CN109116486A - A kind of optical fiber heat dissipating method - Google Patents
A kind of optical fiber heat dissipating method Download PDFInfo
- Publication number
- CN109116486A CN109116486A CN201811023275.1A CN201811023275A CN109116486A CN 109116486 A CN109116486 A CN 109116486A CN 201811023275 A CN201811023275 A CN 201811023275A CN 109116486 A CN109116486 A CN 109116486A
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- China
- Prior art keywords
- optical fiber
- unit
- distributing frame
- wire
- quartz glass
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- 239000013307 optical fiber Substances 0.000 title claims abstract description 144
- 238000000034 method Methods 0.000 title claims abstract description 34
- VYPSYNLAJGMNEJ-UHFFFAOYSA-N Silicium dioxide Chemical compound O=[Si]=O VYPSYNLAJGMNEJ-UHFFFAOYSA-N 0.000 claims abstract description 117
- 239000012188 paraffin wax Substances 0.000 claims abstract description 54
- 238000003860 storage Methods 0.000 claims abstract description 52
- 238000010438 heat treatment Methods 0.000 claims abstract description 9
- 230000033228 biological regulation Effects 0.000 claims abstract description 7
- 238000002844 melting Methods 0.000 claims abstract description 7
- 230000008018 melting Effects 0.000 claims abstract description 7
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 28
- 230000003287 optical effect Effects 0.000 claims description 16
- 238000001816 cooling Methods 0.000 claims description 14
- 241000883990 Flabellum Species 0.000 claims description 12
- 230000017525 heat dissipation Effects 0.000 claims description 8
- 239000007787 solid Substances 0.000 claims description 7
- 238000013016 damping Methods 0.000 claims description 3
- 238000010257 thawing Methods 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 2
- 239000000835 fiber Substances 0.000 abstract description 29
- 238000009826 distribution Methods 0.000 abstract description 23
- 238000004804 winding Methods 0.000 abstract description 7
- 238000004519 manufacturing process Methods 0.000 abstract description 5
- 238000004891 communication Methods 0.000 abstract description 3
- 238000005516 engineering process Methods 0.000 abstract description 2
- 239000007788 liquid Substances 0.000 description 12
- 238000012423 maintenance Methods 0.000 description 12
- 230000033001 locomotion Effects 0.000 description 7
- 230000000694 effects Effects 0.000 description 6
- 229940057995 liquid paraffin Drugs 0.000 description 6
- 238000007664 blowing Methods 0.000 description 5
- 239000011521 glass Substances 0.000 description 5
- 206010000060 Abdominal distension Diseases 0.000 description 2
- 208000024330 bloating Diseases 0.000 description 2
- 238000003825 pressing Methods 0.000 description 2
- 239000004575 stone Substances 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 230000009191 jumping Effects 0.000 description 1
- 230000014759 maintenance of location Effects 0.000 description 1
- 230000008054 signal transmission Effects 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
- 230000000007 visual effect Effects 0.000 description 1
- 239000001993 wax Substances 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Classifications
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/44—Mechanical structures for providing tensile strength and external protection for fibres, e.g. optical transmission cables
- G02B6/4439—Auxiliary devices
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/44—Mechanical structures for providing tensile strength and external protection for fibres, e.g. optical transmission cables
- G02B6/4439—Auxiliary devices
- G02B6/444—Systems or boxes with surplus lengths
- G02B6/4452—Distribution frames
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Light Guides In General And Applications Therefor (AREA)
Abstract
The invention belongs to field of communication technology, specifically a kind of optical fiber heat dissipating method, this method uses distributing frame, and distributing frame includes distributing frame ontology, further includes take-up unit, No.1 driving unit, No.1 control unit, heat-sink unit and air storage chamber.Pass through the mutual cooperation between take-up unit, No.1 driving unit, No.1 control unit and heat-sink unit, on the one hand, according to the size of quartz glass optical fiber length, adjust No.1 wire spool, it avoids winding between quartz glass optical fiber, while cabinet electrified regulation, it is paraffin melting, by the frictional force between paraffin and No. two wire spools, quartz glass optical fiber is received on No.1 wire spool；Stop heating, paraffin, paraffin fastens No.1 wire spool, to improve the storage efficiency of quartz glass optical fiber；On the other hand, the power source of No.1 driving unit is stored and is utilized, improved the utilization rate of resource, while reducing additional power-equipment, reduce the manufacturing cost of fibre distribution frame.
Description
Technical field
The invention belongs to field of communication technology, specifically a kind of optical fiber heat dissipating method.
Background technique
Optical fiber can give off heat in signal transmission, if being not processed to the heat, will affect the service life of optical fiber.Cause
This, needs to take a kind of method to radiate to optical fiber.
Fibre distribution frame is the optical fiber wiring equipment for aiming at the design of fiber optic communication computer room, and there is optical cable to fix and defencive function
Optical cable terminating function, line transfer function.Fibre distribution frame can play defencive function to optical cable fibre core and tail optical fiber.Fibre distribution frame was both
It can be individually assembled into fibre distribution frame, can also be mounted in a cabinet/rack together with digital wiring unit, voice frequency distributing unit.Structure
At combined distribution frame.The device configuration flexibly, install and use it is simple, be easy maintenance, convenient for managing, be fibre-optic telecommunication cable network
Terminal or relay point realize fine row, jumping fiber optical cable welding and the essential equipment of access.Due to the optical fiber in fibre distribution frame
Cable is more, so often bringing puzzlement to staff, cable is easy winding, and inconvenient hierarchic volumes are around work people
Member can also increase the difficulty of maintenance when being overhauled.
Also occur a kind of technical solution of the patent about optical fiber heat dissipating method in the prior art, such as application No. is
2016101231248 Chinese patent discloses fibre distribution frame, including distributing frame ontology, before the distributing frame ontology
End surfaces and back surfaces are respectively equipped with line outlet groove and inlet wire slot, and optical patchcord connector is connected in the line outlet groove, described
Optical patchcord connector is connected with quartz glass optical fiber, and the middle inside setting of the distributing frame ontology is no less than two shafts,
The wire spool of multiple gradable adjustings is socketed on the outside of the shaft.
Fiber optic cable is received by the fibre distribution frame of the technical solution by manually selecting the wire spool for needing to rotate
On wire spool.But the workload of user was not only increased by rotating manually in the technical solution, but also affect fiber optic cable
Storage efficiency；Distributing frame ontology underuses the power source of driving unit, to influence the utilization of resource in heat dissipation simultaneously
Rate；So that the technical solution is restricted.
