CN208285254U - Road and bridge engineering side hanging electricity generation system - Google Patents
Road and bridge engineering side hanging electricity generation system Download PDFInfo
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- CN208285254U CN208285254U CN201820714491.XU CN201820714491U CN208285254U CN 208285254 U CN208285254 U CN 208285254U CN 201820714491 U CN201820714491 U CN 201820714491U CN 208285254 U CN208285254 U CN 208285254U
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- photovoltaic
- bridge
- fine purifiation
- photovoltaic battery
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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
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/47—Mountings or tracking
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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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Abstract
The utility model discloses a kind of road and bridge engineering side hanging electricity generation system, including bridge, the two sides of the bridge are respectively equipped with photovoltaic power generation apparatus, the photovoltaic power generation apparatus is mounted on the side of the bridge, along the length direction walking track of the bridge above the photovoltaic power generation apparatus, the walking track is equipped with walking dolly, and photovoltaic electric plate cleaning disk is lifted on the walking dolly, and photovoltaic battery plate cleaning disk is fallen on the photovoltaic power generation apparatus.The utility model can efficiently carry out photoelectric conversion, while have the characteristics that electric energy reserves are big, and have self-cleaning function, can guarantee incident photon-to-electron conversion efficiency.
Description
Technical field
The utility model relates to field of photovoltaic power generation, and in particular to a kind of road and bridge engineering side hanging electricity generation system.
Background technique
Solar energy can be described as inexhaustible, nexhaustible, cleanliness without any pollution, the reproducible environmentally protective energy, with
Science and technology development and social progress, people are higher and higher to the consciousness of environmental protection, using solar power generation trend increasingly
Rise, with unrivaled spatter property, the safety of height, the opposite popularity of the energy and adequacy, the long-life and
Advantage not available for other conventional energy resources such as maintenance-free feature, so photovoltaic energy is considered as most important new energy.Photovoltaic
Collection of energy conversion equipment can convert light energy into electric power and be used, and be the development that social low-carbon environment-friendly, green energy resource use
Direction.
The electricity consumption of road and bridge at present is mainly connected by conducting wire, and teletransmission electric energy is powered, and it is big not only to consume electric energy
And electricity consumption trouble, nor meet existing energy-saving and environment-friendly theory, existing some solar street lights, the dual-purpose road of light wind
The road and bridge such as lamp lighting apparatus only does illumination and is used, and can not carry out a large amount of storage and photoelectric conversion, while photovoltaic battery plate is long-term
Exposure in air, is easy accumulation dust, and existing photovoltaic power generation apparatus does not have self-cleaning equipment, can seriously affect after dust accretions
The transformation efficiency of photovoltaic battery plate.So needing to design, a kind of energy is efficient, high texture carries out photoelectric conversion and storage capacity is strong, has
The photoelectric conversion device of self-cleaning function.
Utility model content
In view of this, to solve one or more above technical problem, the utility model provides a kind of road and bridge work
Journey side hanging electricity generation system.
Technical solution is as follows:
A kind of road and bridge engineering side hanging electricity generation system, key are: including bridge, the two sides of the bridge are set respectively
There is photovoltaic power generation apparatus, the photovoltaic power generation apparatus is mounted on the side of the bridge, the edge above the photovoltaic power generation apparatus
The length direction walking track of the bridge, the walking track are equipped with walking dolly, are lifted with photovoltaic electric on the walking dolly
Plate cleans disk, and photovoltaic battery plate cleaning disk is fallen on the photovoltaic power generation apparatus.The effect of the program is: photovoltaic power generation apparatus energy
Photoelectric conversion power generation is carried out, the photovoltaic battery plate cleaning disk of walking dolly lifting is fallen on photovoltaic power generation apparatus, with walking dolly
It is mobile in walking track, photovoltaic power generation apparatus can be cleaned.
Preferably, multiple photovoltaic power generation apparatus have been distributed along its length in the side of the bridge,
The photovoltaic power generation apparatus includes vertically arranged side mounting plate and the photovoltaic generation unit being mounted on the side mounting plate, described
Side mounting plate is fixed on the side of the bridge, and the photovoltaic generation unit is located on the outside of the side mounting plate, the photovoltaic hair
The top of electric unit and the side mounting plate are hinged, are connected with pull-push piece between the photovoltaic generation unit and side mounting plate.It should
The effect of scheme is: pull-push piece can push photovoltaic generation unit to rotate, to adjust the angle of photovoltaic generation unit, preferably connect
It is illuminated by the light, promotes photoelectric conversion efficiency.
Preferably, the photovoltaic generation unit includes the box body equipped with window, and the window of the box body is backwards to described
The setting of side mounting plate, the box body are obliquely installed, and the top of the box body and the side mounting plate are hinged, and photovoltaic electric is equipped in the box body
Plate is connected between the photovoltaic battery plate and the inner wall of box body by angle adjustment device, is covered at the window of the box body
Tabula rasa；
It is equipped with a circle light-transmitting plate bayonet around its window on the box body, the edge of the light-transmitting plate falls in the light transmission
In board mouth, the edge of the light-transmitting plate passes through glass glue sticking and closes；
The top edge of the side mounting plate is connected with the flange that blocks extended outward, and the lower edge of the side mounting plate connects
It is connected to the horizontal supporting plate extended outward, the lower part of the box body is overlapped on the edge of the horizontal supporting plate；
The pull-push piece be electric pushrod, the both ends of the electric pushrod respectively with the box body bottom and the side mounting plate
Lateral surface it is hinged, the electric pushrod be two, two electric pushrods along the bridge length direction be distributed.
