CN108966050A - A kind of intelligent photovoltaic communication base station of block catenary system - Google Patents
A kind of intelligent photovoltaic communication base station of block catenary system Download PDFInfo
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- CN108966050A CN108966050A CN201810728681.1A CN201810728681A CN108966050A CN 108966050 A CN108966050 A CN 108966050A CN 201810728681 A CN201810728681 A CN 201810728681A CN 108966050 A CN108966050 A CN 108966050A
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- 238000004891 communication Methods 0.000 title claims abstract description 27
- 230000001105 regulatory effect Effects 0.000 claims abstract description 47
- 239000000758 substrate Substances 0.000 claims abstract description 39
- 238000009434 installation Methods 0.000 claims abstract description 33
- 230000007246 mechanism Effects 0.000 claims abstract description 26
- 230000001681 protective effect Effects 0.000 claims abstract description 20
- 238000004062 sedimentation Methods 0.000 claims description 16
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 2
- 230000008859 change Effects 0.000 description 10
- 230000000694 effects Effects 0.000 description 7
- 230000005484 gravity Effects 0.000 description 5
- 238000005286 illumination Methods 0.000 description 5
- 230000009471 action Effects 0.000 description 3
- 230000005611 electricity Effects 0.000 description 3
- 239000007787 solid Substances 0.000 description 3
- 238000000034 method Methods 0.000 description 2
- 238000010295 mobile communication Methods 0.000 description 2
- 230000001174 ascending effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q1/00—Details of selecting apparatus or arrangements
- H04Q1/02—Constructional details
- H04Q1/08—Frames or mounting racks for relays; Accessories therefor
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
- H02S20/00—Supporting structures for PV modules
- H02S20/30—Supporting structures being movable or adjustable, e.g. for angle adjustment
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q1/00—Details of selecting apparatus or arrangements
- H04Q1/18—Electrical details
- H04Q1/28—Current-supply circuits or arrangements for selection equipment at exchanges
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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- Photovoltaic Devices (AREA)
Abstract
The present invention relates to a kind of intelligent photovoltaic communication base stations of block catenary system, including substrate, fixed device, protective device and regulating device, the substrate is circular configuration, substrate lower end is equipped with fixed device, substrate upper end is equipped with protective device, protective device is internally provided with regulating device, and regulating device is installed on substrate, and regulating device includes fixed cylinder, angle adjusting mechanism and horizontal position regulating mechanism.The present invention can solve the problems such as installation difficulty is big, consuming time is long for photovoltaic module adjusting, working efficiency is low poor with degree of regulation present in existing photovoltaic communication base station installation, the course of work, the function of reducing photovoltaic communication base station installation difficulty with automatically adjust to photovoltaic module position may be implemented, degree and the function of automatically adjusting to photovoltaic module position have many advantages, such as that installation difficulty is small, photovoltaic module adjusting is easy, it is high-efficient good with degree of regulation to adjust.
Description
Technical field
The present invention relates to communication equipment field, the intelligent photovoltaic communication base station of specifically a kind of block catenary system.
Background technique
With the fast development that mobile Internet and big data are applied, the technical application of block chain was also more and more in recent years
It is more, the technical application of block chain and it is universal during, the mobile communication base station as information exchange transmitting is played to closing weight
The effect wanted, block chain mobile communication base station refer in certain area of radio coverage, by mobile switching center, with
The transceiving that information transmitting is carried out between mobile telephone terminal believes that radio station, base station play an important role in gsm networks,
The communication quality of GSM network is directly affected, communication base station is typically found at more remote place, if laying wire supplies
Electricity is invested huge.It is basic before photovoltaic generating system is not universal to be powered using diesel-driven generator, cause very big pollution
And energy waste.If can solve this problem using photovoltaic generating system, be capable of green non-pollution gives communication base
It stands power supply, moreover it is possible to which the vacant lot by communication base station is used.But current photovoltaic communication base station build when need using
Concrete is fixed in solution space, spends the time longer, and in fixation procedure photovoltaic communication base station may occur it is askew
Tiltedly, influence installation effect, in addition to this, when the position to photovoltaic module, angle are adjusted, need using manual type into
Row adjust, everyone every time can only be adjusted a photovoltaic module, and working efficiency is lower, and when manual operation, stability compared with
Difference, it cannot be guaranteed that the precision adjusted.To solve the above-mentioned problems, the present invention provides a kind of intelligent photovoltaics of block catenary system
Communication base station.
