CN202133842U - Platform for automatically detecting photoelectric performance of liquid crystal panel - Google Patents
Platform for automatically detecting photoelectric performance of liquid crystal panel Download PDFInfo
- Publication number
- CN202133842U CN202133842U CN201120173049U CN201120173049U CN202133842U CN 202133842 U CN202133842 U CN 202133842U CN 201120173049 U CN201120173049 U CN 201120173049U CN 201120173049 U CN201120173049 U CN 201120173049U CN 202133842 U CN202133842 U CN 202133842U
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- platform
- column
- liquid crystal
- vertical
- rotating
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- 239000004973 liquid crystal related substance Substances 0.000 title claims abstract description 50
- 230000000875 corresponding Effects 0.000 claims description 23
- 230000003028 elevating Effects 0.000 claims description 11
- 238000001514 detection method Methods 0.000 claims 10
- 238000005259 measurement Methods 0.000 claims 10
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 [Sn] ATJFFYVFTNAWJD-UHFFFAOYSA-N 0.000 claims 2
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Abstract
This utility model discloses a measuring device of a liquid crystal panel. A platform for automatically detecting photoelectric performance of the liquid crystal panel in a comprehensive manner without secondary location is provided and comprises a tester capable of horizontally swinging in a vertical plane and a testing platform capable of rotating or lifting automatically; thus, the device disclosed by this utility model solves the technical problems of time and labor waste, low efficiency and low measuring precision, which are caused by the need of secondary location in measuring the liquid crystal panel in the prior art. The device disclosed by this utility model comprises a working platform, a vertical column and a testing platform, wherein a tester capable of longitudinally sliding is arranged on the vertical column; the vertical column is fixed on the working platform through a vertical rotating mechanism; the vertical rotating mechanism comprises a vertical board and a rotary locating component rotationally connected to one side of the vertical board through a decelerating motor; the bottom end of the vertical board is fixed on the working platform; the rotary locating component is clamped on the lower end part of the vertical column; the testing platform is fixed on a sliding block through a horizontal rotating and lifting mechanism; and the sliding block is connected to the working platform in a sliding manner through a transverse sliding rail and a longitudinal sliding rail.
Description
Technical field
The utility model relates to a kind of measurement mechanism of liquid crystal panel, and relating in particular to a kind of tester can left and right swing in same perpendicular, simultaneously the automatic detection platform of photoelectric properties of the test platform liquid crystal panel that can rotate automatically or go up and down again.
Background technology
Liquid crystal panel is widely used in televisor, desktop computer and notebook computer etc. as display; And photoelectric properties are key technical index of decision liquid crystal panel quality; Conventional detection generally is that through can liquid crystal panel being detected along the tester that X axle, Y axle and three directions of Z axle move, wherein the measuring head of tester all the time vertically downward again with being placed on the measuring table of liquid crystal panel level; When thus the liquid crystal panel of special shape being detected; When the converted measurement face, often need liquid crystal panel be removed the back second positioning, the measurement that makes the conversion liquid crystal panel is not only wasted time and energy towards last; Inefficiency, and second positioning directly causes measuring accuracy to reduce.
Chinese patent discloses a kind of liquid crystal panel detection device and liquid crystal panel detecting method (CN101813835A), and this device comprises signal input module, is used to liquid crystal panel to be detected shows signal and variable public electrode voltages signal are provided; Detection module is used for when said signal input module is imported different public electrode voltages signals, the zone to be detected of said liquid crystal panel to be detected being detected, and obtains the brightness of said zone to be checked under different public electrode voltages signals and detects data; Detection platform; Be used to carry said liquid crystal panel to be detected; And the said detection module of control can move on the detection platform to reach the brightness situation that detects arbitrary region liquid crystal panel on the surface level; And the public electrode voltages acquisition brightness flicker of passing through the adjustment liquid crystal panel shows that for differentiating electricity inequality and non-electricity show that inequality provides basis for estimation with the public electrode voltages situation of change.Measuring head in this device equally all the time vertically downward; Therefore same when existing liquid crystal panel to special shape to detect, when the converted measurement face, need liquid crystal panel be removed the back second positioning, not only waste time and energy; Inefficiency, and directly cause problems such as measuring accuracy reduction.
Summary of the invention
The utility model has mainly provided a kind of tester can left and right swing in same perpendicular; Test platform can rotate or go up and down again automatically simultaneously; Thereby need not second positioning and get final product the omnibearing automatic detection platform of photoelectric properties that liquid crystal panel is detected; When having solved the liquid crystal panel that exists in the prior art and detecting, need the liquid crystal panel second positioning be come the converted measurement face, not only waste time and energy special shape; Inefficiency, and directly cause technical matterss such as measuring accuracy reduction.
