CN208084015U - A kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus - Google Patents
A kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus Download PDFInfo
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- CN208084015U CN208084015U CN201820480201.XU CN201820480201U CN208084015U CN 208084015 U CN208084015 U CN 208084015U CN 201820480201 U CN201820480201 U CN 201820480201U CN 208084015 U CN208084015 U CN 208084015U
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- bevelling
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Abstract
The utility model discloses a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus,Including rack and integrates positioning positioned at machine frame inside and rotate the detent mechanism of crucible,Integrated form trimming chamfering mechanism and the cooling system to cool to integrated form trimming chamfering mechanism,Integrated form trimming chamfering mechanism is set to the opening side of crucible to be processed,Including bevelling mechanism in trimming,Outer bevelling mechanism,Outer clamping device and cross slid platform module,Outer clamping device,Bevelling mechanism and outer bevelling mechanism are set on the movement slide unit of cross slid platform module in trimming is driven by cross slid platform module,The utility model integrates cutting and bevelling function,It is cut from crucible internal walls,Action outside carrying out down inner edge after the completion of cutting successively and falling,The apparatus structure is compact,Save space,Whole-course automation management,Manipulation is simple,High precision machining,Low energy consumption,Production efficiency is high,It has a safety feature.
Description
Technical field
The utility model is related to silica crucible manufacture processing technique field more particularly to a kind of integrated form single crystal quartz crucibles
Trimming corner cutting off apparatus.
Background technology
In recent years, as eco-friendly power source is constantly taken seriously and develops, solar energy is as green energy resource by countries in the world
Common concern, and obtained widely developing and utilizing, this makes the dosage for the monocrystalline silicon converted for solar energy sharply increase,
To promote the fast development of monocrystalline silicon production.Therefore, carrier and monocrystalline silicon cast ingot life of the single crystal quartz crucible as molten silicon
Irreplaceable crucial expendable device, also growing day by day to its demand during production.
Single crystal quartz crucible cutting machine is essential equipment during silica crucible is manufactured, single crystal quartz crucible
It after producing, is required according to size, first has to carry out cutting process, the bad portion of excision crucible outer to silica crucible outer
Point, it is ensured that crucible height reaches technological requirement.By inquiry, existing single crystal quartz crucible outer cutting machine, mostly from lathe row
Industry is improved, and advantage is reliable and stable, and management is convenient, and operation is low with maintenance cost.But but there is asking in terms of two
Topic, first, single crystal quartz crucible outer cutting machine is cut from the outer wall edge of crucible, is easy to damage outside, is made it
Crackle is broken, can not repair, yield rate is low, and economic loss is big；Second, the cleaved machine-cut in single crystal quartz crucible outer needs after cutting
Bevelling processing is carried out, the inner edge for the opening that crucible has been cut at present and outside usually require 2~3 covering devices, virtually increase
The labor intensity of worker, low production efficiency.Moreover, device quantity is various, structure is complicated, but also complete machine structure is to equipment reality
Now full-automatic manufacture produces prodigious interference and limitation.
In view of this, special propose the utility model.
Utility model content
The purpose of this utility model is to provide a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus, collection cutting and bevelling
Function is cut in one from crucible internal walls, carries out down inner edge and outside action after the completion of cutting successively.The apparatus structure
It is compact, space is saved, whole-course automation management, manipulation is simple, and high precision machining, low energy consumption, and production efficiency is high.In addition, this reality
Traditional circumscribed cutting mode is changed to inscribe with novel, can prevent the circumscribed damage to crucible outer, reduce cutting clast and
The sputtering of coolant liquid improves the safety of equipment, prevents from damaging the person.
