CN208922158U - Height heat dissipation computer display screen structure - Google Patents
Height heat dissipation computer display screen structure Download PDFInfo
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- CN208922158U CN208922158U CN201821941737.3U CN201821941737U CN208922158U CN 208922158 U CN208922158 U CN 208922158U CN 201821941737 U CN201821941737 U CN 201821941737U CN 208922158 U CN208922158 U CN 208922158U
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- display screen
- column
- screen ontology
- heat dissipation
- heat
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Abstract
Height heat dissipation computer display screen structure is equipped with assembling seat in the middle part of display screen ontology front side surface the utility model relates to computer technical field of heat dissipation；Assembling seat is equipped with air inlet；No.1 Air Filter is equipped in air inlet；Blower is equipped in assembling seat；Blower is connect with control mainboard；Flase floor is equipped on rear side of blower；Flase floor is fixed on display screen ontology；Middle part is equipped with air outlet at left and right sides of display screen ontology；Air outlet is equipped with No. two Air Filters；The control mainboard rear side surface is equipped with heat transfer plate；Heat transfer plate upper and lower ends are fixed on display screen ontology；The heat-dissipating pipe of serpentine structure is connected on front side of heat transfer plate by connecting column；Computer display screen heat sinking function can be effectively improved, the service life of computer display screen is extended.
Description
Technical field
The utility model relates to computer technical field of heat dissipation, and in particular to height heat dissipation computer display screen structure.
Background technique
Existing computer has fever mostly influences the phenomenon that working normally, especially when hot weather, meeting
Because of the influence of environment temperature, so that computer display screen is impaired, while the element under hot environment, inside computer display screen
Also it will receive certain damage, display screen long-time temperature easily causes component ageing when being in higher position, shorten and use
Service life, it would be highly desirable to improve.
Utility model content
The purpose of this utility model is that in view of the drawbacks of the prior art and insufficient, provide that a kind of structure is simple, and design is closed
Reason, high heat dissipation computer display screen structure easy to use, can effectively improve computer display screen heat sinking function, extend and calculate
The service life of machine display screen.
In order to achieve the above purposes, the technical solution adopted by the utility model is: it include display screen ontology, control mainboard,
Pedestal and support rod；Support rod is equipped in the middle part of base upper surface；The upper end of support rod is equipped with display screen ontology；In display screen ontology
Equipped with control mainboard；Control mainboard is connect with display screen ontology；It also includes assembling seat, air inlet, No.1 Air Filter, wind
Machine, flase floor, air outlet, No. two Air Filters, heat transfer plate, heat-dissipating pipe, No.1 thermal column and No. two thermal columns；Before display screen ontology
Assembling seat is equipped in the middle part of side surface；Assembling seat is equipped with air inlet；No.1 Air Filter is equipped in air inlet；Blower peace
It fills and is equipped with blower in seat；Blower is connect with control mainboard；Flase floor is equipped on rear side of blower；Flase floor is fixed on display screen ontology
On；Middle part is equipped with air outlet at left and right sides of display screen ontology；Air outlet is equipped with No. two Air Filters；After the control mainboard
Side surface is equipped with heat transfer plate；Heat transfer plate upper and lower ends are fixed on display screen ontology；It is connected on front side of heat transfer plate by connecting column
The heat-dissipating pipe of serpentine structure；Condensate liquid is equipped in heat-dissipating pipe；The front side surface and left and right sides of the display screen ontology are equal
Equipped with several No.1 thermal columns；Several No.1 thermal columns on the front side surface of display screen ontology are set to assembling seat
Outer periphery；No.1 thermal column in the left and right sides of display screen ontology is set to the front side of air outlet；Display screen
The upper surface of ontology is equipped with several No. two thermal columns.
Further, the support rod is made of No.1 support rod and No. two support rods；In the base upper surface
Portion is fixed with No.1 support rod；No. two support rods are equipped in No.1 support rod；The upper end of No. two support rods is fixed on display screen
The lower surface of ontology；No.1 support rod is equipped with several bolts hole；The tail end of bolt sequentially passes through the spiral shell on the right side of No.1 support rod
After bolt hole on the left of keyhole, No. two support rods and No.1 support rod, it is fixedly connected with nut.
Further, cushion film is equipped on the base lower surface quadrangle；Silica gel ring is arranged in the groove of pedestal；
Base lower surface is equipped with antiskid particles.
