CN203284503U - Positioning device for crystal bar bonding and crystal bar bonding device with same - Google Patents
Positioning device for crystal bar bonding and crystal bar bonding device with same Download PDFInfo
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- CN203284503U CN203284503U CN2013203257846U CN201320325784U CN203284503U CN 203284503 U CN203284503 U CN 203284503U CN 2013203257846 U CN2013203257846 U CN 2013203257846U CN 201320325784 U CN201320325784 U CN 201320325784U CN 203284503 U CN203284503 U CN 203284503U
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Abstract
The utility model provides a positioning device for crystal bar bonding and a crystal bar bonding device with the same. The positioning device for the crystal bar bonding comprises: a mounting base (20); rear end positioning structures (33) arranged on the mounting base (20) and used for positioning the rear end of a pallet (14) and the rear ends of silicon blocks (11) to be bonded; lateral positioning structures (31) arranged on the mounting base (20) and used for positioning the side surface of the pallet (14) and the side surfaces of the silicon blocks (11) to be bonded; and lateral tightly-pressing mechanisms (41) arranged on the mounting base (20), located at positions corresponding to the lateral positioning structures (31), and used for tightly pressing the silicon blocks (11) to be bonded toward the lateral positioning structures (31). The rear end and the lateral side of a crystal bar are both positioned by the positioning device for the crystal bar bonding, and thus the accuracy is ensured when the crystal bar is bonded.
Description
Technical field
The utility model relates to the solar cell manufacture field, in particular to a kind of crystal bar bonding locating device and have the crystal bar bonding device of this device.
Background technology
Processing solar cell use silicon chip the time, silico briquette need to be put into cutting mechanics and be cut into silicon chip, carrying out silico briquette when cutting can not directly be placed on silico briquette and cut in equipment, silico briquette need to be fixed on a kind of device, make it become a crystal bar, and the gripping unit by equipment is fixedly clamped the whole piece crystal bar, and then the worktable by equipment moves downward the purpose that rubs to reach cutting with the steel wire that rotates.
Crystal bar is stacked successively by pallet, aluminium sheet, adhering glass, silico briquette and by epoxy resin glue is bonding, forms, and needs each layer alignd successively in the bonding process of crystal bar.all the time, the bonding process of crystal bar is a very complicated procedure, usually be all adopt manually bonding, need aluminium sheet before bonding, adhering glass, silico briquette carries out very meticulous cleaning, can not be stained with any foreign material above surface, then smear one deck epoxy resin glue at the gluing of surfaces of aluminium sheet, this need to smear colloid evenly smooth, and then above adhering glass is placed on, need ceaselessly to press after putting well so that it is bonding firmly, after isocolloid solidifies for some time, need to smear epoxy resin glue at the gluing of surfaces of adhering glass, need equally evenly smooth, press above again silico briquette being placed on, then above the iron block of 10 kilograms of weighing is pressed in.This bonding way is the lost labor not only, and has certain potential safety hazard.
When bonding manually, can cause misplacing each other due to the slip of colloid after each several part is bonding with epoxy resin glue, cause deviation excessive, thereby affect the use of whole piece crystal bar; When silico briquette is pushed, traditional mode is that the top that an iron block of 10 kilograms of weighing is placed on crystal bar is pushed, the extruding of the glue of every aspect is evenly realized bonding purpose, but this method can not be avoided the slip of colloid, can not avoid deviation.
The utility model content
The utility model aims to provide a kind of crystal bar bonding locating device and has the crystal bar bonding device of this device, and is large to solve silico briquette error manual bonding in prior art, the problem that precision is low.
To achieve these goals,, according to an aspect of the present utility model, provide a kind of crystal bar bonding locating device to comprise: mounting base; The rear end locating structure, be arranged on mounting base, to the rear end of pallet and treat that the rear end of bonding silico briquette positions; The lateral register structure, be arranged on mounting base, to the side of pallet and treat that the side of bonding silico briquette positions; The side direction hold-down mechanism, be arranged on mounting base, and be positioned at the position corresponding with the lateral register structure, will treat bonding silico briquette, towards the lateral register structure, compresses.
