CN209193043U - Quartz glass crucibles clamp device - Google Patents
Quartz glass crucibles clamp device Download PDFInfo
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- CN209193043U CN209193043U CN201822069190.9U CN201822069190U CN209193043U CN 209193043 U CN209193043 U CN 209193043U CN 201822069190 U CN201822069190 U CN 201822069190U CN 209193043 U CN209193043 U CN 209193043U
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Abstract
A kind of quartz glass crucibles clamp device, including rack, clamp system, rotating mechanism, the rack is set on external support object, the clamp system power end is set to machine frame inside, the clamp system working end is pierced by from machine frame inside and is set to Shelf External side, the rotating mechanism power end is set to Shelf External, the rotating mechanism working end is set on machine frame inside and clamp system working end, so that clamp system is rotated synchronously with rotating mechanism, the utility model is provided with clamp system, realize effective clamping of the clamp system to three side of quartz glass crucibles；The utility model is provided with rotating mechanism, realizes rotation of the rotating mechanism to quartz glass crucibles.In operation process, operating personnel does not contact directly with quartz glass crucibles, avoids pollution of the manual handling to quartz glass crucibles, improves the handling efficiency of quartz glass crucibles, while significantly reducing the labor intensity of operating personnel, reduces human cost.
Description
Technical field
The utility model relates to crucible production field more particularly to a kind of quartz glass crucibles clamp devices.
Background technique
Quartz glass crucibles are currently used primarily in solar energy and semicon industry crystal pulling industry, therefore to quartz glass crucibles
The purity of surfaces externally and internally has strict requirements.To guarantee quartz glass crucibles purity, quartz glass crucibles are melted must after terminating
The processing for the complicated procedures of forming such as palpus passes through sandblasting, cutting, pickling is net, pure water is clean.It is quartzy during these treatment process at present
Crucible is mainly still manually carried, and manual handling can cause a degree of pollution to crucible, especially to semiconductor grade stone
The influence of English crucible is maximum, while the labor cost of manual handling is high.
Summary of the invention
Deficiency against the above technical problems, the utility model proposes a kind of quartz glass crucibles clamp devices.
A kind of quartz glass crucibles clamp device, including rack, clamp system, rotating mechanism, the rack are set to outer
On portion's supporter, the clamp system power end is set to machine frame inside, and the clamp system working end is pierced by from machine frame inside
And it is set to Shelf External side, the rotating mechanism power end is set to Shelf External, the rotating mechanism working end setting
In on machine frame inside and clamp system working end, so that clamp system is rotated synchronously with rotating mechanism, the rack includes connection
Part, the first fixed plate, the second fixed plate, fixed block, the connector are set on external support object, first fixed plate one
End, second fixed plate one end are set to connector side, set between the first fixed plate other end, the second fixed plate other end
It is equipped with fixed block, so as to form activity space, the clamping machine between connector, the first fixed plate, the second fixed plate, fixed block
Structure includes the arm of force, the first connecting elements, drive link, the second connecting elements, withstanding tight block, rotary flange, cylinder, the arm of force one
End is arranged in opened type, and for clamping quartz glass crucibles two sides, the arm of force other end is set in the first connecting elements, institute
It states the second connecting elements to be disposed adjacent with first connecting elements, second connecting elements side is provided with withstanding tight block, uses
In clamping quartz glass crucibles side, second connecting elements top, bottom end are provided with drive link, for driving driving to connect
Bar is with the equidirectional movement of the second connecting elements, and then the drive arm of force is clamped or release movement, first connecting elements are set
It is placed in fixed block side, the rotary flange is disposed in proximity on the cylinder power end of the fixed block other side, the cylinder power
End is set to machine frame inside, the cylinder movable end be pierced by rotary flange, fixed block center and be set to the second connecting elements
On the other side, for drive the second connecting elements with the equidirectional movement of cylinder movable end, the rotating mechanism include endless screw support,
Motor, shaft coupling, worm screw, gear, the endless screw support are set to machine frame inside, and the motor power end is set to outside rack
Portion, the motor output end are set to machine frame inside and are connected with worm screw, and the shaft coupling is set to motor output end and snail
The junction of bar, the worm screw are set in endless screw support, and the gear is disposed in proximity on the rotary flange of fixed block side,
The gear is engaged with worm screw, so that gear is rotated with worm screw, and then drives clamp system rotation by gear.
