CN109788718A - A kind of radiator of image processing equipment - Google Patents
A kind of radiator of image processing equipment Download PDFInfo
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- CN109788718A CN109788718A CN201910156780.1A CN201910156780A CN109788718A CN 109788718 A CN109788718 A CN 109788718A CN 201910156780 A CN201910156780 A CN 201910156780A CN 109788718 A CN109788718 A CN 109788718A
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- inner end
- outline border
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- ontology
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Abstract
The present invention relates to a kind of radiators, are in particular a kind of radiators of image processing equipment, can facilitate using highly for adjustment support assembly by rotating threaded rod, facilitate the air cooled effect of adjustment；The flowing that can accelerate air by air-cooled structure facilitates raising cooling effect；The heat exchange recycled to water in water cooling box can be realized by water coke slurry cabinet, accelerate heat dissipation；The use position of adjustment device can be facilitated by support frame assembly.Including support assembly, air-cooled structure, water coke slurry cabinet, water cooling box, support frame assembly and damping, pass through the threaded connection between rotation threaded rod and two inner end boss, it may make two inner end boss that flexible outer framework ontology is driven to move up and down along the sliding chamber of hollow out, by the connection between four flexible travellers and installation outline border, the spacing between installation outline border and bracket bottom plate ontology can adjust；The flexible traveller of connection and installation outline border can be facilitated by being telescopically connected to bar.
Description
Technical field
The present invention relates to a kind of radiators, are in particular a kind of radiators of image processing equipment.
Background technique
Such as a kind of radiator of electronic electric equipment of Patent No. CN201820472691.9, including cabinet, it is described
The left side of cabinet is equipped with heat absorption fan, and the right side of the heat absorption fan is equipped with absorbing pipe, and the top and bottom of the heat absorption fan is equipped with
Motor, the left side of the motor are equipped with thermal insulation layer, and the left side of the thermal insulation board is equipped with rotation axis, the rotation axis and motor it is defeated
Outlet is electrically connected, and the left side of the rotation axis is connect with the cold gallbladder that condensation layer inner cavity is equipped with, and the cold gallbladder is equipped with multiple
Water-mixing plate of uniform size, but the shortcomings that invention is no water-cooling heat radiating device, is radiated only by air, radiating efficiency
It is relatively low.
Summary of the invention
The object of the present invention is to provide a kind of radiators of image processing equipment, can be facilitated by rotating threaded rod
Adjust support assembly uses height, facilitates the air cooled effect of adjustment；It can accelerate the flowing of air by air-cooled structure,
Facilitate raising cooling effect；The heat exchange recycled to water in water cooling box can be realized by water coke slurry cabinet, accelerate heat dissipation；Pass through branch
Support assembly can facilitate the use position of adjustment device.
The purpose of the present invention is achieved through the following technical solutions:
A kind of radiator of image processing equipment, including support assembly, air-cooled structure, water coke slurry cabinet, water cooling box
With support frame assembly, the support assembly includes bracket bottom plate, flexible traveller and installation outline border, and bracket bottom plate includes bracket
Bottom plate ontology, four side wall travellers, the sliding chamber of four hollow outs and rotation threaded rod, four side wall travellers are respectively fixedly connected in bracket
On four arms of angle of bottom plate ontology upper surface, the sliding chamber of four hollow outs is separately positioned on the inner end of four side wall travellers, rotates screw thread
Bar is rotatably connected on the upper end of side wall traveller；Flexible traveller includes flexible outer framework, flexible inner end slide bar and is telescopically connected to bar, is stretched
Contracting outer framework includes flexible outer framework ontology, two inner end boss, the sliding chamber in inner end, slide opening and multiple card slots；Two inner end boss
It is fixedly connected in the left end of flexible outer framework ontology, the middle-end of flexible outer framework ontology, slide opening setting is arranged in the sliding chamber in inner end
In the right end of flexible outer framework ontology, multiple card slots are uniformly arranged on the rear and front end of the sliding cavity wall in inner end；Flexible inner end slide bar
Including flexible inner end slide bar ontology, four clamps, the sliding chamber of four interior end cap springs and flexible inner end；Four clamps with flexible inner end
Slide bar ontology is slidably connected, and it is intracavitary that four interior end cap springs are arranged at flexible inner end cunning；Four clamps respectively with multiple card slot cards
It connects, flexible inner end slide bar ontology is slidably connected with slide opening, is telescopically connected to bar and is fixedly connected with flexible inner end slide bar ontology；In two
Holding boss to be slidably connected at, hollow out cunning is intracavitary, and rotation threaded rod is connected through a screw thread with two inner end boss；Outline border packet is installed
Include installation frame body, two lateral set springs, two lateral hairclippers, two vertical hairclippers and two vertical set springs；Outline border is installed
Ontology includes that ontology outline border, two horizontal concrete chutes, two cross spacing blocks, four installation cavitys, two the vertical chutes and two are perpendicular
To limited block；Two horizontal concrete chutes are separately positioned on the left and right ends of installation frame body, and two cross spacing blocks are respectively set
In the left and right ends of installation frame body outer wall, four installation cavitys are evenly arranged on four arms of angle of ontology outline border, two the vertical chutes
It is separately positioned on the rear and front end of ontology outline border, two vertical spacing blocks are separately positioned on the rear and front end of ontology outline border outer wall,
Two lateral hairclippers are slidably connected at respectively in two horizontal concrete chutes, and two horizontal concrete chutes are socketed in two lateral hairclippers respectively
On, two vertical hairclippers are slidably connected at respectively in two the vertical chutes, and two vertical set springs are socketed in two respectively and vertically push away
On son；Multiple bars that are telescopically connected to are rotatably connected on respectively in four installation cavitys；
The air-cooled structure includes air-cooled outline border, wind drive bar, bearing, fixing terminal one, middle-end transmission gear, fixation
Terminal two, input motor, transmission cone tooth, transmission belt two, transmission belt three, transmission cone tooth one, rotation axis, slider, slider connecting rod, hinge
Connect slider, hinge bar two, hinge bar three, input cone tooth, driving lever, laterally cone tooth, middle-end transmission cone tooth, transmission cone tooth two, bull stick
Cone tooth is driven with middle-end；Wind drive bar and bearing interference fit connect, and bearing and air-cooled outline border interference fit connect, fixing end
Son one is fixedly connected with air-cooled outline border, and middle-end transmission gear and air-cooled outline border are rotatablely connected, and fixing terminal two and air-cooled outline border are solid
Fixed connection, input motor are fixedly connected with air-cooled outline border, and transmission belt two and transmission belt three are connected to bull stick and two wind drives
Between bar, rotation axis and fixing terminal one and fixing terminal two are rotatablely connected, and transmission cone tooth one and rotation axis are rotatablely connected, slider
It is connect with rotation axis clearance fit, slider connecting rod and slider are hinged, and hinged slider and slider connecting rod are hinged, hinge bar two and hinged
Slider is hinged, and hinge bar three and hinge bar two are hinged, and input cone tooth and air-cooled outline border are rotatablely connected, and driving lever is fixed with input cone tooth
Connection, laterally bore tooth be fixedly connected with middle-end transmission gear, transmission cone tooth and laterally cone tooth engagement transmission, middle-end transmission cone tooth and
Input cone tooth engagement, middle-end transmission cone tooth are fixedly connected with the rotating shaft, and transmission cone tooth two and rotation axis are rotatablely connected, middle-end transmission
Gear is engaged with transmission cone tooth two and transmission cone tooth one, and air-cooled outline border is fixedly connected on the upper end of four side wall travellers, bull stick and
Air-cooled outline border rotation connection, middle-end transmission cone tooth are fixedly connected with bull stick, middle-end transmission cone tooth and input cone tooth engagement；
The water coke slurry cabinet includes commuting case outline border, float, float connecting rod, upright sliding bar, multiple limit connecting rods, vertical
It is auxiliary rod, interval terminal, terminal connecting rod, upside auxiliary rod, V-type bar, the sliding chamber in inner end, inner end push spring, inner end slide bar, interior hinged
The sliding chamber of terminal, two communicating pipes, two connection chambers, inner end rectangular cavity, interval terminal push spring, middle-end push spring and middle-end；Float connects
Bar is fixedly connected with float, and upright sliding bar is fixedly connected with float connecting rod, and multiple limit connecting rods are hingedly connected to float and friendship
It changing between case outline border, vertical auxiliary rod is fixedly connected with float, and the lower end of vertical auxiliary rod is slidably connected at the sliding intracavitary end of middle-end,
The lower end of vertical auxiliary rod is arranged in middle-end push spring, and upright sliding bar is fixedly connected with terminal connecting rod, terminal connecting rod and interval
Terminal is fixedly connected, and interval terminal is slidably connected with inner end rectangular cavity, and upside auxiliary rod and commuting case outline border are articulated and connected, upside
Auxiliary rod and V-type bar are slide hinged, and V-type bar and interior hinged terminal are hinged, and interior hinged terminal is connect with inner end sliding bar, inner end
