CN110471515A - A kind of main frame cooling device - Google Patents
A kind of main frame cooling device Download PDFInfo
- Publication number
- CN110471515A CN110471515A CN201810441991.5A CN201810441991A CN110471515A CN 110471515 A CN110471515 A CN 110471515A CN 201810441991 A CN201810441991 A CN 201810441991A CN 110471515 A CN110471515 A CN 110471515A
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- China
- Prior art keywords
- water
- fixedly connected
- cooling
- component
- tube assembly
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/20—Cooling means
Abstract
The present invention relates to computer fittings fields, more particularly to a kind of main frame cooling device, it include boxboard ontology, motor fixing seat, pedestal and rectangle sliding slot including boxboard component, circulating water cooling component, heat exchange water cooled components, displacement transmission component and sliding support component, the boxboard component；The upper end of the boxboard ontology is equipped with circular through hole, is fixedly connected with motor fixing seat on the inside of circular through hole；The outer end of the motor fixing seat is connected by screw to pedestal, and the lower end of boxboard ontology is equipped with rectangle sliding slot；The present invention cools down the host of cabinet inside by the way of water cooling, cooling water is carried out simultaneously air-cooled, it is set to circulate use, and the water cooling tube assembly inside the present invention can be laterally moved under the drive of displacement transmission component and sliding support component, effectively improve the whole cooling effect of cabinet inside.
Description
Technical field
The present invention relates to computer fittings fields, more particularly to a kind of main frame cooling device.
Background technique
Currently, well known computer case cooling device is made of cooling fan, accelerate air in cabinet using fan
Flowing, and the hot-air in cabinet is discharged to outside cabinet, the heat issued when each component works in cabinet is enable to distribute in time
It goes out.But that there is radiating efficiencys when in use is low for cooling fan in the prior art, cabinet inside is easily accessible when heat dissipation
The problem of dust, therefore occur water cooling cabinet in the market, but water cooling cabinet in the prior art is when in use, internal
Cooling pipe is fixed cooling pipe, and not uniform enough to the heat dissipation of cabinet inside when being radiated, Local cooling effect is good,
Local cooling effect is poor.
Such as number of patent application is a kind of computer water-cooling cabinet of CN201520047265.7, including cabinet, the machine
Computer motherboard, computer module and heat source component are equipped in case, the lower section of computer motherboard is equipped with the first heat-conducting silicone grease
The top of layer, heat source component is equipped with the second thermal grease layer；The bottom of cabinet is equipped with several radiating fins for heat dissipation,
It is connected between first thermal grease layer and radiating fin by superconducting pipe；Water-cooled copper is installed on the top side wall of cabinet；Machine
Case is respectively arranged on the left side and the right side independent air duct, and the top of cabinet is equipped with air-flow blower.Its internal cooling pipe is to fix
Cooling pipe, not uniform enough to the heat dissipation of cabinet inside when being radiated, Local cooling effect is good, Local cooling effect
Difference.
Summary of the invention
The object of the present invention is to provide a kind of main frame cooling devices, and the present invention is by the way of water cooling in cabinet
The host in portion is cooled down, while air-cooled to cooling water progress, it is made to circulate use, and the water cooling tube inside the present invention
Component can be laterally moved under the drive of displacement transmission component and sliding support component, effectively improve the entirety of cabinet inside
Cooling effect.
The purpose of the present invention is achieved through the following technical solutions:
A kind of main frame cooling device, including boxboard component, circulating water cooling component, heat exchange water cooled components, displacement biography
Dynamic component and sliding support component, the boxboard component include boxboard ontology, motor fixing seat, pedestal and rectangle sliding slot；The case
The upper end of plate ontology is equipped with circular through hole, is fixedly connected with motor fixing seat on the inside of circular through hole；Outside the motor fixing seat
End is connected by screw to pedestal, and the lower end of boxboard ontology is equipped with rectangle sliding slot；
The circulating water cooling component includes water cooling tube assembly, tube assembly of drawing water, water delivery tube assembly, cooling water tank component, has
The water inlet pipe of control valve and drainpipe with control valve；The bottom end of the water cooling tube assembly is fixedly connected with drainpipe；Institute
State the lower end of the left end connection water delivery tube assembly of water cooling tube assembly, a left side for the upper end connection cooling water tank component of water delivery tube assembly
End；The right end of the cooling water tank component connects the upper end for tube assembly of drawing water, and the lower end for tube assembly of drawing water connects water cooling tube assembly
Right end；The cooling water tank component is fixedly connected on the upper end of the leading flank of boxboard ontology；The water cooling tube assembly is located at case
The rear end of plate ontology；The upper end of the tube assembly of drawing water and the upper end of water delivery tube assembly are all fixedly connected on the upper of boxboard ontology
End；The upper end of the cooling water tank component is fixedly connected with water inlet pipe；
The heat exchange water cooled components include driving motor, transmission shaft, drive sprocket and radiator fan；The driving motor is fixed
It is connected to the inside of motor fixing seat, the output shaft of driving motor connects transmission shaft by shaft coupling, and the rear end of transmission shaft passes through
Bearing, which is rotatably assorted, to be connected on pedestal, and the middle-end of transmission shaft is fixedly connected with drive sprocket, and the front end of transmission shaft is fixedly connected scattered
Hot-air fan；The dead astern of cooling water tank component is arranged in the radiator fan；The drive sprocket transmission connection displacement transmission group
Part；The displacement transmission component, which is rotatably assorted, is connected to the front end of boxboard ontology, displacement transmission component transmission connection sliding rack group
The front end of part, in the inside of rectangle sliding slot, the rear end of sliding support component is fixed to be connected for the middle-end sliding connection of sliding support component
The cold tube assembly of water receiving.
