CN109217801A - A kind of application method of photovoltaic power generation plate automatic cleaning apparatus - Google Patents
A kind of application method of photovoltaic power generation plate automatic cleaning apparatus Download PDFInfo
- Publication number
- CN109217801A CN109217801A CN201811070315.8A CN201811070315A CN109217801A CN 109217801 A CN109217801 A CN 109217801A CN 201811070315 A CN201811070315 A CN 201811070315A CN 109217801 A CN109217801 A CN 109217801A
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- gear
- output gear
- spring
- ratchet
- jack
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- 238000004140 cleaning Methods 0.000 title claims abstract description 56
- 238000010248 power generation Methods 0.000 title claims abstract description 44
- 238000000034 method Methods 0.000 title claims abstract description 28
- 230000005540 biological transmission Effects 0.000 claims abstract description 69
- 230000001360 synchronised effect Effects 0.000 claims abstract description 39
- 238000009434 installation Methods 0.000 claims abstract description 11
- 241001149930 Protura <class> Species 0.000 claims description 32
- 230000013011 mating Effects 0.000 claims description 9
- 241000883990 Flabellum Species 0.000 claims description 6
- 230000006835 compression Effects 0.000 claims description 5
- 238000007906 compression Methods 0.000 claims description 5
- 238000005452 bending Methods 0.000 claims description 3
- 230000037237 body shape Effects 0.000 claims description 3
- 239000002184 metal Substances 0.000 claims description 3
- 238000007790 scraping Methods 0.000 claims description 3
- 238000000465 moulding Methods 0.000 claims 1
- 230000000694 effects Effects 0.000 abstract description 3
- 238000013016 damping Methods 0.000 description 14
- 238000010586 diagram Methods 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 2
- 230000006641 stabilisation Effects 0.000 description 2
- 238000011105 stabilization Methods 0.000 description 2
- 230000001960 triggered effect Effects 0.000 description 2
- 238000010521 absorption reaction Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000000428 dust Substances 0.000 description 1
- 239000012535 impurity Substances 0.000 description 1
- 239000004576 sand Substances 0.000 description 1
Classifications
-
- 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
- H02S40/00—Components or accessories in combination with PV modules, not provided for in groups H02S10/00 - H02S30/00
- H02S40/10—Cleaning arrangements
-
- B08B1/10—
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B13/00—Accessories or details of general applicability for machines or apparatus for cleaning
-
- 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
Abstract
The present invention relates to a kind of application methods of photovoltaic power generation plate automatic cleaning apparatus, a kind of application method of photovoltaic power generation plate automatic cleaning apparatus, using a kind of photovoltaic power generation plate automatic cleaning apparatus, including crust of the device, aggressive device, intermediate rotating cylinder, output device, reversing arrangement, clears up roller, mounts transverse slat；The application method is the following steps are included: step 1, installation；Step 2, the one-directional rotation of driving gear；The rotation of the direction of first output gear of step 3. and the second output gear；Step 4, right lateral with commutate to the left；Step 5, left lateral with commutate to the right.The application method of the photovoltaic power generation plate automatic cleaning apparatus carries out reciprocal wiping to photovoltaic power generation plate by roller ontology and clears up；The position that driven nut by clearing up roller generates is mobile, switch the transmission connection of the synchronous runner and the first output gear or the second output gear, and then the rotation direction of the screw rod is adjusted, the final moving direction for changing cleaning roller achievees the effect that reciprocation cycle.
Description
Technical field
The present invention relates to photovoltaic electric plate technique fields, and in particular to a kind of user of photovoltaic power generation plate automatic cleaning apparatus
Method.
Background technique
Steam-electric power plant is often mounted in field environment, and field environment often has dusty wind weather.Equipment makes
With for a long time, the impurity such as sand and dust will be gradually deposited at the surface of solar energy photovoltaic panel, influence solar energy photovoltaic panel to the sun
The absorption of energy, and then the generating efficiency of equipment is influenced, also it be easy to cause the failure of solar energy photovoltaic panel.It therefore, be to the sun
It can the cleaning of generating equipment progress periodically or non-periodically.There are the various cleaning devices to solar energy photovoltaic panel for the prior art.
How to carry out automatic cleaning to photovoltaic power generation plate is the technical issues that need to address, if needed using manual cleaning
A large amount of human resources are expended, and existing cleaning plant is also unable to satisfy requirement instantly.Therefore needing to be related to one kind can be with
Automatically the device and method cleared up, clear up photovoltaic power generation plate.
Summary of the invention
In order to solve the technical problems in background technology, a kind of photovoltaic power generation plate of the present invention clears up dress automatically
The application method set, is mounted in photovoltaic power generation plate, and it is clear then to carry out reciprocal wiping to photovoltaic power generation plate by roller ontology
Reason；The position that driven nut by clearing up roller generates is mobile, switches the synchronous runner and the first output gear or the
The transmission connection of two output gears, and then adjust the rotation direction of the driving screw rod, the final mobile side for changing cleaning roller
To achieving the effect that reciprocation cycle.
