CN108225242B - A kind of mobile phone screen tempered glass film thickness detection detection method - Google Patents
A kind of mobile phone screen tempered glass film thickness detection detection method Download PDFInfo
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- CN108225242B CN108225242B CN201711374563.7A CN201711374563A CN108225242B CN 108225242 B CN108225242 B CN 108225242B CN 201711374563 A CN201711374563 A CN 201711374563A CN 108225242 B CN108225242 B CN 108225242B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B21/00—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant
- G01B21/02—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness
- G01B21/08—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness for measuring thickness
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Abstract
A kind of detection method of mobile phone screen tempered glass film thickness detection device, include the following steps: that workpiece to be detected is sent to Preliminary detection component (100) position via conveyer belt, it moves material component (200) workpiece to be detected is drawn on Preliminary detection component (100), Y-direction contraposition pinboard (107) and X are moved by cylinder two (112) and cylinder one (110) control respectively to contraposition pinboard (113), the location of workpiece to be detected being placed in stock chest is adjusted, clamping workpiece to be detected, Preliminary detection is carried out by a pair of workpiece to be detected of the inductive head of Y-direction contraposition pinboard (107) and X to installation on the inside of contraposition pinboard (113), after the completion of Preliminary detection, cylinder two (112) and cylinder one (110) control Y-direction align pinboard (10 7) and X to contraposition pinboard (113) unclamps workpiece to be detected, workpiece to be detected is moved out on displacement component (500) by moving material component (200), workpiece to be detected is placed on workpiece placement plate (508) by vacuum chuck two (208) absorption, jig mounting rack (506) is moved on guide rail three (505) by rodless cylinder one (503) control, workpiece to be detected is sent to Thickness sensitivity component (600) position, workpiece to be detected is detected Thickness sensitivity component (600) position, data are stored after the completion of detection, workpiece to be detected is placed on assembly line group (400) through vacuum chuck one (312) absorption on horizontal blanking component (300) and carries out blanking.
Description
Technical field
The present invention relates to machinery field, in particular to a kind of mobile phone screen tempered glass film thickness detection device and its detection
Method.
Background technique
Whether uniformity is the basis for detecting film properties to film thickness.If it will be apparent that a collection of single thin film
It is in uneven thickness, it not only influences whether tensile strength, the barrier property etc. of film everywhere, the following process of film but will be influenced.It is right
More important in the uniformity of film pipe fitting, thickness, only integral thickness is uniform, its anti-burst ability could improve, in addition,
Reasonable control is taken to the thickness of product, not only improves product quality, moreover it is possible to reduce the consumption of material, improve production efficiency.
Therefore, whether film thickness is uniform, if consistent with preset value, whether in specified range, these all become thickness deviation
Whether film can have the premise of certain characteristic index.Tempering film breaks screen into pieces when being to prevent mobile phone from sliding.It is not configured to
Anti-scratch.Normal film is all the hardness of 3H, is scratched too much using complete there will not be some months, why select tempering screen be because are as follows:
Hardness is high, toughness is low, and mobile phone is fallen, and can be very good breakage-proof screen.On mobile phone is fallen on the ground, the impact force of receiving is very big, tension
Large-size screen monitors are crossed with regard to broken.The low film when mobile phone spreads out of tension of tempering film toughness will bear tension and greatly reduce main screen in this way to hold
The tension received.
If Publication No. 105674848 discloses a kind of thickness gauge, belong to machinery field.Thickness gauge includes:
Component is demarcated, calibration component is located at the top for carrying the bearing assembly of examined object, demarcates on component close to carrying group
The face of part and the loading end of bearing assembly are parallel, and demarcate component close to the face of bearing assembly at a distance from loading end for calibration away from
From with bearing assembly relative displacement can occur for calibration component.The efficiency that the present invention solves display panel Thickness sensitivity is lower
The problem of, the efficiency of object thickness detection is improved, the present invention is used for Thickness sensitivity.