Summary of the invention
In order to make up for the deficiencies of the prior art, the present invention provides a kind of intelligent photovoltaics of block catenary system to communicate base
It stands, when can solve big installation difficulty present in existing photovoltaic communication base station installation, the course of work, photovoltaic module adjusting consuming
Between long, working efficiency it is low poor with degree of regulation the problems such as, may be implemented to reduce photovoltaic communication base station installation difficulty with to photovoltaic group
The function that part position automatically adjusts, with installation difficulty, small, photovoltaic module adjusts easy, the high-efficient and degree of regulation of adjusting
The advantages that good.
The present invention to be solved the used following technical scheme of its technical problem to realize: a kind of block catenary system intelligence
Change photovoltaic communication base station, including substrate, fixed device, protective device and regulating device, the substrate is circular configuration, under substrate
End is equipped with fixed device, and substrate upper end is equipped with protective device, and protective device is internally provided with regulating device, regulating device peace
On substrate；Wherein:
The fixed device includes fixing seat, sinking plate, the cone that sinks, extruding screw, rotating electric machine, telescopic installation frame, sinks
Frame and auxiliary telescopic bar drop, and fixing seat is mounted in the middle part of substrate lower end, its circumferential direction of fixing seat lower end edge is uniformly equipped with down
Heavy plate, fixing seat middle part are equipped with sinking cone, its circumferential direction of the outer lateral edge of substrate is uniformly provided with working hole, is arranged in working hole
There is screw thread, the mode that is connected through a screw thread in working hole is equipped with extruding screw, extruding screw upper end and rotating electric machine output shaft phase
Connection, rotating electric machine are mounted on telescopic installation frame upper end by motor cabinet, and telescopic installation frame is installed on substrate, under extruding screw
End is equipped with sedimentation frame, and sedimentation frame upper end is connected with auxiliary telescopic bar top, and auxiliary telescopic bar is mounted on substrate lower end, and under
Heavy plate and sedimentation frame lower end are blade-like structure；Extruding screw is driven to be rotated by rotating electric machine, extruding screw is turning
Downward linear motion is carried out while dynamic, under the guiding role of auxiliary telescopic bar, sedimentation frame moves gradually downward, thus band
Dynamic entire invention moves downward, and under gravity, sinking plate and the cone that sinks are inserted into ground, allows the present invention is solid
It is scheduled on appropriate location, reduces installation difficulty, improves the stability of work.
The protective device includes line slide rail, sliding rack, auxiliary guide rail, support frame, photovoltaic module, connecting plate and lifting
Plate, its circumferential direction of substrate upper end edge are uniformly equipped with line slide rail, are equipped with cunning by sliding matching mode on line slide rail
Moving frame, sliding rack upper end are equipped with auxiliary guide rail, are connected by sliding matching mode with support frame lower end in auxiliary guide rail, branch
Photovoltaic module is installed on the outside of support, connecting plate is installed on the inside of support frame, connecting plate lower end is connected with lifter plate top, rises
Drop plate is mounted on sliding rack, and lifter plate side wall is connected with regulating device；By regulating device to the position of protective device into
Row is adjusted, and adjustability is good, and photovoltaic module is enabled preferably to complete power supply and protective action.