Preferably, the arm of force include first arm of force, second arm of force, first arm of force, the L-shaped setting of second arm of force,
First arm of force, second arm of force one end are set to the both ends of first connecting elements the same side, so that first arm of force, second arm of force
Quartz glass crucibles two sides are clamped after by external force, first arm of force, second arm of force other end are provided with and quartz glass earthenware
The arcwall face that crucible mutually agrees with is additionally provided with the first arc cushion block, the arc of second arm of force on the arcwall face of first arm of force
The second arc cushion block is additionally provided on shape face.
Preferably, the first arc cushion block, the second arc cushion block are made of teflon material.
Preferably, the cylinder movable end is additionally provided with screw thread, second connection close to the end of the second connecting elements
Component is additionally provided with nut close to the side of cylinder movable end, and the nut and the screw thread of cylinder movable end end match, with
It is fixedly connected with the second connecting elements with cylinder movable end, second connecting elements is provided with far from the side of cylinder movable end
Inclined concave station, and open up in the bottom end at concave station center fluted.
Preferably, the withstanding tight block includes the first withstanding tight block, the second withstanding tight block, first withstanding tight block, the second withstanding tight block
The both ends of the second connecting elements concave station are set to, so that the first withstanding tight block, the second withstanding tight block are after by external force to quartz glass crucibles
Side is clamped.
Preferably, first withstanding tight block, the second withstanding tight block are made of teflon material.
Preferably, it is arranged inside first connecting elements in hollow type, so that the second connecting elements connects structure first
There is sufficient displacement space in part.
The utility model is provided with clamp system, and cylinder power end provides power for cylinder movable end, and cylinder power end will
Power is transferred to the second connecting elements, and power is transferred to drive link by the second connecting elements, makes drive link with the second connecting elements
It is mobile, to drive first arm of force, second arm of force that are connected with drive link to be clamped quartz glass crucibles two sides, together
When the second connecting elements push the side of the first withstanding tight block, the second withstanding tight block and quartz glass crucibles to be clamped, realize and clamp
Clamping of the mechanism to three side of quartz glass crucibles；The utility model is provided with rotating mechanism, when quartz glass crucibles have rotation to need
When asking, the work of motor power end drives worm screw rotation, and worm screw engages with gear, and gear is rotated synchronously with worm screw, and gear is set to
On the rotary flange of clamp system, so that clamp system be made to rotate with gear, clamp system reaches motor after suitable angle
Power end stops working, and realizes rotation of the rotating mechanism to quartz glass crucibles.
The utility model using mechanized operation to quartz glass crucibles carry out it is mobile, carry, make operating personnel not with stone
English glass pot directly contacts, and avoids pollution of the manual handling to quartz glass crucibles, improves removing for quartz glass crucibles
Efficiency is transported, while significantly reducing the labor intensity of operating personnel, reduces human cost.
Detailed description of the invention
Fig. 1 is schematic diagram when quartz glass crucibles clamp device clamps in advance.
Fig. 2 is schematic top plan view when quartz glass crucibles clamp device clamps.
Fig. 3 is that quartz glass crucibles clamp device inverts the schematic top plan view after 180 °.
Fig. 4 is the axis side schematic diagram of quartz glass crucibles clamp device.
Fig. 5 is the partial enlargement diagram of clamp system.
Fig. 6 is that clamp system inverts the partial enlargement diagram after 180 °.