The effect of the program is: photovoltaic battery plate can carry out photoelectric conversion under illumination condition, and photovoltaic battery plate is placed on box body
It is middle to have certain wind resistance effect；It is additionally provided with angle adjustment device in box body simultaneously, can be directed in different time periods different
Photovoltaic battery plate is adjusted in lighting angle, and photovoltaic battery plate is made preferably to receive luminous energy, and light-transmitting plate can play dustproof effect, keep away
Exempt from the accumulation of dust on photovoltaic battery plate, leads to the reduction of photovoltaic battery plate transformation efficiency；Electric pushrod can push photovoltaic cells or more
To adapt to lighting angle, the design of two catch bars keeps the installation of photovoltaic battery plate more stable for rotation.
Preferably, the angle adjustment device includes photovoltaic battery plate shaft and photovoltaic battery plate sync driver, institute
It states the length direction in box body along the bridge and multiple photovoltaic battery plate shafts, the length of the photovoltaic battery plate shaft is distributed with
Direction is vertical with its distribution arrangement, the photovoltaic battery plate axes of rotation skew setting, the box of the photovoltaic battery plate shaft and the box body
Bottom is parallel, and the both ends of the photovoltaic battery plate shaft pass through the inner wall that bearing is mounted on the box body, each photovoltaic electric respectively
The photovoltaic battery plate, window of the working face of the photovoltaic battery plate towards the box body, the light are connected separately in plate shaft
Volt battery plate the back side be fixedly connected with the corresponding photovoltaic battery plate shaft, all photovoltaic battery plate shafts with it is same described
The connection of photovoltaic battery plate sync driver；
The photovoltaic battery plate sync driver includes photovoltaic battery plate rotating pulley, in each photovoltaic battery plate shaft
It is installed with the photovoltaic battery plate rotating pulley, the photovoltaic battery plate rotating pulley of the two neighboring photovoltaic battery plate shaft respectively
On be arranged with same root photovoltaic battery plate rotating belt, any photovoltaic battery plate shaft is connected with photovoltaic battery plate rotational power dress
It sets；
The photovoltaic battery plate rotational power plant include photovoltaic battery plate rotary electric machine and with the photovoltaic battery plate rotary electric machine
The photovoltaic battery plate for exporting axis connection rotates retarder, and the photovoltaic battery plate rotary electric machine and photovoltaic battery plate rotation retarder are solid respectively
It is scheduled on the outer wall of the box body, the output shaft of the photovoltaic battery plate rotation retarder protrudes into the box body and any photovoltaic
The connection of battery plate shaft axial restraint.
The effect of the program is: photovoltaic battery plate sync driver energy synchronous rotary photovoltaic battery plate shaft, so that box body
Interior photovoltaic battery plate is synchronously carried out angular adjustment, and photovoltaic battery plate is enable to receive more luminous energy；It is all provided in photovoltaic battery plate shaft
There is photovoltaic battery plate rotating pulley, covers same root photovoltaic battery plate rotating belt, energy on two neighboring photovoltaic battery plate rotating pulley
Achieve the effect that all photovoltaic battery plate shafts synchronize rotation by the rotation of any one photovoltaic battery plate rotating pulley；Light
It lies prostrate battery plate rotary electric machine and power is provided, photovoltaic battery plate rotation retarder is output to photovoltaic battery plate shaft after buffering to power again
On, photovoltaic battery plate shaft can be made to carry out, and slow position is mobile, adapts to the irradiating angle change frequency of light as far as possible, guarantees photovoltaic electric
Plate transformation efficiency.
Preferably, the walking track includes horizontally disposed channel beam, all photovoltaic generation units
It is respectively positioned below the channel beam, which is fixedly connected with the bridge, opening down, the slot of the channel beam
Set at the notch of type crossbeam there are two face and horizontal-extending walking plate, the outer ledge of two walking plates respectively with slot
Two cell wall lower edges of type crossbeam connect, and lifting seam is formed between two walking plates, and the walking dolly is located at described
In channel beam, the walking dolly is fallen on two walking plates, is connected with vertical loading board on the walking dolly, the lifting
Bar is connect after being passed down through the lifting seam with photovoltaic battery plate cleaning disk；
The walking dolly includes vehicle frame, and the upper end of the vertical loading board is connect with the vehicle frame, is equipped with two rows on the vehicle frame
Traveling wheel, two rows of traveling wheels respectively fall in the upper surface of two walking plates, and the traveling wheel is pacified by live axle
On the vehicle frame, it is additionally provided with movable motor on the vehicle frame, the output shaft of the movable motor is driven by walking transmission mechanism
Move any live axle rotation.The effect of the program is: walking dolly, which is equipped with movable motor, can drive row by motor
Walk the purpose that wheel shaft is rotated up to driving walking dolly.
Preferably, the photovoltaic battery plate cleaning disk includes outer cover, is disposed in the same direction in the outer cover
Purge chamber, power supply room and washing lotion room, the purge chamber, power supply room and washing lotion room are mutually isolated, wherein the purge chamber is close to institute
Light-transmitting plate is stated, the washing lotion room is equipped with driven cleaning component, in the power supply room far from the light-transmitting plate in the purge chamber
It is interior to be equipped with energy supply battery pack, solution feed pump, the energy supply battery pack and the driven cleaning component, row are equipped in the washing lotion room
Motor and solution feed pump electrical connection are walked, the outlet of the solution feed pump is connected in the purge chamber by pipeline, described to hang
The lower end of dress bar is connect with the outer cover；
The outer cover includes the shell for installing driven cleaning component and the liquid holding box for containing cleaning solution, the shell
It is equipped with battery mounting plate in vivo, the two sides of the battery mounting plate are respectively formed the purge chamber and the power supply room, the Sheng liquid
The washing lotion room is formed inside case；
The power supply room backwards to the light-transmitting plate be equipped with construction opening, the liquid holding box by it is described power supply room construction opening
Covering, is bolted, the outer wall of the lower end of the vertical loading board and the liquid holding box between the liquid holding box and the shell
It is fixedly connected.