The regulating device includes that fixed cylinder, angle adjusting mechanism and horizontal position regulating mechanism, fixed cylinder are mounted on base
In the middle part of plate, fixed cylinder is hollow cylinder structure, is equipped with angle adjusting mechanism inside fixed cylinder, is equipped with level outside fixed cylinder
Position adjusting mechanism, and adjustment hole is uniformly provided with along its circumferential direction on fixed drum outer wall；Pass through angle adjusting mechanism and water
The common cooperation of flat position adjusting mechanism reaches the function of the angle and horizontal position that adjust photovoltaic module, makes it possible to basis
Photovoltaic module position is adjusted in actual conditions, ensure that being normally carried out for power supply and protected working, improves the course of work
In reliability.
The horizontal position regulating mechanism includes support column, working plate, adjusting rod, pillar, gear, rotary electric machine, installation
Plate and hitch frame, support column are mounted on the inner wall of fixed cylinder upper end, and support column lower end is equipped with working plate, working plate side wall and solid
Safety barrel inner wall is connected, and is uniformly provided with regulating tank along its circumferential direction on working plate, and adjusts slot number and adjust hole number
It is identical, adjusting rod is equipped with by sliding matching mode in regulating tank, working plate lower end is connected by bearing with gear one end,
The gear other end is connected with rotary electric machine output shaft, and rotary electric machine is installed on a mounting board by motor cabinet, mounting plate installation
On fixed cylinder inner wall, it is uniformly provided with sliding groove along its circumferential direction on gear, sliding slot number is identical as adjusting rod quantity,
Pillar is connected with by sliding matching mode in sliding groove, pillar is mounted on adjusting rod, and adjusting rod top passes through outside fixed cylinder
The adjustment hole opened up on wall, adjusting rod top are equipped with hitch frame, and hitch frame is connected with lifter plate side wall；Pass through rotary electric machine
Band moving gear synchronizes rotation, and during gear rotation, pillar is slided in sliding groove, to drive adjusting rod
It moves along a straight line in regulating tank, drives hitch frame to generate thrust or pulling force to lifter plate, to drive sliding rack in straight line
It is moved on sliding rail, reaches the function of adjusting photovoltaic module horizontal position, without being manually adjusted, and can be disposably to institute
There is photovoltaic module position to be adjusted, shorten regulating time, improve work efficiency, and avoids tune when being manually adjusted
Section is set inconsistent situation and is occurred, and ensure that the accuracy of adjusting.
The angle adjusting mechanism includes fixed ring, lifting cylinder, lifting ring, directive slide track and adjusting bracket, fixed ring peace
Mounted in fixed drum outer wall upper end, its circumferential direction of fixed ring lower end edge is uniformly equipped with lifting cylinder, lifting cylinder top and liter
Drop ring upper end is connected, and lifting ring is mounted on directive slide track by sliding matching mode, and directive slide track passes through the side of being slidably matched
Formula is mounted on fixed drum outer wall, is uniformly equipped with adjusting bracket along its circumferential direction in fixed ring, and adjusting bracket top is mounted on company
On fishplate bar；Under the booster action of directive slide track, lifting ring is driven to move along a straight line by lifting cylinder, while driving adjusting
Frame drives connecting plate to synchronize linear motion, to realize the adjusting to lifter plate height, changes in lifter plate height
While, support frame bottom end is slided in auxiliary guide rail, so that the setting angle of photovoltaic module changes, reaches adjusting
The purpose of photovoltaic module setting angle enables photovoltaic module to carry out established angle with the change of the real works situation such as illumination
The corresponding adjusting of degree to be reliably completed the work of power supply, and can carry out angular adjustment to all photovoltaic modulies simultaneously, eliminate
Consuming time is long when manual adjustment, adjusts the disadvantages of angle is uneven.
