CN206426289U - A kind of multi-line cutting machine for being used to process solar panel - Google Patents
A kind of multi-line cutting machine for being used to process solar panel Download PDFInfo
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- CN206426289U CN206426289U CN201720114419.9U CN201720114419U CN206426289U CN 206426289 U CN206426289 U CN 206426289U CN 201720114419 U CN201720114419 U CN 201720114419U CN 206426289 U CN206426289 U CN 206426289U
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Abstract
The utility model provides a kind of multi-line cutting machine for being used to process solar panel, including cutting mechanism, elevating mechanism, silicon material fixed mechanism and mortar feed mechanism, silicon material fixed mechanism includes crystal holder, heat sink and glass plate connected from top to bottom, the upper surface of glass plate is Nian Jie with the lower surface of heat sink, and the lower surface of glass plate is Nian Jie with the upper surface of silicon material；Heat sink equably offers several passages, and passage is in communication with the outside, and through the lower surface of heat sink, the heat that silicon material top is produced when cutting outwardly is distributed by passage；Mortar feed mechanism includes hod, slurry storage tank and shotcrete pipe, the sizing roller that mortar is coated in cutting gauze is provided with slurry storage tank, sizing roller is partly immersed in the mortar in slurry storage tank, the surface of sizing roller is arranged with the collection stock tank of annular, line of cut is passed through from collection stock tank, and shotcrete pipe is provided with the nozzle of some spray furnaces.The utility model can reduce the chipping phenomenon of cutting process, it is ensured that the yields of processing.
Description
Technical field
The utility model belongs to photovoltaic module processing technique field, is related to a kind of for processing the multi-thread of solar panel
Cutting machine.
Background technology
Silicon chip cutting is key component in solar-energy photo-voltaic cell manufacturing process, the technique be used to handling monocrystalline silicon or
The solid silicon ingot of polysilicon.First with scroll saw silicon ingot dice silicon material, then silicon material is cut into very thin silicon chip again.This
A little silicon chips are exactly the substrate for manufacturing photovoltaic cell.
The core of scroll saw is the line of cut of ultra-fine high intensity, and line of cut completes cutting action under the cooperation of slurry.
What a plurality of line of cut was parallel to each other is wrapped in the cutting gauze that a level is formed on guide roller.Motor driving guide roller makes entirely
Gauze is cut to rotate around guide wheel with 5 to 25 meters per second of speed.In line of cut motion process, nozzle can continue to line of cut
Spray the slurry containing suspension and carbonation silicon grain.Slurry is driven to cut square silicon material by line of cut.
In the cutting process of silicon material, the friction of line of cut and silicon material can produce many heats, and one in these heats
Part can be taken away by mortar.But, due to generating excessive heat in cutting zone, cause mortar can not be in time by this
A little heats are taken away, so that some parts of cutting area or some spot temperatures are too high, cause that thermal expansion is excessive, adhesive strength
The bad phenomenons such as reduction occur, so as to cause chipping, reduce the yields of silicon chip.In addition, being sprayed using nozzle to line of cut
The mode rate of sizing of slurry is low, slurry amount skewness, it is impossible to reach required cutting dynamics, and cutting efficiency is low, cuts matter
Amount is poor, also easily forms chipping.
Utility model content
The purpose of this utility model is there is above mentioned problem for existing technology, it is proposed that one kind is used to process solar energy
The multi-line cutting machine of cell panel, can reduce the chipping phenomenon of cutting process, it is ensured that the yields of cutting.
