CN102503179B - Solar energy power station electricity mirror field and photovoltaic component glass restoration system - Google Patents
Solar energy power station electricity mirror field and photovoltaic component glass restoration system Download PDFInfo
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- CN102503179B CN102503179B CN201110344897.6A CN201110344897A CN102503179B CN 102503179 B CN102503179 B CN 102503179B CN 201110344897 A CN201110344897 A CN 201110344897A CN 102503179 B CN102503179 B CN 102503179B
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Abstract
The invention discloses a solar energy power station electricity mirror field and photovoltaic component glass restoration system, which comprises a restoration positioning probe for detecting breakage points on a glass surface and breakage case thereof, a main body structure and a several-grade restoration pretreatment portion with gradually improved restoration effects; the main body structure comprises a restoration unit for injecting glass restoring agent into the breakage points; the restoration pretreatment portion comprises polishing mechanisms, and the polishing precision of the polishing mechanisms in the several-grade restoration pretreatment portion is improved step by step; the restoration positioning probe detects and confirms the breakage grade of the breakage point, and the restoration pretreatment portion of the corresponding grade is selected according to the breakage grade, and the breakage point is polished by the polishing mechanism at a selected grade, and is polished by the polishing mechanisms whose polishing precisions are higher than the selected grade step by step successively for completing restoration. The invention has the advantages of simple structure, low cost, good restoration effect of glass, high environment fitness and high operability.
Description
Technical field
The present invention relates to a kind of solar power station power generation mirror field and photovoltaic component glass restoration system.
Background technology
In field of solar energy utilization, the use of light transmissive material is the core of solar utilization technique, and wherein translucent glass occupies very large proportion.The core of photospot optothermal generating set is speculum efficiency, comprises transmissivity and reflectivity.And speculum planeness and smooth finish play keying action.The glass transmissivity of photovoltaic module is one of major influence factors of assembly electricity generation efficiency, and the transmissivity of assembly glass and smooth finish play keying action equally.
Aspect solar electrical energy generation, photovoltaic plant has started worldwide universal.Meanwhile, the equipment of condensing thermal power generation is in the middle of some countries and regions in the world have been used.The wherein transmissivity of slot type parabolic mirror and reflectivity technology maturation and basic item.Therefore, the effect of mirror field glass recovery technique power plant construction is obvious, and particularly importantly this recovery technique cost is relatively low, short and good reliability of cycle.
The breakage of condensor field glass is divided into two kinds of situations, and a kind of is the local dent (being commonly called as pitting or cut) forming due to the collision of sharp-pointed article, and another kind is the cracking (being commonly called as slight crack) causing because local pressure is inhomogeneous.In large-scale power station, because individual other mirror field glass breakage causes that local Jing Chang paralysis is inevitable.After the glass breakage of indivedual mirrors field, cause that system frame and system dynamic device kinetics lost efficacy, thermal-collecting tube is heated inhomogeneous situation, affect working efficiency and the steady running in power station, cause a hidden trouble to the safe handling in power station.Meanwhile, because the mounting means of condensor field glass is moudle type production and assembly, need larger human and material resources just can complete installation, in the short period of time, cannot carry out the replacing of glass.Thereby construction and operation to whole power station bring negative impact.
Summary of the invention
The problem existing for prior art, the object of the present invention is to provide the relatively simple and rapid solar power station power generation mirror field of one and photovoltaic component glass restoration system, solves in the operation of power station and repairs fast in glass breakage situation.
For achieving the above object, solar power station power generation mirror field of the present invention and photovoltaic component glass restoration system, comprise some grades of reparation pretreatment portions that improve step by step for detection of reparation positioning probe, agent structure, the repairing effect of glass surface breaking point and damaged situation thereof, wherein, agent structure comprises for the reparation unit to breaking point implantation glass renovation agent, repair pretreatment portion and comprise polishing mechanism, and some grades of polishing precision of repairing the polishing mechanism in pretreatment portion improve step by step;
Repair positioning probe and detect the damaged rank of confirming breaking point, according to the reparation pretreatment portion of the selected appropriate level of this breakage rank, breaking point through other polishing mechanism polishing of selected class and polishing precision higher than other polishing mechanism of selected class step by step successively polishing complete reparation; And
When the breakage of breaking point is superior to the rank of setting, breaking point need to be first by described reparation unit to breaking point implantation glass renovation agent, then carry out step by step polishing successively and complete reparation.
