CN209674324U - A kind of high-performance processor resistant to high temperature - Google Patents
A kind of high-performance processor resistant to high temperature Download PDFInfo
- Publication number
- CN209674324U CN209674324U CN201920465069.XU CN201920465069U CN209674324U CN 209674324 U CN209674324 U CN 209674324U CN 201920465069 U CN201920465069 U CN 201920465069U CN 209674324 U CN209674324 U CN 209674324U
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- cavity
- fixedly connected
- isolation cover
- annular slab
- ontology
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Abstract
The utility model relates to processor correlative technology fields, and disclose a kind of high-performance processor resistant to high temperature, including ontology, the upper surface of ontology is fixedly connected with isolation cover, the bottom of isolation cover offers opening, the bottom opening inner wall of isolation cover is fixedly connected with cavity plectane, the bottom of cavity plectane is uniformly provided with drainage hole, little shower nozzle is fixedly connected on the inside of drainage hole, installation through-hole is offered on cavity plectane, it is fixedly installed with isolating seal ring on the inside of installation through-hole, is fixedly connected with check valve on the inside of isolating seal ring.The high-performance processor resistant to high temperature, so that the circulating cooling of cooling water uses, the effective cooling cycle length for increasing cooling water, so that the heat of cooling water itself is shed by cavity annular slab, accelerate distributing for the annular outer side wall surface heat of cavity annular slab, to reach the cooling for accelerating cooling water, and then achieve the purpose that quickly to cool down processor.
Description
Technical field
The utility model relates to processor correlative technology field, specially a kind of high-performance processor resistant to high temperature.
Background technique
Existing processor generally will do it automatic frequency reducing at high temperature, and after automatic frequency reducing, treatment effeciency is substantially reduced, existing
Some processors, which carry out radiating in the case of a high temperature, generally radiates to the surface of processor with radiating fin using fan, leads to
The heat flowing velocity that airflow radiating is only to speed up processor surface is crossed, heat dissipation effect is unsatisfactory, leads to processor surface
Heat can not timely and effectively disperse, so that the temperature on processor surface is higher, it is therefore desirable to which one kind can be with height resistant to high temperature
Performance processor is timely and effectively dispersed the heat on its surface, to prevent the excessively high influence equipment of its surface temperature from normally transporting
Row.
Utility model content
Solving existing processor and cannot timely and effectively distributing the heat that its surface generates leads to the excessively high influence of temperature
The problem of equipment operates normally.
A kind of high-performance processor resistant to high temperature, including ontology, the upper surface of the ontology are fixedly connected with isolation cover, institute
The bottom for stating isolation cover offers opening, and the bottom opening inner wall of the isolation cover is fixedly connected with cavity plectane, the cavity
The bottom of plectane is uniformly provided with drainage hole, and little shower nozzle is fixedly connected on the inside of drainage hole, is offered on the cavity plectane
Installation through-hole is fixedly installed with isolating seal ring on the inside of the installation through-hole, is fixedly connected on the inside of the isolating seal ring
There are check valve, water inlet upper surface of the port towards ontology of the check valve, the drain port of check valve extends to isolation cover
Inner cavity is fixedly connected with water storage box at the top of the isolation cover, and the inside bottom middle position of the water storage box is fixedly installed with
The drainpipe of micro pump, the micro pump through the inside bottom of water storage box and the top of isolation cover and extends to isolation cover
Inner cavity, the drainage pipe end of the micro pump is connected to the fixation of the water guide mouth of cavity plectane, the left and right sides of the water storage box
It is fixedly connected with locating rack between face, motor is fixedly installed on the inside of the locating rack, the output shaft of the motor is fixed to be practiced
Grade has a heat emission fan, and the annular outboard of the isolation cover is socketed with cavity annular slab, the annular inner side wall of the cavity annular slab with
The annular outer side wall of isolation cover completely attaches to, and the annular inner side wall of the cavity annular slab offers introducing port, the check valve
Drain port and introducing port between be fixedly connected with bend pipe, the inner cavity of the cavity annular slab is fixedly connected with spiral isolation
The annular outer side wall top of piece, the cavity annular slab offers water return outlet, and it is soft that the water return outlet port is fixedly connected with return water
Pipe, the end of the Return water hoses are connected with water storage box, are threaded with sealing-plug at the crest water flooding mouth of the water storage box.
Preferably, between the bottom surface of the cavity plectane and the upper surface of ontology there are gap, the little shower nozzle
There are gap, the upper surfaces of the little shower nozzle face ontology between end and the upper surface of ontology.