The purpose of this utility model can be realized by following technical proposal：
A kind of multi-line cutting machine for being used to process solar panel, including cutting mechanism, elevating mechanism, silicon material fix machine
Structure and mortar feed mechanism, cutting mechanism include cutting casing, two guide wheels, the motors of driving guide wheel and are wound on two guide wheels
Cutting gauze, guide wheel is arranged in cutting box body, and the two ends of guide wheel are connected by bearing with cutting body pivot；Silicon material is fixed
Mechanism is located at the top of cutting gauze, and silicon material fixed mechanism includes crystal holder, heat sink and glass plate connected from top to bottom, crystal holder
Be removably fixed in the bottom of elevating mechanism, heat sink is removably fixed in the bottom of crystal holder, the upper surface of glass plate with
The lower surface bonding of heat sink, the lower surface of glass plate is Nian Jie with the upper surface of silicon material；Heat sink equably offers several
Passage, passage is in communication with the outside, and through the lower surface of heat sink, the heat that silicon material top is produced when cutting is by passage
Outwardly distribute；Mortar feed mechanism includes hod, slurry storage tank and shotcrete pipe, and slurry storage tank is located between two guide wheels, whitewashing
Pipe is between silicon material and slurry storage tank, and mortar is equipped with hod, and the discharging opening of hod is provided with delivery pump one, delivery pump one
It is connected by transfer pipeline one with slurry storage tank；The discharging opening of slurry storage tank is provided with delivery pump two, and delivery pump two passes through transfer pipeline two
It is connected with shotcrete pipe, cutting gauze includes upper strata line of cut and lower floor's line of cut, and slurry storage tank is in upper strata line of cut and lower floor cuts
Between secant, provided with the sizing roller that mortar is coated in upper strata line of cut in slurry storage tank, the two ends of sizing roller pass through bearing and storage
Stock tank is connected, and wherein one end of sizing roller is connected by conveyer belt with the transmission of motor one, and sizing roller is partly immersed in slurry storage tank
In interior mortar, the surface of sizing roller is arranged with the collection stock tank of annular, and upper strata line of cut is passed through from collection stock tank；Shotcrete pipe is in
The top of gauze is cut, the nozzle of some spray furnaces is connected with the bottom interval of shotcrete pipe, nozzle is toward cutting gauze.
Elevating mechanism drives silicon material to be fed to cutting gauze by silicon material fixed mechanism, and silicon material is cut into silicon by cutting mechanism
Piece, cutting the heat produced can help to reduce temperature, it is to avoid the accumulation of heat causes cutting by passage to external diffusion
To silicon material top when occur chipping phenomenon.Mortar feed mechanism provides the mortar needed for cutting, after delivery pump one is opened, conveying
Mortar in hod is delivered in slurry storage tank by pipeline one, carries out the starching of first time to cutting gauze by sizing roller, together
When delivery pump two open after, the mortar in slurry storage tank is delivered to shotcrete pipe by transfer pipeline two, by the way of shotcrete pipe is using spraying
Mortar is injected in the surface of cutting gauze, shotcrete pipe carries out secondary starching to cutting gauze and mends slurry, line of cut to realize
Net can be attached to the mortar amount of abundance after starching twice, be conducive to improving cutting dynamics, it is ensured that the yields of cutting.
Above-mentioned for processing in the multi-line cutting machine of solar panel, transfer pipeline one is provided with to be carried out to mortar
Agitating element is additionally provided with the heater of heating, slurry storage tank, agitating element includes rotating shaft and extends the stirring of rotating shaft upper end
Blade, the bottom of slurry storage tank has dividing plate, and the top of dividing plate is housed is installed with motor two below mortar, dividing plate, and rotating shaft is worn
Dividing plate, the bottom of rotating shaft is connected by shaft coupling with the transmission of motor two, and stirring vane is in the lower section of sizing roller.
Above-mentioned for processing in the multi-line cutting machine of solar panel, the discharging opening of hod is additionally provided with filtering
Net, the charging aperture of hod, which is connected in mortar supply pipe, hod, is provided with spiral helicine agitator, and agitator is with being arranged on mortar
Motor three at the top of bucket is connected.