The effect of the program is: the driven cleaning component in purge chamber can clean photovoltaic battery plate, the battery pack in the room that powers
Electric energy is provided for driven cleaning component, the cleaning solution in washing lotion room can be supplied to purge chamber by the solution feed pump in washing lotion room；Battery
Mounting plate is for installing battery pack, the assembly that liquid holding box and shell are independently arranged convenient for cleaning deskitte.
Preferably, the purge chamber includes the thick chamber wash being adjacently positioned and fine purifiation room, the thick chamber wash and fine purifiation
Room is distributed along the length direction of the bridge, and the thick chamber wash and fine purifiation room are respectively equipped with the opening towards the light-transmitting plate, institute
It states to be equipped in thick chamber wash and slightly washes roll brush, the brush head for slightly washing roll brush extends downwardly the thick chamber wash and falls in the light transmission
The outer surface of plate, being horizontally disposed in the fine purifiation room has fine purifiation roller brush, and the body of roll part of the fine purifiation roller brush extends downwardly described
The outlet of fine purifiation room and the outer surface for falling in the light-transmitting plate, the solution feed pump is connected to the thick chamber wash and fine purifiation by pipeline
It is indoor.The effect of the program is: has the function that clean photovoltaic battery plate with two stages of fine purifiation by slightly washing, it is thick in thick chamber wash
It washes after roll brush scrubs spot and uses the fine purifiation roller brush wiped clean of fine purifiation room again, guarantee the cleannes of photovoltaic battery plate, reach
To the purpose for keeping high-efficiency photovoltaic conversion.
Preferably, the purge chamber further includes that slightly a wash rotating device mutually isolated with the thick chamber wash is pacified
It behave affectedly, the rotating device installation cavity of slightly washing is located between the thick chamber wash and power supply room, described slightly to wash rotating device installation cavity
Interior be equipped with slightly washes rotating device；
Described slightly wash is equipped with multiple roll brush mounting holes between rotating device installation cavity and thick chamber wash, the roll brush installation
, to slightly wash rotating device installation cavity by described and be connected to thick chamber wash, distinguish in the roll brush mounting hole through the shell in hole
Be equipped with and slightly wash shaft, described one end for slightly washing shaft protrude into after the thick chamber wash be connected separately with it is described slightly wash roll brush, institute
It states and slightly washes the other end of shaft and protrude into and described slightly wash in rotating device installation cavity；
The end for slightly washing shaft is installed with roll brush runner respectively, and the roll brush runner slightly washes rotation positioned at described
In device installation cavity, it is arranged on all roll brush runners and same slightly washes synchronous belt, the two neighboring roll brush
Belt tightening wheel is respectively equipped between runner, the synchronous belt of slightly washing is around the belt tightening wheel；
It is described slightly wash rotating device include slightly wash motor and slightly wash that motor output shaft connect with this it is thick wash retarder, it is described
Slightly wash motor and slightly wash retarder be both secured to it is described slightly wash in rotating device installation cavity, it is described slightly wash retarder output shaft and
Any shaft of slightly washing axially connects, and the energy supply battery pack thick washed motor and be electrically connected with described.
The effect of the program is: by slightly wash rotating device band use force wash shaft rotation, reach rotation slightly wash roll brush into
The clean purpose of row photovoltaic battery plate；All roll brush runners slightly wash retarder transmission by same slightly wash after synchronous belt connection again
Connection may be implemented all roll brush runners and rotate synchronously, and achieve the effect that all roll brush of slightly washing rotate synchronously cleaning.
Preferably, the purge chamber further includes a fine purifiation rotating device peace mutually isolated with the fine purifiation room
It behave affectedly, the fine purifiation rotating device installation cavity is located between the fine purifiation room and power supply room, sets in fine purifiation rotating device installation cavity
There is fine purifiation rotating device；
Multiple fine purifiation roller brushes, the fine purifiation roller is distributed in length direction in the fine purifiation room along the bridge side by side
The roll shaft axis of brush is vertical with the length direction of the bridge, and the fine purifiation roller brush is obliquely installed, the both ends of the fine purifiation roller brush
Respectively on the housing by bearing installation, one end of the fine purifiation roller brush is pierced by the fine purifiation room, in the fine purifiation roller brush
Traversing through end be installed with roller brush runner respectively, the roller brush runner is two-groove belt pulley, the roller of the two neighboring fine purifiation roller brush
The same fine purifiation synchronous belt is arranged on brush runner；
The fine purifiation rotating device includes fine purifiation motor and the fine purifiation retarder that connect with the fine purifiation motor output shaft, described
The output shaft of fine purifiation retarder is pierced by after the fine purifiation rotating device installation cavity and is installed with fine purifiation driving wheel in its traversing through end, the essence
It washes driving wheel and is connect with any roller brush runner by driving belt, the energy supply battery pack is electrically connected with the fine purifiation motor
It connects.
The effect of the program is: same fine purifiation synchronous belt is set on the two-groove belt pulley of two neighboring fine purifiation roller brush, so
The retarder of fine purifiation rotating device is connected with any roller brush runner belt afterwards, be can achieve all fine purifiation roller brushes and is rotated synchronously progress
The clean effect of photovoltaic battery plate.
It is preferably, described slightly to wash rotating device installation cavity and fine purifiation rotating device installation cavity is disposed adjacent side by side,
It is described slightly to wash rotating device installation cavity and fine purifiation rotating device installation cavity is equipped with opening towards the power supply room, the battery
Mounting plate covers the opening and the opening of fine purifiation rotating device installation cavity for slightly washing rotating device installation cavity, the energy supply simultaneously
Battery pack is mounted on the battery mounting plate；
The channel beam is connected with horizontally disposed bridge connecting plate, and it is logical that crossbeam installation is equipped on the bridge connecting plate
Hole, the bridge connecting plate is parallel with the bridge floor of the bridge, which falls on the bridge floor of the bridge, in the peace
Anchor log is provided in dress through-hole to which bridge connecting plate to be fixed on to the bridge floor of the bridge；
The horizontal supporting plate is equipped with energy-storage battery group, and the photovoltaic battery plate is electrically connected with the energy-storage battery group.