Summary of the invention
In order to make up for the deficiencies of the prior art, a kind of optical fiber heat dissipating method proposed by the present invention, this method use distributing frame,
Distributing frame passes through the mutual cooperation between take-up unit, No.1 driving unit, No.1 control unit and heat-sink unit, on the one hand, root
According to the size of quartz glass optical fiber length, No.1 wire spool is adjusted, avoids winding between quartz glass optical fiber, to improve
The practicability of fibre distribution frame, while by cabinet electrified regulation, so that it is paraffin melting, by rubbing between paraffin and No. two wire spools
Power is wiped, so that No. two wire spool rotations, so that quartz glass optical fiber is automatically received on No.1 wire spool, and then are improved
The storage efficiency of quartz glass optical fiber；Stop heating, paraffin, paraffin fastens No.1 wire spool, to improve
The storage efficiency of quartz glass optical fiber；On the other hand, during radiating to distributing frame body interior, No.1 is driven
The power source of moving cell carries out storage utilization, to improve the utilization rate of resource, while reducing additional power-equipment, reduces
The manufacturing cost of fibre distribution frame.
The technical solution adopted by the present invention to solve the technical problems is: a kind of optical fiber heat dissipating method of the present invention,
Method includes the following steps:
S1: micro pump one end is connected to water tank, the micro pump other end is connected to the No.1 axis in distributing frame；
S2: on the basis of S1, the water in water tank is pumped into the No.1 axis in distributing frame by micro pump, No.1 axis
In water No.1 wire spool and paraffin are cooled down；
Water after cooling is flowed out from No.1 shaft end portion in S3:S2, and passes through collecting box collection；
S4: the water collected in S3 is poured into water tank；
Wherein, in S1 use distributing frame, distributing frame includes distributing frame ontology, further include take-up unit, No.1 driving unit,
No.1 control unit, heat-sink unit and air storage chamber；The front-end surface and back surfaces of the distributing frame ontology be equipped with line outlet groove and
Inlet wire slot；Optical patchcord connector is connected in the line outlet groove；The optical patchcord connector is connected with quartz glass optical fiber；
Cooling piece is fixedly mounted on the inner wall of the distributing frame ontology, distributing frame body interior is equipped with temperature sensor and controller, temperature
It spends sensor and is electrically connected controller, controller is separately connected cooling piece and heat-sink unit；The take-up unit is located at distributing frame sheet
The inside of body, take-up unit are used for the storage of quartz glass optical fiber；The No.1 driving unit is symmetrically mounted on distributing frame ontology
Outer wall on, No.1 driving unit is for driving heat-sink unit and No.1 control unit to work；The No.1 control unit installation
On take-up unit, No.1 control unit is for adjusting take-up unit, the circle for the quartz glass optical fiber that take-up unit can be stored
Number；The heat-sink unit is located at the inside of distributing frame ontology, and heat-sink unit is rotatably installed in the end of No.1 driving unit, heat dissipation
Unit is for radiating to distributing frame body interior；The air storage chamber is fixedly mounted on the outer wall of distributing frame ontology, gas storage
Room is used to store the gas generated in the driving of No.1 driving unit；The outer wall of the distributing frame ontology is equipped with water tank, distributing frame
The bottom of ontology is equipped with collecting box, and collecting box is connected to water tank；Wherein,
The take-up unit includes No.1 wire spool, No.1 axis and sleeve；The sleeve both ends respectively with No.1 wire spool
It is connected, and forms " I " fonts between two No.1 wire spools and sleeve；The No.1 axis is hollow shaft, No.1 shaft end portion rotation peace
On the side wall of distributing frame ontology；The No.1 wire spool and sleeve are set on the outer ring of No.1 axis, and No.1 wire spool
It is rotatablely installed with sleeve and No.1 axis；The No.1 wire spool is made of No. two wire spools and No. three wire spools；Described No. three around
Drum is resilient disc, and No. three wire spools are broken close to the side of heat-sink unit；No. two wire spools pass through No.1 control unit
It is connected with No. three wire spools, No. two wire spools are located at the inside of No. three wire spools, and No.1 control unit is for adjusting No.1 coiling
The disk diameter of disk；
The No.1 driving unit includes either-rotation motor, rotating disc, No.1 air bag and mounting plate；The either-rotation motor is fixed
It is mounted on the outer wall of distributing frame ontology, output shaft one end of either-rotation motor and heat-sink unit are fixedly mounted, either-rotation motor output
The axis other end and turn disc are installed；The mounting plate is along the outer wall that rotating disc is symmetrically mounted on distributing frame ontology；It is described
No.1 air bag side is fixedly mounted on mounting plate, and the No.1 air bag other side is contacted with rotating disc, and No.1 air bag is squeezed bulging
Gas a part acts in No.1 control unit, and the adjusting of gas push No.1 control unit, another part is transported to gas storage
It is stored in room, No.1 air bag is set, and on the one hand the driving for No.1 control unit and No. two control units provides power source；It is another
Aspect, No.1 air bag bulging gas radiated to distributing frame body interior, dedusting；
The No.1 control unit is No.1 cylinder；No.1 cylinder one end is connected with No. two wire spools, No.1 cylinder
The other end and No. three wire spools are connected, and No.1 cylinder is circumferentially distributed in the periphery of No. two wire spools；The No.1 air bag bulging
Gas be used to control the flexible of No.1 cylinder；
The heat-sink unit includes fixed disk and flabellum；The fixed disk is fixedly mounted on the end of either-rotation motor output shaft
Portion；The flabellum is fixedly mounted on the outer ring of fixed disk.Since the length of quartz glass optical fiber is very long, by quartz glass optical fiber
It is placed on distributing frame body interior, increases area occupied, meanwhile, with increasing for quartz glass optical fiber quantity, quartz glass
Optical fiber is placed on distributing frame body interior entirely, and skirt-roof occurs between different quartz glass optical fibers, when service personnel is to quartz glass light
During fibre is overhauled, the maintenance difficulty of service personnel is increased；A kind of distributing frame exists in the prior art, but the distributing frame is deposited
In some shortcomings, on the one hand, since the quantity of quartz glass optical fiber is more, and store the disk of the wire spool of quartz glass optical fiber
Diameter is certain, and when the quartz glass optical fiber stored is more than the disk diameter of wire spool, quartz glass optical fiber can be wrapped in one
It rises, to influence the maintenance difficulty of later period service personnel；On the other hand, when the inside to distributing frame ontology is radiated, not
The power source that No.1 driving unit drives is utilized, to cause the waste of resource；Take-up unit, No.1 is arranged in the present invention
Driving unit, No.1 control unit and heat-sink unit pass through take-up unit, No.1 driving unit, No.1 control unit and heat dissipation
Mutual cooperation between unit, on the one hand, during radiating to distributing frame body interior, by the dynamic of No.1 driving unit
Power source carries out storage utilization, to improve the utilization rate of resource, while reducing additional power-equipment, reduces optical fiber distributing
The manufacturing cost of frame；On the other hand, according to the size of quartz glass optical fiber length, No.1 wire spool is adjusted, quartz glass is avoided
It is wound between optical fiber, to improve the practicability of fibre distribution frame, and then alleviates the maintenance difficulty of service personnel.