Above-mentioned for processing in the multi-line cutting machine of solar panel, heat sink is included in top-down radiating
Plate, radiating intermediate plate and radiating lower plate, four ends of radiating upper plate, radiating intermediate plate and the lower plate that radiates offer alignment
Pin hole, radiating upper plate, radiating intermediate plate and radiating lower plate are connected by pin；Radiating lower plate be evenly spaced offer it is some
The individual passage run through, radiating intermediate plate offers heat dissipation channel, and heat dissipation channel is connected with passage；Radiating upper plate and crystal holder are opened
Screwed hole provided with least two alignment, radiating upper plate is connected through a screw thread part with crystal holder and is detachably connected, threaded connector bag
Include rod body part and with the integrally formed spacing end of rod body part, the outer surface of rod body part is provided with the outer spiral shell matched with screwed hole
Line, the inside of threaded connector has gas passage, and gas passage is in radiating from spacing end bar body portion, gas passage
The top of passage, gas passage is connected with heat dissipation channel.
Above-mentioned for processing in the multi-line cutting machine of solar panel, silicon material fixed mechanism also includes to silicon material side
To two pieces of fixed limiting plates, limiting plate is connected to the both sides of heat sink, and limiting plate is resisted against the silicon parallel with cutting gauze
Material side, limiting plate is made by resin material and formed.
Above-mentioned for processing in the multi-line cutting machine of solar panel, each limiting plate passes through a connector
It is connected with radiating intermediate plate, connector includes connecting portion, bar portion and sliding part, connecting portion offers screwed hole, one end of bar portion
For the end of thread, the other end and the sliding part of bar portion are integrally formed, and the end of thread of bar portion is threadedly coupled with the screwed hole of connecting portion, are dissipated
Hot intermediate plate offers through hole, and bar portion wears through hole, and sliding part is in heat dissipation channel, and connecting portion is in outside radiating intermediate plate；
Connecting portion and limiting plate are all L-type, and connecting portion and limiting plate are connected by fastener, and spring, the one of spring are arranged with bar portion
End is contradicted on the side wall of heat dissipation channel, and the other end of spring is contradicted on sliding part；The upper surface projection for the lower plate that radiates is oriented
On protuberant bar, the bottom of sliding part is arranged with the groove matched with protuberant bar, and protuberant bar is in groove.
Above-mentioned for processing in the multi-line cutting machine of solar panel, silicon material fixed mechanism also includes guide plate,
Guide plate is bonded in the lower surface of silicon material, and the upper surface size of guide plate is identical with the lower surface size of silicon material, and guide plate is by sand
Slurry slurry sintering is formed.
Compared with prior art, the technical program has the advantage that：
The 1st, heat sink be set between crystal holder and glass plate, cut the heat that produces by passage can to external diffusion,
The accumulation for avoiding heat causes occur chipping phenomenon during the top for being cut to silicon material, improves crudy；
2nd, gauze is cut using sizing roller and carries out first time starching, starching is uniform, cutting gauze is entered using shotcrete pipe
Row mends slurry, cutting gauze is ensure that the mortar amount attachment of abundance, is conducive to improving cutting dynamics, it is ensured that the non-defective unit of cutting
Rate.
Brief description of the drawings
Fig. 1 is the structural representation of the present utility model for being used to process the multi-line cutting machine of solar panel.
Fig. 2 is the structure of the present utility model for being used to process the silicon material fixed mechanism of the multi-line cutting machine of solar panel
Schematic diagram.
Fig. 3 is Fig. 2 close-up schematic view.
In figure, 1, elevating mechanism；2nd, casing is cut；3rd, guide wheel；4th, gauze is cut；5th, crystal holder；6th, heat sink；7th, glass
Plate；8th, silicon material；9th, radiate upper plate；10th, radiate intermediate plate；11st, radiate lower plate；12nd, heat dissipation channel；13rd, rod body part；14th, it is spacing
End；15th, gas passage；16th, passage；17th, limiting plate；18th, connecting portion；19th, bar portion；20th, sliding part；21st, spring；22、
Guide plate；23rd, hod；24th, slurry storage tank；25th, shotcrete pipe；26th, delivery pump one；27th, transfer pipeline one；28th, delivery pump two；
29th, transfer pipeline two；30th, sizing roller；31st, nozzle；32nd, heater；33rd, agitating element；34th, mortar supply pipe；35th, stir
Device.