For another example Publication No. 106441122A discloses a kind of thickness gauge, including light source, objective table, light path and
Processor, light path are connect with light source, and objective table is corresponding with light path, on the light and objective table after light path
Detection eyeglass it is perpendicular, processor is connected with light path, objective table be equipped with mounting groove.Eyeglass is placed on objective table
Mounting groove on be fixed, the light after light path is radiated on eyeglass, and the reflection light after eyeglass is through handling
The thickness of eyeglass is obtained after device progress reflection parameters analysis.Therefore, which is not necessarily to clamp eyeglass by micrometer, prevents
Stop the abrasion to eyeglass, ensure that the quality of eyeglass；Meanwhile the thickness of eyeglass is obtained by the optical parameter of eyeglass, it improves
Detection efficiency.
The universal complex process of the detection device of the prior art, detection efficiency is not high, and precision is lower.
Summary of the invention
In view of the above deficiencies, the present invention provides a kind of mobile phone screen tempered glass film thickness detection devices, effective to solve
The problems such as Jue Liao mechanism is complicated, the degree of automation is not high, testing result is inaccurate, low efficiency.
The specific technical solution that the present invention mentions is as follows:
A kind of mobile phone screen tempered glass film thickness detection device, including workbench are equipped with movement on the workbench
Bottom plate, the movable base plate are equipped with assembly line group, and horizontal blanking component is mounted on the top of assembly line group, institute by column
Stating horizontal blanking component is the identical horizontal blanking device of symmetrically arranged two structures, two symmetrically arranged horizontal blankings
Shifting material fixing support rack is additionally provided between device, the shifting material fixing support rack is fixedly connected with shifting by moving material component fixed plate
Expect that component, the workbench moved below material component are equipped with displacement component, the displacement component is equipped with Thickness sensitivity group
Part, the workbench for moving material component side are equipped with Preliminary detection component；
The Preliminary detection component includes the support frame one being installed on the workbench, and support frame as described above one is equipped with mounting plate,
Localization tool is equipped in the middle part of the mounting plate, the localization tool is equipped with stock chest, is equipped on the both sides of the stock chest
Workpiece baffle to be detected, the stock chest side are equipped with " L " type pushing block one, and " L " the type pushing block one connects Y-direction contraposition switching
Plate, the Y-direction contraposition pinboard connection are mounted on the cylinder two below localization tool, and the cylinder two is mounted on cylinder installation
On plate two, the stock chest other side is equipped with X to contraposition pinboard, and the X is mounted on localization tool to contraposition pinboard connection
Two sides cylinder one, the cylinder one are mounted on support frame one by cylinder mounting plate one, and the X is to contraposition pinboard and determines
Buffer one is additionally provided between the jig of position, and the Y-direction contraposition pinboard and X are to contraposition pinboard close to the one of workpiece to be detected
Side is equipped with inductive head one；The shifting material component includes guide rail installation frame one, is equipped with guide rail on the guide rail installation frame one
Two, the screw rod two of connection motor two is installed, the screw rod passes through the control dragging cylinder mounting plate of motor two on the guide rail two
Three move on guide rail two, and cylinder four is equipped on the cylinder mounting plate three, and the cylinder four connects vacuum chuck installation
Frame, the vacuum chuck mounting rack lower section are equipped with vacuum chuck two；
The displacement component includes bottom plate, is equipped with cylinder mounting plate five on the bottom plate, on the cylinder mounting plate five
Rodless cylinder one is installed, guide rail mounting plate three is installed on the rodless cylinder one, is equipped on the guide rail mounting plate three
Guide rail three, jig mounting rack are mounted on guide rail mounting plate three, and jig mounting plate is equipped on the jig mounting rack, described
Jig mounting plate is equipped on guide rail three described in workpiece placement plate and is equipped with Thickness sensitivity component；
The Thickness sensitivity component includes bottom plate two, and plate is increased in the connection of bottom plate two, and the plate of increasing passes through connecting plate
Two connecting detection support plates, the detection support plate middle part are equipped with sensor fixed block, are equipped on the sensor fixed block
Sensor group one is symmetrically arranged with one group of sensor group two below the sensor group one, and two case of sensor group is in sensor
On trimming assembly, the sensor trimming assembly, which passes through to be mounted on sensor fixed block, checks connecting on the outside of support plate up and down
Fishplate bar connection, the sensor trimming assembly are equipped with minitype cylinder；The horizontal blanking component includes symmetrically arranged two
The identical horizontal blanking device of structure, horizontal blanking device include guide rail mounting plate one, are equipped on the guide rail mounting plate one
Guide rail one, the screw rod one of connection motor one is equipped on the guide rail one, and the screw rod one drags cylinder mounting plate four in guide rail
It being moved on one, cylinder three is installed on the cylinder mounting plate four, the cylinder three connects adjustment block one by connecting plate one,
The adjustment block one connects vacuum chuck mounting plate one, is equipped with vacuum chuck one below the vacuum chuck mounting plate one；
The assembly line group includes belt, and partition is equipped on the belt, is equipped with connecting partition above the partition
Partition fixed plate, the belt side are equipped with baffle, and the junction of the baffle and belt is equipped with product rib, and motor three connects
Synchronous pulley one, synchronous pulley one pass through synchronous band connection synchronous pulley two, and the connection of synchronous pulley two is mounted on the inside of belt
Idler wheel, and synchronous pulley one is controlled by motor three and is moved, it is final that belt is driven to move in the horizontal direction.
