CN109963422A - A kind of communication apparatus heat radiation protection device - Google Patents
A kind of communication apparatus heat radiation protection device Download PDFInfo
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- CN109963422A CN109963422A CN201910281942.4A CN201910281942A CN109963422A CN 109963422 A CN109963422 A CN 109963422A CN 201910281942 A CN201910281942 A CN 201910281942A CN 109963422 A CN109963422 A CN 109963422A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K5/00—Casings, cabinets or drawers for electric apparatus
- H05K5/02—Details
- H05K5/0217—Mechanical details of casings
- H05K5/0234—Feet; Stands; Pedestals, e.g. wheels for moving casing on floor
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K7/00—Constructional details common to different types of electric apparatus
- H05K7/14—Mounting supporting structure in casing or on frame or rack
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K7/00—Constructional details common to different types of electric apparatus
- H05K7/20—Modifications to facilitate cooling, ventilating, or heating
- H05K7/20218—Modifications to facilitate cooling, ventilating, or heating using a liquid coolant without phase change in electronic enclosures
- H05K7/20272—Accessories for moving fluid, for expanding fluid, for connecting fluid conduits, for distributing fluid, for removing gas or for preventing leakage, e.g. pumps, tanks or manifolds
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- Microelectronics & Electronic Packaging (AREA)
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Abstract
The present invention relates to a kind of heat radiation protection devices, it in particular is a kind of communication apparatus heat radiation protection device, including moving wheel mechanism, dust-proof body mechanism, dust collection mechanism, mobile cooling mechanism, clamp system, liquid-cooling heat radiation mechanism, device allows hand over Move Mode, device being capable of parking, device can prevent extraneous dust from entering in device, device being capable of deashing, the dust that device can get off deashing collects, device can tap collected dust, device can clamp communication apparatus, device can be cooled down by way of liquid cooling to equipment, device can help the water in liquid cooling system to be cooled down, moving wheel mechanism is located at the lower section of dust-proof body mechanism, the inside of dust-proof body mechanism is arranged in dust collection mechanism, mobile cooling mechanism is located at the top of dust-proof body mechanism, clamp system is located at dust collection mechanism Centre, liquid-cooling heat radiation mechanism is connected with dust-proof body mechanism, and liquid-cooling heat radiation mechanism is connected with mobile cooling mechanism.
Description
Technical field
The present invention relates to a kind of heat radiation protection devices, are in particular a kind of communication apparatus heat radiation protection devices.
Background technique
The unit price of communication apparatus is high, if damage needs high expense to carry out maintenance and repair, on the market currently without preferable
Heat radiation protection device, have a single function, be not applied for various working, so devising this communication apparatus heat radiation protection dress
It sets.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of communication apparatus heat radiation protection device, device allows hand over shifting
Dynamic model formula, device can parking, device can prevent extraneous dust from entering in device, device can deashing, device can will
The dust that deashing gets off collects, and device can tap collected dust, and device can clamp communication apparatus,
Device can be cooled down by way of liquid cooling to equipment, and device can help the water in liquid cooling system to be cooled down.
In order to solve the above technical problems, being in particular that a kind of communicate sets the present invention relates to a kind of heat radiation protection device
Standby heat radiation protection device, including moving wheel mechanism, dust-proof body mechanism, dust collection mechanism, mobile cooling mechanism, clamp system, liquid
Cold cooling mechanism, device allow hand over Move Mode, device can parking, device can prevent extraneous dust from entering device
It is interior, device can deashing, the dust that device can get off deashing collects, and device can tap collected dust
Get off, device can clamp communication apparatus, and device can be cooled down by way of liquid cooling to equipment, and device can help liquid cooling system
Water in system is cooled down.
Moving wheel mechanism includes adjustable moving wheel mechanism, halting mechanism, damping, and halting mechanism setting is adjustable
The two sides of moving wheel mechanism, damping are located at the top of adjustable moving wheel mechanism；
Adjustable moving wheel mechanism includes wheel, wheel shaft, wheel seat, adjusts screw, adjusts screw hole, adjusting block, the company of adjusting
Bar, damping trough, wheel are connected with wheel shaft, and the connection type of wheel shaft and wheel seat is bearing connection, adjust screw and adjust screw hole
It matches, adjusts screw hole and attack on wheel seat, adjusting block is connected with connecting rod is adjusted, and adjusting block is matched with damping trough, damping trough
It is opened in the two sides of wheel seat；
Halting mechanism includes parking support, cam, camshaft, handle, parking hole, parking screw, parking support and cam
The connection type of axis is bearing connection, and cam is connected with camshaft, and handle is connected with cam, and parking hole is opened on cam, parking
Screw is matched with parking hole；
Damping includes cushion socket, damping spring, and cushion socket is connected with damping spring；
Dust-proof body mechanism includes fuselage, vibration deashing mechanism, heat release hole, hose nozzle, and vibration deashing mechanism is arranged in machine
The inside of body, heat release hole are opened on fuselage, and hose nozzle is opened on the top plate of fuselage；
Vibration deashing mechanism includes vibration motor mechanism, vibration seat mechanism, drag link mechanism, strainer mechanism, vibration motor machine
Structure is located at the top of vibration seat mechanism, and drag link mechanism is connected with strainer mechanism, and strainer mechanism is connected with vibration seat mechanism；
Vibration motor mechanism includes vibration motor, eccentric wheel, and the connection type of vibration motor and eccentric wheel is that expansion set connects；
Shaking seat mechanism includes shaking lower seat, spring, the vibration seat of honour, support, and spring is welded on vibration lower seat and vibration
Between seat, support is located at the top at the vibration seat of honour；
Drag link mechanism includes pull rod A, pull-rod spring, pull rod B, and pull-rod spring is welded between pull rod A and pull rod B；
Strainer mechanism includes stull, tup support, tup, sieve plate, and stull is hinged with tup support, tup and tup
Support is connected, and sieve plate is matched with tup；
Dust collection mechanism includes tapping frame mechanism, tapping cam, tap motor, dust suction draw box mechanism, taps frame mechanism setting and exists
The inside of dust suction draw box mechanism taps cam and is connected with motor is tapped, and taps motor and is connected with dust suction draw box mechanism；
Tapping frame mechanism includes striking head, support frame, limit plate, striking head support, the hole pull rod A, spring rope seat, fixed branch
Support, intermediate draw bar, spring rope, striking head are connected with striking head support, and limit plate is arranged between support frame and intermediate draw bar, draw