Embodiment
The following is specific embodiment of the utility model and with reference to accompanying drawing, further is made to the technical solution of the utility model
Description, but the utility model is not limited to these embodiments.
As shown in Figure 1 to Figure 3, the utility model provides a kind of multi-line cutting machine for being used to process solar panel, bag
Cutting mechanism, elevating mechanism 1, silicon material fixed mechanism and mortar feed mechanism are included, silicon material 8 is fixed under silicon material fixed mechanism
End, silicon material fixed mechanism is connected with elevating mechanism 1, and the driving of elevating mechanism 1 silicon material 8 is fed to cutting mechanism, mortar supply machine
Structure provides the mortar needed for cutting, and cutting mechanism cuts into silicon material 8 silicon chip for being processed as solar panel, elevating mechanism
1 uses the elevating mechanism in existing cutter device, is moved up and down as long as can realize, and hair of the present utility model
Bright point is unrelated, will not be described here.
Specifically, cutting mechanism includes cutting casing 2, two guide wheels 3, the motors of driving guide wheel 3 and is wound on two guide wheels 3
On cutting gauze 4, guide wheel 3 is arranged in cutting casing 2, and the two ends of guide wheel 3 are connected by bearing with the cutting rotation of casing 2,
Guide wheel 3 is provided with wire casing, with to the cutting guide and limit of gauze 4.Silicon material fixed mechanism is located at the top of cutting gauze 4, and silicon material is solid
Determining mechanism includes crystal holder 5, heat sink 6 and glass plate 7 connected from top to bottom, and crystal holder 5 is removably fixed under elevating mechanism 1
End, heat sink 6 is removably fixed in the bottom of crystal holder 5, and the upper surface of glass plate 7 passes through glass with the lower surface of heat sink 6
Glass glue sticking, the lower surface of glass plate 7 passes through glass glue sticking with the upper surface of silicon material 8.Heat sink 6 equably offers some
Individual passage 16, passage 16 is in communication with the outside, and the heat produced through the lower surface of heat sink 6, the top of silicon material 8 when cutting
Outwardly distributed by passage 16；Silicon material 8 is cut gauze 4 and cuts into silicon chip from bottom to up, when it cuts to the upper of silicon material 8
During portion, cutting zone has generated many heats, and heat sink 6 passes through passage due to the heat with passage 16, cutting
16 can be quickly to external diffusion, it is to avoid the accumulation of heat causes occur chipping phenomenon during the top for being cut to silicon material.
Mortar feed mechanism includes hod 23, slurry storage tank 24 and shotcrete pipe 25, slurry storage tank 24 be located at two guide wheels 3 it
Between, shotcrete pipe 25 is between silicon material 8 and slurry storage tank 24, and mortar, hod 23, slurry storage tank 24 and spray are equipped with hod 23
Starching pipe 25 all has charging aperture and discharging opening, and the wherein discharging opening of hod 23 is provided with delivery pump 1, and delivery pump 1 passes through
Transfer pipeline 1 is connected with the charging aperture of slurry storage tank 24；The discharging opening of slurry storage tank 24 is provided with delivery pump 2 28, delivery pump 2 28
It is connected by transfer pipeline 2 29 with the charging aperture of shotcrete pipe 25.Cutting gauze 4 includes the connected upper strata line of cut of one with
Layer line of cut, slurry storage tank 24 is between upper strata line of cut and lower floor's line of cut, and the two ends of slurry storage tank 24 are fixed on cutting casing 2
On, provided with the sizing roller 30 that mortar is coated in upper strata line of cut in slurry storage tank 24, the two ends of sizing roller 30 pass through bearing and storage
Stock tank 24 is connected, and wherein one end of sizing roller 30 is connected by conveyer belt with the transmission of motor one, and sizing roller 30 is partly immersed in
In mortar in slurry storage tank 24, the surface of sizing roller 30 is arranged with the collection stock tank of annular, and upper strata line of cut is passed through from collection stock tank；
Shotcrete pipe 25 is in the top of cutting gauze 4, is connected with the nozzle 31 of some spray furnaces the bottom interval of shotcrete pipe 25, sprays
Mouth 31 toward cutting gauze 4.
