CN205595317U - Photovoltaic solar cell silicon chip printing feed mechanism - Google Patents
Photovoltaic solar cell silicon chip printing feed mechanism Download PDFInfo
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- CN205595317U CN205595317U CN201620427707.5U CN201620427707U CN205595317U CN 205595317 U CN205595317 U CN 205595317U CN 201620427707 U CN201620427707 U CN 201620427707U CN 205595317 U CN205595317 U CN 205595317U
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- cell piece
- sucker
- workbench
- driving means
- silicon chip
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
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Abstract
The utility model discloses a photovoltaic solar cell silicon chip printing feed mechanism, the battery piece stacks in the battery bar on the workstation, conveyor can carry out horizontal movement to the battery piece, the sucking disc support can drive vertical sucking disc that goes up and down to be positioned on it and lie in directly over battery bar and the conveyor in turn, battery piece on the workstation targets induction system in place and can sense and be located conveyor and carry the battery piece of terminal settlement position department and deliver a letter in the controller, the battery piece positive stop that can go up and down on the workstation can block the terminal battery piece forereach of setting for position department of conveyor, conveyor both sides first, two battery piece locating plates can the terminal battery piece of setting for position department of relative motion centre gripping conveyor, the utility model discloses a full automatic feeding has avoided artifical material loading, and the material loading is fast, and battery piece damage ratio hangs down, can whether have the defect by automated inspection battery piece, and the battery piece of guaranteeing the printing does not have the damage, has guaranteed off -the -shelf qualification rate.
Description
Technical field
This utility model relates to a kind of photovoltaic solar silicon chip printing auxiliary equipment, especially
Relate to a kind of photovoltaic solar cell silicon chip printing feed mechanism.
Background technology
Traditional fuel energy reduces the most day by day, and the harm causing environment is day by day
Prominent, the whole world also has 2,000,000,000 people to can not get normal energy supply simultaneously.This time
Waiting, regenerative resource has all been invested sight in the whole world, it is desirable to regenerative resource can
Change the energy resource structure of the mankind, maintain long-range sustainable development.Solar energy among this
The advantage exclusive with it and become people pay attention to focus.Abundant solar radiant energy is
The important energy, is inexhaustible, nexhaustible, pollution-free, cheap, the mankind
The energy that can freely utilize.Solar energy arrives the energy on ground each second and is up to 80
Ten thousand kilowatts, if the solar energy of earth surface 0.1% is transferred to electric energy, number turnover 5%,
Every annual electricity generating capacity, up to 5.6 × 1012 kilowatt-hours, is equivalent to energy consumption in the world
40 times.
Photovoltaic generation is fast-developing the most in the world, has built up 10
Many MW class photovoltaic generating systems, the networking photovoltaic plant of 6 MW class.The U.S.
It it is the country of the development plan formulating photovoltaic generation the earliest.Within 1997, propose again " hundred
Ten thousand roofs " plan.Japan starts new sunlight program in 1992, to day in 2003
This photovoltaic module produces and accounts for the 50% of the world, and before the world, 10 large manufacturers have 4 in day
This.And the new Renewable Energy Law of Germany defines photovoltaic generation rate for incorporation into the power network, significantly push away
Move photovoltaic market and industry development, made Germany become world's photovoltaic after Japan and send out
The country that electricity is with fastest developing speed.The states such as Switzerland, France, Italy, Spain, Finland,
Formulate photovoltaic development plan the most one after another, and throw huge fund and carry on technical development and accelerate industry
Change process.
Solar energy power generating can occupy the weight of world energy sources consumption in the near future
Want seat, not only want Substitute For Partial conventional energy resource, and world energy supplies will be become
Main body.Expecting the year two thousand thirty, regenerative resource will account in total energy structure
More than 30%, and the accounting that solar energy power generating is in world's total electricity is supplied also will
Reach more than 10%；To the year two thousand forty, regenerative resource will account for more than the 50% of total energy consumption,
Solar energy power generating will account for more than the 20% of total electricity；To 21 century Mo, can be again
The raw energy will account for more than 80% in energy resource structure, and solar electrical energy generation will account for 60%
Above.These numerals be enough to demonstrate the development prospect of solar photovoltaic industry and
The strategic position that energy field is important.