The hole bar A is opened in striking head support, and spring rope seat is connected with striking head support, and spring rope is connected with spring rope seat；
Dust suction draw box mechanism includes suction box ontology, dust sucting motor, dust suction flabellum, strainer A, air port, and dust sucting motor setting exists
The inside of suction box ontology, dust suction flabellum are connected with dust sucting motor, and strainer A is connected with suction box ontology；
Mobile cooling mechanism includes mobile shell mechanism, mobile radiating fan mechanism, mobile shell mechanism and movement radiator fan
Mechanism is connected；
Mobile shell mechanism includes supporting leg, mobile shell ontology, wire rope hole, safety spring, T slot, and supporting leg is located at mobile shell sheet
The lower section of body, wire rope hole are opened in the two sides of mobile shell ontology, and the inside of T slot is arranged in safety spring, and T slot is opened in mobile shell sheet
On body；
Mobile radiating fan mechanism includes flabellum A, mobile fan motor, reverse wheel, reverse wheel support, wirerope, motor
Wheel, mobile motor, sliding block, flabellum A are connected with mobile fan motor, and mobile fan motor is located at the lower section of sliding block, sliding block and steel
Cord is connected, and reverse wheel is hinged with reverse wheel support, and wirerope is matched with reverse wheel, and wirerope is connected with motor wheel, electricity
The connection type of wheel and mobile motor is expansion set connection；
Clamp system includes clamping actuator, safe seat mechanism, and clamping actuator is located at the top of safe seat mechanism；
Clamping actuator includes vertical supporting, half round frame, half slot, built-in spring, handle B, clamping bar, locking screw
Nail, locking screw nail hole clamp execution seat, and vertical supporting is connected with half round frame, and half slot is opened in half round frame, built-in spring setting
In the inside of half slot, handle B is connected with clamping bar, and clamping bar is matched with half slot, and lock-screw is connected with vertical supporting,
It clamps execution seat to be opened on clamping bar, clamps execution seat and be connected with clamping bar；
Safe seat mechanism include safety basement, safe T chamber, slide seat, safety slip lever, safety spring B, in safety
Seat, safe T chamber are opened on safety basement, and slide seat is matched with safe T chamber, safety slip lever and slide seat phase
Even, safety slip lever is connected with the safe seat of honour, and safety spring B is welded between safety basement and the safe seat of honour；
Liquid-cooling heat radiation mechanism includes liquid cooling pipe, liquid cooling loop structure, and liquid cooling pipe is connected with liquid cooling loop structure；
Liquid cooling loop structure includes torus, one-way valve mechanism, power assistant spring, circulation seat, circulation connecting rod, opening A, circulation
Motor, circulation motor disk change water plug, change water consent, and the inside of torus, power assistant spring and torus is arranged in one-way valve mechanism
It is connected, power assistant spring is connected with circulation seat, and circulation seat is matched with torus, and circulation connecting rod is hinged with circulation seat, and opening A is opened
On torus, circulation motor is connected with circulation motor disk, and circulation motor disk is hinged with circulation connecting rod, and circulation motor, which is located at, to be followed
The top of ring cavity changes water plug and is connected with water consent is changed, and changes water consent and attacks on torus；
One-way valve mechanism includes check valve, block seat, block seat opening, and check valve is connected with block seat, and block seat is opened in block seat
On；
Moving wheel mechanism is located at the lower section of dust-proof body mechanism, and the inside of dust-proof body mechanism is arranged in dust collection mechanism, moves
Dynamic cooling mechanism is located at the top of dust-proof body mechanism, and clamp system is located at the centre of dust collection mechanism, liquid-cooling heat radiation mechanism with prevent
Dirt body mechanism is connected, and liquid-cooling heat radiation mechanism is connected with mobile cooling mechanism.
As advanced optimizing for the technical program, movable pulley described in a kind of communication apparatus heat radiation protection device of the present invention
The number of mechanism is four.
As advanced optimizing for the technical program, torus described in a kind of communication apparatus heat radiation protection device of the present invention
Material be stainless steel.
A kind of communication apparatus heat radiation protection device of the invention has the beneficial effect that
A kind of communication apparatus heat radiation protection device of the present invention, device allow hand over Move Mode, device can parking, device
Can prevent extraneous dust from entering in device, device can deashing, the dust that device can get off deashing collects, fills
Collected dust can be tapped by setting, and device can clamp communication apparatus, and device can be given by way of liquid cooling
Equipment cooling, device can help the water in liquid cooling system to be cooled down.
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 structural schematic diagram of communication apparatus heat radiation protection device of the present invention.
Fig. 2 is a kind of structural schematic diagram of the moving wheel mechanism 1 of communication apparatus heat radiation protection device of the present invention.
Fig. 3 is a kind of structural schematic diagram of the adjustable moving wheel mechanism 1-1 of communication apparatus heat radiation protection device of the present invention.
Fig. 4 is a kind of structural schematic diagram of the halting mechanism 1-2 of communication apparatus heat radiation protection device of the present invention.
Fig. 5 is a kind of structural schematic diagram of the damping 1-3 of communication apparatus heat radiation protection device of the present invention.
Fig. 6 is a kind of structural schematic diagram of the dust-proof body mechanism 2 of communication apparatus heat radiation protection device of the present invention.
Fig. 7 is the structural schematic diagram of the vibration deashing mechanism 2-2 of communication apparatus heat radiation protection device of the present invention a kind of.
Fig. 8 is a kind of structural schematic diagram of the vibration motor mechanism 2-2-1 of communication apparatus heat radiation protection device of the present invention.
Fig. 9 is the structural schematic diagram of the vibration seat mechanism 2-2-2 of communication apparatus heat radiation protection device of the present invention a kind of.
Figure 10 is a kind of structural schematic diagram of the drag link mechanism 2-2-3 of communication apparatus heat radiation protection device of the present invention.
Figure 11 is a kind of structural schematic diagram of the strainer mechanism 2-2-4 of communication apparatus heat radiation protection device of the present invention.
Figure 12 is a kind of structural schematic diagram of the dust collection mechanism 3 of communication apparatus heat radiation protection device of the present invention.
Figure 13 is the structural schematic diagram of the percussion frame mechanism 3-1 of communication apparatus heat radiation protection device of the present invention a kind of.
Figure 14 is a kind of structural schematic diagram of the dust suction draw box mechanism 3-4 of communication apparatus heat radiation protection device of the present invention.
Figure 15 is a kind of structural schematic diagram of the mobile cooling mechanism 4 of communication apparatus heat radiation protection device of the present invention.