Motor one is rotated by belt-driven sizing roller 30, and when sizing roller 30 is entered in mortar, mortar can be attached to
The surface of sizing roller 30, is attached with after the sizing roller 30 of mortar is in contact with upper strata line of cut, the surface of upper strata line of cut is applied
Mortar is covered with, first time starching is realized, wherein collection stock tank increases the carrying amount of mortar.It is noted that using sizing roller
30 structure can not only realize equably starching, improve the rate of sizing, and provide support guide effect to cutting gauze 4, i.e.,
The 3rd guide wheel 3 can be used as.
After delivery pump 1 is opened, the mortar in hod 23 is delivered in slurry storage tank 24 by transfer pipeline 1, storage slurry
Groove 24 directly carries out the starching of first time to cutting gauze 4, while after delivery pump 2 28 is opened, transfer pipeline 2 29 is by slurry storage tank
Mortar in 24 is delivered to shotcrete pipe 25, and mortar is injected in the surface of cutting gauze 4, spray by shotcrete pipe 25 by the way of injection
25 pairs of cutting gauzes 4 of slurry pipe carry out secondary starching and mend slurry to realize, shotcrete pipe 25 is adjacent to silicon material, positioned at cutting gauze 4
The side of cutting feeding, cutting gauze 4 can be attached to the mortar amount of abundance after starching twice, be conducive to improving the good of cutting
Product rate, utilizes the crudy for improving solar panel.
During cutting, mortar have certain temperature be conducive to improve cutting rate, it is preferable that transfer pipeline 1 provided with pair
The heater 32 that mortar is heated, when mortar passes through heater 32, is heated to certain temperature.It is additionally provided with and stirs in slurry storage tank 24
Mix element 33, agitating element 33 includes rotating shaft and extends the stirring vane of rotating shaft upper end, the bottom of slurry storage tank 24 with every
Plate, the top of dividing plate houses and motor two is installed with below mortar, dividing plate, and rotating shaft wears dividing plate, and the bottom of rotating shaft passes through connection
Axle device is connected with the transmission of motor two, and stirring vane is in the lower section of sizing roller 30.The drive shaft of motor two is rotated, and makes stirring vane
Mortar in slurry storage tank 24 is stirred, because mortar is heated before slurry storage tank 24 is entered, mortar temperature is easy
Required temperature during higher than cutting, agitating element 33 can not only be well mixed mortar mortar stirring, and pass through stirring
Cooling effect can be played to mortar, contribute to mortar to be in the required temperature range of cutting.
The discharging opening of hod 23 is additionally provided with screen pack, and screen pack is hindered larger particles in mortar or impurity
Every, it is to avoid impurity particle thing is exported with mortar from hod 23, is prevented bulky grain thing to be attached on cutting gauze 4 and is caused silicon material
Cut chipping.The charging aperture connection mortar supply pipe 34 of hod 23, can feed pipe 34 by mortar and supplement sand to hod 23
Slurry, the mortar dripped from cutting gauze 4 and the unnecessary mortar sprayed from shotcrete pipe 25 all fall within the bottom of cutting casing 2
Portion, the cutting bottom collection of casing 2 to mortar can be inputted after separating and filtering is handled and realize in hod 23 and recycle.Sand
Spiral helicine agitator 35 is provided with slurry bucket 23, agitator 35 is connected with being arranged on the motor three at the top of hod 23, motor three
Driving agitator 35 is stirred to the mortar in hod 23, is well mixed mortar, and viscosity is presented consistent, and is beaten and spread big
Grain thing.