The effect of the program is: battery mounting plate can install battery pack and provide power for cleaning assemblies, slightly wash rotating device
Installation cavity and fine purifiation rotating device installation cavity are equipped with upward opening, slightly wash rotating device and fine purifiation inside the two convenient for assembling
Rotating device；Bridge connecting plate is equipped with crossbeam installation through-hole, and fixed pin can be worn by crossbeam installation through-hole or bolt will
Bridge and the fastening of bridge connecting plate, can promote the stability of walking track.
The utility model has the advantages that can efficiently carry out photoelectricity using the road and bridge engineering side hanging electricity generation system of the utility model
Conversion, while having the characteristics that electric energy reserves are big, and there is self-cleaning function, it can guarantee incident photon-to-electron conversion efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the connection schematic diagram of the utility model and bridge；
Fig. 3 is the front perspective view of photovoltaic power generation apparatus；
Fig. 4 is the structural schematic diagram of photovoltaic generation unit；
Fig. 5 is the A-A ' cross-sectional view of Fig. 4；
Fig. 6 is the B-B ' cross-sectional view of Fig. 4；
Fig. 7 is the postrotational status diagram of photovoltaic battery plate a1；
Fig. 8 is the C-C ' cross-sectional view of Fig. 7；
Fig. 9 is the front view that photovoltaic battery plate cleans disk c；
Figure 10 is the partial sectional view that photovoltaic battery plate cleans disk c；
Figure 11 is the E-E ' cross-sectional view of Fig. 9；
Figure 12 is the bottom view of Fig. 9；
Figure 13 is the F-F ' cross-sectional view of Figure 12；
Figure 14 is the structural schematic diagram of walking dolly d2.
Specific embodiment
Below with reference to embodiment and attached drawing, the utility model is described in further detail.
As shown in attached drawing 1~14, a kind of road and bridge engineering side hanging electricity generation system, including bridge x, the two of bridge x
Side is respectively equipped with photovoltaic power generation apparatus, and the photovoltaic power generation apparatus is mounted on the side of the bridge x, fills in the photovoltaic power generation
Length direction walking the track d1, the walking track d1 that top is set along the bridge x are equipped with walking dolly d2, the walking dolly
Photovoltaic electric plate cleaning disk c is lifted on d2, photovoltaic battery plate cleaning disk c is fallen on the photovoltaic power generation apparatus.
Multiple photovoltaic power generation apparatus, the photovoltaic power generation have been distributed along its length in the side of the bridge x
Device includes the vertically arranged side mounting plate b1 and photovoltaic generation unit a being mounted on the mounting plate b1 of the side, the side installation
Plate b1 is fixed on the side of the bridge x, and the photovoltaic generation unit a is located on the outside of the side mounting plate b1, the photovoltaic hair
The top of electric unit a and the side mounting plate b1 are hinged, are connected with push-and-pull between the photovoltaic generation unit a and side mounting plate b1
Part b2.
The photovoltaic generation unit a includes the box body a4 equipped with window, and the window of box body a4 is backwards to the side mounting plate
B1 setting, box body a4 are obliquely installed, and the top of box body a4 and the side mounting plate b1 are hinged, and photovoltaic is equipped in box body a4
Battery plate a1 is connected between the photovoltaic battery plate a1 and the inner wall of box body a4 by angle adjustment device, the window of the box body a4
Place is covered with light-transmitting plate a2；
It is equipped with a circle light-transmitting plate bayonet around its window on the box body a4, the edge of the light-transmitting plate a2 falls in described
In light-transmitting plate bayonet, the edge of the light-transmitting plate a2 passes through glass glue sticking and closes；
The top edge of the side mounting plate b1 be connected with extend outward block flange b3, under the side mounting plate b1
The lower part that edge is connected with the horizontal supporting plate b4, the box body a4 that extend outward is overlapped on the side of horizontal supporting plate b4
Edge, the horizontal supporting plate b4 are equipped with energy-storage battery group b5, and the photovoltaic battery plate a1 is electrically connected with energy-storage battery group b5；
The pull-push piece b2 is electric pushrod, and the both ends of the electric pushrod are pacified with the bottom the box body a4 and the side respectively
The lateral surface of loading board b1 is hinged, and the electric pushrod is two, length direction point of two electric pushrods along the bridge x
Cloth.
The angle adjustment device includes photovoltaic battery plate shaft a3 and photovoltaic battery plate sync driver, edge in the box body a4
Multiple photovoltaic battery plate shaft a3, the length direction of the photovoltaic battery plate shaft a3 is distributed in the length direction of the bridge x
Vertical with its distribution arrangement, the photovoltaic battery plate shaft a3 is obliquely installed, the photovoltaic battery plate shaft a3 and box body a4's
Cassette bottom is parallel, and the both ends of the photovoltaic battery plate shaft a3 pass through the inner wall that bearing is mounted on the box body a4 respectively, each described
It is connected separately with the photovoltaic battery plate a1 on photovoltaic battery plate shaft a3, the working face of the photovoltaic battery plate a1 is towards the box body a4
Window, the back side of the photovoltaic battery plate a1 is fixedly connected with the corresponding photovoltaic battery plate shaft a3, all photovoltaic electrics
Plate shaft a3 is connect with the same photovoltaic battery plate sync driver；
The photovoltaic battery plate sync driver includes photovoltaic battery plate rotating pulley a7, in each photovoltaic battery plate shaft
The photovoltaic battery plate rotating pulley a7 is installed on a3 respectively, the photovoltaic battery plate of the two neighboring photovoltaic battery plate shaft a3 turns
It is arranged with same root photovoltaic battery plate rotating belt a8 on dynamic belt pulley a7, any photovoltaic battery plate shaft a3 is connected with photovoltaic electric
Plate rotational power plant；
The photovoltaic battery plate rotational power plant include photovoltaic battery plate rotary electric machine a5 and with the photovoltaic battery plate rotary electric machine
The photovoltaic battery plate of the output axis connection of a5 rotates retarder a6, and the photovoltaic battery plate rotary electric machine a5 and the rotation of photovoltaic battery plate are slowed down
Device a6 is separately fixed at the outer wall of the box body a4, and the output shaft of the photovoltaic battery plate rotation retarder a6 protrudes into the box body a4
It is interior to be connect with any photovoltaic battery plate shaft a3 axial restraint.