Quartz glass optical fiber end is pulled in from inlet wire slot to distributing frame body interior, the quartz glass optical fiber of same diameter
It is received on sleeve, the end of quartz glass optical fiber is connected on optical patchcord connector；When temperature sensor experiences wiring
When the temperature of frame body interior is got higher, temperature information is passed to controller by temperature driver, and controller controls either-rotation motor and drives
Dynamic, either-rotation motor drives turn disc on one side, and either-rotation motor another side drives fixed disk rotation；In turn disc, turn
Moving plate squeezes No.1 air bag, and No.1 air bag is squeezed, and gas a part of the outside air-blowing of No.1 air bag, bulging acts on No.1
Control unit, another part are transported in air storage chamber and store；Flabellum rotation is driven in fixed disk rotation, passes through fixed disk, flabellum
Mutual cooperation between cooling piece cools down to distributing frame body interior, to improve the radiating efficiency of distributing frame ontology；
It is received into during sleeve in the quartz glass optical fiber of same diameter, when the length of quartz glass optical fiber is too long, quartzy glass
When being more than the disk diameter of No.1 wire spool in the storage of glass optical fiber, No.1 cylinder is acted on by the gas that No.1 air bag bloats, one
Under the influence of gas, the movable plate in No.1 cylinder pushes motion bar to far from No. two wire spools one to movable plate in number cylinder
Side movement, so that No. three wire spools are moved to far from No. two wire spool sides, so that the disk diameter of No.1 wire spool is increased,
The quartz glass optical fiber of different-diameter is avoided mutually to wind together so that the quartz glass optical fiber of same diameter is received into, from
And reduce the maintenance difficulty of service personnel；When the length of quartz glass optical fiber is too short, is taken up space, stopped to reduce take-up unit
It is only supplied to No.1 cylinder, the movable plate in No.1 cylinder loses gas push, so that the motion bar in No.1 cylinder drives three
Number wire spool is moved to close to No. two wire spool sides, to improve the space utilization rate of distributing frame body interior.
Preferably, the outside of No. two wire spools is equipped with No. two driving units, and No. two driving units are located remotely from set
The one side of cylinder；For No. two driving units for driving No. two wire spool rotations, No. two driving units include cabinet and spin；
The cabinet is welded by heating plate, cabinet be electrically connected, and cabinet is equipped with knob, and cabinet is set in the outer ring of No.1 axis
On, the top of cabinet, which is rolled by spin with No. two wire spools, to be connected, and the inside of cabinet is filled paraffin, made by pressing eddy flow
Cabinet electrified regulation will be paraffin melting, and the paraffin of thawing drives No. two wire spool rotations, and paraffin is arranged, on the one hand, when being not powered on,
Paraffin is solid-state, and paraffin plays the role of fastening to No. two wire spools, and on the other hand, when energization, paraffin is liquid, by liquid paraffin
With the frictional force between No. two wire spools so that the rotation of No. two wire spools.In the prior art, quartz glass optical fiber is received into No.1
It when on wire spool, is moved by user hand turn, when the length of quartz glass optical fiber is too long, user rotates for a long time, is easy
Increase the fatigue strength of user；The storage efficiency of quartz glass optical fiber is influenced simultaneously；The present invention by by cabinet electrified regulation so that
It is paraffin melting, by the frictional force between paraffin and No. two wire spools, so that No. two wire spools rotate, so that quartz glass light
Fibre is automatically received on No.1 wire spool, and then improves the storage efficiency of quartz glass optical fiber.
When needing to store quartz glass optical fiber, user presses the knob on cabinet, so that cabinet heats, with
The raising of spin manifold temperature, paraffin become liquid from solid, by the frictional force between the paraffin of liquid and No. two wire spools, so that two
Number wire spool rotation, on quartz glass optical fiber automatic accomodation to No.1 wire spool, to improve quartz glass optical fiber storage
Efficiency；After the completion of quartz glass optical fiber storage, user presses the knob on cabinet again, stops heating to cabinet, with case
The reduction of temperature, paraffin become solid-state from liquid, and solid paraffin fastens No. two wire spools, to improve take-up
The stability of unit.
Preferably, the outer ring of No. two wire spools is equipped with a floor anti-slip layer；The anti-slip layer is located at close to paraffin
Side, anti-slip layer are used to increase the frictional force between paraffin and No. two wire spools.Due to rubbing between liquid paraffin and No. two wire spools
Power very little is wiped, to influence the storage efficiency of quartz glass optical fiber；Anti-slip layer is arranged in the present invention, increases liquid stone by anti-slip layer
Frictional force between wax and No. two wire spools, so that No. two wire spools quickly rotate, to improve the receipts of quartz glass optical fiber
Receive efficiency.
Preferably, the outer ring of No. two wire spools is equipped with No.1 spring；The No.1 spring one end and No. two coilings
Disk is connected, and the No.1 spring other end and No. three wire spools are connected, and No.1 spring is for alleviating No. two wire spools and No. three wire spools
Between stress.In being adjusted by disk diameter of the No.1 cylinder to No.1 wire spool, No.1 Telescopic-cylinder speed quickly,
So that the damage of No. three wire spools and No. two wire spools is caused by big impact force between No. three wire spools and No. two wire spools,
To influence the service life of take-up unit；The present invention is by setting No.1 spring, in No. three wire spool pushing away by No.1 cylinder
In opening and retracting, No.1 spring alleviates the impact force between No. three wire spools and No. two wire spools, avoid No. three wire spools and
The damage of No. two wire spools, to improve the service life of take-up unit.
Preferably, the sleeve is resilient sleeve, and resilient sleeve is arranged, on the one hand, resilient sleeve can deform, thus real
The adjusting of distance between existing adjacent No.1 wire spool；On the other hand, since quartz glass optical fiber is received at sleeve, resilient sleeve subtracts
The small damage to quartz glass optical fiber, to improve the service life of quartz glass optical fiber；The inside of the sleeve is equipped with
No. two control units；No. two control units are used to adjust the distance between adjacent No. two wire spools, and No. two control units are two
Number cylinder；No. two cylinder both ends are fixedly mounted on the outer wall of No. two wire spools, and the gas of No.1 air bag bulging is for controlling
No. two cylinders it is flexible.No. two cylinders are arranged in the present invention, by the flexible of No. two cylinders, adjust between adjacent No.1 wire spool away from
From to control the circle number that quartz glass optical fiber is received into No.1 wire spool, and then improving the practicability of fibre distribution frame.
When need to increase adjacent No.1 wire spool apart from when, No. two gas are acted on by the gas for bloating No.1 air bag
Cylinder, the No.1 wire spool that No. two cylinders are forced away from cabinet side is moved to far from cabinet side, so that more quartz glass
Optical fiber storage is on sleeve, to improve the practicability of fibre distribution frame；When the length of quartz glass optical fiber is shorter, to reduce
The occupied space of take-up unit stops to No. two cylinder air-blowing, No. two cylinders drive the No.1 wire spools far from cabinet side to
It is moved close to cabinet side, to improve the utilization space of distributing frame body interior.