Preferably, heat sink 6 is included in top-down radiating upper plate 9, radiating intermediate plate 10 and radiating lower plate 11, radiating
Four ends of plate 9, radiating intermediate plate 10 and the lower plate 11 that radiates are offered in the middle of the pin hole of alignment, radiating upper plate 9, radiating
Plate 10 and radiating lower plate 11 are connected by pin；Radiating lower plate 11, which is evenly spaced, offers several passages 16 run through,
Passage 16 is through to its lower surface from the upper surface of radiating lower plate 11, the lower surface for the lower plate 11 that radiates and the upper end of glass plate 7
Face is mutually bonded.Radiating intermediate plate 10 offers heat dissipation channel 12, and heat dissipation channel 12 is connected with passage 16；Radiate upper plate 9 and crystalline substance
Support 5 offers the screwed hole of at least two alignment, and radiating upper plate 9 is connected through a screw thread part with crystal holder 5 and is detachably connected, and screw thread connects
Fitting include rod body part 13 and with the integrally formed spacing end 14 of rod body part 13, the outer surface of rod body part 13 is provided with and screwed hole
The external screw thread matched, rod body part 13 is threadedly coupled with the screwed hole of radiating upper plate 9 and crystal holder 5, and the external diameter of spacing end 14 is big
In the internal diameter size of the screwed hole of crystal holder 5, spacing end 14 is in the outside of the upper surface of crystal holder 5, plays spacing and rotation peace
The effect of dress.It is noted that the inside of threaded connector has a gas passage 15, gas passage 15 is from spacing end 14
The lower surface of rod body part 13 is run through in upper surface, and gas passage 15 is in the top of heat dissipation channel 12, and gas passage 15 is logical with radiating
Road 12 is connected, therefore, and passage 16, heat dissipation channel 12 are connected from inside to outside with gas passage 15, and gas passage 15 with it is outer
Boundary is communicated, and is cut the heat produced successively by passage 16, heat dissipation channel 12 and gas passage 15, is finally discharged outside to,
Play radiating effect.
Silicon material fixed mechanism also includes to 8 side fixed two pieces of limiting plates 17 of silicon material, and limiting plate 17 is connected to heat sink 6
Both sides, limiting plate 17 be resisted against with cutting gauze 4 it is parallel silicon material side, limiting plate 17 by resin material make form.
The side of silicon material by limiting plate 17 pressuring action, so as to avoid laterally offset.
Each limiting plate 17 is connected by a connector with radiating intermediate plate 10, and connector includes connecting portion 18, bar
Portion 19 and sliding part 20, connecting portion 18 offer screwed hole, and one end of bar portion 19 is the end of thread, the other end of bar portion 19 and slip
Portion 20 is integrally formed, and the end of thread of bar portion 19 is threadedly coupled with the screwed hole of connecting portion 18, and radiating intermediate plate 10 offers transverse direction
Through hole, bar portion 19 laterally wears through hole, and sliding part 20 is in heat dissipation channel 12, and connecting portion 18 is in radiating intermediate plate 10
Outside；Connecting portion 18 and limiting plate 17 are all L-type, and connecting portion 18 and limiting plate 17 are detachably connected by fastener, cut in silicon material
When cutting, if limiting plate 17 can be unloaded, new limiting plate in replacement by the cutting of cutting gauze 4 when using next time
17.Spring 21 is arranged with bar portion 19, one end of spring 21 is contradicted on the side wall of heat dissipation channel 12, and the other end of spring 21 is supported
Touch on sliding part 20, under the elastic force of spring 21, limiting plate 17 can abut against the side of silicon material, further, since setting
Spring 21, can be stretched out so that limiting plate 17 can adapt to the silicon material in different length.Preferably, radiating lower plate 11 is upper
End face is convexly equipped with upward protuberant bar, and the bottom of sliding part 20 is arranged with the groove matched with protuberant bar, and protuberant bar is in recessed
In groove, sliding part 20 is along protuberant bar linear slide, it is to avoid the sideshake of limiting plate 17.