To achieve the goals above, a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus provided by the utility model,
It is characterised in that it includes rack and integrating positioning positioned at machine frame inside and rotating the detent mechanism of crucible, integrated form cuts
Side chamfering mechanism and the cooling system to cool to integrated form trimming chamfering mechanism, the integrated form trimming chamfering mechanism setting
In the opening side of crucible to be processed, including bevelling mechanism in trimming, outer bevelling mechanism, outer clamping device and cross slid platform
Module, the outer clamping device, bevelling mechanism and outer bevelling mechanism are set to the movement slide unit of cross slid platform module in trimming
On driven by cross slid platform module.
Preferably, the glide direction of cross slid platform module movement slide unit is vertical direction, the outer clamping device,
Bevelling mechanism and outer bevelling mechanism are from top to bottom set in turn on the movement slide unit of cross slid platform module in trimming, face axis
To the opening of horizontal positioned crucible to be processed.
Preferably, bevelling mechanism includes motor, cutting edge and interior bevelling grinding wheel, the interior bevelling grinding wheel in the trimming
It is tightly attached to side of the cutting edge close to axial direction positioning device, the motor is for driving cutting edge and interior bevelling grinding wheel in rotation
Crucible carry out cutting and it is interior along bevelling.
Preferably, the outer bevelling mechanism includes motor and outer bevelling grinding wheel, and the motor is for driving outer bevelling grinding wheel
Outer bevelling is carried out to the crucible in rotation.
Preferably, the detent mechanism is open-close type detent mechanism, including positive location module and driven positioning module, institute
It includes axial positioning mechanism and radial positioning mechanism to state positive location module, and the radial positioning mechanism is horizontally disposed, for holding
Carry axially horizontal positioned crucible to be positioned, the driven positioning module is set to the surface of radial positioning mechanism, for
Radial positioning mechanism is matched for clamping tightly crucible and carries out radial positioning to it, and the axial positioning mechanism is set to crucible bottom to be positioned
In the axial direction of side, it to be used for the axially position of crucible.
Preferably, the driven positioning module includes lifting cylinder, optical axis guide rail and driven roller, and the lifting cylinder pushes away
Bar is vertically arranged downward, and the optical axis guide rail is two, is vertically arranged at the both sides of lifting cylinder, and the driven roller is two
It is a, the bottom end of two optical axis guide rails is connected to by fixed plate, the driven roller is located in same level, it is axial with wait for
The axial direction for positioning crucible is parallel, and the gap between two driven rollers is less than the diameter of crucible to be positioned and compresses crucible to stablize.
Preferably, the radial positioning mechanism includes driving roller, and the driving roller is two, is located at same level
On, it is axial parallel with the axial direction of crucible to be positioned, gap between two driving rollers less than crucible to be positioned diameter with
Stablize support crucible, the driving roller is driven by motor, and synchronized band transmits torque and relies between driving roller and crucible
Rolling friction drives crucible rotation.
Preferably, outer aid mechanism includes gripper cylinder, hold-down roll and resigning cylinder, and the gripper cylinder is used
In the flexible of control hold-down roll, with crucible rotation for crucible outer to be clamped, the resigning cylinder is used for the hold-down roll
Retract cutting waste material.
Preferably, the rack is surrounded by protection safety door, and the rack side is equipped with electronic box, is the automatically controlled original paper of complete machine
Security protection is provided.
Preferably, the cross slid platform module is driven by linear motor, bevelling mechanism and outer bevelling mechanism in the trimming
It is driven by alternating current generator.
A kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus provided by the utility model, has the advantages that.
1. the utility model integrates cutting and bevelling function, cut from crucible internal walls, after the completion of cutting successively
Action outside carrying out down inner edge and falling.The apparatus structure is compact, saves space, and whole-course automation management, manipulation is simple, processing essence
Degree is high, and low energy consumption, and production efficiency is high.In addition, traditional circumscribed cutting mode is changed to inscribe by the utility model, can prevent circumscribed
Damage to crucible outer reduces the sputtering of cutting clast and coolant liquid, improves the safety of equipment, prevent from causing the person
Injury.
2. the utility model collects cutting edge and interior bevelling grinding wheel on same root main shaft, mechanism is simplified, space is saved,
One group of motor is also eliminated simultaneously, advantageously reduces energy consumption, improves production efficiency.