The technical solution adopted by the present invention to solve the technical problems is:
A kind of application method of photovoltaic power generation plate automatic cleaning apparatus, using a kind of photovoltaic power generation plate automatic cleaning apparatus,
Including crust of the device, aggressive device, intermediate rotating cylinder, output device, reversing arrangement, clears up roller, mounts transverse slat；
Described device shell includes:
Transmission housing is in hollow rectangle body shape, and the left and right end face of transmission housing top half is respectively equipped with a shell
Jack, the shell jack inner wall positioned at left side are circumferentially evenly equipped with ratchet jack；
Installation base plate, is located at transmission housing inner cavity upper wall, and described installation base plate or so end face is respectively equipped with one and turns
Central spindle axis；
Intermediate rotary shaft is located at transmission housing inner cavity lower half portion in left-right direction；
Shell upper plate is located above the transmission housing right side, and the shell upper plate right end forms downwards the shell right side
Plate, the shell right panel left side are equipped with screw mandrel；
The aggressive device includes:
Power shaft, the shell jack through the transmission housing left side are arranged, and the power shaft is inserted positioned at shell
Part in hole is radially equipped with the spring ratchet with the cooperation of ratchet jack, and the power shaft right end is equipped with and is located at left side
The mating right side of shaft mandrel set jack, the spring ratchet includes that the radial direction being radially located on the power shaft is inserted
Hole, the ratchet pressure spring for being located at the radial jack bottom, the ratchet ontology being located on the ratchet pressure spring, on the ratchet ontology
End is shaped to tiltedly split type and be inserted into the ratchet jack of shell jack inner wall, and the spring ratchet acts on ratchet jack and makes institute
It states power shaft and does unidirectionally rotating clockwise in view direction from right to left；
Power device is located at the power shaft left end, to drive power shaft to rotate；
Driving gear is located at the power shaft right end, is located on the left of installation base plate；
The intermediate rotating cylinder includes:
Drum body is rotatably set in the intermediate rotary shaft；
Driven gear is located at the drum body left end and is sequentially connected with driving gear；
First input gear is located in the middle part of the drum body；
Second input gear is located at the drum body right end；
The output device includes:
Output revolving shaft, rotatably the shell jack through the transmission housing right side is arranged, and the output revolving shaft is left
End is equipped with a left side mating with the rotation mandrel positioned at right side and sets jack；
It is driven keyway, is circumferentially evenly arranged on the output revolving shaft outer circumferential walls, the transmission keyway is along the output revolving shaft diameter
To setting；
First concave ring is located on the left of the transmission keyway, in first concave ring rotatably equipped with it is described first defeated
Enter the first output gear of gear drive connection；
Second concave ring is located on the right side of the transmission keyway, and the second output gear is rotatably equipped in second concave ring；
Screw rod is driven, is located at the part that the output revolving shaft is located at transmission housing right end, the driving screw rod right end is equipped with
The right slot of mating screw rod with the screw mandrel；
The reversing arrangement includes:
Riffled tube, including be plugged in transmission housing inner cavity right wall and be located at the second output gear and the second input tooth
The coil body of position between wheel, the coil body upper surface middle part are equipped with limit card block, the riffled tube left end closing
And right-end openings are arranged, the coil body right end is bolted with adjusting screw rod, and the coil body left end is equipped with sliding inserted block, institute
It states sliding inserted block left end to form by lower-left to the inclined inclined end face of upper right, also be set between sliding inserted block and the adjusting screw rod
There is compressed spring, be slidably inserted with a switching plug on the left of the coil body upper surface along longitudinal direction, the switching is inserted
The part that head is located in the coil body forms anticreep block；
Intermediate gear is rotatably set in the coil body, and the intermediate gear is located at limit card block and transmission
Between shell right side, the intermediate gear lower edge and second input gear are sequentially connected, on the intermediate gear along with
The second output gear transmission connection；
Synchronizing device, including be slidably set on the output revolving shaft synchronization runner, circumferential be evenly arranged on synchronous turn
Wheel annular inner wall and with it is corresponding transmission keyway be sequentially connected one by one driving key, be located on the synchronous runner circumferential side wall
The pulley groove of annular；
First output gear right side, second output gear left side, the synchronous runner or so end face point
It is not circumferential to be evenly equipped with radially distributed anti-skidding scraping blade；
Commutate pull rod, including be set on the pulley groove pull rod lantern ring, be located at below the pull rod lantern ring under
Narrow wide locking conehead, the bar body for being located at the locking conehead upper end and passing through transmission housing setting to the right, the drawing
Bar body right end forms stroke cross bar, and stroke cross bar lower end surface is equipped with stroke slot in left-right direction；
The cleaning roller includes:
Driven nut is screwed on the driving screw rod, and the driven nut periphery is in cuboid shape, the driven nut
Upper end is inserted into the stroke slot；
Roller ontology is located at below the driven nut, and the roller ontology outer circumferential walls, which are gathered, is equipped with bristle；
Spring is triggered, is equipped with two, the part that the driven nut is located in stroke slot is respectively arranged on the left side and the right side one
Only triggering spring；
The transverse slat that mounts is located at rear on the right side of the transmission housing, and 7 lower end surface of transverse slat that mounts is equipped with to plug
Groove is mounted in photovoltaic power generation plate；
The application method the following steps are included:
Step 1, it installs:
The transverse slat that mounts is mounted in the photovoltaic power generation plate, fixation is fastened by bolts；
The roller ontology is sticked in the photovoltaic power generation plate front end face；
Step 2, the one-directional rotation of driving gear:
The power device drives the power shaft, driving gear to do clockwise turn in view direction from right to left
It is dynamic；
First output gear of step 3. is rotated backward with the second output gear:
The driving gear acts on the driven gear and then drives the drum body, the first input gear, second
Input gear rotation；
First input gear drives the first output gear rotation；
Second input gear is rotated by the second output gear described in the intermediate gear drives, second output
Gear rotation direction is opposite with first output gear；
Step 4, right lateral and commutation to the left:
Step 4.1, right lateral:
Under normality, the locking conehead is located on the left of the switching plug, the synchronous runner left side and described first
Output gear transmission connection, the synchronous runner, driving key are rotated with the first output gear；
The driving key acts on the transmission keyway and then drives the output revolving shaft, drives screw turns；
Driven nut described in the drive screw drives, roller ontology move right；
Step 4.2, it commutates to the left:
Under normality, the switching plug engages the locking conehead and makes synchronous runner, commutation pull rod can not right lateral；
The driven nut moves right, until the triggering spring is resisted against stroke slot right end, the compressed spring
Continue right lateral and is compressed；Until the triggering spring-relaxation pushes away to the right in turn after the triggering spring force reaches critical value
Move and be moved to the left to pull rod, the locking conehead is driven to push and quickly cross switching plug, and drives the synchronous runner
It is sequentially connected with second output gear；
Step 5, left lateral and commutation to the right:
Step 5.1, left lateral:
Since second output gear is turned to the first output gear on the contrary, the output revolving shaft, driving screw rod are with phase
Direction rotation instead in step 4；
Driven nut described in the drive screw drives, roller ontology are moved to the left；
Step 5.2, it commutates to the right:
It is apparent that, the switching plug engages the locking conehead and makes synchronous runner, commutation pull rod can not left lateral；
The driven nut is moved to the left, until the triggering spring is resisted against stroke slot left end, the compressed spring
Continue left lateral and is compressed；Until the triggering spring-relaxation pushes away to the left in turn after the triggering spring force reaches critical value
Move and be moved to the left to pull rod, the locking conehead is driven to be pressed down against and quickly cross switching plug for the switching plug,
And the synchronous runner and first output gear is driven to be sequentially connected.