According to " planning of regenerative resource Long-and Medium-term Development ", to the year two thousand twenty, China's power
Strive and make solar electrical energy generation installed capacity reach 1.8GW (gigawatt), to the year two thousand fifty
It is up to 600GW (gigawatt).It is expected that to the year two thousand fifty, China's renewable energy
The electric power installation in source will account for the 25% of whole nation electric power installation, and wherein photovoltaic generation installation will
Account for 5%.The following more than ten years, the compound growth rate of China's solar energy installed capacity will
Up to more than 25%.
In photovoltaic solar cell silicon chip printing process, manual work is generally used to enter
Row loading and unloading, this operational approach, the careful wing of employee must be guaranteed in operation
The wing is just not result in that cell piece bursts, therefore efficiency during its cell piece print production
Relatively low, breakage rate is the most high, this tradition not only lost time but also reduce production capacity
Method is urgently sought a kind of scheme and is solved.
Utility model content
In order to make up above deficiency, this utility model provides a kind of photovoltaic solar electricity
Pond silicon chip printing feed mechanism, this photovoltaic solar cell silicon chip printing feed mechanism knot
Structure is simple, and feeding speed is fast, cell piece not easy damaged.
This utility model be the technical scheme is that one to solve its technical problem
Kind of photovoltaic solar cell silicon chip printing feed mechanism, including workbench, battery bar,
Sucker, sucker stand, conveyer device, cell piece positive stop, cell piece put in place sensing
Device, first and second cell piece location-plate, first, second, third and fourth driving means and
Controller, at least one battery bar described is fixedly installed on workbench, cell piece
If being stacked with dry tablet cell piece in Zuo, it is defeated that conveyer device can carry out level to cell piece
Sending, sucker can be installed on sucker stand along longitudinally lifting, and sucker stand can be slided
Move and be positioned on workbench, and sucker thereon can be driven to hand over when sucker stand slides
Displacement is directly over battery bar and conveyer device, and sucker can adhesive and unclamp electricity
Pond sheet, at least one cell piece induction installation that puts in place is fixedly installed on workbench, and
The cell piece induction installation that puts in place be able to sense and to be positioned at conveyer device conveying end
The cell piece of setting position, the cell piece induction installation that puts in place is messaging in controller, extremely
What a few cell piece positive stop longitudinally height can lift is positioned on workbench, and
Cell piece positive stop be able to stop the cell piece of delivery device tip setting position
Moving on, first and second cell piece location-plate is parallel is located at conveyer device both sides, the
One, two cell piece location-plates can relative motion, delivery device tip setting position
Cell piece be just located between first and second cell piece location-plate, described first drive
Device drives sucker longitudinally lifting, and the second driving means drives suction cup carrier to move, and the 3rd
Driving means drives cell piece positive stop elevating movement, and four-drive device drives the
One, two cell piece location-plate relative motion, described controller control first, second and third,
Four-drive device action.
As further improvement of the utility model, described sucker is additionally provided with cell piece
Damage testing induction apparatus, this defects of battery plate detection induction apparatus can sense on sucker
The defects of battery plate of adhesive is also messaging in controller, and workbench is also fixed with waste paper
Receiver, sucker stand can also drive sucker to be positioned at directly over waste paper receiver.
As further improvement of the utility model, the installation fixed above of described workbench
Having at least one to be perpendicular to the track of conveyer device conveying direction, sucker stand can be slided
Dynamic is sheathed on track, and the second driving means includes motor and leading screw and nut mechanism,
Described motor drives sucker stand straight along track bearing of trend by leading screw and nut mechanism
Line slides.