The walking track d1 includes horizontally disposed channel beam d3, and all photovoltaic generation unit a are respectively positioned on this
Below channel beam d3, channel beam d3 is fixedly connected with the bridge x, channel beam d3's opening down, the slot
Face and horizontal-extending walking plate d4 there are two being set at the notch of type crossbeam d3, the outer side edges fate of two walking plate d4
It is not connect with two cell wall lower edges of channel beam d3, forms lifting seam d5, the walking between two walking plate d4
Trolley d2 is located in the channel beam d3, and the walking dolly d2 is fallen on two walking plate d4, the walking dolly
Vertical loading board d6 is connected on d2, vertical loading board d6 is connect after being passed down through the lifting seam d5 with photovoltaic battery plate cleaning disk c；
The channel beam d3 is connected with horizontally disposed bridge connecting plate d9, is equipped with crossbeam on bridge connecting plate d9
Installation through-hole d10, the bridge connecting plate d9 is parallel with the bridge floor of the bridge x, and bridge connecting plate d9 falls in the bridge x's
On bridge floor, anchor log is provided in the installation through-hole d10 to which bridge connecting plate d9 to be fixed on to the bridge of the bridge x
Face.
The walking dolly d2 includes vehicle frame d7, and the upper end of the vertical loading board d6 is connect with vehicle frame d7, on vehicle frame d7
Two rows of traveling wheels are installed, two rows of traveling wheels respectively fall in the upper surface of two walking plate d4, and the traveling wheel is logical
It crosses live axle to be mounted on the vehicle frame d7, is additionally provided with movable motor d8 on the vehicle frame d7, the output of movable motor d8
Axis drives any live axle to rotate by walking transmission mechanism.
Photovoltaic battery plate cleaning disk c includes outer cover c21, be disposed in the same direction in the outer cover c21 purge chamber,
Power room c18 and washing lotion room c19, and the purge chamber, power supply room c18 and washing lotion room c19 are mutually isolated, wherein the purge chamber is leaned on
The nearly light-transmitting plate a2, the washing lotion room c19 are equipped with driven cleaning component far from the light-transmitting plate a2 in the purge chamber,
It is equipped with energy supply battery pack in the power supply room c18, solution feed pump c20, the energy supply battery pack are equipped in the washing lotion room c19
It is electrically connected with the driven cleaning component, movable motor d8 and the solution feed pump c20, the outlet of the solution feed pump c20 passes through
Pipeline is connected in the purge chamber, and the lower end of the vertical loading board d6 is connect with the outer cover c21；
The outer cover c21 includes the shell c1 for installing driven cleaning component and the liquid holding box for containing cleaning solution
Battery mounting plate c23 is equipped in c22, the shell c1, the two sides of battery mounting plate c23 are respectively formed the purge chamber and institute
Power supply room c18 is stated, forms the washing lotion room c19 inside the liquid holding box c22；
The power supply room c18 is equipped with construction opening backwards to the light-transmitting plate a2, and the liquid holding box c22 is by the power supply room
The construction opening of c18 covers, and is bolted between the liquid holding box c22 and the shell c1, under the vertical loading board d6
End is fixedly connected with the outer wall of the liquid holding box c22.
The purge chamber includes the thick chamber wash c2 and fine purifiation room c3 being adjacently positioned, and the thick chamber wash c2 and fine purifiation room c3 is along institute
The length direction distribution of bridge x is stated, the thick chamber wash c2 and fine purifiation room c3 are respectively equipped with the opening towards the light-transmitting plate a2, institute
It states to be equipped in thick chamber wash c2 and slightly washes roll brush c4, the brush head for slightly washing roll brush c4 extends downwardly the thick chamber wash c2 and falls in
The outer surface of the light-transmitting plate a2, being horizontally disposed in the fine purifiation room c3 has fine purifiation roller brush c5, the body of roll of the fine purifiation roller brush c5
Part extends downwardly the fine purifiation room c3 and falls in the outer surface of the light-transmitting plate a2, and the outlet of the solution feed pump c20 passes through pipe
Road is connected in the thick chamber wash c2 and fine purifiation room c3.
The purge chamber further include one with the thick chamber wash c2 it is mutually isolated slightly wash rotating device installation cavity c6, it is described
Rotating device installation cavity c6 is slightly washed to be located between the thick chamber wash c2 and power supply room c18, it is described slightly to wash rotating device installation cavity c6
Interior be equipped with slightly washes rotating device；
Described slightly wash is equipped with multiple roll brush mounting holes, the roll brush between rotating device installation cavity c6 and thick chamber wash c2
Mounting hole through the shell c1 to slightly wash rotating device installation cavity c6 by described and be connected to thick chamber wash c2, pacify by the roll brush
It is separately installed in dress hole and slightly washes shaft c7, described one end for slightly washing shaft c7 is separately connected after protruding into the thick chamber wash c2
It states and slightly washes roll brush c4, the other end for slightly washing shaft c7, which protrudes into, described slightly to be washed in rotating device installation cavity c6；
The end for slightly washing shaft c7 is installed with roll brush runner c8 respectively, and the roll brush runner c8 is located at described thick
Wash in rotating device installation cavity c6, be arranged on all roll brush runner c8 it is same slightly wash synchronous belt c9, adjacent two
Belt tightening wheel c10 is respectively equipped between a roll brush runner c8, the synchronous belt c9 that slightly washes rises around the belt
Bearing up pulley c10；
The rotating device of slightly washing includes slightly washing motor 11 and slightly washing the thick of the output axis connection of motor 11 with this to wash retarder
12, it is described slightly wash motor 11 and slightly wash retarder 12 be both secured to it is described slightly wash in rotating device installation cavity c6, thick wash subtracts
The output shaft of fast device 12 axially connect with any shaft c7 of slightly washing, and the energy supply battery pack thick wash motor 11 and be electrically connected with described
It connects.