Further, the power device is to be located at transmission housing left side and the driving with power shaft transmission connection
Motor, the driving motor are electrically connected with power supply by switch；
In step 2, the driving motor drives the power shaft to do rotating clockwise in view direction from right to left.
Further, the power device is the circumferential pneumatic flabellum for being evenly arranged on the power shaft left end；
In step 2, the pneumatic flabellum drives the power shaft to do rotating clockwise in view direction from right to left:
Make it that the power shaft be driven to do in view direction from right to left when wind-force direction acts on the power device
When rotating clockwise, its inclined end face of the ratchet ontology upper end of the spring ratchet constantly slips over each ratchet jack；
Make it that the power shaft be driven to do in view direction from right to left when wind-force direction acts on the power device
When rotating counterclockwise, the ratchet ontology upper end of the spring ratchet is fastened in ratchet jack.
Further, the triggering spring is made of elastic sheet metal bending.
The reversing arrangement damping of the photovoltaic power generation plate automatic cleaning apparatus is adjustable, and adjusting method includes following step
It is rapid:
The adjusting screw rod is rotated, compression degree and elastic force under the compressed spring normality are adjusted；
The damping that the sliding inserted block is advanced to the right is adjusted, and then adjusts the resistance of the switching plug, anticreep block downlink
Buddhist nun；
Finally adjust the damping that the locking conehead crosses switching plug.
It will be apparent that passing through the damping for adjusting the reversing arrangement, it can be ensured that the triggering spring is in commutation process
In compression degree, and then promote cleaning roller can smoothly complete commutation process:
By taking the cleaning roller commutates from right to left as an example.
When the cleaning roller is advanced to the right and triggering spring is driven to be resisted against stroke slot right end, have benefited from the card
Only conehead crosses the switching plug and needs to overcome certain damping, prevent the triggering spring from driving the commutation at once
Pull rod moves right, and then guarantees the commutation pull rod, synchronous runner holding attitude stabilization, i.e., the described synchronous runner is still with first
Output gear 43a keeps transmission connection, and the driving screw rod continues to rotate the driving cleaning roller and advances to the right；
The cleaning roller, which is advanced to the right, causes the triggering spring constantly to be compressed, and the triggering spring force is more than to face
After dividing value, the commutation pull rod, locking conehead is driven to cross the switching plug, the triggering spring-relaxation and then drive to the right
The commutation pull rod, locking conehead, synchronous runner move right enough distances, so that the synchronous runner and the second output gear
Transmission connection, the driving screw rod rotate backward and then the cleaning roller are driven to advance to the left.
The damping for adjusting reversing arrangement can not be successfully commutation to avoid due to damping too small caused cleaning roller:
Still by taking the cleaning roller commutates from right to left as an example:
As shown in Figure of description 6: when cleaning roller is advanced to the right, and triggering spring is driven to be resisted against stroke slot right end,
The triggering spring just drives the commutation pull rod, locking conehead slightly to advance to the right and starts to squeeze switching after being compressed slightly
Plug, but since triggering spring itself is small by decrement, so that can not also be fully passed over after the complete diastole of the triggering spring
The switching plug can be stuck in instead in the middle part of switching plug, and the synchronous runner can not be defeated with the first output gear or second
Gear drive connects out, falls into delay machine state.
Beneficial effects of the present invention:
A kind of application method of photovoltaic power generation plate automatic cleaning apparatus of the present invention, is mounted in photovoltaic power generation plate,
Then reciprocal wiping is carried out to photovoltaic power generation plate by roller ontology to clear up.
The application method of a kind of photovoltaic power generation plate automatic cleaning apparatus of the present invention, by the driven spiral shell for clearing up roller
The position that mother generates is mobile, switches the transmission connection of the synchronous runner and the first output gear or the second output gear, into
And the rotation direction of the driving screw rod is adjusted, the final moving direction for changing cleaning roller achievees the effect that reciprocation cycle；Light
There is certain wind-force in volt battery plate location, can automatically be cleared up photovoltaic power generation plate, time saving and energy saving.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is a kind of structural schematic diagram of embodiment of the photovoltaic power generation plate automatic cleaning apparatus.
