid cooling radiator comprises: a centrifugal pumping, a radiating seat and a baffler; It is characterized in that:
This centrifugal pumping has a shell and an impeller sets; This shell has the open opening of an entry pipeline, an outlet pipeline and down; This impeller sets is located in the center in this shell; And have at least one blasthole and several apopores, the blasthole of this impeller sets is positioned at a bottom of this impeller sets, and this impeller sets through a solenoid drive drive said apopore around an axis rotation of this impeller sets to be communicated with the outlet pipeline of this shell in regular turn;
This radiating seat has a basal wall and several fins; The basal wall of this radiating seat covers the opening of this shell and has one first district and one second district opposite and that the space is provided with; Said fin is arranged at respectively between this first district and second district at intervals; Per two adjacent fin define jointly one extend to this second district from this first district runner, and first district of the basal wall of this radiating seat is the radiator liquid of being introduced from the entry pipeline of this shell in order to accept;
This baffler is folded between this impeller sets and this radiating seat; And the upwardly extending leg of peripheral region, with a basal wall, certainly contiguous its basal wall connects the roof of an apical margin of its leg; And define a space jointly by its leg and roof thereof; First district of the fin of ccontaining this radiating seat in space of this baffler and the basal wall of this radiating seat and second district; And this roof has a water inlet, a delivery port and a sluice way; The water inlet position of this roof is at one first sidepiece of this roof and corresponding with the entry pipeline of this shell, and the delivery port position of this roof is in a diagonal side of its water inlet, and the sluice way of this roof is that the center towards this roof is extended and is connected with the blasthole of this impeller sets from its delivery port.
2. liquid cooling radiator according to claim 1 is characterized in that: this baffler has also protruded out two outstanding ribs from an inner surface of its leg to its space, and two outstanding ribs of this baffler are corresponding respectively first district and second districts that is positioned at this radiating seat basal wall; The outstanding rib that is positioned at this first district is the water inlet that is adjacent to this baffler, and an ora terminalis that is positioned at the outstanding rib in this first district is to stop that this radiator liquid is in this first district circulation to an end that terminates in a fin wherein; The outstanding rib that is positioned at this second district is the delivery port that is adjacent to this baffler, and an ora terminalis that is positioned at the outstanding rib in this second district is to flow towards the delivery port of this baffler to stop this radiator liquid to terminating in wherein an end of another fin.
3. liquid cooling radiator according to claim 1 and 2; It is characterized in that: also comprise two elastic sealing rings; The basal wall of this radiating seat also has a ring groove; The ring groove of this radiating seat be from a upper surface of the basal wall of this radiating seat to lower recess with first district and second district around its fin, its basal wall; The basal wall of this baffler has a ring groove, the ring groove of this baffler be from a upper surface of the basal wall of this baffler to lower recess with around its leg, said elastic sealing ring is to be arranged at the ring groove of this radiating seat and the ring groove of this baffler respectively.
4. liquid cooling radiator according to claim 1 and 2 is characterized in that: the leg of this baffler has wall thickness; The position is in the wall thickness of baffler leg in first district of this radiating seat basal wall; Be from the water inlet place of contiguous this baffler dorsad the direction of its water inlet increase progressively so that the first district area of this radiating seat basal wall be from the water inlet place of contiguous this baffler dorsad the direction of its water inlet successively decrease; The position is in the wall thickness of baffler leg in second district of this radiating seat basal wall; Be from the delivery port place of contiguous this baffler dorsad the direction of its delivery port increase progressively so that the second district area of this radiating seat basal wall be from the delivery port place of contiguous this baffler dorsad the direction of its delivery port successively decrease.
5. a liquid cooling radiator is to utilize a radiator liquid to reach radiating effect, and this liquid cooling radiator comprises: a centrifugal pumping, a radiating seat and a baffler; It is characterized in that:
This centrifugal pumping has a shell and an impeller sets; This shell has the open opening of an entry pipeline, an outlet pipeline and down; This impeller sets is located in the center in this shell; And have at least one blasthole and several apopores, the blasthole of this impeller sets is positioned at a bottom of this impeller sets, and this impeller sets through a solenoid drive drive said apopore around an axis rotation of this impeller sets to be communicated with the outlet pipeline of this shell in regular turn;
This radiating seat has a basal wall and several fins; The basal wall of this radiating seat covers the opening of this shell and has one first district and one second district opposite and that the space is provided with; Said fin is arranged at respectively between this first district and second district at intervals; Per two adjacent fin define jointly one extend to this second district from this first district runner, and first district of the basal wall of this radiating seat is the radiator liquid of being introduced from the entry pipeline of this shell in order to accept;
This baffler is folded between this impeller sets and this radiating seat; And the upwardly extending leg of peripheral region, with a basal wall, certainly contiguous its basal wall connects the roof of an apical margin of its leg; And define a space jointly by its leg and roof thereof; First district of the fin of ccontaining this radiating seat in space of this baffler and the basal wall of this radiating seat and second district; And this roof has a water inlet, a delivery port and a sluice way; The water inlet position of this roof is at one first sidepiece of this roof and corresponding with the entry pipeline of this shell, and the delivery port position of this roof is in first side of this roof and away from its water inlet, and the sluice way of this roof is that extend at the center towards this roof from its delivery port; And be connected with the blasthole of this impeller sets; This baffler has also protruded out an outstanding rib from an inner surface of its leg to its space, and the outstanding rib of this baffler is that correspondence is positioned at first district of this radiating seat basal wall and between between its water inlet and delivery port, and ora terminalis that should outstanding rib is to circulate in this first district to stop this radiator liquid to terminating in wherein an end of a fin.
6. liquid cooling radiator according to claim 5; It is characterized in that: also comprise two elastic sealing rings; The basal wall of this radiating seat also has a ring groove; The ring groove of this radiating seat be from a upper surface of the basal wall of this radiating seat to lower recess with first district and second district around its fin, its basal wall; The basal wall of this baffler has a ring groove, the ring groove of this baffler be from a upper surface of the basal wall of this baffler to lower recess with around its leg, said elastic sealing ring is to be arranged at the ring groove of this radiating seat and the ring groove of this baffler respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220143450 CN202585392U (en) | 2012-04-06 | 2012-04-06 | Liquid-cooled radiator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220143450 CN202585392U (en) | 2012-04-06 | 2012-04-06 | Liquid-cooled radiator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202585392U true CN202585392U (en) | 2012-12-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220143450 Expired - Fee Related CN202585392U (en) | 2012-04-06 | 2012-04-06 | Liquid-cooled radiator |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104853567A (en) * | 2015-05-04 | 2015-08-19 | 遵义天义利威机电有限责任公司 | Self-cooling sealed controller |
| CN106455421A (en) * | 2016-09-09 | 2017-02-22 | 奇鋐科技股份有限公司 | Water discharging unit and device |
| CN110360125A (en) * | 2019-07-01 | 2019-10-22 | 深圳兴奇宏科技有限公司 | Slim pump configuration |
-
2012
- 2012-04-06 CN CN 201220143450 patent/CN202585392U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104853567A (en) * | 2015-05-04 | 2015-08-19 | 遵义天义利威机电有限责任公司 | Self-cooling sealed controller |
| CN104853567B (en) * | 2015-05-04 | 2017-05-17 | 遵义天义利威机电有限责任公司 | Self-cooling sealed controller |
| CN106455421A (en) * | 2016-09-09 | 2017-02-22 | 奇鋐科技股份有限公司 | Water discharging unit and device |
| CN110360125A (en) * | 2019-07-01 | 2019-10-22 | 深圳兴奇宏科技有限公司 | Slim pump configuration |
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