Figure 16 is a kind of structural schematic diagram of the mobile shell mechanism 4-1 of communication apparatus heat radiation protection device of the present invention.
Figure 17 is a kind of structural representation of the mobile radiating fan mechanism 4-2 of communication apparatus heat radiation protection device of the present invention
Figure.
Figure 18 is a kind of structural schematic diagram of the clamp system 5 of communication apparatus heat radiation protection device of the present invention.
Figure 19 is a kind of structural schematic diagram of the clamping actuator 5-1 of communication apparatus heat radiation protection device of the present invention.
Figure 20 is a kind of structural schematic diagram of the safe seat mechanism 5-2 of communication apparatus heat radiation protection device of the present invention.
Figure 21 is a kind of structural schematic diagram of the liquid-cooling heat radiation mechanism 6 of communication apparatus heat radiation protection device of the present invention.
Figure 22 is a kind of structural schematic diagram of the liquid cooling loop structure 6-2 of communication apparatus heat radiation protection device of the present invention.
Figure 23 is a kind of structural schematic diagram of the one-way valve mechanism 6-2-2 of communication apparatus heat radiation protection device of the present invention.
In figure: moving wheel mechanism 1；Adjustable moving wheel mechanism 1-1；Wheel 1-1-1；Wheel shaft 1-1-2；Wheel seat 1-1-3；It adjusts
Save screw 1-1-4；Adjust screw hole 1-1-5；Adjusting block 1-1-6；Adjust connecting rod 1-1-7；Damping trough 1-1-8；Halting mechanism 1-
2；Parking supports 1-2-1；Cam 1-2-2；Camshaft 1-2-3；Handle 1-2-4；Parking hole 1-2-5；Parking screw 1-2-6；Subtract
Shake mechanism 1-3；Cushion socket 1-3-1；Damping spring 1-3-2；Dust-proof body mechanism 2；Fuselage 2-1；Shake deashing mechanism 2-2；Shake
Dynamic motor mechanism 2-2-1；Vibration motor 2-2-1-1；Eccentric wheel 2-2-1-2；Shake seat mechanism 2-2-2；Shake lower seat 2-2-2-
1；Spring 2-2-2-2；Shake seat of honour 2-2-2-3；Support 2-2-2-4；Drag link mechanism 2-2-3；Pull rod A2-2-3-1；Pull-rod spring
2-2-3-2；Pull rod B2-2-3-3；Strainer mechanism 2-2-4；Stull 2-2-4-1；Tup supports 2-2-4-2；Tup 2-2-4-3；Filter
Web plate 2-2-4-4；Heat release hole 2-3；Hose nozzle 2-4；Dust collection mechanism 3；Tap frame mechanism 3-1；Striking head 3-1-1；Support frame 3-
1-2；Limit plate 3-1-3；Striking head supports 3-1-4；Pull rod A hole 3-1-5；Spring rope seat 3-1-6；Fixed support 3-1-7；It is intermediate
Pull rod 3-1-8；Spring rope 3-1-9；Tap cam 3-2；Tap motor 3-3；Dust suction draw box mechanism 3-4；Suction box ontology 3-4-1；
Dust sucting motor 3-4-2；Dust suction flabellum 3-4-3；Strainer A3-4-4；Air port 3-4-5；Mobile cooling mechanism 4；Mobile shell mechanism 4-1；
Supporting leg 4-1-1；Mobile shell ontology 4-1-2；Wire rope hole 4-1-3；Safety spring 4-1-4；T slot 4-1-5；Mobile radiator fan machine
Structure 4-2；Flabellum A4-2-1；Mobile fan motor 4-2-2；Reverse wheel 4-2-3；Reverse wheel supports 4-2-4；Wirerope 4-2-5；Electricity
Wheel 4-2-6；Mobile motor 4-2-7；Sliding block 4-2-8；Clamp system 5；Clamping actuator 5-1；Vertical supporting 5-1-1；Half
Round frame 5-1-2；Half slot 5-1-3；Built-in spring 5-1-4；Handle B5-1-5；Clamping bar 5-1-6；Lock-screw 5-1-7；Locking
Screw hole 5-1-8；It clamps and executes seat 5-1-9；Safe seat mechanism 5-2；Safety basement 5-2-1；Safe T chamber 5-2-2；Slide
Seat 5-2-3；Safety slip lever 5-2-4；Safety spring B5-2-5；Safe seat of honour 5-2-6；Liquid-cooling heat radiation mechanism 6；Liquid cooling pipe 6-1；
Liquid cooling loop structure 6-2；Torus 6-2-1；One-way valve mechanism 6-2-2；Check valve 6-2-2-1；Block seat 6-2-2-2；Block seat is opened
Mouth 6-2-2-3；Power assistant spring 6-2-3；Recycle seat 6-2-4；Recycle connecting rod 6-2-5；Be open A6-2-6；Circulation motor 6-2-7；It follows
Ring electric disc 6-2-8；Change water plug 6-2-9；Change water consent 6-2-10.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21, Figure 22, Figure 23 illustrate present embodiment, and the present invention relates to a kind of heat dissipations
Protective device, is in particular a kind of communication apparatus heat radiation protection device, including moving wheel mechanism 1, dust-proof body mechanism 2,
Dust collection mechanism 3, mobile cooling mechanism 4, clamp system 5, liquid-cooling heat radiation mechanism 6, device allow hand over Move Mode, and device can
Parking, device can prevent extraneous dust from entering in device, device can deashing, device can receive the dust that deashing gets off
Collection gets up, and device can tap collected dust, and device can clamp communication apparatus, and device can pass through liquid cooling
Mode give equipment cooling, device can help the water in liquid cooling system to be cooled down.