When work, the present invention is hoisted to right above assigned work place by existing equipment, then passes through rotating electric machine
Extruding screw is driven to be rotated, extruding screw carries out downward linear motion while rotation, in leading for auxiliary telescopic bar
To under effect, sedimentation frame moves gradually downward, so that entire invention be driven to move downward, under gravity, sinking plate with
The cone that sinks is inserted into ground, makes it possible to for the present invention to be fixed on designated position, is carried out later by rotary electric machine band moving gear
Rotate synchronously, gear rotation during, pillar is slided in sliding groove, thus drive adjusting rod in regulating tank into
Row linear motion, drives hitch frame to generate thrust or pulling force to lifter plate, so that sliding rack be driven to be moved on line slide rail
It is dynamic, reach the function of adjusting photovoltaic module horizontal position, without being manually adjusted, and can be disposably to all photovoltaic module positions
It sets and is adjusted, shorten regulating time, improve work efficiency, and it is inconsistent to avoid adjusting position when being manually adjusted
The case where occur, ensure that the accuracy of adjusting, then under the booster action of directive slide track, pass through lifting cylinder drive lifting
Ring moves along a straight line, while driving adjusting bracket that connecting plate is driven to synchronize linear motion, to realize to lifter plate height
Adjusting, lifter plate height change while, support frame bottom end is slided in auxiliary guide rail, so that photovoltaic module
Setting angle change, achieve the purpose that adjust photovoltaic module setting angle, enable photovoltaic module real with illumination etc.
The change of border working condition and the corresponding adjusting for carrying out setting angle, to be reliably completed the work of power supply, and can be right simultaneously
All photovoltaic modulies carry out angular adjustment, and consuming time is long when eliminating manual adjustment, adjusts the disadvantages of angle is uneven, the present invention
It can solve that installation difficulty present in the installation of existing photovoltaic communication base station, the course of work is big, photovoltaic module adjusts and expends the time
The problems such as length, working efficiency are low poor with degree of regulation may be implemented to reduce photovoltaic communication base station installation difficulty and to photovoltaic module
The function that position automatically adjusts.
Compared with prior art, the invention has the following advantages that
1. the present invention can solve, existing photovoltaic communication base station is installed, installation difficulty present in the course of work is big, photovoltaic
Component adjusts the problems such as consuming time is long, working efficiency is low poor with degree of regulation, may be implemented to reduce the installation of photovoltaic communication base station
Difficulty and the function of automatically adjusting to photovoltaic module position, with installation difficulty, small, photovoltaic module adjusts easy, adjusting effect
The advantages that rate height and degree of regulation are good；
2. the present invention is provided with fixed device, extruding screw is driven to be rotated by rotating electric machine, extruding screw is turning
Downward linear motion is carried out while dynamic, under the guiding role of auxiliary telescopic bar, sedimentation frame moves gradually downward, thus band
Dynamic entire invention moves downward, and under gravity, sinking plate and the cone that sinks are inserted into ground, allows the present invention is solid
It is scheduled on appropriate location, reduces installation difficulty, improves the stability of work；
3. the present invention is provided with horizontal position regulating mechanism, it can be achieved that adjusting the function of photovoltaic module horizontal position, it is not necessarily to
It is manually adjusted, and disposably all photovoltaic module positions can be adjusted, shorten regulating time, improve work effect
Rate, and avoid the situation that adjusting position is inconsistent when being manually adjusted and occur, it ensure that the accuracy of adjusting；
4. the present invention is provided with angle adjusting mechanism, enable photovoltaic module with the change of the real works situation such as illumination
And the corresponding adjusting of setting angle is carried out, to be reliably completed the work of power supply, and all photovoltaic modulies can be carried out simultaneously
Angular adjustment, consuming time is long when eliminating manual adjustment, adjusts the disadvantages of angle is uneven.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is schematic perspective view of the invention；
Fig. 2 is the cooperation schematic perspective view between substrate of the present invention and fixed device；
Fig. 3 is the cooperation schematic perspective view between substrate of the present invention, protective device and regulating device；
Fig. 4 is the cooperation schematic perspective view between fixed cylinder of the present invention, adjusting rod, pillar and gear；
Fig. 5 is the cooperation schematic perspective view between fixed cylinder of the present invention, gear, rotary electric machine and mounting plate；
Fig. 6 is the cooperation schematic perspective view between fixed cylinder of the present invention, support column, working plate and adjusting rod.
