CN202860931U - Solar panel automatic dust-removing system - Google Patents
Solar panel automatic dust-removing system Download PDFInfo
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- CN202860931U CN202860931U CN 201220514192 CN201220514192U CN202860931U CN 202860931 U CN202860931 U CN 202860931U CN 201220514192 CN201220514192 CN 201220514192 CN 201220514192 U CN201220514192 U CN 201220514192U CN 202860931 U CN202860931 U CN 202860931U
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Abstract
A solar panel automatic dust-removing system comprises a support (1), a solar cell panel (2), a transverse driving part (3), a longitudinal driving part (4), and a dust-remove part (5). The solar panel automatic dust-removing system is characterized in that the support (1) is provided with a tilt upper surface, the solar cell panel (2) is arranged on the upper surface of the support (1) in a tilt mode, the transverse driving part (3) is transversely arranged on the top of the front side face of the support (1), the longitudinal driving part (4) is arranged on a slide block of the transverse driving part (3), the dust-remove part (5) which is a final executive system is arranged on a slide block of the longitudinal driving part (4), transverse movement and longitudinal movement are achieved under the drive of a motor, and dust on the surface is removed by reciprocating movement on the solar cell panel. According to the automatic dust-removing system, dust removing under the drive of the motor is changed into the automatic dust-removing of the solar cell panel, thus manual operation is eliminated, dust-removing efficiency is improved, meanwhile, the combination mode that a roll brush is used for cleaning and a fan is used for blowing away the dust can be used, and thus dust-removing effect is greatly improved.
Description
Technical field
The present invention relates to a kind of mechanical-electronic system, especially the automatic scavenge system of solar cell panel dust.
Background technology
Solar energy is a kind of clean reproducible new forms of energy, uses increasingly extensive.Utilize the characteristics of solar cell power generation to be: the total amount of solar energy is huge, is the exhaustless energy, is the energy that cleans most; Not to concentrate on somewhere, but any corner energy that can utilize on earth.
Solar cell power generation faces a problem, and namely solar panel is installed in the open, and during operation, the surface has dust and covers, and photoelectric conversion rate is had a huge impact, and reduces generated energy.At present, solar panel is generally by artificial dust out, and efficient is low, and labour intensity is large, and danger coefficient is high.Therefore, be necessary to design the automatic dust removing system on a kind of solar panel, to realize the automatically regularly dedusting of solar panel, promote the generating efficiency of solar cell.
Summary of the invention
Based on above purpose, the present invention proposes the automatic scavenge system of a kind of solar cell panel dust, comprises support 1, solar panel 2, horizontal running part 3, vertical running part 4, dust removal part 5.
Laterally running part 3 comprises cross motor 3-1, synchronous cross band drive disk assembly 3-2, left sensor 3-3, cross slide way 3-4, brace 3-5, transverse slider 3-6, right sensor 3-7, lateral part base plate 3-8.
Cross motor 3-1 is installed in lateral part base plate 3-8 leading flank left part, output shaft up, the belt wheel of synchronous cross band drive disk assembly 3-2 is installed on the output shaft of cross motor 3-1, cross slide way 3-4 laterally is installed in the leading flank top of lateral part base plate 3-8, transverse slider 3-6 is assemblied on the cross slide way 3-4, and it is secondary to form guide rail-slide block movement; Synchronous cross band drive disk assembly 3-2 is arranged in the leading flank bottom of lateral part base plate 3-8, and 3-4 is parallel with cross slide way; Left sensor 3-3 is installed in the upper side left part of lateral part base plate 3-8, is used for limiting the limit on the left position of transverse slider 3-6; Right sensor 3-7 is installed in the upper side right part of lateral part base plate 3-8, is used for limiting the limit on the right-right-hand limit position of transverse slider 3-6; Brace 3-5 is fixedly connected with transverse slider 3-6 with the Timing Belt of synchronous cross band drive disk assembly 3-2, make Timing Belt drive transverse slider 3-6 motion.
Vertically running part 4 comprises base plate 4-1, vertically motor 4-2, vertically toothed belt transmission parts 4-3, longitudinal rail 4-4, upper sensor 4-5, longitudinal sliding block 4-6 and lower sensor 4-7.
Vertically motor 4-2 is installed in the leading flank top of base plate 4-1, vertically the belt wheel of toothed belt transmission parts 4-3 is installed on the output shaft of vertical motor 4-2, longitudinal rail 4-4 vertically is installed in the leading flank left part of base plate 4-1, longitudinal sliding block 4-6 is assemblied on the longitudinal rail 4-4, and it is secondary to form guide rail-slide block movement; Vertically toothed belt transmission parts 4-3 is arranged in the leading flank right part of base plate 4-1, and 4-4 is parallel with longitudinal rail; Upper sensor 4-5 is installed in the left surface top of base plate 4-1, is used for limiting the limes superiors position of longitudinal sliding block 4-6; Lower sensor 4-7 is installed in the left surface bottom of base plate 4-1, is used for limiting the limit inferior position of longitudinal sliding block 4-6.