Further, mounting base comprises base plate and the installation frame that is fixedly installed on base plate.
Further, installation frame comprises two side erecting frames, and two side erecting frames are arranged on base plate perpendicular to base plate; The lateral register structure is fixedly installed on one of them side erecting frame, and towards another side erecting frame; The side direction hold-down mechanism is fixedly installed on another side erecting frame, and, towards the lateral register structure, forms the silico briquette grasping part between lateral register structure and side direction hold-down mechanism.
Further, the lateral register structure comprises the silico briquette lateral register plate that is fixedly installed on one of them side erecting frame, and a side of the silico briquette of crystal bar is fitted on silico briquette lateral register plate.
Further, the lateral register structure also comprises the pallet lateral register plate on the side erecting frame that is fixedly installed on silico briquette lateral register plate place, pallet lateral register plate is positioned at silico briquette lateral register plate below, and a side of the pallet of crystal bar is fitted on pallet lateral register plate.
Further, the side direction hold-down mechanism is telescopic mechanism, and the first end of side direction hold-down mechanism is fixedly installed on another side erecting frame, and the second end is connected on the silico briquette of crystal bar away from a side of lateral register structure, and silico briquette is pressed on the lateral register structure.
Further, the rear end locating structure is fixedly installed on base plate, and the rear end of crystal bar is positioned, and the rear end locating structure comprises: pallet rear end strongback is fixedly installed on base plate and perpendicular to base plate; Silico briquette rear end strongback, be fixedly installed on the top of pallet rear end strongback and perpendicular to pallet rear end strongback.
Further, the rear end locating structure is fixedly installed on base plate, and the rear end of crystal bar is positioned, and the rear end locating structure comprises: pallet rear end strongback is fixedly installed on base plate perpendicular to base plate; Telescopic positioning lever, perpendicular to pallet rear end strongback, and an end is fixedly installed on the top of pallet rear end strongback.
Further, the crystal bar bonding locating device also comprises the top hold-down mechanism, and the top hold-down mechanism is pressed on crystal bar on base plate.
Further, installation frame also comprises the top frame, and the top frame is fixedly installed on the top of two side erecting frames and perpendicular to two side erecting frames; The top hold-down mechanism is Collapsible structure, and the first end of top hold-down mechanism is fixedly installed on the frame of top, and the second end is connected on the end face of silico briquette of crystal bar.
According on the other hand of the present utility model, a kind of crystal bar bonding device is provided, comprise a plurality of crystal bar bonding locating devices, the crystal bar bonding locating device is above-mentioned crystal bar bonding locating device, and the crystal bar bonding device comprises a plurality of along boule side to the crystal bar bonding locating device that connects successively.
The application the technical solution of the utility model, the crystal bar bonding locating device comprises mounting base, rear end locating structure, lateral register structure and side direction hold-down mechanism; The rear end locating structure is arranged on mounting base, to the rear end of pallet and treat that the rear end of bonding silico briquette positions; The lateral register structure also is arranged on mounting base, to the side of pallet and treat that the side of bonding silico briquette positions; The side direction hold-down mechanism is arranged on mounting base, and is positioned at the position corresponding with the lateral register structure, will treat bonding silico briquette, towards the lateral register structure, compresses.According to the present embodiment, the rear end that at first will be placed on the crystal bar on mounting base fits on the locating structure of rear end, carries out the location, rear end; Again the left side of crystal bar is fitted on the lateral register structure that is positioned at the crystal bar left side, carry out left positioner; The side direction hold-down mechanism that then will be positioned at the crystal bar right side is pressed on the right side of crystal bar, prevent the slippage of the silico briquette generation side direction on crystal bar, position after the assurance silico briquette is bonding is accurate, improve bonding precision, reach good adhesive effect, and then the accuracy of processing in the assurance subsequent handling, avoid the waste of material.
