CN106597654A - Emptying and taking method for liquid crystal panel on workbench in metalloscope and device - Google Patents
Emptying and taking method for liquid crystal panel on workbench in metalloscope and device Download PDFInfo
- Publication number
- CN106597654A CN106597654A CN201610986362.1A CN201610986362A CN106597654A CN 106597654 A CN106597654 A CN 106597654A CN 201610986362 A CN201610986362 A CN 201610986362A CN 106597654 A CN106597654 A CN 106597654A
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- CN
- China
- Prior art keywords
- liquid crystal
- crystal panel
- workbench
- metallurgical microscope
- pneumatic
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B21/00—Microscopes
- G02B21/0004—Microscopes specially adapted for specific applications
- G02B21/0016—Technical microscopes, e.g. for inspection or measuring in industrial production processes
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B21/00—Microscopes
- G02B21/24—Base structure
Abstract
The invention discloses an emptying and taking method for a liquid crystal panel on a workbench in a metalloscope. The method comprises the following steps of: (1) arranging a pneumatic jacking device, a liquid crystal panel suspension fixing device and a pneumatic aligning device; (2) putting the liquid crystal panel onto a bearing platform formed by the upper ends of expansion links; (3) uniformly blowing air by a plurality of suspension or attaching pores, jacking and suspending the liquid crystal panel, separating from the expansion links and pushing the liquid crystal panel to a required position by the pneumatic aligning device; (4) fixedly attaching the liquid crystal panel to the workbench by the suspension or attaching pores; (5) aligning guide wheels and returning to the original position and then starting to measure by the metalloscope; and (6) uniformly blowing air by the suspension or attaching pores, thereby causing the expansion links of the pneumatic jacking device upward synchronously stretch out and support the liquid crystal panel. The invention also discloses an emptying and taking device for the liquid crystal panel on the workbench in the metalloscope.
Description
Technical field
The present invention relates to the technical field of liquid crystal panel production equipment, and in particular in a kind of metallurgical microscope on workbench
Liquid crystal panel blowing and method for fetching and device.
Background technology
On metallurgical microscope during blowing, directly liquid crystal panel is slowly slided to be bonded at work edge of table by position, to align, this
Sample is operated and causes liquid crystal panel and platform friction, produces cut, in alignment, with work edge of table by position generation slight impact,
Produce edge damage and scrap；In work, because panel is not fixed, slight skew can be produced, cause measurement result to be forbidden；Feeding
When, because liquid crystal panel produces suction with work table glass, if firmly pulled, there is fragmentation and scrap in liquid crystal panel, operate
The handss of member also can be scratched.
The content of the invention
In order to solve the above problems, liquid crystal panel blowing in a kind of metallurgical microscope disclosed by the invention on workbench with
Method for fetching.
Invention additionally discloses the liquid crystal panel blowing in a kind of metallurgical microscope on workbench and feeding device.
The technical scheme that adopted for achieving the above object of the present invention is：
Liquid crystal panel blowing and method for fetching in a kind of metallurgical microscope on workbench, in metallurgical microscope on workbench
Liquid crystal panel blowing and method for fetching, it is characterised in that it is comprised the following steps：
(1) arrange under the detection workbench of metallurgical microscope pneumatic supporting device, liquid crystal panel suspension fixing device with
Pneumatic alignment means；
The pneumatic supporting device includes many flexible guide rods, and flexible guide rod can be from metallurgical microscope detection workbench bottom
Protrude upward or retract；
The liquid crystal panel suspension fixing device include be arranged on metallurgical microscope detection workbench in multiple suspensions or
Absorption pore, the suspension or absorption pore are connected with compressor and vacuum pump；
The pneumatic alignment means include being arranged on multiple connection minitype cylinders that metallurgical microscope detects workbench surrounding
Alignment guide wheel, multiple alignment guide wheels form the square posting of liquid crystal panels；
(2) pneumatic supporting device is started, many flexible guide rods are synchronously stretched from metallurgical microscope detection workbench bottom up
Go out, beyond work top, liquid crystal panel is placed on the load plane that many flexible guide rod upper ends are formed；
(3) liquid crystal panel suspension fixing device and pneumatic alignment means are started, multiple suspensions or absorption pore are uniformly blown,
Ascending air is formed in liquid crystal panel bottom, many flexible guide rods are synchronously retracted, and ascending air holds up liquid crystal panel vacantly simultaneously
Depart from flexible guide rod；
Meanwhile, the alignment guide wheel of pneumatic alignment means carries out narrowing for square posting, liquid under minitype cylinder drive
Crystal panel shifts the position of requirement onto；
(4) multiple suspensions of liquid crystal panel suspension fixing device or absorption pore stop blowing and air-breathing, by liquid crystal panel
It is absorbed and fixed on metallurgical microscope detection workbench；
(5) the minitype cylinder aerofluxuss of pneumatic alignment means, alignment guide wheel playback, metallurgical microscope starts measurement；
(6) measurement terminates, and multiple suspensions of liquid crystal panel suspension fixing device or absorption pore are uniformly blown, meanwhile, gas
The minitype cylinder inflation of dynamic alignment means, alignment guide wheel carries out narrowing for square posting, the flexible guide rod of pneumatic supporting device
Sync up and stretch out picking-up liquid crystal panel.
