CN205985053U - High -efficient automatic solar module's production facility - Google Patents

Abstract

The utility model relates to a high -efficient automatic solar module's production facility has adopted the automation equipment to assemble, has improved production efficiency, all equipment pass through between tracks connection, can the serialization high efficiency produce, and it still has following advantage simultaneously: the welding machine has replaced the manual welding, has avoided the error of manual welding, has improved the quality of battery piece, and the welding machine can also adopt duplexing bit manipulation simultaneously, and welding efficiency is higher, the equipment support places the mounting sum check at same station, has reduced the production procedure to the equipment support carries out welding operation on wholly inhaling the fixed station through the sucking disc with one row of battery piece, has improved production efficiency, the frame on four limits can once only have been adorned to dress frame machine to accomplish injecting glue work simultaneously, improved production efficiency.

Description

The production equipment of the solar module of high-efficient automatic

Technical field

This utility model is related to a kind of production equipment of the solar module of high-efficient automatic, belongs to photovoltaic Generating accessory technical field.

Background technology

Solar energy, as a kind of low-carbon (LC) regenerative resource, can freely use, without transport, no any pollution to environment. Compared with conventional energy resource, it is easy to use and with low cost, and photovoltaic board component is used for solar energy to be converted directly into electricity Can, it is that electric equipment is powered or conveyed electric energy to electrical network, meet the needs of today's society electric energy.

Solar panel is spliced by crystal silicon solar cell sheet, and this cell piece needs to arrange positive negative electricity thereon Pole, is connected by electrode between adjacent two pieces of cell pieces, the number of assembling steps majority of conventional solar module completely by It is accomplished manually, such packaging efficiency is not high, and the system of low quality, simultaneously conventional of the solar module after assembling Standby technique also has the disadvantages that：

1st, as one of the electrode of optional electrode, it needs by being manually welded on two pieces of cell pieces stannum copper strips, And the method for human weld not only speed is slower, and easily occur welding error, lead to cell piece of low quality.

2nd, need to be connected in series multiple cell pieces after the completion of cell piece and the welding of stannum copper strips, pass through manually one by one in the past Cell piece is picked up and is well placed, but the inefficiency of such operation；Cell piece needs after completing concatenation to send into inspection man simultaneously Position is detected, needs also exist for by a dead lift, so needs to consume the more time and takes and put, leads to production efficiency Not high.

3rd, conventional frame loader need to come in four times to solar module four sides manually framed up, gluing, Solidification, such complex process, production efficiency is low.

Content of the invention

The purpose of this utility model is to overcome above-mentioned deficiency, provides a kind of welding efficiency high, efficiently can be given birth to serialization Produce, improve the production equipment of the solar module of high-efficient automatic of battery tablet quality.

The purpose of this utility model is realized in：

A kind of production equipment of the solar module of high-efficient automatic, it includes automatic welding machine, described automatic welding Pick and be made up of single-station bonding machine and Double-station welding machine；

Wherein single-station bonding machine includes a single-station cell piece assembling track, and described single-station cell piece assembles track Rear side be provided with single-station cell piece stacking seat, this single-station cell piece stacking seat on stacking be placed with solar battery sheet, The top that described single-station cell piece stacks seat is provided with single-station mechanical hand, and described single-station mechanical hand is by solar battery sheet Singly it is put into respectively on single-station cell piece assembling track, the left side that described single-station cell piece assembles track is provided with Single-station enters line wheel group, and the right side that single-station cell piece assembles track is provided with single-station guiding piece, described single-station cell piece It is additionally provided with single-station sliding seat on assembling track, this single-station sliding seat offers multiple through holes, described single-station inlet wire It is provided with single-station stannum copper strips, this single-station stannum copper strips bypasses single-station between wheel group, single-station guiding piece, single-station sliding seat After entering multiple fast pulleys of line wheel group, through the through hole of single-station sliding seat, its end is fixed on single-station guiding piece, described The right side of single-station sliding seat is provided with multiple single-station position-limited wheels, and, with two for one group, former and later two are single for single-station position-limited wheel The spacing that station position-limited wheel is arranged between the right side of the through hole of single-station sliding seat, and former and later two single-station position-limited wheels can Adjust, the top of described solar battery sheet is provided with single-station welding briquetting, and the both sides in front and back that described single-station welds briquetting are divided It is not provided with single-station front portion cutting head, single-station rear portion cutting head, described single-station enters line wheel group and single-station cell piece group Between be additionally provided with single-station baffle plate, described single-station baffle plate has multiple single-station spacing holes, described single-station stannum copper strips It is fixed on single-station guiding piece through after the single-station spacing hole on veneer, described single-station cell piece assembles track end Front side is additionally provided with a single-station rotating roller, and single-station rotating roller bottom is provided with multiple single-station rotating roller suckers；