The water cooling tube assembly includes diversion box, more water cooling tube bodies, header tank and two tube fixing devices；Described point of water
The top of case is connected with the bottom end of header tank by more water cooling tube bodies；The bottom end of the diversion box is fixedly connected with drainpipe；
The left end of the diversion box is fixedly connected with water delivery tube assembly；The right end of the header tank is fixedly connected with tube assembly of drawing water；More water
The top and bottom of cold tube body are respectively fixedly connected on two tube fixing devices, and two tube fixing devices are all fixed on sliding rack group
The rear end of part.
The tube assembly of drawing water include lower drinking-water pipe, flexible suction hose, with suction pump draw water straight tube and on draw water
Pipe；One end of the lower drinking-water pipe is fixedly connected with header tank, and the other end of lower drinking-water pipe is fixedly connected with the one of flexible suction hose
The other end at end, flexible suction hose is fixedly connected with the one end for the straight tube that draws water, and the other end for the straight tube that draws water, which is fixedly connected, to draw water
One end of pipe, the other end of upper drinking-water pipe are fixedly connected with cooling water tank component；The straight tube that draws water is fixedly connected on boxboard ontology
On.
The water delivery tube assembly includes upper water-supply-pipe, water delivery straight tube, flexible delivery hose and lower water-supply-pipe；The upper water delivery
One end of pipe is fixedly connected with cooling water tank component, and the other end of upper water-supply-pipe is fixedly connected with one end of water delivery straight tube, water delivery straight tube
The other end be fixedly connected with one end of flexible delivery hose, the water delivery straight tube of flexible delivery hose is fixedly connected with that the other end is fixed to be connected
One end of lower water-supply-pipe is connect, the other end of lower water-supply-pipe is fixedly connected with header tank；The water delivery straight tube is fixedly connected on boxboard sheet
On body.
The cooling water tank component includes round cooling water tank, multiple thermal vias and L shape fixed link；The round heat dissipation
The left end of water tank connects upper water-supply-pipe, and the right end of round cooling water tank connects upper drinking-water pipe；The circle cooling water tank is equipped with
Multiple thermal vias；The rear end of the circle cooling water tank is welded to connect the front end of L shape fixed link, and the rear end of L shape fixed link is logical
Cross the upper end that screw is connected to boxboard ontology；The front of radiator fan is arranged in the circle cooling water tank.
The displacement transmission component includes by movable sprocket, chain, sprocket shaft, drive pulley, belt, passive belt wheel, belt wheel
Axis, upper sector gear and lower sector gear；The middle-end that sprocket shaft is fixedly connected on by movable sprocket, passes through chain by movable sprocket
Connect drive sprocket；The rear end of the sprocket shaft is rotatably connected on boxboard ontology by the bearing block with bearing, sprocket shaft
Front end be fixedly connected with drive pulley, the rear end of sprocket shaft is fixedly connected with sector gear, and drive pulley connects quilt by belt
Movable belt pulley, passive belt wheel are fixedly connected on the front end of pulley shaft, and the rear end of pulley shaft is connected to by the bearing block with bearing
On boxboard ontology；The lower sector gear is fixedly connected on the rear end of pulley shaft；The upper sector gear and lower sector gear point
The top and bottom of rectangle sliding slot are not set.
The sliding support component includes mounting plate, upper rack plate, lower rack-plate, rectangular shaped slider, limit sliding sleeve and perpendicular seat board；
The centre of the rear end of the mounting plate is fixedly connected with rectangular shaped slider, and rectangular shaped slider clearance fit is connected to the inside of rectangle sliding slot,
Former and later two limit sliding sleeves are fixedly connected in rectangular shaped slider, two limit sliding sleeves are fitted in the front end of boxboard ontology with after respectively
End；The rear end of the rectangular shaped slider is fixedly connected with perpendicular seat board, and two tube fixing devices are respectively fixedly connected in perpendicular seat board trailing flank
Upper and lower ends；The top of the mounting plate is fixedly connected with upper rack plate, and the bottom end of mounting plate is fixedly connected with lower rack-plate；On described
Rack-plate engages connection with upper sector gear；The lower rack-plate engages connection with lower sector gear.
When the upper rack plate engages connection with upper sector gear, lower rack-plate is separated with lower sector gear；The lower tooth
When batten engages connection with lower sector gear, upper rack plate is separated with upper sector gear.
The water cooling tube body is titanium alloy tube body.
The fan-shaped central angle of the fan-shaped central angle of the upper sector gear and the lower sector gear is all 135 degree of angles.
Beneficial effects of the present invention: a kind of main frame cooling device of the invention can effectively solve the prior art
In cooling fan type cooling device existing for radiating efficiency it is low and the problem of be easily accessible dust, can effectively solve existing
Cooling device position existing for water-cooling cooling device in technology is fixed, and not uniform enough, the Local cooling of cabinet inside heat dissipation is caused
The problem of effect difference；The present invention cools down the host of cabinet inside by the way of water cooling, while carrying out to cooling water
It is air-cooled, so that it is circulated use, and the water cooling tube assembly inside the present invention can be in displacement transmission component and sliding support component
Drive under be laterally moved, effectively improve the whole cooling effect of cabinet inside.
The present invention has the advantages that following a variety of compared with water cooling plant in the prior art:
1. entirety of the invention is made of multiple detachable and interchangeable components, it is convenient for maintenance maintenance or replacement components；
2. needing compared with the inside of cabinet is covered with water cooling tube relative to existing water cooling plant, the present invention is more convenient for installing and using,
It is more convenient for the mounting arrangements of cabinet inside all parts.