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
Conjunction is specifically illustrating, and the present invention is further explained.
As shown in Figures 1 to 6, the intelligent photovoltaic communication base station of a kind of block catenary system, including substrate 1, fixed device
2, protective device 3 and regulating device 4, the substrate 1 are circular configuration, and 1 lower end of substrate is equipped with fixed device 2,1 upper end of substrate
Protective device 3 is installed, protective device 3 is internally provided with regulating device 4, and regulating device 4 is installed on substrate 1；
The fixed device 2 includes fixing seat 21, sinking plate 22, the cone 23 that sinks, extruding screw 24, rotating electric machine 25, stretches
Contracting mounting rack 26, sedimentation frame 27 and auxiliary telescopic bar 28, fixing seat 21 are mounted in the middle part of 1 lower end of substrate, 21 lower end edge of fixing seat
Its circumferential direction is uniformly equipped with sinking plate 22, and sinking cone 23,1 outer lateral edge its circumferential direction of substrate are equipped in the middle part of fixing seat 21
It is uniformly provided with working hole, screw thread is provided in working hole, the mode that is connected through a screw thread in working hole is equipped with extruding screw 24,
24 upper end of extruding screw is connected with 25 output shaft of rotating electric machine, and rotating electric machine 25 is mounted on telescopic installation frame 26 by motor cabinet
Upper end, telescopic installation frame 26 install on substrate 1,24 lower end of extruding screw be equipped with sedimentation frame 27, sedimentation 27 upper end of frame with it is auxiliary
28 top of telescopic rod is helped to be connected, auxiliary telescopic bar 28 is mounted on 1 lower end of substrate, and sinking plate 22 is with sedimentation 27 bottom end of frame
Blade-like structure；By rotating electric machine 25 drive extruding screw 24 rotated, extruding screw 24 rotation while carry out to
Under linear motion, under the guiding role of auxiliary telescopic bar 28, sedimentation frame 27 moves gradually downward, to drive entire invention
It moves downward, under gravity, sinking plate 22 and the cone 23 that sinks are inserted into ground, make it possible to for the present invention being fixed on suitable
Work as position, reduce installation difficulty, improves the stability of work.
The protective device 3 include line slide rail 31, sliding rack 32, auxiliary guide rail 33, support frame 34, photovoltaic module 35,
Connecting plate 36 and lifter plate 37, its circumferential direction of 1 upper end edge of substrate are uniformly equipped with line slide rail 31, pass through on line slide rail 31
Sliding matching mode is equipped with sliding rack 32, and 32 upper end of sliding rack is equipped with auxiliary guide rail 33, passes through sliding in auxiliary guide rail 33
Fit system is connected with 34 lower end of support frame, and photovoltaic module 35 is equipped on the outside of support frame 34, is equipped on the inside of support frame 34
Connecting plate 36,36 lower end of connecting plate are connected with 37 top of lifter plate, and lifter plate 37 is mounted on sliding rack 32,37 side of lifter plate
Wall is connected with regulating device 4；It is adjusted by position of the regulating device 4 to protective device 3, adjustability is good, so that photovoltaic
Component 35 can play protective action while completing powered operation.
The regulating device 4 includes fixed cylinder 41, angle adjusting mechanism 42 and horizontal position regulating mechanism 43, fixed cylinder 41
It is mounted on 1 middle part of substrate, fixed cylinder 41 is hollow cylinder structure, is equipped with angle adjusting mechanism 42 inside fixed cylinder 41, fixed
Horizontal position regulating mechanism 43 is installed outside cylinder 41, and is uniformly provided with adjusting along its circumferential direction on 41 outer wall of fixed cylinder
Hole；By the common cooperation of angle adjusting mechanism 42 and horizontal position regulating mechanism 43, reach the angle for adjusting photovoltaic module 35
With the function of horizontal position, make it possible to that 35 position of photovoltaic module is adjusted according to the actual situation, ensure that power supply and prevents
What nurse made is normally carried out, and improves the reliability in the course of work.