Described Double-station welding machine includes two double cell piece assembling tracks being provided separately, described two doubles The middle setting that cell piece assembles track has double cell piece stacking seat, this double cell piece stacking seat stacks and is placed with Cell piece, the top that described double cell piece stacks seat is provided with a Double-station manipulator, and described Double-station manipulator will Singly compartment of terrain is put into front side to cell piece and the double cell piece of rear side assembles on track, described double electricity successively The left side of pond piece assembling track is provided with double and enters line wheel group, and the right side that double cell piece assembles track is provided with double Guiding piece, described double cell piece assembling track is additionally provided with double sliding seat, this double sliding seat offers Multiple through holes, described double enters line wheel group, double guiding piece, is provided with double stannum copper strips between double sliding seat, After this double stannum copper strips bypasses multiple fast pulleys that double enters line wheel group, through the through hole of double sliding seat, its end It is fixed on double guiding piece, the right side of described double sliding seat is provided with multiple double position-limited wheels, and double is spacing With two for one group, former and later two double position-limited wheels are arranged on the right side of the through hole of double sliding seat to wheel, and in front and back two Spacing between individual double position-limited wheel is adjustable, and the top of described cell piece is provided with Double-station welding briquetting, described double Before and after welding briquetting, both sides are respectively arranged with double front portion cutting head, double rear portion cutting head, described double inlet wire It is additionally provided with double baffle plate between wheel group and double cell piece group, described double baffle plate has multiple doubles spacing Hole, described double stannum copper strips is fixed on double guiding piece after the double spacing hole through on veneer, described double Cell piece assemble track end front side be additionally provided with a double rotating roller, and double rotating roller bottom be provided with many Individual double rotating roller sucker；

The charge track of described single-station bonding machine and Double-station welding machine end is connected with the front end of assembling support respectively, Described assembling support includes base and expansion bracket, and described expansion bracket is fixed on the two ends of base, and expansion bracket includes the fixation of bottom Bar and the expansion link on top, the bottom of described expansion link inserts in fix bar top, and described expansion link and fix bar are flexibly connected, and stretch Contracting bar can move up and down along fix bar, is fixed with fix bar by bearing pin after the completion of moving, the top setting of described expansion link There is fixed station, described fixed station top is used for placing cell piece to be processed, and the front side of described base is provided with cell piece group and props up The charge track of seat, single-station bonding machine and Double-station welding machine end is connected with the cell piece group bearing of assembling support, and It is additionally provided with sucker on cell piece group bearing；

Described assembling support end be connected with the feed rail of laminating machine by track, organize laminating machine by pattern glass, Cell panel, plastic foil, backboard press together；

The discharging opening of described laminating machine is connected with frame loader by track, and this frame loader includes frame, the top of described frame Portion is fixed with the platform that frames up, and the surrounding of the described platform that frames up is provided with four tracks, described track is provided with four push pedals, pushes away Plate can be to the center of the platform that frames up or outside translation, and the inside of push pedal opens up fluted, is used for placing in described groove Solar module frame to be framed up；

The solar module frame that described frame loader is put in groove include vertical outside, vertical inner edge, vertical edge and Base, described vertical edge is located between vertical outside and vertical inner edge, vertically outside, between vertical inner edge, vertical edge by bottom Base is connected, and is provided with the reinforcement of lateral arrangement between described vertical outside and vertical edge, described vertical edge, base, vertical inner edge it Between the region that surrounds be silica gel injection channel, the two ends of described silica gel injection channel are provided with position-limited edge, three of this position-limited edge Side is fixed with vertical edge, base, vertical inner edge respectively, and the top of position-limited edge is less than vertical inner edge and vertical edge, described vertical outside Top is provided with flange, and the side of this flange is fixed with vertical outside top, and opposite side bends after extending to scuncheon still further below, Thus formed between flange and vertical outside installing draw-in groove；

After described frame loader completes the assembling of solar module, solar module is sent into by detection by track Carry out performance detection in equipment.