Detailed description of the invention
Fig. 1 is overall structure diagram one of the invention；
Fig. 2 is overall structure diagram two of the invention；
Fig. 3 is the structural schematic diagram of the boxboard component inside the present invention；
Fig. 4 is the structural schematic diagram of the circulating water cooling component inside the present invention；
Fig. 5 is the structural schematic diagram of the water cooling tube assembly inside the present invention；
Fig. 6 is the structural schematic diagram of the tube assembly of drawing water inside the present invention；
Fig. 7 is the structural schematic diagram of the water delivery tube assembly inside the present invention；
Fig. 8 is the structural schematic diagram of the cooling water tank component inside the present invention；
Fig. 9 is the structural schematic diagram of the heat exchange water cooled components inside the present invention；
Figure 10 is the structural schematic diagram of the displacement transmission component inside the present invention；
Figure 11 is the structural schematic diagram of the sliding support component inside the present invention.
In figure: boxboard component 1；Boxboard ontology 1-1；Motor fixing seat 1-2；Pedestal 1-3；Rectangle sliding slot 1-4；Circulating water
Cold component 2；Water cooling tube assembly 2-1；Diversion box 2-1-1；Water cooling tube body 2-1-2；Header tank 2-1-3；Tube fixing device 2-1-4；
Tube assembly of drawing water 2-2；Lower drinking-water pipe 2-2-1；Flexible suction hose 2-2-2；Draw water straight tube 2-2-3；Upper drinking-water pipe 2-2-4；It is defeated
Conduit assembly 2-3；Upper water-supply-pipe 2-3-1；Water delivery straight tube 2-3-2；Flexible delivery hose 2-3-3；Lower water-supply-pipe 2-3-4；Heat dissipation
Cistern assembly 2-5；Round cooling water tank 2-5-1；Thermal vias 2-5-2；L shape fixed link 2-5-3；Water inlet pipe 2-6；Drainpipe 2-
7；Exchange heat water cooled components 3；Driving motor 3-1；Transmission shaft 3-2；Drive sprocket 3-3；Radiator fan 3-4；It is displaced transmission component
4；By movable sprocket 4-1；Chain 4-2；Sprocket shaft 4-3；Drive pulley 4-4；Belt 4-5；Passive belt wheel 4-6；Pulley shaft 4-7；On
Sector gear 4-8；Lower sector gear 4-9；Sliding support component 5；Mounting plate 5-1；Upper rack plate 5-2；Lower rack-plate 5-3；Rectangle
Sliding block 5-4；Limit sliding sleeve 5-5；Perpendicular seat board 5-6.
Specific embodiment
Invention is further described in detail by 1-11 with reference to the accompanying drawing.
Specific embodiment 1:
As shown in figs. 1-11, a kind of main frame cooling device, including boxboard component 1, circulating water cooling component 2, heat-exchanging water
Cooling component 3, displacement transmission component 4 and sliding support component 5, the boxboard component 1 include boxboard ontology 1-1, motor fixing seat
1-2, pedestal 1-3 and rectangle sliding slot 1-4；The upper end of the boxboard ontology 1-1 is equipped with circular through hole, and the inside of circular through hole is fixed
Connect motor fixing seat 1-2；The outer end of the motor fixing seat 1-2 is connected by screw to pedestal 1-3, under boxboard ontology 1-1
End is equipped with rectangle sliding slot 1-4；A kind of main frame cooling device of the invention, its working principle is that: when in use, it can incite somebody to action
Overall co-ordination cabinet of the invention uses, and the boxboard component 1 inside the present invention is used as the side plate that cabinet is not necessarily to install host,
After being installed, cooling water is injected to the inside of circulating water cooling component 2 first, then by circulating water cooling component 2 and heat exchange
Water cooled components 3 are all opened by wire connecting power and by control switch, and the water source inside circulating water cooling component 2 carries out
It circulates, after cooling down to the host of cabinet inside, by exchanging heat, water cooled components 3 carry out cooling heat place to water flow
Reason, so that the water flow after cooling heat dissipation continues to carry out cooling heat processing to the host of cabinet inside；The heat exchange water cooling
But while component 3 carries out cooling heat processing to water flow, heat exchange water cooled components 3 can also drive displacement transmission component 4 into
Row work, displacement transmission component 4 drive sliding support component 5 to carry out sliding motion in the front-back direction in the inside of rectangle sliding slot 1-4,
So that cabinet inside is cooling uniformly, cooling effect is preferable.
Specific embodiment 2:
As shown in figs. 1-11, the circulating water cooling component 2 includes water cooling tube assembly 2-1, tube assembly of drawing water 2-2, water-supply-pipe group
Part 2-3, cooling water tank component 2-5, the water inlet pipe 2-6 with control valve and the drainpipe 2-7 with control valve；The water
The bottom end of cold tube assembly 2-1 is fixedly connected with drainpipe 2-7；The left end connection water delivery tube assembly 2-3's of the water cooling tube assembly 2-1
Lower end, the left end of the upper end connection cooling water tank component 2-5 of water delivery tube assembly 2-3；The right end of the cooling water tank component 2-5 connects
Connect the upper end for the tube assembly 2-2 that draws water, the right end of the lower end connection water cooling tube assembly 2-1 of tube assembly of drawing water 2-2；The cooling water tank
Component 2-5 is fixedly connected on the upper end of the leading flank of boxboard ontology 1-1；The water cooling tube assembly 2-1 is located at boxboard ontology 1-1's
Rear end；The upper end of the tube assembly 2-2 that draws water and the upper end of water delivery tube assembly 2-3 are all fixedly connected on the upper of boxboard ontology 1-1
End；The upper end of the cooling water tank component 2-5 is fixedly connected with water inlet pipe 2-6；The circulating water cooling component 2 when in use, can
To inject cooling water source to the whole inside of circulating water cooling component 2 by water inlet pipe 2-6, cooling water source is full of water cooling tube assembly
After 2-1, tube assembly of drawing water 2-2, water delivery tube assembly 2-3, cooling water tank component 2-5, water inlet pipe 2-6 and drainpipe 2-7, stop note
Enter water source, the tube assembly 2-2 that then will draw water is connected to power supply and opens by control switch, and tube assembly of drawing water 2-2 drives water to flow into
Row circulates, and carries out cooling heat processing to cabinet inside by water cooling tube assembly 2-1, and is in cooling water tank component 2-5
Internal water flow heat exchange water cooled components 3 it is air-cooled under radiate, reenter after heat dissipation to cabinet inside and cooled down
Radiating treatment, cooling water source after a period of use, can be drained by drainpipe 2-7.
