CN208514761U - A kind of numerical control monocrystalline silicon side of cuing open machine - Google Patents
A kind of numerical control monocrystalline silicon side of cuing open machine Download PDFInfo
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- CN208514761U CN208514761U CN201821151388.5U CN201821151388U CN208514761U CN 208514761 U CN208514761 U CN 208514761U CN 201821151388 U CN201821151388 U CN 201821151388U CN 208514761 U CN208514761 U CN 208514761U
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Abstract
The utility model relates to a kind of numerical control monocrystalline silicon side of cuing open machines, including lathe bed, the workbench moved along it is equipped with by column on the lathe bed, the outer top of column is connected with movable workbench mechanism by first straight line guide rail, automatic clamping mechanism and automatic indexing rotating mechanism are installed in the both ends of workbench respectively, and brilliant line detector is equipped in automatic clamping mechanism；The middle part of lathe bed is installed by feeding, discharge slipway mechanism, lathe bed positioned at one side is equipped with cutting coil holder, folding and unfolding coil holder there are two being set on the lathe bed of the feeding, discharge slipway mechanism other side, it is individually fixed in the two sides of workbench, lower part is equipped with cable pulling-pushing device in each folding and unfolding coil holder, top is equipped with winding displacement mould group, tension swinging arm device and the first wire-crossing wheel, top and is equipped with electronic box；Waste material conveying mechanism is installed in lathe bed side, is equipped with operation panel at the top of the column；The utility model improves the processing efficiency and quality of monocrystalline silicon evolution, saves manpower and production cost, increases economic benefit.
Description
Technical field
The utility model relates to numerically-controlled machine tool fields of automation technology, especially a kind of numerical control monocrystalline silicon side of cuing open machine.
Background technique
In the manufacturing field of the main element silicon wafer of solar energy generation technology, the processing of monocrystalline bar evolution is one of weight
The production link wanted, the producer of domestic production evolution equipment is very few at present, and exists on such evolution equipment and technology and open
The problems such as square low efficiency, evolution are of poor quality, flaw-piece waste recovery is difficult directly affects the production cost and economy effect of enterprise
Benefit.
Utility model content
The applicant provides a kind of structurally reasonable numerical control monocrystalline silicon side of cuing open for the disadvantage in above-mentioned existing production technology
Machine, effectively raises the working efficiency of evolution processing, and improves the quality of evolution processing, while can also reduce operating staff
Quantity, thus realize reduce production cost, increase economic benefit purpose.
Technical solution used by the utility model is as follows:
A kind of numerical control monocrystalline silicon side of cuing open machine, including lathe bed, the lathe bed are equipped with spaced apart more root posts, are located at vertical
Column top is equipped with workbench, is connected with movable workbench mechanism by first straight line guide rail on the workbench, is located at work
Automatic clamping mechanism and automatic indexing rotating mechanism are installed in the both ends of platform lower part respectively, and brilliant line inspection is equipped in automatic clamping mechanism
Device is surveyed, clamps workpiece between automatic clamping mechanism and automatic indexing rotating mechanism；The middle part of lathe bed is installed by feeding, discharge slide unit
Mechanism, the lathe bed positioned at feeding, discharge slipway mechanism side is equipped with cutting coil holder, positioned at the feeding, discharge slipway mechanism other side
It is set on lathe bed there are two folding and unfolding coil holder, two folding and unfolding coil holders are individually fixed in the two sides of workbench, lower part in each folding and unfolding coil holder
Cable pulling-pushing device is installed, top is equipped with winding displacement mould group, tension swinging arm device and the first wire-crossing wheel, the top peace of folding and unfolding coil holder
Equipped with electronic box；Waste material conveying mechanism is wherein installed, the top of the column is pacified by cantilever on the lathe bed at side folding and unfolding coil holder
Equipped with operation panel.
Its further technical solution is:
The mounting structure of the feeding, discharge slipway mechanism are as follows: led including being spaced two second straight lines being mounted on lathe bed
Rail, the both ends of two second straight line guide rails are separately installed with feeding slide unit and blanking slide unit, and are located at the two sides of lathe bed, on
Material slide unit and blanking slide unit pass through the first ball screw and first servo motor driving, feeding slide unit by clamping cylinder and its
The clamping jaw of upper installation carries out feeding, and blanking slide unit is gone up and down by lifting cylinder.