Further, the assembling seat medial surface is equipped with sound absorption sponge.
Further, the upper surface of the display screen ontology is equipped with heat radiating slot；No. three are equipped in heat radiating slot to prevent
Dirt net；Heat radiating slot is located on the inside of the framework that several No. two thermal columns are formed.
Further, the No.1 thermal column and No. two thermal columns are by heat dissipation copper post, No.1 thermal grease column and two
Number thermal grease column is constituted；The radiating copper male screw is connected on display screen ontology；No.1 thermal grease column and No. two dissipate
Hot silicagel column is inserted in heat dissipation copper post；Wherein, the outer end of No.1 thermal grease column is located in display screen ontology, No.1 heat dissipation
The inner end of silicagel column, which contradicts, to be arranged on the convex body on radiating copper column wall；The inner end of No. two thermal grease columns contradicts setting and is dissipating
On convex body on hot copper post inner wall, the outer end of No. two thermal grease columns is set to the outside of display screen ontology；The No.1 heat dissipation
The outer end of silicagel column is convex structure.
After adopting the above structure, the utility model has the beneficial effect that high heat dissipation Computer display described in the utility model
Shield structure, computer display screen heat sinking function can be effectively improved, extend the service life of computer display screen, practicability is more
By force, the advantages that the utility model has structure simple, and setting is reasonable, low manufacture cost.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property
It puts, is also possible to obtain other drawings based on these drawings.
Fig. 1 is the main view of the utility model.
Fig. 2 is A-A the schematic diagram of the section structure in Fig. 1.
Fig. 3 is the overlooking structure diagram of the utility model.
Fig. 4 is the portion B enlarged structure schematic diagram in Fig. 2.
Fig. 5 is the bottom substance schematic diagram of the utility model in the base.
Fig. 6 is heat-dissipating pipe forward sight structural schematic diagram in the utility model.
Description of symbols:
Display screen ontology 1, air outlet 1-1, air inlet 1-2, heat radiating slot 1-3, control mainboard 2, pedestal 3, groove 3-1,
Support rod 4, No.1 support rod 4-1, No. two support rod 4-2, bolt hole 4-3, bolt 4-4, assembling seat 5, No.1 Air Filter
6, blower 7,8, No. two Air Filters 9 of flase floor, heat transfer plate 10, heat-dissipating pipe 11,12, No. two thermal columns 13 of No.1 thermal column, condensation
Liquid 14, connecting column 15, cushion film 16, silica gel ring 17, antiskid particles 18, sound absorption 19, No. three Air Filters 20 of sponge, heat dissipation copper post
21,22, No. two convex body 21-1, No.1 thermal grease column thermal grease columns 23.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings.
Referring to as shown in Figures 1 to 6, present embodiment the technical solution adopted is that: it include display screen ontology 1,
Control mainboard 2, pedestal 3 and support rod 4；3 upper surface middle part of pedestal is equipped with support rod 4；The upper end of support rod 4 is equipped with display screen sheet
Body 1；Control mainboard 2 is equipped in display screen ontology 1；Control mainboard 2 is connect with display screen ontology 1；It also includes assembling seat
5, air inlet 1-2, No.1 Air Filter 6, blower 7, flase floor 8, air outlet 1-1, No. two Air Filters 9, heat transfer plate 10, heat-dissipating pipe
11, No.1 thermal column 12 and No. two thermal columns 13；Assembling seat has been screwed in the middle part of 1 front side surface of display screen ontology
5；Assembling seat 5 is equipped with air inlet 1-2；No.1 Air Filter 6 is equipped in air inlet 1-2；The No.1 Air Filter 6 is effective
Dust is isolated；Blower 7 is equipped in assembling seat 5；Blower 7 is connect with control mainboard 2；When control mainboard 2 is run,
Blower 7 starts；Flase floor 8 is equipped on rear side of blower 7；The wind that blower 7 is blown into is entered in display screen ontology 1 by flase floor 8；Lattice
Screen 8 is fixed on display screen ontology 1 by gluing；1 left and right sides middle part of display screen ontology is equipped with air outlet 1-1；Air inlet
Mouth 1-2 is that blower 7 provides cold air outlet；Air outlet 1-1 is equipped with No. two Air Filters 9；No. two Air Filters 9 are conducive to will be grey
Dirt isolation, prevents dust from entering in display screen ontology 1；2 rear side surface of control mainboard is equipped with heat transfer plate 10；Control master
The heat that plate 2 generates is reached in heat-dissipating pipe 11 by heat transfer plate 10；The heat transfer plate 10 is metal heat transfer plate；On heat transfer plate 10
Lower both ends are fixed by screws on display screen ontology 1；Serpentine structure is connected with by connecting column 15 on front side of heat transfer plate 10
Heat-dissipating pipe 11；Connecting column 15 is metal connecting column；Heat transfer plate 10 is an integral structure with connecting column 15；It welds the outer end of connecting rod 15
It connects and is fixed on heat-dissipating pipe 11；Condensate liquid 14 is equipped in heat-dissipating pipe 11；The front side surface of the display screen ontology 1 and left and right two
Side is equipped with several No.1 thermal columns 12；Several No.1 thermal columns 12 on the front side surface of display screen ontology 1 are all provided with
In the outer periphery of assembling seat 5；No.1 thermal column 12 in the left and right sides of display screen ontology 1 is set to outlet air
The front side of mouth 1-1；The upper surface of display screen ontology 1 is equipped with several No. two thermal columns 13；The No.1 thermal column 12 and two
Number thermal column 13, which can play, distributes the heat in display screen ontology 1.