In figure: rack, connector 11, the first fixed plate 12, the second fixed plate 13, fixed block 14, clamp system, the arm of force
21, first arm of force 211, second arm of force 212, the first arc cushion block 213, the second arc cushion block 214, the first connecting elements 22, drive
Dynamic connecting rod 23, the second connecting elements 24, nut 241, concave station 242, withstanding tight block 25, the first withstanding tight block 251, the second withstanding tight block 252,
Rotary flange 26, cylinder 27, rotating mechanism, endless screw support 31, the first fixing end 311, the second fixing end 312, motor 32, shaft coupling
Device 33, worm screw 34, gear 35.
Specific embodiment
In conjunction with the embodiments, the present invention will be further described for the utility model, and following embodiment is intended to illustrate practical
It is novel rather than the utility model is further limited, it should not limit the protection scope of the present invention.
Referring to Fig. 1 to Fig. 6, the utility model proposes a kind of quartz glass crucibles clamp devices, including rack, clamping machine
Structure, rotating mechanism, the rack are set on external support object, and the clamp system power end is set to machine frame inside, are used for
The power of operation is provided for clamp system, the clamp system working end is pierced by from machine frame inside and is set to Shelf External one
Side, the rotating mechanism power end are set to Shelf External, for providing the power of operation, the rotation for rotating mechanism working end
Rotation mechanism working end is set on machine frame inside and clamp system working end, and for rotating clamp system, the rack includes
Connector 11, the first fixed plate 12, the second fixed plate 13, fixed block 14, the connector 11 are set on external support object, institute
External support object is stated to be movable type mechanical or carry framework, be provided on the connector 11 match with external support object it is rigid
Property installation frame, the connector 11 of rack is fixedly installed on external support object, realize quartz glass crucibles clamping device exist
Movement in operation process, the sufficiently working efficiency of raising quartz glass crucibles clamp device, described first fixed plate, 12 one end,
Second fixed plate, 13 one end is set to 11 side of connector, and first fixed plate 12, the second fixed plate 13 are triangle or four
Triangle, circle, quadrangle, octagonal can also be arranged in side shape rigidity plate body in triangle or quadrangle rigidity plate body
Through-hole, for reducing the weight of the first fixed plate 12, the second fixed plate 13,12 other end of the first fixed plate, second are fixed
It is provided with fixed block 14 between 13 other end of plate, so that connector 11, the first fixed plate 12, the second fixed plate 13, fixed block 14
Between form activity space, the fixed block 14 is rigid block movement, and offers through-hole at the center of block, so that cylinder 27 is living
Moved end passes through the through-hole of fixation hole, and the clamp system includes the arm of force 21, the first connecting elements 22, the company of drive link 23, second
Connection member 24, withstanding tight block 25, rotary flange 26, cylinder 27, described 21 one end of the arm of force is arranged in opened type, for clamping quartzy glass
Glass crucible two sides, 21 other end of the arm of force are set in the first connecting elements 22, second connecting elements 24 and described the
One connecting elements 22 is disposed adjacent, and 24 side of the second connecting elements is provided with withstanding tight block 25, for clamping quartz glass earthenware
Crucible side, 24 top of the second connecting elements, bottom end are provided with drive link 23, for driving drive link 23 to connect with second
The equidirectional movement of connection member 24 applies external force to first arm of force 211, second arm of force 212 by drive link 23, makes first arm of force
211, between second arm of force 212 clamp or discharge, and then realize first arm of force 211, second arm of force 212 to quartz glass crucibles into
Row clamps or release movement, first connecting elements 22 are set to 14 side of fixed block, and the rotary flange 26, which is set to, to be leaned on
On 27 power end of cylinder of nearly 14 other side of fixed block, so that rotary flange 26 and cylinder 27 are connected to become the entirety of stress, institute
It states 27 power end of cylinder and is set to machine frame inside, for providing the power of stretching motion, the cylinder 27 for 27 movable end of cylinder
Movable end be pierced by rotary flange 26, fixed block 14 center and be set on 24 other side of the second connecting elements, for driving the
For two connecting elements 24 with the equidirectional movement of 27 movable end of cylinder, the rotating mechanism includes endless screw support 31, motor 32, shaft coupling
33, worm screw 34, gear 35, the endless screw support 31 are set to machine frame inside, and 32 power end of motor is set to Shelf External,