Push spring and inner end slide bar are socketed, and inner end push spring, inner end slide bar and interior hinged terminal are arranged at sliding intracavitary, the vertical auxiliary rod in inner end
Upper end and V-type bar it is slide hinged, interval terminal push spring and upright sliding bar are socketed, and two connection chambers are connected to inner end rectangular cavity,
Two communicating pipes was connected to inner end rectangular cavity, and inner end rectangular cavity is slidably connected with inner end rectangular cavity；
The water cooling box include water cooling box outline border, paddle, upside transmission cone tooth one, middle-end transmission cone tooth one, middle-end axis,
Live-roller, water cooling box motor, screw thread adjusting rod, presses lever assembly, connecting pipeline, connection chamber one and is connected to chamber input cone tooth
Two；Screw thread adjusting rod includes adjusting bar body, thread conical tooth, middle-end transmitting roller and rotor；Adjust bar body and thread conical tooth
It is fixedly connected, rotor is threadedly coupled with bar body is adjusted, and middle-end transmits roller and rotor is rotatablely connected；Include by lever assembly
Assembly outline border, upside press terminal, press spring, two middle-end driving cogs, main body bull stick, middle end cone tooth and lower end cone tooth；
Assembly outline border and upside press terminal and are slidably connected, and press spring setting and press between terminal and main body bull stick in upside, and two
A middle-end driving cog presses terminal rotation connection with upside, and middle end cone tooth is fixedly connected with main body bull stick, lower end cone tooth and master
Body bull stick is fixedly connected, and lower end cone tooth is driven tooth engagement with two middle-ends；Paddle and water cooling box outline border are rotatablely connected, upside
Transmission cone tooth one is fixedly connected with paddle, one engaged transmission of upside transmission cone tooth one and middle-end transmission cone tooth, middle-end transmission cone
Tooth one is fixedly connected with middle-end axis, and middle-end axis and water cooling box outline border are rotatablely connected, and live-roller is fixedly connected with middle-end axis, move roller and
Input cone tooth engagement transmission, input cone tooth are fixedly connected with the output shaft of water cooling box motor, and live-roller is nibbled with middle-end transmitting roller
Transmission is closed, bar body is adjusted and water cooling box outline border is rotatablely connected, main body bull stick is rotatablely connected with water cooling box outline border, outside assembly
Frame is fixedly connected with water cooling box outline border, and connecting pipeline is connected to chamber one and two communicating pipe is connected to, connection chamber one be connected to chamber
Two connections, bracket bottom plate ontology are fixedly connected with water cooling box outline border；
Support frame as described above assembly include support frame ontology, two emergency brake bars, two idler wheels, two middle side poles, in two
Spring is surveyed, sliding slot, middle-end connecting rod, middle-end push spring, middle-end rectangle sliding slot, middle-end slide bar, brake pushrod, push rod is surveyed in two and connects
The sliding chamber of bar, push spring one, push spring two, right end sliding slot, inner end push spring and inner end rectangle, two emergency brake bars are slided with support frame ontology
Connection, two idler wheels are slide hinged with support frame ontology, and two middle side poles are hingedly connected in two emergency brake bars and middle-end
Spring being surveyed between connecting rod, in two, the upper end surveyed on the inside of sliding slot in two being set, the setting of middle-end push spring is sliding in middle-end rectangle
In slot, middle-end slide bar is arranged in middle-end rectangle sliding slot, and middle-end connecting rod is connect with middle-end sliding bar, brake pushrod and right end
Sliding slot is slidably connected, and push rod connecting rod, push spring one and push spring two are arranged in right end sliding slot, brake pushrod and push rod rod slide
Connection, push spring two and push rod connecting rod are socketed, and the left end of brake pushrod is arranged between push spring one and push spring two, and push rod connecting rod is hinged
It is connected between push rod connecting rod and push rod connecting rod, water cooling box outline border is fixedly connected with support frame ontology, the sliding chamber setting of inner end rectangle
There are two, the sliding chamber of two inner end rectangles is separately positioned on the left and right sides of support frame ontology lower end, and there are two the settings of inner end push spring,
Two inner end push springs are separately positioned on the inner end of the sliding chamber of two inner end rectangles.
As advanced optimizing for the technical program, a kind of radiator of image processing equipment of the present invention is described flexible
There are four connecting rod settings.
As advanced optimizing for the technical program, a kind of radiator of image processing equipment of the present invention, the inner end
Push spring is in compressive state.
As advanced optimizing for the technical program, a kind of radiator of image processing equipment of the present invention, the interval
Terminal push spring and middle-end push spring are in compressive state.
A kind of radiator of image processing equipment of the invention has the beneficial effect that
A kind of radiator of image processing equipment of the present invention, passes through the spiral shell between rotation threaded rod and two inner end boss
Line connection may make two inner end boss that flexible outer framework ontology is driven to move up and down along the sliding chamber of hollow out, be stretched by four
Connection between contracting traveller and installation outline border, can adjust the spacing between installation outline border and bracket bottom plate ontology；It is telescopically connected to bar
The flexible traveller of connection and installation outline border can be facilitated；Two clamps are pushed away from each other by the elastic force of interior end cap spring, and are passed through
Clearance fit connection between clamp and card slot facilitates realization to slide the fixation of intracavitary locations in inner end to flexible inner end slide bar；It is logical
Hinge bar three can conveniently be stirred by crossing driving lever；Input cone tooth rotation drives driving lever to rotate, when driving lever turns to dynamic hinge bar three
When left side, by stirring for driving lever, the downside of hinge bar three may make to swing to right end；When driving lever turns to dynamic hinge bar three
When right side, by stirring for driving lever, the downside side swing to the left of hinge bar three may make；Interval terminal push spring passes through elastic force
Effect is so that upper end of the interval terminal far from inner end rectangular cavity；When the water in connecting pipeline from the communicating pipe of left end flow into end moment
It in shape chamber, and is flowed out from the communicating pipe of right end, flow action is on interval terminal, so that interval terminal is along inner end rectangular cavity
Inner end moves up and down, and interval terminal, which moves up and down, drives the water flow in the rectangular cavity of inner end to pass through outside two connection chambers and commuting case
Water on the upside of frame inner end carries out heat exchange；Water in connecting pipeline flows into the rectangular cavity of inner end from the communicating pipe of left end, and passes through
The connecting pipeline outflow of inner end rectangular cavity right end enters connection and chamber one and is connected in chamber two, by be connected to chamber one be connected to chamber two
Downside is done outflow and is flowed into connecting pipeline, and then realizes water circulation.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of overall structure diagram of the radiator of image processing equipment of the present invention；
Fig. 2 is a kind of support assembly structural schematic diagram of the radiator of image processing equipment of the present invention；
Fig. 3 is a kind of bracket structural diagram of base plate one of the radiator of image processing equipment of the present invention；
Fig. 4 is a kind of bracket structural diagram of base plate two of the radiator of image processing equipment of the present invention；
Fig. 5 is a kind of flexible traveller structural schematic diagram of the radiator of image processing equipment of the present invention；
Fig. 6 is a kind of flexible outer framework structural schematic diagram of the radiator of image processing equipment of the present invention；
Fig. 7 is a kind of flexible inner end Slide bar structure schematic diagram of the radiator of image processing equipment of the present invention；
Fig. 8 is a kind of installation frame structure schematic diagram of the radiator of image processing equipment of the present invention；
Fig. 9 is a kind of installation frame body structural schematic diagram of the radiator of image processing equipment of the present invention；
Figure 10 is a kind of air-cooled structure structural schematic diagram one of the radiator of image processing equipment of the present invention；
Figure 11 is a kind of air-cooled structure structural schematic diagram two of the radiator of image processing equipment of the present invention；
Figure 12 is a kind of air-cooled structure structural schematic diagram three of the radiator of image processing equipment of the present invention；
Figure 13 is a kind of integral part structural schematic diagram of the radiator of image processing equipment of the present invention；
Figure 14 is a kind of water coke slurry box structure diagram one of the radiator of image processing equipment of the present invention；
Figure 15 is a kind of water coke slurry box structure diagram two of the radiator of image processing equipment of the present invention；
Figure 16 is a kind of water cooling box structural schematic diagram one of the radiator of image processing equipment of the present invention；
Figure 17 is a kind of water cooling box structural schematic diagram two of the radiator of image processing equipment of the present invention；
Figure 18 is a kind of radiator of image processing equipment of the present invention by lever composite unit structure schematic diagram；
Figure 19 is a kind of screw thread adjusting rod structural schematic diagram of the radiator of image processing equipment of the present invention；
Figure 20 is a kind of support frame composite unit structure schematic diagram one of the radiator of image processing equipment of the present invention；
Figure 21 is a kind of support frame composite unit structure schematic diagram two of the radiator of image processing equipment of the present invention.