The purge chamber further includes a fine purifiation rotating device installation cavity c13 mutually isolated with the fine purifiation room c3, institute
It states fine purifiation rotating device installation cavity c13 to be located between the fine purifiation room c3 and power supply room c18, fine purifiation rotating device installation cavity c13
In be equipped with fine purifiation rotating device；
Multiple fine purifiation roller brush c5 are distributed in length direction in the fine purifiation room c3 along the bridge x side by side, described
The roll shaft axis of fine purifiation roller brush c5 is vertical with the length direction of the bridge x, and the fine purifiation roller brush c5 is obliquely installed, the fine purifiation
The both ends of roller brush c5 pass through bearing respectively and are mounted on the shell c1, and one end of the fine purifiation roller brush c5 is pierced by the fine purifiation room
C3 is installed with roller brush runner c14 in the traversing through end of the fine purifiation roller brush c5 respectively, and the roller brush runner c14 is two-groove belt pulley,
The same fine purifiation synchronous belt c15 is arranged on the roller brush runner c14 of the two neighboring fine purifiation roller brush c5；
The fine purifiation rotating device includes fine purifiation motor c16 and slows down with the fine purifiation of fine purifiation motor c16 output axis connection
Device c17, the output shaft of the fine purifiation retarder c17 cover after being pierced by the fine purifiation rotating device installation cavity c13 in its traversing through end admittedly
There is fine purifiation driving wheel, which is connect with any roller brush runner c14 by driving belt, the energy supply battery pack
It is electrically connected with the fine purifiation motor c16.
It is described slightly to wash rotating device installation cavity c6 and fine purifiation rotating device installation cavity c13 is disposed adjacent side by side, it is described slightly to wash
Rotating device installation cavity c6 and fine purifiation rotating device installation cavity c13 is equipped with the opening towards the power supply room c18, the battery
Mounting plate c23 covers the opening and the opening of fine purifiation rotating device installation cavity c13 for slightly washing rotating device installation cavity c6 simultaneously,
The energy supply battery pack is mounted on the battery mounting plate c23.
Finally, it should be noted that foregoing description is only the preferred embodiment of the utility model, the common skill of this field
Art personnel are under the enlightenment of the utility model, under the premise of without prejudice to the utility model aims and claim, can make
Multiple similar expressions, such transformation each fall within the protection scope of the utility model.
Claims (10)
1. a kind of road and bridge engineering side hanging electricity generation system, it is characterised in that: including bridge (x), the two sides point of the bridge (x)
Not She You photovoltaic power generation apparatus, the photovoltaic power generation apparatus is mounted on the side of the bridge (x), in the photovoltaic power generation apparatus
Top is equipped with walking track (d1) along the length direction of the bridge (x), which is equipped with walking dolly (d2),
Photovoltaic electric plate cleaning disk (c) is lifted on the walking dolly (d2), photovoltaic battery plate cleaning disk (c) falls in the photovoltaic power generation dress
It sets.
2. road and bridge engineering side hanging electricity generation system according to claim 1, it is characterised in that: in the bridge (x)
Side be distributed along its length multiple photovoltaic power generation apparatus, the photovoltaic power generation apparatus includes vertically arranged side
Mounting plate (b1) and the photovoltaic generation unit (a) being mounted on the side mounting plate (b1), the side mounting plate (b1) are fixed on institute
The side of bridge (x) is stated, the photovoltaic generation unit (a) is located on the outside of the side mounting plate (b1), the photovoltaic generation unit
(a) top hingedly, is connected between the photovoltaic generation unit (a) and side mounting plate (b1) and pushes away with the side mounting plate (b1)
Draw piece (b2).
3. road and bridge engineering side hanging electricity generation system according to claim 2, it is characterised in that: the photovoltaic power generation list
First (a) includes the box body (a4) equipped with window, and the window of the box body (a4) is arranged backwards to the side mounting plate (b1), the box body
(a4) it is obliquely installed, the top of the box body (a4) and the side mounting plate (b1) hingedly, are equipped with photovoltaic battery plate in the box body (a4)
(a1), it is connect between the photovoltaic battery plate (a1) and the inner wall of box body (a4) by angle adjustment device, the box body (a4)
Light-transmitting plate (a2) is covered at window；
It is equipped with a circle light-transmitting plate bayonet around its window on the box body (a4), the edge of the light-transmitting plate (a2) falls in described
In light-transmitting plate bayonet, the edge of the light-transmitting plate (a2) passes through glass glue sticking and closes；
The top edge of the side mounting plate (b1) is connected with blocking flange (b3) of extending outward, the side mounting plate (b1)
Lower edge is connected with the horizontal supporting plate (b4) extended outward, and the lower part of the box body (a4) is overlapped on the horizontal supporting plate
(b4) edge；
The pull-push piece (b2) is electric pushrod, and the both ends of the electric pushrod are pacified with the box body bottom (a4) and the side respectively
The lateral surface of loading board (b1) is hinged, and the electric pushrod is two, and two electric pushrods are along the length side of the bridge (x)
To distribution.