Further, described glass repairing system also comprises housing, device dynamic conveyor belt, power sucker, controls the automatic control system unit of whole system operation, described agent structure, some grades repair pretreatment portions and device dynamic conveyor belt, power sucker and automatic control system unit are all arranged in housing, on device dynamic conveyor belt, be provided with the power sucker that can adsorb with glass surface, device dynamic conveyor belt drives described glass repairing system to move at glass surface; On described device dynamic conveyor belt, be provided with emergency braking mechanism.
Further, described agent structure comprises the first supporting and location arm, sucker, temperature sensor, syringe is installed in it and pushes away handle, glass renovation agent pressure pump agent pipeline, rumbling compound light agent pipeline, O RunddichtringO and syringe; Wherein, sucker, syringe, O RunddichtringO and glass to be repaired can form closed environment jointly, and push away handle by syringe and extract the gas in sucker, by the repairing environment of this closed environment formation vacuum state.
Further, described breaking point by described glass renovation agent pressure pump agent pipeline filling glass renovation agent after, then by rumbling compound light agent pipeline to its upper coating rumbling compound and light agent.
Further, described temperature sensor is monitored the variation of temperature in repair process in real time, and described glass repairing system is also provided with cooling mechanism.
Further, the described reparation pretreatment portion of some levels comprises corresponding to the damaged scratch removal pretreatment portion of repairing of low level, repairs pretreatment portion and repair pretreatment portion corresponding to the high-level damaged slight crack of repairing corresponding to the damaged pit of repairing of middle rank.
Further, described scratch removal pretreatment portion comprises the second supporting and location arm, and the second Impurity Absorption chamber, the second polishing mechanism, the second cushion plate, the second wool felt, the second sponge disc, the second cavity pressure control handle are installed in it; Wherein, the second polishing mechanism comprises that the second polishing machine and polishing precision disposed thereon are the second polishing disk or the polishing paper of 9 μ; Described the second wool felt and the second sponge disc are cleaned out described breaking point place surface irregularities by high-speed motion, and by controlling the second cavity pressure control handle motion, foreign material are sucked in the second Impurity Absorption chamber, and after foreign material are cleaned out, the second polishing mechanism carries out polishing to described breaking point.
Further, described pit is repaired pretreatment portion and is comprised the 3rd supporting and location arm, and the 3rd Impurity Absorption chamber, the 3rd polishing mechanism, the 3rd cushion plate, the 3rd wool felt, the 3rd sponge disc, the 3rd cavity pressure control handle are installed in it; Wherein, the 3rd polishing mechanism comprises that the 3rd polishing machine and polishing precision disposed thereon are the 3rd polishing disk or the polishing paper of 30 μ; Described the 3rd wool felt and the 3rd sponge disc are cleaned out described breaking point place surface irregularities by high-speed motion, and by controlling the 3rd cavity pressure control handle motion, foreign material are sucked in the 3rd Impurity Absorption chamber, after foreign material are cleaned out, by described breaking point implantation glass renovation agent, then by the 3rd polishing mechanism, described breaking point is carried out to polishing.
Further, described slight crack is repaired pretreatment portion and is comprised the 4th supporting and location arm, the 4th Impurity Absorption chamber, the 4th polishing mechanism, the 4th cushion plate, the 4th wool felt, the 4th sponge disc, the 4th cavity pressure control handle, wherein, the 4th polishing mechanism comprises that the 4th polishing machine and polishing precision disposed thereon are the 4th polishing disk or the polishing paper of 60 μ; Described the 4th wool felt and the 4th sponge disc are cleaned out described breaking point place surface irregularities by high-speed motion, and by controlling the 4th cavity pressure control handle motion, foreign material are sucked in the 4th Impurity Absorption chamber, after foreign material are cleaned out, by described breaking point implantation glass renovation agent, then by the 4th polishing mechanism, described breaking point is carried out to polishing.
Further, described housing adopts transparent material to make, and the information transmission that described reparation positioning probe and temperature sensor detect is to automatic control system cell processing.
The present invention is simple in structure, cost is low, good to the repairing effect of glass, environmental adaptation degree is high, operating performance is high.By the processing of the integral process such as pre-treatment, reparation, polishing, give full play to the optical efficiency of glass, for guaranteeing role is played in the normal operation in power station.