32 output end of motor is set to machine frame inside and is connected with worm screw 34, to drive worm screw 34 synchronous with 32 output end of motor
Rotation, the shaft coupling 33 are set to the junction of motor 32 output end and worm screw 34, so that 32 output end of motor and worm screw 34
It is fixedly connected, the worm screw 34 is set in endless screw support 31, and the first fixing end 311, are provided on the endless screw support 31
Two fixing ends 312, and through-hole is offered at the center of the first fixing end 311, the second fixing end 312, so that worm screw 34 is set to
First fixing end 311, the second fixing end 312 through-hole in, the gear 35 is disposed in proximity to the rotary process of 14 side of fixed block
On orchid 26, gear 35 can drive 27 movable end of cylinder to rotate after rotating, and then drive clamp system rotation, the gear 35 with
Worm screw 34 engages, so that gear 35 is rotated with worm screw 34, and then drives clamp system to rotate within the scope of 0-360 ° by gear 35,
It because rotating mechanism is provided with shaft coupling 33, and is driven using worm screw 34, can prevent quartz glass crucibles under its gravity
The counter-rotating of generation, it is ensured that quartz glass crucibles spin safe, stabilization in operation process.
Referring to Fig. 1 to Fig. 4, further, the arm of force 21 includes first arm of force 211, second arm of force 212, first power
Arm 211, the L-shaped setting of second arm of force 212, first arm of force 211, second arm of force, 212 one end are set to the first connecting elements
The both ends of 22 the same sides, described first arm of force, 211 one end, second arm of force, 212 one end by articulated shaft or dowel nut component with
First connecting elements 22 connection, so that first arm of force, 211 one end, second arm of force, 212 one end are driven the active force of connecting rod 23
It can be rotated freely afterwards along the axis direction of articulated shaft or pin, first arm of force 211, the setting of second arm of force, 212 other end
There is the arcwall face mutually agreed with quartz glass crucibles, so that shape between first arm of force, 211 other end, second arm of force, 212 other end
At the opening for clamping quartz glass crucibles, drive link 23 applies far from first first arm of force 211, second arm of force 212
The external force of connecting elements 22 drives first arm of force 211, second arm of force 212 to be clamped quartz glass crucibles two sides, and driving connects
Bar 23 applies the external force close to the first connecting elements 22 to first arm of force 211, second arm of force 212, drives first arm of force 211, the
Two arm of forces 212 discharge quartz glass crucibles two sides, realize clamping or release of the arm of force 21 to quartz glass crucibles two sides,
It is additionally provided with the first arc cushion block 213 on the arcwall face of first arm of force 211, contacts quartz for reducing by first arm of force 211
It is polluted caused by it when glass pot, the second arc cushion block 214 is additionally provided on the arcwall face of second arm of force 212, used
It is polluted caused by it when reducing second arm of force 212 contact quartz glass crucibles.
Further, the first arc cushion block 213, the second arc cushion block 214 are made of teflon material, clamp performance
It is good, it is ensured that the first arc cushion block 213, the second arc cushion block 214 are able to carry out high-temperature operation, make clamp system low temperature, room temperature,
High temperature can use, and application range is wider, while the first arc cushion block 213, the second arc cushion block 214 and quartz glass crucibles
Contact area it is bigger, can prevent first arm of force 211, second arm of force 212 from causing to scratch to surface of quartz glass crucible.
Referring to Fig. 5, Fig. 6, further, 27 movable end of cylinder is additionally provided with spiral shell close to the end of the second connecting elements 24
Line, second connecting elements 24 are additionally provided with nut 241, the nut 241 and cylinder close to the side of 27 movable end of cylinder
The screw thread of 27 movable end ends matches, and tightens nut 241 so that the second connecting elements 24 is fixedly connected with 27 movable end of cylinder,
Nut 241 is unscrewed so that the second connecting elements 24 is separated with 27 movable end of cylinder, the second connecting elements of realization 24 and cylinder 27 are living
The quick installation and removal of moved end, second connecting elements 24 are provided with inclined concave station far from the side of 27 movable end of cylinder
242, for increasing the contact area of the second connecting elements 24 and quartz glass crucibles, and opened up in the bottom end at 242 center of concave station
It is fluted, in order to install or remove the first withstanding tight block 251, the second withstanding tight block 252 on concave station 242.