4. road and bridge engineering side hanging electricity generation system according to claim 3, it is characterised in that: the angular adjustment dress
It sets including photovoltaic battery plate shaft (a3) and photovoltaic battery plate sync driver, the interior length along the bridge (x) of the box body (a4)
Directional spreding has multiple photovoltaic battery plate shafts (a3), the length direction and its distribution arrangement of the photovoltaic battery plate shaft (a3)
Vertically, the photovoltaic battery plate shaft (a3) is obliquely installed, and the cassette bottom of the photovoltaic battery plate shaft (a3) and the box body (a4) are flat
Row, the both ends of the photovoltaic battery plate shaft (a3) pass through the inner wall that bearing is mounted on the box body (a4), each light respectively
The photovoltaic battery plate (a1) is connected separately on volt battery plate shaft (a3), and the working face of the photovoltaic battery plate (a1) is towards the box
The window of body (a4), the back side of the photovoltaic battery plate (a1) are fixedly connected with the corresponding photovoltaic battery plate shaft (a3), are owned
The photovoltaic battery plate shaft (a3) connect with the same photovoltaic battery plate sync driver；
The photovoltaic battery plate sync driver includes photovoltaic battery plate rotating pulley (a7), in each photovoltaic battery plate shaft
(a3) the photovoltaic battery plate rotating pulley (a7), the photovoltaic of the two neighboring photovoltaic battery plate shaft (a3) are installed on respectively
Same root photovoltaic battery plate rotating belt (a8), any photovoltaic battery plate shaft (a3) are arranged on battery plate rotating pulley (a7)
It is connected with photovoltaic battery plate rotational power plant；
The photovoltaic battery plate rotational power plant include photovoltaic battery plate rotary electric machine (a5) and with the photovoltaic battery plate rotary electric machine
(a5) the photovoltaic battery plate of output axis connection rotates retarder (a6), and the photovoltaic battery plate rotary electric machine (a5) and photovoltaic battery plate turn
Dynamic retarder (a6) is separately fixed at the outer wall of the box body (a4), and the output shaft of photovoltaic battery plate rotation retarder (a6) is stretched
Enter and is connect in the box body (a4) with any photovoltaic battery plate shaft (a3) axial restraint.
5. road and bridge engineering side hanging electricity generation system according to claim 3, it is characterised in that: the walking track
It (d1) include horizontally disposed channel beam (d3), all photovoltaic generation units (a) are respectively positioned under the channel beam (d3)
Side, the channel beam (d3) are fixedly connected with the bridge (x), opening down, the channel beam of the channel beam (d3)
(d3) face and horizontal-extending walking plate (d4) there are two being set at notch, the outer side edges fate of two walkings plate (d4)
It is not connect with two cell wall lower edges of channel beam (d3), forms lifting seam (d5), institute between two walking plates (d4)
It states walking dolly (d2) to be located in the channel beam (d3), the walking dolly (d2) falls in two walking plates (d4)
On, be connected with vertical loading board (d6) on the walking dolly (d2), the vertical loading board (d6) be passed down through lifting seam (d5) afterwards with
Photovoltaic battery plate cleaning disk (c) connection；
The walking dolly (d2) includes vehicle frame (d7), and the upper end of the vertical loading board (d6) is connect with the vehicle frame (d7), the vehicle frame
(d7) two rows of traveling wheels are installed, two rows of traveling wheels respectively fall in the upper surface of two walkings plate (d4), described on
Traveling wheel is mounted on the vehicle frame (d7) by live axle, is additionally provided with movable motor (d8), the row on the vehicle frame (d7)
The output shaft for walking motor (d8) drives any live axle to rotate by walking transmission mechanism.
6. road and bridge engineering side hanging electricity generation system according to claim 5, it is characterised in that: the photovoltaic battery plate is clear
Dishwashing (c) includes outer cover (c21), is disposed with purge chamber, power supply room (c18) in the outer cover (c21) in the same direction and washes
Liquid chamber (c19), the purge chamber, power supply room (c18) and washing lotion room (c19) are mutually isolated, wherein the purge chamber is close to described
Light-transmitting plate (a2), the washing lotion room (c19) are equipped with driven cleaning component far from the light-transmitting plate (a2) in the purge chamber,
It is equipped with energy supply battery pack in the power supply room (c18), is equipped with solution feed pump (c20) in the washing lotion room (c19), the energy supply
Battery pack is electrically connected with the driven cleaning component, movable motor (d8) and the solution feed pump (c20), the solution feed pump
(c20) outlet is connected in the purge chamber by pipeline, and the lower end of the vertical loading board (d6) and the outer cover (c21) are even
It connects；
The outer cover (c21) includes the liquid holding box for installing the shell of driven cleaning component (c1) and for containing cleaning solution
(c22), it is equipped with battery mounting plate (c23) in the shell (c1), the two sides of the battery mounting plate (c23) are respectively formed described
Purge chamber and the power supply room (c18), the liquid holding box (c22) is internal to form the washing lotion room (c19)；
The power supply room (c18) is equipped with construction opening backwards to the light-transmitting plate (a2), and the liquid holding box (c22) is by the power supply room
(c18) construction opening covering, is bolted, the vertical loading board between the liquid holding box (c22) and the shell (c1)
(d6) lower end is fixedly connected with the outer wall of the liquid holding box (c22).
7. road and bridge engineering side hanging electricity generation system according to claim 6, it is characterised in that: the purge chamber includes
The thick chamber wash (c2) and fine purifiation room (c3) being adjacently positioned, the length of the thick chamber wash (c2) and fine purifiation room (c3) along the bridge (x)
Directional spreding is spent, the thick chamber wash (c2) and fine purifiation room (c3) are respectively equipped with the opening towards the light-transmitting plate (a2), described thick
It is equipped in chamber wash (c2) and slightly washes roll brush (c4), the brush head for slightly washing roll brush (c4) extends downwardly the thick chamber wash (c2) simultaneously
The outer surface of the light-transmitting plate (a2) is fallen in, being horizontally disposed in the fine purifiation room (c3) has fine purifiation roller brush (c5), the fine purifiation roller
The body of roll part of brush (c5) extends downwardly the fine purifiation room (c3) and falls in the outer surface of the light-transmitting plate (a2), the solution feed pump
(c20) outlet is connected in the thick chamber wash (c2) and fine purifiation room (c3) by pipeline.