Brief description of the drawings
Fig. 1 is stereographic map one of the present invention;
Fig. 2 is stereographic map two of the present invention;
Fig. 3 is the first side view cutaway drawing of the present invention;
Fig. 4 is A portion enlarged view in Fig. 3;
Fig. 5 is the second side cutaway view of the present invention;
Fig. 6 is B portion enlarged view in Fig. 5;
Fig. 7 is C portion enlarged view in Fig. 5.
Embodiment
Below, with reference to accompanying drawing, the present invention is more fully illustrated, shown in the drawings of exemplary embodiment of the present invention.But the present invention can be presented as multiple multi-form, and should not be construed as the exemplary embodiment that is confined to narrate here.But, these embodiment are provided, thereby make the present invention comprehensively with complete, and scope of the present invention is fully conveyed to those of ordinary skill in the art.
For ease of explanation, here can use such as " on ", the space relative terms such as D score " left side " " right side ", the relation for element shown in explanatory view or feature with respect to another element or feature.It should be understood that except the orientation shown in figure, spatial terminology is intended to comprise the different azimuth of device in using or operating.For example, if the device in figure is squeezed, be stated as the element that is positioned at other elements or feature D score will be positioned at other elements or feature " on ".Therefore, exemplary term D score can comprise upper and lower orientation both.Device can otherwise be located (90-degree rotation or be positioned at other orientation), and the relative explanation in space used here can correspondingly be explained.
Principle of work of the present invention is:
One: homogeneous material reflecting properties is consistent, repair liquid is identical with glass basic material, is dissolved in and repairs in base fluid, tans by the sun partial solvent volatilization through nature, under the impact of viscose glue, damaged glass is repaired bonding.
Two: the rectilinear propagation of light and specular reflection, by grinding and buffing, make damaged glass again form mirror effect, ensure the optical efficiency of glass.
Comprehensive above-mentioned 2 can obtain: in the damaged mode of glass, by filling up of material, after sanding and polishing, can complete the effect of reparation completely.
Three: glass is in repair process, and the sanding and polishing that forms volatilization, minute surface due to heating repair liquid all can produce a large amount of heats.The volatilization of light agent base fluid, for glass cooling, improves glass optical efficiency simultaneously.
As shown in Figures 1 to 7, solar power station power generation mirror field of the present invention and photovoltaic component glass restoration system, comprise the some grades of automatic control system unit 9 of repairing pretreatment portions, housing 11, device dynamic conveyor belt 5, power sucker 6, controlling whole system operation that reparation positioning probe 7, agent structure 1, repairing effect improve step by step; Agent structure 1, the some grades of automatic control system unit 9 of repairing pretreatment portion, device dynamic conveyor belt 5, power sucker 6, the operation of control whole system are all arranged in housing 11, and housing 11 adopts transparent material to make, and repairs omnidistance observable to ensure.
Wherein, agent structure 1 comprises the first supporting and location arm 1001, sucker 1002, temperature sensor 1003, syringe is installed in it and pushes away handle 1004, glass renovation agent pressure pump agent pipeline 1005, pressure chamber 1006, rumbling compound light agent pipeline 1007, O RunddichtringO 1008 and syringe 10; Sucker 1002, syringe 10, O RunddichtringO 1008 can form closed environment jointly with glass to be repaired, and push away the gas of handle 1004 in the interior motion extraction of pressure chamber 1006 sucker 1002 by syringe, this closed environment is formed to the repairing environment of vacuum state.Breaking point is by after glass renovation agent pressure pump agent pipeline 1005 filling glass renovation agents, then by rumbling compound light agent pipeline 1007 to its upper coating rumbling compound and light agent.Temperature sensor 1003 variation of temperature in monitoring repair process in real time, when ensureing repairing effect, protective glass is avoided pressurized breakage, is also provided with the cooling mechanism processing of lowering the temperature at any time in this glass repairing system.The information transmission that reparation positioning probe 7 and temperature sensor 1003 detect is processed to automatic control system unit 9.
In the present embodiment, repair pretreatment portion for some grades and comprise corresponding to the damaged scratch removal pretreatment portion 2 of repairing of low level, repair pretreatment portion 3 and repair pretreatment portion 4 corresponding to the high-level damaged slight crack of repairing corresponding to the damaged pit of repairing of middle rank.In actual use, can, according to using needs, more multi-level reparation pretreatment portion be set, to divide step by step more detailed damaged rank and reparation rank corresponding thereto, thereby reach more perfect treatment mechanism, make the glass surface after repairing more perfect.