Preferably, introducing port and and cavity loop of the inside flight one end of the spiral spacer close to cavity annular slab
The interior chamber inner sidewall of shape plate is fixedly connected, the water return outlet of outer helical piece one end of the spiral spacer close to cavity annular slab
And be fixedly connected with the inner cavity lateral wall of cavity annular slab, the inner cavity of cavity annular slab is separated into helical cavity by spiral spacer
Road.
Preferably, the motor is located at the underface of ontology, and there are gaps between the heat emission fan and the lower surface of ontology.
Preferably, the bottom opening of the isolation cover covers the upper surface of ontology, the circular outside wall of cavity plectane with
Bonding is fully sealed in opening inner side wall.
Preferably, the check valve is the one-way flow valve body to the unidirectional water guide of bend pipe, and bend pipe runs through the inside of isolation cover
Wall is connected with the introducing port of cavity annular slab.
Preferably, the cavity annular slab is back taper, the small top cross-sectional area of the bottom cross section of cavity annular slab
Greatly.
Compared with prior art:
(1), high-performance processor resistant to high temperature, by the way that ontology, isolation cover, cavity plectane, little shower nozzle, water storage box is arranged
It cooperates with micro pump, when the device is in use, starts micro pump, so that the water sucting port of micro pump is in water storage box
Then water suction imports the inner cavity of cavity plectane by the drainpipe of micro pump, so that cooling water passes through cavity plectane bottom
Little shower nozzle carries out punching press to the upper surface of ontology, so that cooling water is directly contacted with body surface, heat exchange is carried out, thus effectively
The heat of body surface is taken away, after the lasting importing of cooling water, coolant liquid after heat exchange passes through unidirectional
Valve is exported so that the cooling inner cavity for importing cavity annular slab by bend pipe, finally by cavity annular slab water return outlet with
The inner cavity that Return water hoses import water storage box ensures that the high-performance of processor is normal so that the circulating cooling of cooling water uses
Operation processing.
(2), the high-performance processor resistant to high temperature passes through setting cavity annular slab, spiral spacer, motor and heat emission fan
It cooperates, when the device is in use, after cooling water imports cavity annular slab inner cavity by bend pipe, cooling water is isolated along spiral
The spiral inner cavity that piece is isolated carries out spiral circulation, the effective cooling cycle length for increasing cooling water, so that cooling water
The heat of itself is shed by cavity annular slab, at the same time, starts motor, so that the output shaft of motor drives heat emission fan
It is rotated, so that heat emission fan brushes the lower surface of ontology, heat emission fan runs generated air-flow and blows upwards, effectively
The annular outer side wall surface heat of quickening cavity annular slab distribute, thus effectively to the cooling water heat of its inner cavity circulation
It is dispersed, to reach the cooling for accelerating cooling water.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is structure enlargement diagram at A in Fig. 1；
Fig. 3 is the utility model spiral spacer distribution schematic diagram on the inside of cavity annular slab；
Fig. 4 is the utility model cavity annular intralamellar part structural schematic diagram.
In figure: 1 ontology, 2 isolation covers, 3 openings, 4 cavity plectanes, 5 little shower nozzles, 6 installation through-holes, 7 isolating seal rings, 8 lists
To valve, 9 water storage boxes, 10 micro pumps, 11 locating racks, 12 motors, 13 heat emission fans, 14 cavity annular slabs, 15 spiral spacers, 16
Water return outlet, 17 Return water hoses, 18 bend pipes, 19 sealing-plugs, 20 introducing ports.