Further；The shifting material fixing support rack is T-shape setting, and the horizontal edge of T-shape is erected at symmetrically arranged
On two horizontal blanking devices, shifting material component fixed plate is installed on the vertical edge of T-shape.
Further；The junction of the vertical edge for moving material fixing support rack and horizontal edge is additionally provided with reinforcing rib.
Based on above-mentioned apparatus, a kind of detection method of mobile phone screen tempered glass film thickness detection device, including walk as follows
It is rapid:
A, workpiece to be detected is sent to Preliminary detection module position via conveyer belt, moves material component and draws workpiece to be detected
Onto Preliminary detection component；
B, Y-direction contraposition pinboard and X passes through cylinder two respectively to contraposition pinboard and the control of cylinder one is moved, to putting
The location of workpiece to be detected set in stock chest is adjusted, clamping workpiece to be detected, aligns pinboard and X to right by Y-direction
A pair of workpiece to be detected of the inductive head installed on the inside of the pinboard of position carries out Preliminary detection, and after the completion of Preliminary detection, cylinder two is gentle
Cylinder one controls Y-direction contraposition pinboard and X and unclamps workpiece to be detected to contraposition pinboard, and workpiece to be detected is removed by moving material component
Onto displacement component；
C, workpiece to be detected is placed in workpiece placement plate by the absorption of vacuum chuck two, and jig mounting rack passes through rodless cylinder
One control moves on guide rail three, and workpiece to be detected is sent to Thickness sensitivity module position；
D, Thickness sensitivity module position detects workpiece to be detected, and data, workpiece to be detected are stored after the completion of detection
It is placed in assembly line group through the absorption of vacuum chuck one on horizontal blanking component and carries out blanking.
Beneficial effects of the present invention: Thickness sensitivity component of the invention passes through minitype cylinder control movement including one
Sensor trimming assembly can be adjusted the position of sensor, thus to the workpiece to be detected being on horizontal position into
The comprehensive detection of row, detect each position on workpiece to be detected can, and avoid and manually adjust not
Stable type, more comprehensively, invention also improves full-automatic degree, and detection efficiency is higher, and detection data is more accurate for detection data.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples:
Fig. 1 is overall structure of the present invention；
Fig. 2 is the structural schematic diagram of the horizontal blanking component 300 of the present invention；
Fig. 3 is the structural schematic diagram of Preliminary detection component 100 of the present invention；
Fig. 4 is another angled arrangement schematic diagram of Preliminary detection component 100 of the present invention；
Fig. 5 is the structural schematic diagram that the present invention moves material component 200；
Fig. 6 is the structural schematic diagram of the horizontal blanking device of the present invention；
Fig. 7 is the structural schematic diagram of assembly line group 400 of the present invention；
Fig. 8 is the bottom view of assembly line group 400 of the present invention；
Fig. 9 is the structural schematic diagram of displacement component 500 of the present invention；
Figure 10 is the structural schematic diagram of Thickness sensitivity component 600 of the present invention；
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to embodiments, to the present invention
It is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not used to
Limit the present invention.