In figure: support assembly 1；Bracket bottom plate 1-1；Bracket bottom plate ontology 1-1-1；Side wall traveller 1-1-2；Hollow out slides chamber
1-1-3；Rotate threaded rod 1-1-4；Flexible traveller 1-2；Flexible outer framework 1-2-1；Flexible outer framework ontology 1-2-1-1；Inner end
Boss 1-2-1-2；Slide chamber 1-2-1-3 in inner end；Slide opening 1-2-1-4；Card slot 1-2-1-5；Flexible inner end slide bar 1-2-2；In flexible
Hold slide bar ontology 1-2-2-1；Clamp 1-2-2-2；Interior end cap spring 1-2-2-3；The flexible sliding chamber 1-2-2-4 in inner end；It is telescopically connected to bar
1-2-3；Outline border 1-3 is installed；Frame body 1-3-1 is installed；Ontology outline border 1-3-1-1；Horizontal concrete chute 1-3-1-2；Cross spacing
Block 1-3-1-3；Installation cavity 1-3-1-4；The vertical chute 1-3-1-5；Vertical spacing block 1-3-1-6 laterally covers spring 1-3-2；Laterally push away
Sub- 1-3-3；Vertical hairclipper 1-3-4；Vertical set spring 1-3-5；Air-cooled structure 2；Air-cooled outline border 2-1；Wind drive bar 2-2；Bearing
2-3；One 2-4 of fixing terminal；Middle-end transmission gear 2-5；Two 2-6 of fixing terminal；Input motor 2-7；One 2-8 of transmission belt；Transmission
Two 2-9 of band；Three 2-10 of transmission belt；Transmission cone one 2-11 of tooth；Rotation axis 2-12；Slider 2-13；Slider connecting rod 2-14；Hinged slider
2-15；Two 2-16 of hinge bar；Three 2-17 of hinge bar；Input cone tooth 2-18；Driving lever 2-19；Belt wheel 2-20；Middle-end transmission cone tooth 2-
21；Transmission cone two 2-22 of tooth；Bull stick 2-25；Middle-end transmission cone tooth 2-26；Water coke slurry cabinet 3；Commuting case outline border 3-1；Float 3-
2；Float connecting rod 3-3；Upright sliding bar 3-4；Limit connecting rod 3-5；Vertical auxiliary rod 3-6；Interval terminal 3-7；Terminal connecting rod 3-
8；Upside auxiliary rod 3-9；V-type bar 3-10；Slide chamber 3-11 in inner end；Inner end push spring 3-12；Inner end slide bar 3-13；Interior hinged terminal 3-
14；Communicating pipe 3-15；It is connected to chamber 3-16；Inner end rectangular cavity 3-17；Interval terminal push spring 3-18；Middle-end push spring 3-19；Middle-end is sliding
Chamber 3-20；Water cooling box 4；Water cooling box outline border 4-1；Paddle 4-2；Upside transmission cone one 4-3 of tooth；Middle-end transmission cone one 4-4 of tooth；In
Hold axis 4-5；Live-roller 4-6；Input cone tooth 4-7；Water cooling box motor 4-8；Screw thread adjusting rod 4-9；Adjust bar body 4-9-1；Spiral shell
Line bores tooth 4-9-2；Middle-end transmits roller 4-9-3；Rotor 4-9-4；By lever assembly 4-10；Assembly outline border 4-10-1；On
Press terminal 4-10-2 in side；Press spring 4-10-3；Middle-end driving cog 4-10-4；Main body bull stick 4-10-5；Middle end cone tooth 4-10-
6；Lower end cone tooth 4-10-7；Connecting pipeline 4-11；It is connected to one 4-12 of chamber；It is connected to two 4-13 of chamber；Support frame assembly 5；Support frame
Ontology 5-1；Emergency brake bar 5-2；Idler wheel 5-3；Middle side pole 5-4；Middle survey spring 5-5；Middle survey sliding slot 5-6；Middle-end connecting rod 5-7；In
Hold push spring 5-8；Middle-end rectangle sliding slot 5-9；Middle-end slide bar 5-10；Brake pushrod 5-11；Push rod connecting rod 5-12；One 5-13 of push spring；
Two 5-14 of push spring；Right end sliding slot 5-15；Inner end push spring 5-16；Inner end rectangle slides chamber 5-17.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
It is fixedly connected described in the present apparatus and refers to and be fixed by the modes such as weld, be screwed, in conjunction with different
Use environment uses different fixed forms；The rotation connection refers to by drying bearing on axis, on axis or axis hole
It is provided with spring catch ring recess, the axial restraint of bearing is realized in circlip groove by the way that circlip to be stuck in, realizes rotation；Described
It is slidably connected and refers to and be attached by sliding of the sliding block in sliding slot or guide rail；Described hingedly refers to by hinge, pin
Movable connection type is carried out on the union pieces such as axis and short axle；It is close by sealing ring or O-ring realization at required sealing
Envelope.