The above-mentioned technical matters of the utility model mainly is able to solve through following technical proposals: the automatic detection platform of a kind of photoelectric properties of liquid crystal panel; Comprise workbench and be located at column and the test platform on the workbench; But on said column, be provided with the tester of straight skidding; Said column is fixed on the workbench through vertical rotating mechanism; Said vertical rotating mechanism comprises riser and is rotatably connected at the positioning of rotating member of riser one side through reducing motor that the bottom of said riser is fixed on the workbench, and said positioning of rotating member is clamped in the bottom of column; Said test platform is fixed on the slide block through horizontally rotating elevating mechanism, and said slide block is slidingly connected on the table top of workbench through horizontal slide rail and vertical slide rail.Tester is contained on the column; Column is fixed on the workbench through vertical rotating mechanism again, can rotate through the reducing motor driven rotary align member in the vertical rotating mechanism during use, and the column that the positioning of rotating member drives clamping again rotates; Make the tester left and right swing in perpendicular on the column; When measuring the liquid crystal panel of special shape, promptly drive the two sides that tester points to liquid crystal panel at forward or retrograde rotation thus, carry over the distance that tester is regulated in the upper and lower slippage of column through tester again through reducing motor; Simultaneously because test platform is used for bearing liquid crystal display panel; Can be further the position that liquid crystal panel is adjusted in elevating mechanism and horizontal and vertical slippage that horizontally rotates through test platform, need not the liquid crystal panel second positioning is come the converted measurement face, measuring accuracy is high; It is time saving and energy saving to operate, and increases work efficiency.
As preferably; Said positioning of rotating member comprises and coaxially is fixed on the rotation basal disc on the reducing motor output shaft and is symmetrically set in two clamps on the rotation basal disc outer face; On said clamp, be provided with several axial location holes and radial location hole; Said clamp is fixed on the rotation basal disc through the axial location hole, and said clamp grips column through the radial location hole.Through on the outer face of rotation basal disc, two clamps being set; And on the axial vane surface of clamp and sagittal plane, several pilot holes are set respectively; Passing the axial location hole with bolt is fixed on clamp on the rotation basal disc; The radial location hole of passing and arranged on left and right sides with bolt is fixedly clamped column between two clamps, and is simple in structure, easy accessibility.
As more preferably, be provided with balancing weight in the bottom of said column, said balancing weight is through being bolted on the column.Lower end through at column is provided with balancing weight, makes the two ends holding torque balance of column, improves the stability in use of device.
As preferably; The outside corresponding to the positioning of rotating member on said riser is provided with sensor; On said positioning of rotating member, be provided with three sensing chips corresponding at least with sensor; Wherein have two sensing chips respectively level be located at the both sides of column, one of them sensing chip and tester homonymy be positioned at the positioning of rotating member directly over.Through be provided with on the riser one with the positioning of rotating member on the sensing chip corresponding sensor, when the positioning of rotating member drove the column rotation, sensor can come the rotation of control positioning of rotating member automatically through the signal that receives on the sensing chip; The rotation of column just; Through on the corresponding positioning of rotating member in column both sides, a sensing chip being set respectively, make when column is left and right to be rocked to level to stop automatically, to avoid tester and liquid crystal panel interference and collision; Through with the positioning of rotating member of tester homonymy directly over a sensing chip is set; Can make tester revolve playback on automatically where necessary, easy to use, automaticity is high.
As preferably; The said elevating mechanism that horizontally rotates comprises the motor that horizontally rotates that is fixed on the slide block; The said output shaft that horizontally rotates motor upwards links to each other with rotation platform, the coaxial support platform that is provided with on said rotation platform, and the end face of said support platform links to each other with test platform through bolt; Middle part, bottom surface in said support platform is provided with line shaft; Said line shaft passes screw body corresponding on rotation platform and the slide block and links to each other, and vertically between said support platform and rotation platform is provided with several slotting axles of joining mutually and inserts tube, and the sliding plug of said slotting axle is in inserting tube.On slide block, be provided with and horizontally rotate the driven by motor rotation platform; Rotation platform through the slotting axle of joining mutually with insert tube and drive a support platform and rotate synchronously, simultaneously support platform again with slide block on corresponding screw body link to each other, can drive the support platform up-down through screw body; Be skillfully constructed, rational in infrastructure.