The horizontal position regulating mechanism 43 includes support column 431, working plate 432, adjusting rod 433, pillar 434, gear
435, rotary electric machine 436, mounting plate 437 and hitch frame 438, support column 431 are mounted on 41 upper end inner wall of fixed cylinder, support column
431 lower ends are equipped with working plate 432, and 432 side wall of working plate is connected with 41 inner wall of fixed cylinder, along its circumferential direction on working plate 432
Direction is uniformly provided with regulating tank, and adjusting slot number is identical as hole number is adjusted, and passes through sliding matching mode in regulating tank and pacifies
Equipped with adjusting rod 433,432 lower end of working plate is connected by bearing with 435 one end of gear, 435 other end of gear and rotation electricity
436 output shaft of machine is connected, and rotary electric machine 436 is mounted on mounting plate 437 by motor cabinet, and mounting plate 437 is mounted on fixation
On 41 inner walls of cylinder, it is uniformly provided with sliding groove along its circumferential direction on gear 435, slides slot number and 433 quantity phase of adjusting rod
Together, pillar 434 is connected with by sliding matching mode in sliding groove, pillar 434 is mounted on adjusting rod 433, and adjusting rod 433 pushes up
The adjustment hole opened up on 41 outer wall of fixed cylinder is held, 433 top of adjusting rod is equipped with hitch frame 438, hitch frame 438 and lifting
37 side wall of plate is connected；Rotation is synchronized with moving gear 435 by rotary electric machine 436, during gear 435 rotates,
Pillar 434 is slided in sliding groove, so that adjusting rod 433 be driven to move along a straight line in regulating tank, drives hitch frame
438 pairs of lifter plates 37 generate thrust or pulling force and reach adjusting light so that sliding rack 32 be driven to be moved on line slide rail 31
The function of lying prostrate 35 horizontal position of component, without being manually adjusted, and can disposably adjust all 35 positions of photovoltaic module
Section, shortens regulating time, improves work efficiency, and avoids the inconsistent situation hair of adjusting position when being manually adjusted
It is raw, it ensure that the accuracy of adjusting.
The angle adjusting mechanism 42 includes fixed ring 421, lifting cylinder 422, lifting ring 423, directive slide track 424 and adjusts
Frame 425 is saved, fixed ring 421 is mounted on 41 outer wall upper end of fixed cylinder, its circumferential direction of 421 lower end edge of fixed ring is uniformly equipped with liter
Sending down abnormally ascending cylinder 422,422 top of lifting cylinder are connected with 423 upper end of lifting ring, and lifting ring 423 is installed by sliding matching mode
On directive slide track 424, directive slide track 424 is mounted on 41 outer wall of fixed cylinder by sliding matching mode, edge in fixed ring 421
Its circumferential direction is uniformly equipped with adjusting bracket 425, and 425 top of adjusting bracket is mounted on connecting plate 36；In the auxiliary of directive slide track 424
It helps under effect, drives lifting ring 423 to move along a straight line by lifting cylinder 422, while adjusting bracket 425 being driven to drive connecting plate
36 synchronize linear motion, thus realize the adjusting to 37 height of lifter plate, while 37 height of lifter plate changes,
34 bottom end of support frame is slided in auxiliary guide rail 33, so that the setting angle of photovoltaic module 35 changes, reaches adjusting
The purpose of 35 setting angle of photovoltaic module enables photovoltaic module 35 to be pacified with the change of the real works situation such as illumination
The corresponding adjusting of angle is filled, to be reliably completed the work of power supply, and angle tune can be carried out to all photovoltaic modulies 35 simultaneously
Section, consuming time is long when eliminating manual adjustment, adjusts the disadvantages of angle is uneven.