Fig. 2 is a kind of cross-sectional view of embodiment of the photovoltaic power generation plate automatic cleaning apparatus.
Fig. 3 is a kind of cross-sectional view of embodiment of the photovoltaic power generation plate automatic cleaning apparatus.
Fig. 4 is the portion A enlarged diagram in Fig. 2.
Fig. 5 is a kind of enlarged diagram of embodiment in the portion B in Fig. 3.
Fig. 6 is the enlarged diagram of the portion B another kind embodiment in Fig. 3.
Fig. 7 is C-C cross-sectional view in Fig. 4.
Fig. 8 is the structural schematic diagram of the photovoltaic power generation plate automatic cleaning apparatus another kind embodiment.
Fig. 9 is the cross-sectional view of the photovoltaic power generation plate automatic cleaning apparatus another kind embodiment.
In figure:
1. crust of the device, 11. transmission housing, 11a. shell jack, 12. installation base plates, 12a. shaft mandrel, among 13.
Shaft, 14. shell upper plates, 14a. shell right panel, 14b. screw mandrel；
2. aggressive device, 21. power shafts, 21a. spring ratchet, 22. power devices, 23. driving gears；
3. intermediate rotating cylinder, 31. drum bodies, 32. driven gears, 33. first input gears, 34. second input gears；
4. output device, 41. output revolving shafts, 42. transmission keyways, 43. first concave rings, the first output gear of 43a., 44. the
Two concave rings, the second output gear of 44a., 45. driving screw rods, the right slot of 45a. screw rod；
5. reversing arrangement, 51. riffled tubes, 51a. coil body, 51b. limit card block, 51c. adjusting screw rod, 51d. are sliding
Dynamic inserted block, 51e. compressed spring, 51f. switching plug, 51g. anticreep block, 52. intermediate gears, 53. synchronizing devices, 53a. are same
Walk runner, 53b. driving key, 53c. pulley groove, 54. commutation pull rods, 54a. pull rod lantern ring, 54b. locking conehead, 54c. pull rod
Ontology, 54d. stroke cross bar, 54e. stroke slot；
6. roller is cleared up, 61. driven nuts, 62. roller ontologies, 63. triggering springs；
7. mounting transverse slat；
8. photovoltaic power generation plate.
Specific embodiment
Below in conjunction with attached drawing, the present invention is described in further detail.
A kind of application method of photovoltaic power generation plate automatic cleaning apparatus, using a kind of photovoltaic power generation plate automatic cleaning apparatus,
Including crust of the device 1, aggressive device 2, intermediate rotating cylinder 3, output device 4, reversing arrangement 5, cleaning roller 6, mount transverse slat 7；
Described device shell 1 includes:
Transmission housing 11 is in hollow rectangle body shape, and the left and right end face of 11 top half of transmission housing is respectively equipped with one
Shell jack 11a, the shell jack 11a inner wall positioned at left side are circumferentially evenly equipped with ratchet jack；
Installation base plate 12, is located at the 11 inner cavity upper wall of transmission housing, and 12 or so the end face of installation base plate is respectively equipped with
One shaft mandrel 12a；
Intermediate rotary shaft 13 is located at the 11 inner cavity lower half portion of transmission housing in left-right direction；
Shell upper plate 14, is located above 11 right side of transmission housing, and 14 right end of shell upper plate forms downwards
Screw mandrel 14b is equipped on the left of shell right panel 14a, the shell right panel 14a；
The aggressive device 2 includes:
Power shaft 21, the shell jack 11a through 11 left side of transmission housing are arranged, the power shaft 21
It is radially equipped with the spring ratchet 21a with the cooperation of ratchet jack in the part in shell jack 11a, the power shaft 21 is right
End is equipped with the right side mating with the shaft mandrel 12a positioned at left side and sets jack, and the spring ratchet 21a includes radially being located at
Radial jack on the power shaft 21, is located on the ratchet pressure spring ratchet pressure spring for being located at the radial jack bottom
Ratchet ontology, ratchet ontology upper end is shaped to tiltedly split type and be inserted into the ratchet jack of shell jack 11a inner wall, described
Spring ratchet 21a acts on ratchet jack and the power shaft 21 is made to do unidirectional clockwise turn in view direction from right to left
It is dynamic；
Power device 22 is located at 21 left end of power shaft, to drive power shaft 21 to rotate；
Driving gear 23 is located at 21 right end of power shaft, is located at 12 left side of installation base plate；
The intermediate rotating cylinder 3 includes:
Drum body 31 is rotatably set in the intermediate rotary shaft 13；
Driven gear 32 is located at 31 left end of drum body and is sequentially connected with driving gear 23；
First input gear 33 is located at 31 middle part of drum body；
Second input gear 34 is located at 31 right end of drum body；
The output device 4 includes:
Output revolving shaft 41, rotatably the shell jack 11a through 11 right side of transmission housing is arranged, the output
41 left end of shaft is equipped with a left side mating with the rotation mandrel 12a positioned at right side and sets jack；
It is driven keyway 42, is circumferentially evenly arranged on 41 outer circumferential walls of output revolving shaft, the transmission keyway 42 is along the output
Shaft 41 is arranged radially；
First concave ring 43, is located at 42 left side of the transmission keyway, in first concave ring 43 rotatably equipped with it is described
First output gear 43a of the first input gear 33 transmission connection；
Second concave ring 44, is located at 42 right side of transmission keyway, and it is defeated to be rotatably equipped with second in second concave ring 44
Gear 44a out；
Screw rod 45 is driven, the part that the output revolving shaft 41 is located at 11 right end of transmission housing, the driving screw rod 45 are located at
Right end is equipped with the screw rod right slot 45a mating with the screw mandrel 14b；
The reversing arrangement 5 includes:
Riffled tube 51, including be plugged in the 11 inner cavity right wall of transmission housing and be located at the second output gear 44a and the
Limit card block 51b, institute are equipped between two input gears 34 in the middle part of the upper surface coil body 51a, the coil body 51a of position