As further improvement of the utility model, described workbench is provided with four electricity
Pond bar and two conveyer devices, described battery bar is symmetrical two-by-two is arranged at two
The quantity of the outside that conveyer device mutually deviates from, sucker stand and sucker is also four,
Four sucker correspondences respectively are installed on four sucker stands, and four suckers respectively with
Four battery bars and two conveyer device one_to_one corresponding are arranged.
As further improvement of the utility model, described first driving means is gas
Cylinder, the bottom surface of described battery bar longitudinally height can lift, and is additionally provided with the 5th driving
Device, the 5th driving means drives cell piece seat bottom face intermittent lifting.
As further improvement of the utility model, described conveyer device includes first,
Two transportation sections, the cell piece being provided with a doorframe shape between described first and second transportation section delays
Depositing mechanism, what cell piece cache mechanism longitudinally height can lift is installed on workbench
On, form several edge conveying dresses of longitudinally spaced arrangement inside cell piece cache mechanism
Putting the slot that conveying direction runs through, the bottom surface of each slot be able to be defeated with first and second
The section of sending alignment linking, cell piece be able to be inserted in each slot, be additionally provided with the 6th
Driving means, the 6th driving means drives the lifting of cell piece cache mechanism, controller control
Make the 6th driving means action.
As further improvement of the utility model, described second transportation section by some only
The conveyer belt alignment linking that can accommodate a piece of cell piece forms.
As further improvement of the utility model, described some cell piece positive stops are proper
It is arranged at each conveyer belt of the second transportation section end along conveying direction one to one,
Some cell pieces induction installation that puts in place is fixedly installed in each cell piece one to one
Positive stop along the workbench at conveying direction rear, each cell piece positive stop one described
End is provided with rotating shaft, and what this rotating shaft can rotate is installed on workbench, and the 3rd drives
Device includes that motor and drive mechanism, described motor drive cell piece by drive mechanism
The rotating shaft of positive stop one end is determined angle and is rotated.
As further improvement of the utility model, be additionally provided with installing plate, connecting bolt,
Adjustment block and adjustment bolt, described installing plate is provided with along the length extended along conveying direction
Cylindrical void, connecting bolt is connected through this strip hole with workbench, and adjustment block fixedly mounts
On workbench, adjustment bolt axial retention circumferencial direction can rotate and be installed on adjustment block
On, the stud portion adjusting bolt is spirally connected along the front end of conveying direction with installing plate, described
Second transportation section, first and second cell piece location-plate, third and fourth driving means, electricity
Pond sheet positive stop and cell piece put in place induction installation.
As further improvement of the utility model, described workbench is additionally provided with along hanging down
The slide rail that straight conveyer device conveying direction extends, the first cell piece location-plate can slide
Be sheathed on slide rail, the second cell piece location-plate is fixedly installed on workbench,
Four-drive device is positioning cylinder, and the cylinder body of positioning cylinder is installed on workbench, fixed
Piston rod and the first cell piece location-plate of position cylinder are connected.
Advantageous Effects of the present utility model is: this utility model passes through sucker by electricity
Conveyer device then it is placed on without damaged sheet through being detected as after cell piece is drawn in the bar of pond
On carry, it is ensured that the cell piece entered in printing equipment is all not have breakage
, damaged product are then individually placed by sucker, it is to avoid sheet batch mixing damaged with nothing, cell piece
It is transported to specific bit by conveyer device postpone and be set to by cell piece positive stop, the most permissible
Realize polylith cell piece order to be set to, it is achieved multi-disc cell piece once sends into printing, this
Utility model achieves fully automatic feeding, it is to avoid artificial loading, and feeding speed is fast,
Cell piece damage ratio is low, can automatically detect cell piece whether existing defects, it is ensured that printing
Cell piece be all unabroken, it is ensured that the qualification rate of finished product.