Compared with prior art, the beneficial effects of the utility model are：

The production equipment of the solar module of this high-efficient automatic employs automation equipment to assemble, and improves Production efficiency；All devices are connected by track, efficiently can be produced with serialization, it has further the advantage that simultaneously：

1st, bonding machine instead of human weld, it is to avoid the error of human weld, improves the quality of cell piece, welds simultaneously Picking can also be higher using duplexing bit manipulation, welding efficiency.

2nd, load and inspection are placed on same station by assembling support, decrease production procedure, and assemble support and pass through Sucker one row's cell piece is integrally drawn onto on fixed station and is subjected to, and improves production efficiency.

3rd, frame loader can disposably install the framework on four sides, and complete injecting glue work simultaneously, improves production effect Rate.

Brief description

Fig. 1 is the structural representation of the production equipment of solar module of this utility model high-efficient automatic.

Fig. 2 is the front view of single-station bonding machine in Fig. 1.

Fig. 3 is single-station cell piece assembling track, single-station cell piece stacking seat and either simplex in single-station bonding machine in Fig. 2 The structural representation of position mechanical hand.

Fig. 4 is the enlarged drawing of single-station baffle plate in Fig. 2.

Fig. 5 is the front view of Double-station welding machine in Fig. 1.

Fig. 6 is double cell piece assembling track in Double-station welding machine in Fig. 5, double cell piece feed rail with double The structural representation of station mechanical hand.

Fig. 7 is the enlarged drawing of double baffle plate in Fig. 5.

Fig. 8 is the structural representation assembling support in Fig. 1.

Fig. 9 is the structural representation of frame loader in Fig. 1,

Figure 10 is the structural representation of push pedal in Fig. 9.

Figure 11 is the structural representation of the solar module frame that frame loader uses in Fig. 9.

Wherein：Automatic welding machine 1, single-station bonding machine 2, single-station cell piece assembling track 2.1, single-station cell piece heap Folded seat 2.2, single-station mechanical hand 2.3, solar battery sheet 2.4, single-station enter line wheel group 2.5, single-station guiding piece 2.6, list Station stannum copper strips 2.7, single-station welding briquetting 2.8, single-station front portion cutting head 2.9, single-station rear portion cutting head 2.10, either simplex Position position-limited wheel 2.11, single-station baffle plate 2.12, single-station spacing hole 2.13, single-station rotating roller 2.14, single-station rotating roller are inhaled Disk 2.15, single-station sliding seat 2.16, Double-station welding machine 3, double cell piece assembling track 3.1, double cell piece enter Material track 3.2, Double-station manipulator 3.3, cell piece 3.4, double enter line wheel group 3.5, double guiding piece 3.6, double Stannum copper strips 3.7, Double-station welding briquetting 3.8, double front portion cutting head 3.9, double rear portion cutting head 3.10, double limit Position wheel 3.11, double baffle plate 3.12, double spacing hole 3.13, double rotating roller 3.14, double rotating roller sucker 3.15th, double sliding seat 3.16, assembling support 4, base 4.1, expansion bracket 4.2, fix bar 4.3, expansion link 4.4, fixed station 4.5th, cell piece group bearing 4.6, sucker 4.7, laminating machine 5, frame loader 6, frame 6.1, the platform 6.2 that frames up, push pedal 6.3, groove 6.4th, solar module frame 7, vertically outside 7.1, vertical inner edge 7.2, vertical edge 7.3, base 7.4, reinforcement 7.5, silicon Glue injection channel 7.6, position-limited edge 7.7, flange 7.8, installation draw-in groove 7.9, inspection equipment 8.

Specific embodiment

Referring to Fig. 1 to Figure 11, this utility model is related to a kind of production equipment of the solar module of high-efficient automatic, Including automatic welding machine 1, described automatic welding machine 1 is made up of single-station bonding machine 2 and Double-station welding machine 3.