Specific embodiment 3:
As shown in figs. 1-11, the heat exchange water cooled components 3 include driving motor 3-1, transmission shaft 3-2, drive sprocket 3-3 and dissipate
Hot-air fan 3-4；The driving motor 3-1 is fixedly connected on the inside of motor fixing seat 1-2, and the output shaft of driving motor 3-1 is logical
Shaft coupling connection transmission shaft 3-2 is crossed, the rear end of transmission shaft 3-2 is rotatably assorted by bearing to be connected on pedestal 1-3, transmission shaft 3-
2 middle-end is fixedly connected with drive sprocket 3-3, and the front end of transmission shaft 3-2 is fixedly connected with radiator fan 3-4；The radiator fan 3-4
The dead astern of cooling water tank component 2-5 is set；The drive sprocket 3-3 transmission connection displacement transmission component 4；The displacement passes
Dynamic component 4, which is rotatably assorted, is connected to the front end of boxboard ontology 1-1, and displacement transmission component 4 is sequentially connected before sliding support component 5
The middle-end at end, sliding support component 5 is slidably connected in the inside of rectangle sliding slot 1-4, and the rear end of sliding support component 5 is fixedly connected
Water cooling tube assembly 2-1.The heat exchange water cooled components 3 when in use, simultaneously opened by control switch by driving motor 3-1 connection power supply
Qi Hou, driving motor 3-1 drive transmission shaft 3-2 rotated, transmission shaft 3-2 drive drive sprocket 3-3 and radiator fan 3-4 into
Row rotation work, drive sprocket 3-3 drives displacement transmission component 4 to carry out rotation work, to water of radiation when radiator fan 3-4 is rotated
Cooling water source inside box assembly 2-5 carries out cooling work.
Specific embodiment 4:
As shown in figs. 1-11, the water cooling tube assembly 2-1 includes diversion box 2-1-1, more water cooling tube body 2-1-2, header tanks
2-1-3 and two tube fixing device 2-1-4；The top of the diversion box 2-1-1 and the bottom end of header tank 2-1-3 pass through more water coolings
Tube body 2-1-2 connection；The bottom end of the diversion box 2-1-1 is fixedly connected with drainpipe 2-7；The left end of the diversion box 2-1-1
It is fixedly connected with water delivery tube assembly 2-3；The right end of the header tank 2-1-3 is fixedly connected with the tube assembly 2-2 that draws water；More water cooling tube sheets
The top and bottom of body 2-1-2 are respectively fixedly connected on two tube fixing device 2-1-4, and two tube fixing device 2-1-4 are all fixed
In the rear end of sliding support component 5.The water cooling tube assembly 2-1 when in use, cooling water source pass through first water delivery tube assembly 2-3 into
Enter to the inside of diversion box 2-1-1, the inside of more water cooling tube body 2-1-2 is then flowed into through diversion box 2-1-1, by more
Root water cooling tube body 2-1-2 carries out cooling treatment to cabinet inside, and then cooling water source enters to the inside of header tank 2-1-3,
The inside for the tube assembly 2-2 that draws water is entered to finally by header tank 2-1-3, and water of radiation is entered to by the tube assembly 2-2 that draws water
The inside of box assembly 2-5 carries out cooling heat processing.
Specific embodiment 5:
As shown in figs. 1-11, the tube assembly 2-2 that draws water includes lower drinking-water pipe 2-2-1, flexible suction hose 2-2-2, with pumping
The straight tube 2-2-3 and upper drinking-water pipe 2-2-4 that draws water of water pump；One end of the lower drinking-water pipe 2-2-1 is fixedly connected with header tank 2-1-
The other end of 3, lower drinking-water pipe 2-2-1 are fixedly connected with one end of flexible suction hose 2-2-2, and stretch the another of suction hose 2-2-2
One end is fixedly connected with the one end for the straight tube 2-2-3 that draws water, and the other end for the straight tube 2-2-3 that draws water is fixedly connected with drinking-water pipe 2-2-4's
One end, the other end of upper drinking-water pipe 2-2-4 are fixedly connected with cooling water tank component 2-5；The straight tube 2-2-3 that draws water is fixedly connected on
On boxboard ontology 1-1.It is described to draw water tube assembly 2-2 when in use, after suction pump is connected to power supply and is opened by control switch, take out
Cooling water source inside header tank 2-1-3 is pumped into drawing water by water pump by lower drinking-water pipe 2-2-1 and flexible suction hose 2-2-2
Then the inside of straight tube 2-2-3 is delivered to the inside of cooling water tank component 2-5 through the straight tube 2-2-3 and upper drinking-water pipe 2-2-4 that draws water
Carry out cooling heat processing.