Wherein, scratch removal pretreatment portion 2 comprises the second supporting and location arm 2001, and the second Impurity Absorption chamber 2002, the second polishing mechanism, the second cushion plate 2004, the second wool felt 2005, the second sponge disc 2006, the second cavity pressure control handle 2008 are installed in it; Wherein, the second polishing mechanism comprises that the second polishing machine 2003 and polishing precision disposed thereon are the second polishing disk or the polishing paper 2007 of 9 μ; The second wool felt 2005 and the second sponge disc 2006 are cleaned out breaking point place surface irregularities by high-speed motion, and move by controlling the second cavity pressure control handle 2008, foreign material are sucked in the second Impurity Absorption chamber 2002, after foreign material are cleaned out, the second polishing mechanism carries out polishing to breaking point.
Pit is repaired pretreatment portion 3 and is comprised the 3rd supporting and location arm 3001, and the 3rd Impurity Absorption chamber 3002, the 3rd polishing mechanism, the 3rd cushion plate 3004, the 3rd wool felt 3005, the 3rd sponge disc 3006, the 3rd cavity pressure control handle 3008 are installed in it; Wherein, the 3rd polishing mechanism comprises that the 3rd polishing machine 3003 and polishing precision disposed thereon are the 3rd polishing disk or the polishing paper 3007 of 30 μ; Described the 3rd wool felt 3005 and the 3rd sponge disc 3006 are cleaned out described breaking point place surface irregularities by high-speed motion, and move by controlling the 3rd cavity pressure control handle 3008, foreign material are sucked in the 3rd Impurity Absorption chamber 3002, after foreign material are cleaned out, by breaking point implantation glass renovation agent, then by the 3rd polishing mechanism, described breaking point is carried out to polishing.
Slight crack is repaired pretreatment portion 4 and is comprised the 4th supporting and location arm 4001, the 4th Impurity Absorption chamber 4002, the 4th polishing mechanism, the 4th cushion plate 4004, the 4th wool felt 4005, the 4th sponge disc 4006, the 4th cavity pressure control handle 4008, wherein, the 4th polishing mechanism comprises that the 4th polishing machine 4003 and polishing precision disposed thereon are the 4th polishing disk or the polishing paper 4007 of 60 μ; Described the 4th wool felt 4005 and the 4th sponge disc 4006 are cleaned out breaking point place surface irregularities by high-speed motion, and move by controlling the 4th cavity pressure control handle 4008, foreign material are sucked in the 4th Impurity Absorption chamber 4002, after foreign material are cleaned out, by breaking point implantation glass renovation agent, then by the 4th polishing mechanism, breaking point is carried out to polishing.
Repair positioning probe 7 for detection of glass surface breaking point and damaged situation thereof, repair positioning probe 7 and detect the damaged rank of confirming breaking point, according to the reparation pretreatment portion of the selected appropriate level of this breakage rank, breaking point through other polishing mechanism polishing of selected class and polishing precision higher than other polishing mechanism of selected class step by step successively polishing complete reparation; And when the breakage of breaking point is superior to the rank of setting, breaking point need to be first by repairing unit to breaking point implantation glass renovation agent, then carry out step by step polishing successively and complete reparation.Breaking point needs the rank of implantation glass renovation agent to decide according to the size of Site Detection breaking point, also can use conventional rule of thumb data.
For example, in the present embodiment, when work, automatic control system unit 9 is controlled reparation positioning probe 7 and is completed damaged examination and recovery scenario selection and repair pretreated location, main method is: glass prosthetic device moves on glass 8 surfaces by device dynamic conveyor belt 5 and power sucker 6, reparation positioning probe 7 carries out the surface fracture of pointwise on glass 8 surfaces checks, find after breaking point, repair positioning probe 7 information of detection is fed back to automatic control system unit 9, damaged type is identified in automatic control system unit 9, and be independently chosen to be: scratch removal pre-treatment, pit is repaired pre-treatment, or slight crack is repaired pre-treatment, under the acting in conjunction of supporting and location arm and power sucker, by the locked glass surface at breaking point place of device.