When work, the present invention is hoisted to right above assigned work place by existing equipment, then passes through rotating electric machine
25 drive extruding screws 24 are rotated, and extruding screw 24 carries out downward linear motion while rotation, in auxiliary telescopic
Under the guiding role of bar 28, sedimentation frame 27 moves gradually downward, to drive entire invention to move downward, in the effect of gravity
Under, sinking plate 22 and the cone 23 that sinks are inserted into ground, make it possible to for the present invention to be fixed on designated position, pass through rotation electricity later
Machine 436 synchronizes rotation with moving gear 435, and during gear 435 rotates, pillar 434 is slided in sliding groove,
To drive adjusting rod 433 to move along a straight line in regulating tank, hitch frame 438 is driven to generate thrust or drawing to lifter plate 37
Power reaches the function of adjusting 35 horizontal position of photovoltaic module, nothing so that sliding rack 32 be driven to be moved on line slide rail 31
It need to manually be adjusted, and disposably all 35 positions of photovoltaic module can be adjusted, shorten regulating time, improve work
Make efficiency, and avoid the situation that adjusting position is inconsistent when being manually adjusted and occur, ensure that the accuracy of adjusting, then
Under the booster action of directive slide track 424, lifting ring 423 is driven to move along a straight line by lifting cylinder 422, while driving tune
Section frame 425 drives connecting plate 36 to synchronize linear motion, thus realize the adjusting to 37 height of lifter plate, it is high in lifter plate 37
While degree changes, 34 bottom end of support frame is slided in auxiliary guide rail 33, so that the setting angle of photovoltaic module 35
It changes, achievees the purpose that adjust 35 setting angle of photovoltaic module, enable photovoltaic module 35 with real works such as illumination
The change of situation and the corresponding adjusting for carrying out setting angle, to be reliably completed the work of power supply, and can be simultaneously to all light
It lies prostrate component 35 and carries out angular adjustment, consuming time is long when eliminating manual adjustment, adjusts the disadvantages of angle is uneven, and the present invention solves
Installation difficulty present in existing photovoltaic communication base station installation, the course of work is big, photovoltaic module adjusts that consuming time is long, work
The problems such as low efficiency and degree of regulation are poor realizes and reduces photovoltaic communication base station installation difficulty and carry out certainly to photovoltaic module position
The dynamic function of adjusting, has reached purpose.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and only illustrating for the description in above embodiments and description is of the invention
Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change
Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent
It defines.
Claims (3)
1. a kind of intelligent photovoltaic communication base station of block catenary system, including substrate (1), fixed device (2), protective device (3)
With regulating device (4), it is characterised in that: the substrate (1) is circular configuration, and substrate (1) lower end is equipped with fixed device (2),
Substrate (1) upper end is equipped with protective device (3), and protective device (3) is internally provided with regulating device (4), regulating device (4) installation
On substrate (1)；Wherein:
The fixed device (2) includes fixing seat (21), sinking plate (22), sink cone (23), extruding screw (24), rotating electric machine
(25), telescopic installation frame (26), sedimentation frame (27) and auxiliary telescopic bar (28), fixing seat (21) are mounted in substrate (1) lower end
Portion, its circumferential direction of fixing seat (21) lower end edge are uniformly equipped with sinking plate (22), and sinking cone is equipped in the middle part of fixing seat (21)
(23), its circumferential direction of substrate (1) outer lateral edge is uniformly provided with working hole, and screw thread is provided in working hole, is passed through in working hole
Thread connecting mode is equipped with extruding screw (24), and extruding screw (24) upper end is connected with rotating electric machine (25) output shaft, rotation
Rotating motor (25) is mounted on telescopic installation frame (26) upper end by motor cabinet, and telescopic installation frame (26) is mounted on substrate (1), squeezes