Further, the support rod 4 is made of No.1 support rod 4-1 and No. two support rod 4-2；The pedestal 3
Upper surface middle part is welded with No.1 support rod 4-1；No. two support rod 4-2 are equipped in No.1 support rod 4-1；No. two supports
The upper end of bar 4-2 is weldingly fixed on the lower surface of display screen ontology 1；Bolt hole 4-3 there are four being set on No.1 support rod 4-1；Spiral shell
The tail end of bolt 4-4 sequentially passes through bolt hole 4-3, No. two support rod 4-2 and No.1 support rod 4-1 on the right side of No.1 support rod 4-1
After the bolt hole 4-3 in left side, it is fixedly connected with nut；By the cooperation of bolt hole 4-3 and bolt 4-4, it can be achieved that display screen sheet
The height adjustment of four positions of body 1-1.
Further, cushion film 16 is equipped with by gluing on the 3 lower surface quadrangle of pedestal；The cushion film 16
Play the role of protecting pedestal 3, prevents from scratching pedestal 3；Silica gel ring 17 is arranged in the groove 3-1 of pedestal 3；3 lower surface of pedestal
Antiskid particles 18 are equipped with by gluing；The silica gel ring 17 and antiskid particles 18 plays the frictional force for reinforcing 3 bottom of pedestal,
It is more conducive to the stability of pedestal 3.
Further, sound absorption sponge 19 is equipped with by gluing on 5 medial surface of assembling seat；The sound absorption sea
Silk floss 19 plays the sound for absorbing and generating when blower 7 starts.
Further, the upper surface of the display screen ontology 1 is equipped with heat radiating slot 1-3；It is equipped in heat radiating slot 1-3
No. three Air Filters 20；Heat radiating slot 1-3 is located on the inside of the framework that several No. two thermal columns 13 are formed；The heat radiating slot 1-3
Be conducive to circulate with outside air, increase heat dissipation effect；No. three Air Filters 20 prevent dust from entering display screen ontology 1
It is interior, it prevents after entering because of dust, display screen ontology 1 is caused to generate more heats.
Further, the No.1 thermal column 12 and No. two thermal columns 13 are by heat dissipation copper post 21, No.1 thermal grease
Column 22 and No. two thermal grease columns 23 are constituted；The heat dissipation copper post 21 is threaded on display screen ontology 1；No.1 heat dissipation silicon
Rubber column gel column 22 and No. two thermal grease columns 23 are inserted in heat dissipation copper post 21；Wherein, the outer end of No.1 thermal grease column 22 is located at
In display screen ontology 1, the inner end of No.1 thermal grease column 22 is contradicted on the convex body 21-1 being arranged on heat dissipation 21 inner wall of copper post；Two
The inner end of number thermal grease column 23 contradicts on the convex body 21-1 being arranged on heat dissipation 21 inner wall of copper post, No. two thermal grease columns 23
Outer end is set to the outside of display screen ontology 1；The outer end of the No.1 thermal grease column 22 is convex structure；The No.1
Thermal grease column 22 is conducive to increase the contact area with display screen ontology 1, improves heat dissipation effect；The heat dissipation copper post 21 rises
To while heat dissipation, also play a supporting role to No.1 thermal grease column 22 and No. two thermal grease columns 23.