Dust removal part 5 comprises support plate 5-1, round brush motor 5-2, fan motor stand 5-3, fan electromotor 5-4, fan 5-5, round brush 5-6, belt clamping plate 5-7.
Support plate 5-1 is fixed on above the longitudinal sliding block 4-4 of vertical running part 4; Belt clamping plate 5-7 is used for support plate 5-1 is fixed together with vertical Timing Belt of vertical running part 4 below support plate 5-1; Round brush motor 5-2 is fixed on above the right-hand member of support plate 5-1, output shaft down, round brush 5-6 is fixed on round brush motor 5-2 output the tip of the axis, and contact with solar panel, to clean dust; Fan motor stand 5-3 is installed in above the support plate 5-1 right-hand member, and fan electromotor 5-4 is fixed on fan motor stand 5-3 right-hand member, and output shaft tilts towards the lower left, and fan 5-5 is fixed on fan electromotor 5-4 output the tip of the axis, is used for floating dust is blown away.
The automatic scavenge system of solar cell panel dust of the present invention has been realized the automatic dust removing of solar panel having saved manually-operated by motor-driven, has improved efficiency of dust collection.Can also adopt round brush cleaning and fan to blow away the associated form of floating dust, can greatly improve dust removing effects.
Description of drawings
Fig. 1 is solar cell panel dust scavenge system overall construction drawing of the present invention.
Fig. 2 is the horizontal running part front view of solar cell panel dust scavenge system of the present invention.
Fig. 3 is the vertical running part front view of solar cell panel dust scavenge system of the present invention.
Fig. 4 is solar cell panel dust scavenge system dust removal part front view of the present invention.
The specific embodiment
The automatic scavenge system of a kind of solar cell panel dust comprises support 1, solar panel 2, horizontal running part 3, vertical running part 4, dust removal part 5.
Laterally running part 3 comprises cross motor 3-1, synchronous cross band drive disk assembly 3-2, left sensor 3-3, cross slide way 3-4, brace 3-5, transverse slider 3-6, right sensor 3-7, lateral part base plate 3-8.
Cross motor 3-1 is installed in lateral part base plate 3-8 leading flank left part, output shaft up, the belt wheel of synchronous cross band drive disk assembly 3-2 is installed on the output shaft of cross motor 3-1, cross slide way 3-4 laterally is installed in the leading flank top of lateral part base plate 3-8, transverse slider 3-6 is assemblied on the cross slide way 3-4, and it is secondary to form guide rail-slide block movement; Synchronous cross band drive disk assembly 3-2 is arranged in the leading flank bottom of lateral part base plate 3-8, and 3-4 is parallel with cross slide way; Left sensor 3-3 is installed in the upper side left part of lateral part base plate 3-8, is used for limiting the limit on the left position of transverse slider 3-6; Right sensor 3-7 is installed in the upper side right part of lateral part base plate 3-8, is used for limiting the limit on the right-right-hand limit position of transverse slider 3-6; Brace 3-5 is fixedly connected with transverse slider 3-6 with the Timing Belt of synchronous cross band drive disk assembly 3-2, make Timing Belt drive transverse slider 3-6 motion.
Vertically running part 4 comprises base plate 4-1, vertically motor 4-2, vertically toothed belt transmission parts 4-3, longitudinal rail 4-4, upper sensor 4-5, longitudinal sliding block 4-6 and lower sensor 4-7.
Vertically motor 4-2 is installed in the leading flank top of base plate 4-1, vertically the belt wheel of toothed belt transmission parts 4-3 is installed on the output shaft of vertical motor 4-2, longitudinal rail 4-4 vertically is installed in the leading flank left part of base plate 4-1, longitudinal sliding block 4-6 is assemblied on the longitudinal rail 4-4, and it is secondary to form guide rail-slide block movement; Vertically toothed belt transmission parts 4-3 is arranged in the leading flank right part of base plate 4-1, and 4-4 is parallel with longitudinal rail; Upper sensor 4-5 is installed in the left surface top of base plate 4-1, is used for limiting the limes superiors position of longitudinal sliding block 4-6; Lower sensor 4-7 is installed in the left surface bottom of base plate 4-1, is used for limiting the limit inferior position of longitudinal sliding block 4-6.
Dust removal part 5 comprises support plate 5-1, round brush motor 5-2, fan motor stand 5-3, fan electromotor 5-4, fan 5-5, round brush 5-6, belt clamping plate 5-7.
Support plate 5-1 is fixed on above the longitudinal sliding block 4-4 of vertical running part 4; Belt clamping plate 5-7 is used for support plate 5-1 is fixed together with vertical Timing Belt of vertical running part 4 below support plate 5-1; Round brush motor 5-2 is fixed on above the right-hand member of support plate 5-1, output shaft down, round brush 5-6 is fixed on round brush motor 5-2 output the tip of the axis, and contact with solar panel, to clean dust; Fan motor stand 5-3 is installed in above the support plate 5-1 right-hand member, and fan electromotor 5-4 is fixed on fan motor stand 5-3 right-hand member, and output shaft tilts towards the lower left, and fan 5-5 is fixed on fan electromotor 5-4 output the tip of the axis, is used for floating dust is blown away.