A kind of mobile phone screen tempered glass film thickness detection device, including workbench 1 are equipped with shifting on the workbench 1
Dynamic bottom plate 2, the movable base plate 2 are equipped with assembly line group 400, and horizontal blanking component 300 is mounted on assembly line by column 3
The top of group 400, the horizontal blanking component 300 is the identical horizontal blanking device of symmetrically arranged two structures, and two right
Claim to be additionally provided with shifting material fixing support rack 301 between the horizontal blanking device of setting, the shifting material fixing support rack 301 passes through shifting
Material component fixed plate 302 is fixedly connected with shifting material component 200, and the workbench 1 for moving 200 lower section of material component is equipped with set of displacements
Part 500, the displacement component 500 are equipped with Thickness sensitivity component 600, set on the workbench 1 for moving material 200 side of component
There is Preliminary detection component 100.Wherein shifting material fixing support rack 301 is that T-shape is arranged, and the horizontal edge of T-shape is erected at pair
On two horizontal blanking devices for claiming setting, shifting material component fixed plate 302 is installed on the vertical edge of T-shape.The shifting material is fixed
The vertical edge of support frame 301 and the junction of horizontal edge are additionally provided with reinforcing rib.It is more firm in order to move material fixing support rack 301.
Workpiece to be detected is sent to 100 position of Preliminary detection component via conveyer belt, moves material component 200 for workpiece to be detected
It being drawn on Preliminary detection component 100, the Preliminary detection component 100 includes the support frame 1 being mounted on workbench 1,
Support frame as described above one is equipped with mounting plate 102, is equipped with localization tool 104 in the middle part of the mounting plate 102, on the localization tool 104
Equipped with stock chest, workpiece baffle 105 to be detected is equipped on the both sides of the stock chest, the stock chest side is equipped with " L " type
Pushing block 1, " L " the type pushing block 1 connect Y-direction and align pinboard 107, the Y-direction contraposition pinboard 107 connection installation
Cylinder 2 112 below localization tool 104, the cylinder 2 112 are mounted on cylinder mounting plate 2 108, the stock chest
The other side is equipped with X to contraposition pinboard 113, and the X is mounted on 104 two sides cylinder of localization tool to the contraposition connection of pinboard 113
One 110, the cylinder 1 is mounted on support frame 1 by cylinder mounting plate 1, and the X is to contraposition pinboard
Buffer 1, the Y-direction contraposition pinboard 107 and X are additionally provided between 113Y and localization tool 104 to contraposition pinboard 113
Inductive head one is installed close to the side of workpiece to be detected；The Y-direction contraposition pinboard 107 and X distinguish to contraposition pinboard 113
By cylinder 2 112 and the control movement of cylinder 1, the location of workpiece to be detected being placed in stock chest is adjusted, is blocked
It is to be detected to the inductive head a pair installed on the inside of pinboard 113 is aligned to align pinboard 107 and X by Y-direction for tight workpiece to be detected
Workpiece carries out Preliminary detection, after the completion of Preliminary detection, cylinder 2 112 and cylinder 1 control Y-direction contraposition pinboard 107 and X to
Contraposition pinboard 113 unclamps workpiece to be detected, and workpiece to be detected is moved out on displacement component 500 by moving material component 200.
The shifting material component 200 includes guide rail installation frame 1, is equipped with guide rail two on the guide rail installation frame 1
204, the screw rod 2 202 of connection motor 2 201 is installed, the screw rod 202 passes through the control of motor 2 201 on the guide rail 2 204
System dragging cylinder mounting plate 3 205 moves on guide rail 2 204, and cylinder 4 206 is equipped on the cylinder mounting plate three, described
Cylinder 4 206 connects vacuum chuck mounting rack 207, is equipped with vacuum chuck 2 208 below the vacuum chuck mounting rack 207；
Workpiece to be detected is moved to displacement component from Preliminary detection component 100 for moving workpiece to be detected by the shifting material component 200
In 500 workpiece placement plate 508.