Wherein single-station bonding machine 2 includes a single-station cell piece assembling track 2.1, described single-station cell piece assembling The rear side of track 2.1 is provided with single-station cell piece stacking seat 2.2, this single-station cell piece stacking seat 2.2 stacks and is placed with Solar battery sheet 2.4, the top that described single-station cell piece stacks seat 2.2 is provided with single-station mechanical hand 2.3, described either simplex Solar battery sheet 2.4 is singly put on single-station cell piece assembling track 2.1 by position mechanical hand 2.3 respectively, due to The track that single-station cell piece assembles track 2.1 is being moved rearwards by off and on, and solar battery sheet 2.4 can from front to back successively Arrangement is got up, and the left side of described single-station cell piece assembling track 2.1 is provided with single-station and enters line wheel group 2.5, single-station battery The right side that piece assembles track 2.1 is provided with single-station guiding piece 2.6, and described single-station cell piece assembling track 2.1 also sets up Have single-station sliding seat 2.16, this single-station sliding seat 2.16 offer multiple through holes, described single-station enter line wheel group 2.5, Be provided with single-station stannum copper strips 2.7 between single-station guiding piece 2.6, single-station sliding seat 2.16, this single-station stannum copper strips 2.7 around After crossing multiple fast pulleys that single-station enters line wheel group 2.5, through the through hole of single-station sliding seat 2.16, its end is fixed on either simplex On the guiding piece 2.6 of position, the right side of described single-station sliding seat 2.16 is provided with multiple single-station position-limited wheels 2.11, and single-station is spacing With two for one group, former and later two single-station position-limited wheels 2.11 are arranged on the right side of the through hole of single-station sliding seat 2.16 to wheel 2.11 Side, spacing for carrying out to the single-station stannum copper strips 2.7 out from single-station sliding seat 2.16, thus avoiding conventional stannum copper strips Welding skew, the spacing that have impact between the problem of battery tablet quality, and former and later two single-station position-limited wheels 2.11 is adjustable, from And it is adapted to welding requirements.The top of described solar battery sheet 2.4 is provided with single-station welding briquetting 2.8, described either simplex Position welding briquetting 2.8 is used for for single-station stannum copper strips 2.7 being welded on adjacent two solar battery sheet 2.4, described either simplex Before and after the welding briquetting 2.8 of position, both sides are respectively arranged with single-station front portion cutting head 2.9, single-station rear portion cutting head 2.10, institute State single-station front portion cutting head 2.9, single-station rear portion cutting head 2.10 is used for cutting the rear and front end of single-station stannum copper strips 2.7 Disconnected, consequently facilitating single-station stannum copper strips 2.7 is welded on two pieces of solar battery sheets 2.4 single-station welding briquetting 2.8, described Single-station enters line wheel group 2.5 and single-station cell piece assembles and is additionally provided with single-station baffle plate 2.12, described either simplex between track 2.1 Multiple single-station spacing holes 2.13 are had, described single-station stannum copper strips 2.7 passes through on single-station baffle plate 2.12 on the baffle plate 2.12 of position Single-station spacing hole 2.13 after be fixed on single-station guiding piece 2.6, this single-station spacing hole 2.13 be used for single-station stannum Copper strips 2.7 carries out spacing, prevents from wandering off, and the front side that described single-station cell piece assembles track 2.1 end is additionally provided with a list Station rotating roller 2.14, described single-station rotating roller 2.14 can rotate, and single-station rotating roller 2.14 bottom be provided with many Individual single-station rotating roller sucker 2.15, passes through single-station rotating roller sucker 2.15 by cell piece after welding of battery film complete stannum copper strips Pick up, thus being put on charge track.