Specific embodiment 1:
Illustrate present embodiment, a kind of radiator of image processing equipment, including holder combination below with reference to Fig. 1-2 1
Body 1, air-cooled structure 2, water coke slurry cabinet 3, water cooling box 4, support frame assembly 5 and damping 6, the support assembly 1 include branch
Frame bottom plate 1-1, flexible traveller 1-2 and installation outline border 1-3, bracket bottom plate 1-1 includes bracket bottom plate ontology 1-1-1, four side walls
Traveller 1-1-2, four hollow outs slide chamber 1-1-3 and rotate threaded rod 1-1-4, and four side wall traveller 1-1-2 are respectively fixedly connected with
On four arms of angle of the upper surface bracket bottom plate ontology 1-1-1, the sliding chamber 1-1-3 of four hollow outs is separately positioned on four side wall traveller 1-
The inner end of 1-2, rotation threaded rod 1-1-4 are rotatably connected on the upper end of side wall traveller 1-1-2；Flexible traveller 1-2 includes flexible outer
Frame 1-2-1, flexible inner end slide bar 1-2-2 and it is telescopically connected to bar 1-2-3, the outer framework 1-2-1 that stretches includes flexible outer framework sheet
Body 1-2-1-1, two inner end boss 1-2-1-2, the sliding chamber 1-2-1-3 in inner end, slide opening 1-2-1-4 and multiple card slot 1-2-1-5；Two
A inner end boss 1-2-1-2 is fixedly connected in the left end of flexible outer framework ontology 1-2-1-1, the sliding chamber 1-2-1-3 setting in inner end
In the middle-end of flexible outer framework ontology 1-2-1-1, the right end of flexible outer framework ontology 1-2-1-1 is arranged in slide opening 1-2-1-4, more
A card slot 1-2-1-5 is uniformly arranged on the rear and front end of the sliding chamber 1-2-1-3 inner wall in inner end；Flexible inner end slide bar 1-2-2 includes stretching
The sliding chamber 1-2-2- in contracting inner end slide bar ontology 1-2-2-1, four clamp 1-2-2-2, four interior end cap spring 1-2-2-3 and flexible inner end
4；Four clamp 1-2-2-2 are slidably connected with flexible inner end slide bar ontology 1-2-2-1, and four interior end cap spring 1-2-2-3 are all provided with
It sets in the sliding chamber 1-2-2-4 in flexible inner end；Four clamp 1-2-2-2 are clamped with multiple card slot 1-2-1-5 respectively, and inner end of stretching is sliding
Bar body 1-2-2-1 is slidably connected with slide opening 1-2-1-4, and it is solid to be telescopically connected to bar 1-2-3 and flexible inner end slide bar ontology 1-2-2-1
Fixed connection；Two inner end boss 1-2-1-2 are slidably connected in the sliding chamber 1-1-3 of hollow out, are rotated in threaded rod 1-1-4 and two
End boss 1-2-1-2 is connected through a screw thread；Install outline border 1-3 include installation frame body 1-3-1, two laterally set spring 1-3-2,
Two lateral hairclipper 1-3-3, two vertical hairclipper 1-3-4 and two vertical set spring 1-3-5；Installing frame body 1-3-1 includes
Ontology outline border 1-3-1-1, two horizontal concrete chute 1-3-1-2, two cross spacing block 1-3-1-3, four installation cavity 1-3-1-4,
Two the vertical chute 1-3-1-5 and two vertical spacing block 1-3-1-6；Two horizontal concrete chute 1-3-1-2 are separately positioned on installation
The left and right ends of frame body 1-3-1, two cross spacing block 1-3-1-3 are separately positioned on installation frame body 1-3-1 outer wall
Left and right ends, four installation cavity 1-3-1-4 are evenly arranged on four arms of angle of ontology outline border 1-3-1-1, two the vertical chute 1-3-
1-5 is separately positioned on the rear and front end of ontology outline border 1-3-1-1, and it is external that two vertical spacing block 1-3-1-6 are separately positioned on this
The rear and front end of frame 1-3-1-1 outer wall, two transverse direction hairclipper 1-3-3 are slidably connected at respectively in two horizontal concrete chute 1-3-1-2,
Two horizontal concrete chute 1-3-1-2 are socketed in respectively on two lateral hairclipper 1-3-3, two vertical hairclipper 1-3-4 company of sliding respectively
It connects in two the vertical chute 1-3-1-5, two vertical set spring 1-3-5 are socketed in respectively on two vertical hairclipper 1-3-4；It is multiple
Bar 1-2-3 is telescopically connected to be rotatably connected on respectively in four installation cavity 1-3-1-4；
By the threaded connection between rotation threaded rod 1-1-4 and two inner end boss 1-2-1-2, it may make two inner ends
Boss 1-2-1-2 drives flexible outer framework ontology 1-2-1-1 to move up and down along the sliding chamber 1-1-3 of hollow out, flexible by four
Connection between traveller 1-2 and installation outline border 1-3, between can adjust between installation outline border 1-3 and bracket bottom plate ontology 1-1-1
Away from；Connection flexible traveller 1-2 and installation outline border 1-3 can be facilitated by being telescopically connected to bar 1-2-3；Pass through the bullet of interior end cap spring 1-2-2-3
It pushes and moves two clamp 1-2-2-2 away from each other, and pass through the clearance fit between clamp 1-2-2-2 and card slot 1-2-1-5
Connection facilitates the fixation realized to the position in the sliding chamber 1-2-1-3 in inner end flexible inner end slide bar 1-2-2；
The air-cooled structure 2 includes air-cooled outline border 2-1, wind drive bar 2-2, bearing 2-3, one 2-4 of fixing terminal, middle-end
Transmission gear 2-5, it two 2-6 of fixing terminal, input motor 2-7, transmission cone tooth 2-8, two 2-9 of transmission belt, three 2-10 of transmission belt, passes
It is one 2-11 of mantle tooth, rotation axis 2-12, slider 2-13, slider connecting rod 2-14, hinged slider 2-15, two 2-16 of hinge bar, hinged
Three 2-17 of bar, input cone tooth 2-18, driving lever 2-19, laterally cone tooth 2-20, middle-end transmission cone tooth 2-21, transmission cone two 2-22 of tooth,
Bull stick 2-25 and middle-end transmission cone tooth 2-26；Wind drive bar 2-2 and bearing 2-3 interference fit connects, bearing 2-3 and air-cooled outer
Frame 2-1 interference fit connection, one 2-4 of fixing terminal is fixedly connected with air-cooled outline border 2-1, middle-end transmission gear 2-5 and it is air-cooled outside
Frame 2-1 rotation connection, two 2-6 of fixing terminal are fixedly connected with air-cooled outline border 2-1, and input motor 2-7 and air-cooled outline border 2-1 is fixed
Connection, two 2-9 of transmission belt and three 2-10 of transmission belt are connected between bull stick 2-25 and two wind drive bar 2-2, rotation axis 2-
12 are rotatablely connected with one 2-4 of fixing terminal and two 2-6 of fixing terminal, and transmission cone one 2-11 of tooth and rotation axis 2-12 is rotatablely connected,
Slider 2-13 is connect with rotation axis 2-12 clearance fit, and slider connecting rod 2-14 and slider 2-13 are hinged, hinged slider 2-15 and cunning
Sub-link 2-14 is hinged, and two 2-16 of hinge bar and hinged slider 2-15 are hinged, and three 2-17 of hinge bar and two 2-16 of hinge bar are hinged,
Input cone tooth 2-18 and air-cooled outline border 2-1 is rotatablely connected, and driving lever 2-19 is fixedly connected with input cone tooth 2-18, laterally bores tooth 2-20
It is fixedly connected with middle-end transmission gear 2-5, transmission cone tooth 2-8 and laterally cone tooth 2-20 engaged transmission, middle-end transmission cone tooth 2-21
It is engaged with input cone tooth 2-18, middle-end transmission cone tooth 2-21 is fixedly connected with rotation axis 2-12, transmission cone two 2-22 of tooth and rotation
Axis 2-12 rotation connection, middle-end transmission gear 2-5 are engaged with transmission cone two 2-22 of tooth and transmission cone one 2-11 of tooth, air-cooled outline border 2-
1 is fixedly connected on the upper end of four side wall traveller 1-1-2, and bull stick 2-25 and air-cooled outline border 2-1 are rotatablely connected, middle-end transmission cone tooth
2-26 is fixedly connected with bull stick 2-25, and middle-end transmission cone tooth 2-26 is engaged with input cone tooth 2-18；
Three 2-17 of hinge bar can be conveniently stirred by driving lever 2-19；Input cone tooth 2-18 rotation drives driving lever 2-19 to turn
It is dynamic, when driving lever 2-19 turns to the left side of dynamic three 2-17 of hinge bar, by stirring for driving lever 2-19, it may make three 2- of hinge bar
17 downside is swung to right end；When driving lever 2-19 turns to the right side of dynamic three 2-17 of hinge bar, by stirring for driving lever 2-19,
It may make the downside side swing to the left of three 2-17 of hinge bar；
The water coke slurry cabinet 3 includes commuting case outline border 3-1, float 3-2, float connecting rod 3-3, upright sliding bar 3-4, multiple
Limit connecting rod 3-5, vertical auxiliary rod 3-6, interval terminal 3-7, terminal connecting rod 3-8, upside auxiliary rod 3-9, V-type bar 3-10,
Slide chamber 3-11, inner end push spring 3-12, inner end slide bar 3-13, interior hinged terminal 3-14, two communicating pipes 3-15, two connections in inner end