Used as further improvement, step (1) the pneumatic supporting device is also arranged on metallurgical microscope detection work including one
Make the aluminum soleplate under table top, the aluminum soleplate bottom is connected with drive cylinder, many flexible guide rods are fixed on aluminum soleplate.
Used as further improvement, the step (2) is concrete also to include herein below：
Drive cylinder action drives aluminum soleplate to move up, and many flexible guide rods are synchronously protruded upward in work top.
Used as further improvement, the table top of the detection workbench of the metallurgical microscope is additionally provided with multiple guide rod holes, described
Flexible guide rod stretches out from guide rod hole or retracts.
Used as further improvement, the flexible guide rod upper end is provided with movable guide wheel.
Used as further improvement, the alignment guide wheel includes the rotary shaft being connected with minitype cylinder, and is movably arranged on
Rotatable rubber column in rotary shaft, to be vertically arranged, the telescopic direction of the minitype cylinder is vertical in the axle center of the rotary shaft
Directly face side in workbench.
The device of a kind of liquid crystal panel blowing implemented in above-mentioned metallurgical microscope on workbench and method for fetching, it includes
Pneumatic supporting device, liquid crystal panel suspension fixing device and the pneumatic dress that aligns arranged under the detection workbench of metallurgical microscope
Put；
The pneumatic supporting device includes many flexible guide rods, and flexible guide rod can be from metallurgical microscope detection workbench bottom
Protrude upward or retract；
The liquid crystal panel suspension fixing device include be arranged on metallurgical microscope detection workbench in multiple suspensions or
Absorption pore, the suspension or absorption pore are connected with compressor and vacuum pump；
The pneumatic alignment means include being arranged on multiple connection minitype cylinders that metallurgical microscope detects workbench surrounding
Alignment guide wheel, multiple alignment guide wheels form the square posting of liquid crystal panels.
Used as further improvement, the detection workbench of the metallurgical microscope is provided with multiple guide rod holes, the flexible guide rod
Stretch out from guide rod hole or retract；
The detection workbench of the metallurgical microscope is additionally provided with multiple alignment guide wheel movable spans, and the alignment guide wheel is in activity
Move in hole.
Used as further improvement, the pneumatic supporting device is also arranged under metallurgical microscope detection work top including one
Aluminum soleplate, the aluminum soleplate bottom is connected with drive cylinder, and many flexible guide rods are fixed on aluminum soleplate.
Used as further improvement, the flexible guide rod upper end is provided with guide wheel, and the alignment guide wheel includes and minitype cylinder
The rotary shaft of connection, and the rotatable rubber column being movably arranged in rotary shaft, the axle center of the rotary shaft is to be vertically arranged,
The telescopic direction of the minitype cylinder is to face side perpendicular to workbench.
It is an advantage of the current invention that：The present invention, by liquid crystal panel jack-up, is utilized using the flexible guide rod of pneumatic supporting device
Liquid crystal panel suspension fixing device makes liquid crystal panel be in vacant state, while using the alignment guide wheel of liquid crystal panel by liquid crystal surface
Plate shifts the position of requirement onto；The flexible guide rod uniform vertical support of pneumatic supporting device is moved, and eliminates the panel cut of appearance, is broken
The life safety problem of side, fragmentation and generation.
Below in conjunction with the accompanying drawings with specific embodiment, the present invention is further described.
Description of the drawings
Fig. 1 shows for the liquid crystal panel blowing on workbench in the metallurgical microscope of the present embodiment with feeding device overall structure
It is intended to；
Fig. 2 is Working table structure schematic diagram in the metallurgical microscope of the present embodiment；
Fig. 3 is aminoacyl site mplifying structure schematic diagram in Fig. 1；
Fig. 4 is B positions mplifying structure schematic diagram in Fig. 1；
Fig. 5 is the pneumatic alignment means structural representation of the present embodiment.