It states 51 left end of riffled tube to close and right-end openings setting, the coil body 51a right end is bolted with adjusting screw rod 51c, described
The left end coil body 51a is equipped with sliding inserted block 51d, and the left end the sliding inserted block 51d, which is formed, is inclined by lower-left to upper right is inclined
Angled end-face is additionally provided with compressed spring 51e, the upper end the coil body 51a between the sliding inserted block 51d and adjusting screw rod 51c
Left side of face is slidably inserted with switching plug a 51f, the switching plug 51f along longitudinal direction and is located at the coil body 51a
Interior part forms anticreep block 51g；
Intermediate gear 52 is rotatably set on the coil body 51a, and the intermediate gear 52 is located at limit card block
Between 11 right side 51b and transmission housing, 52 lower edge of intermediate gear and second input gear 34 are sequentially connected, described
It is sequentially connected on intermediate gear 52 along with the second output gear 44a；
Synchronizing device 53, including be slidably set on the output revolving shaft 41 synchronization runner 53a, circumferential be evenly arranged on
Synchronous runner 53a annular inner wall and with the driving key 53b that corresponding transmission keyway 42 is sequentially connected one by one, be located at described synchronous turn
Take turns the pulley groove 53c of the annular on 53a circumferential side wall；
The right side first output gear 43a, the left side the second output gear 44a, the synchronous runner 53a are left
Right side is circumferentially evenly equipped with radially distributed anti-skidding scraping blade respectively；
Commutate pull rod 54, including be set on the pulley groove 53c pull rod lantern ring 54a, be located at the pull rod lantern ring
Narrow wide locking conehead 54b under below 54a, it is located at the locking upper end conehead 54b and passes through transmission housing 11 to the right and set
The bar body 54c set, the bar body 54c right end form stroke cross bar 54d, the lower end surface the stroke cross bar 54d edge
Left and right directions is equipped with stroke slot 54e；
The cleaning roller 6 includes:
Driven nut 61 is screwed on the driving screw rod 45,61 periphery of driven nut be in cuboid shape, it is described from
Dynamic 61 upper end of nut is inserted into the stroke slot 54e；
Roller ontology 62 is located at 61 lower section of driven nut, and 62 outer circumferential walls of roller ontology, which are gathered, is equipped with bristle；
Spring 63 is triggered, is equipped with two, the driven nut 61 is located at left and right sides of the part in stroke slot 54e respectively
Equipped with a triggering spring 63；
The transverse slat 7 that mounts is located at the 11 right side rear of transmission housing, and 7 lower end surface of transverse slat that mounts is equipped with to insert
It is located in photovoltaic power generation plate 8 and mounts groove；
The application method the following steps are included:
Step 1, it installs:
The transverse slat 7 that mounts is mounted in the photovoltaic power generation plate 8, fixation is fastened by bolts；
The roller ontology 62 is sticked in 8 front end face of photovoltaic power generation plate；
Step 2, the one-directional rotation of driving gear 23:
The power device 22 drives the power shaft 21, driving gear 23 to do the up time in view direction from right to left
Needle rotation；
Step 3. first output gear 43a is rotated backward with the second output gear 44a's:
The driving gear 23 acts on the driven gear 32 and then drives the drum body 31, the first input gear
33, the second input gear 34 rotates；
First input gear 33 drives the first output gear 43a to rotate；
Second input gear 34 drives the second output gear 44a to rotate by the intermediate gear 52, described
Second output gear 44a rotation direction is opposite with the first output gear 43a；
Step 4, right lateral and commutation to the left:
Step 4.1, right lateral:
Under normality, the locking conehead 54b is located on the left of the switching plug 51f, the left side synchronous runner 53a and
The first output gear 43a transmission connection, the synchronous runner 53a, driving key 53b are rotated with the first output gear 43a；
The driving key 53b acts on the transmission keyway 42 and then drives the output revolving shaft 41,45 turns of screw rod of driving
It is dynamic；
The driving screw rod 45 drives the driven nut 61, roller ontology 62 to move right；
Step 4.2, it commutates to the left:
Under normality, the switching plug 51f engages the locking conehead 54b and makes synchronous runner 53a, commutation 54 nothing of pull rod
Method right lateral；
The driven nut 61 moves right, until the triggering spring 63 is resisted against stroke slot 54e right end, the pressure
Contracting spring 63 continues right lateral and is compressed；Until the triggering spring 63 relaxes after 63 elastic force of triggering spring reaches critical value
It opens and then commutation pull rod 54 is pushed to be moved to the left to the right, drive the locking conehead 54b to push and simultaneously quickly crosses switching plug
51f, and the synchronous runner 53a and the second output gear 44a is driven to be sequentially connected；
Step 5, left lateral and commutation to the right:
Step 5.1, left lateral:
Since the second output gear 44a and the first output gear 43a is turned on the contrary, the output revolving shaft 41, driving
Screw rod 45 is in contrast to the direction rotation in step 4；
The driving screw rod 45 drives the driven nut 61, roller ontology 62 to be moved to the left；
Step 5.2, it commutates to the right:
It is apparent that, the switching plug 51f engages the locking conehead 54b and makes synchronous runner 53a, commutation pull rod
54 can not left lateral；
The driven nut 61 is moved to the left, until the triggering spring 63 is resisted against the left end stroke slot 54e, the pressure
Contracting spring 63 continues left lateral and is compressed；Until the triggering spring 63 relaxes after 63 elastic force of triggering spring reaches critical value
It opens and then commutation pull rod 54 is pushed to be moved to the left to the left, the locking conehead 54b is driven to be pressed down against the switching plug 51f
And switching plug 51f is quickly crossed, and the synchronous runner 53a and the first output gear 43a is driven to be sequentially connected.