The sliding chamber 3-20 of chamber 3-16, inner end rectangular cavity 3-17, interval terminal push spring 3-18, middle-end push spring 3-19 and middle-end；Float connecting rod 3-3
It is fixedly connected with float 3-2, upright sliding bar 3-4 is fixedly connected with float connecting rod 3-3, and multiple limit connecting rod 3-5 are articulated and connected
Between float 3-2 and commuting case outline border 3-1, vertical auxiliary rod 3-6 is fixedly connected with float 3-2, under vertical auxiliary rod 3-6
End is slidably connected at the sliding inner end chamber 3-20 of middle-end, and the lower end of vertical auxiliary rod 3-6, upright sliding bar 3- is arranged in middle-end push spring 3-19
4 are fixedly connected with terminal connecting rod 3-8, and terminal connecting rod 3-8 is fixedly connected with interval terminal 3-7, interval terminal 3-7 and inner end
Rectangular cavity 3-17 is slidably connected, and upside auxiliary rod 3-9 and commuting case outline border 3-1 are articulated and connected, upside auxiliary rod 3-9 and V-type bar
3-10 is slide hinged, and V-type bar 3-10 and interior hinged terminal 3-14 are hinged, and interior hinged terminal 3-14 and inner end slide bar 3-13 sliding connect
It connects, inner end push spring 3-12 and inner end slide bar 3-13 are socketed, and inner end push spring 3-12, inner end slide bar 3-13 and interior hinged terminal 3-14 are equal
Setting is in the sliding chamber 3-11 in inner end, and the upper end of vertical auxiliary rod 3-6 and V-type bar 3-10 are slide hinged, interval terminal push spring 3-18
It is socketed with upright sliding bar 3-4, two connection chamber 3-16 are connected to inner end rectangular cavity 3-17, two communicating pipe 3-15 and inner end rectangle
Chamber 3-17 connection, inner end rectangular cavity 3-17 are slidably connected with inner end rectangular cavity 3-17；
Interval terminal push spring 3-18 passes through the effect of elastic force so that interval terminal 3-7 is far from the upper of inner end rectangular cavity 3-17
End；When the water in connecting pipeline 4-11 flows into inner end rectangular cavity 3-17 from communicating pipe 3-15 of left end, and from the connection of right end
Pipe 3-15 outflow, flow action is on interval terminal 3-7, so that on inner end of the interval terminal 3-7 along inner end rectangular cavity 3-17
Lower movement, interval terminal 3-7, which is moved up and down, to be driven the water flow in the rectangular cavity 3-17 of inner end by two connection chamber 3-16 and hands over
The water changed on the upside of the inner end case outline border 3-1 carries out heat exchange；
The water cooling box 4 includes water cooling box outline border 4-1, paddle 4-2, upside transmission cone one 4-3 of tooth, middle-end transmission cone tooth
One 4-4, middle-end axis 4-5, live-roller 4-6, input cone tooth 4-7, water cooling box motor 4-8, screw thread adjusting rod 4-9, lever combination is pressed
Body 4-10, connecting pipeline 4-11, it is connected to one 4-12 of chamber and is connected to two 4-13 of chamber；Screw thread adjusting rod 4-9 includes adjusting bar body 4-
9-1, thread conical tooth 4-9-2, middle-end transmit roller 4-9-3 and rotor 4-9-4；Adjust bar body 4-9-1 and thread conical tooth 4-9-2
It is fixedly connected, rotor 4-9-4 is threadedly coupled with bar body 4-9-1 is adjusted, and middle-end is transmitted roller 4-9-3 and rotor 4-9-4 and rotated
Connection；By lever assembly 4-10 include assembly outline border 4-10-1, upside press terminal 4-10-2, press spring 4-10-3,
Two middle-end driving cog 4-10-4, main body bull stick 4-10-5, middle end cone tooth 4-10-6 and lower end cone tooth 4-10-7；Assembly outline border
4-10-1 and upside press terminal 4-10-2 and are slidably connected, and press spring 4-10-3 setting in upside and press terminal 4-10-2 and master
Between body bull stick 4-10-5, two middle-end driving cog 4-10-4 press terminal 4-10-2 rotation connection, middle end cone tooth with upside
4-10-6 is fixedly connected with main body bull stick 4-10-5, and lower end cone tooth 4-10-7 is fixedly connected with main body bull stick 4-10-5, lower end cone
Tooth 4-10-7 is engaged with two middle-end driving cog 4-10-4；Paddle 4-2 and water cooling box outline border 4-1 is rotatablely connected, and upside passes
One 4-3 of mantle tooth is fixedly connected with paddle 4-2, upside transmission cone one 4-3 of tooth and middle-end transmission cone one 4-4 of tooth engaged transmission,
Middle-end transmission cone one 4-4 of tooth is fixedly connected with middle-end axis 4-5, and middle-end axis 4-5 and water cooling box outline border 4-1 are rotatablely connected, live-roller
4-6 is fixedly connected with middle-end axis 4-5, moves roller 4-6 and input cone tooth 4-7 engaged transmission, input cone tooth 4-7 and water cooling box motor 4-
8 output shaft is fixedly connected, and live-roller 4-6 and middle-end transmitting roller 4-9-3 engaged transmission adjust bar body 4-9-1 and water cooling
Case outline border 4-1 rotation connection, main body bull stick 4-10-5 with water cooling box outline border 4-1 be rotatablely connected, assembly outline border 4-10-1 with
Water cooling box outline border 4-1 is fixedly connected, and connecting pipeline 4-11 is connected to one 4-12 and two communicating pipe 3-15 of chamber is connected to, and is connected to chamber
One 4-12 is fixedly connected with two 4-13 of chamber connection, bracket bottom plate ontology 1-1-1 is connected to water cooling box outline border 4-1；
Water in connecting pipeline 4-11 flows into inner end rectangular cavity 3-17 from communicating pipe 3-15 of left end, and passes through interior end moment
The connecting pipeline 4-11 outflow of shape chamber 3-17 right end enters connection and one 4-12 of chamber and is connected in two 4-13 of chamber, passes through connection one 4- of chamber
12 do outflow and flow into connecting pipeline 4-11 with the downside that is connected to two 4-13 of chamber, and then realize water circulation；
Support frame as described above assembly 5 includes support frame ontology 5-1, two emergency brake bar 5-2, two idler wheel 5-3, two middle-ends
Bar 5-4, spring 5-5 is surveyed in two, surveys sliding slot 5-6, middle-end connecting rod 5-7, middle-end push spring 5-8, middle-end rectangle sliding slot in two
5-9, middle-end slide bar 5-10, brake pushrod 5-11, push rod connecting rod 5-12, one 5-13 of push spring, two 5-14 of push spring, right end sliding slot 5-
15, inner end push spring 5-16 and inner end rectangle slide chamber 5-17, and two emergency brake bar 5-2 are slidably connected with support frame ontology 5-1, and two
Idler wheel 5-3 is slide hinged with support frame ontology 5-1, and two middle side pole 5-4 are hingedly connected in two emergency brake bar 5-2 in
It holds between connecting rod 5-7, spring 5-5 is surveyed in two, the upper end surveyed on the inside of sliding slot 5-6 in two is set, middle-end push spring 5-8 is set
It sets in middle-end rectangle sliding slot 5-9, middle-end slide bar 5-10 is arranged in middle-end rectangle sliding slot 5-9, middle-end connecting rod 5-7 and middle-end
Slide bar 5-10 is slidably connected, and brake pushrod 5-11 is slidably connected with right end sliding slot 5-15, push rod connecting rod 5-12, one 5-13 of push spring and
Two 5-14 of push spring is arranged in right end sliding slot 5-15, and brake pushrod 5-11 is slidably connected with push rod connecting rod 5-12, two 5- of push spring
14 are socketed with push rod connecting rod 5-12, and the left end of brake pushrod 5-11 is arranged between two 5-14 of one 5-13 of push spring and push spring, push rod
Connecting rod 5-12 is hingedly connected between push rod connecting rod 5-12 and push rod connecting rod 5-12, water cooling box outline border 4-1 and support frame ontology 5-1
It is fixedly connected, there are two the sliding chamber 5-17 settings of inner end rectangle, and the sliding chamber 5-17 of two inner end rectangles is separately positioned on support frame ontology
The left and right sides of the lower end 5-1, there are two inner end push spring 5-16 settings, and two inner end push spring 5-16 are separately positioned on two interior end moments
The inner end of the sliding chamber 5-17 of shape.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-2 1, present embodiment is described further embodiment one, described
It is telescopically connected to there are four bar 1-2-3 settings, four are telescopically connected to bar 1-2-3 and can facilitate the stability for improving installation outline border 1-3.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-2 1, present embodiment is described further embodiment one, described
Inner end push spring 5-16 is in compressive state.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1-2 1, present embodiment is described further embodiment one, described
Interval terminal push spring 3-18 and middle-end push spring 3-19 are in compressive state.