Preferably, the bottom of the distributing frame ontology is equipped with fixed plate；The fixed plate be elastic plate, elastic plate for pair
Distributing frame ontology carries out damping.The present invention is by setting elastic plate, the cushioning effect that elastic plate has had distributing frame ontology, from
And improve the stability of distributing frame.
Preferably, the quantity at least eight of the No.1 wire spool.The present invention passes through at least eight No.1 wire spools of setting,
By the way that No.1 wire spool is adjusted, the disk diameter size of No.1 wire spool is controlled, so that quartz glass optical fiber is divided
Grade storage, to improve the storage efficiency and effect of quartz glass optical fiber.
Beneficial effects of the present invention are as follows:
1. a kind of optical fiber heat dissipating method of the present invention, this method uses distributing frame, and distributing frame passes through take-up unit, one
Mutual cooperation number between driving unit, No.1 control unit and heat-sink unit, on the one hand, distributing frame body interior is carried out it is scattered
In the process of heat, the power source of No.1 driving unit is subjected to storage utilization, to improve the utilization rate of resource, is reduced simultaneously
Additional power-equipment reduces the manufacturing cost of fibre distribution frame；On the other hand, according to the big of quartz glass optical fiber length
It is small, No.1 wire spool is adjusted, avoids winding between quartz glass optical fiber, so that the practicability of fibre distribution frame is improved, into
And alleviate the maintenance difficulty of service personnel.
2. a kind of optical fiber heat dissipating method of the present invention, this method uses distributing frame, and distributing frame is by the way that cabinet to be powered
Heating, so that it is paraffin melting, by the frictional force between paraffin and No. two wire spools, so that No. two wire spools rotate, so that
Quartz glass optical fiber is automatically received on No.1 wire spool, and then improves the storage efficiency of quartz glass optical fiber；Stop adding
Heat, paraffin, paraffin fasten No.1 wire spool, to improve the storage efficiency of quartz glass optical fiber.
3. a kind of optical fiber heat dissipating method of the present invention, this method uses distributing frame, and distributing frame is increased by anti-slip layer
Frictional force between liquid paraffin and No. two wire spools, so that No. two wire spools quickly rotate, to improve quartz glass light
Fine storage efficiency.
4. a kind of optical fiber heat dissipating method of the present invention, this method uses distributing frame, and distributing frame passes through setting No.1 bullet
Spring, in No. three wire spools are pushed open and retracted by No.1 cylinder, No.1 spring is alleviated between No. three wire spools and No. two wire spools
Impact force, the damage of No. three wire spools and No. two wire spools is avoided, to improve the service life of take-up unit.
5. a kind of optical fiber heat dissipating method of the present invention, this method uses distributing frame, and No. two cylinders are arranged in distributing frame, leads to
Cross the flexible of No. two cylinders, adjust the distance between adjacent No.1 wire spool, thus control quartz glass optical fiber be received into No.1 around
Circle number in drum, and then improve the practicability of fibre distribution frame.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is process flow chart of the invention；
Fig. 2 is the main view of distributing frame；
Fig. 3 is the cross-sectional view of A-A in Fig. 2；
Fig. 4 is the partial enlarged view in Fig. 3 at B；
Fig. 5 is the partial enlarged view in Fig. 2 at C；
In figure: distributing frame ontology 1, air storage chamber 11, line outlet groove 12, inlet wire slot 13, optical patchcord connector 14, quartz glass
Optical fiber 15, cooling piece 16, No.1 spring 17, fixed plate 18, water tank 19, collecting box 20, take-up unit 2, No.1 wire spool 21, two
Number 211, No. three wire spools 212 of wire spool, anti-slip layer 215, No.1 axis 22, sleeve 23, No.1 driving unit 3, either-rotation motor 31,
Rotating disc 32, No.1 air bag 33, mounting plate 34, No.1 control unit 4, No.1 cylinder 41, heat-sink unit 5, fixed disk 51, flabellum
52, No. two driving units 6, cabinet 61, the cylinder 71 of control unit 7, two of spin 62, two.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Specific embodiment is closed, the present invention is further explained.
As shown in Figures 1 to 5, a kind of optical fiber heat dissipating method of the present invention, method includes the following steps:
S1: micro pump one end is connected to water tank, the micro pump other end is connected to the No.1 axis in distributing frame；
S2: on the basis of S1, the water in water tank is pumped into the No.1 axis in distributing frame by micro pump, No.1 axis
In water No.1 wire spool and paraffin are cooled down；
Water after cooling is flowed out from No.1 shaft end portion in S3:S2, and passes through collecting box collection；
S4: the water collected in S3 is poured into water tank；
Wherein, distributing frame is used in S1, distributing frame includes distributing frame ontology 1, further includes take-up unit 2, No.1 driving list
Member 3, No.1 control unit 4, heat-sink unit 5 and air storage chamber 11；The front-end surface and back surfaces of the distributing frame ontology 1 are equipped with
Line outlet groove 12 and inlet wire slot 13；Optical patchcord connector 14 is connected in the line outlet groove 12；The optical patchcord connector 14
It is connected with quartz glass optical fiber 15；Cooling piece 16 is fixedly mounted on the inner wall of the distributing frame ontology 1, inside distributing frame ontology 1
Equipped with temperature sensor and controller, temperature sensor is electrically connected controller, and controller is separately connected cooling piece 16 and heat dissipation is single
Member 5；The take-up unit 2 is located at the inside of distributing frame ontology 1, and take-up unit 2 is used for the storage of quartz glass optical fiber 15；It is described
No.1 driving unit 3 is symmetrically mounted on the outer wall of distributing frame ontology 1, and No.1 driving unit 3 is for driving heat-sink unit 5 and one
Number control unit 4 works；The No.1 control unit 4 is mounted on take-up unit 2, and No.1 control unit 4 is for adjusting take-up
Unit 2, the circle number for the quartz glass optical fiber 15 that take-up unit 2 can be stored；The heat-sink unit 5 is located at distributing frame ontology 1
Inside, heat-sink unit 5 are rotatably installed in the end of No.1 driving unit 3, heat-sink unit 5 be used for inside distributing frame ontology 1 into
Row heat dissipation；The air storage chamber 11 is fixedly mounted on the outer wall of distributing frame ontology 1, and air storage chamber 11 is for storing No.1 driving unit
The gas generated in 3 drivings；The outer wall of the distributing frame ontology 1 is equipped with water tank 19, and the bottom of distributing frame ontology 1, which is equipped with, collects
Case 20, collecting box 20 are connected to water tank 19；Wherein,