3. bevelling mechanism is set to the same slide unit face of cross slid platform in the outer bevelling mechanism of the utility model and trimming
On, distance is closer, and the action of falling inner edge can be directly carried out after cutting crucible, and inner edge is finished down rear device and moves upwards, outside grinding wheel
Carry can work, and movement can be completed in one direction for a set of action, eliminate the time of calibration cutter and bevelling grinding wheel, behaviour
Make simply, work efficiency is high.Cutting falls inner edge and the action of outside three of falling is driven by one group of slide unit, effectively increases three groups of spies
The precision of sign.
4. the utility model substitutes traditional scroll chuck positioning using open-close type detent mechanism, simple in structure, securely may be used
It leans on, simple operation, accurate positioning, cost of labor is low, and production efficiency is high, applied widely, can meet various sizes of crucible.
Meanwhile possibility also is provided for subsequent automated crucible of fetching and delivering, be conducive to single crystal quartz crucible trimming chamfering machine and realize automatically
Operation, facilitates manipulation and maintenance.
5. the rack of the utility model carries whole equipment component, support, rack four are provided for each component part of machine
Week is equipped with protection safety door, can effectively prevent coolant liquid spluttering, protects operator's personal safety.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram of integrated form single crystal quartz crucible trimming corner cutting off apparatus provided by the utility model.
Fig. 2 is that a kind of integrated form trimming of integrated form single crystal quartz crucible trimming corner cutting off apparatus provided by the utility model is fallen
The structural schematic diagram of rib mechanism.
Fig. 3 is the partial enlarged view of Fig. 1-part A.
In figure：
1. 5. outer bevelling mechanism of bevelling mechanism in 2. 3. cooling system of integrated form trimming chamfering mechanism of rack, 4. trimming
6. 7. 8. driven positioning module of cross slid platform module, 9. axial positioning mechanism of outer clamping device, 10. radial positioning mechanism
11. 15. optical axis guide rail of resigning cylinder 12. gripper cylinder, 13. hold-down roll, 14. lifting cylinder, 16. driven roller 17. is led
20. main shaft of bevelling grinding wheel, 21. outer bevelling grinding wheel in 18. cutting edge 19. of dynamic idler wheel.
Specific implementation mode
The utility model is described further with reference to specific embodiments and the drawings, to help the utility model is understood
Content.
As illustrated in fig. 1 and 2, a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus respectively provided by the utility model
Structural schematic diagram and integrated form trimming chamfering mechanism structural schematic diagram.The integrated form single crystal quartz crucible trimming corner cutting off apparatus
Integrate positioning including rack 1 and positioned at machine frame inside and rotates the detent mechanism of crucible, integrated form trimming chamfering mechanism 2
With the cooling system 3 to cool to integrated form trimming chamfering mechanism 2.The integrated form trimming chamfering mechanism 2 is set to be added
The opening side of work crucible, including bevelling mechanism 4 in trimming, outer bevelling mechanism 5, outer clamping device 6 and cross slid platform module
7, the outer clamping device 6, bevelling mechanism 4 and outer bevelling mechanism 5 are set to the movement of cross slid platform module 7 and slide in trimming
It is driven by cross slid platform module 7 on platform.The glide direction that the cross slid platform module 7 moves slide unit is vertical direction, described outer
Along clamping device 6, bevelling mechanism 4 and outer bevelling mechanism 5 are from top to bottom set in turn in the fortune of cross slid platform module 7 in trimming
On dynamic slide unit, the opening for the crucible to be processed that face is axially horizontally arranged.As shown in figure 3, for the partial enlargement of Fig. 1-part A
Figure.Bevelling mechanism 4 includes motor, cutting edge 18 and interior bevelling grinding wheel 19 in the trimming, and the interior bevelling grinding wheel 19 is tightly attached to
Cutting edge 18 is close to the side of axial direction positioning device, and the motor is for driving cutting edge 18 and interior bevelling grinding wheel 19 in rotation
Crucible carry out cutting and it is interior along bevelling.Bevelling mechanism 4 collects cutting edge 18 and interior bevelling grinding wheel 19 in same root main shaft in trimming
On 20, mechanism is simplified, saves space, while also eliminating one group of motor, advantageously reduces energy consumption, improves production efficiency.