It is centering cylinder there are three the clamping cylinder is set, clamping cylinder bottom passes through small raft and is mounted on big pad
On plate, switch base plate bottom is equipped with planker by sliding rail, and planker is fixed on feeding slide unit, passes through spiral shell between switch base plate and planker
It tethers and connects there are two supporting block, two supporting blocks pass through bolt respectively and fix with switch base plate and planker, pacify between two supporting blocks
Equipped with compressed spring.
At U-shaped structure, both sides external is equipped with intermediate the first fixed block for being equipped with and adjusting screw, U in the clamping jaw section
Two sides of the bottom are equipped with cushion block in type structure, and the both ends of bottom and top pass through small axis and are equipped with idler wheel in U-shaped structure.
The mounting structure of the cutting coil holder are as follows: including the rack being fixed on lathe bed, be provided with interior concave arc in the middle part of rack
Hole, indent circular hole upper end are extended with rectangular opening, and indent circular hole is evenly distributed in adjustable nozzle；In the one side of rack
On, and be located at indent circular hole two sides and lower section be mounted on cutting wheel assembly, be separately installed with electricity on the both sides of rectangular opening
Machine；On the another side of rack, and it is located at indent circular hole right side and passes through straight mistake there are two transition plates and the installations of wire-crossing wheel seat
An oblique wire-crossing wheel is installed in the left side lower section of line wheel, two straight wire-crossing wheels respectively, is located at indent circular hole left side, lower section and square
A straight wire-crossing wheel is respectively installed above the left side in shape hole.
The structure of the cutting wheel assembly are as follows: including connecting plate, be equipped with one group by one group of cutting wheel seat on connecting plate
Cutting wheel positioned opposite is attached between each cutting wheel seat and connecting plate by the second fixed block and screw.
The mounting structure of the waste material conveying mechanism are as follows: including the bracket being fixed on lathe bed, the frame upper passes through
Fastener connects the rack that is laterally arranged, and both ends are respectively equipped with drive roll and driven roller in rack, drive roll and driven
By conveying band connection between roller, the both ends of drive roll are solid in the rack at drive roll both ends by bearing block support
Surely there is guide holder, gib block is equipped on the inside of guide holder, bearing block is equipped with the groove to match with the gib block, bearing block
Side is connected with screw rod；Drive roll one end is coaxially installed with the first sprocket wheel, and bottom of the frame is equipped with the second speed reducer, and second subtracts
The second sprocket wheel being connected with first sprocket wheel is installed on the output shaft of fast machine, is passed through between the first sprocket wheel and the second sprocket wheel
Chain connection；The outer one end of rack is equipped with drip tray.
The width of the conveyer belt is greater than the flaw-piece length of processing silicon material, and conveyer belt uses rubber material.
Automatic clamping mechanism is driven by the second servo motor, the first speed reducer, the second ball-screw, and along installation
Third linear guide in workbench bottom is mobile, and the upper circumferentially installation four of automatic clamping mechanism holds out against cylinder, automatic to press from both sides
Tight mechanism head is equipped with rotatable top axis.
Four are circumferentially installed on the automatic indexing rotating mechanism holds out against cylinder, the installation of automatic indexing rotating mechanism head
Having can be with the top axis of automatic clamping mechanism synchronous rotary.
The beneficial effects of the utility model are as follows:
The utility model is compact-sized, reasonable, easy to operate, by the way that double track workbench, automatic upper and lower is arranged on lathe bed
Expect that slipway mechanism, intersecting parallels cutting coil holder net, tension swing arm, brilliant line detector and waste material conveying mechanism, this lathe are effective
The working efficiency of evolution processing and the quality of evolution processing are improved, while decreasing the quantity of operating staff, is substantially reduced
Production cost, improves economic benefit, meanwhile, the utility model has the further advantage that
1. the groined type line net design of the cutting coil holder of the utility model disposably forms monocrystalline bar evolution, gauze is permanent
Tension is not easy to break.