The water delivery tube assembly 2-3 include upper water-supply-pipe 2-3-1, water delivery straight tube 2-3-2, flexible delivery hose 2-3-3 and
Lower water-supply-pipe 2-3-4；One end of the upper water-supply-pipe 2-3-1 is fixedly connected with cooling water tank component 2-5, upper water-supply-pipe 2-3-1's
The other end is fixedly connected with one end of water delivery straight tube 2-3-2, and the other end of water delivery straight tube 2-3-2 is fixedly connected with flexible delivery hose 2-
One end of 3-3, the water delivery straight tube 2-3-2 of flexible delivery hose 2-3-3 are fixedly connected with the other end and are fixedly connected with lower water-supply-pipe 2-3-4
One end, the other end of lower water-supply-pipe 2-3-4 is fixedly connected with diversion box 2-1-1；The water delivery straight tube 2-3-2 is fixedly connected on case
On plate ontology 1-1.When in use, the inside cooling water tank component 2-5 cooling water source after cooling is successively by the water delivery tube assembly 2-3
Flow through upper water-supply-pipe 2-3-1, water delivery straight tube 2-3-2, flexible delivery hose 2-3-3 and lower water-supply-pipe 2-3-4, eventually enter into point
The inside of water tank 2-1-1.
The cooling water tank component 2-5 includes round cooling water tank 2-5-1, multiple thermal vias 2-5-2 and L shape fixed link
2-5-3；The left end of the circle cooling water tank 2-5-1 connects upper water-supply-pipe 2-3-1, and the right end of round cooling water tank 2-5-1 connects
Connect drinking-water pipe 2-2-4；The circle cooling water tank 2-5-1 is equipped with multiple thermal vias 2-5-2；The circle cooling water tank
The rear end of 2-5-1 is welded to connect the front end of L shape fixed link 2-5-3, and the rear end of L shape fixed link 2-5-3 is connected by screw in case
The upper end of plate ontology 1-1；The front of radiator fan 3-4 is arranged in the circle cooling water tank 2-5-1.The cooling water tank group
When in use, the water source inside round cooling water tank 2-5-1 carries out heat dissipation work to part 2-5 under the rotation of radiator fan 3-4.
Specific embodiment 5:
As shown in figs. 1-11, the displacement transmission component 4 includes by movable sprocket 4-1, chain 4-2, sprocket shaft 4-3, drive pulley
4-4, belt 4-5, passive belt wheel 4-6, pulley shaft 4-7, upper sector gear 4-8 and lower sector gear 4-9；It is described by movable sprocket 4-
1 is fixedly connected on the middle-end of sprocket shaft 4-3, passes through chain 4-2 connection drive sprocket 3-3 by movable sprocket 4-1；The sprocket shaft 4-
3 rear end is rotatably connected on boxboard ontology 1-1 by the bearing block with bearing, and the front end of sprocket shaft 4-3 is fixedly connected with biography
Movable belt pulley 4-4, the rear end of sprocket shaft 4-3 are fixedly connected with sector gear 4-8, and drive pulley 4-4 is passive by belt 4-5 connection
Belt wheel 4-6, passive belt wheel 4-6 are fixedly connected on the front end of pulley shaft 4-7, and the rear end of pulley shaft 4-7 passes through the axis with bearing
Seat is held to be connected on boxboard ontology 1-1；The lower sector gear 4-9 is fixedly connected on the rear end of pulley shaft 4-7；The upper sector
Gear 4-8 and lower sector gear 4-9 is separately positioned on the top and bottom of rectangle sliding slot 1-4.The displacement transmission component 4 makes
Used time, drive sprocket 3-3 are driven by chain 4-2 and are rotated by movable sprocket 4-1, by movable sprocket 4-1 drive sprocket shaft 4-3 into
Row rotation, drives drive pulley 4-4 and upper sector gear 4-8 to be rotated when sprocket shaft 4-3 is rotated, drive pulley 4-4 rotation
When drive passive belt wheel 4-6 to be rotated by belt 4-5, drive pulley shaft 4-7 to be rotated when passive belt wheel 4-6 is rotated,
Lower sector gear 4-9 is driven to be rotated when pulley shaft 4-7 is rotated, lower sector gear 4-9 is synchronized with upper sector gear 4-8
Rotation work；The direction of the tooth of the lower sector gear 4-9 and upper sector gear 4-8 remains same direction；The upper fan
Shape gear 4-8 and lower sector gear 4-9 intermittent drive sliding support component 5 is back and forth transported in the inside of rectangle sliding slot 1-4
Dynamic, sliding support component 5 drives water cooling tube assembly 2-1 transversely and horizontally to be moved.
Specific embodiment 6:
As shown in figs. 1-11, the sliding support component 5 is sliding including mounting plate 5-1, upper rack plate 5-2, lower rack-plate 5-3, rectangle
Block 5-4, limit sliding sleeve 5-5 and perpendicular seat board 5-6；The centre of the rear end of the mounting plate 5-1 is fixedly connected with rectangular shaped slider 5-4, square
Shape sliding block 5-4 clearance fit is connected to the inside of rectangle sliding slot 1-4, former and later two limits are fixedly connected on rectangular shaped slider 5-4 and are slided
5-5 is covered, two limit sliding sleeve 5-5 are fitted in the front-end and back-end of boxboard ontology 1-1 respectively；The rear end of the rectangular shaped slider 5-4
It is fixedly connected with perpendicular seat board 5-6, two tube fixing device 2-1-4 are respectively fixedly connected with the upper and lower ends in the perpendicular trailing flank seat board 5-6；Institute
The top for stating mounting plate 5-1 is fixedly connected with upper rack plate 5-2, and the bottom end of mounting plate 5-1 is fixedly connected with lower rack-plate 5-3；It is described
Upper rack plate 5-2 engages connection with upper sector gear 4-8；The lower rack-plate 5-3 engages connection with lower sector gear 4-9.Institute
State sliding support component 5 when in use, when upper sector gear 4-8 is engaged with upper rack plate 5-2, lower sector gear 4-9 and lower tooth
Batten 5-3 is not contacted, and upper sector gear 4-8 drives upper rack plate 5-2 to carry out horizontal movement, and upper rack plate 5-2 drives mounting plate
5-1 carries out horizontal movement, when rack-plate 5-3 is engaged with lower sector gear 4-9 instantly, upper sector gear 4-8 and upper rack plate 5-2
Separation, lower rack-plate 5-3 carry out horizontal movement under the rotation of lower sector gear 4-9, and lower rack-plate 5-3 drives mounting plate 5-1
Horizontal movement is carried out, the whole reciprocating motion for carrying out horizontal direction of sliding support component 5 is driven by mounting plate 5-1 to realize,
It is final that water cooling tube assembly 2-1 is driven transversely and horizontally to be moved, to improve water cooling tube assembly 2-1 to the host of cabinet inside
Cooling effect.