Accompanying drawing explanation
Fig. 1 is axonometric chart of the present utility model；
Fig. 2 is that cell piece is delivered to the first conveyer segment structure by this utility model sucker
Schematic diagram；
Fig. 3 is that the structure that this utility model cell piece positions on the second transportation section is former
Reason figure；
Fig. 4 is cell piece cache mechanism the first axonometric chart of the present utility model；
Fig. 5 is cell piece cache mechanism the second axonometric chart of the present utility model.
Detailed description of the invention
Embodiment: a kind of photovoltaic solar cell silicon chip printing feed mechanism, including work
Station 1, battery bar 2, sucker 3, sucker stand 4, conveyer device, cell piece
Positive stop 5, cell piece put in place induction installation 6, first and second cell piece location-plate 7,
8, first, second, third and fourth driving means 9,10,11,12 and controller, institute
State at least one battery bar 2 to be fixedly installed on workbench 1, battery bar 2
If being inside stacked with dry tablet cell piece, it is defeated that conveyer device can carry out level to cell piece
Sending, sucker 3 can be installed on sucker stand 4 along longitudinally lifting, sucker stand 4
Can be slidingly positioned on workbench 1, and can be driven it when sucker stand 4 slides
On sucker 3 be alternately located in directly over battery bar 2 and conveyer device, sucker 3
Can adhesive and unclamp cell piece, at least one cell piece puts in place induction installation 6
It is fixedly installed on workbench 1, and the cell piece induction installation 6 that puts in place be able to sense
To the cell piece of the setting position being positioned at conveyer device conveying end, cell piece puts in place
Induction installation 6 is messaging in controller, at least one cell piece positive stop 5 longitudinally height
Can lift is positioned on workbench 1, and cell piece positive stop 5 be able to stop
The cell piece of delivery device tip setting position moves on, first and second cell piece
The parallel conveyer device both sides of being located at of location-plate 7,8, first and second cell piece location-plate
7,8 can relative motion, the cell piece of delivery device tip setting position just presss from both sides
Being located between first and second cell piece location-plate 7,8, described first driving means is driven
The longitudinally lifting of dynamic sucker 3, the second driving means drives the motion of sucker 3 frame, and the 3rd drives
Dynamic device drives cell piece positive stop 5 elevating movement, and four-drive device drives the
One, two cell piece location-plate 7,8 relative motion, described controller control first,
Two, three, four-drive device 9,10,11,12 action.
After cell piece in battery bar 2 being drawn by sucker 3, by sucker stand 4
Carrying on conveyer device with delivering to, cell piece is transported to refer on a conveyor
Location postpones, and cell piece is put in place induction installation 6 perception by cell piece, and controller controls
Cell piece positive stop 5 lifts, and is blocked by cell piece, stops it to move on, when one
After the cell piece of determined number is blocked by each cell piece positive stop 5 respectively, first and second
Cell piece location-plate 7,8 move toward one another makes cell piece position be corrected, and waits quilt
Crawl is sent in graphite frame, is printed by being finally sent into printing equipment, this feeding
Mechanism's this utility model achieves fully automatic feeding, it is to avoid artificial loading, feeding speed
Degree is fast, and cell piece damage ratio is low.
Cell piece damage testing induction apparatus 13, this battery it is additionally provided with on described sucker 3
Sheet defects detection induction apparatus can sense that on sucker 3, the defects of battery plate of adhesive is also
It is messaging in controller, workbench 1 is also fixed with waste paper receiver 14, sucker
Support 4 can also drive sucker 3 to be positioned at directly over waste paper receiver, is detected as closing
Lattice product are then placed on conveyer device and carry, it is ensured that enter in printing equipment
Cell piece is all without damaged, and damaged product are then individually placed by sucker 3, and surface is with qualified
Product batch mixing, by automatically detection cell piece whether existing defects, it is ensured that the battery of printing
Sheet is all certified products, it is ensured that the qualification rate of finished product.