Moving wheel mechanism 1 includes adjustable moving wheel mechanism 1-1, halting mechanism 1-2, damping 1-3, halting mechanism 1-
2 are arranged in the two sides of adjustable moving wheel mechanism 1-1, and damping 1-3 is located at the top of adjustable moving wheel mechanism 1-1；
Adjustable moving wheel mechanism 1-1 includes wheel 1-1-1, wheel shaft 1-1-2, wheel seat 1-1-3, adjusts screw 1-1-4, adjusts
It saving screw hole 1-1-5, adjusting block 1-1-6, adjusts connecting rod 1-1-7, damping trough 1-1-8, wheel 1-1-1 is connected with wheel shaft 1-1-2,
Wheel shaft 1-1-2 is that bearing is connect with the connection type of wheel seat 1-1-3, adjusts screw 1-1-4 and adjusts screw hole 1-1-5 matching
It closes, adjusts screw hole 1-1-5 and attack on wheel seat 1-1-3, adjusting block 1-1-6 is connected with connecting rod 1-1-7 is adjusted, adjusting block 1-1-6
It is matched with damping trough 1-1-8, damping trough 1-1-8 is opened in the two sides of wheel seat 1-1-3；
Halting mechanism 1-2 includes parking support 1-2-1, cam 1-2-2, camshaft 1-2-3, handle 1-2-4, parking hole 1-
2-5, parking screw 1-2-6, parking support 1-2-1 and the connection type of camshaft 1-2-3 are that bearing is connect, cam 1-2-2 and
Camshaft 1-2-3 is connected, and handle 1-2-4 is connected with cam 1-2-2, and parking hole 1-2-5 is opened on cam 1-2-2, parking screw
1-2-6 is matched with parking hole 1-2-5, when needing parking, can will drive cam 1- with pulling handle 1-2-4, handle 1-2-4
2-2 is rotated, and cam 1-2-2, which carries out rotation, to be squeezed with wheel 1-1-1 at one piece, to limit the rotation of wheel 1-1-1, so
After tighten parking screw 1-2-6, match parking screw 1-2-6 with parking hole 1-2-5, such cam 1-2-2 can be limited
It no longer rotates, to realize parking；
Damping 1-3 includes cushion socket 1-3-1, damping spring 1-3-2, cushion socket 1- and 3-1 damping spring 1-3-2 phase
Even, it is equipped with wheel 1-1-1 below device, can be relatively rotated with ground, between wheel seat 1-1-3 and cushion socket 1-3-1
Equipped with damping spring 1-3-2, vibration on the move can be absorbed, realize steady movement, when being switched to level land mode, can twist
Dynamic to adjust screw 1-1-4, adjusting screw 1-1-4 can jack up upwards adjusting connecting rod 1-1-7, and adjusting connecting rod 1-1-7 will drive tune
Locking nub 1-1-6 is jacked up upwards, and such adjusting block 1-1-6 can form cushion socket 1-3-1 and support, and loses damping spring 1-3-2
Compressibility, this completes the transformations of rugged road direction level land road traveling mode；
Dust-proof body mechanism 2 includes fuselage 2-1, vibration deashing mechanism 2-2, heat release hole 2-3, hose nozzle 2-4, shakes deashing
The inside of fuselage 2-1 is arranged in mechanism 2-2, and heat release hole 2-3 is opened on fuselage 2-1, and hose nozzle 2-4 is opened in the top plate of fuselage 2-1
On；
Vibration deashing mechanism 2-2 includes vibration motor mechanism 2-2-1, vibration seat mechanism 2-2-2, drag link mechanism 2-2-3, filter
Net mechanism 2-2-4, vibration motor mechanism 2-2-1 are located at the top of vibration seat mechanism 2-2-2, drag link mechanism 2-2-3 and strainer machine
Structure 2-2-4 is connected, and strainer mechanism 2-2-4 is connected with vibration seat mechanism 2-2-2；
Vibration motor mechanism 2-2-1 includes vibration motor 2-2-1-1, eccentric wheel 2-2-1-2, vibration motor 2-2-1-1 with
The connection type of eccentric wheel 2-2-1-2 is expansion set connection；
Shaking seat mechanism 2-2-2 includes shaking lower seat 2-2-2-1, spring 2-2-2-2, vibration seat of honour 2-2-2-3, support 2-
2-2-4, spring 2-2-2-2 are welded between vibration lower seat 2-2-2-1 and vibration seat of honour 2-2-2-3, and support 2-2-2-4 is located at shake
The top of dynamic seat of honour 2-2-2-3 can be shaken when the dust accumulation on sieve plate 2-2-4-4 is more with vibration motor 2-2-1-1
Dynamic motor 2-2-1-1 will drive eccentric wheel 2-2-1-2 and be rotated, and eccentric wheel 2-2-1-2, which carries out rotation, will form polarization power,
Under the elastic force cooperation for polarizing power and spring 2-2-2-2, support 2-2-2-4 carries out continuous vibration, and support 2-2-2-4 is shaken,
Support 2-2-2-4, which carries out vibration, will drive sieve plate 2-2-4-4 and is vibrated, and dust can thus be shaken, if
Dust cleaning, which is not thorough, can pull tup support 2-2-4-2 then to unclamp, under the rebound effect of pull-rod spring 2-2-3-2,
Tup support 2-2-4-2 reset rapidly, tup support 2-2-4-2 reset will drive tup 2-2-4-3 to sieve plate 2-2-4-4 into
Row taps, and the dust on sieve plate 2-2-4-4 can thus be tapped；
Drag link mechanism 2-2-3 includes pull rod A2-2-3-1, pull-rod spring 2-2-3-2, pull rod B2-2-3-3, pull-rod spring 2-
2-3-2 is welded between pull rod A2-2-3-1 and pull rod B2-2-3-3；
Strainer mechanism 2-2-4 includes stull 2-2-4-1, tup support 2-2-4-2, tup 2-2-4-3, sieve plate 2-2-4-
4, stull 2-2-4-1 are hinged with tup support 2-2-4-2, and tup 2-2-4-3 is connected with tup support 2-2-4-2, sieve plate
2-2-4-4 is matched with tup 2-2-4-3；
Dust collection mechanism 3 includes tapping frame mechanism 3-1, tapping cam 3-2, tap motor 3-3, dust suction draw box mechanism 3-4, is tapped
Frame mechanism 3-1 is arranged in the inside of dust suction draw box mechanism 3-4, taps cam 3-2 and is connected with motor 3-3 is tapped, percussion motor 3-3 and
Dust suction draw box mechanism 3-4 is connected；
Tap frame mechanism 3-1 include striking head 3-1-1, support frame 3-1-2, limit plate 3-1-3, striking head support 3-1-4,
Pull rod A hole 3-1-5, spring rope seat 3-1-6, fixed support 3-1-7, intermediate draw bar 3-1-8, spring rope 3-1-9, striking head 3-1-
1 is connected with striking head support 3-1-4, and limit plate 3-1-3 is arranged between support frame 3-1-2 and intermediate draw bar 3-1-8, pull rod A
Hole 3-1-5 is opened on striking head support 3-1-4, and spring rope seat 3-1-6 and striking head support 3-1-4 are connected, spring rope 3-1-9 and
Spring rope seat 3-1-6 is connected, and taps motor 3-3 operating and percussion cam 3-2 is driven to be rotated, tap cam 3-2 and rotated
It will drive striking head support 3-1-4 to be moved, then striking head supports 3-1-4 under the rebound effect of spring rope 3-1-9 again