In the time detecting that breaking point is cut, select scratch removal pretreatment portion 2 to process breaking point, scratch removal pretreatment portion 2 moves to breaking point place, under the power of the second polishing machine 2003 drives, the second wool felt 2005 and the second sponge disc 2006 are cleaned out breaking point place surface irregularities by high-speed motion, and foreign material are sucked in the second Impurity Absorption chamber 2002, the second polishing disk or polishing paper 2007 carry out polishing to breaking point subsequently, to complete reparation.
In the time detecting that breaking point is pit, selecting pit to repair pretreatment portion 3 processes breaking point, pit is repaired pretreatment portion 3 and is moved to breaking point place, under the power of the 3rd polishing machine 3003 drives, the 3rd wool felt 3005 and the 3rd sponge disc 3006 are cleaned out breaking point place surface irregularities by high-speed motion, and foreign material are sucked in the 3rd Impurity Absorption chamber 3002, after foreign material are cleaned out, glass renovation agent pressure pump agent pipeline 1005 is to breaking point implantation glass renovation agent, the 3rd polishing disk or polishing paper 3007 carry out polishing to breaking point subsequently, after the first step polishing completes, the second polishing disk or polishing paper 2007 carry out polishing again to breaking point, to complete reparation.
In the time detecting that breaking point is slight crack, selecting slight crack to repair pretreatment portion 4 processes breaking point, slight crack is repaired pretreatment portion 4 and is moved to breaking point place, under the power of the 4th polishing machine 4003 drives, the 4th wool felt 4005 and the 4th sponge disc 4006 are cleaned out breaking point place surface irregularities by high-speed motion, and foreign material are sucked in the 4th Impurity Absorption chamber 4002, after foreign material are cleaned out, glass renovation agent pressure pump agent pipeline 1005 is to breaking point implantation glass renovation agent, the 4th polishing disk or polishing paper 4007 carry out polishing to breaking point subsequently, after the first step polishing completes, the 3rd polishing disk or polishing paper 3007 carry out second step polishing to breaking point, after second step polishing completes, the second polishing disk or polishing paper 2007 carry out polishing again to breaking point, to complete reparation.
Whole system of the present invention drives by device dynamic conveyor belt 5, is provided with the power sucker 6 that can adsorb with glass surface on device dynamic conveyor belt 5, and device dynamic conveyor belt 5 drives these glass repairing systems to move at glass surface; On device dynamic conveyor belt 5, be also provided with emergency braking mechanism.
In the present embodiment, treatment step is:
1, the damaged point of repairing is determined, device is fixing
According to pretreated information, by power walking device and reparation positioning probe 7, syringe 10 is combined with breaking point, then use sucker 1002 that agent structure 1 is fixed on to pending glass 8 surfaces.Meanwhile, make to repair some local location and form closed environment.
2, seal, vacuumize
The O RunddichtringO 1008 of vacuum piston pump bottom and glass are compressed, promote syringe and push away handle 1004, bleed by pressure chamber 1006.Make repairing environment form vacuum state.
3, repair liquid injection
Under vacuum state, renovation agent is pushed to breaking point through glass renovation agent pressure pump agent pipeline 1005.
4, curing, sanding and polishing
After repair liquid solidifies, by rumbling compound light agent pipeline 1007, rumbling compound and light agent are coated to the breaking point place after preliminary reparation, remove sucker 1002, use successively in order slight crack to repair pretreatment portion 4, pit reparation pretreatment portion 3, scratch removal pretreatment portion 2, adopt the polishing paper of 60 μ, 30 μ, 9 μ precision to carry out polishing.The variation of whole process need temperature sensor 1003 real-time monitoring temperatures, when ensureing repairing effect, protective glass is avoided pressurized breakage.
Solar power station power generation mirror field of the present invention and photovoltaic component glass restoration system, utilize in a relatively airtight environment, confirms to repair position and repair mode by repairing positioning probe; Under effect by polishing machine, under the protection of cushion plate, use successively wool felt, sponge disc, polishing disk (polishing paper precision is 9 μ, 30 μ, 60 μ) to repair pre-treatment; Then, under the effect of agent structure sucker, O type circle, impel reparation Local Shape to become vacuum state, apply repair liquid, solidify and repair; After to be repaired dose of complete drying, apply rumbling compound and light agent, under the effect of polishing machine, carry out second polishing.