Described workbench 1 is fixed above to be provided with at least one and is perpendicular to conveyer device
The track 15 of conveying direction, what sucker stand 4 can slide is sheathed on track 15,
Second driving means includes motor and leading screw and nut mechanism, and described motor passes through screw mandrel spiral shell
Parent agency driving sucker stand 4 is along track 15 bearing of trend linear slide, by inhaling
Disc carrier 4 linear slide, it is achieved that sucker 3 from battery bar 2 to conveyer device
Rapid traverse, can also shift in addition by the way of rotation.
Described workbench 1 is provided with four battery bars 2 and two conveyer devices, institute
State that battery bar 2 is symmetrical two-by-two to be arranged at outside two conveyer devices mutually deviate from
Side, the quantity of sucker stand 4 and sucker 3 is also four, and four suckers 3 are the most right
Should be installed on four sucker stands 4, and four suckers 3 respectively with four cell pieces
Seat 2 and two conveyer device one_to_one corresponding are arranged, and four suckers 3 are in double locking phase
Self contained function, two conveyer device synchronous transport, substantially increase feeding speed mutually,
Meanwhile, if arbitrarily there being product-free in percentage of batteries bar 2, it is not interfered with yet
His battery bar 2 feed, such as no material in a battery bar, nor affects on other
Three battery holder feed, it is not necessary to shut down and change battery bar 2, feeding can be continued,
Ensure that loading efficiency, it can in addition contain be more sucker 3 or less sucker
3。
Described first driving means is cylinder, and the bottom surface of described battery bar 2 is the highest
Degree can lift, and is additionally provided with the 5th driving means 23, and the 5th driving means 23 drives
Battery bar 2 bottom surface intermittent lifting, by battery bar 2 bottom surface along with cell piece number
The lifting that amount reduces, it is ensured that in battery bar 2, top cell sheet height is constant, protects
Card sucker 3 is accurately drawn to cell piece.
Described conveyer device includes first and second transportation section 16,17, described first,
The cell piece cache mechanism 18 of a doorframe shape it is provided with, electricity between two transportation sections 16,17
What sheet cache mechanism 18 longitudinally height in pond can lift is installed on workbench 1, electricity
Several of longitudinally spaced arrangement are formed along conveyer device inside pond sheet cache mechanism 18
The slot that conveying direction runs through, the bottom surface of each slot be able to be with first and second conveying
Section 16,17 alignment linking, cell piece be able to be inserted in each slot, also set
The 6th driving means 24, the 6th driving means 24 is had to drive cell piece cache mechanism 18
Lifting, controller controls the 6th driving means 24 action, caches machine by cell piece
Structure 18 realizes keeping in cell piece course of conveying, it is to avoid cell piece is in the second conveying
Piling up occurs in section, and when the second transportation section lacks material, is temporarily stored in cell piece cache mechanism
Cell piece in 18 can also export use, it is ensured that feed mechanism at the uniform velocity feeding, on
Material efficiency is high.
Described second transportation section is accommodated the conveyer belt of a piece of cell piece by some being only capable of
Alignment linking forms, it is to avoid two-by-two cell piece mutually collide, damaged.
Described some cell piece positive stops 5 are just arranged at the second conveying one to one
Each conveyer belt of section is along the end of conveying direction, and some cell pieces put in place induction installation 6
It is fixedly installed in each cell piece positive stop 5 one to one along conveying direction rear
Workbench 1 on, each cell piece positive stop 5 one end described is provided with rotating shaft, should
What rotating shaft can rotate is installed on workbench 1, the 3rd driving means include motor and
Drive mechanism, described motor drives cell piece positive stop 5 one end by drive mechanism
Rotating shaft is determined angle and is rotated, and rotarily drives cell piece positive stop 5 by rotating shaft and rotates
Blocking cell piece, after cell piece is taken away, it turns down again, can also be perpendicular in addition
The straight structure risen, as cylinder drives lifting structure.