Inclined concave station 242 is set on the second connecting elements 24, the arcwall face with first arm of force 211, second arm of force 212
It compares, there is the higher freedom degree effectively contacted with quartz glass crucibles, i.e., when quartz glass crucibles diameter is bigger, second
The inclined concave station 242 of connecting elements 24 remains to be in close contact with quartz glass crucibles, realizes effective folder to quartz glass crucibles
Tightly, and at this time if inclined concave station 242 is replaced with arcwall face, because arcwall face radian is limited, arcwall face only has both ends and stone
The contact of English glass pot, can not be in close contact, clamping effect is unsatisfactory with quartz glass crucibles；When quartz glass crucibles are straight
When diameter is smaller, inclined concave station 242 can realize effective clamping to quartz glass crucibles with arcwall face.Therefore, second
It is more beneficial that inclined concave station 242 is set on connecting elements 24.
Referring to Fig. 1 to Fig. 6, further, the withstanding tight block 25 includes the first withstanding tight block 251, the second withstanding tight block 252, described
First withstanding tight block 251, the second withstanding tight block 252 are set to the both ends of 24 concave station 242 of the second connecting elements, for increasing by the second connection
The contact area of component 24 and quartz glass crucibles, so that the first withstanding tight block 251, the second withstanding tight block 252 are after by external force to quartz
Glass pot side is clamped, and is polluted caused by it when for reducing the second connecting elements 24 contact quartz glass crucibles.
After quartz glass crucibles are clamped by first arm of force 211, second arm of force 212, withstanding tight block 25, while by the first power
Arm 211, second arm of force 212,25 3 directions of withstanding tight block active force, and first arm of force 211, second arm of force 212, withstanding tight block 25
The center of circle of quartz glass crucibles is all passed through in the direction of applied force, and 3 stress promote first arm of force 211, second arm of force 212, top
Tight block 25 to the clampings of quartz glass crucibles more sufficiently, stablize, it is ensured that quartz glass crucibles be handled upside down, in rotary course not
It can slide, applying lesser external force can be realized clamping to quartz glass crucibles, prevent external force is excessive from causing quartz glass earthenware
Crucible generates slight crack.
Further, first withstanding tight block 251, the second withstanding tight block 252 are made of teflon material, and clamping performance is good, really
Protect the first withstanding tight block 251, the second withstanding tight block 252 is able to carry out high-temperature operation, so that clamp system all may be used in room temperature, low temperature, high temperature
To use, application range is wider, while the contact area of the first withstanding tight block 251, the second withstanding tight block 252 and quartz glass crucibles is more
Greatly, while preventing the second connecting elements 24 from causing to scratch to surface of quartz glass crucible.
Further, it is arranged inside first connecting elements 22 in hollow type, so that the second connecting elements 24 connects first
There is sufficient displacement space in connection member 22, the second connecting elements 24 is into 22 direction motion process of the first connecting elements, meeting
It is gradually contacted with the first connecting elements 22, and the nut 241 of the second connecting elements 24 and the second connecting elements 24 can enter itself
Into the displacement space of the first connecting elements 22, make the second connecting elements 24 that there is longer horizontal displacement, to drive driving
Connecting rod 23 is movable in the larger context, and first arm of force 211 being connected with drive link 23, second arm of force 212 is promoted to have
The open space of bigger scope of activities, the arm of force 21 is bigger, can clamp the quartz glass crucibles of larger diameter.