In figure：1. the detection workbench of metallurgical microscope, 11 guide rod holes, 12. movable spans, 2. pneumatic supporting device, 21. stretch
Contracting guide rod, 22. movable guide wheels, 3. liquid crystal panel suspension fixing device, 31. suspend or adsorb pore, 4. pneumatic alignment means,
41. alignment guide wheels, 42. minitype cylinders, 43 rotary shafts, 44 rotatable rubber columns.
Specific embodiment
Embodiment, referring to Fig. 1～5, the liquid crystal panel blowing in the metallurgical microscope that the present embodiment is provided on workbench with
Method for fetching, it is comprised the following steps：
(1) the detection workbench in metallurgical microscope arranges pneumatic supporting device 2, liquid crystal panel suspension fixing device 31 time
With pneumatic alignment means 3；
The pneumatic supporting device 2 includes many flexible guide rods 21, and stretching guide rod 21 can be from metallurgical microscope detection work
Platform bottom up is stretched out or is retracted；
The liquid crystal panel suspension fixing device 3 include be arranged on metallurgical microscope detection workbench in multiple suspensions or
Absorption pore 31, the suspension or absorption pore 31 are connected with compressor and vacuum pump；
The pneumatic alignment means 3 include being arranged on multiple connection minitype cylinders that metallurgical microscope detects workbench surrounding
32 alignment guide wheel 31, multiple alignment guide wheels 31 form the square posting of liquid crystal panel；
The pneumatic supporting device 2 also includes an aluminum soleplate being arranged under metallurgical microscope detection work top, the aluminum
Base plate bottom is connected with drive cylinder, and many flexible guide rods 21 are fixed on aluminum soleplate；
(2) pneumatic supporting device 2 is started, drive cylinder action drives aluminum soleplate to move up, and many flexible guide rods 21 are same
Step is protruded upward in work top, beyond work top, liquid crystal panel is placed on the carrying that many upper ends of flexible guide rod 21 are formed
In plane；
(3) liquid crystal panel suspension fixing device 3 and pneumatic alignment means 3 are started, multiple suspensions or absorption pore 31 are uniform
Blow, in liquid crystal panel bottom ascending air is formed, many flexible guide rods 21 are synchronously retracted, and ascending air holds up liquid crystal panel
The flexible guide rod 21 of hanging and disengaging；
Meanwhile, the alignment guide wheel 31 of pneumatic alignment means 3 carries out the receipts of square posting under the drive of minitype cylinder 32
It is narrow, liquid crystal panel is shifted onto the position of requirement；
(4) multiple suspensions of liquid crystal panel suspension fixing device 3 or absorption pore 31 stop blowing and air-breathing, by liquid crystal surface
Plate is absorbed and fixed on metallurgical microscope detection workbench；
(5) aerofluxuss of minitype cylinder 32 of pneumatic alignment means 3, alignment guide wheel 31 playbacks, and metallurgical microscope starts measurement；
(6) measurement terminates, and multiple suspensions of liquid crystal panel suspension fixing device 3 or absorption pore 31 are uniformly blown, meanwhile,
The minitype cylinder 32 of pneumatic alignment means 3 is inflated, and alignment guide wheel 31 carries out narrowing for square posting, prevents liquid crystal panel from occurring
Slide, the flexible guide rod 21 of pneumatic supporting device 2 is synced up and stretches out picking-up liquid crystal panel.
The table top of the detection workbench 1 of the metallurgical microscope is additionally provided with multiple guide rod holes, and the flexible guide rod 21 is from leading
Rod aperture is stretched out or is retracted.
The upper end of flexible guide rod 21 is provided with movable guide wheel 22, prevents from abrading liquid crystal panel.
The alignment guide wheel 31 includes the rotary shaft 33 being connected with minitype cylinder 32, and is movably arranged in rotary shaft 33
Rotatable rubber column 34, to be vertically arranged, the telescopic direction of the minitype cylinder 32 is vertical for the axle center of the rotary shaft 33
Face side in workbench.