It is additionally provided with installing plate 19, connecting bolt, adjustment block 20 and adjusts bolt 21,
Described installing plate 19 is provided with along the strip hole extended along conveying direction, connecting bolt
Being connected through this strip hole with workbench 1, adjustment block 20 is fixedly installed in workbench
On 1, adjustment bolt 21 axial retention circumferencial direction can rotate and be installed on adjustment block 20
On, the stud portion adjusting bolt 21 is spirally connected along the front end of conveying direction with installing plate 19,
Described second transportation section, first and second cell piece location-plate 7,8, third and fourth drives
Dynamic device, cell piece positive stop 5 and cell piece put in place induction installation 6, by adjusting
Block 20 and adjust bolt 21 and can realize micro-along conveying direction position of installing plate 19
Adjust, it is ensured that the second transportation section and the perfect adaptation of cell piece cache mechanism 18.
The cunning extended along vertical conveying device conveying direction it is additionally provided with on described workbench 1
Rail 22, what the first cell piece location-plate can slide is sheathed on slide rail 22, and second
Cell piece location-plate is fixedly installed on workbench 1, and four-drive device is location gas
Cylinder, the cylinder body of positioning cylinder is installed on workbench 1, the piston rod of positioning cylinder with
First cell piece location-plate is connected.
Claims (10)
1. a photovoltaic solar cell silicon chip printing feed mechanism, it is characterised in that:
Including workbench (1), battery bar (2), sucker (3), sucker stand (4),
Conveyer device, cell piece positive stop (5), cell piece put in place induction installation (6),
One, two cell piece location-plates (7,8), first, second, third and fourth driving means (9,
10,11,12) and controller, at least one battery bar described is fixedly installed in work
In station, if being stacked with dry tablet cell piece in battery bar, conveyer device can be to electricity
Pond sheet carries out horizontal feed, and sucker can be installed on sucker stand along longitudinally lifting,
Sucker stand can be slidingly positioned on workbench, and can carry when sucker stand slides
Dynamic sucker thereon is alternately located in directly over battery bar and conveyer device, and sucker can
Adhesive and unclamp cell piece, at least one cell piece puts in place induction installation fixed installation
On workbench, and cell piece put in place induction installation be able to sense be positioned at conveying dress
Putting the cell piece of setting position of conveying end, the cell piece induction installation that puts in place is delivered a letter
In controller, what at least one cell piece positive stop longitudinally height can lift is positioned
On workbench, and cell piece positive stop be able to stop delivery device tip setting position
The cell piece at place moves on, and first and second cell piece location-plate is parallel is located at conveying dress
Put both sides, first and second cell piece location-plate can relative motion, delivery device tip
The cell piece of setting position is just located between first and second cell piece location-plate, institute
Stating the first driving means and drive sucker longitudinally lifting, the second driving means drives suction cup carrier
Motion, the 3rd driving means drives cell piece positive stop elevating movement, and the 4th drives dress
Put and drive first and second cell piece location-plate relative motion, described controller control first,
Two, three, four-drive device action.
2. photovoltaic solar cell silicon chip printing feeder as claimed in claim 1
Structure, is characterized in that: be additionally provided with cell piece damage testing induction apparatus (13) on described sucker,
This defects of battery plate detection induction apparatus can sense that on sucker, the cell piece of adhesive lacks
Fall into and be messaging in controller, workbench is also fixed with waste paper receiver (14),
Sucker stand can also drive sucker to be positioned at directly over waste paper receiver.
3. photovoltaic solar cell silicon chip printing feeder as claimed in claim 1
Structure, is characterized in that: described workbench is fixed above to be provided with at least one and be perpendicular to defeated
Sending the track (15) of device conveying direction, what sucker stand can slide is sheathed on rail
On road, the second driving means includes that motor and leading screw and nut mechanism, described motor pass through
Leading screw and nut mechanism drives sucker stand along track bearing of trend linear slide.