As preferably; On said workbench, be provided with two vertical slide rails at least; The parallel both sides that are distributed in column of said vertical slide rail; Slidely connect longitudinal sliding block respectively at said vertical slide rail, the two ends of said horizontal slide rail are fixed on the longitudinal sliding block, and said slide block is slidingly connected on the horizontal slide rail.Laterally reach the horizontal and longitudinal sliding motion that vertical slide rail is realized slide block through being provided with, simple in structure, reliability is high, and cost is low.
As preferably; Side corresponding to test platform on said column is provided with first vertical sliding-rail groove; Said column is being slidingly connected through first vertical sliding-rail groove and is measuring an end of crossbeam; And the both sides, end corresponding to column one side on the said measurement crossbeam are movably connected on the column through horizontal supporting plate, are provided with the measurement longeron at the other end of said measurement crossbeam, and said measurement longeron links to each other with the tester slip through second vertical sliding-rail groove.An end of measuring crossbeam through with test platform on first vertical sliding-rail groove join mutually, and through horizontal supporting plate and column flexible connection, being convenient to regulate the measurement crossbeam is the position of tester; Tester is slidingly connected on the measurement longeron of measuring the crossbeam other end through second vertical sliding-rail groove again, can realize finely tuning through the slippage of tester along second vertical sliding-rail groove during measurement, and is simple and reasonable.
Therefore, the automatic detection platform of the photoelectric properties of a kind of liquid crystal panel of the utility model has following advantage: the upper end fixing test appearance of column, and the lower end is fixed on the workbench through vertical rotating mechanism; Can and drive column through vertical rotating mechanism clamping column turns left and right; Thereby make tester left and right swing in perpendicular, be used for the test platform of bearing liquid crystal display panel simultaneously, again can through horizontally rotate elevating mechanism and horizontal stroke, vertically slide rail is adjusted upper and lower, the forward and backward and left and right position of liquid crystal panel; Need not to change the measurement face of liquid crystal panel through second positioning; Measuring accuracy is high, and it is time saving and energy saving to operate, and increases work efficiency; Through correspondence on positioning of rotating member and riser sensor and sensing chip are set, make the stall automatically on surface level of positioning of rotating member, improve the reliability that device uses.
Description of drawings:
Fig. 1 is the perspective view of the utility model;
Fig. 2 is the side view of the utility model;
Fig. 3 is the partial structurtes synoptic diagram of vertical rotating mechanism in the utility model;
Fig. 4 is the structural representation that horizontally rotates elevating mechanism in the utility model.
Embodiment:
Pass through embodiment below, and combine accompanying drawing, do further bright specifically the technical scheme of the utility model.
Embodiment:
As depicted in figs. 1 and 2; The automatic detection platform of the photoelectric properties of a kind of liquid crystal panel of the utility model; Comprise a square workbench 1, three vertical slide rails 9 are housed, and three vertical slide rails 9 are symmetrically distributed on workbench 1 surface at workbench 1 upper edge parallel longitudinal; On three vertical slide rails 9, slidely connect a longitudinal sliding block 13 through vertical sliding-rail groove of joining mutually respectively; Above three longitudinal sliding blocks 13 and with three longitudinal sliding blocks 13, be fixedly connected a horizontal slide rail 8, laterally slidely connecting a slide block 7 through the horizontal sliding-rail groove of joining mutually on the slide rail 8, the top of slide block 7 is connecting test platform 3 through horizontally rotating elevating mechanism 6.As shown in Figure 4; Horizontally rotate elevating mechanism 6 and comprise the motor that horizontally rotates that is fixed on the slide block 7; The output shaft that horizontally rotates motor upwards links to each other with the rotation platform 61 of circle; The coaxial support platform 62 that a circle is set above rotation platform 61, the end face of support platform 62 links to each other with test platform 3 through bolt, coaxial fixing line shaft 63 at the middle part, bottom surface of support platform 62; Line shaft 63 passes screw body corresponding on mesopore and the slide block 7 on the rotation platform 61 and links to each other; On the bottom surface of support platform 62, along the circumferential direction vertically be uniformly distributed with 5 and inserted axle 64, corresponding vertical 5 the slotting tubes 65 that have been uniformly distributed with slotting 64 are inserted a sliding plug of 64 correspondences in slotting tube 65 on the end face of rotation platform 61.Through vertical rotating mechanism 5 root post 2 has been installed on workbench 1 edge corresponding to vertical slide rail 9 one ends of centre; On column 2, being equipped with one can be along the tester 4 of column 2 axial slips; As shown in Figure 3; Vertical rotating mechanism 5 wherein comprises the riser 51 of