The working principle of this specific embodiment:: be equipped with air inlet 1-2, air outlet 1-1 and heat radiating slot 1-3, by into
Air port 1-2 brings the cold wind in outside in display screen ontology 1 into, and the heat generated in display screen ontology 1 from air outlet 1-1 and is dissipated
Heat channel hole 1-3 comes out；Blower 7 reinforces the efficiency of wind, more promotes heat dissipation；The heat that display screen ontology 1 generates can also pass through
Heat transfer plate 10 passes on heat-dissipating pipe 11, carries out drop heat through subcooling condensate 14；The No.1 thermal column 12 and No. two thermal columns 13
It can play and distribute the heat in display screen ontology 1；The No.1 Air Filter 6 effectively isolates dust；Institute
The cushion film 16 stated plays the role of protecting pedestal 3, prevents from scratching pedestal 3；The silica gel ring 17 and antiskid particles 18 rises
To the frictional force for reinforcing 3 bottom of pedestal, it is more conducive to the stability of pedestal 3；The sound absorption sponge 19, which plays, absorbs blower 7
The sound generated when starting；The heat radiating slot 1-3 is conducive to circulate with outside air, increases heat dissipation effect；Described three
Number Air Filter 20 prevents dust from entering in display screen ontology 1, prevents after entering because of dust, display screen ontology 1 is caused to generate more
More heats；By the cooperation of bolt hole 4-3 and bolt 4-4, it can be achieved that the height tune of four positions of display screen ontology 1-1
Section.
After adopting the above structure, present embodiment has the beneficial effect that
1, it is equipped with air inlet 1-2, air outlet 1-1 and heat radiating slot 1-3, is brought into the cold wind in outside by air inlet 1-2
In display screen ontology 1, the heat generated in display screen ontology 1 is come out from air outlet 1-1 and heat radiating slot 1-3；Blower 7 is reinforced
The efficiency of wind more promotes heat dissipation；The heat that display screen ontology 1 generates can also be passed on heat-dissipating pipe 11 by heat transfer plate 10,
Drop heat is carried out through subcooling condensate 14；No.1 thermal column 12 and No. two thermal columns 13 play the role of auxiliary heat dissipation；
2, No.1 Air Filter 6 is equipped at air inlet 1-2；Air outlet 1-1 is equipped with No. two Air Filters 9；Heat radiating slot 1-3
Inside it is equipped with No. three Air Filters 20；Dust can be effectively prevent to enter in display screen ontology 1；It prevents from entering display screen because of dust
Heat is generated after ontology 1；
3, silica gel ring 17 and antiskid particles 18 are equipped with, the frictional force for reinforcing 3 bottom of pedestal is played, is more conducive to pedestal
3 stability；Cushion film 16 plays the role of protecting pedestal 3, prevents from scratching pedestal 3；Pass through bolt hole 4-3's and bolt 4-4
Cooperate the height adjustment, it can be achieved that four positions of display screen ontology 1-1.
The above is merely intended for describing the technical solutions of the present application, but not for limiting the present application, those of ordinary skill in the art couple
The other modifications or equivalent replacement that the technical solution of the utility model is made, without departing from technical solutions of the utility model
Spirit and scope should all cover in the scope of the claims of the utility model.