The take-up unit 2 includes No.1 wire spool 21, No.1 axis 22 and sleeve 23；23 both ends of sleeve are respectively with one
Number wire spool 21 is connected, and forms " I " fonts between two No.1 wire spools 21 and sleeve 23；The No.1 axis 22 is hollow shaft,
22 end of No.1 axis is rotatably installed on the side wall of distributing frame ontology 1；The No.1 wire spool 21 and sleeve 23 are set in No.1
On the outer ring of axis 22, and No.1 wire spool 21 and sleeve 23 and No.1 axis 22 are rotatablely installed；The No.1 wire spool 21 is by No. two
Wire spool 211 and No. three wire spools 212 form；No. three wire spools 212 are resilient disc, and No. three wire spools 212 are close to heat dissipation
The side of unit 5 is broken；No. two wire spools 211 are connected by No.1 control unit 4 and No. three wire spools 212, No. two around
Drum 211 is located at the inside of No. three wire spools 212, and No.1 control unit 4 is used to adjust the disk diameter of No.1 wire spool 21；
The No.1 driving unit 3 includes either-rotation motor 31, rotating disc 32, No.1 air bag 33 and mounting plate 34；It is described double
It is fixedly mounted on to motor 31 on the outer wall of distributing frame ontology 1, output shaft one end of either-rotation motor 31 and the fixed peace of heat-sink unit 5
Dress, the 31 output shaft other end of either-rotation motor and rotating disc 32 are rotatablely installed；The mounting plate 34 is symmetrically mounted on along rotating disc 32
On the outer wall of distributing frame ontology 1；33 side of No.1 air bag is fixedly mounted on mounting plate 34,33 other side of No.1 air bag with turn
Moving plate 32 contacts, and the be squeezed gas a part of bulging of No.1 air bag 33 acts in No.1 control unit 4, gas push No.1
The adjusting of control unit 4, another part are transported in air storage chamber 11 and store, and No.1 air bag 33 is arranged, and are on the one hand No.1 control
The driving of unit 4 and No. two control units 7 provides power source；On the other hand, the gas of No.1 air bag bulging is in distributing frame ontology 1
Portion radiated, dedusting；
The No.1 control unit 4 is No.1 cylinder 41；Described 41 one end of No.1 cylinder is connected with No. two wire spools 211,
41 other end of No.1 cylinder and No. three wire spools 212 are connected, and No.1 cylinder 41 circumferentially divides in the periphery of No. two wire spools 211
Cloth；The gas that the No.1 air bag 33 bloats is used to control the flexible of No.1 cylinder 41；
The heat-sink unit 5 includes fixed disk 51 and flabellum 52；It is defeated that the fixed disk 51 is fixedly mounted on either-rotation motor 31
The end of shaft；The flabellum 52 is fixedly mounted on the outer ring of fixed disk 51.Since the length of quartz glass optical fiber 15 is very long,
Quartz glass optical fiber 15 is placed on inside distributing frame ontology 1, area occupied is increased, meanwhile, with quartz glass optical fiber 15
Quantity increases, and quartz glass optical fiber 15 is placed on entirely inside distributing frame ontology 1, twines between different quartz glass optical fibers 15
Waist increases the maintenance difficulty of service personnel in service personnel overhauls quartz glass optical fiber 15；It deposits in the prior art
In a kind of distributing frame, but the distributing frame comes with some shortcomings, on the one hand, since the quantity of quartz glass optical fiber 15 is more, and
The disk diameter for storing the wire spool of quartz glass optical fiber 15 is certain, is more than wire spool in the quartz glass optical fiber 15 stored
When disk diameter, quartz glass optical fiber 15 can be intertwined, to influence the maintenance difficulty of later period service personnel；Another party
Face does not utilize the power source that No.1 driving unit 3 drives when the inside to distributing frame ontology 1 is radiated, thus
Cause the waste of resource；Take-up unit 2, No.1 driving unit 3, No.1 control unit 4 and heat-sink unit 5 is arranged in the present invention, leads to
Cross the mutual cooperation between take-up unit 2, No.1 driving unit 3, No.1 control unit 4 and heat-sink unit 5, on the one hand, to matching
During being radiated inside coil holder ontology 1, the power source of No.1 driving unit 3 is subjected to storage utilization, to improve
The utilization rate of resource, while additional power-equipment is reduced, reduce the manufacturing cost of fibre distribution frame；On the other hand, according to
The size of 15 length of quartz glass optical fiber adjusts No.1 wire spool 21, avoids winding between quartz glass optical fiber 15, to mention
The high practicability of fibre distribution frame, and then alleviate the maintenance difficulty of service personnel.
15 end of quartz glass optical fiber is pulled in from inlet wire slot 13 to inside distributing frame ontology 1, the quartzy glass of same diameter
Glass optical fiber 15 is received on sleeve 23, and the end of quartz glass optical fiber 15 is connected on optical patchcord connector 14；When temperature passes
When the temperature that sensor experiences inside distributing frame ontology 1 is got higher, temperature information is passed to controller, controller by temperature driver
It controls either-rotation motor 31 to drive, either-rotation motor 31 drives rotating disc 32 to rotate on one side, and 31 another side of either-rotation motor drives fixed disk
51 rotations；In the rotation of rotating disc 32, rotating disc 32 squeezes No.1 air bag 33, and No.1 air bag 33 is squeezed, No.1 air bag 33
Outside air-blowing, gas a part of bulging act on No.1 control unit 4, and another part is transported in air storage chamber 11 and stores；Gu
Flabellum 52 is driven to rotate in the rotation of price fixing 51, by the mutual cooperation between fixed disk 51, flabellum 52 and cooling piece 16, to distributing frame
Cool down inside ontology 1, to improve the radiating efficiency of distributing frame ontology 1；In the quartz glass optical fiber 15 of same diameter
It is received into during sleeve 23, when the length of quartz glass optical fiber 15 is too long, more than one in the storage of quartz glass optical fiber 15
When the disk diameter of number wire spool 21, No.1 cylinder 41 is acted on by the gas that No.1 air bag 33 bloats, in No.1 cylinder 41
Under the influence of gas, the movable plate in No.1 cylinder 41 pushes motion bar to transport to far from No. two 211 sides of wire spool to movable plate
It is dynamic, so that No. three wire spools 212 are moved to far from No. two 211 sides of wire spool, to increase the disk of No.1 wire spool 21
Diameter, so that the quartz glass optical fiber 15 of same diameter is received into 15 phase of quartz glass optical fiber for avoiding different-diameter together
Mutually winding, to reduce the maintenance difficulty of service personnel；When the length of quartz glass optical fiber 15 is too short, to reduce take-up unit
2 are taken up space, and stop supplying to No.1 cylinder 41, the movable plate in No.1 cylinder 41 loses gas push, so that No.1 cylinder
Motion bar in 41 drives No. three wire spools 212 to move to close to No. two 211 sides of wire spool, to improve distributing frame ontology
Space utilization rate inside 1.