Description of drawings
The accompanying drawing that forms a part of the present utility model is used to provide further understanding of the present utility model, and illustrative examples of the present utility model and explanation thereof are used for explaining the utility model, do not form improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 shows the one-piece construction schematic diagram of the crystal bar of embodiment of the present utility model;
Fig. 2 shows each layer Split type structure schematic diagram according to the crystal bar of Fig. 1;
Fig. 3 shows the mounting base of crystal bar bonding locating device of embodiment of the present utility model and the structural representation of rear end locating structure;
Fig. 4 shows according to the lateral register structure of the crystal bar bonding locating device of Fig. 3 and the structural representation of rear end locating structure;
Fig. 5 shows the structural representation of the side direction hold-down mechanism of crystal bar bonding locating device;
Fig. 6 shows the structural representation of rear end locating structure, lateral register structure and the top press mechanism of crystal bar bonding locating device;
Fig. 7 shows the structural representation according to the top hold-down mechanism of Fig. 6;
Fig. 8 shows the structural representation of locating structure of the crystal bar bonding locating device of another embodiment of the present utility model; And
Fig. 9 shows the local structure schematic diagram according to the crystal bar bonding locating device of Fig. 8.
Description of reference numerals: 10, crystal bar; 11, silico briquette; 12, adhering glass; 13, aluminium sheet; 14, pallet; 20, mounting base; 21, base plate; 22, installation frame; 221, side erecting frame; 223, top frame; 31, lateral register structure; 311, silico briquette lateral register plate; 312, pallet lateral register plate; 33, rear end locating structure; 331, pallet rear end strongback; 332, silico briquette rear end strongback; 41, side direction hold-down mechanism; 43, top hold-down mechanism; 431, cylinder; 432, top clamping plate.
Embodiment
Hereinafter with reference to accompanying drawing, also describe in conjunction with the embodiments the utility model in detail.Need to prove, in the situation that do not conflict, embodiment and the feature in embodiment in the application can make up mutually.
Need to prove, as shown in Figure 1, front-end and back-end namely refer to the front-end and back-end of the crystal bar 10 in Fig. 1, and left side and right side namely refer to left side and the right side of the crystal bar 10 in Fig. 1.Top and bottom namely refer to top and the bottom of the crystal bar 10 in Fig. 1.
As shown in Fig. 1 to 9, according to embodiment of the present utility model, the crystal bar bonding locating device comprises mounting base 20, rear end locating structure 33, lateral register structure 31 and side direction hold-down mechanism 41; Rear end locating structure 33 is arranged on mounting base 20, to the rear end of pallet 14 and treat that the rear end of bonding silico briquette 11 positions; Lateral register structure 31 also is arranged on mounting base 20, to the side of pallet 14 and treat that the side of bonding silico briquette 11 positions; Side direction hold-down mechanism 41 is arranged on mounting base 20, and is positioned at the position corresponding with lateral register structure 31, will treat bonding silico briquette 11, towards lateral register structure 31, compresses.According to the present embodiment, the rear end that at first will be placed on the crystal bar 10 on mounting base 20 fits on rear end locating structure 33, carries out the location, rear end; Again the left side of crystal bar 10 is fitted on the lateral register structure 31 that is positioned at crystal bar 10 left sides, carry out left positioner; The side direction hold-down mechanism 41 that then will be positioned at crystal bar 10 right sides is pressed on the right side of crystal bar 10, prevent that the silico briquette 11 on crystal bar 10 from the slippage of side direction occurring, position after assurance silico briquette 11 is bonding is accurate, improve bonding precision, reach good adhesive effect, and then the accuracy of processing in the assurance subsequent handling, avoid the waste of material.
In other embodiments, lateral register structure 31 can be positioned at the right side of crystal bar 10, and side direction hold-down mechanism 41 is positioned at the left side of crystal bar 10 accordingly.