Described Double-station welding machine 3 includes two double cell piece assembling tracks 3.1 being provided separately, described two double The middle setting that station cell piece assembles track 3.1 has double cell piece feed rail 3.2, this double cell piece feed rail It is placed with cell piece 3.4, the top of described double cell piece feed rail 3.2 is provided with a double before and after on road 3.2 Mechanical hand 3.3, described Double-station manipulator 3.3 by cell piece 3.4 singly successively compartment of terrain be put into front side and rear side On double cell piece assembling track 3.1, because double cell piece assembles the track of track 3.1 being moved rearwards by off and on, Cell piece 3.4 can be arranged from front to back successively, and the left side that described double cell piece assembles track 3.1 is provided with duplex Line wheel group 3.5 is entered in position, and the right side that double cell piece assembles track 3.1 is provided with double guiding piece 3.6, described double electricity It is additionally provided with double sliding seat 3.16 on the piece assembling track 3.1 of pond, this double sliding seat 3.16 offers multiple through holes, Described double enters line wheel group 3.5, double guiding piece 3.6, is provided with double stannum copper strips between double sliding seat 3.16 3.7, after this double stannum copper strips 3.7 bypasses multiple fast pulleys that double enters line wheel group 3.5, through double sliding seat 3.16 Through hole, its end is fixed on double guiding piece 3.6, and the right side of described double sliding seat 3.16 is provided with multiple duplexs Position position-limited wheel 3.11, with two for one group, former and later two double position-limited wheels 3.11 are arranged on duplex to double position-limited wheel 3.11 The right side of the through hole of position sliding seat 3.16, for limiting to the double stannum copper strips 3.7 out from double sliding seat 3.16 Position, thus avoiding conventional stannum copper strips welding skew, have impact on the problem of battery tablet quality, and former and later two doubles is spacing Spacing between wheel 3.11 is adjustable, such that it is able to adapt to welding requirements.The top of described cell piece 3.4 is provided with Double-station welding Briquetting 3.8, described Double-station welding briquetting 3.8 is used for for double stannum copper strips 3.7 being welded on adjacent two cell piece 3.4 On, before and after described Double-station welding briquetting 3.8, both sides are respectively arranged with double front portion cutting head 3.9, double rear portion is cut Crop 3.10, described double front portion cutting head 3.9, double rear portion cutting head 3.10 are used for double stannum copper strips 3.7 Rear and front end cuts off, consequently facilitating double stannum copper strips 3.7 is welded on two pieces of cell pieces 3.4 Double-station welding briquetting 3.8, Described double enters line wheel group 3.5 and double cell piece assembles and is additionally provided with double baffle plate 3.12 between track 3.1, described Multiple double spacing holes 3.13 are had on double baffle plate 3.12, described double stannum copper strips 3.7 passes through double baffle plate It is fixed on after double spacing hole 3.13 on 3.12 on double guiding piece 3.6, this double spacing hole 3.13 is used for double Station stannum copper strips 3.7 carries out spacing, prevents from wandering off, and the front side that described double cell piece assembles track 3.1 end is additionally provided with One double rotating roller 3.14, described double rotating roller 3.14 can rotate, and double rotating roller 3.14 bottom sets It is equipped with multiple double rotating roller suckers 3.15, passing through double rotating roller sucker 3.15 after welding of battery film complete stannum copper strips will Cell piece picks up, thus being put on charge track.

The charge track of the described single-station bonding machine 2 and Double-station welding machine 3 end front end phase with assembling support 4 respectively Connect, described assembling support 4 includes base 4.1 and expansion bracket 4.2, and described expansion bracket 4.2 is fixed on the two ends of base 4.1, stretches Frame 4.2 includes the fix bar 4.3 of bottom and the expansion link 4.4 on top, and the bottom of described expansion link 4.4 inserts in fix bar 4.3 and pushes up Portion, described expansion link 4.4 and fix bar 4.3 are flexibly connected, and expansion link 4.4 can move up and down along fix bar 4.3, and movement completes Pass through bearing pin afterwards fixing with fix bar 4.3, the top of described expansion link 4.4 is provided with fixed station 4.5, and described fixed station 4.5 pushes up Portion is used for placing cell piece to be processed, and the front side of described base 4.1 is provided with cell piece group bearing 4.6, single-station bonding machine 2 It is connected with the cell piece group bearing 4.6 of assembling support 4 with the charge track of Double-station welding machine 3 end, and cell piece group is propped up It is additionally provided with sucker 4.7 on seat 4.6, by sucker 4.7, row's cell piece is integrally drawn onto in the middle of fixed station 4.5 and is used for each Stannum copper strips on cell piece welds.

The end of described assembling support 4 is connected with the feed rail of laminating machine 5 by track, the solaode assembling Plate bottom is provided with backboard, sticks plastic foil between backboard and cell panel, and sends into after battery plate surface covers pattern glass Pattern glass, cell panel, plastic foil, backboard are pressed together by laminating machine 5 by laminating machine 5.