2. the utility model crystalline substance line detector, by workpiece rotation, can automatic seeking find out brilliant line position after carry out evolution,
Easy to operate, high degree of automation saves manpower.
3. the automatic clamping mechanism and automatic indexing rotating mechanism surrounding of the utility model install four respectively and hold out against cylinder,
For holding out against four flaw-pieces of monocrystalline bar, fall flaw-piece not during evolution.
4. the width of the waste material automatic delivering mechanism of the utility model is greater than the flaw-piece length of processing silicon material, conveyer belt is used
Rubber material, facilitates the recycling of monocrystalline flaw-piece, and monocrystalline flaw-piece is not easily broken.
5. the feeding slide unit of the feeding, discharge slipway mechanism of the utility model, blanking slide unit are mounted on same secondary linear guide
On, and it is respectively provided with ball screw and servo motor, it realizes individually control, accomplishes that function separates, operations linkage.
6. the mounting structure of clamping cylinder and clamping jaw improves the control that silicon material folds up on the feeding slide unit of the utility model
Precision, the design of cushion block, small axis and idler wheel can play the role of improving precision, protection silicon material in clamping jaw.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the side view of Fig. 1.
Fig. 3 is the top view of Fig. 1.
Fig. 4 is the structural schematic diagram of the utility model feeding, discharge slipway mechanism.
Fig. 5 is the clamping cylinder of the feeding slide unit of the utility model and the mounting structure schematic diagram of clamping jaw.
Fig. 6 is the side view of Fig. 5.
Fig. 7 is the structural schematic diagram that the utility model cuts coil holder.
Fig. 8 is the side view of Fig. 7.
Fig. 9 is the side view of Fig. 8.
Figure 10 is the structural schematic diagram of the utility model waste material conveying mechanism.
Figure 11 is the top view of Figure 10.
The mounting structure schematic diagram of Figure 12 utility model works platform and automatic indexing whirler and automatic clamping mechanism.
Wherein: 1, lathe bed；2, column；3, feeding, discharge slipway mechanism；4, workbench；5, movable workbench mechanism；6, automatic
Clamp system；7, automatic indexing rotating mechanism；8, coil holder is cut；9, brilliant line detector；10, waste material conveying mechanism；11, folding and unfolding
Coil holder；12, winding displacement mould group；13, tension swinging arm device；14, cable pulling-pushing device；15, the first wire-crossing wheel；16, electronic box；17, feeding
Slide unit；18, blanking slide unit；19, second straight line guide rail；20, the first ball screw；21, first servo motor；22, clamping cylinder；
23, lifting cylinder；24, operation panel；25, first straight line guide rail；26, third linear guide；27, the second servo motor；28, first
Speed reducer；29, the second ball-screw；30, small raft；31, switch base plate；32, axis is come directly towards；33, cylinder is held out against；34, clamping jaw；35,
Sliding rail；36, planker；37, supporting block；38, compressed spring；39, screw is adjusted；40, the first fixed block；41, cushion block；42, small axis；
43, idler wheel；101, bracket；102, rack；103, drive roll；104, driven roller；105, conveyer belt；106, bearing block；
107, guide holder；108, gib block；109, screw rod；110, the first sprocket wheel；111, the second speed reducer；112, the second sprocket wheel；113,
Chain；114, drip tray；801, rack；802, adjustable nozzle；803, connecting plate；804, wheel seat is cut；805, cutting wheel；
806, the second fixed block；807, motor；808, transition plates；809, wire-crossing wheel seat；810, straight wire-crossing wheel；811, oblique wire-crossing wheel.
Specific embodiment
With reference to the accompanying drawing, illustrate specific embodiment of the present utility model.