Solar power station power generation mirror field of the present invention and photovoltaic component glass recovery technique are used for reference metal solder, high speed surface glossing, and technical maturity is simple, cost is low, good to the repairing effect of glass, environmental adaptation degree is high, operating performance is high.By the processing of the integral process such as pre-treatment, reparation, polishing, give full play to the optical efficiency of glass, for guaranteeing role is played in the normal operation in power station.
The present invention, the operation that glass is repaired is integrated, and quaternity, contains cleaning, reparation, polishing.Install hermetically sealed, vacuum environment.Intelligent collection: temperaturecontrol sensor, position control sensor.Drive intelligent: high precision, high-level efficiency.Workable: different situations and environment all can use.Stability is high: multiple spot is fixed, and avoids secondary to destroy.Highly versatile: the clean grinding head of replaceable size and fineness, realize different occasion work.Process is controlled: transparent sucker cover, ensure omnidistance observable, and can snub.Safeguard protection: according to temperature sensing data, the processing of lowering the temperature at any time.Stress relieving: ensure material optical physics performance.Product-forming is succinctly practical, easy to use and keeping.Full dismounting principle of design, can change renewal parts at any time, ensures product work-ing life.
Claims (10)
1. solar power station power generation mirror field and photovoltaic component glass restoration system, it is characterized in that, this glass repairing system comprises some grades of reparation pretreatment portions that improve step by step for detection of reparation positioning probe, agent structure, the repairing effect of glass surface breaking point and damaged situation thereof, wherein, agent structure comprises for the reparation unit to breaking point implantation glass renovation agent, repair pretreatment portion and comprise polishing mechanism, and some grades of polishing precision of repairing the polishing mechanism in pretreatment portion improve step by step;
Repair positioning probe and detect the damaged rank of confirming breaking point, according to the reparation pretreatment portion of the selected appropriate level of this breakage rank, breaking point through other polishing mechanism polishing of selected class and polishing precision higher than other polishing mechanism of selected class step by step successively polishing complete reparation; And
When the breakage of breaking point is superior to the rank of setting, breaking point need to be first by described reparation unit to breaking point implantation glass renovation agent, then carry out step by step polishing successively and complete reparation.
2. glass repairing system as claimed in claim 1, it is characterized in that, described glass repairing system also comprises housing, device dynamic conveyor belt, power sucker, controls the automatic control system unit of whole system operation, described agent structure, some grades repair pretreatment portions and device dynamic conveyor belt, power sucker and automatic control system unit are all arranged in housing, on device dynamic conveyor belt, be provided with the power sucker that can adsorb with glass surface, device dynamic conveyor belt drives described glass repairing system to move at glass surface; On described device dynamic conveyor belt, be provided with emergency braking mechanism.
3. glass repairing system as claimed in claim 2, it is characterized in that, described agent structure comprises the first supporting and location arm, sucker, temperature sensor, syringe is installed in it and pushes away handle, glass renovation agent pressure pump agent pipeline, rumbling compound light agent pipeline, O RunddichtringO and syringe; Wherein, sucker, syringe, O RunddichtringO and glass to be repaired can form closed environment jointly, and push away handle by syringe and extract the gas in sucker, by the repairing environment of this closed environment formation vacuum state.
4. glass repairing system as claimed in claim 3, is characterized in that, described breaking point by described glass renovation agent pressure pump agent pipeline filling glass renovation agent after, then by rumbling compound light agent pipeline to its upper coating rumbling compound and light agent.
5. glass repairing system as claimed in claim 4, is characterized in that, described temperature sensor is monitored the variation of temperature in repair process in real time, and described glass repairing system is also provided with cooling mechanism.
6. glass repairing system as claimed in claim 2, it is characterized in that, the described reparation pretreatment portion of some levels comprises corresponding to the damaged scratch removal pretreatment portion of repairing of low level, repairs pretreatment portion and repair pretreatment portion corresponding to the high-level damaged slight crack of repairing corresponding to the damaged pit of repairing of middle rank.
7. glass repairing system as claimed in claim 6, it is characterized in that, described scratch removal pretreatment portion comprises the second supporting and location arm, and the second Impurity Absorption chamber, the second polishing mechanism, the second cushion plate, the second wool felt, the second sponge disc, the second cavity pressure control handle are installed in it; Wherein, the second polishing mechanism comprises that the second polishing machine and polishing precision disposed thereon are the second polishing disk or the polishing paper of 9 μ m; Described the second wool felt and the second sponge disc are cleaned out described breaking point place surface irregularities by high-speed motion, and by controlling the second cavity pressure control handle motion, foreign material are sucked in the second Impurity Absorption chamber, and after foreign material are cleaned out, the second polishing mechanism carries out polishing to described breaking point.