Specific embodiment
As shown in Figs 1-4, the utility model provides a kind of technical solution: a kind of high-performance processor resistant to high temperature, including
Ontology 1, the upper surface of ontology 1 are fixedly connected with isolation cover 2, and the bottom of isolation cover 2 offers opening 3, and the bottom of isolation cover 2 is opened
3 inner walls of mouth are fixedly connected with cavity plectane 4, and the bottom opening 3 of isolation cover 2 covers the upper surface of ontology 1, cavity plectane 4
Circular outside wall is fully sealed Nian Jie with 3 inner sidewalls of opening, and the bottom of cavity plectane 4 is uniformly provided with drainage hole, drainage hole
Inside is fixedly connected with little shower nozzle 5, and there are gap, little shower nozzles 5 between the bottom surface of cavity plectane 4 and the upper surface of ontology 1
End and ontology 1 upper surface between there are gap, the upper surface of 5 face ontology 1 of little shower nozzle offers on cavity plectane 4
Installation through-hole 6, the inside of installation through-hole 6 are fixedly installed with isolating seal ring 7, and the inside of isolating seal ring 7 is fixedly connected with list
To valve 8, the inner cavity of cavity plectane 4 is sealed by isolating seal ring 7 with check valve 8 to be isolated, and ensures cavity plectane 4, isolation cover 2
The space sealing formed between ontology 1 prevents the spilling of cooling water, upper table of the water inlet port towards ontology 1 of check valve 8
Face, the drain port of check valve 8 extend to the inner cavity of isolation cover 2, and the top of isolation cover 2 is fixedly connected with water storage box 9, water storage box
Cooling water is stored in 9, the inside bottom middle position of water storage box 9 is fixedly installed with micro pump 10, the row of micro pump 10
Water pipe is through the inside bottom of water storage box 9 and the top of isolation cover 2 and the inner cavity for extending to isolation cover 2, the row of micro pump 10
Water pipe end is connected to the fixation of the water guide mouth of cavity plectane 4, and locating rack 11 is fixedly connected between the left and right side of water storage box 9,
The inside of locating rack 11 is fixedly installed with motor 12, and the fixed grade of practicing of the output shaft of motor 12 has heat emission fan 13, and motor 12 is located at this
The underface of body 1, there are gap between heat emission fan 13 and the lower surface of ontology 1, the annular outboard of isolation cover 2 is socketed with cavity loop
Shape plate 14, the annular inner side wall of cavity annular slab 14 and the annular outer side wall of isolation cover 2 completely attach to, and cavity annular slab 14 is to fall
Taper, the small top cross-sectional area of the bottom cross section of cavity annular slab 14 is big, and the annular inner side wall of cavity annular slab 14 opens up
There is introducing port 20, bend pipe 18 is fixedly connected between the drain port and introducing port 20 of check valve 8, check valve 8 is to bend pipe 18
The one-way flow valve body of unidirectional water guide, bend pipe 18 are connected through the inner sidewall of isolation cover 2 with the introducing port 20 of cavity annular slab 14
Logical, the inner cavity of cavity annular slab 14 is fixedly connected with spiral spacer 15, opens up at the top of the annular outer side wall of cavity annular slab 14
Have a water return outlet 16, inside flight one end of spiral spacer 15 close to cavity annular slab 14 introducing port 20 and with cavity annular
The interior chamber inner sidewall of plate 14 is fixedly connected, the water return outlet of outer helical piece one end of spiral spacer 15 close to cavity annular slab 14
It 16 and is fixedly connected with the inner cavity lateral wall of cavity annular slab 14, the inner cavity of cavity annular slab 14 is separated by spiral spacer 15
Spiral cavity, 16 port of water return outlet are fixedly connected with Return water hoses 17, and the end of Return water hoses 17 is connected with water storage box 9, store
Sealing-plug 19 is threaded at the crest water flooding mouth of water tank 9.
When the device is in use, start micro pump 10 and motor 12, so that the water sucting port of micro pump 10 is in water storage box 9
Then interior water suction imports the inner cavity of cavity plectane 4 by the drainpipe of micro pump 10, so that cooling water passes through cavity plectane 4
The little shower nozzle 5 of bottom carries out punching press to the upper surface of ontology 1 and carries out hot friendship so that cooling water is directly contacted with 1 surface of ontology
It changes, thus effectively take away the heat on 1 surface of ontology, it is cold after heat exchange after the lasting importing of cooling water
But liquid is exported by check valve 8, so that the cooling inner cavity for importing cavity annular slab 14 by bend pipe 18, cooling water pass through curved
Pipe 18 imports after 14 inner cavity of cavity annular slab, and cooling water carries out spiral flow along the spiral inner cavity that spiral spacer 15 is isolated
It is logical, the effective cooling cycle length for increasing cooling water so that the heat of cooling water itself by cavity annular slab 14 into
Row sheds, and the output shaft of motor 12 drives heat emission fan 13 to be rotated, so that heat emission fan 13 blows the lower surface of ontology 1
It strokes, heat emission fan 13 runs generated air-flow and blows upwards, the effective annular outer side wall surface heat for accelerating cavity annular slab 14
Amount distributes, to effectively disperse to the cooling water heat of its inner cavity circulation, to reach the cooling for accelerating cooling water.