Claims (4)
1. automatic scavenge system of solar cell panel dust, comprise support (1), solar panel (2), horizontal running part (3), vertical running part (4), dust removal part (5), it is characterized in that, support (1) has the upper surface of inclination, solar panel (2) tilts to be installed in the upper surface of support (1), and laterally running part (3) laterally is installed in support (1) leading flank top, and vertically running part (4) is installed in above the slide block of horizontal running part (3), dust removal part (5) is installed on the slide block of vertical running part (4), be final executive system, under the drive of motor, realize the horizontal of dust removal part (5), longitudinally motion, move back and forth at solar panel, remove the dust on surface.
2. the automatic scavenge system of solar cell panel dust as claimed in claim 1, it is characterized in that, described horizontal running part (3) comprises cross motor (3-1), synchronous cross band drive disk assembly (3-2), left sensor (3-3), cross slide way (3-4), brace (3-5), transverse slider (3-6), right sensor (3-7), lateral part base plate (3-8), described cross motor (3-1) are installed in lateral part base plate (3-8) leading flank left part, and output shaft up, the belt wheel of synchronous cross band drive disk assembly (3-2) is installed on the output shaft of cross motor (3-1), cross slide way (3-4) laterally is installed in the leading flank top of lateral part base plate (3-8), and transverse slider (3-6) is assemblied on the cross slide way (3-4), and it is secondary to form guide rail-slide block movement; Synchronous cross band drive disk assembly (3-2) is arranged in the leading flank bottom of lateral part base plate (3-8), and (3-4) is parallel with cross slide way; Left sensor (3-3) is installed in the upper side left part of lateral part base plate (3-8), is used for limiting the limit on the left position of transverse slider (3-6); Right sensor (3-7) is installed in the upper side right part of lateral part base plate (3-8), is used for limiting the limit on the right-right-hand limit position of transverse slider (3-6); Brace (3-5) is fixedly connected with the Timing Belt of transverse slider (3-6) with synchronous cross band drive disk assembly (3-2), makes Timing Belt drive transverse slider (3-6) motion.
3. the automatic scavenge system of solar cell panel dust as claimed in claim 1, it is characterized in that, vertically running part (4) comprises base plate (4-1), vertical motor (4-2), vertical toothed belt transmission parts (4-3), longitudinal rail (4-4), upper sensor (4-5), longitudinal sliding block (4-6) and lower sensor (4-7), vertically motor (4-2) is installed in the leading flank top of base plate (4-1), vertically the belt wheel of toothed belt transmission parts (4-3) is installed on the output shaft of vertical motor (4-2), longitudinal rail (4-4) vertically is installed in the leading flank left part of base plate (4-1), longitudinal sliding block (4-6) is assemblied on the longitudinal rail (4-4), and it is secondary to form guide rail-slide block movement; Vertically toothed belt transmission parts (4-3) are arranged in the leading flank right part of base plate (4-1), and (4-4) is parallel with longitudinal rail; Upper sensor (4-5) is installed in the left surface top of base plate (4-1), is used for limiting the limes superiors position of longitudinal sliding block (4-6); Lower sensor (4-7) is installed in the left surface bottom of base plate (4-1), is used for limiting the limit inferior position of longitudinal sliding block (4-6).
4. the automatic scavenge system of solar cell panel dust as claimed in claim 1, it is characterized in that, dust removal part (5) comprises support plate (5-1), round brush motor (5-2), fan motor stand (5-3), fan electromotor (5-4), fan (5-5), round brush (5-6), belt clamping plate (5-7), support plate (5-1) are fixed on above the longitudinal sliding block (4-4) of vertical running part (4); Belt clamping plate (5-7) are used for the vertical Timing Belt of support plate (5-1) with vertical running part (4) is fixed together below support plate (5-1); Round brush motor (5-2) is fixed on above the right-hand member of support plate (5-1), output shaft down, round brush (5-6) is fixed on round brush motor (5-2) output the tip of the axis, and contact with solar panel, to clean dust; Fan motor stand (5-3) is installed in support plate (5-1) above the right-hand member, fan electromotor (5-4) is fixed on fan motor stand (5-3) right-hand member, output shaft tilts towards the lower left, and fan (5-5) is fixed on fan electromotor (5-4) output the tip of the axis, is used for floating dust is blown away.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220514192 CN202860931U (en) | 2012-10-09 | 2012-10-09 | Solar panel automatic dust-removing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220514192 CN202860931U (en) | 2012-10-09 | 2012-10-09 | Solar panel automatic dust-removing system |
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| CN202860931U true CN202860931U (en) | 2013-04-10 |
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| CN 201220514192 Expired - Fee Related CN202860931U (en) | 2012-10-09 | 2012-10-09 | Solar panel automatic dust-removing system |
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