8. road and bridge engineering side hanging electricity generation system according to claim 7, it is characterised in that: the purge chamber is also wrapped
Include one with the thick chamber wash (c2) is mutually isolated slightly washes rotating device installation cavity (c6), it is described slightly to wash rotating device installation cavity
(c6) it is located between the thick chamber wash (c2) and power supply room (c18), it is described slightly to wash in rotating device installation cavity (c6) equipped with slightly washing
Rotating device；
Described slightly wash is equipped with multiple roll brush mounting holes, the roll brush between rotating device installation cavity (c6) and thick chamber wash (c2)
Mounting hole through the shell (c1) to slightly wash rotating device installation cavity (c6) by described and be connected to thick chamber wash (c2), described turn
It is separately installed in dynamic brush mounting hole and slightly washes shaft (c7), after the thick chamber wash (c2) is protruded into described one end for slightly washing shaft (c7)
Be connected separately with it is described slightly wash roll brush (c4), it is described slightly wash shaft (c7) the other end protrude into it is described slightly wash rotating device installation
In chamber (c6)；
The end for slightly washing shaft (c7) is installed with roll brush runner (c8) respectively, and the roll brush runner (c8) is located at described
It slightly washes in rotating device installation cavity (c6), is arranged on all roll brush runners (c8) and same slightly washes synchronous belt
(c9), it is respectively equipped with belt tightening wheel (c10) between the two neighboring roll brush runner (c8), it is described slightly to wash synchronous belt
(c9) belt tightening wheel (c10) is bypassed；
The rotating device of slightly washing includes slightly washing motor (11) and slightly washing the thick of motor (11) output axis connection with this to wash retarder
(12), described slightly to wash motor (11) and slightly wash retarder (12) interior, the institute that is both secured to the rotating device installation cavity (c6) of slightly washing
State and slightly wash the output shaft of retarder (12) and axially connect with any shaft (c7) of slightly washing, the energy supply battery pack with it is described slightly
Wash motor (11) electrical connection.
9. road and bridge engineering side hanging electricity generation system according to claim 8, it is characterised in that: the purge chamber is also wrapped
Include a fine purifiation rotating device installation cavity (c13) mutually isolated with the fine purifiation room (c3), the fine purifiation rotating device installation
Chamber (c13) is located between the fine purifiation room (c3) and power supply room (c18), and fine purifiation is equipped in fine purifiation rotating device installation cavity (c13)
Rotating device；
Multiple fine purifiation roller brushes (c5), institute is distributed in length direction in the fine purifiation room (c3) along the bridge (x) side by side
The roll shaft axis for stating fine purifiation roller brush (c5) is vertical with the length direction of the bridge (x), and the fine purifiation roller brush (c5) is obliquely installed,
The both ends of the fine purifiation roller brush (c5) pass through bearing respectively and are mounted on the shell (c1), one end of the fine purifiation roller brush (c5)
It is pierced by the fine purifiation room (c3), is installed with roller brush runner (c14), the roller brush respectively in the traversing through end of the fine purifiation roller brush (c5)
Runner (c14) is two-groove belt pulley, is arranged with the same essence on the roller brush runner (c14) of the two neighboring fine purifiation roller brush (c5)
Wash synchronous belt (c15)；
The fine purifiation rotating device includes fine purifiation motor (c16) and slows down with the fine purifiation of the fine purifiation motor (c16) output axis connection
Device (c17), the output shaft of the fine purifiation retarder (c17) is pierced by after the fine purifiation rotating device installation cavity (c13) to be pierced by it
End is installed with fine purifiation driving wheel, which is connect with any roller brush runner (c14) by driving belt, the confession
Energy battery pack is electrically connected with the fine purifiation motor (c16).
10. road and bridge engineering side hanging electricity generation system according to claim 8, it is characterised in that: described slightly to wash rotation
Device installation cavity (c6) and fine purifiation rotating device installation cavity (c13) are disposed adjacent side by side, described slightly to wash rotating device installation cavity
(c6) and fine purifiation rotating device installation cavity (c13) is equipped with the opening towards power supply room (c18), the battery mounting plate
(c23) opening and the opening of fine purifiation rotating device installation cavity (c13) for slightly washing rotating device installation cavity (c6) is covered simultaneously,
The energy supply battery pack is mounted on the battery mounting plate (c23)；
The channel beam (d3) is connected with horizontally disposed bridge connecting plate (d9), is equipped with cross on the bridge connecting plate (d9)
Beam installation through-hole (d10), the bridge connecting plate (d9) is parallel with the bridge floor of the bridge (x), which falls in
On the bridge floor of the bridge (x), anchor log is provided in the installation through-hole (d10) to which bridge connecting plate (d9) is fixed
In the bridge floor of the bridge (x)；
The horizontal supporting plate (b4) is equipped with energy-storage battery group (b5), the photovoltaic battery plate (a1) and the energy-storage battery group (b5)
Electrical connection, the energy-storage battery group (b5) are electrically connected with the photovoltaic battery plate rotary electric machine (a5) and electric pushrod.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820241012 | 2018-02-09 | ||
| CN2018202410127 | 2018-02-09 |
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| CN208285254U true CN208285254U (en) | 2018-12-25 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108449029A (en) * | 2018-02-09 | 2018-08-24 | 重庆恒佳工程技术咨询有限公司 | A kind of road and bridge engineering side hanging electricity generation system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108449029A (en) * | 2018-02-09 | 2018-08-24 | 重庆恒佳工程技术咨询有限公司 | A kind of road and bridge engineering side hanging electricity generation system |
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