It is resetted, such striking head support 3-1-4 meeting persistent movement, striking head support 3-1-4 persistent movement will drive striking head 3-
1-1 persistent movement, striking head 3-1-1 can continue to tap strainer A3-4-4, and the dust of such strainer A3-4-4 can be shaken off；
Dust suction draw box mechanism 3-4 includes suction box ontology 3-4-1, dust sucting motor 3-4-2, dust suction flabellum 3-4-3, strainer A3-
The inside of suction box ontology 3-4-1, dust suction flabellum 3-4-3 and dust suction electricity is arranged in 4-4, air port 3-4-5, dust sucting motor 3-4-2
Machine 3-4-2 is connected, and strainer A3-4-4 is connected with suction box ontology 3-4-1, and operating dust sucting motor 3-4-2 drives dust suction flabellum 3-4-
3 are rotated, and dust suction flabellum 3-4-3, which carries out rotation, will form negative pressure wind, under the drive of negative pressure wind, shake the dust meeting got off
From air port, 3-4-5 is inhaled into, is adsorbed by strainer A3-4-4；
Mobile cooling mechanism 4 includes mobile shell mechanism 4-1, movement radiating fan mechanism 4-2, mobile shell mechanism 4-1 and moves
Dynamic radiating fan mechanism 4-2 is connected；
Mobile shell mechanism 4-1 includes supporting leg 4-1-1, mobile shell ontology 4-1-2, wire rope hole 4-1-3, safety spring 4-1-
4, T slot 4-1-5, supporting leg 4-1-1 are located at the lower section of mobile shell ontology 4-1-2, and wire rope hole 4-1-3 is opened in mobile shell ontology 4-1-
The inside of T slot 4-1-5 is arranged in 2 two sides, safety spring 4-1-4, and T slot 4-1-5 is opened on mobile shell ontology 4-1-2；
Mobile radiating fan mechanism 4-2 includes flabellum A4-2-1, mobile fan motor 4-2-2, reverse wheel 4-2-3, commutation
Wheel supports 4-2-4, wirerope 4-2-5, motor wheel 4-2-6, mobile motor 4-2-7, sliding block 4-2-8, flabellum A4-2-1 and movement
Fan motor 4-2-2 is connected, and mobile fan motor 4-2-2 is located at the lower section of sliding block 4-2-8, sliding block 4-2-8 and wirerope 4-2-5
It is connected, reverse wheel 4-2-3 is hinged with reverse wheel support 4-2-4, and wirerope 4-2-5 is matched with reverse wheel 4-2-3, wirerope
4-2-5 is connected with motor wheel 4-2-6, and motor wheel 4-2-6 is that expansion set is connect with the connection type of mobile motor 4-2-7, passes through shifting
Dynamic motor 4-2-7 operating drives motor wheel 4-2-6 to be rotated, and motor wheel 4-2-6 carries out rotation can be by wirerope 4-2-5 band
Movable slider 4-2-8 is moved, sliding block 4-2-8 carry out it is mobile will drive mobile fan motor 4-2-2 and moved, operate at this time
Mobile fan motor 4-2-2 drives flabellum A4-2-1 to be rotated, and flabellum A4-2-1, which carries out rotation, will form wind-force, mobile in this way
Wind can cool down to liquid cooling pipe 6-1, the water in liquid cooling system can be helped to be cooled down in this way；
Clamp system 5 includes clamping actuator 5-1, safe seat mechanism 5-2, and clamping actuator 5-1 is located at emergency seat
The top of mechanism 5-2；
Clamping actuator 5-1 includes vertical supporting 5-1-1, half round frame 5-1-2, half slot 5-1-3, built-in spring 5-1-
4, handle B5-1-5, clamping bar 5-1-6, lock-screw 5-1-7, locking screw nail hole 5-1-8, clamping execute seat 5-1-9, vertical to prop up
Support 5-1-1 is connected with half round frame 5-1-2, and half slot 5-1-3 is opened on half round frame 5-1-2, and built-in spring 5-1-4 is arranged in semicircle
The inside of slot 5-1-3, handle B5-1-5 are connected with clamping bar 5-1-6, and clamping bar 5-1-6 is matched with half slot 5-1-3, locking
Screw 5-1-7 is connected with vertical supporting 5-1-1, clamps execution seat 5-1-9 and is opened on clamping bar 5-1-6, clamps and execute seat 5-1-9
It is connected with clamping bar 5-1-6, pulls with hand handle B5-1-5 and clamping bar 5-1-6 movement is driven to press built-in spring 5-1-4
Then communication apparatus is placed on clamping and executed among seat 5-1-9, handle B5-1-5 unclamped, in the elastic force of built-in spring 5-1-4 by contracting
Under effect, clamps execution seat 5-1-9 and equipment is clamped to centre is mobile；
Safe seat mechanism 5-2 includes safety basement 5-2-1, safe T chamber 5-2-2, slide seat 5-2-3, slide
Bar 5-2-4, safety spring B5-2-5, safe seat of honour 5-2-6, safe T chamber 5-2-2 are opened on safety basement 5-2-1, slide
Seat 5-2-3 is matched with safe T chamber 5-2-2, and safety slip lever 5-2-4 is connected with slide seat 5-2-3, safety slip lever 5-
2-4 is connected with safe seat of honour 5-2-6, and safety spring B5-2-5 is welded between safety basement 5-2-1 and safe seat of honour 5-2-6；
Liquid-cooling heat radiation mechanism 6 includes liquid cooling pipe 6-1, liquid cooling loop structure 6-2, liquid cooling pipe 6-1 and liquid cooling loop structure 6-2
It is connected；
Liquid cooling loop structure 6-2 includes torus 6-2-1, one-way valve mechanism 6-2-2, power assistant spring 6-2-3, circulation seat 6-
2-4, it circulation connecting rod 6-2-5, opening A6-2-6, circulation motor 6-2-7, circulation motor disk 6-2-8, changes water plug 6-2-9, change water plug
The inside of torus 6-2-1, power assistant spring 6-2-3 and torus 6-2-1 phase is arranged in hole 6-2-10, one-way valve mechanism 6-2-2
Even, power assistant spring 6-2-3 is connected with circulation seat 6-2-4, and circulation seat 6-2-4 is matched with torus 6-2-1, recycles connecting rod 6-2-
5 are hinged with circulation seat 6-2-4, and opening A6-2-6 is opened on torus 6-2-1, circulation motor 6-2-7 and circulation motor disk 6-
2-8 is connected, and circulation motor disk 6-2-8 is hinged with circulation connecting rod 6-2-5, and circulation motor 6-2-7 is located at the upper of torus 6-2-1
Side, changes water plug 6-2-9 and is connected with water consent 6-2-10 is changed, change water consent 6-2-10 and attack on torus 6-2-1, passes through circulation electricity
Machine 6-2-7 operating drives circulation motor disk 6-2-8 to be rotated, and circulation motor disk 6-2-8 carries out rotation can be by recycling connecting rod
6-2-5 drives circulation seat 6-2-4 to move back and forth, and circulation seat 6-2-4 moves back and forth can be repeatedly water from right one-way
The middle position that torus 6-2-1 is drawn into valve system 6-2-2 is come, then again from middle position left side check valve mechanism 6-