a square casing shape; Riser 51 is vertically fixed on the workbench 1, in riser 51 cavitys of housing shape, a reducing motor is housed, and the output shaft level of reducing motor outwards links to each other with the positioning of rotating member 52 of riser 51 rear sides; Positioning of rotating member 52 comprises the coaxial rotation basal disc 521 that is fixed on the circle on the reducing motor output shaft; Symmetry is equipped with two clamps 522 on rotation basal disc 521 outer faces, on clamp 522, has 4 axial location holes 523 and 6 radial location holes 524, and clamp 522 is fixed on the rotation basal disc 521 through 4 axial location holes 523; Through 6 radial location holes 524 column 2 is clamped to 522 of two clamps; On riser 51, a sensor 10 is housed, three sensing chips 11 corresponding with sensor 10 is housed on the basal disc 521 in rotation corresponding to the outside of positioning of rotating member 52, wherein have two sensing chips 11 respectively level be positioned at the both sides of column 2; One of them sensing chip 11 and tester 4 homonymies be positioned at rotation basal disc 521 directly over, through bolt three balancing weights 12 are arranged in the bottom of column 2.Side corresponding to test platform 3 on column 2 has first vertical sliding-rail groove 21; Join mutually be slidingly connected at column 2 and first vertical sliding-rail groove 21 and measure an end of crossbeam 22; And the both sides, end corresponding to column 2 sides on the measurement crossbeam 22 are passed through the end that bolt connects a horizontal supporting plate 25 respectively; The other end of back up pad 25 is connected on the column 2 through bolt; Measure longeron 23 one of the vertical welding of the other end of measuring crossbeam 22, measurement longeron 23 slides with tester 4 through second vertical sliding-rail groove 24 and links to each other.
During use, at first with liquid crystal panel horizontal to be detected on test platform 3 surfaces, push to test platform 3 makes it at horizontal slide rail 8 or vertically slide the back to tester 4 on the slide rail 9; Start screw body up-down test platform 3 to suitable height; Restart the reducing motor on the vertical rotating mechanism 5, rotate the test surfaces that tester 4 aligns liquid crystal panel to the left or to the right, spur tester 4 at last and behind the position of second vertical sliding-rail groove 24 slidable adjustment testers 4, can measure; During the converted measurement face; Startup horizontally rotates the motor that horizontally rotates in the elevating mechanism 6, and test platform 3 horizontally rotates to correct position, repeats aforesaid operations again and gets final product.
Specific embodiment described herein only is that the design to the utility model illustrates.The utility model person of ordinary skill in the field can make various modifications or replenishes or adopt similar mode to substitute described specific embodiment, but can't depart from the spirit of the utility model or surmount the defined scope of appended claims.
Claims (10)
1. the automatic detection platform of the photoelectric properties of a liquid crystal panel; Comprise workbench (1) and be located at column (2) and the test platform (3) on the workbench (1); At said column (2) but on be provided with the tester (4) of straight skidding; It is characterized in that: said column (2) is fixed on the workbench (1) through vertical rotating mechanism (5); Said vertical rotating mechanism (5) comprises riser (51) and is rotatably connected at the positioning of rotating member (52) of riser (51) one sides through reducing motor that the bottom of said riser (51) is fixed on the workbench (1), and said positioning of rotating member (52) is clamped in the bottom of column (2); Said test platform (3) is fixed on the slide block (7) through horizontally rotating elevating mechanism (6), and said slide block (7) is slidingly connected on the table top of workbench (1) through horizontal slide rail (8) and vertical slide rail (9).
2. the automatic detection platform of the photoelectric properties of liquid crystal panel according to claim 1; It is characterized in that: said positioning of rotating member (52) comprises and coaxially is fixed on the rotation basal disc (521) on the reducing motor output shaft and is symmetrically set in two clamps (522) on rotation basal disc (521) outer face; On said clamp (522), be provided with several axial location holes (523) and radial location hole (524); Said clamp (522) is fixed on the rotation basal disc (521) through axial location hole (523), and said clamp (522) grips column (2) through radial location hole (524).
3. the automatic detection platform of the photoelectric properties of liquid crystal panel according to claim 2, it is characterized in that: be provided with balancing weight (12) in the bottom of said column (2), said balancing weight (12) is through being bolted on the column (2).
4. according to the automatic detection platform of photoelectric properties of claim 1 or 2 or 3 described liquid crystal panels; It is characterized in that: the outside of going up corresponding to positioning of rotating member (52) at said riser (51) is provided with sensor (10); On said positioning of rotating member (52), be provided with three sensing chips (11) corresponding at least with sensor (10); Wherein have two sensing chips (11) respectively level be located at the both sides of column (2), one of them sensing chip (11) and tester (4) homonymy be positioned at positioning of rotating member (52) directly over.