Preferably, silicon material fixed mechanism also includes guide plate 22, and guide plate 22 is bonded in the lower surface of silicon material, guide plate 22
Upper surface size it is identical with the lower surface size of silicon material 8, guide plate 22 by mortar slurry sintering form.In cutting, cutting
Gauze 4 first cuts to guide plate 22, and silicon material 8 is then cut again, it is to avoid cutting gauze 4 directly cut silicon material 8 occur to skid it is existing
As, improve and cut accuracy, and contain mortar raw material in the raw material of guide plate 22, the chip that cutting guide plate 22 is produced enters
Enter into silicon material 8 and do not affect cutting, contribute to cutting on the contrary.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement or using similar to described specific embodiment
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although more having used elevating mechanism 1 herein；Cut casing 2；Guide wheel 3；Cut gauze 4；Crystal holder 5；Heat sink
6；Glass plate 7；Silicon material 8；Radiate upper plate 9；Radiate intermediate plate 10；Radiate lower plate 11；Heat dissipation channel 12；Rod body part 13；Positive stop end
Portion 14；Gas passage 15；Passage 16；Limiting plate 17；Connecting portion 18；Bar portion 19；Sliding part 20；Spring 21；Guide plate 22；Sand
Slurry bucket 23；Slurry storage tank 24；Shotcrete pipe 25；Delivery pump 1；Transfer pipeline 1；Delivery pump 2 28；Transfer pipeline 2 29；Starching
Roller 30；Nozzle 31；Heater 32；Agitating element 33；Mortar feeds pipe 34；The grade term of agitator 35, but be not precluded from using it
The possibility of its term.It is used for the purpose of more easily describing and explaining essence of the present utility model using these terms；It
Be construed to any additional limitation and all disagreed with the utility model spirit.
Claims (7)
1. a kind of be used to process the multi-line cutting machine of solar panel, it is characterised in that including cutting mechanism, elevating mechanism,
Silicon material fixed mechanism and mortar feed mechanism, cutting mechanism include cutting casing, two guide wheels, the motors of driving guide wheel and are wound on
Cutting gauze on two guide wheels, guide wheel is arranged in cutting box body, and the two ends of guide wheel are connected by bearing with cutting body pivot
Connect；Silicon material fixed mechanism is located at the top of cutting gauze, silicon material fixed mechanism include crystal holder connected from top to bottom, heat sink and
Glass plate, crystal holder is removably fixed in the bottom of elevating mechanism, and heat sink is removably fixed in the bottom of crystal holder, glass plate
Upper surface it is Nian Jie with the lower surface of heat sink, the lower surface of glass plate is Nian Jie with the upper surface of silicon material；Heat sink is equably opened
Provided with several passages, passage is in communication with the outside, and the heat produced through the lower surface of heat sink, silicon material top when cutting
Amount is outwardly distributed by passage；Mortar feed mechanism includes hod, slurry storage tank and shotcrete pipe, and slurry storage tank is located at two guide wheels
Between, shotcrete pipe is between silicon material and slurry storage tank, and mortar is equipped with hod, and the discharging opening of hod is provided with delivery pump
One, delivery pump one is connected by transfer pipeline one with slurry storage tank；The discharging opening of slurry storage tank is provided with delivery pump two, and delivery pump two passes through
Transfer pipeline two is connected with shotcrete pipe, and cutting gauze includes upper strata line of cut and lower floor's line of cut, and slurry storage tank is cut in upper strata
Between line and lower floor's line of cut, provided with the sizing roller that mortar is coated in upper strata line of cut in slurry storage tank, the two ends of sizing roller lead to
Cross bearing with slurry storage tank to be connected, wherein one end of sizing roller is connected by conveyer belt with the transmission of motor one, and sizing roller partly soaks
In mortar not in slurry storage tank, the surface of sizing roller is arranged with the collection stock tank of annular, and upper strata line of cut is passed through from collection stock tank；
Shotcrete pipe is in the top of cutting gauze, is connected with the nozzle of some spray furnaces, nozzle direction the bottom interval of shotcrete pipe
In cutting gauze.
2. the multi-line cutting machine according to claim 1 for being used to process solar panel, it is characterised in that transfer pipeline
One provided with the heater that is heated to mortar, is additionally provided with agitating element in slurry storage tank, agitating element includes rotating shaft and extension
Stirring vane in rotating shaft upper end, the bottom of slurry storage tank has dividing plate, and the top of dividing plate houses mortar, and the lower section of dividing plate is fixed
There is motor two, rotating shaft wears dividing plate, and the bottom of rotating shaft is connected by shaft coupling with the transmission of motor two, and stirring vane is in starching
The lower section of roller.