A kind of radiator of image processing equipment of the invention, its working principle is that:
In use, image processing equipment is placed between two transverse direction hairclipper 1-3-3 and two vertical hairclipper 1-3-4,
Two transverse direction hairclipper 1-3-3 and two vertical hairclipper 1-3-4 are moved in the opposite direction, and are compressed laterally set spring 1-3-2 and erected
To set spring 1-3-5, by vertically covering spring 1-3-5 and laterally the elastic force effect of set spring 1-3-2, so that two lateral hairclipper 1-3-3
It presses together with two vertical hairclipper 1-3-4 with a kind of image processing equipment, and then realizes the fixation of image processing equipment；Hand
Turn turn moves threaded rod 1-1-4, rotates threaded rod 1-1-4 and two inner end boss 1-2-1-2 by rotation threaded rod 1-1-4
Between threaded connection, may make two inner end boss 1-2-1-2 to drive flexible outer framework ontology 1-2-1-1 sliding along hollow out
Chamber 1-1-3 is moved up and down, and by the connection between four flexible traveller 1-2 and installation outline border 1-3, can adjust installation outline border 1-3
With the spacing between bracket bottom plate ontology 1-1-1；The flexible traveller 1-2 of connection and installation outline border can be facilitated by being telescopically connected to bar 1-2-3
1-3；Two clamp 1-2-2-2 are pushed away from each other by the elastic force of interior end cap spring 1-2-2-3, and pass through clamp 1-2-2-2
Clearance fit between card slot 1-2-1-5 is connect, and facilitates realization to flexible inner end slide bar 1-2-2 in the sliding chamber 1-2-1-3 in inner end
The fixation of interior position；Cooling water is injected into water coke slurry cabinet 3 manually, while starting water cooling box motor 4-8, water cooling box motor 4-
8 rotations drive input cone tooth 4-7 rotation to drive middle-end axis 4-5 by engaging between input cone tooth 4-7 and live-roller 4-6
Rotation is driven the engaged transmission between cone one 4-4 of tooth and upside transmission cone one 4-3 of tooth by middle-end, paddle 4-2 is driven to turn
It is dynamic so that water in connection one 4-12 of chamber and the water being connected in two 4-13 of chamber inflow connecting pipeline 4-11, connecting pipeline 4-11 from
Communicating pipe 3-15 of left end flows into inner end rectangular cavity 3-17, and is flowed by the connecting pipeline 4-11 of inner end rectangular cavity 3-17 right end
It one 4-12 of chamber and is connected in two 4-13 of chamber into connection, is flowed by being connected to one 4-12 of chamber with the doing for downside for being connected to two 4-13 of chamber out
It out and flows into connecting pipeline 4-11, and then realizes water circulation；Water flowing in connecting pipeline 4-11 takes away image processing equipment
In heat, interval terminal push spring 3-18 is by the effect of elastic force so that interval terminal 3-7 is far from the upper of inner end rectangular cavity 3-17
End；When the water in connecting pipeline 4-11 flows into inner end rectangular cavity 3-17 from communicating pipe 3-15 of left end, and from the connection of right end
Pipe 3-15 outflow, flow action is on interval terminal 3-7, so that on inner end of the interval terminal 3-7 along inner end rectangular cavity 3-17
Lower movement, interval terminal 3-7, which is moved up and down, to be driven the water flow in the rectangular cavity 3-17 of inner end by two connection chamber 3-16 and hands over
The water changed on the upside of the inner end case outline border 3-1 carries out heat exchange；Support frame ontology 5-1 is pushed manually, so that on support frame ontology 5-1
Idler wheel 5-3 roll on the ground, facilitate adjustment device use position.
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 (4)
1. a kind of radiator of image processing equipment, including support assembly (1), air-cooled structure (2), water coke slurry cabinet (3),
Water cooling box (4) and support frame assembly (5), it is characterised in that: the support assembly (1) includes bracket bottom plate (1-1), stretches
Traveller (1-2) and installation outline border (1-3), bracket bottom plate (1-1) includes bracket bottom plate ontology (1-1-1), four side wall traveller (1-
1-2), four hollow outs sliding chamber (1-1-3) and rotation threaded rod (1-1-4), four side wall travellers (1-1-2) are respectively fixedly connected with
On four arms of angle of the upper surface bracket bottom plate ontology (1-1-1), it is sliding that four hollow outs sliding chamber (1-1-3) are separately positioned on four side walls
The inner end of column (1-1-2), rotation threaded rod (1-1-4) are rotatably connected on the upper end of side wall traveller (1-1-2)；Flexible traveller (1-
2) include flexible outer framework (1-2-1), stretch inner end slide bar (1-2-2) and be telescopically connected to bar (1-2-3), stretch outer framework (1-
It 2-1) include flexible outer framework ontology (1-2-1-1), two inner end boss (1-2-1-2), inner end sliding chamber (1-2-1-3), slide opening
(1-2-1-4) and multiple card slots (1-2-1-5)；Two inner end boss (1-2-1-2) are fixedly connected in flexible outer framework ontology
The left end of (1-2-1-1), middle-end of inner end sliding chamber (1-2-1-3) setting at flexible outer framework ontology (1-2-1-1), slide opening (1-
Right end at flexible outer framework ontology (1-2-1-1) 2-1-4) is set, and multiple card slots (1-2-1-5) are uniformly arranged on the sliding chamber in inner end
The rear and front end of (1-2-1-3) inner wall；Flexible inner end slide bar (1-2-2) includes flexible inner end slide bar ontology (1-2-2-1), four
Clamp (1-2-2-2), four interior end cap springs (1-2-2-3) and flexible inner end are sliding chamber (1-2-2-4)；Four clamps (1-2-2-2)
It is slidably connected with flexible inner end slide bar ontology (1-2-2-1), it is sliding that four interior end cap springs (1-2-2-3) are arranged at flexible inner end
In chamber (1-2-2-4)；Four clamps (1-2-2-2) are clamped with multiple card slots (1-2-1-5) respectively, and stretch inner end slide bar ontology
(1-2-2-1) is slidably connected with slide opening (1-2-1-4), is telescopically connected to bar (1-2-3) and flexible inner end slide bar ontology (1-2-2-1)
It is fixedly connected；Two inner end boss (1-2-1-2) are slidably connected in hollow out sliding chamber (1-1-3), rotate threaded rod (1-1-4)
It is connected through a screw thread with two inner end boss (1-2-1-2)；Installing outline border (1-3) includes installation frame body (1-3-1), two
Laterally set spring (1-3-2), two lateral hairclippers (1-3-3), two vertical hairclippers (1-3-4) and two vertical sets spring (1-3-5)；
Installing frame body (1-3-1) includes ontology outline border (1-3-1-1), two horizontal concrete chutes (1-3-1-2), two cross spacing blocks
(1-3-1-3), four installation cavitys (1-3-1-4), two the vertical chutes (1-3-1-5) and two vertical spacing blocks (1-3-1-6)；
Two horizontal concrete chutes (1-3-1-2) are separately positioned on the left and right ends of installation frame body (1-3-1), two cross spacing blocks
(1-3-1-3) is separately positioned on the left and right ends of installation frame body (1-3-1) outer wall, and four installation cavitys (1-3-1-4) are uniformly distributed
In four arms of angle of ontology outline border (1-3-1-1), two the vertical chutes (1-3-1-5) are separately positioned on ontology outline border (1-3-1-