Further, the power device 22 is to be located at 11 left side of transmission housing and be sequentially connected with power shaft 21
Driving motor, the driving motor by switch is electrically connected with power supply；
In step 2, the driving motor drives the power shaft 21 to do clockwise turn in view direction from right to left
It is dynamic.
Further, the power device is the circumferential pneumatic flabellum for being evenly arranged on 21 left end of power shaft；
In step 2, the pneumatic flabellum drives the power shaft 21 to do clockwise turn in view direction from right to left
It is dynamic:
Make it that the power shaft 21 be driven to do view side from right to left when wind-force direction acts on the power device 22
Inside when rotating clockwise, its inclined end face of the ratchet ontology upper end of the spring ratchet 21a constantly slips over each ratchet and inserts
Hole；
Make it that the power shaft 21 be driven to do view side from right to left when wind-force direction acts on the power device 22
Inside when rotating counterclockwise, the ratchet ontology upper end of the spring ratchet 21a is fastened in ratchet jack.
Further, the triggering spring 63 is made of elastic sheet metal bending.
The reversing arrangement 5 of the photovoltaic power generation plate automatic cleaning apparatus damps adjustable, and adjusting method includes following step
It is rapid:
The adjusting screw rod 51c is rotated, compression degree and elastic force under the compressed spring 51e normality are adjusted；
The damping that the sliding inserted block 51d advances to the right is adjusted, and then adjusts the switching plug 51f, anticreep block 51g
The damping of downlink；
Finally adjust the damping that the locking conehead 54b crosses switching plug 51f.
It will be apparent that passing through the damping for adjusting the reversing arrangement 5, it can be ensured that the triggering spring 63 was commutating
Compression degree in journey, and then promote cleaning roller 6 that can smoothly complete commutation process:
By taking the cleaning roller 6 commutates from right to left as an example.
When the cleaning roller 6 is advanced to the right and triggering spring 63 is driven to be resisted against stroke slot 54e right end, have benefited from
The locking conehead 54b crosses the switching plug 51f and needs to overcome certain damping, prevent the triggering spring 63 is from standing
It carves and the commutation pull rod 54 is driven to move right, and then guarantee that the commutation pull rod 54, synchronous runner 53a keep attitude stabilization,
The i.e. described synchronous runner 53a still keeps being sequentially connected with the first output gear 43a, and the driving screw rod 45 continues to rotate driving institute
Cleaning roller 6 is stated to advance to the right；
The cleaning roller 6, which is advanced to the right, causes the triggering spring 63 constantly to be compressed, 63 elastic force of triggering spring
After critical value, the commutation pull rod 54, locking conehead 54b is driven to cross the switching plug 51f, the triggering bullet to the right
63 diastole of spring drives the commutation pull rod 54, locking conehead 54b, synchronous runner 53a to move right enough distances in turn, so that institute
It states synchronous runner 53a and the second output gear 44a to be sequentially connected, the driving screw rod 45 rotates backward and then drive the cleaning
Roller 6 is advanced to the left.
The damping for adjusting reversing arrangement 5 can not be successfully commutation to avoid due to damping too small caused cleaning roller 6:
Still by taking the cleaning roller 6 commutates from right to left as an example:
As shown in Figure of description 6: advancing to the right when cleaning roller 6 and triggering spring 63 is driven to be resisted against stroke slot 54e
When right end, the triggering spring 63 just drives the commutation pull rod 54, locking conehead 54b slightly to advance to the right after being compressed slightly
And start to squeeze switching plug 51f, but since triggering spring 63 itself is small by decrement, so that the triggering spring 63 relaxes completely
The switching plug 51f can not be also fully passed over after, can be stuck in the middle part of switching plug 51f instead, the synchronous runner
53a can not be sequentially connected with the first output gear 43a or the second output gear 44a, fall into delay machine state.
Taking the above-mentioned ideal embodiment according to the present invention as inspiration, through the above description, relevant staff is complete
Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention
Property range is not limited to the contents of the specification, it is necessary to which the technical scope thereof is determined according to the scope of the claim.