The outer bevelling mechanism 5 includes motor and outer bevelling grinding wheel 21, and the motor is for driving outer bevelling grinding wheel 21 in rotation
Crucible carries out outer bevelling.Bevelling mechanism 4 in outer bevelling mechanism 5 and trimming is set to cross by integrated form trimming chamfering mechanism 2
On the same slide unit face of slide unit, distance is closer, can directly carry out down inner edge after cutting crucible, inner edge is finished down rear device and transports upwards
Dynamic, outside grinding wheel carry can work.Movement can be completed in one direction for a set of action, eliminate calibration cutter and bevelling
The time of grinding wheel, easy to operate, work efficiency is high.Cutting, inner edge and the action of outside three of falling are driven by one group of slide unit, effectively
Improve the precision of three groups of features.
The detent mechanism is open-close type detent mechanism, including positive location module and driven positioning module 8, the active
Positioning module 8 includes axial positioning mechanism 9 and radial positioning mechanism 10, and the radial positioning mechanism 10 is horizontally disposed, for holding
Axially horizontal positioned crucible to be positioned is carried, the driven positioning module 8 is set to the surface of radial positioning mechanism 10, is used for
It is matched for clamping tightly crucible with radial positioning mechanism 10 and carries out radial positioning to it, the axial positioning mechanism 9 is set to earthenware to be positioned
In the axial direction of crucible bottom side, it to be used for the axially position of crucible.The driven positioning module 8 includes lifting cylinder 14, and optical axis is led
Rail 15 and driven roller 16,14 push rod of the lifting cylinder are vertically arranged downward, and the optical axis guide rail 15 is two, is vertically arranged
In the both sides of lifting cylinder 14, the driven roller 16 is two, and the bottom end of two optical axis guide rails 15 is connected to by fixed plate,
The driven roller 16 is located in same level, axial parallel with the axial direction of crucible to be positioned, two driven rollers 16 it
Between gap be less than crucible to be positioned diameter with stablize compress crucible.The radial positioning mechanism 10 includes driving roller 17,
The driving roller 17 is two, is located in same level, axial parallel with the axial direction of crucible to be positioned, and two are actively rolled
Gap between wheel 17 is less than the diameter of crucible to be positioned to stablize support crucible.The driving roller 17 is driven by motor, warp
Synchronous belt transmits torque and drives crucible rotation by the rolling friction between driving roller 17 and crucible.The outer accommodates mechanism
6 include gripper cylinder 12, hold-down roll 13 and resigning cylinder 11, and the gripper cylinder 12 is for controlling stretching for hold-down roll 13
Contracting, the hold-down roll 13 is with crucible rotation for being clamped crucible outer, and the resigning cylinder 11 is for retracting cutting waste material.It adopts
It is positioned instead of traditional scroll chuck with open-close type positioning method, simple in structure, solid and reliable, simple operation, accurate positioning,
Cost of labor is low, and production efficiency is high, applied widely, can meet various sizes of crucible.Meanwhile it also being taken to be subsequent automated
It send crucible to provide possibility, is conducive to single crystal quartz crucible trimming chamfering machine and realizes full automatic working, facilitate manipulation and maintenance.
Preferably, the rack 1 is surrounded by protection safety door, and 1 side of the rack is equipped with electronic box, is the automatically controlled original of complete machine
Part provides security protection.Rack 1 carries whole equipment component, provides support for each component part of machine, rack 1 is surrounded by
Protection safety door can effectively prevent coolant liquid spluttering, protect operator's personal safety.Preferably, the cross slid platform module 7 by
Linear motor drives, and bevelling mechanism 4 and outer bevelling mechanism 5 are driven by alternating current generator in the trimming.