4. the photovoltaic solar electricity as described in any one in claim 1,2,3
Pond silicon chip printing feed mechanism, is characterized in that: described workbench is provided with four batteries
Bar and two conveyer devices, described battery bar two-by-two symmetrical be arranged at two defeated
The quantity sending the outside that device mutually deviates from, sucker stand and sucker is also four, four
Individual sucker correspondence respectively is installed on four sucker stands, and four suckers are respectively with four
Individual battery bar and two conveyer device one_to_one corresponding are arranged.
5. photovoltaic solar cell silicon chip printing feeder as claimed in claim 1
Structure, is characterized in that: described first driving means is cylinder, the end of described battery bar
Face longitudinally height can lift, and is additionally provided with the 5th driving means (23), and the 5th drives
Device drives cell piece seat bottom face intermittent lifting.
6. photovoltaic solar cell silicon chip printing feeder as claimed in claim 1
Structure, is characterized in that: described conveyer device includes first and second transportation section (16,17),
The cell piece cache mechanism of a doorframe shape it is provided with between described first and second transportation section
(18), what cell piece cache mechanism longitudinally height can lift is installed on workbench,
Several of longitudinally spaced arrangement are formed along conveyer device inside cell piece cache mechanism
The slot (25) that conveying direction runs through, the bottom surface of each slot be able to first,
Two transportation section alignment linkings, cell piece be able to be inserted in each slot, be additionally provided with
6th driving means (24), the 6th driving means drives the lifting of cell piece cache mechanism,
Controller controls the 6th driving means action.
7. photovoltaic solar cell silicon chip printing feeder as claimed in claim 6
Structure, is characterized in that: described second transportation section is only capable of a piece of cell piece of receiving by some
Conveyer belt alignment linking form.
8. photovoltaic solar cell silicon chip printing feeder as claimed in claim 7
Structure, is characterized in that: described some cell piece positive stops are arranged at the most one to one
Each conveyer belt of two transportation sections is along the end of conveying direction, and some cell pieces put in place sensing
Device is fixedly installed in each cell piece positive stop one to one along after conveying direction
On the workbench of side, each cell piece positive stop one end described is provided with rotating shaft, this turn
What axle can rotate is installed on workbench, and the 3rd driving means includes motor and transmission
Mechanism, described motor drives the rotating shaft of cell piece positive stop one end to determine by drive mechanism
Angle rotates.
9. photovoltaic solar cell silicon chip printing feeder as claimed in claim 6
Structure, is characterized in that: be additionally provided with installing plate (19), connecting bolt, adjustment block (20)
With adjustment bolt (21), described installing plate is provided with along the length extended along conveying direction
Cylindrical void, connecting bolt is connected through this strip hole with workbench, and adjustment block fixedly mounts
On workbench, adjustment bolt axial retention circumferencial direction can rotate and be installed on adjustment block
On, the stud portion adjusting bolt is spirally connected along the front end of conveying direction with installing plate, described
Second transportation section, first and second cell piece location-plate, third and fourth driving means, electricity
Pond sheet positive stop and cell piece put in place induction installation.
10. photovoltaic solar cell silicon chip printing feeder as claimed in claim 1
Structure, is characterized in that: be additionally provided with along vertical conveying device conveying direction on described workbench
The slide rail (22) extended, what the first cell piece location-plate can slide is sheathed on slide rail
On, the second cell piece location-plate is fixedly installed on workbench, and four-drive device is
Positioning cylinder, the cylinder body of positioning cylinder is installed on workbench, the piston of positioning cylinder
Bar and the first cell piece location-plate are connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620427707.5U CN205595317U (en) | 2016-05-12 | 2016-05-12 | Photovoltaic solar cell silicon chip printing feed mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620427707.5U CN205595317U (en) | 2016-05-12 | 2016-05-12 | Photovoltaic solar cell silicon chip printing feed mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN205595317U true CN205595317U (en) | 2016-09-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620427707.5U Expired - Fee Related CN205595317U (en) | 2016-05-12 | 2016-05-12 | Photovoltaic solar cell silicon chip printing feed mechanism |
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