The discharging opening of described laminating machine 5 is connected with frame loader 6 by track, and this frame loader 6 includes frame 6.1, described machine The top of frame 6.1 is fixed with the platform 6.2 that frames up, and the described surrounding framing up platform 6.2 is provided with four tracks, described track sets It is equipped with four push pedals 6.3, push pedal 6.3 can be to the center of the platform 6.2 that frames up or outside translation, and the inside of push pedal 6.3 is opened It is provided with groove 6.4, be used in described groove 6.4 placing solar module frame 7 to be framed up.

The solar module frame 7 that described frame loader 6 is put in groove 6.4 includes vertical outside 7.1, vertical inner edge 7.2nd, vertical edge 7.3 and base 7.4, described vertical edge 7.3 is located between vertical outside 7.1 and vertical inner edge 7.2, vertical outside 7.1, Vertically it is connected by the base 7.4 of bottom between inner edge 7.2, vertical edge 7.3, be provided between described vertical outside 7.1 and vertical edge 7.3 The reinforcement 7.5 of lateral arrangement is used for providing the intensity of frame, described vertical edge 7.3, base 7.4, surrounds between vertical inner edge 7.2 Region be silica gel injection channel 7.6, the two ends of described silica gel injection channel 7.6 are provided with position-limited edge 7.7, this position-limited edge 7.7 Three sides fixing with vertical edge 7.3, base 7.4, vertical inner edge 7.2 respectively, the top of position-limited edge 7.7 is less than vertical inner edge 7.2 With vertical edge 7.3, the top of described vertical outside 7.1 is provided with flange 7.8, and the side of this flange 7.8 is solid with vertical outside 7.1 tops Fixed, opposite side bends after extending to scuncheon still further below, thus formed between flange 7.8 and vertical outside 7.1 installing card Groove 7.9.

After described frame loader 6 completes the assembling of solar module, solar module is sent into by inspection by track Carry out performance detection, thus completing the production of whole solar module in measurement equipment 8.

The production technology of the solar module of this high-efficient automatic is：

1）Cell piece, after sorting, cleaning, puts into the cell piece stacking seat of single-station bonding machine and Double-station welding machine On, cell piece is put into cell piece by single-station bonding machine and the respective mechanical hand of Double-station welding machine one by one from front to back On feed rail, subsequently by entering line wheel group and guiding piece with the motion of stannum copper strips, stannum copper strips is worn after the spacing hole through on baffle plate Cross the through hole of sliding seat, and the spacing lower end in position-limited wheel is fixed on guiding piece, subsequently pass through to weld briquetting, anterior shearing The rear and front end of stannum copper strips is cut off by head, rear portion cutting head, is welded to be adjacent on two pieces of solar battery sheets, row's electricity After the completion of the piece welding of pond, cell piece is picked up by the rotating roller sucker being arranged by rotating roller bottom, is subsequently put on charge track.

2）The row's cell piece being welded with stannum copper strips is transported to by the charge track of single-station bonding machine and Double-station welding machine On the cell piece group bearing of assembling support, subsequently row's cell piece is integrally put into top preset band plastic foil by artificial manipulating chucks On the fixed station of backboard, workman will be paved with whole backboard by cell piece by rows, subsequently all weld the stannum copper strips of adjacent two rows Pick up so that multiple rows of cell piece forms a complete loop, after the completion of welding, an imposite cell piece is put into assembling support Discharging track on.

3）Imposite cell piece is transported to before laminating machine by the discharging track of assembling support, manually battery plate surface is covered embossing Send into laminating machine after glass to press together pattern glass, cell panel, plastic foil, backboard.

4）The discharging opening of laminating machine is delivered to cell piece assembly before frame loader by track, will be framed up by control panel flat Four push pedals of platform are outwards pulled open, and will inject silica gel in the silica gel injection channel of ready solar module frame, then Solar module frame is put in the groove in push pedal, subsequently control push pedal to move to the platform that frames up, by the sun simultaneously A complete solar module can be become with cell piece assembling components by battery component frame, finally take out from the platform that frames up Solar module, and the silica gel that its corner is overflowed carries out frictioning process.