In conjunction with referring to shown in Fig. 1 and 2, crystal bar 10 comprises that pallet 14, aluminium sheet 13, adhering glass 12 and silico briquette 11 form by epoxy resin glue is bonding.in bonding process, to first each several part be cleaned up, then with pallet 14 together with aluminium sheet 13 is bolted on, both bolt is fixing can well locate, and can not produce and relatively move, smear again the uniform epoxy resin glue of one deck on the surface of aluminium sheet 13, and be placed on aluminium sheet 13 adhering glass 12 fixing, because the lighter weight of adhering glass 12 can not produce slippage, because also can guarantee accurate positioning, then smear one deck epoxy resin glue on the adhering glass 12 that fixes, silico briquette 11 is placed on adhering glass 12, and wait for that silico briquette 11 is fixing, complete the bonding of crystal bar 10.In this bonding process, need to place at the top of silico briquette 11 iron block of 10 kilograms and make that epoxy resin glue between silico briquette 11 and adhering glass 12 is even and smooth guarantees that simultaneously silico briquette 11 is bonding firmly, but epoxy resin glue can produce slippage when bonding, and the position of silico briquette 11 relative adhering glass 12 is changed.
In conjunction with shown in Figure 3, mounting base 20 comprises base plate 21 and the installation frame 22 that is fixedly installed on base plate 21.Base plate 21 provides a benchmark for the crystal bar bonding locating device, and is used for installing other parts.Installation frame 22 is fixedly mounted on base plate 21, and provides installation site for other locating structure.Wherein, installation frame 22 comprises two side erecting frames 221 and top frame 223.
Two side erecting frames 221 are arranged on base plate 21 perpendicular to base plate 21.In the present embodiment, two side erecting frames 221 lay respectively at left side and the right side of rear end locating structure 33, the side erecting frame 221 in left side comprises the column that two intervals arrange, the side erecting frame 221 on right side comprises the column that two intervals arrange and is connected to two horizon bars between column, two vertically interval settings of horizon bars.
Rear end locating structure 33 is fixedly installed on base plate 21, and between two side erecting frames 221.Rear end locating structure 33 comprises pallet rear end strongback 331 and silico briquette rear end strongback 332.
Pallet rear end strongback 331 is fixedly installed on base plate 21 and perpendicular to base plate 21, the rear end of pallet 14 is fitted on pallet rear end strongback 331, rear end accurate positioning when bonding with assurance crystal bar 10.
Silico briquette rear end strongback 332 is fixedly installed on pallet rear end strongback 331, and perpendicular to pallet rear end strongback 331, towards crystal bar 10, extends.The rear end of the silico briquette 11 of crystal bar 10 is fitted on silico briquette rear end strongback 332, and then guarantees the position of relative pallet 14 rear ends, rear end of silico briquette 11, to guarantee the positioning precision of crystal bar 10 each layers of rear end.
Silico briquette rear end strongback 332 can be tabular.Preferably, silico briquette rear end strongback 332 is Collapsible structure, can regulate the length of silico briquette rear end strongback 332 according to the specification of different crystal bar 10 like this, so that the crystal bar bonding locating device has better adaptability.Silico briquette rear end strongback 332 can be Telescopic positioning lever, and Telescopic positioning lever is perpendicular to pallet rear end strongback 331, and an end is fixedly installed on the top of pallet rear end strongback 331.
More preferably, Telescopic positioning lever can be for being fixedly installed on the telescopic cylinder on pallet rear end strongback 331, telescopic end at telescopic cylinder can arrange an end plate that is parallel to silico briquette 11 aft end faces, and end plate is used for holding out against silico briquette 11, can avoid damaging simultaneously the aft end face of silico briquette 11.
In conjunction with shown in Figure 4, lateral register structure 31 is fixedly installed on one of them side erecting frame 221, and towards another side erecting frame 221.
In the present embodiment, lateral register structure 31 is arranged on the side erecting frame 221 that is positioned at rear end locating structure 33 left sides.Lateral register structure 31 comprises silico briquette lateral register plate 311 and pallet lateral register plate 312.
Silico briquette lateral register plate 311 is fixedly installed on two columns of left side side erecting frame 221.The left side of the silico briquette 11 of crystal bar 10 is fitted on silico briquette lateral register plate 311.In the present embodiment, silico briquette lateral register plate 311 is a cuboid plate.In other embodiments, silico briquette lateral register plate 311 is Collapsible structure, for example cylinder or hydro-cylinder, and at the telescopic end of cylinder or hydro-cylinder, an end plate that is parallel to silico briquette 11 sides is set, in case stop loss the side of hindering silico briquette 11.