1) rear and front end, two vertical spacing blocks (1-3-1-6) are separately positioned on the front and back two of ontology outline border (1-3-1-1) outer wall
End, two lateral hairclippers (1-3-3) are slidably connected at respectively in two horizontal concrete chutes (1-3-1-2), two horizontal concrete chute (1-3-
It 1-2) is socketed in respectively on two lateral hairclippers (1-3-3), two vertical hairclippers (1-3-4) are slidably connected at two vertically respectively
In sliding slot (1-3-1-5), two vertical sets spring (1-3-5) are socketed in respectively on two vertical hairclippers (1-3-4)；Multiple flexible companies
Extension bar (1-2-3) is rotatably connected on respectively in four installation cavitys (1-3-1-4)；
The air-cooled structure (2) includes air-cooled outline border (2-1), wind drive bar (2-2), bearing (2-3), one (2- of fixing terminal
4), middle-end transmission gear (2-5), fixing terminal two (2-6), input motor (2-7), transmission cone tooth (2-8), two (2- of transmission belt
9), transmission belt three (2-10), transmission cone tooth one (2-11), rotation axis (2-12), slider (2-13), slider connecting rod (2-14), hinge
Connect slider (2-15), hinge bar two (2-16), hinge bar three (2-17), input cone tooth (2-18), driving lever (2-19), laterally cone tooth
(2-20), middle-end transmission cone tooth (2-21), transmission cone tooth two (2-22), bull stick (2-25) and middle-end transmission cone tooth (2-26)；Wind
Power drive bar (2-2) and bearing (2-3) interference fit connect, and bearing (2-3) and air-cooled outline border (2-1) interference fit connect, Gu
Fixed end one (2-4) is fixedly connected with air-cooled outline border (2-1), and middle-end transmission gear (2-5) and air-cooled outline border (2-1) rotation connect
It connects, fixing terminal two (2-6) is fixedly connected with air-cooled outline border (2-1), input motor (2-7) and air-cooled outline border (2-1) fixed company
It connects, transmission belt two (2-9) and transmission belt three (2-10) are connected between bull stick (2-25) and two wind drive bars (2-2), are turned
Moving axis (2-12) and fixing terminal one (2-4) and fixing terminal two (2-6) are rotatablely connected, transmission cone tooth one (2-11) and rotation axis
(2-12) rotation connection, slider (2-13) are connect with rotation axis (2-12) clearance fit, slider connecting rod (2-14) and slider (2-
13) hingedly, hingedly, hinge bar two (2-16) and hinged slider (2-15) are cut with scissors by hinged slider (2-15) and slider connecting rod (2-14)
It connecing, hingedly, input cone tooth (2-18) and air-cooled outline border (2-1) is rotatablely connected by hinge bar three (2-17) and hinge bar two (2-16),
Driving lever (2-19) is fixedly connected with input cone tooth (2-18), is laterally bored tooth (2-20) and is fixedly connected with middle-end transmission gear (2-5),
Transmission cone tooth (2-8) and laterally cone tooth (2-20) engaged transmission, middle-end transmission cone tooth (2-21) are engaged with input cone tooth (2-18),
Middle-end transmission cone tooth (2-21) is fixedly connected with rotation axis (2-12), and transmission cone tooth two (2-22) and rotation axis (2-12) rotation connects
It connects, middle-end transmission gear (2-5) is engaged with transmission cone tooth two (2-22) and transmission cone tooth one (2-11), and air-cooled outline border (2-1) is solid
Surely it is connected to the upper end of four side wall travellers (1-1-2), bull stick (2-25) and air-cooled outline border (2-1) are rotatablely connected, middle-end transmission
Cone tooth (2-26) is fixedly connected with bull stick (2-25), and middle-end transmission cone tooth (2-26) is engaged with input cone tooth (2-18)；
The water coke slurry cabinet (3) includes commuting case outline border (3-1), float (3-2), float connecting rod (3-3), upright sliding bar (3-
4), multiple limit connecting rods (3-5), vertical auxiliary rod (3-6), interval terminal (3-7), terminal connecting rod (3-8), upside auxiliary rod
(3-9), V-type bar (3-10), inner end sliding chamber (3-11), inner end push spring (3-12), inner end slide bar (3-13), interior hinged terminal (3-
14), two communicating pipe (3-15), two connection chambers (3-16), inner end rectangular cavity (3-17), interval terminal push spring (3-18), in
Hold push spring (3-19) and middle-end sliding chamber (3-20)；Float connecting rod (3-3) is fixedly connected with float (3-2), upright sliding bar (3-4) with
Float connecting rod (3-3) is fixedly connected, and multiple limit connecting rods (3-5) are hingedly connected to float (3-2) and commuting case outline border (3-1)
Between, vertical auxiliary rod (3-6) is fixedly connected with float (3-2), and it is sliding that the lower end of vertical auxiliary rod (3-6) is slidably connected at middle-end
The inner end chamber (3-20), middle-end push spring (3-19) setting connect in the lower end of vertical auxiliary rod (3-6), upright sliding bar (3-4) and terminal
Extension bar (3-8) is fixedly connected, and terminal connecting rod (3-8) is fixedly connected with interval terminal (3-7), interval terminal (3-7) and inner end
Rectangular cavity (3-17) is slidably connected, and upside auxiliary rod (3-9) and commuting case outline border (3-1) are articulated and connected, upside auxiliary rod (3-9)
It is slide hinged with V-type bar (3-10), V-type bar (3-10) and interior hinged terminal (3-14) hingedly, interior hinged terminal (3-14) with it is interior
End slide bar (3-13) is slidably connected, and inner end push spring (3-12) and inner end slide bar (3-13) are socketed, and inner end push spring (3-12), inner end are sliding
Bar (3-13) and interior hinged terminal (3-14) are arranged in inner end sliding chamber (3-11), the upper end of vertical auxiliary rod (3-6) and V-type
Bar (3-10) is slide hinged, and interval terminal push spring (3-18) and upright sliding bar (3-4) are socketed, two connection chambers (3-16) and inner end
Rectangular cavity (3-17) connection, be connected to inner end rectangular cavity (3-17) two communicating pipe (3-15), inner end rectangular cavity (3-17) with it is interior
End rectangular cavity (3-17) is slidably connected；
The water cooling box (4) includes water cooling box outline border (4-1), paddle (4-2), upside transmission cone tooth one (4-3), middle-end transmission
Bore tooth one (4-4), middle-end axis (4-5), live-roller (4-6), input cone tooth (4-7), water cooling box motor (4-8), screw thread adjusting rod
(4-9), lever assembly (4-10), connecting pipeline (4-11), connection chamber one (4-12) are pressed and is connected to chamber two (4-13)；Screw thread tune
Pole (4-9) includes adjusting bar body (4-9-1), thread conical tooth (4-9-2), middle-end transmitting roller (4-9-3) and rotor (4-9-
4)；It adjusts bar body (4-9-1) to be fixedly connected with thread conical tooth (4-9-2), rotor (4-9-4) and adjusting bar body (4-9-1)
It is threadedly coupled, middle-end is transmitted roller (4-9-3) and rotor (4-9-4) and is rotatablely connected；It include combination by lever assembly (4-10)
External frame (4-10-1), upside press terminal (4-10-2), press spring (4-10-3), two middle-end driving cogs (4-10-4),
Main body bull stick (4-10-5), middle end cone tooth (4-10-6) and lower end cone tooth (4-10-7)；Assembly outline border (4-10-1) and upside
It presses terminal (4-10-2) to be slidably connected, presses spring (4-10-3) setting in upside and press terminal (4-10-2) and main body bull stick