The cooling system 3 is for cutting and being cooled down to cutting edge 18 and bevelling grinding wheel during bevelling.?
Cutting edge 18 and bevelling grinding wheel are cooled down using coolant liquid during cutting and bevelling, ensure good building ring
Border makes equipment normal operation, prevents failure, reduces damage of the high temperature to equipment, extends service life of equipment, meanwhile, it is cold
But liquid can also effectively prevent the dust recycling during cutting and bevelling, avoid causing man-machine injury and environmental pollution.
The utility model carries out needing to carry out localization process to crucible before the processing of trimming chamfered edge to single crystal quartz crucible, fixed
When position, crucible is axially placed horizontally at first on two driving rollers 17 of radial positioning mechanism 10, crucible axial direction and active
Idler wheel 17 is axial parallel, and driving roller 17 at this time plays carrying effect to crucible.Then, axial positioning mechanism 9 is in motor
The lower horizontal movement of driving is to the bottom of crucible, and after contact, axially position is completed.Finally, the lifting cylinder 14 of driven positioning module 8
Push rod is extended downwardly, is oriented to optical axis guide rail 15, driven positioning module 8 does descending motion under the driving of push rod, until from
Dynamic idler wheel 16 is in close contact with crucible, and driven positioning module 8 clamps crucible with radial positioning mechanism 10 and completes radial positioning, at this time
Positioning work is fully completed, and detent mechanism is solid and reliable.Such open-close type positioning method does not have moving for single crystal quartz crucible
Interference, upper crucible is laborsaving, fetches and delivers crucible action and operation interference is not present with each component, human resources are greatly saved, improve life
Efficiency is produced, time comparability shortens 30%, reduces cost of labor originally, also can avoid the performance caused by collision and drops
It is low.Calibrated automatically using machine, without being positioned manually, simple operation, not only production efficiency more quickness and high efficiency, but also position and
The precision of trimming chamfered edge also increases substantially, and economic benefit is apparent.
The cross slid platform module 7 is a standard module of machine industry, it is mainly integrated form trimming chamfering mechanism
It provides support to fix, and realizes that the mechanism is axial mobile with the precision on vertical direction in crucible.After crucible completes positioning, pass
Sensor determines crucible specification.Outer clamping device 6 moves to corresponding height, and gripper cylinder 12 stretches out.Cross slid platform module 7 drives
Remaining three parts (bevelling mechanism 4, outer bevelling mechanism 5 and outer clamping device 6 in trimming) moves to crucible cutting position.This
When, the driving roller 17 of radial positioning mechanism 10 is driven by motor, and synchronized band transmits torque and relies on driving roller 17 and crucible
Between rolling friction drive crucible rotation.Meanwhile driven positioning module 8 applies external force to crucible, to ensure crucible and active
17 linear velocity of idler wheel is identical, so that crucible rotation is more stablized, is conducive to improve machining accuracy.Then bevelling in trimming &
Mechanism 4 drives cutting edge 18 to cut the crucible in rotation by motor, and after completing cutting, gripper cylinder 12 is clamped crucible and cuts
The effect of the part sliced off, outer clamping device 6 is mainly to ensure that cutting waste material is not fallen out, with antisitic defect machinery and crucible,
Other actions simultaneously are not disturbed.The part cut away is retracted by resigning cylinder 11, prevents cutting waste material and rotary cutter and sand
Wheel collides, and influences equipment normal operation.Then, cross slid platform module 7 drives remaining three parts (bevelling mechanism in trimming
4, outer bevelling mechanism 5 and outer clamping device 6) continue to move downward, until interior bevelling grinding wheel 19 is contacted with crucible, interior bevelling sand
It is interior to crucible progress along bevelling to take turns 19 high speed rotations.After the completion of interior bevelling, cross slid platform module 7 drives remaining three parts (trimming &
Interior bevelling mechanism 4, outer bevelling mechanism 5 and outer clamping device 6) it moves upwards.Outer bevelling mechanism 5 drives outer bevelling sand by motor
Crucible in 21 pairs of rotations of wheel carries out outer bevelling.After the completion of cutting and bevelling action, crucible stalling, 7 band of cross slid platform module
Crucible of remaining three parts (bevelling mechanism 4, outer bevelling mechanism 5 and outer clamping device 6 in trimming) far from well cutting is moved, is reached
To safe distance, safe distance enough removes crucible, and makes to send out between crucible and bevelling grinding wheel and cutting edge 18
Raw collision.Finally, open-close type detent mechanism is opened, and completes the crucible cut and cutting waste material by manually taking out, one is moved at this time
Make period completion.