As one embodiment of the present invention, the outside of No. two wire spools 211 is equipped with No. two driving units 6, and
No. two driving units 6 are located remotely from the one side of sleeve 23；No. two driving units 6 are for driving No. two 211 turns of wire spool
Dynamic, No. two driving units 6 include cabinet 61 and spin 62；The cabinet 61 is welded by heating plate, cabinet 61 be electrically connected,
And cabinet 61 is equipped with knob, cabinet 61 is set on the outer ring of No.1 axis 22, and the top of cabinet 61 passes through spin 62 and No. two
Wire spool 211 rolls connection, and the inside of cabinet 61 fills paraffin, by pressing eddy flow 61 electrified regulation of cabinet melted paraffin
Change, the paraffin of thawing drives No. two wire spools 211 to rotate, and paraffin is arranged, on the one hand, when being not powered on, paraffin is solid-state, paraffin pair
No. two wire spools 211 play the role of fastening, and on the other hand, when energization, paraffin is liquid, by liquid paraffin and No. two wire spools
Frictional force between 211, so that No. two wire spools 211 rotate.In the prior art, quartz glass optical fiber 15 is received into No.1 coiling
It when on disk 21, is moved by user hand turn, when the length of quartz glass optical fiber 15 is too long, user rotates for a long time, is easy
Increase the fatigue strength of user；The storage efficiency of quartz glass optical fiber 15 is influenced simultaneously；The present invention by by 61 electrified regulation of cabinet,
So that it is paraffin melting, by the frictional force between paraffin and No. two wire spools 211, so that No. two wire spools 211 rotate, so that
Quartz glass optical fiber 15 is automatically received on No.1 wire spool 21, and then improves the storage efficiency of quartz glass optical fiber 15.
When needing to store quartz glass optical fiber 15, user presses the knob on cabinet 61, so that cabinet 61 adds
Heat, with the raising of 61 temperature of cabinet, paraffin becomes liquid from solid, by between the paraffin of liquid and No. two wire spools 211
Frictional force, so that No. two wire spools 211 rotate, on quartz glass optical fiber 15 automatic accomodation to No.1 wire spool 21, to improve
The efficiency that quartz glass optical fiber 15 is stored；After the completion of the storage of quartz glass optical fiber 15, user is pressed again on cabinet 61
Knob stops heating to cabinet 61, and with the reduction of 61 temperature of cabinet, paraffin becomes solid-state from liquid, and solid paraffin is to two
Number wire spool 211 is fastened, to improve the stability of take-up unit 2.
As one embodiment of the present invention, the outer ring of No. two wire spools 211 is equipped with a floor anti-slip layer 215；
The anti-slip layer 215 is located at close to the side of paraffin, and anti-slip layer 215 is used to increase the friction between paraffin and No. two wire spools 211
Power.Due to the frictional force very little between liquid paraffin and No. two wire spools 211, to influence the storage effect of quartz glass optical fiber 15
Rate；Anti-slip layer 215 is arranged in the present invention, increases the frictional force between liquid paraffin and No. two wire spools 211 by anti-slip layer 215, makes
It obtains No. two wire spools 211 quickly to rotate, to improve the storage efficiency of quartz glass optical fiber 15.
As one embodiment of the present invention, the outer ring of No. two wire spools 211 is equipped with No.1 spring 17；It is described
17 one end of No.1 spring is connected with No. two wire spools 211, and 17 other end of No.1 spring and No. three wire spools 212 are connected, No.1 bullet
Spring 17 is used to alleviate the stress between No. two wire spools 211 and No. three wire spools 212.Passing through No.1 cylinder 41 to No.1 wire spool
During 21 disk diameter is adjusted, 41 stretching speed of No.1 cylinder quickly so that No. three wire spools 212 and No. two wire spools
By big impact force between 211, the damage of No. three wire spools 212 and No. two wire spools 211 is caused, to influence take-up unit 2
Service life；The present invention is by setting No.1 spring 17, in the pushing open and retracting by No.1 cylinder 41 of No. three wire spools 212
In, No.1 spring 17 alleviates the impact force between No. three wire spools 212 and No. two wire spools 211, avoids No. three wire spools 212
With the damage of No. two wire spools 211, to improve the service life of take-up unit 2.
As one embodiment of the present invention, the sleeve 23 is resilient sleeve 23, and resilient sleeve 23, a side is arranged
Face, resilient sleeve 23 can deform, to realize the adjusting of distance between adjacent No.1 wire spool 21；On the other hand, due to quartz
Glass optical fiber 15 is received at sleeve 23, and resilient sleeve 23 reduces the damage to quartz glass optical fiber 15, to improve stone
The service life of English glass optical fiber 15；The inside of the sleeve 23 is equipped with No. two control units 7；No. two control units 7 are used
Distance between adjusting adjacent No. two wire spools 211, No. two control units 7 are No. two cylinders 71；71 both ends of No. two cylinders
It is fixedly mounted on the outer wall of No. two wire spools 211, the gas that No.1 air bag 33 bloats is used to control the flexible of No. two cylinders 71.This
Invention No. two cylinders 71 of setting adjust the distance between adjacent No.1 wire spool 21, to control by the flexible of No. two cylinders 71
Quartz glass optical fiber 15 is received into the circle number in No.1 wire spool 21, and then improves the practicability of fibre distribution frame.
When need to increase adjacent No.1 wire spool 21 apart from when, act on No. two by the gas for bloating No.1 air bag 33
Cylinder 71, the No.1 wire spool 21 that No. two cylinders 71 are forced away from 61 side of cabinet is moved to far from 61 side of cabinet, so that more
More storages of quartz glass optical fiber 15 are on sleeve 23, to improve the practicability of fibre distribution frame；Work as quartz glass optical fiber
15 length is shorter, for the occupied space for reducing take-up unit 2, stops to No. two 71 air-blowing of cylinder, No. two cylinders 71 drive far
No.1 wire spool 21 from 61 side of cabinet is moved to close to 61 side of cabinet, to improve the benefit inside distributing frame ontology 1
Use space.
As one embodiment of the present invention, the bottom of the distributing frame ontology 1 is equipped with fixed plate 18；The fixed plate
18 be elastic plate, and elastic plate is used to carry out damping to distributing frame ontology 1.The present invention is by setting elastic plate, and elastic plate is to wiring
The cushioning effect that frame ontology 1 has had, to improve the stability of distributing frame.
As one embodiment of the present invention, the quantity at least eight of the No.1 wire spool 21.The present invention is by setting
At least eight No.1 wire spools 21 are set, by the way that No.1 wire spool 21 is adjusted, control the disk diameter of No.1 wire spool 21
Size, so that quartz glass optical fiber 15 carries out classification storage, to improve the storage efficiency and effect of quartz glass optical fiber 15.