Specific implementation step:
1) connector of rack 11 is fixedly installed on external support object, enable quartz glass crucibles clamp device with
External support object is mobile, connects 27 power end of cylinder, 32 power end of motor；
2) mobile external support object adjusts the arm of force 21 and is located at right above the port of quartz glass crucibles；
3) 27 power end release button of cylinder is pressed, 27 power end of cylinder is in returns state, first arm of force 211, the second power
Arm 212 discharges, and first arm of force 211, second arm of force 212 are dropped to the center of quartz glass crucibles straight wall, completes pre- folder
Tight step；
4) it presses 27 power end of cylinder and clamps knob, 27 power end of cylinder be in ejection state, 27 power end of cylinder promotion the
Two connecting elements 24 are moved to quartz glass crucibles direction, are provided with drive link 23, drive link on the second connecting elements 24
23 is mobile with the second connecting elements 24, to drive first arm of force 211 being connected with drive link 23, second arm of force 212 folder
Tightly, shrink first arm of force 211, the open of second arm of force 212, until being clamped to the two sides of quartz glass crucibles, simultaneously
Second connecting elements 24 pushes the first withstanding tight block 251, the second withstanding tight block 252 and another side contacts of quartz glass crucibles and clamps,
Realize clamping of the clamp system to three side of quartz glass crucibles；
5) external support object is mobile, so that quartz glass crucibles be driven to be moved to new position；
6) when quartz glass crucibles have rotation demand, 32 power end of motor work, drive worm screw 34 rotate, worm screw 34 with
Gear 35 engages, and gear 35 is rotated synchronously with worm screw 34, and gear 35 is set on the rotary flange 26 of clamp system, to make to press from both sides
Tight mechanism is rotated with gear 35, after clamp system reaches suitable angle, is such as rotated by 90 ° or 180 °, 32 power end of motor stops
Work；
7) after completing quartz glass crucibles movement and/or rotation, by 27 power end release button of cylinder, by quartz glass earthenware
Crucible is put into designated position, realizes the carrying and rotation of quartz glass crucibles mechanization.
Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly
Interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to this reality
The equivalent variations made by novel claim, still falls within the scope of the utility model.
Claims (7)
1. a kind of quartz glass crucibles clamp device, it is characterised in that: including rack, clamp system, rotating mechanism,
The rack is set on external support object, and the clamp system power end is set to machine frame inside, the clamp system
Working end is pierced by from machine frame inside and is set to Shelf External side, and the rotating mechanism power end is set to Shelf External, institute
It states rotating mechanism working end to be set on machine frame inside and clamp system working end, so that clamp system turns with rotating mechanism is synchronous
Dynamic, the rack includes connector, the first fixed plate, the second fixed plate, fixed block, and the connector is set to external support object
On, first fixed plate one end, second fixed plate one end are set to connector side, the first fixed plate other end,
It is provided with fixed block between the two fixed plate other ends, so that shape between connector, the first fixed plate, the second fixed plate, fixed block
At activity space, the clamp system includes the arm of force, the first connecting elements, drive link, the second connecting elements, withstanding tight block, rotation
Turned flange, cylinder, described arm of force one end is arranged in opened type, for clamping quartz glass crucibles two sides, the arm of force other end
It is set in the first connecting elements, second connecting elements is disposed adjacent with first connecting elements, second connection
Component side is provided with withstanding tight block, and for clamping quartz glass crucibles side, second connecting elements top, bottom end are provided with
Drive link for driving drive link with the equidirectional movement of the second connecting elements, and then drives the arm of force to be clamped or discharge
Movement, first connecting elements are set to fixed block side, and the rotary flange is disposed in proximity to the gas of the fixed block other side
On cylinder power end, the cylinder power end is set to machine frame inside, and the cylinder movable end is pierced by rotary flange, in fixed block
The heart is simultaneously set on the second connecting elements other side, for driving the second connecting elements with the equidirectional movement of cylinder movable end, institute
Stating rotating mechanism includes endless screw support, motor, shaft coupling, worm screw, gear, and the endless screw support is set to machine frame inside, described
Motor power end is set to Shelf External, and the motor output end is set to machine frame inside and is connected with worm screw, the shaft coupling
Device is set to the junction of motor output end and worm screw, and the worm screw is set in endless screw support, and the gear is disposed in proximity to
On the rotary flange of fixed block side, the gear is engaged with worm screw, so that gear is rotated with worm screw, and then is driven and is pressed from both sides by gear
Tight mechanism rotation.