Claims (6)
1. height heat dissipation computer display screen structure, it includes display screen ontology (1), control mainboard (2), pedestal (3) and support rod
(4)；Pedestal (3) upper surface middle part is equipped with support rod (4)；The upper end of support rod (4) is equipped with display screen ontology (1)；Display screen sheet
Control mainboard (2) are equipped in body (1)；Control mainboard (2) is connect with display screen ontology (1)；It is characterized by: it also includes blower
Mounting base (5), air inlet (1-2), No.1 Air Filter (6), blower (7), flase floor (8), air outlet (1-1), No. two Air Filters
(9), heat transfer plate (10), heat-dissipating pipe (11), No.1 thermal column (12) and No. two thermal columns (13)；Table on front side of display screen ontology (1)
Middle face is equipped with assembling seat (5)；Assembling seat (5) is equipped with air inlet (1-2)；No.1 is equipped in air inlet (1-2)
Air Filter (6)；Blower (7) are equipped in assembling seat (5)；Blower (7) is connect with control mainboard (2)；It is equipped on rear side of blower (7)
Flase floor (8)；Flase floor (8) is fixed on display screen ontology (1)；Middle part is equipped with outlet air at left and right sides of display screen ontology (1)
Mouth (1-1)；Air outlet (1-1) is equipped with No. two Air Filters (9)；Control mainboard (2) rear side surface is equipped with heat transfer plate
(10)；Heat transfer plate (10) upper and lower ends are fixed on display screen ontology (1)；It is connected on front side of heat transfer plate (10) by connecting column (15)
There is the heat-dissipating pipe (11) of serpentine structure；Condensate liquid (14) are equipped in heat-dissipating pipe (11)；The front side of the display screen ontology (1)
Surface and left and right sides are equipped with several No.1 thermal columns (12)；It is several on the front side surface of display screen ontology (1)
No.1 thermal column (12) is set to the outer periphery of assembling seat (5)；In the left and right sides of display screen ontology (1)
No.1 thermal column (12) is set to the front side of air outlet (1-1)；The upper surface of display screen ontology (1) is equipped with several No. two heat dissipations
Column (13).
2. high heat dissipation computer display screen structure according to claim 1, it is characterised in that: the support rod (4) by
No.1 support rod (4-1) and No. two support rods (4-2) are constituted；Described pedestal (3) upper surface middle part is fixed with No.1 support rod
(4-1)；No. two support rods (4-2) are equipped in No.1 support rod (4-1)；The upper end of No. two support rods (4-2) is fixed on display
Shield the lower surface of ontology (1)；No.1 support rod (4-1) is equipped with several bolts hole (4-3)；The tail end of bolt (4-4) is successively worn
Cross the bolt on the left of the bolt hole (4-3) on the right side of No.1 support rod (4-1), No. two support rods (4-2) and No.1 support rod (4-1)
Behind hole (4-3), it is fixedly connected with nut.
3. high heat dissipation computer display screen structure according to claim 1, it is characterised in that: described pedestal (3) following table
Cushion film (16) are equipped on the quadrangle of face；Silica gel ring (17) are arranged in the groove (3-1) of pedestal (3)；Pedestal (3) lower surface is set
There are antiskid particles (18).
4. high heat dissipation computer display screen structure according to claim 1, it is characterised in that: the assembling seat
(5) medial surface is equipped with sound absorption sponge (19).
5. high heat dissipation computer display screen structure according to claim 1, it is characterised in that: the display screen ontology
(1) upper surface is equipped with heat radiating slot (1-3)；No. three Air Filters (20) are equipped in heat radiating slot (1-3)；Heat radiating slot (1-
3) it is located on the inside of the framework that several No. two thermal columns (13) are formed.
6. high heat dissipation computer display screen structure according to claim 1, it is characterised in that: the No.1 thermal column
(12) and No. two thermal columns (13) are by heat dissipation copper post (21), No.1 thermal grease column (22) and No. two thermal grease column (23) structures
At；The heat dissipation copper post (21) is threaded on display screen ontology (1)；No.1 thermal grease column (22) and No. two heat dissipation silicon
Rubber column gel column (23) is inserted in heat dissipation copper post (21)；Wherein, the outer end of No.1 thermal grease column (22) is located at display screen ontology (1)
Interior, the inner end of No.1 thermal grease column (22) contradicts setting on the convex body (21-1) on heat dissipation copper post (21) inner wall；No. two dissipate
The inner end of hot silicagel column (23) contradicts setting on the convex body (21-1) on heat dissipation copper post (21) inner wall, No. two thermal grease columns
(23) outer end is set to the outside of display screen ontology (1)；The outer end of the No.1 thermal grease column (22) is convex structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821941737.3U CN208922158U (en) | 2018-11-23 | 2018-11-23 | Height heat dissipation computer display screen structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821941737.3U CN208922158U (en) | 2018-11-23 | 2018-11-23 | Height heat dissipation computer display screen structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208922158U true CN208922158U (en) | 2019-05-31 |
Family
ID=66712191
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821941737.3U Expired - Fee Related CN208922158U (en) | 2018-11-23 | 2018-11-23 | Height heat dissipation computer display screen structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208922158U (en) |
-
2018
- 2018-11-23 CN CN201821941737.3U patent/CN208922158U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190531 Termination date: 20201123 |
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| CF01 | Termination of patent right due to non-payment of annual fee |