As shown in Figure 1, Figure 2 and Figure 3, the numerical control monocrystalline silicon side of the cuing open machine of the present embodiment, including lathe bed 1, between lathe bed 1 is equipped with
Every more root posts 2 of arrangement, workbench 4 is installed at the top of column 2, is connected on workbench 4 by first straight line guide rail 25
There is movable workbench mechanism 5, automatic clamping mechanism 6 and automatic indexing whirler are installed in the both ends positioned at 4 lower part of workbench respectively
Structure 7 is equipped with brilliant line detector 9 in automatic clamping mechanism 6, is between automatic clamping mechanism 6 and automatic indexing rotating mechanism 7
Clamp workpiece；Feeding, discharge slipway mechanism 3 is installed at the middle part of lathe bed 1, is set on the lathe bed 1 of 3 side of feeding, discharge slipway mechanism
There is cutting coil holder 8, is set on the lathe bed 1 of 3 other side of feeding, discharge slipway mechanism there are two folding and unfolding coil holder 11, two retractable cables
Frame 11 is individually fixed in the two sides of workbench 4, and lower part is equipped with cable pulling-pushing device 14 in each folding and unfolding coil holder 11, and top is equipped with
Winding displacement mould group 12, tension swinging arm device 13 and the first wire-crossing wheel 15, the top of folding and unfolding coil holder 11 are equipped with electronic box 16；Wherein side
Waste material conveying mechanism 10 is installed, the top of column 2 is equipped with operation panel 24 by cantilever on the lathe bed 1 at folding and unfolding coil holder 11.
As shown in figure 4, the mounting structure of feeding, discharge slipway mechanism 3 are as follows: including being spaced two articles be mounted on lathe bed 1 the
Two linear guides 19, the both ends of two second straight line guide rails 19 are separately installed with feeding slide unit 17 and blanking slide unit 18, and feeding is sliding
Platform 17 and blanking slide unit 18 are located at the two sides of lathe bed 1, and feeding slide unit 17 and blanking slide unit 18 pass through the first ball screw
20 and first servo motor 21 drive, feeding slide unit 17 carries out feeding by clamping cylinder 22 and the clamping jaw 34 installed thereon, under
Material slide unit 18 is gone up and down by lifting cylinder 23.
It as shown in Figure 5 and Figure 6, is centering cylinder there are three clamping cylinder 22 is set, 22 bottom of clamping cylinder passes through small
Backing plate 30 is mounted on switch base plate 31, and 31 bottom of switch base plate is equipped with planker 36 by sliding rail 35, and it is sliding that planker 36 is fixed on feeding
On platform 17, it is bolted between switch base plate 31 and planker 36 there are two supporting block 37, two supporting blocks 37 are separately fixed at
On switch base plate 31 and planker 36, two supporting blocks 37 are fixed by bolt and switch base plate 31 and planker 36 respectively, two supporting blocks
Compressed spring 38 is installed between 37.
At U-shaped structure, both sides external is equipped with intermediate the first fixed block 40 for being equipped with and adjusting screw 39 in clamping jaw 34 section,
Two sides of the bottom are equipped with cushion block 41 in U-shaped structure, and the both ends of bottom and top pass through small axis 42 and are equipped with idler wheel in U-shaped structure
43。
As shown in Figure 7, Figure 8 and Figure 9, the mounting structure of coil holder 8 is cut are as follows: including the rack 801 being fixed on lathe bed 1,
Indent circular hole is provided in the middle part of rack 801, indent circular hole upper end is extended with rectangular opening, and being evenly distributed in for indent circular hole can
Debug nozzle 802；Two sides and lower section on the one side of rack 801, and positioned at indent circular hole are mounted on cutting wheel group
Part is separately installed with motor 807 on the both sides of rectangular opening；On the another side of rack 801, and it is located on the right side of indent circular hole
By transition plates 808 and the installation of wire-crossing wheel seat 809, there are two straight wire-crossing wheels 810, and the left side lower section of two straight wire-crossing wheels 810 is respectively
One oblique wire-crossing wheel 811 is installed, is respectively equipped with one directly above the left side of indent circular hole left side, lower section and rectangular opening
Wire-crossing wheel 810.
Cut the structure of wheel assembly are as follows: including connecting plate 803, be equipped on connecting plate 803 by one group of cutting wheel seat 804
One group of cutting wheel 805 positioned opposite passes through the second fixed block 806 and screw between each cutting wheel seat 804 and connecting plate 803
It is attached.