The utility model integrates cutting and bevelling function, is cut from crucible internal walls, cutting after the completion of successively into
Row inner edge and outside action of falling.The apparatus structure is compact, saves space, whole-course automation management, manipulation is simple, machining accuracy
Height, low energy consumption, and production efficiency is high.In addition, traditional circumscribed cutting mode is changed to inscribe, can prevent circumscribed to crucible outer
Damage reduces the sputtering of cutting clast and coolant liquid, improves the safety of equipment, prevent from damaging the person.
Specific case used herein elaborates utility model design, and the explanation of above example is
It is used to help understand the core concept of the utility model.It should be pointed out that for those skilled in the art,
Under the premise of not departing from utility model design, any obvious modification, equivalent replacement or the other improvements made should all
It is included within the scope of protection of this utility model.
Claims (10)
1. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus, which is characterized in that including rack and be located at machine frame inside
Integrate positioning with rotate crucible detent mechanism, integrated form trimming chamfering mechanism and to integrated form trimming chamfering mechanism cooling
The cooling system of cooling, the integrated form trimming chamfering mechanism is set to the opening side of crucible to be processed, including is fallen in trimming &
Side mechanism, outer bevelling mechanism, outer clamping device and cross slid platform module, the outer clamping device, bevelling mechanism in trimming
It is set on the movement slide unit of cross slid platform module with outer bevelling mechanism and is driven by cross slid platform module.
2. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 1, which is characterized in that described ten
The glide direction that word slide unit module moves slide unit is vertical direction, the outer clamping device, in trimming bevelling mechanism and it is outer fall
Side mechanism is from top to bottom set in turn on the movement slide unit of cross slid platform module, the crucible to be processed that face is axially horizontally arranged
Opening.
3. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 1 or 2, which is characterized in that institute
It includes motor, cutting edge and interior bevelling grinding wheel to state bevelling mechanism in trimming, and the interior bevelling grinding wheel is tightly attached to cutting edge by paraxial
To the side of positioning device, the motor for drive cutting edge and interior bevelling grinding wheel to the crucible in rotation carry out cutting and it is interior
Along bevelling.
4. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 3, which is characterized in that described outer
Bevelling mechanism includes motor and outer bevelling grinding wheel, and the motor is used to that outer bevelling grinding wheel to be driven to carry out outer to the crucible in rotation
Bevelling.
5. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 4, which is characterized in that described fixed
Position mechanism is open-close type detent mechanism, including positive location module and driven positioning module, and the positive location module includes axis
To detent mechanism and radial positioning mechanism, the radial positioning mechanism is horizontally disposed, axially horizontal positioned undetermined for carrying
Position crucible, the driven positioning module is set to the surface of radial positioning mechanism, for being matched for clamping tightly with radial positioning mechanism
Crucible carries out it radial positioning, and the axial positioning mechanism is set in the axial direction of crucible bottom side to be positioned, is used for earthenware
The axially position of crucible.
6. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 5, which is characterized in that it is described from
Dynamic positioning module includes lifting cylinder, optical axis guide rail and driven roller, and the lifting cylinder push rod is vertically arranged downward, the light
Axis rail is two, is vertically arranged at the both sides of lifting cylinder, and the driven roller is two, and two are connected to by fixed plate
The bottom end of optical axis guide rail, the driven roller are located in same level, axial parallel with the axial direction of crucible to be positioned, two
Gap between driven roller is less than the diameter of crucible to be positioned and compresses crucible to stablize.
7. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 6, which is characterized in that the diameter
Include driving roller to detent mechanism, the driving roller is two, is located in same level, axial and crucible to be positioned
Axial direction it is parallel, gap between two driving rollers is less than the diameter of crucible to be positioned to stablize support crucible, the active
Idler wheel is driven by motor, and synchronized band transmits torque and drives crucible rotation by the rolling friction between driving roller and crucible.
8. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 7, which is characterized in that described outer
Include gripper cylinder, hold-down roll and resigning cylinder along aid mechanism, the gripper cylinder is used to control the flexible of hold-down roll,
The hold-down roll is with crucible rotation for being clamped crucible outer, and the resigning cylinder is for retracting cutting waste material.
9. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 8, which is characterized in that the machine
Frame is surrounded by protection safety door, and the rack side is equipped with electronic box, security protection is provided for the automatically controlled original paper of complete machine.
10. a kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus according to claim 9, which is characterized in that described
Cross slid platform module is driven by linear motor, and bevelling mechanism and outer bevelling mechanism are driven by alternating current generator in the trimming.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820480201.XU CN208084015U (en) | 2018-04-04 | 2018-04-04 | A kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820480201.XU CN208084015U (en) | 2018-04-04 | 2018-04-04 | A kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus |
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| CN208084015U true CN208084015U (en) | 2018-11-13 |
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ID=64058169
Family Applications (1)
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| CN201820480201.XU Active CN208084015U (en) | 2018-04-04 | 2018-04-04 | A kind of integrated form single crystal quartz crucible trimming corner cutting off apparatus |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109262866A (en) * | 2018-11-23 | 2019-01-25 | 天津康帝德科技有限公司 | A kind of adaptive silica crucible trimming chamfering machine trimming clamping device |
| CN109551646A (en) * | 2018-11-23 | 2019-04-02 | 内蒙古欧晶科技股份有限公司 | A kind of electromagnetic levitation type silica crucible trimming chamfering machine trimming clamping device |
| CN113997432A (en) * | 2021-10-14 | 2022-02-01 | 上海汉虹精密机械有限公司 | Edge-breakage-preventing quartz crucible cutting method |
| WO2022142433A1 (en) * | 2020-12-30 | 2022-07-07 | 保山隆基硅材料有限公司 | Cutting apparatus |
-
2018
- 2018-04-04 CN CN201820480201.XU patent/CN208084015U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109262866A (en) * | 2018-11-23 | 2019-01-25 | 天津康帝德科技有限公司 | A kind of adaptive silica crucible trimming chamfering machine trimming clamping device |
| CN109551646A (en) * | 2018-11-23 | 2019-04-02 | 内蒙古欧晶科技股份有限公司 | A kind of electromagnetic levitation type silica crucible trimming chamfering machine trimming clamping device |
| CN109551646B (en) * | 2018-11-23 | 2024-04-02 | 内蒙古欧晶科技股份有限公司 | Trimming clamping mechanism for magnetic suspension type quartz crucible trimming and chamfering machine |
| CN109262866B (en) * | 2018-11-23 | 2024-04-26 | 天津康帝德科技有限公司 | Trimming clamping mechanism for self-adaptive quartz crucible trimming and chamfering machine |
| WO2022142433A1 (en) * | 2020-12-30 | 2022-07-07 | 保山隆基硅材料有限公司 | Cutting apparatus |
| CN113997432A (en) * | 2021-10-14 | 2022-02-01 | 上海汉虹精密机械有限公司 | Edge-breakage-preventing quartz crucible cutting method |
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