2-2 is washed open, and such water can recycle always out of liquid cooling pipe 6-1, reduces the temperature of equipment；
One-way valve mechanism 6-2-2 includes check valve 6-2-2-1, block seat 6-2-2-2, block seat opening 6-2-2-3, check valve 6-
2-2-1 is connected with block seat 6-2-2-2, and block seat opening 6-2-2-3 is opened on block seat 6-2-2-2；
Moving wheel mechanism 1 is located at the lower section of dust-proof body mechanism 2, and dust collection mechanism 3 is arranged in dust-proof body mechanism 2
Portion, mobile cooling mechanism 4 are located at the top of dust-proof body mechanism 2, and clamp system 5 is located at the centre of dust collection mechanism 3, liquid-cooling heat radiation
Mechanism 6 is connected with dust-proof body mechanism 2, and liquid-cooling heat radiation mechanism 6 is connected with mobile cooling mechanism 4.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21, Figure 22, Figure 23 illustrate present embodiment, and present embodiment is to embodiment party
Formula one is described further, and the number of the moving wheel mechanism 1 is four.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21, Figure 22, Figure 23 illustrate present embodiment, and present embodiment is to embodiment party
Formula one is described further, and the material of the torus 6-2-1 is stainless steel.
Device allows hand over Move Mode, is equipped with wheel 1-1-1 below device, can be relatively rotated with ground,
It is equipped with damping spring 1-3-2 between wheel seat 1-1-3 and cushion socket 1-3-1, vibration on the move can be absorbed, realizes steady move
It is dynamic, when being switched to level land mode, can turn and adjust screw 1-1-4, adjust screw 1-1-4 can adjusting connecting rod 1-1-7 to
Upper jack-up, adjusting connecting rod 1-1-7 will drive adjusting block 1-1-6 and jack up upwards, and such adjusting block 1-1-6 can be to cushion socket 1-3-1
Support is formed, so that damping spring 1-3-2 is lost compressibility, this completes the transformations of rugged road direction level land road traveling mode；
Device can parking can will drive cam 1-2-2 with pulling handle 1-2-4, handle 1-2-4 when needing parking and be rotated,
Cam 1-2-2, which carries out rotation, to be squeezed with wheel 1-1-1 at one piece, to limit the rotation of wheel 1-1-1, then tighten parking spiral shell
1-2-6 is followed closely, matches parking screw 1-2-6 with parking hole 1-2-5, such cam 1-2-2 can be no longer rotated by limitation, thus
Realize parking；Device can prevent extraneous dust from entering in device, be equipped with strainer mechanism 2-2- beside the heat release hole 2-3 of device
4, it can effectively adsorb the dust entered inside device from heat release hole 2-3；Device can deashing, when on sieve plate 2-2-4-4
Dust accumulation it is more when, eccentric wheel 2-2-1-2 can be will drive with vibration motor 2-2-1-1, vibration motor 2-2-1-1 and be turned
Dynamic, eccentric wheel 2-2-1-2, which carries out rotation, will form polarization power, under the cooperation of the elastic force of polarization power and spring 2-2-2-2, support 2-
2-2-4 carries out continuous vibration, and support 2-2-2-4 is shaken, and support 2-2-2-4, which carries out vibration, will drive sieve plate 2-2-4-4
It is vibrated, dust can thus be shaken, tup support 2-2-4-2 can be pulled right if dust cleaning is not thorough
After unclamp, under the rebound effect of pull-rod spring 2-2-3-2, tup support 2-2-4-2 reset rapidly, tup support 2-2-4-2
Reset will drive tup 2-2-4-3 and tap to sieve plate 2-2-4-4, thus can be the ash on sieve plate 2-2-4-4
Dirt taps；The dust that device can get off deashing collects, and operating dust sucting motor 3-4-2 drives dust suction flabellum 3-
4-3 is rotated, and dust suction flabellum 3-4-3, which carries out rotation, will form negative pressure wind, under the drive of negative pressure wind, shakes the dust to get off
It can be inhaled into from air port 3-4-5, be adsorbed by strainer A3-4-4；Device can tap collected dust,
Tapping motor 3-3 operating drives percussion cam 3-2 to be rotated, and percussion cam 3-2, which carries out rotation, will drive striking head support 3-
1-4 is moved, and then striking head support 3-1-4 is resetted under the rebound effect of spring rope 3-1-9 again, such striking head
3-1-4 meeting persistent movement is supported, striking head support 3-1-4 persistent movement will drive striking head 3-1-1 persistent movement, striking head 3-
1-1 can continue to tap strainer A3-4-4, and the dust of such strainer A3-4-4 can be shaken off；Device can clamp communication apparatus, use
Hand pull handle B5-1-5 drives clamping bar 5-1-6 movement to compress built-in spring 5-1-4, is then placed on communication apparatus
It clamps and executes among seat 5-1-9, unclamp handle B5-1-5, under the elastic force effect of built-in spring 5-1-4, clamp and execute seat 5-1-
9 clamp equipment to centre is mobile；Device can be cooled down by way of liquid cooling to equipment, be operated by circulation motor 6-2-7
Circulation motor disk 6-2-8 is driven to be rotated, circulation motor disk 6-2-8, which carries out rotation, to be followed by circulation connecting rod 6-2-5 drive
Ring seat 6-2-4 moves back and forth, and circulation seat 6-2-4 moves back and forth can be repeatedly water from right one-way valve system 6-2-2
The middle position for being inside drawn into torus 6-2-1 is come, and then washes open again from middle position left side check valve mechanism 6-2-2, this
Sample water can recycle always out of liquid cooling pipe 6-1, reduce the temperature of equipment；It is cold that device can help the water in liquid cooling system to carry out
But, being operated by mobile motor 4-2-7 drives motor wheel 4-2-6 to be rotated, and motor wheel 4-2-6, which carries out rotation, can pass through steel wire
Rope 4-2-5 band movable slider 4-2-8 is moved, and sliding block 4-2-8 mobile will drive mobile fan motor 4-2-2 and moved
It is dynamic, mobile fan motor 4-2-2 being operated at this time, flabellum A4-2-1 being driven to be rotated, flabellum A4-2-1, which carries out rotation, will form wind
Power, the wind moved in this way can cool down to liquid cooling pipe 6-1, the water in liquid cooling system can be helped to be cooled down in this way.