As shown in Figure 10 and Figure 11, the mounting structure of waste material conveying mechanism 10 are as follows: including the bracket being fixed on lathe bed 1
101,101 top of bracket connects the rack 102 being laterally arranged by fastener, and both ends are respectively equipped with drive roll in rack 102
103 and driven roller 104, it is connected between drive roll 103 and driven roller 104 by conveyer belt 105, drive roll 103
Both ends are supported by bearing block 106, are fixed with guide holder 107 in the rack 102 at 103 both ends of drive roll, in guide holder 107
Side is equipped with gib block 108, and bearing block 106 is equipped with the groove to match with gib block 108, and the side of bearing block 106 is connected with
Screw rod 109；103 one end of drive roll is coaxially installed with the first sprocket wheel 110, and 102 bottom of rack is equipped with the second speed reducer 111,
The second sprocket wheel 112 being connected with the first sprocket wheel 110, the first sprocket wheel 110 and are installed on the output shaft of second speed reducer 111
It is connected between two sprocket wheels 112 by chain 113；The outer one end of rack 102 is equipped with drip tray 114；The width of conveyer belt 105 is greater than
The flaw-piece length of silicon material is processed, conveyer belt 105 uses rubber material.
As shown in figure 12, automatic clamping mechanism 6 passes through the second servo motor 27, the first speed reducer 28, the second ball-screw
29 are driven, and are moved along the third linear guide 26 for being mounted on 4 bottom of workbench, automatic clamping mechanism 6 it is upper circumferentially
Installation four holds out against cylinder 33, and 6 head of automatic clamping mechanism is equipped with rotatable top axis 32.
Four are circumferentially installed on automatic indexing rotating mechanism 7 holds out against cylinder 33, the installation of 7 head of automatic indexing rotating mechanism
Having can be with the top axis 32 of 6 synchronous rotary of automatic clamping mechanism.
When evolution finishes, successively unclamp and hold out against cylinder 33 so that it is preceding, under, rear three pieces of flaw-piece waste materials successively fall and are being driven
In conveyer belt 105 on, flaw-piece is transported to the recovery zone of waste material conveying mechanism 10.Workpiece after evolution exits cutting area
Loading and unloading region is come in domain, and blanking slide unit 18, which enters, gently holds workpiece, automatic clamping mechanism 6 and automatic indexing rotating mechanism 7
Unclamp workpiece.18 support of blanking slide unit workpiece exit lathe.
The groined type line net design of the cutting coil holder 8 of the present embodiment disposably forms monocrystalline bar evolution, gauze perseverance
Power is not easy to break；Brilliant line detector 9, by workpiece rotation, can automatic seeking find out brilliant line position after carry out evolution, operation letter
Just, high degree of automation saves manpower；Four of 7 surrounding of automatic clamping mechanism 6 and automatic indexing rotating mechanism hold out against cylinder
33, for holding out against four flaw-pieces of monocrystalline bar, fall flaw-piece not during evolution；The width of waste material automatic delivering mechanism 10
Greater than the flaw-piece length of processing silicon material, conveyer belt uses rubber material, facilitates the recycling of monocrystalline flaw-piece, monocrystalline flaw-piece is non-friable
It splits；Feeding slide unit 17, the blanking slide unit 18 of feeding, discharge slipway mechanism 3 are mounted in same secondary linear guide, and are respectively provided with rolling
Ballscrew and servo motor realize individually control, accomplish that function separates, operations linkage；22 He of clamping cylinder on feeding slide unit 17
The mounting structure of clamping jaw 34 improves the control precision that silicon material folds up, and the design of cushion block, small axis and idler wheel can play in clamping jaw
The effect for improving precision, protecting silicon material.
Above description is the explanation to the utility model, is not the restriction to utility model, defined by the utility model
Range is within the protection scope of the utility model referring to claim, can make any type of modification.