5. according to the automatic detection platform of photoelectric properties of claim 1 or 2 or 3 described liquid crystal panels; It is characterized in that: the said elevating mechanism (6) that horizontally rotates comprises the motor that horizontally rotates that is fixed on the slide block (7); The said output shaft that horizontally rotates motor upwards links to each other with rotation platform (61); Go up the coaxial support platform (62) that is provided with at said rotation platform (61); The end face of said support platform (62) links to each other with test platform (3) through bolt, is provided with line shaft (63) at the middle part, bottom surface of said support platform (62), and said line shaft (63) passes rotation platform (61) and links to each other with the upward corresponding screw body of slide block (7); Vertically between said support platform (62) and rotation platform (61) be provided with several slotting axles (64) of joining mutually and insert tube (65), (64) sliding plug of said slotting axle is in inserting tin (65).
6. the automatic detection platform of the photoelectric properties of liquid crystal panel according to claim 4; It is characterized in that: the said elevating mechanism (6) that horizontally rotates comprises the motor that horizontally rotates that is fixed on the slide block (7); The said output shaft that horizontally rotates motor upwards links to each other with rotation platform (61); Go up the coaxial support platform (62) that is provided with at said rotation platform (61); The end face of said support platform (62) links to each other with test platform (3) through bolt, is provided with line shaft (63) at the middle part, bottom surface of said support platform (62), and said line shaft (63) passes rotation platform (61) and links to each other with the upward corresponding screw body of slide block (7); Vertically between said support platform (62) and rotation platform (61) be provided with several slotting axles (64) of joining mutually and insert tube (65), (64) sliding plug of said slotting axle is in inserting tin (65).
7. according to the automatic detection platform of photoelectric properties of claim 1 or 2 or 3 described liquid crystal panels; It is characterized in that: on said workbench (1), be provided with two vertical slide rails (9) at least; The parallel both sides that are distributed in column (2) of said vertical slide rail (9); Slidely connect longitudinal sliding block (13) respectively at said vertical slide rail (9), the two ends of said horizontal slide rail (8) are fixed on the longitudinal sliding block (13), and said slide block (7) is slidingly connected on the horizontal slide rail (8).
8. the automatic detection platform of the photoelectric properties of liquid crystal panel according to claim 6; It is characterized in that: on said workbench (1), be provided with two vertical slide rails (9) at least; The parallel both sides that are distributed in column (2) of said vertical slide rail (9); Slidely connect longitudinal sliding block (13) respectively at said vertical slide rail (9), the two ends of said horizontal slide rail (8) are fixed on the longitudinal sliding block (13), and said slide block (7) is slidingly connected on the horizontal slide rail (8).
9. according to the automatic detection platform of photoelectric properties of claim 1 or 2 or 3 described liquid crystal panels; It is characterized in that: a side that goes up corresponding to test platform (3) at said column (2) is provided with first vertical sliding-rail groove (21); Said column (2) is through a be slidingly connected end of measurement crossbeam (22) of first vertical sliding-rail groove (21); And the both sides, end that said measurement crossbeam (22) is gone up corresponding to column (2) one sides are movably connected on the column (2) through horizontal supporting plate (25); The other end at said measurement crossbeam (22) is provided with measurement longeron (23), and said measurement longeron (23) slides with tester (4) through second vertical sliding-rail groove (24) and links to each other.
10. the automatic detection platform of the photoelectric properties of liquid crystal panel according to claim 8; It is characterized in that: a side that goes up corresponding to test platform (3) at said column (2) is provided with first vertical sliding-rail groove (21); Said column (2) is through a be slidingly connected end of measurement crossbeam (22) of first vertical sliding-rail groove (21); And the both sides, end that said measurement crossbeam (22) is gone up corresponding to column (2) one sides are movably connected on the column (2) through horizontal supporting plate (25); The other end at said measurement crossbeam (22) is provided with measurement longeron (23), and said measurement longeron (23) slides with tester (4) through second vertical sliding-rail groove (24) and links to each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120173049U CN202133842U (en) | 2011-05-26 | 2011-05-26 | Platform for automatically detecting photoelectric performance of liquid crystal panel |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120173049U CN202133842U (en) | 2011-05-26 | 2011-05-26 | Platform for automatically detecting photoelectric performance of liquid crystal panel |
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| CN202133842U true CN202133842U (en) | 2012-02-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201120173049U CN202133842U (en) | 2011-05-26 | 2011-05-26 | Platform for automatically detecting photoelectric performance of liquid crystal panel |
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| CN (1) | CN202133842U (en) |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120201 Termination date: 20190526 |