On two columns of the side erecting frame 221 on the left of pallet lateral register plate 312 is fixedly installed on, and be positioned at silico briquette lateral register plate 311 belows.The left side of the pallet 14 of crystal bar 10 is fitted on pallet lateral register plate 312.Pallet lateral register plate 312 is used in combination the left positioner of silico briquette 11 with silico briquette lateral register plate 311.In other embodiments, pallet lateral register plate 312 can be set, and directly the left side of pallet 14 be fitted on side erecting frame 221, also can realize the left positioner of silico briquette 11.
In conjunction with shown in Figure 5, side direction hold-down mechanism 41 is fixedly installed on another side erecting frame 221 relative with the side erecting frame 221 at lateral register structure 31 places, and, towards lateral register structure 31, between lateral register structure 31 and side direction hold-down mechanism 41, crystal bar 10 is set.In the present embodiment, side direction hold-down mechanism 41 is fixedly installed on the side erecting frame 221 on right side, and holds out against the right side at crystal bar 10.
Preferably, side direction hold-down mechanism 41 is telescopic mechanism, the first end of side direction hold-down mechanism 41 is fixedly installed on right side side erecting frame 221, the second end is connected on the silico briquette 11 of crystal bar 10 side away from lateral register structure 31, be also the right side of silico briquette 11, and silico briquette 11 is pressed on lateral register structure 31.
In the present embodiment, side direction hold-down mechanism 41 is telescopic cylinder, is fixedly installed an end plate that is parallel to its right end face of silico briquette 11 on the external part of telescopic cylinder, in order to avoid damage the surface of silico briquette 11.Evenly compartment of terrain is provided with 4 telescopic cylinders on two pillars of the side erecting frame 221 on right side, and is stressed evenly to guarantee silico briquette 11.
In conjunction with referring to shown in Fig. 6 and 7, preferably, the crystal bar bonding locating device also comprises top hold-down mechanism 43, and top hold-down mechanism 43 is pressed on crystal bar 10 on base plate 21.Top hold-down mechanism 43 is fixedly installed on position corresponding with silico briquette 11 on top frame 223, and with the upper surface butt of silico briquette 11,, so that silico briquette 11 is pressed on adhering glass 12, guarantee that simultaneously epoxy glue layer is even, and then guarantee the bonding quality of crystal bar 10.
More preferably, top hold-down mechanism 43 is Collapsible structure, and the first end of top hold-down mechanism 43 is fixedly installed on top frame 223, and the second end is connected on the end face of silico briquette 11 of crystal bar 10.
In conjunction with shown in Figure 7; in the present embodiment; top hold-down mechanism 43 comprises that an end is fixedly installed on holding out against cylinder 431 and being fixedly installed on the top clamping plate 432 of the telescopic end that holds out against cylinder 431 on the intermediate beam of top frame 223; top clamping plate 432 is parallel to the end face of silico briquette 11, and is not damaged with the end face of protection silico briquette 11.
In other embodiments, lateral register structure 31 and side direction hold-down mechanism 41 can be non-telescoping structure, the plate of rectangular parallelepiped for example, and two of left and right side erecting frame 221 is set to the structure that can move along base plate 21, for example on base plate 21, guide path is set, two side erecting frames 221 are arranged in guide path, and can move along guide path, by regulate side erecting frame 221 in the position on base plate 21, lateral register structure 31 and side direction hold-down mechanism 41 are fitted in silico briquette 11 left and right on two sides.
In conjunction with referring to shown in Fig. 8 and 9, according to another embodiment of the present utility model, a kind of crystal bar bonding device is provided, this crystal bar bonding device comprises a plurality of crystal bar bonding locating devices, this crystal bar bonding locating device is above-mentioned crystal bar bonding locating device, and the direction that a plurality of crystal bar bonding locating devices are also the left and right of crystal bar 10 along the side direction of crystal bar 10 connects and composes the crystal bar bonding device successively.
In the present embodiment, the lateral register structure 31 of the second crystal bar bonding locating device can be arranged on the side erecting frame 221 on right side of the first crystal bar bonding locating device, and with the side direction hold-down mechanism 41 of the first crystal bar bonding locating device, arrange dorsad, can omit like this side erecting frame 221 in the left side of the second crystal bar bonding device, reduce material, accelerate simultaneously assembling, save time.