Claims (10)
1. a kind of numerical control monocrystalline silicon side of cuing open machine, including lathe bed (1), it is characterised in that: the lathe bed (1) is equipped with spaced apart
More root posts (2) are located at the top of column (2) and are equipped with workbench (4), pass through first straight line guide rail on the workbench (4)
(25) movable workbench mechanism (5) are connected with, be located at workbench (4) lower part both ends install respectively automatic clamping mechanism (6) and
Automatic indexing rotating mechanism (7) is equipped with brilliant line detector (9) in automatic clamping mechanism (6), automatic clamping mechanism (6) and
It is clamping workpiece between automatic indexing rotating mechanism (7)；Feeding, discharge slipway mechanism (3) are installed at the middle part of lathe bed (1), be located at it is upper,
The lathe bed (1) of blanking slipway mechanism (3) side is equipped with cutting coil holder (8), is located at feeding, discharge slipway mechanism (3) other side
It is set on lathe bed (1) there are two folding and unfolding coil holder (11), two folding and unfolding coil holders (11) are individually fixed in the two sides of workbench (4), each
Folding and unfolding coil holder (11) interior lower part is equipped with cable pulling-pushing device (14), and top is equipped with winding displacement mould group (12), tension swinging arm device
(13) and the first wire-crossing wheel (15), folding and unfolding coil holder (11) top are equipped with electronic box (16)；Wherein at side folding and unfolding coil holder (11)
Waste material conveying mechanism (10) are installed on lathe bed (1), the top of the column (2) is equipped with operation panel (24) by cantilever.
2. a kind of numerical control monocrystalline silicon side of cuing open as described in claim 1 machine, it is characterised in that: the feeding, discharge slipway mechanism (3)
Mounting structure are as follows: including being spaced two second straight line guide rails (19) being mounted on lathe bed (1), two second straight line guide rails
(19) both ends are separately installed with feeding slide unit (17) and blanking slide unit (18), and are located at the two sides of lathe bed (1), and feeding is sliding
Platform (17) and blanking slide unit (18) are driven by the first ball screw (20) and first servo motor (21), feeding slide unit (17)
The clamping jaw (34) installed by clamping cylinder (22) and thereon carries out feeding, and blanking slide unit (18) passes through lifting cylinder (23) progress
Lifting.
3. a kind of numerical control monocrystalline silicon side of cuing open as claimed in claim 2 machine, it is characterised in that: the clamping cylinder (22) is equipped with three
It is a, it is centering cylinder, clamping cylinder (22) bottom passes through small raft (30) and is mounted on switch base plate (31), switch base plate (31)
Bottom is equipped with planker (36) by sliding rail (35), and planker (36) is fixed on feeding slide unit (17), switch base plate (31) and planker
(36) be bolted between there are two supporting block (37), two supporting blocks (37) respectively by bolt and switch base plate (31) and
Planker (36) is fixed, is equipped with compressed spring (38) between two supporting blocks (37).
4. a kind of numerical control monocrystalline silicon side of cuing open as claimed in claim 2 machine, it is characterised in that: clamping jaw (34) section is at U-shaped
Structure, both sides external are equipped with intermediate the first fixed block (40) for being equipped with and adjusting screw (39), two sides of the bottom peace in U-shaped structure
Equipped with cushion block (41), the both ends of bottom and top pass through small axis (42) and are equipped with idler wheel (43) in U-shaped structure.
5. a kind of numerical control monocrystalline silicon side of cuing open as described in claim 1 machine, it is characterised in that: the installation of cutting coil holder (8)
Structure are as follows: including the rack (801) being fixed on lathe bed (1), be provided with indent circular hole, indent circular hole in the middle part of rack (801)
Upper end is extended with rectangular opening, and indent circular hole is evenly distributed in adjustable nozzle (802)；On the one side of rack (801),
And be located at indent circular hole two sides and lower section be mounted on cutting wheel assembly, be separately installed with motor on the both sides of rectangular opening
(807)；On the another side of rack (801), and it is located on the right side of indent circular hole and passes through transition plates (808) and wire-crossing wheel seat
(809) there are two straight wire-crossing wheel (810), the left side lower section of two straight wire-crossing wheels (810) to install an oblique wire-crossing wheel respectively for installation
(811), a straight wire-crossing wheel (810) is respectively installed above the left side of indent circular hole left side, lower section and rectangular opening.