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 (3)
1. a kind of communication apparatus heat radiation protection device, including moving wheel mechanism (1), dust-proof body mechanism (2), dust collection mechanism (3),
Mobile cooling mechanism (4), clamp system (5), liquid-cooling heat radiation mechanism (6), it is characterised in that: moving wheel mechanism (1) includes adjustable
Moving wheel mechanism (1-1), halting mechanism (1-2), damping (1-3) are saved, halting mechanism (1-2) is arranged in adjustable movable pulley
The two sides of mechanism (1-1), damping (1-3) are located at the top of adjustable moving wheel mechanism (1-1)；
Adjustable moving wheel mechanism (1-1) includes wheel (1-1-1), wheel shaft (1-1-2), wheel seat (1-1-3), adjusts screw (1-
1-4), it adjusts screw hole (1-1-5), adjusting block (1-1-6), adjust connecting rod (1-1-7), damping trough (1-1-8), wheel (1-1-
1) it is connected with wheel shaft (1-1-2), wheel shaft (1-1-2) is that bearing is connect with the connection type of wheel seat (1-1-3), adjusts screw (1-
It 1-4) is matched with adjusting screw hole (1-1-5), adjusts screw hole (1-1-5) and attack on wheel seat (1-1-3), adjusting block (1-1-
6) it is connected with adjusting connecting rod (1-1-7), adjusting block (1-1-6) is matched with damping trough (1-1-8), and damping trough (1-1-8) is opened in
The two sides of wheel seat (1-1-3)；
Halting mechanism (1-2) includes parking support (1-2-1), cam (1-2-2), camshaft (1-2-3), handle (1-2-4), stays
Vehicle hole (1-2-5), parking screw (1-2-6), parking support the connection type of (1-2-1) and camshaft (1-2-3) for bearing company
It connects, cam (1-2-2) is connected with camshaft (1-2-3), and handle (1-2-4) is connected with cam (1-2-2), parking hole (1-2-5)
It is opened on cam (1-2-2), parking screw (1-2-6) is matched with parking hole (1-2-5)；
Damping (1-3) includes cushion socket (1-3-1), damping spring (1-3-2), cushion socket (1- and 3-1) damping spring (1-
3-2) it is connected；
Dust-proof body mechanism (2) includes fuselage (2-1), vibration deashing mechanism (2-2), heat release hole (2-3), hose nozzle (2-4), shake
Dynamic deashing mechanism (2-2) is arranged in the inside of fuselage (2-1), and heat release hole (2-3) is opened on fuselage (2-1), and hose nozzle (2-4) is opened
On the top plate of fuselage (2-1)；
Vibration deashing mechanism (2-2) includes vibration motor mechanism (2-2-1), vibration seat mechanism (2-2-2), drag link mechanism (2-2-
3), strainer mechanism (2-2-4), vibration motor mechanism (2-2-1) are located at the top of vibration seat mechanism (2-2-2), drag link mechanism (2-
2-3) it is connected with strainer mechanism (2-2-4), strainer mechanism (2-2-4) is connected with vibration seat mechanism (2-2-2)；
Vibration motor mechanism (2-2-1) includes vibration motor (2-2-1-1), eccentric wheel (2-2-1-2), vibration motor (2-2-1-
It 1) is that expansion set is connect with the connection type of eccentric wheel (2-2-1-2)；
Shaking seat mechanism (2-2-2) includes shaking lower seat (2-2-2-1), spring (2-2-2-2), the vibration seat of honour (2-2-2-3), branch
It supports (2-2-2-4), spring (2-2-2-2) is welded between vibration lower seat (2-2-2-1) and the vibration seat of honour (2-2-2-3), is supported
(2-2-2-4) is located at the top of the vibration seat of honour (2-2-2-3)；
Drag link mechanism (2-2-3) includes pull rod A (2-2-3-1), pull-rod spring (2-2-3-2), pull rod B (2-2-3-3), pull rod bullet
Spring (2-2-3-2) is welded between pull rod A (2-2-3-1) and pull rod B (2-2-3-3)；
Strainer mechanism (2-2-4) includes stull (2-2-4-1), tup support (2-2-4-2), tup (2-2-4-3), sieve plate
(2-2-4-4), stull (2-2-4-1) are hinged with tup support (2-2-4-2), and tup (2-2-4-3) and tup support (2-2-
4-2) it is connected, sieve plate (2-2-4-4) is matched with tup (2-2-4-3)；
Dust collection mechanism (3) includes tapping frame mechanism (3-1), tapping cam (3-2), tap motor (3-3), dust suction draw box mechanism (3-
4) frame mechanism (3-1) setting, is tapped in the inside of dust suction draw box mechanism (3-4), is tapped cam (3-2) and is tapped motor (3-3) phase
Even, motor (3-3) is tapped to be connected with dust suction draw box mechanism (3-4)；
Tapping frame mechanism (3-1) includes striking head (3-1-1), support frame (3-1-2), limit plate (3-1-3), striking head support
(3-1-4), the hole pull rod A (3-1-5), spring rope seat (3-1-6), fixed support (3-1-7), intermediate draw bar (3-1-8), spring rope
(3-1-9), striking head (3-1-1) are connected with striking head support (3-1-4), and limit plate (3-1-3) is arranged at support frame (3-1-2)
Between intermediate draw bar (3-1-8), the hole pull rod A (3-1-5) be opened in striking head support (3-1-4) on, spring rope seat (3-1-6) with
Striking head supports (3-1-4) to be connected, and spring rope (3-1-9) is connected with spring rope seat (3-1-6)；
Dust suction draw box mechanism (3-4) includes suction box ontology (3-4-1), dust sucting motor (3-4-2), dust suction flabellum (3-4-3), strainer
A (3-4-4), air port (3-4-5), dust sucting motor (3-4-2) are arranged in the inside of suction box ontology (3-4-1), dust suction flabellum (3-
4-3) it is connected with dust sucting motor (3-4-2), strainer A (3-4-4) is connected with suction box ontology (3-4-1)；
Mobile cooling mechanism (4) include mobile shell mechanism (4-1), mobile radiating fan mechanism (4-2), mobile shell mechanism (4-1)
It is connected with mobile radiating fan mechanism (4-2)；
Mobile shell mechanism (4-1) includes supporting leg (4-1-1), mobile shell ontology (4-1-2), wire rope hole (4-1-3), safety spring
(4-1-4), T slot (4-1-5), supporting leg (4-1-1) are located at the lower section of mobile shell ontology (4-1-2), and wire rope hole (4-1-3) is opened in