Claims (7)
1. a kind of high-performance processor resistant to high temperature, including ontology (1), it is characterised in that: the upper surface of the ontology (1) is fixed
It is connected with isolation cover (2), the bottom of the isolation cover (2) offers opening (3), in the bottom opening (3) of the isolation cover (2)
Wall is fixedly connected with cavity plectane (4), and the bottom of the cavity plectane (4) is uniformly provided with drainage hole, and the inside of drainage hole is solid
Surely it is connected with little shower nozzle (5), is offered installation through-hole (6) on the cavity plectane (4), the inside of the installation through-hole (6) is solid
Dingan County is equipped with isolating seal ring (7), is fixedly connected with check valve (8), the check valve on the inside of the isolating seal ring (7)
(8) towards the upper surface of ontology (1), the drain port of check valve (8) extends to the inner cavity of isolation cover (2), institute for water inlet port
It states and is fixedly connected at the top of isolation cover (2) water storage box (9), the inside bottom middle position of the water storage box (9) is fixedly mounted
Have micro pump (10), the drainpipe of the micro pump (10) is through the inside bottom of water storage box (9) and the top of isolation cover (2)
Portion and the inner cavity for extending to isolation cover (2), the drainage pipe end of the micro pump (10) and the water guide mouth of cavity plectane (4) are solid
It is fixed to be connected to, it is fixedly connected with locating rack (11) between the left and right side of the water storage box (9), the inside of the locating rack (11) is solid
Dingan County is equipped with motor (12), and the fixed grade of practicing of the output shaft of the motor (12) has heat emission fan (13), the annular of the isolation cover (2)
Outside is socketed with cavity loop shape plate (14), the annular inner side wall of the cavity annular slab (14) and the annular outboard of isolation cover (2)
Wall completely attaches to, and the annular inner side wall of the cavity annular slab (14) offers introducing port (20), the draining of the check valve (8)
It is fixedly connected between port and introducing port (20) bend pipe (18), the inner cavity of the cavity annular slab (14) is fixedly connected with spiral
The annular outer side wall top of spacer (15), the cavity annular slab (14) offers water return outlet (16), the water return outlet (16)
Port is fixedly connected with Return water hoses (17), and the end of the Return water hoses (17) is connected with water storage box (9), the water storage box
(9) sealing-plug (19) are threaded at crest water flooding mouth.
2. a kind of high-performance processor resistant to high temperature according to claim 1, it is characterised in that: the cavity plectane (4)
Bottom surface and ontology (1) upper surface between there are gap, the end of the little shower nozzle (5) and the upper surface of ontology (1)
Between there are gap, the upper surfaces of little shower nozzle (5) the face ontology (1).
3. a kind of high-performance processor resistant to high temperature according to claim 1, it is characterised in that: the spiral spacer
(15) inside flight one end is close to the introducing port (20) of cavity annular slab (14) and interior intracavitary with cavity annular slab (14)
Side wall is fixedly connected, the water return outlet (16) of outer helical piece one end of the spiral spacer (15) close to cavity annular slab (14)
And be fixedly connected with the inner cavity lateral wall of cavity annular slab (14), spiral spacer (15) divides the inner cavity of cavity annular slab (14)
It is divided into spiral cavity.
4. a kind of high-performance processor resistant to high temperature according to claim 1, it is characterised in that: the motor (12) is located at
The underface of ontology (1), there are gaps between the heat emission fan (13) and the lower surface of ontology (1).
5. a kind of high-performance processor resistant to high temperature according to claim 1, it is characterised in that: the isolation cover (2)
Bottom opening (3) covers the upper surface of ontology (1), and the circular outside wall and opening (3) inner sidewall of cavity plectane (4) are completely close
Envelope bonding.
6. a kind of high-performance processor resistant to high temperature according to claim 1, it is characterised in that: the check valve (8) is
To the one-way flow valve body of the unidirectional water guide of bend pipe (18), inner sidewall and cavity annular slab of the bend pipe (18) through isolation cover (2)
(14) introducing port (20) is connected.
7. a kind of high-performance processor resistant to high temperature according to claim 1, it is characterised in that: the cavity annular slab
It (14) is back taper, the small top cross-sectional area of the bottom cross section of cavity annular slab (14) is big.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920465069.XU CN209674324U (en) | 2019-04-08 | 2019-04-08 | A kind of high-performance processor resistant to high temperature |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920465069.XU CN209674324U (en) | 2019-04-08 | 2019-04-08 | A kind of high-performance processor resistant to high temperature |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209674324U true CN209674324U (en) | 2019-11-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920465069.XU Active CN209674324U (en) | 2019-04-08 | 2019-04-08 | A kind of high-performance processor resistant to high temperature |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115195063A (en) * | 2022-07-08 | 2022-10-18 | 广东文穗智能装备股份有限公司 | Refrigeration system for injection molding auxiliary integrated system |
-
2019
- 2019-04-08 CN CN201920465069.XU patent/CN209674324U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115195063A (en) * | 2022-07-08 | 2022-10-18 | 广东文穗智能装备股份有限公司 | Refrigeration system for injection molding auxiliary integrated system |
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