Pressure screw rod (24) lower end is equipped with sedimentation frame (27), and sedimentation frame (27) upper end is connected with auxiliary telescopic bar (28) top, assists
Telescopic rod (28) is mounted on substrate (1) lower end；
The protective device (3) includes line slide rail (31), sliding rack (32), auxiliary guide rail (33), support frame (34), photovoltaic group
Part (35), connecting plate (36) and lifter plate (37), its circumferential direction of substrate (1) upper end edge are uniformly equipped with line slide rail (31),
It is equipped with sliding rack (32) on line slide rail (31) by sliding matching mode, sliding rack (32) upper end is equipped with auxiliary guide rail
(33), it is connected by sliding matching mode with support frame (34) lower end in auxiliary guide rail (33), installation on the outside of support frame (34)
Have photovoltaic module (35), is equipped with connecting plate (36) on the inside of support frame (34), connecting plate (36) lower end and lifter plate (37) top
It is connected, lifter plate (37) is mounted on sliding rack (32), and lifter plate (37) side wall is connected with regulating device (4)；
The regulating device (4) includes fixed cylinder (41), angle adjusting mechanism (42) and horizontal position regulating mechanism (43), fixed
Cylinder (41) is mounted in the middle part of substrate (1), and fixed cylinder (41) is hollow cylinder structure, is equipped with angular adjustment inside fixed cylinder (41)
Mechanism (42), fixed cylinder (41) is external to be equipped with horizontal position regulating mechanism (43), and along its circumferential direction on fixed cylinder (41) outer wall
Direction is uniformly provided with adjustment hole；
The sinking plate (22) and sedimentation frame (27) bottom end are blade-like structure.
2. a kind of intelligent photovoltaic communication base station of block catenary system according to claim 1, it is characterised in that: the water
Flat position adjusting mechanism (43) includes support column (431), working plate (432), adjusting rod (433), pillar (434), gear
(435), rotary electric machine (436), mounting plate (437) and hitch frame (438), support column (431) are mounted on fixed cylinder (41) upper end
On inner wall, support column (431) lower end is equipped with working plate (432), and working plate (432) side wall is connected with fixed cylinder (41) inner wall
It connects, is uniformly provided with regulating tank along its circumferential direction on working plate (432), and adjusting slot number is identical as hole number is adjusted, adjusts
It is equipped with adjusting rod (433) in section slot by sliding matching mode, working plate (432) lower end passes through bearing and gear (435) one
End is connected, and gear (435) other end is connected with rotary electric machine (436) output shaft, and rotary electric machine (436) is pacified by motor cabinet
On mounting plate (437), mounting plate (437) is mounted on fixed cylinder (41) inner wall, equal along its circumferential direction on gear (435)
Even to offer sliding groove, sliding slot number is identical as adjusting rod (433) quantity, is connected in sliding groove by sliding matching mode
Pillar (434), pillar (434) are mounted on adjusting rod (433), and adjusting rod (433) top passes through opens on fixed cylinder (41) outer wall
If adjustment hole, adjusting rod (433) top is equipped with hitch frame (438), and hitch frame (438) is connected with lifter plate (37) side wall
It connects.
3. a kind of intelligent photovoltaic communication base station of block catenary system according to claim 1, it is characterised in that: the angle
Spending regulating mechanism (42) includes fixed ring (421), lifting cylinder (422), lifting ring (423), directive slide track (424) and adjusting bracket
(425), fixed ring (421) is mounted on fixed cylinder (41) outer wall upper end, its circumferential direction of fixed ring (421) lower end edge is uniformly installed
Have lifting cylinder (422), lifting cylinder (422) top is connected with lifting ring (423) upper end, and lifting ring (423) passes through sliding
Fit system is mounted on directive slide track (424), and directive slide track (424) is mounted on fixed cylinder (41) outside by sliding matching mode
It on wall, is uniformly equipped with adjusting bracket (425) in fixed ring (421) along its circumferential direction, adjusting bracket (425) top is mounted on connection
On plate (36).
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