In other embodiments, also can directly a plurality of independent crystal bar bonding locating devices simply be connected successively.
the bonding process of crystal bar 10 is as follows, divide and be provided with an excellent bonding location and No. two excellent bonding locations on the crystal bar bonding device, an excellent bonding location and No. two excellent bonding locations are combined by two crystal bar bonding locating devices, carrying out when bonding, at first needing pallet 14 and aluminium sheet 13 are installed by bolt, again aluminium sheet 13 is connected and is connected by epoxy resin glue with adhering glass, be placed on afterwards the fixed position on base plate 21, then by the button of the cylinder that moves up and down of next top hold-down mechanism 43, adhering glass 12 is closely linked with aluminium sheet 13 and relative between can not move, after certain hour solidifies, another side at adhering glass 12 is smeared epoxy resin glue, above again silico briquette 11 being placed on respectively alternately by the button of the cylinder of the side-to-side movement of the cylinder that moves up and down of next top hold-down mechanism 43 and side direction hold-down mechanism 41 each 3 times, pressing simultaneously finally two groups of buttons makes whole piece crystal bar 10 fixing, after reaching set time, by button, cylinder is returned to original position, whole like this bonding process has just been completed.
As can be seen from the above description, the utility model the above embodiments have realized following technique effect: excellent adhesive positioning device comprises mounting base, rear end locating structure, lateral register structure and side direction hold-down mechanism; The rear end locating structure is arranged on mounting base, to the rear end of pallet and treat that the rear end of bonding silico briquette positions; The lateral register structure also is arranged on mounting base, to the side of pallet and treat that the side of bonding silico briquette positions; The side direction hold-down mechanism is arranged on mounting base, and is positioned at the position corresponding with the lateral register structure, will treat bonding silico briquette, towards the lateral register structure, compresses.According to the present embodiment, the rear end that at first will be placed on the crystal bar on mounting base fits on the locating structure of rear end, carries out the location, rear end; Again the left side of crystal bar is fitted on the lateral register structure that is positioned at the crystal bar left side, carry out left positioner; The side direction hold-down mechanism that then will be positioned at the crystal bar right side is pressed on the right side of crystal bar, prevent the slippage of the silico briquette generation side direction on crystal bar, position after the assurance silico briquette is bonding is accurate, improve bonding precision, reach good adhesive effect, and then the accuracy of processing in the assurance subsequent handling, avoid the waste of material.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (11)
1. a crystal bar bonding locating device, is characterized in that, comprising:
Mounting base (20);
Rear end locating structure (33), be arranged on described mounting base (20), to the rear end of pallet (14) and treat that the rear end of bonding silico briquette (11) positions;
Lateral register structure (31), be arranged on described mounting base (20), to the side of described pallet (14) and treat that the side of bonding described silico briquette (11) positions;
Side direction hold-down mechanism (41), be arranged on described mounting base (20), and be positioned at the position corresponding with described lateral register structure (31), will treat bonding described silico briquette (11), towards described lateral register structure (31), compresses.
2. crystal bar bonding locating device according to claim 1, is characterized in that, described mounting base (20) comprises base plate (21) and is fixedly installed on installation frame (22) on described base plate (21).
3. crystal bar bonding locating device according to claim 2, is characterized in that,
Described installation frame (22) comprises two side erecting frames (221), and two described side erecting frames (221) are arranged on described base plate (21) perpendicular to described base plate (21);
Described lateral register structure (31) is fixedly installed on one of them described side erecting frame (221), and towards another described side erecting frame (221);
Described side direction hold-down mechanism (41) is fixedly installed on another described side erecting frame (221), and, towards described lateral register structure (31), form described silico briquette (11) grasping part between described lateral register structure (31) and described side direction hold-down mechanism (41).
4. crystal bar bonding locating device according to claim 3, it is characterized in that, described lateral register structure (31) comprises the silico briquette lateral register plate (311) that is fixedly installed on one of them described side erecting frame (221), and a side of the described silico briquette (11) of crystal bar (10) is fitted on described silico briquette lateral register plate (311).