Liquid crystal panel blowing in the metallurgical microscope that the present embodiment is also provided on workbench and feeding device, it is included in
The pneumatic supporting device 2 of detection 1 time setting of workbench of metallurgical microscope, liquid crystal panel suspension fixing device 3 are alignd with pneumatic
Device 3；
The pneumatic supporting device 2 includes many flexible guide rods 21, and stretching guide rod 21 can be from metallurgical microscope detection work
Platform bottom up is stretched out or is retracted；
The liquid crystal panel suspension fixing device 3 include be arranged on metallurgical microscope detection workbench in multiple suspensions or
Absorption pore 31, the suspension or absorption pore 31 are connected with compressor and vacuum pump；
The pneumatic alignment means 3 include being arranged on multiple connection minitype cylinders that metallurgical microscope detects workbench surrounding
32 alignment guide wheel 31, multiple alignment guide wheels 31 form the square posting of liquid crystal panel.
The detection workbench 1 of the metallurgical microscope is provided with multiple guide rod holes, and the flexible guide rod 21 stretches out from guide rod hole
Or retract；
The detection workbench 1 of the metallurgical microscope is additionally provided with multiple alignment movable spans 12 of guide wheel 31, the alignment guide wheel
31 move in movable span 12.
The pneumatic supporting device 2 also includes an aluminum soleplate being arranged under metallurgical microscope detection work top, the aluminum
Base plate bottom is connected with drive cylinder, and many flexible guide rods 21 are fixed on aluminum soleplate.
The upper end of flexible guide rod 21 is provided with guide wheel, and the alignment guide wheel 31 includes the rotation being connected with minitype cylinder 32
Axle 33, and the rotatable rubber column 34 being movably arranged in rotary shaft 33, the axle center of the rotary shaft 33 is to be vertically arranged, institute
The telescopic direction for stating minitype cylinder 32 is to face side perpendicular to workbench.
The present invention is not limited to above-mentioned embodiment, using or approximation method identical with the above embodiment of the present invention or dress
Put, and other for obtaining are used for the liquid crystal panel blowing and method for fetching and device in metallurgical microscope on workbench, at this
Within the protection domain of invention.
Claims (10)
1. the liquid crystal panel blowing and method for fetching in a kind of metallurgical microscope on workbench, it is characterised in that it includes following
Step：
(1) arrange under the detection workbench of metallurgical microscope pneumatic supporting device, liquid crystal panel suspension fixing device with it is pneumatic
Alignment means；
The pneumatic supporting device includes many flexible guide rods, and flexible guide rod can detect workbench bottom up from metallurgical microscope
Stretch out or retract；
The liquid crystal panel suspension fixing device includes multiple suspensions or the absorption being arranged in metallurgical microscope detection workbench
Pore, the suspension or absorption pore are connected with compressor and vacuum pump；
The pneumatic alignment means include being arranged on the right of multiple connection minitype cylinders of metallurgical microscope detection workbench surrounding
Neat guide wheel, multiple alignment guide wheels form the square posting of liquid crystal panel；
(2) pneumatic supporting device is started, many flexible guide rods synchronously stretch out from metallurgical microscope detection workbench bottom up, surpass
Go out work top, liquid crystal panel is placed on the load plane that many flexible guide rod upper ends are formed；
(3) liquid crystal panel suspension fixing device and pneumatic alignment means are started, multiple suspensions or absorption pore are uniformly blown, in liquid
Ascending air is formed on crystal panel bottom, and many flexible guide rods are synchronously retracted, and liquid crystal panel is held up hanging and departed from by ascending air
Flexible guide rod；
Meanwhile, the alignment guide wheel of pneumatic alignment means carries out narrowing for square posting, liquid crystal surface under minitype cylinder drive
Plate shifts the position of requirement onto；
(4) multiple suspensions of liquid crystal panel suspension fixing device or absorption pore stop blowing and air-breathing, and liquid crystal panel is adsorbed
It is fixed on metallurgical microscope detection workbench；
(5) the minitype cylinder aerofluxuss of pneumatic alignment means, alignment guide wheel playback, metallurgical microscope starts measurement；
(6) measurement terminates, and multiple suspensions of liquid crystal panel suspension fixing device or absorption pore are uniformly blown, meanwhile, it is pneumatic right
The minitype cylinder inflation of neat device, alignment guide wheel carries out narrowing for square posting, and the flexible guide rod of pneumatic supporting device is upwards
Synchronously stretch out picking-up liquid crystal panel.
2. liquid crystal panel blowing and method for fetching according to claim 1 in metallurgical microscope on workbench, its feature exists
In step (1) the pneumatic supporting device also includes an aluminum soleplate being arranged under metallurgical microscope detection work top, the aluminum
Base plate bottom is connected with drive cylinder, and many flexible guide rods are fixed on aluminum soleplate.