2. quartz glass crucibles clamp device as described in claim 1, it is characterised in that: the arm of force include first arm of force,
Second arm of force, first arm of force, the L-shaped setting of second arm of force, first arm of force, second arm of force one end are set to the first company
The both ends of connection member the same side, so that first arm of force, second arm of force clamp quartz glass crucibles two sides after by external force, described the
One arm of force, second arm of force other end are provided with the arcwall face mutually agreed with quartz glass crucibles, the arcwall face of first arm of force
On be additionally provided with the first arc cushion block, the second arc cushion block is additionally provided on the arcwall face of second arm of force.
3. quartz glass crucibles clamp device as claimed in claim 2, it is characterised in that: the first arc cushion block, second
Arc cushion block is made of teflon material.
4. quartz glass crucibles clamp device as described in claim 1, it is characterised in that: the cylinder movable end is close to second
The end of connecting elements is additionally provided with screw thread, and second connecting elements is additionally provided with nut close to the side of cylinder movable end,
The nut and the screw thread of cylinder movable end end match, so that the second connecting elements is fixedly connected with cylinder movable end, institute
It states the second connecting elements and the side of cylinder movable end is provided with inclined concave station, and offer in the bottom end at concave station center recessed
Slot.
5. quartz glass crucibles clamp device as described in claim 1, it is characterised in that: the withstanding tight block is held out against including first
Block, the second withstanding tight block, first withstanding tight block, the second withstanding tight block are set to the both ends of the second connecting elements concave station, so that first
Withstanding tight block, the second withstanding tight block are clamped quartz glass crucibles side after by external force.
6. quartz glass crucibles clamp device as claimed in claim 5, it is characterised in that: first withstanding tight block, the second top
Tight block is made of teflon material.
7. quartz glass crucibles clamp device as described in claim 1, it is characterised in that: be in inside first connecting elements
Hollow type setting, so that the second connecting elements has sufficient displacement space in the first connecting elements.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822069190.9U CN209193043U (en) | 2018-12-11 | 2018-12-11 | Quartz glass crucibles clamp device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822069190.9U CN209193043U (en) | 2018-12-11 | 2018-12-11 | Quartz glass crucibles clamp device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209193043U true CN209193043U (en) | 2019-08-02 |
Family
ID=67428416
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822069190.9U Active CN209193043U (en) | 2018-12-11 | 2018-12-11 | Quartz glass crucibles clamp device |
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| Country | Link |
|---|---|
| CN (1) | CN209193043U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113666106A (en) * | 2021-08-24 | 2021-11-19 | 常州大学 | High stability crucible conveying mechanical claw |
| CN116217054A (en) * | 2022-12-27 | 2023-06-06 | 浙江求是半导体设备有限公司 | Preparation method of quartz tube |
| CN117141339A (en) * | 2023-10-23 | 2023-12-01 | 常州裕能石英科技有限公司 | Quartz crucible safe transportation supporting device |
-
2018
- 2018-12-11 CN CN201822069190.9U patent/CN209193043U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113666106A (en) * | 2021-08-24 | 2021-11-19 | 常州大学 | High stability crucible conveying mechanical claw |
| CN116217054A (en) * | 2022-12-27 | 2023-06-06 | 浙江求是半导体设备有限公司 | Preparation method of quartz tube |
| CN117141339A (en) * | 2023-10-23 | 2023-12-01 | 常州裕能石英科技有限公司 | Quartz crucible safe transportation supporting device |
| CN117141339B (en) * | 2023-10-23 | 2023-12-26 | 常州裕能石英科技有限公司 | Quartz crucible safe transportation supporting device |
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