5）Solar module is sent in testing equipment by track and carries out performance detection, thus completing to produce.

Claims (1)

1. a kind of production equipment of the solar module of high-efficient automatic it is characterised in that：It includes automatic welding machine （1）, described automatic welding machine（1）By single-station bonding machine（2）With Double-station welding machine（3）Composition；

Wherein single-station bonding machine（2）Assemble track including a single-station cell piece（2.1）, described single-station cell piece assembling Track（2.1）Rear side be provided with single-station cell piece stacking seat（2.2）, this single-station cell piece stacking seat（2.2）Upper stacking It is placed with solar battery sheet（2.4）, described single-station cell piece stacking seat（2.2）Top be provided with single-station mechanical hand （2.3）, described single-station mechanical hand（2.3）By solar battery sheet（2.4）Singly it is put into single-station cell piece respectively Assembling track（2.1）On, described single-station cell piece assembles track（2.1）Left side be provided with single-station and enter line wheel group（2.5）, Single-station cell piece assembles track（2.1）Right side be provided with single-station guiding piece（2.6）, described single-station cell piece assembling rail Road（2.1）On be additionally provided with single-station sliding seat（2.16）, this single-station sliding seat（2.16）On offer multiple through holes, described Single-station enters line wheel group（2.5）, single-station guiding piece（2.6）, single-station sliding seat（2.16）Between be provided with single-station stannum copper Band（2.7）, this single-station stannum copper strips（2.7）Bypass single-station and enter line wheel group（2.5）Multiple fast pulleys after, through single-station slide Dynamic seat（2.16）Through hole, its end is fixed on single-station guiding piece（2.6）On, described single-station sliding seat（2.16）Right side It is provided with multiple single-station position-limited wheels（2.11）, single-station position-limited wheel（2.11）With two for one group, former and later two single-stations limit Position wheel（2.11）It is arranged on single-station sliding seat（2.16）Through hole right side, and former and later two single-station position-limited wheels（2.11） Between spacing adjustable, described solar battery sheet（2.4）Top be provided with single-station welding briquetting（2.8）, described either simplex Position welding briquetting（2.8）Before and after both sides be respectively arranged with single-station front portion cutting head（2.9）, single-station rear portion cutting head （2.10）, described single-station enters line wheel group（2.5）Assemble track with single-station cell piece（2.1）Between be additionally provided with single-station gear Plate（2.12）, described single-station baffle plate（2.12）On have multiple single-station spacing holes（2.13）, described single-station stannum copper strips （2.7）Through single-station baffle plate（2.12）On single-station spacing hole（2.13）After be fixed on single-station guiding piece（2.6）On, institute State single-station cell piece assembling track（2.1）The front side of end is additionally provided with a single-station rotating roller（2.14）, and either simplex Position rotating roller（2.14）Bottom is provided with multiple single-station rotating roller suckers（2.15）；

Described Double-station welding machine（3）Including two double cell piece assembling tracks being provided separately（3.1）, described two double Station cell piece assembles track（3.1）Middle setting have double cell piece feed rail（3.2）, this double cell piece enters Material track（3.2）It is placed with cell piece before and after upper（3.4）, described double cell piece feed rail（3.2）Top be provided with One Double-station manipulator（3.3）, described Double-station manipulator（3.3）By cell piece（3.4）Singly compartment of terrain successively It is put into front side and the double cell piece of rear side assembles track（3.1）On, described double cell piece assembles track（3.1）A left side Side is provided with double and enters line wheel group（3.5）, double cell piece assembling track（3.1）Right side be provided with double guiding piece （3.6）, described double cell piece assembling track（3.1）On be additionally provided with double sliding seat（3.16）, the slip of this double Seat（3.16）On offer multiple through holes, described double enters line wheel group（3.5）, double guiding piece（3.6）, double slide Seat（3.16）Between be provided with double stannum copper strips（3.7）, this double stannum copper strips（3.7）Bypass double and enter line wheel group （3.5）Multiple fast pulleys after, through double sliding seat（3.16）Through hole, its end is fixed on double guiding piece （3.6）On, described double sliding seat（3.16）Right side be provided with multiple double position-limited wheels（3.11）, double position-limited wheel （3.11）With two for one group, former and later two double position-limited wheels（3.11）It is arranged on double sliding seat（3.16）Through hole Right side, and former and later two double position-limited wheels（3.11）Between spacing adjustable, described cell piece（3.4）Top be provided with Double-station welding briquetting（3.8）, described Double-station welding briquetting（3.8）Before and after both sides be respectively arranged with the anterior shearing of double Head（3.9）, double rear portion cutting head（3.10）, described double enters line wheel group（3.5）Assemble track with double cell piece （3.1）Between be additionally provided with double baffle plate（3.12）, described double baffle plate（3.12）On have multiple double spacing holes （3.13）, described double stannum copper strips（3.7）Through double baffle plate（3.12）On double spacing hole（3.13）After fix In double guiding piece（3.6）On, described double cell piece assembles track（3.1）The front side of end is additionally provided with a duplex Position rotating roller（3.14）, and double rotating roller（3.14）Bottom is provided with multiple double rotating roller suckers（3.15）；