3. liquid crystal panel blowing and method for fetching according to claim 2 in metallurgical microscope on workbench, its feature exists
In the step (2) is concrete also to include herein below：
Drive cylinder action drives aluminum soleplate to move up, and many flexible guide rods are synchronously protruded upward in work top.
4. liquid crystal panel blowing and method for fetching according to claim 1 in metallurgical microscope on workbench, its feature exists
In the table top of the detection workbench of the metallurgical microscope is additionally provided with multiple guide rod holes, and the flexible guide rod stretches out from guide rod hole
Or retract.
5. liquid crystal panel blowing and method for fetching according to claim 1 in metallurgical microscope on workbench, its feature exists
In the flexible guide rod upper end is provided with movable guide wheel.
6. liquid crystal panel blowing and method for fetching according to claim 1 in metallurgical microscope on workbench, its feature exists
In the alignment guide wheel includes the rotary shaft being connected with minitype cylinder, and the rotatable rubber being movably arranged in rotary shaft
Post, to be vertically arranged, the telescopic direction of the minitype cylinder is to face side perpendicular to workbench in the axle center of the rotary shaft.
7. a kind of liquid crystal panel blowing and feeding implemented in one of the claims 1-6 metallurgical microscope on workbench
The device of method, it is characterised in that：It is included in pneumatic supporting device, the liquid crystal arranged under the detection workbench of metallurgical microscope
Panel suspension fixing device and pneumatic alignment means；
The pneumatic supporting device includes many flexible guide rods, and flexible guide rod can detect workbench bottom up from metallurgical microscope
Stretch out or retract；
The liquid crystal panel suspension fixing device includes multiple suspensions or the absorption being arranged in metallurgical microscope detection workbench
Pore, the suspension or absorption pore are connected with compressor and vacuum pump；
The pneumatic alignment means include being arranged on the right of multiple connection minitype cylinders of metallurgical microscope detection workbench surrounding
Neat guide wheel, multiple alignment guide wheels form the square posting of liquid crystal panel.
8. liquid crystal panel blowing according to claim 7 in metallurgical microscope on workbench and feeding device, its feature exists
In the detection workbench of the metallurgical microscope is provided with multiple guide rod holes, and the flexible guide rod stretches out from guide rod hole or retracts；
The detection workbench of the metallurgical microscope is additionally provided with multiple alignment guide wheel movable spans, and the alignment guide wheel is in movable span
It is mobile.
9. liquid crystal panel blowing according to claim 7 in metallurgical microscope on workbench and feeding device, its feature exists
In the pneumatic supporting device also includes an aluminum soleplate being arranged under metallurgical microscope detection work top, under the aluminum soleplate
Portion is connected with drive cylinder, and many flexible guide rods are fixed on aluminum soleplate.
10. liquid crystal panel blowing according to claim 7 in metallurgical microscope on workbench and feeding device, its feature exists
In the flexible guide rod upper end is provided with guide wheel, and the alignment guide wheel includes the rotary shaft being connected with minitype cylinder, and activity
Rotatable rubber column on the rotary shaft is set, and the axle center of the rotary shaft is to be vertically arranged, the flexible side of the minitype cylinder
To face side perpendicular to workbench.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610986362.1A CN106597654B (en) | 2016-11-09 | 2016-11-09 | Liquid crystal display panel blowing and method for fetching and device in metallographic microscope on workbench |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610986362.1A CN106597654B (en) | 2016-11-09 | 2016-11-09 | Liquid crystal display panel blowing and method for fetching and device in metallographic microscope on workbench |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106597654A true CN106597654A (en) | 2017-04-26 |
| CN106597654B CN106597654B (en) | 2019-09-20 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610986362.1A Active CN106597654B (en) | 2016-11-09 | 2016-11-09 | Liquid crystal display panel blowing and method for fetching and device in metallographic microscope on workbench |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106597654B (en) |
Cited By (3)
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| CN107861275A (en) * | 2017-12-11 | 2018-03-30 | 苏州精濑光电有限公司 | A kind of full plate or half plate lean on position mechanism |
| CN109283135A (en) * | 2017-07-21 | 2019-01-29 | 合肥欣奕华智能机器有限公司 | A kind of display panel testing |
| CN110906892A (en) * | 2019-12-09 | 2020-03-24 | 湖州金丰新材有限公司 | Size measurement detection device for aluminum product processing |
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|---|---|---|---|---|
| CN109283135A (en) * | 2017-07-21 | 2019-01-29 | 合肥欣奕华智能机器有限公司 | A kind of display panel testing |
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| Publication number | Publication date |
|---|---|
| CN106597654B (en) | 2019-09-20 |
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