When the upper rack plate 5-2 engages connection with upper sector gear 4-8, lower rack-plate 5-3 and lower sector gear 4-9 divide
From；When the lower rack-plate 5-3 engages connection with lower sector gear 4-9, upper rack plate 5-2 is separated with upper sector gear 4-8.
The water cooling tube body 2-1-2 is titanium alloy tube body.
The fan-shaped central angle of the fan-shaped central angle of the upper sector gear 4-8 and the lower sector gear 4-9 are all 135 degree
Angle.
A kind of main frame cooling device of the invention, its working principle is that: it when in use, can will be of the invention whole
Body cooperates cabinet to use, and the boxboard component 1 inside the present invention is used as the side plate that cabinet is not necessarily to install host, is installed
Afterwards, cooling water is injected to the inside of circulating water cooling component 2 first, then by circulating water cooling component 2 and the cooling group of heat-exchanging water
Part 3 is all opened by wire connecting power and by control switch, and the water source inside circulating water cooling component 2 carries out recycle stream
Dynamic, after cooling down to the host of cabinet inside, by exchanging heat, water cooled components 3 carry out cooling heat processing to water flow, thus
So that the water flow after cooling heat dissipation continues to carry out cooling heat processing to the host of cabinet inside；The heat exchange water cooled components 3
While carrying out cooling heat processing to water flow, heat exchange water cooled components 3 can also drive displacement transmission component 4 to work,
Being displaced transmission component 4 drives sliding support component 5 to carry out sliding motion in the front-back direction in the inside of rectangle sliding slot 1-4, to make
It is cooling uniformly to obtain cabinet inside, cooling effect is preferable；The upper end of the cooling water tank component 2-5 is fixedly connected with water inlet pipe 2-6；Institute
It states circulating water cooling component 2 when in use, can be injected by water inlet pipe 2-6 to the whole inside of circulating water cooling component 2 cold
But water source, cooling water source full of water cooling tube assembly 2-1, tube assembly of drawing water 2-2, water delivery tube assembly 2-3, cooling water tank component 2-5,
After water inlet pipe 2-6 and drainpipe 2-7, stop injection water source, the tube assembly 2-2 that then will draw water connection power supply simultaneously passes through control switch
It opens, tube assembly of drawing water 2-2 drives water flow to be circulated, and carries out cooling dissipate to cabinet inside by water cooling tube assembly 2-1
Heat treatment, and the water flow inside the cooling water tank component 2-5 heat exchange water cooled components 3 it is air-cooled under radiate, radiate
After reenter to cabinet inside and carry out cooling heat processing, cooling water source after a period of use, drainpipe can be passed through
2-7 is drained；When in use, driving motor 3-1 is connected to power supply and is opened by control switch the heat exchange water cooled components 3
Afterwards, driving motor 3-1 drives transmission shaft 3-2 to be rotated, and transmission shaft 3-2 drives drive sprocket 3-3 and radiator fan 3-4 to carry out
Rotation work, drive sprocket 3-3 drives displacement transmission component 4 to carry out rotation work, to cooling water tank when radiator fan 3-4 is rotated
Cooling water source inside component 2-5 carries out cooling work；When in use, cooling water source passes through the water cooling tube assembly 2-1 first
Water delivery tube assembly 2-3 enters to the inside of diversion box 2-1-1, then flows into more water cooling tube body 2- through diversion box 2-1-1
The inside of 1-2 carries out cooling treatment to cabinet inside by more water cooling tube body 2-1-2, and then cooling water source enters to collection
The inside of water tank 2-1-3, the inside for the tube assembly 2-2 that draws water is entered to finally by header tank 2-1-3, and passes through tube assembly of drawing water
The inside that 2-2 enters to cooling water tank component 2-5 carries out cooling heat processing；The displacement transmission component 4 when in use, is driven
Sprocket wheel 3-3 is driven by chain 4-2 and is rotated by movable sprocket 4-1, and drive sprocket 3-3 is with by the transmission ratio of movable sprocket 4-1
The revolving speed of 5:1, drive sprocket 3-3 are very fast, slower by the revolving speed of movable sprocket 4-1, drive sprocket shaft 4-3 to carry out by movable sprocket 4-1
Rotation drives drive pulley 4-4 and upper sector gear 4-8 to be rotated when sprocket shaft 4-3 is rotated, when drive pulley 4-4 is rotated
It drives passive belt wheel 4-6 to be rotated by belt 4-5, drives pulley shaft 4-7 to be rotated when passive belt wheel 4-6 is rotated, band
Lower sector gear 4-9 is driven to be rotated when wheel shaft 4-7 is rotated, lower sector gear 4-9 and upper sector gear 4-8 are synchronized and turned
It starts building to make；The direction of the tooth of the lower sector gear 4-9 and upper sector gear 4-8 remains same direction；The upper sector
Gear 4-8 and lower sector gear 4-9 intermittent drive sliding support component 5 moves back and forth on the inside of rectangle sliding slot 1-4,
Sliding support component 5 drives water cooling tube assembly 2-1 transversely and horizontally to be moved；The sliding support component 5 when in use, when upper sector
When gear 4-8 is engaged with upper rack plate 5-2, lower sector gear 4-9 is not contacted with lower rack-plate 5-3, and upper sector gear 4-8 drives
Upper rack plate 5-2 carry out horizontal movement, upper rack plate 5-2 drive mounting plate 5-1 carry out horizontal movement, instantly rack-plate 5-3 with