Between (4-10-5), two middle-end driving cogs (4-10-4) press terminal (4-10-2) rotation connection, middle end cone tooth with upside
(4-10-6) is fixedly connected with main body bull stick (4-10-5), lower end cone tooth (4-10-7) and main body bull stick (4-10-5) fixed company
It connects, lower end cone tooth (4-10-7) is engaged with two middle-end driving cogs (4-10-4)；Paddle (4-2) and water cooling box outline border (4-
1) it is rotatablely connected, upside transmission cone tooth one (4-3) is fixedly connected with paddle (4-2), upside transmission cone tooth one (4-3) and middle-end
Transmission cone tooth one (4-4) engaged transmission, middle-end transmission cone tooth one (4-4) are fixedly connected with middle-end axis (4-5), middle-end axis (4-5)
It is rotatablely connected with water cooling box outline border (4-1), live-roller (4-6) is fixedly connected with middle-end axis (4-5), moves roller (4-6) and input is bored
Tooth (4-7) engaged transmission, input cone tooth (4-7) be fixedly connected with the output shaft of water cooling box motor (4-8), live-roller (4-6) and
Middle-end transmits roller (4-9-3) engaged transmission, adjusts bar body (4-9-1) and water cooling box outline border (4-1) and is rotatablely connected, main body turns
Bar (4-10-5) is rotatablely connected with water cooling box outline border (4-1), and assembly outline border (4-10-1) and water cooling box outline border (4-1) are fixed
Connection, connecting pipeline (4-11) be connected to chamber one (4-12) and two communicating pipe (3-15) is connected to, connection chamber one (4-12) and
It is connected to chamber two (4-13) connection, bracket bottom plate ontology (1-1-1) is fixedly connected with water cooling box outline border (4-1)；
Support frame as described above assembly (5) includes support frame ontology (5-1), two emergency brake bars (5-2), two idler wheels (5-3), two
Middle side pole (5-4) surveys spring (5-5) in two, surveys sliding slot (5-6), middle-end connecting rod (5-7), middle-end push spring (5- in two
8), middle-end rectangle sliding slot (5-9), middle-end slide bar (5-10), brake pushrod (5-11), push rod connecting rod (5-12), one (5- of push spring
13), push spring two (5-14), right end sliding slot (5-15), inner end push spring (5-16) and inner end rectangle are sliding chamber (5-17), two emergency brake bars
(5-2) is slidably connected with support frame ontology (5-1), and two idler wheels (5-3) are slide hinged with support frame ontology (5-1), and two
A middle side pole (5-4) is hingedly connected between two emergency brake bars (5-2) and middle-end connecting rod (5-7), surveys spring in two
The upper end surveyed on the inside of sliding slot (5-6) is arranged in two in (5-5), and middle-end push spring (5-8) is arranged in middle-end rectangle sliding slot (5-9)
Interior, in middle-end rectangle sliding slot (5-9), middle-end connecting rod (5-7) and middle-end slide bar (5-10) are sliding for middle-end slide bar (5-10) setting
Dynamic connection, brake pushrod (5-11) are slidably connected with right end sliding slot (5-15), push rod connecting rod (5-12), push spring one (5-13) and push away
Spring two (5-14) is arranged in right end sliding slot (5-15), and brake pushrod (5-11) is slidably connected with push rod connecting rod (5-12), pushes away
Spring two (5-14) and push rod connecting rod (5-12) are socketed, and the left end of brake pushrod (5-11) is arranged in push spring one (5-13) and push spring two
Between (5-14), push rod connecting rod (5-12) is hingedly connected between push rod connecting rod (5-12) and push rod connecting rod (5-12), water cooling box
Outline border (4-1) is fixedly connected with support frame ontology (5-1), and there are two inner end rectangle sliding chamber (5-17) settings, two inner end rectangles
Sliding chamber (5-17) is separately positioned on the left and right sides of the lower end support frame ontology (5-1), and there are two inner end push spring (5-16) settings, and two
A inner end push spring (5-16) is separately positioned on the inner end of two inner end rectangles sliding chamber (5-17).
2. a kind of radiator of image processing equipment according to claim 1, it is characterised in that: described to be telescopically connected to bar
There are four (1-2-3) settings.
3. a kind of radiator of image processing equipment according to claim 1, it is characterised in that: described to subtract inner end push spring
(5-16) spring is in compressive state.
4. a kind of radiator of image processing equipment according to claim 1, it is characterised in that: the interval terminal pushes away
Spring (3-18) and middle-end push spring (3-19) are in compressive state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910156780.1A CN109788718B (en) | 2019-03-01 | 2019-03-01 | Heat dissipation device of image processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910156780.1A CN109788718B (en) | 2019-03-01 | 2019-03-01 | Heat dissipation device of image processing equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109788718A true CN109788718A (en) | 2019-05-21 |
| CN109788718B CN109788718B (en) | 2020-03-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910156780.1A Expired - Fee Related CN109788718B (en) | 2019-03-01 | 2019-03-01 | Heat dissipation device of image processing equipment |
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| Country | Link |
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| CN (1) | CN109788718B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110785033A (en) * | 2019-09-28 | 2020-02-11 | 云梭(宁波)科技有限公司 | Network equipment fender bracket |
| CN112739178A (en) * | 2021-01-29 | 2021-04-30 | 孙国林 | Heat radiation structure of intelligent engraving equipment based on 5G cloud computing big data acquisition |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108366510A (en) * | 2018-01-16 | 2018-08-03 | 佛山杰致信息科技有限公司 | The radiator structure of electronic device in a kind of closed shell |
| CN208242058U (en) * | 2017-12-28 | 2018-12-14 | 泉州舒得乐鞋服贸易有限公司 | One kind having the mobile convenient and fast communication cabinet of shock-absorbing function |
| CN109002874A (en) * | 2018-09-06 | 2018-12-14 | 深圳市雷凌广通技术研发有限公司 | A kind of code reader with temperature control regulatory function based on block chain technology |
-
2019
- 2019-03-01 CN CN201910156780.1A patent/CN109788718B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN208242058U (en) * | 2017-12-28 | 2018-12-14 | 泉州舒得乐鞋服贸易有限公司 | One kind having the mobile convenient and fast communication cabinet of shock-absorbing function |
| CN108366510A (en) * | 2018-01-16 | 2018-08-03 | 佛山杰致信息科技有限公司 | The radiator structure of electronic device in a kind of closed shell |
| CN109002874A (en) * | 2018-09-06 | 2018-12-14 | 深圳市雷凌广通技术研发有限公司 | A kind of code reader with temperature control regulatory function based on block chain technology |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110785033A (en) * | 2019-09-28 | 2020-02-11 | 云梭(宁波)科技有限公司 | Network equipment fender bracket |
| CN112739178A (en) * | 2021-01-29 | 2021-04-30 | 孙国林 | Heat radiation structure of intelligent engraving equipment based on 5G cloud computing big data acquisition |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109788718B (en) | 2020-03-13 |
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