Claims (4)
1. a kind of application method of photovoltaic power generation plate automatic cleaning apparatus, it is characterised in that: automatic using a kind of photovoltaic power generation plate
Cleaning plant, including crust of the device (1), aggressive device (2), intermediate rotating cylinder (3), output device (4), reversing arrangement (5), cleaning
Roller (6) mounts transverse slat (7)；
Described device shell (1) includes:
Transmission housing (11) is in hollow rectangle body shape, and the left and right end face of transmission housing (11) top half is respectively equipped with one
Shell jack (11a), shell jack (11a) inner wall positioned at left side are circumferentially evenly equipped with ratchet jack；
Installation base plate (12), is located at the transmission housing (11) inner cavity upper wall, and installation base plate (12) the left and right end face is set respectively
There is a shaft mandrel (12a)；
Intermediate rotary shaft (13) is located at the transmission housing (11) inner cavity lower half portion in left-right direction；
Shell upper plate (14), is located above the transmission housing (11) right side, and shell upper plate (14) right end forms downwards
Have shell right panel (14a), is equipped with screw mandrel (14b) on the left of the shell right panel (14a)；
The aggressive device (2) includes:
Power shaft (21), the shell jack (11a) through the transmission housing (11) left side are arranged, the power shaft
(21) it is located at the part in shell jack (11a) and is radially equipped with the spring ratchet (21a) cooperated with ratchet jack, it is described dynamic
Power shaft (21) right end is equipped with the right side mating with the shaft mandrel (12a) positioned at left side and sets jack, the spring ratchet
(21a) includes the radial jack being radially located on the power shaft (21), the ratchet pressure for being located at the radial jack bottom
Spring, the ratchet ontology being located on the ratchet pressure spring, ratchet ontology upper end are shaped to tiltedly split type and are inserted into shell jack
In the ratchet jack of (11a) inner wall, the spring ratchet (21a) act on ratchet jack make the power shaft (21) do by
Unidirectionally rotating clockwise in dextrad left view direction；
Power device (22) is located at the power shaft (21) left end, to drive power shaft (21) to rotate；
Driving gear (23) is located at the power shaft (21) right end, is located on the left of installation base plate (12)；
The intermediate rotating cylinder (3) includes:
Drum body (31) is rotatably set on the intermediate rotary shaft (13)；
Driven gear (32) is located at the drum body (31) left end and is sequentially connected with driving gear (23)；
First input gear (33) is located in the middle part of the drum body (31)；
Second input gear (34) is located at the drum body (31) right end；
The output device (4) includes:
Output revolving shaft (41), rotatably the shell jack (11a) through the transmission housing (11) right side is arranged, described defeated
Shaft (41) left end is equipped with a left side mating with the rotation mandrel (12a) positioned at right side and sets jack out；
It is driven keyway (42), is circumferentially evenly arranged on the output revolving shaft (41) outer circumferential walls, the transmission keyway (42) is along described defeated
Shaft (41) is arranged radially out；
First concave ring (43) is located on the left of the transmission keyway (42), is rotatably equipped with and institute in first concave ring (43)
State the first output gear (43a) of the first input gear (33) transmission connection；
Second concave ring (44) is located on the right side of the transmission keyway (42), and second is rotatably equipped in second concave ring (44)
Output gear (44a)；
It drives screw rod (45), is located at the part that the output revolving shaft (41) is located at transmission housing (11) right end, the driving screw rod
(45) right end is equipped with the screw rod right slot (45a) mating with the screw mandrel (14b)；
The reversing arrangement (5) includes:
Riffled tube (51), including be plugged in the transmission housing (11) inner cavity right wall and be located at the second output gear (44a) and
The coil body (51a) of position between second input gear (34), coil body (51a) the upper surface middle part are equipped with limiting card
Block (51b), riffled tube (51) left end is closed and right-end openings are arranged, and coil body (51a) right end is bolted with tune
It saves screw rod (51c), the coil body left end (51a) is equipped with sliding inserted block (51d), the molding of the sliding inserted block left end (51d)
Have by lower-left to the inclined inclined end face of upper right, is additionally provided with compression bullet between the sliding inserted block (51d) and adjusting screw rod (51c)
Spring (51e), coil body (51a) the upper surface left side is slidably inserted with a switching plug (51f) along longitudinal direction, described
The part that switching plug (51f) is located in the coil body (51a) forms anticreep block (51g)；
Intermediate gear (52) is rotatably set on the coil body (51a), and the intermediate gear (52) is located at limiting card
Between block (51b) and transmission housing (11) right side, intermediate gear (52) lower edge and second input gear (34) are passed
Dynamic to connect, edge and second output gear (44a) are sequentially connected on the intermediate gear (52)；
Synchronizing device (53), including the synchronization runner (53a), circumferential uniformly distributed being slidably set on the output revolving shaft (41)
In the driving key (53b) for synchronizing runner (53a) annular inner wall and being sequentially connected one by one with corresponding transmission keyway (42), it is located at institute
State the pulley groove (53c) of the annular on synchronous runner (53a) circumferential side wall；
First output gear (43a) right side, the left side second output gear (44a), the synchronous runner (53a)
Left and right end face is circumferentially evenly equipped with radially distributed anti-skidding scraping blade respectively；
Commutate pull rod (54), including be set on the pulley groove (53c) pull rod lantern ring (54a), be located at the drag link sleeve
Narrow wide locking conehead (54b) under below ring (54a) is located at the locking conehead upper end (54b) and passes through transmission to the right
The bar body (54c) of shell (11) setting, bar body (54c) right end form stroke cross bar (54d), the stroke
The lower end surface cross bar (54d) is equipped with stroke slot (54e) in left-right direction；
The cleaning roller (6) includes:
Driven nut (61) is screwed on the driving screw rod (45), and driven nut (61) periphery is in cuboid shape, described
Driven nut (61) upper end is inserted into the stroke slot (54e)；
Roller ontology (62) is located at below the driven nut (61), and roller ontology (62) outer circumferential walls, which are gathered, is equipped with brush
Hair；