When lower sector gear 4-9 is engaged, upper sector gear 4-8 is separated with upper rack plate 5-2, and lower rack-plate 5-3 is in lower sector gear 4-9
Rotation under carry out horizontal movement, lower rack-plate 5-3 drives mounting plate 5-1 to carry out horizontal movement, passes through mounting plate to realize
5-1 drives the whole reciprocating motion for carrying out horizontal direction of sliding support component 5, final that water cooling tube assembly 2-1 is driven to carry out lateral water
Flat movement, to improve water cooling tube assembly 2-1 to the cooling effect of the host of cabinet inside.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (10)
1. a kind of main frame cooling device, including boxboard component (1), circulating water cooling component (2), heat exchange water cooled components
(3), transmission component (4) and sliding support component (5) are displaced, it is characterised in that: the boxboard component (1) includes boxboard ontology (1-
1), motor fixing seat (1-2), pedestal (1-3) and rectangle sliding slot (1-4)；The upper end of the boxboard ontology (1-1) is equipped with round logical
Hole is fixedly connected with motor fixing seat (1-2) on the inside of circular through hole；The outer end of the motor fixing seat (1-2) is connected by screw
The lower end of spindle frame (1-3), boxboard ontology (1-1) is equipped with rectangle sliding slot (1-4)；
The circulating water cooling component (2) include water cooling tube assembly (2-1), tube assembly of drawing water (2-2), water delivery tube assembly (2-3),
Cooling water tank component (2-5), the water inlet pipe (2-6) with control valve and the drainpipe (2-7) with control valve；The water
The bottom end of cold tube assembly (2-1) is fixedly connected with drainpipe (2-7)；The left end of the water cooling tube assembly (2-1) connects water-supply-pipe group
The lower end of part (2-3), the left end of upper end connection cooling water tank component (2-5) of water delivery tube assembly (2-3)；The cooling water tank group
The right end of part (2-5) connects the upper end for tube assembly (2-2) that draw water, and the lower end of tube assembly of drawing water (2-2) connects water cooling tube assembly (2-
1) right end；The cooling water tank component (2-5) is fixedly connected on the upper end of the leading flank of boxboard ontology (1-1)；The water cooling
Tube assembly (2-1) is located at the rear end of boxboard ontology (1-1)；The upper end of the tube assembly of drawing water (2-2) and water delivery tube assembly (2-3)
Upper end be all fixedly connected on the upper end of boxboard ontology (1-1)；The upper end of the cooling water tank component (2-5) is fixedly connected into water
It manages (2-6)；
The heat exchange water cooled components (3) include driving motor (3-1), transmission shaft (3-2), drive sprocket (3-3) and radiation air
It fans (3-4)；The driving motor (3-1) is fixedly connected on the inside of motor fixing seat (1-2), the output of driving motor (3-1)
Axis connects transmission shaft (3-2) by shaft coupling, and the rear end of transmission shaft (3-2) is rotatably assorted by bearing is connected to pedestal (1-3)
On, the middle-end of transmission shaft (3-2) is fixedly connected drive sprocket (3-3), and the front end of transmission shaft (3-2) is fixedly connected with radiator fan
(3-4)；The radiator fan (3-4) is arranged in the dead astern of cooling water tank component (2-5)；Drive sprocket (3-3) transmission
Connection displacement transmission component (4)；The displacement transmission component (4), which is rotatably assorted, is connected to the front end of boxboard ontology (1-1), displacement
The middle-end of the front end of transmission component (4) transmission connection sliding support component (5), sliding support component (5) is slidably connected in rectangle
The inside of sliding slot (1-4), the rear end of sliding support component (5) are fixedly connected with water cooling tube assembly (2-1).
2. a kind of main frame cooling device according to claim 1, it is characterised in that: the water cooling tube assembly (2-
It 1) include diversion box (2-1-1), more water cooling tube bodies (2-1-2), header tank (2-1-3) and two tube fixing devices (2-1-4)；
The top of the diversion box (2-1-1) and the bottom end of header tank (2-1-3) are connected by more water cooling tube bodies (2-1-2)；Institute
The bottom end for stating diversion box (2-1-1) is fixedly connected with drainpipe (2-7)；The left end of the diversion box (2-1-1) is fixedly connected with water delivery
Tube assembly (2-3)；The right end of the header tank (2-1-3) is fixedly connected with tube assembly of drawing water (2-2)；More water cooling tube body (2-
Top and bottom 1-2) are respectively fixedly connected on two tube fixing devices (2-1-4), and two tube fixing devices (2-1-4) are all fixed
In the rear end of sliding support component (5).
3. a kind of main frame cooling device according to claim 2, it is characterised in that: the tube assembly (2- that draws water
2) include lower drinking-water pipe (2-2-1), flexible suction hose (2-2-2), the straight tube that draws water (2-2-3) with suction pump and above draw water
It manages (2-2-4)；One end of the lower drinking-water pipe (2-2-1) is fixedly connected header tank (2-1-3), lower drinking-water pipe (2-2-1) it is another
One end is fixedly connected with one end of flexible suction hose (2-2-2), and the other end of flexible suction hose (2-2-2), which is fixedly connected, to draw water
The other end of one end of straight tube (2-2-3), the straight tube that draws water (2-2-3) is fixedly connected with one end of drinking-water pipe (2-2-4), above draws water
The other end of pipe (2-2-4) is fixedly connected with cooling water tank component (2-5)；The straight tube that draws water (2-2-3) is fixedly connected on boxboard
On ontology (1-1).