3. the multi-line cutting machine according to claim 1 for being used to process solar panel, it is characterised in that hod
Discharging opening is additionally provided with screen pack, the charging aperture connection mortar supply pipe of hod, hod and is provided with spiral helicine agitator, stirs
Motor three of the device with being arranged at the top of hod is mixed to be connected.
4. the multi-line cutting machine according to claim 1 for being used to process solar panel, it is characterised in that heat sink bag
Include top-down radiating upper plate, radiating intermediate plate and radiating lower plate, radiating upper plate, radiating intermediate plate and radiate four of lower plate
End offers the pin hole of alignment, and radiating upper plate, radiating intermediate plate and radiating lower plate are connected by pin；The lower plate that radiates is equal
The passage run through provided with several is spaced apart evenly, and radiating intermediate plate offers heat dissipation channel, and heat dissipation channel connects with passage
It is logical；Radiating upper plate and crystal holder offer the screwed hole of at least two alignment, and it is removable that radiating upper plate is connected through a screw thread part with crystal holder
Unload connected, threaded connector include rod body part and with the integrally formed spacing end of rod body part, the outer surface of rod body part be provided with
The external screw thread that screwed hole matches, the inside of threaded connector has a gas passage, and gas passage is from spacing end bar body
Portion, gas passage is in the top of heat dissipation channel, and gas passage is connected with heat dissipation channel.
5. the multi-line cutting machine according to claim 4 for being used to process solar panel, it is characterised in that silicon material is fixed
Mechanism also includes two pieces of limiting plates side fixed to silicon material, and limiting plate is connected to the both sides of heat sink, limiting plate be resisted against with
The parallel silicon material side of gauze is cut, limiting plate is made by resin material and formed.
6. the multi-line cutting machine according to claim 5 for being used to process solar panel, it is characterised in that each spacing
Plate is all connected by a connector with radiating intermediate plate, and connector includes connecting portion, bar portion and sliding part, and connecting portion is offered
Screwed hole, one end of bar portion is the end of thread, and the other end and the sliding part of bar portion are integrally formed, the end of thread of bar portion and connecting portion
Screwed hole is threadedly coupled, and radiating intermediate plate offers through hole, and bar portion wears through hole, and sliding part is in heat dissipation channel, connecting portion
Outside radiating intermediate plate；Connecting portion and limiting plate are all L-type, and connecting portion and limiting plate are connected by fastener, are covered in bar portion
Provided with spring, one end of spring is contradicted on the side wall of heat dissipation channel, and the other end of spring is contradicted on sliding part；Radiate lower plate
Upper surface be convexly equipped with upward protuberant bar, the bottom of sliding part is arranged with the groove matched with protuberant bar, and protuberant bar is in
In groove.
7. the multi-line cutting machine according to claim 1 for being used to process solar panel, it is characterised in that silicon material is fixed
Mechanism also includes guide plate, and guide plate is bonded in the lower surface of silicon material, the upper surface size of guide plate and the lower surface chi of silicon material
Very little identical, guide plate is formed by mortar slurry sintering.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720114419.9U CN206426289U (en) | 2017-02-07 | 2017-02-07 | A kind of multi-line cutting machine for being used to process solar panel |
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| CN201720114419.9U CN206426289U (en) | 2017-02-07 | 2017-02-07 | A kind of multi-line cutting machine for being used to process solar panel |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106738399A (en) * | 2017-02-07 | 2017-05-31 | 金海平 | A kind of multi-line cutting machine for processing solar panel |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106738399A (en) * | 2017-02-07 | 2017-05-31 | 金海平 | A kind of multi-line cutting machine for processing solar panel |
| CN106738399B (en) * | 2017-02-07 | 2018-10-19 | 蔡珉 | A kind of multi-line cutting machine for processing solar panel |
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