In use, being placed on the ground fibre distribution frame by fixed plate 18, fixed plate 18 has distributing frame ontology 1
Good cushioning effect, to improve the stability of fibre distribution frame；At this time by 15 end of quartz glass optical fiber from inlet wire slot 13
It pulls in inside distributing frame ontology 1, the quartz glass optical fiber 15 of same diameter is received on sleeve 23, quartz glass optical fiber 15
End is connected on optical patchcord connector 14；When the temperature inside temperature sensor experiences distributing frame ontology 1 is got higher, temperature
Temperature information is passed to controller by degree driver, and controller controls either-rotation motor 31 and drives, 31 one side of either-rotation motor band turn
Moving plate 32 rotates, and 31 another side of either-rotation motor drives fixed disk 51 to rotate；In the rotation of rotating disc 32, rotating disc 32 squeezes No.1
Air bag 33, No.1 air bag 33 are squeezed, the outside air-blowing of No.1 air bag 33, and it is single that gas a part of bulging acts on No.1 control
Member 4, another part is transported in air storage chamber 11 and stores；It drives flabellum 52 to rotate in the rotation of fixed disk 51, passes through fixed disk 51, fan
Mutual cooperation between leaf 52 and cooling piece 16, to cooling down inside distributing frame ontology 1, to improve distributing frame ontology 1
Radiating efficiency；When needing to store quartz glass optical fiber 15, user presses the knob on cabinet 61, so that cabinet 61 adds
Heat, with the raising of 61 temperature of cabinet, paraffin becomes liquid from solid, by between the paraffin of liquid and No. two wire spools 211
Frictional force, so that No. two wire spools 211 rotate, on quartz glass optical fiber 15 automatic accomodation to No.1 wire spool 21, to improve
The efficiency that quartz glass optical fiber 15 is stored；After the completion of the storage of quartz glass optical fiber 15, user is pressed again on cabinet 61
Knob stops heating to cabinet 61, and with the reduction of 61 temperature of cabinet, paraffin becomes solid-state from liquid, and solid paraffin is to two
Number wire spool 211 is fastened, to improve the stability of take-up unit 2；It is received in the quartz glass optical fiber 15 of same diameter
It receives to during sleeve 23, is more than No.1 in the storage of quartz glass optical fiber 15 when the length of quartz glass optical fiber 15 is too long
When the disk diameter of wire spool 21, No.1 cylinder 41 is acted on by the gas that No.1 air bag 33 bloats, the work in No.1 cylinder 41
Under the influence of gas, the movable plate in No.1 cylinder 41 pushes motion bar to move to far from No. two 211 sides of wire spool to movable plate,
So that No. three wire spools 212 are moved to far from No. two 211 sides of wire spool, so that the disk for increasing No.1 wire spool 21 is straight
Diameter avoids the quartz glass optical fiber 15 of different-diameter mutual together so that the quartz glass optical fiber 15 of same diameter is received into
Winding, to reduce the maintenance difficulty of service personnel；When the length of quartz glass optical fiber 15 is too short, to reduce take-up unit 2
It is taken up space, stops supplying to No.1 cylinder 41, the movable plate in No.1 cylinder 41 loses gas push, so that No.1 cylinder 41
In motion bar drive No. three wire spools 212 to moving close to No. two 211 sides of wire spool, to improve distributing frame ontology 1
Internal space utilization rate.
Above-mentioned front, back, left, right, up, down is mark according to personage's observation visual angle on the basis of Fig. 3 in Figure of description
Standard, device surface are defined as a left side on the left of observer to before being defined as on one side of observer, and so on.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as protecting the present invention
The limitation of range.
Finally it is noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations.To the greatest extent
Present invention has been described in detail with reference to the aforementioned embodiments for pipe, those skilled in the art should understand that: it is still
It is possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is equally replaced
It changes；And these are modified or replaceed, the essence for technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution
Mind and range.Every other embodiment obtained by those of ordinary skill in the art without making creative efforts,
It shall fall within the protection scope of the present invention.
Claims (7)
1. a kind of optical fiber heat dissipating method, it is characterised in that: method includes the following steps:
S1: micro pump one end is connected to water tank, the micro pump other end is connected to the No.1 axis in distributing frame；
S2: on the basis of S1, the water in water tank is pumped into the No.1 axis in distributing frame by micro pump, in No.1 axis
Water cools down No.1 wire spool and paraffin；
Water after cooling is flowed out from No.1 shaft end portion in S3:S2, and passes through collecting box collection；
S4: the water collected in S3 is poured into water tank；
Wherein, distributing frame is used in S1, distributing frame includes distributing frame ontology (1), further includes take-up unit (2), No.1 driving list
First (3), No.1 control unit (4), heat-sink unit (5) and air storage chamber (11)；The front-end surface and back of the distributing frame ontology (1)
Portion surface is equipped with line outlet groove (12) and inlet wire slot (13)；Optical patchcord connector (14) are connected in the line outlet groove (12)；Institute
It states optical patchcord connector (14) and is connected with quartz glass optical fiber (15)；It is fixedly mounted on the inner wall of the distributing frame ontology (1)
Cooling piece (16), distributing frame ontology (1) is internal to be equipped with temperature sensor and controller, and temperature sensor is electrically connected controller, control
Device processed is separately connected cooling piece (16) and heat-sink unit (5)；The take-up unit (2) is located at the inside of distributing frame ontology (1), receives
Line unit (2) is used for the storage of quartz glass optical fiber (15)；The No.1 driving unit (3) is symmetrically mounted on distributing frame ontology
(1) on outer wall, No.1 driving unit (3) is for driving heat-sink unit (5) and No.1 control unit (4) to work；The No.1
Control unit (4) is mounted on take-up unit (2), and No.1 control unit (4) is for adjusting take-up unit (2), take-up unit (2)
The circle number for the quartz glass optical fiber (15) that can be stored；The heat-sink unit (5) is located at the inside of distributing frame ontology (1), heat dissipation
Unit (5) is rotatably installed in the end of No.1 driving unit (3), and heat-sink unit (5) is used to carry out to inside distributing frame ontology (1)
Heat dissipation；The air storage chamber (11) is fixedly mounted on the outer wall of distributing frame ontology (1), and air storage chamber (11) is for storing No.1 driving
The gas generated in unit (3) driving；The outer wall of the distributing frame ontology (1) is equipped with water tank (19), distributing frame ontology (1)
Bottom is equipped with collecting box (20), and collecting box (20) is connected to water tank (19)；Wherein,
The take-up unit (2) includes No.1 wire spool (21), No.1 axis (22) and sleeve (23)；Sleeve (23) both ends point
It is not connected with No.1 wire spool (21), and forms " I " fonts between two No.1 wire spools (21) and sleeve (23)；The No.1
Axis (22) is hollow shaft, and No.1 axis (22) end is rotatably installed on the side wall of distributing frame ontology (1)；The No.1 wire spool
(21) it is set on the outer ring of No.1 axis (22) with sleeve (23), and No.1 wire spool (21) and sleeve (23) and No.1 axis (22)
Rotational installation；The No.1 wire spool (21) is made of No. two wire spools (211) and No. three wire spools (212)；Described No. three around
Drum (212) is resilient disc, and No. three wire spools (212) are broken close to the side of heat-sink unit (5)；No. two wire spools
(211) it is connected by No.1 control unit (4) and No. three wire spools (212), No. two wire spools (211) are located at No. three wire spools
(212) inside, No.1 control unit (4) are used to adjust the disk diameter of No.1 wire spool (21)；
The No.1 driving unit (3) includes either-rotation motor (31), rotating disc (32), No.1 air bag (33) and mounting plate (34)；
The either-rotation motor (31) is fixedly mounted on the outer wall of distributing frame ontology (1), output shaft one end of either-rotation motor (31) and dissipate
Hot cell (5) is fixedly mounted, and either-rotation motor (31) the output shaft other end and rotating disc (32) are rotatablely installed；The mounting plate (34)
It is symmetrically mounted on the outer wall of distributing frame ontology (1) along rotating disc (32)；No.1 air bag (33) side is fixedly mounted on peace
Loading board (34), No.1 air bag (33) other side are contacted with rotating disc (32), and No.1 air bag (33) is squeezed gas one of bulging
It is allocated as No.1 control unit (4), the adjusting of gas push No.1 control unit (4), another part is transported to air storage chamber
(11) storage in；
The No.1 control unit (4) is No.1 cylinder (41)；Described No.1 cylinder (41) one end is solid with No. two wire spools (211)
Even, No.1 cylinder (41) other end is connected with No. three wire spools (212), No.1 cylinder (41) No. two wire spools (211) outside
It encloses and is circumferentially distributed；The gas of No.1 air bag (33) bulging is used to control the flexible of No.1 cylinder (41)；
The heat-sink unit (5) includes fixed disk (51) and flabellum (52)；The fixed disk (51) is fixedly mounted on either-rotation motor
(31) end of output shaft；The flabellum (52) is fixedly mounted on the outer ring of fixed disk (51).