4. a kind of main frame cooling device according to claim 3, it is characterised in that: the water delivery tube assembly (2-
It 3) include upper water-supply-pipe (2-3-1), water delivery straight tube (2-3-2), flexible delivery hose (2-3-3) and lower water-supply-pipe (2-3-4)；Institute
The one end for stating upper water-supply-pipe (2-3-1) is fixedly connected cooling water tank component (2-5), and the other end of upper water-supply-pipe (2-3-1) is fixed
The one end of water delivery straight tube (2-3-2) is connected, the other end of water delivery straight tube (2-3-2) is fixedly connected with flexible delivery hose (2-3-3)
One end, the other end of flexible delivery hose (2-3-3) is fixedly connected with one end of lower water-supply-pipe (2-3-4), lower water-supply-pipe (2-3-
4) the other end is fixedly connected with diversion box (2-1-1)；The water delivery straight tube (2-3-2) is fixedly connected on boxboard ontology (1-1).
5. a kind of main frame cooling device according to claim 4, it is characterised in that: the cooling water tank component
(2-5) includes round cooling water tank (2-5-1), multiple thermal vias (2-5-2) and L shape fixed link (2-5-3)；It is described round scattered
The left end of boiler (2-5-1) connects upper water-supply-pipe (2-3-1), and the right end of round cooling water tank (2-5-1) connects upper drinking-water pipe
(2-2-4)；The circle cooling water tank (2-5-1) is equipped with multiple thermal vias (2-5-2)；Circle cooling water tank (the 2-
Rear end 5-1) is welded to connect the front end of L shape fixed link (2-5-3), and the rear end of L shape fixed link (2-5-3) is connected by screw to
The upper end of boxboard ontology (1-1)；The circle cooling water tank (2-5-1) is arranged in the front of radiator fan (3-4).
6. a kind of main frame cooling device according to claim 5, it is characterised in that: the displacement transmission component
It (4) include by movable sprocket (4-1), chain (4-2), sprocket shaft (4-3), drive pulley (4-4), belt (4-5), passive belt wheel
(4-6), pulley shaft (4-7), upper sector gear (4-8) and lower sector gear (4-9)；It is described to be fixedly connected by movable sprocket (4-1)
In the middle-end of sprocket shaft (4-3), chain (4-2) connection drive sprocket (3-3) is passed through by movable sprocket (4-1)；Sprocket shaft (the 4-
3) rear end is rotatably connected on boxboard ontology (1-1) by the bearing block with bearing, and the front end of sprocket shaft (4-3) is fixed to be connected
It connects drive pulley (4-4), the rear end of sprocket shaft (4-3) is fixedly connected sector gear (4-8), and drive pulley (4-4) passes through skin
Band (4-5) connects passive belt wheel (4-6), and passive belt wheel (4-6) is fixedly connected on the front end of pulley shaft (4-7), pulley shaft (4-7)
Rear end by being connected on boxboard ontology (1-1) with the bearing block of bearing；The lower sector gear (4-9) is fixedly connected on
The rear end of pulley shaft (4-7)；The upper sector gear (4-8) and lower sector gear (4-9) are separately positioned on rectangle sliding slot (1-4)
Top and bottom.
7. a kind of main frame cooling device according to claim 6, it is characterised in that: the sliding support component (5)
Including mounting plate (5-1), upper rack plate (5-2), lower rack-plate (5-3), rectangular shaped slider (5-4), limit sliding sleeve (5-5) and perpendicular seat
Plate (5-6)；The centre of the rear end of the mounting plate (5-1) is fixedly connected rectangular shaped slider (5-4), and the gap rectangular shaped slider (5-4) is matched
Conjunction is connected to the inside of rectangle sliding slot (1-4), former and later two are fixedly connected in rectangular shaped slider (5-4) and limits sliding sleeve (5-5), and two
Limit sliding sleeve (5-5) is fitted in the front-end and back-end of boxboard ontology (1-1) respectively；The rear end of the rectangular shaped slider (5-4) is fixed
It connects perpendicular seat board (5-6), two tube fixing devices (2-1-4) are respectively fixedly connected with the upper and lower ends in perpendicular trailing flank seat board (5-6)；
The top of the mounting plate (5-1) is fixedly connected upper rack plate (5-2), and the bottom end of mounting plate (5-1) is fixedly connected with lower rack-plate
(5-3)；The upper rack plate (5-2) engages connection with upper sector gear (4-8)；The lower rack-plate (5-3) and lower sector
Take turns (4-9) engagement connection.
8. a kind of main frame cooling device according to claim 7, it is characterised in that: the upper rack plate (5-2)
When engaging connection with upper sector gear (4-8), lower rack-plate (5-3) separates with lower sector gear (4-9)；The lower rack-plate
When (5-3) engages connection with lower sector gear (4-9), upper rack plate (5-2) is separated with upper sector gear (4-8).
9. a kind of main frame cooling device according to claim 2, it is characterised in that: the water cooling tube body (2-
It 1-2) is titanium alloy tube body.
10. a kind of main frame cooling device according to claim 6, it is characterised in that: the upper sector gear (4-
8) the fan-shaped central angle of fan-shaped central angle and the lower sector gear (4-9) is all 135 degree of angles.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810441991.5A CN110471515B (en) | 2018-05-10 | 2018-05-10 | Computer host cooling device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810441991.5A CN110471515B (en) | 2018-05-10 | 2018-05-10 | Computer host cooling device |
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| CN110471515B CN110471515B (en) | 2022-05-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115309247A (en) * | 2022-09-22 | 2022-11-08 | 深圳智锐通科技有限公司 | Industrial computer convenient to heat dissipation |
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| Publication number | Publication date |
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| CN110471515B (en) | 2022-05-27 |
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