5. crystal bar bonding locating device according to claim 4, it is characterized in that, described lateral register structure (31) also comprises the pallet lateral register plate (312) on the described side erecting frame (221) that is fixedly installed on described silico briquette lateral register plate (311) place, described pallet lateral register plate (312) is positioned at described silico briquette lateral register plate (311) below, and a side of the described pallet (14) of described crystal bar (10) is fitted on described pallet lateral register plate (312).
6. crystal bar bonding locating device according to claim 3, is characterized in that,
Described side direction hold-down mechanism (41) is telescopic mechanism, the first end of described side direction hold-down mechanism (41) is fixedly installed on another described side erecting frame (221), the second end is connected to the upper side away from described lateral register structure (31) of described silico briquette (11) of crystal bar (10), and described silico briquette (11) is pressed on described lateral register structure (31).
7. crystal bar bonding locating device according to claim 2, is characterized in that, described rear end locating structure (33) is fixedly installed on described base plate (21), and the rear end of crystal bar (10) is positioned, and described rear end locating structure (33) comprising:
Pallet rear end strongback (331), be fixedly installed on described base plate (21) and perpendicular to described base plate (21);
Silico briquette rear end strongback (332), be fixedly installed on the top of described pallet rear end strongback (331) and perpendicular to described pallet rear end strongback (331).
8. crystal bar bonding locating device according to claim 2, is characterized in that, described rear end locating structure (33) is fixedly installed on described base plate (21), and the rear end of crystal bar (10) is positioned, and described rear end locating structure (33) comprising:
Pallet rear end strongback (331), be fixedly installed on described base plate (21) perpendicular to described base plate (21);
Telescopic positioning lever, perpendicular to described pallet rear end strongback (331), and an end is fixedly installed on the top of described pallet rear end strongback (331).
9. the described crystal bar bonding locating device of any one according to claim 2 to 8, it is characterized in that, described crystal bar bonding locating device also comprises top hold-down mechanism (43), and described top hold-down mechanism (43) is pressed on crystal bar (10) on described base plate (21).
10. crystal bar bonding locating device according to claim 9, is characterized in that,
Described installation frame (22) also comprises top frame (223), and described top frame (223) is fixedly installed on the top of two described side erecting frames (221) and perpendicular to two described side erecting frames (221);
Described top hold-down mechanism (43) is Collapsible structure, and the first end of described top hold-down mechanism (43) is fixedly installed on described top frame (223), and the second end is connected on the end face of described silico briquette (11) of described crystal bar (10).
11. crystal bar bonding device, comprise a plurality of crystal bar bonding locating devices, it is characterized in that, described crystal bar bonding locating device is the described crystal bar bonding locating device of any one in claim 1 to 10, and described crystal bar bonding device comprises a plurality of described crystal bar bonding locating devices that connect successively along crystal bar (10) side direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203257846U CN203284503U (en) | 2013-06-06 | 2013-06-06 | Positioning device for crystal bar bonding and crystal bar bonding device with same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203257846U CN203284503U (en) | 2013-06-06 | 2013-06-06 | Positioning device for crystal bar bonding and crystal bar bonding device with same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203284503U true CN203284503U (en) | 2013-11-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013203257846U Expired - Fee Related CN203284503U (en) | 2013-06-06 | 2013-06-06 | Positioning device for crystal bar bonding and crystal bar bonding device with same |
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| CN (1) | CN203284503U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115537934A (en) * | 2022-09-21 | 2022-12-30 | 常州时创能源股份有限公司 | Novel semi-automatic bar splicing equipment for silicon ingots and production process of novel semi-automatic bar splicing equipment |
-
2013
- 2013-06-06 CN CN2013203257846U patent/CN203284503U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115537934A (en) * | 2022-09-21 | 2022-12-30 | 常州时创能源股份有限公司 | Novel semi-automatic bar splicing equipment for silicon ingots and production process of novel semi-automatic bar splicing equipment |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20131113 Termination date: 20160606 |