8. glass repairing system as claimed in claim 6, it is characterized in that, described pit is repaired pretreatment portion and is comprised the 3rd supporting and location arm, and the 3rd Impurity Absorption chamber, the 3rd polishing mechanism, the 3rd cushion plate, the 3rd wool felt, the 3rd sponge disc, the 3rd cavity pressure control handle are installed in it; Wherein, the 3rd polishing mechanism comprises that the 3rd polishing machine and polishing precision disposed thereon are the 3rd polishing disk or the polishing paper of 30 μ m; Described the 3rd wool felt and the 3rd sponge disc are cleaned out described breaking point place surface irregularities by high-speed motion, and by controlling the 3rd cavity pressure control handle motion, foreign material are sucked in the 3rd Impurity Absorption chamber, after foreign material are cleaned out, by described breaking point implantation glass renovation agent, then by the 3rd polishing mechanism, described breaking point is carried out to polishing.
9. glass repairing system as claimed in claim 6, it is characterized in that, described slight crack is repaired pretreatment portion and is comprised the 4th supporting and location arm, the 4th Impurity Absorption chamber, the 4th polishing mechanism, the 4th cushion plate, the 4th wool felt, the 4th sponge disc, the 4th cavity pressure control handle, wherein, the 4th polishing mechanism comprises that the 4th polishing machine and polishing precision disposed thereon are the 4th polishing disk or the polishing paper of 60 μ m; Described the 4th wool felt and the 4th sponge disc are cleaned out described breaking point place surface irregularities by high-speed motion, and by controlling the 4th cavity pressure control handle motion, foreign material are sucked in the 4th Impurity Absorption chamber, after foreign material are cleaned out, by described breaking point implantation glass renovation agent, then by the 4th polishing mechanism, described breaking point is carried out to polishing.
10. glass repairing system as claimed in claim 3, is characterized in that, described housing adopts transparent material to make, and the information transmission that described reparation positioning probe and temperature sensor detect is to automatic control system cell processing.
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| CN201110344897.6A CN102503179B (en) | 2011-11-04 | 2011-11-04 | Solar energy power station electricity mirror field and photovoltaic component glass restoration system |
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| CN201110344897.6A CN102503179B (en) | 2011-11-04 | 2011-11-04 | Solar energy power station electricity mirror field and photovoltaic component glass restoration system |
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| CN102503179B true CN102503179B (en) | 2014-10-15 |
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| CN105800958A (en) * | 2014-12-28 | 2016-07-27 | 黑龙江省迪美斯光学玻璃有限公司 | Automotive glass damage repair method |
| CN105693105A (en) * | 2016-01-26 | 2016-06-22 | 武汉华星光电技术有限公司 | Thinning method for display panel |
| CN108863105A (en) * | 2018-07-25 | 2018-11-23 | 维沃移动通信有限公司 | Glass plate processing method, mobile terminal and its glass plate of mobile terminal |
| DE102021116166B3 (en) | 2021-06-22 | 2022-10-20 | Pma/Tools Ag | Glass repair device and repair method |
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| US4957529A (en) * | 1988-05-27 | 1990-09-18 | Pu "Paissii Hilendarski" | Method of decorating glass and ceramic articles |
| CN201762249U (en) * | 2010-06-03 | 2011-03-16 | 金华市怡达玻璃机械有限公司 | Glass cleaning machine |
| CN202279776U (en) * | 2011-11-04 | 2012-06-20 | 成都禅德太阳能电力有限公司 | Glass repairing system for power generation mirror field and photovoltaic module of solar power station |
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2011
- 2011-11-04 CN CN201110344897.6A patent/CN102503179B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4957529A (en) * | 1988-05-27 | 1990-09-18 | Pu "Paissii Hilendarski" | Method of decorating glass and ceramic articles |
| CN201762249U (en) * | 2010-06-03 | 2011-03-16 | 金华市怡达玻璃机械有限公司 | Glass cleaning machine |
| CN202279776U (en) * | 2011-11-04 | 2012-06-20 | 成都禅德太阳能电力有限公司 | Glass repairing system for power generation mirror field and photovoltaic module of solar power station |
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