6. a kind of numerical control monocrystalline silicon side of cuing open as claimed in claim 5 machine, it is characterised in that: the structure of the cutting wheel assembly
Are as follows: including connecting plate (803), one group of cutting positioned opposite is equipped with by one group of cutting wheel seat (804) on connecting plate (803)
It takes turns (805), is attached between each cutting wheel seat (804) and connecting plate (803) by the second fixed block (806) and screw.
7. a kind of numerical control monocrystalline silicon side of cuing open as described in claim 1 machine, it is characterised in that: the waste material conveying mechanism (10)
Mounting structure are as follows: including the bracket (101) being fixed on lathe bed (1), bracket (101) top is connected laterally by fastener
The rack (102) of setting, rack (102) interior both ends are respectively equipped with drive roll (103) and driven roller (104), drive roll
(103) it is connected between driven roller (104) by conveyer belt (105), the both ends of drive roll (103) pass through bearing block
(106) it supports, is fixed with guide holder (107) in the rack (102) at drive roll (103) both ends, set on the inside of guide holder (107)
Having gib block (108), bearing block (106) is equipped with the groove that matches with the gib block (108), and the one of bearing block (106)
Side is connected with screw rod (109)；Drive roll (103) one end is coaxially installed with the first sprocket wheel (110), the installation of rack (102) bottom
Have the second speed reducer (111), is equipped on the output shaft of the second speed reducer (111) and is connected with first sprocket wheel (110)
Second sprocket wheel (112) is connect between the first sprocket wheel (110) and the second sprocket wheel (112) by chain (113)；Rack (102) outside one
End is equipped with drip tray (114).
8. a kind of numerical control monocrystalline silicon side of cuing open as claimed in claim 7 machine, it is characterised in that: the width of the conveyer belt (105)
Greater than the flaw-piece length of processing silicon material, conveyer belt (105) uses rubber material.
9. a kind of numerical control monocrystalline silicon side of cuing open machine as described in claim 1, it is characterised in that: automatic clamping mechanism (6) passes through the
Two servo motors (27), the first speed reducer (28), the second ball-screw (29) are driven, and edge is mounted on workbench (4) bottom
The third linear guide (26) in portion is mobile, and the upper circumferentially installation four of automatic clamping mechanism (6) holds out against cylinder (33), automatic to press from both sides
Tight mechanism (6) head is equipped with rotatable top axis (32).
10. a kind of numerical control monocrystalline silicon side of cuing open as described in claim 1 machine, it is characterised in that: the automatic indexing rotating mechanism
(7) it circumferentially installs four on to hold out against cylinder (33), automatic indexing rotating mechanism (7) head is equipped with can be with automatic clamping mechanism
(6) the top axis (32) of synchronous rotary.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821151388.5U CN208514761U (en) | 2018-07-19 | 2018-07-19 | A kind of numerical control monocrystalline silicon side of cuing open machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821151388.5U CN208514761U (en) | 2018-07-19 | 2018-07-19 | A kind of numerical control monocrystalline silicon side of cuing open machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208514761U true CN208514761U (en) | 2019-02-19 |
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ID=65335137
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821151388.5U Active CN208514761U (en) | 2018-07-19 | 2018-07-19 | A kind of numerical control monocrystalline silicon side of cuing open machine |
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| CN (1) | CN208514761U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108582539A (en) * | 2018-07-19 | 2018-09-28 | 无锡上机数控股份有限公司 | A kind of numerical control monocrystalline silicon side of cuing open machine |
-
2018
- 2018-07-19 CN CN201821151388.5U patent/CN208514761U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108582539A (en) * | 2018-07-19 | 2018-09-28 | 无锡上机数控股份有限公司 | A kind of numerical control monocrystalline silicon side of cuing open machine |
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Address after: No. 158 Nanhu Middle Road, Xuelang Street, Wuxi City, Jiangsu Province, 214000 Patentee after: Hoyuan Green Energy Co.,Ltd. Address before: No. 158 Nanhu Middle Road, Xuelang Street, Wuxi City, Jiangsu Province, 214000 Patentee before: WUXI SHANGJI AUTOMATION Co.,Ltd. |