The two sides of mobile shell ontology (4-1-2), safety spring (4-1-4) are arranged in the inside of T slot (4-1-5), and T slot (4-1-5) is opened in
On mobile shell ontology (4-1-2)；
Mobile radiating fan mechanism (4-2) include flabellum A (4-2-1), mobile fan motor (4-2-2), reverse wheel (4-2-3),
Reverse wheel supports (4-2-4), wirerope (4-2-5), motor wheel (4-2-6), mobile motor (4-2-7), sliding block (4-2-8), fan
Leaf A (4-2-1) is connected with mobile fan motor (4-2-2), and mobile fan motor (4-2-2) is located at the lower section of sliding block (4-2-8),
Sliding block (4-2-8) is connected with wirerope (4-2-5), and reverse wheel (4-2-3) is hinged with reverse wheel support (4-2-4), wirerope
(4-2-5) is matched with reverse wheel (4-2-3), and wirerope (4-2-5) is connected with motor wheel (4-2-6), motor wheel (4-2-6) with
The connection type of mobile motor (4-2-7) is expansion set connection；
Clamp system (5) includes clamping actuator (5-1), safe seat mechanism (5-2), and clamping actuator (5-1) is located at peace
The top of full seat mechanism (5-2)；
Clamping actuator (5-1) includes vertical supporting (5-1-1), half round frame (5-1-2), half slot (5-1-3), built-in spring
(5-1-4), handle B (5-1-5), clamping bar (5-1-6), lock-screw (5-1-7), locking screw nail hole (5-1-8), execution is clamped
Seat (5-1-9), vertical supporting (5-1-1) are connected with half round frame (5-1-2), and half slot (5-1-3) is opened in half round frame (5-1-2)
On, built-in spring (5-1-4) is arranged in the inside of half slot (5-1-3), and handle B (5-1-5) is connected with clamping bar (5-1-6),
Clamping bar (5-1-6) is matched with half slot (5-1-3), and lock-screw (5-1-7) is connected with vertical supporting (5-1-1), is clamped
It executes seat (5-1-9) to be opened on clamping bar (5-1-6), clamps execution seat (5-1-9) and be connected with clamping bar (5-1-6)；
Safe seat mechanism (5-2) includes safety basement (5-2-1), safe T chamber (5-2-2), slide seat (5-2-3), safety
Sliding bar (5-2-4), safety spring B (5-2-5), the safe seat of honour (5-2-6), safe T chamber (5-2-2) are opened in safety basement (5-
On 2-1), slide seat (5-2-3) is matched with safe T chamber (5-2-2), safety slip lever (5-2-4) and slide seat
(5-2-3) is connected, and safety slip lever (5-2-4) is connected with the safe seat of honour (5-2-6), and safety spring B (5-2-5) is welded on safety
Between pedestal (5-2-1) and the safe seat of honour (5-2-6)；
Liquid-cooling heat radiation mechanism (6) includes liquid cooling pipe (6-1), liquid cooling loop structure (6-2), and liquid cooling pipe (6-1) and liquid cooling circulation are tied
Structure (6-2) is connected；
Liquid cooling loop structure (6-2) includes torus (6-2-1), one-way valve mechanism (6-2-2), power assistant spring (6-2-3), circulation
Seat (6-2-4), opening A (6-2-6), circulation motor (6-2-7), circulation motor disk (6-2-8), changes water at circulation connecting rod (6-2-5)
Plug (6-2-9) changes water consent (6-2-10), and one-way valve mechanism (6-2-2) is arranged in the inside of torus (6-2-1), power-assisted bullet
Spring (6-2-3) is connected with torus (6-2-1), and power assistant spring (6-2-3) is connected with circulation seat (6-2-4), recycles seat (6-2-4)
It is matched with torus (6-2-1), circulation connecting rod (6-2-5) is hinged with circulation seat (6-2-4), and opening A (6-2-6), which is opened in, to be followed
On ring cavity (6-2-1), circulation motor (6-2-7) is connected with circulation motor disk (6-2-8), circulation motor disk (6-2-8) and circulation
Connecting rod (6-2-5) is hinged, and circulation motor (6-2-7) is located at the top of torus (6-2-1), changes water plug (6-2-9) and changes water
Consent (6-2-10) is connected, and changes water consent (6-2-10) and attacks on torus (6-2-1)；
One-way valve mechanism (6-2-2) include check valve (6-2-2-1), block seat (6-2-2-2), block seat opening (6-2-2-3), unidirectionally
Valve (6-2-2-1) is connected with block seat (6-2-2-2), and block seat opening (6-2-2-3) is opened on block seat (6-2-2-2)；
Moving wheel mechanism (1) is located at the lower section of dust-proof body mechanism (2), and dust collection mechanism (3) is arranged in dust-proof body mechanism (2)
Inside, mobile cooling mechanism (4) are located at the top of dust-proof body mechanism (2), and clamp system (5) is located in dust collection mechanism (3)
Between, liquid-cooling heat radiation mechanism (6) is connected with dust-proof body mechanism (2), and liquid-cooling heat radiation mechanism (6) is connected with mobile cooling mechanism (4).
2. a kind of communication apparatus heat radiation protection device according to claim 1, it is characterised in that: the moving wheel mechanism
(1) number is four.
3. a kind of communication apparatus heat radiation protection device according to claim 1, it is characterised in that: the torus (6-
Material 2-1) is stainless steel.
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| CN201910281942.4A CN109963422B (en) | 2019-04-09 | 2019-04-09 | Communication equipment heat dissipation protection device |
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|---|---|---|---|
| CN201910281942.4A CN109963422B (en) | 2019-04-09 | 2019-04-09 | Communication equipment heat dissipation protection device |
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| CN109963422B CN109963422B (en) | 2020-10-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112040686A (en) * | 2020-08-18 | 2020-12-04 | 吴昌彩 | Auxiliary control device and control method for information communication equipment |
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| CN109963422B (en) | 2020-10-27 |
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