Described single-station bonding machine（2）With Double-station welding machine（3）The charge track of end respectively with assembling support（4）Front end Connect, described assembling support（4）Including base（4.1）And expansion bracket（4.2）, described expansion bracket（4.2）It is fixed on base（4.1） Two ends, expansion bracket（4.2）Fix bar including bottom（4.3）Expansion link with top（4.4）, described expansion link（4.4）'s Bottom inserts in fix bar（4.3）Top, described expansion link（4.4）And fix bar（4.3）It is flexibly connected, expansion link（4.4）Permissible Along fix bar（4.3）Move up and down, after the completion of moving, pass through bearing pin and fix bar（4.3）Fixing, described expansion link（4.4）Top Portion is provided with fixed station（4.5）, described fixed station（4.5）Top is used for placing cell piece to be processed, described base（4.1）'s Front side is provided with cell piece group bearing（4.6）, single-station bonding machine（2）With Double-station welding machine（3）The charge track of end with Assembling support（4）Cell piece group bearing（4.6）It is connected, and cell piece group bearing（4.6）On be additionally provided with sucker（4.7）；

Described assembling support（4）End pass through track and laminating machine（5）Feed rail be connected, organize laminating machine（5）To be embossed Glass, cell panel, plastic foil, backboard press together；

Described laminating machine（5）Discharging opening pass through track and frame loader（6）It is connected, this frame loader（6）Including frame（6.1）, institute State frame（6.1）Top be fixed with the platform that frames up（6.2）, the described platform that frames up（6.2）Surrounding be provided with four tracks, institute State and four push pedals are provided with track（6.3）, push pedal（6.3）Can be to the platform that frames up（6.2）Center or outside translation, and Push pedal（6.3）Inside open up fluted（6.4）, described groove（6.4）In for placing solar module to be framed up Frame（7）；

Described frame loader（6）Put into groove（6.4）In solar module frame（7）Including vertical outside（7.1）, vertically Inner edge（7.2）, vertical edge（7.3）And base（7.4）, described vertical edge（7.3）It is located at vertical outside（7.1）With vertical inner edge（7.2） Between, vertically outside（7.1）, vertical inner edge（7.2）, vertical edge（7.3）Between by the base of bottom（7.4）It is connected, described perpendicular Straight outside（7.1）And vertical edge（7.3）Between be provided with the reinforcement of lateral arrangement（7.5）, described vertical edge（7.3）, base（7.4）、 Vertically inner edge（7.2）Between the region that surrounds be silica gel injection channel（7.6）, described silica gel injection channel（7.6）Two ends set It is equipped with position-limited edge（7.7）, this position-limited edge（7.7）Three sides respectively with vertical edge（7.3）, base（7.4）, vertical inner edge（7.2） Fixing, position-limited edge（7.7）Top be less than vertical inner edge（7.2）And vertical edge（7.3）, described vertical outside（7.1）Top set There is flange（7.8）, this flange（7.8）Side and vertical outside（7.1）Top is fixed, and opposite side extends to after scuncheon again Bend downwards, thus in flange（7.8）With vertical outside（7.1）Between formed install draw-in groove（7.9）；

Described frame loader（6）After completing the assembling of solar module, solar module is sent into by detection by track Equipment（8）In carry out performance detection.