2. a kind of optical fiber heat dissipating method according to claim 1, it is characterised in that: outside No. two wire spools (211)
Side is equipped with No. two driving units (6), and No. two driving units (6) are located remotely from the one side of sleeve (23)；No. two drivings
For unit (6) for driving No. two wire spool (211) rotations, No. two driving units (6) include cabinet (61) and spin (62)；It is described
Cabinet (61) is welded by heating plate, cabinet (61) be electrically connected, and cabinet (61) is equipped with knob, and cabinet (61) is set in
On the outer ring of No.1 axis (22), the top of cabinet (61), which is rolled by spin (62) with No. two wire spools (211), to be connected, cabinet
(61) paraffin is filled in inside, makes cabinet (61) electrified regulation will be paraffin melting by turn eddy flow, the paraffin driving of thawing
No. two wire spool (211) rotations.
3. a kind of optical fiber heat dissipating method according to claim 2, it is characterised in that: outside No. two wire spools (211)
Circle is equipped with one layer of anti-slip layer (215)；The anti-slip layer (215) is located at close to the side of paraffin, and anti-slip layer (215) is for increasing
Frictional force between paraffin and No. two wire spools (211).
4. a kind of optical fiber heat dissipating method according to claim 3, it is characterised in that: outside No. two wire spools (211)
Circle is equipped with No.1 spring (17)；Described No.1 spring (17) one end is connected with No. two wire spools (211), and No.1 spring (17) is another
One end is connected with No. three wire spools (212), and No.1 spring (17) is for alleviating No. two wire spools (211) and No. three wire spools
(212) stress between.
5. a kind of optical fiber heat dissipating method according to claim 1, it is characterised in that: the sleeve (23) is resilient sleeve
(23)；The inside of the sleeve (23) is equipped with No. two control units (7)；No. two control units (7) are for adjusting adjacent two
Distance between number wire spool (211), No. two control units (7) are No. two cylinders (71)；No. two cylinders (71) both ends are fixed
It is mounted on the outer wall of No. two wire spools (211), the gas of No.1 air bag (33) bulging is used to control the flexible of No. two cylinders (71).
6. a kind of optical fiber heat dissipating method according to claim 1, it is characterised in that: the bottom of the distributing frame ontology (1)
Equipped with fixed plate (18)；The fixed plate (18) is elastic plate, and elastic plate is used to carry out damping to distributing frame ontology (1).
7. a kind of optical fiber heat dissipating method according to claim 1, it is characterised in that: the quantity of the No.1 wire spool (21)
At least eight.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811023275.1A CN109116486B (en) | 2018-09-03 | 2018-09-03 | Optical fiber heat dissipation method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811023275.1A CN109116486B (en) | 2018-09-03 | 2018-09-03 | Optical fiber heat dissipation method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109116486A true CN109116486A (en) | 2019-01-01 |
| CN109116486B CN109116486B (en) | 2020-04-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811023275.1A Active CN109116486B (en) | 2018-09-03 | 2018-09-03 | Optical fiber heat dissipation method |
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| Country | Link |
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| CN (1) | CN109116486B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110045469A (en) * | 2019-04-02 | 2019-07-23 | 王常亮 | A kind of optical fiber distribution box optical fiber link attachment device |
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|---|---|---|---|---|
| US6056591A (en) * | 1999-06-04 | 2000-05-02 | Liao; Sheng Hsin | Structure of a wire winding box |
| US7072560B1 (en) * | 2005-03-10 | 2006-07-04 | The United States Of America As Represented By The Secretary Of The Navy | Twist free method of optical fiber stowage and payout |
| CN204989579U (en) * | 2015-10-12 | 2016-01-20 | 河北志方通信设备有限公司 | Medium capacity fiber distribution frame |
| CN105607199A (en) * | 2016-03-05 | 2016-05-25 | 国网山东省电力公司龙口市供电公司 | Optical fiber distribution frame |
| CN205404919U (en) * | 2016-03-05 | 2016-07-27 | 国网山东省电力公司龙口市供电公司 | Optical fiber distribution frame |
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2018
- 2018-09-03 CN CN201811023275.1A patent/CN109116486B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6056591A (en) * | 1999-06-04 | 2000-05-02 | Liao; Sheng Hsin | Structure of a wire winding box |
| US7072560B1 (en) * | 2005-03-10 | 2006-07-04 | The United States Of America As Represented By The Secretary Of The Navy | Twist free method of optical fiber stowage and payout |
| CN204989579U (en) * | 2015-10-12 | 2016-01-20 | 河北志方通信设备有限公司 | Medium capacity fiber distribution frame |
| CN105607199A (en) * | 2016-03-05 | 2016-05-25 | 国网山东省电力公司龙口市供电公司 | Optical fiber distribution frame |
| CN205404919U (en) * | 2016-03-05 | 2016-07-27 | 国网山东省电力公司龙口市供电公司 | Optical fiber distribution frame |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110045469A (en) * | 2019-04-02 | 2019-07-23 | 王常亮 | A kind of optical fiber distribution box optical fiber link attachment device |
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| CN109116486B (en) | 2020-04-14 |
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