It triggers spring (63), is equipped with two, the driven nut (61) is located at left and right sides of the part in stroke slot (54e) and divides
It She You not a triggering spring (63)；
The transverse slat (7) that mounts is located at rear on the right side of the transmission housing (11), it is described mount transverse slat (7) lower end surface be equipped with to
It is plugged on photovoltaic power generation plate (8) and mounts groove；
The application method the following steps are included:
Step 1, it installs:
The transverse slat (7) that mounts is mounted on the photovoltaic power generation plate (8), fixation is fastened by bolts；
The roller ontology (62) is sticked in the photovoltaic power generation plate (8) front end face；
Step 2, the one-directional rotation of driving gear (23):
It is suitable in view direction from right to left that the power device (22) drives the power shaft (21), driving gear (23) to do
Hour hands rotation；
First output gear of step 3. (43a) is rotated backward with the second output gear (44a's):
The driving gear (23) acts on the driven gear (32) and then drives the drum body (31), the first input tooth
Take turns (33), the second input gear (34) rotation；
First input gear (33) drives the first output gear (43a) rotation；
Second input gear (34) drives the second output gear (44a) rotation, institute by the intermediate gear (52)
It is opposite with the first output gear (43a) to state the second output gear (44a) rotation direction；
Step 4, right lateral and commutation to the left:
Step 4.1, right lateral:
Under normality, the locking conehead (54b) is located on the left of the switching plug (51f), synchronous runner (53a) left side
It is sequentially connected with first output gear (43a), the synchronous runner (53a), driving key (53b) are with the first output gear
(43a) rotation；
The driving key (53b) acts on the transmission keyway (42) and then drives the output revolving shaft (41), driving screw rod
(45) it rotates；
The driving screw rod (45) drives the driven nut (61), roller ontology (62) to move right；
Step 4.2, it commutates to the left:
Under normality, the switching plug (51f) engages the locking conehead (54b) and makes synchronous runner (53a), commutation pull rod
It (54) can not right lateral；
The driven nut (61) moves right, until the triggering spring (63) is resisted against stroke slot (54e) right end, it is described
Compressed spring (63) continues right lateral and is compressed；Until after triggering spring (63) elastic force reaches critical value, the triggering bullet
Spring (63) diastole pushes to the right commutation pull rod (54) to be moved to the left in turn, drives the locking conehead (54b) to push and quickly gets over
Switching plug (51f) is crossed, and the synchronous runner (53a) and second output gear (44a) is driven to be sequentially connected；
Step 5, left lateral and commutation to the right:
Step 5.1, left lateral:
Due to second output gear (44a) and the first output gear (43a) is turned on the contrary, the output revolving shaft (41), drive
Dynamic screw rod (45) are in contrast to the direction rotation in step 4；
The driving screw rod (45) drives the driven nut (61), roller ontology (62) to be moved to the left；
Step 5.2, it commutates to the right:
It is apparent that, the switching plug (51f) engages the locking conehead (54b) and synchronous runner (53a), commutation is drawn
Bar (54) can not left lateral；
The driven nut (61) is moved to the left, until the triggering spring (63) is resisted against the left end stroke slot (54e), it is described
Compressed spring (63) continues left lateral and is compressed；Until after triggering spring (63) elastic force reaches critical value, the triggering bullet
Spring (63) diastole pushes commutation pull rod (54) to be moved to the left to the left in turn, and the locking conehead (54b) is driven to insert the switching
Head (51f) is pressed down against and quickly crosses switching plug (51f), and drives the synchronous runner (53a) and first output
Gear (43a) transmission connection.
2. a kind of application method of photovoltaic power generation plate automatic cleaning apparatus according to claim 1, it is characterised in that: described
Power device (22) is to be located at transmission housing (11) left side and the driving motor with power shaft (21) transmission connection, described
Driving motor is electrically connected with power supply by switch；
In step 2, the driving motor drives the power shaft (21) to do rotating clockwise in view direction from right to left.
3. a kind of application method of photovoltaic power generation plate automatic cleaning apparatus according to claim 1, it is characterised in that: described
Power device is the circumferential pneumatic flabellum for being evenly arranged on the power shaft (21) left end；
In step 2, the pneumatic flabellum drives the power shaft (21) to do rotating clockwise in view direction from right to left:
Make it that the power shaft (21) be driven to do view side from right to left when wind-force direction acts on the power device (22)
Inside when rotating clockwise, its inclined end face of the ratchet ontology upper end of the spring ratchet (21a) constantly slips over each ratchet
Jack；
Make it that the power shaft (21) be driven to do view side from right to left when wind-force direction acts on the power device (22)
Inside when rotating counterclockwise, the ratchet ontology upper end of the spring ratchet (21a) is fastened in ratchet jack.
4. a kind of application method of photovoltaic power generation plate automatic cleaning apparatus according to claim 2 or 3, it is characterised in that:
The triggering spring (63) is made of elastic sheet metal bending.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811070315.8A CN109217801A (en) | 2018-09-14 | 2018-09-14 | A kind of application method of photovoltaic power generation plate automatic cleaning apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811070315.8A CN109217801A (en) | 2018-09-14 | 2018-09-14 | A kind of application method of photovoltaic power generation plate automatic cleaning apparatus |
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|---|---|
| CN109217801A true CN109217801A (en) | 2019-01-15 |
Family
ID=64983895
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811070315.8A Pending CN109217801A (en) | 2018-09-14 | 2018-09-14 | A kind of application method of photovoltaic power generation plate automatic cleaning apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111069131A (en) * | 2020-01-06 | 2020-04-28 | 张俊鹏 | Solar photovoltaic board dust cleaning device |
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| CN206031351U (en) * | 2016-09-12 | 2017-03-22 | 金华职业技术学院 | Emergent translation device of car |
| CN206323344U (en) * | 2016-12-07 | 2017-07-11 | 中国计量大学 | A kind of photovoltaic board cleaning device of use wind-force |
| CN108224168A (en) * | 2017-03-31 | 2018-06-29 | 浦江县科创进出口有限公司 | A kind of bridge equipment convenient for manipulation |
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