The displacement component 500 includes bottom plate 501, is equipped with cylinder mounting plate 5 502, the gas on the bottom plate 501
Rodless cylinder 1 is installed on cylinder mounting plate 5 502, guide rail mounting plate 3 504 is installed on the rodless cylinder 1,
Guide rail 3 505 is installed, jig mounting rack 506 is mounted on guide rail mounting plate 3 504, institute on the guide rail mounting plate 3 504
It states and jig mounting plate 507 is installed on jig mounting rack 506, the jig mounting plate 507 is equipped with described in workpiece placement plate 508
Thickness sensitivity component 600 is installed on guide rail 3 505；
The Thickness sensitivity component 600 includes bottom plate 2 601, and plate 602 is increased in the connection of bottom plate 2 601, described to increase
Plate 602 is equipped with sensor fixed block 606 by 2 603 connecting detection support plate 604 of connecting plate, the detection support plate middle part,
Sensor group one is installed on the sensor fixed block 606, one group of sensor group is symmetrically arranged with below the sensor group one
2 609,2 609 case of sensor group is on sensor trimming assembly 607, the sensor trimming assembly 607 and sensor
Fixed block 606, which passes through to be mounted on, checks that the plate 605 that is vertically connected in 604 outside of support plate connects, the sensor trimming assembly
607 are equipped with minitype cylinder 608；As shown, symmetrically arranged sensor group one and 2 609 opposite side of sensor group are set
There is inductive head, workpiece to be detected is moved to the middle position of two sensors group, detects workpiece to be detected by inductive head
Thickness, the data that sensor will test after the completion of detection are transferred to data storage port, carry out data storage, horizontal blanking
Component 300 will carry out blanking on workpiece to be detected to assembly line group 400.
The horizontal blanking component 300 includes the identical horizontal blanking device of symmetrically arranged two structures, horizontal blanking
Device includes guide rail mounting plate 1, is equipped with guide rail 1 on the guide rail mounting plate 1, on the guide rail 1
The screw rod 1 of connection motor 1 is installed, the screw rod 1 drags cylinder mounting plate 4 307 on guide rail 1
It moves, cylinder 3 308 is installed on the cylinder mounting plate 4 307, the cylinder 3 308 is adjusted by the connection of connecting plate 1
Monolith 1, the adjustment block 1 connect vacuum chuck mounting plate 1, one 311 lower section of vacuum chuck mounting plate
Equipped with vacuum chuck 1；
The assembly line group 400 includes belt 404, and partition 403,403 top of partition are equipped on the belt 404
Partition fixed plate 402 equipped with connecting partition 403,404 side of belt are equipped with baffle 401, the baffle 401 and belt 404
Junction be equipped with product rib 409, motor 3 406 connect synchronous pulley 1, synchronous pulley 1 by synchronous belt company
Synchronous pulley 2 405 is connect, synchronous pulley 2 405 connects the idler wheel for being mounted on 404 inside of belt, and controls by motor 3 406
Synchronous pulley 1 moves, final that belt 404 is driven to move in the horizontal direction.
Based on above-mentioned apparatus, a kind of implementation method of mobile phone screen tempered glass film thickness detection device, including walk as follows
It is rapid:
A, workpiece to be detected is sent to 100 position of Preliminary detection component via conveyer belt, moves material component 200 for work to be detected
Part is drawn on Preliminary detection component 100；
B, the Y-direction aligns pinboard 107 and X to contraposition pinboard 113 respectively by cylinder 2 112 and cylinder 1
Control movement, is adjusted the location of workpiece to be detected being placed in stock chest, clamping workpiece to be detected is aligned by Y-direction
Pinboard 107 and X are tentatively examined to a pair of workpiece progress Preliminary detection to be detected of inductive head installed on the inside of pinboard 113 is aligned
After the completion of survey, cylinder 2 112 and the control Y-direction contraposition pinboard 107 of cylinder 1 and X unclamp to be checked to contraposition pinboard 113
Workpiece is surveyed, workpiece to be detected is moved out on displacement component 500 by moving material component 200；
C, workpiece to be detected is placed in workpiece placement plate 508 by the absorption of vacuum chuck 2 208, and jig mounting rack 506 is logical
It crosses the control of rodless cylinder 1 to move on guide rail 3 505, workpiece to be detected is sent to 600 position of Thickness sensitivity component；
D, workpiece to be detected is detected in 600 position of Thickness sensitivity component, and data, work to be detected are stored after the completion of detection
Part is placed in assembly line group 400 through the absorption of vacuum chuck 1 on horizontal blanking component 300 and carries out blanking.
Although the illustrative specific embodiment of the present invention is described above, in order to the technology of the art
Personnel are it will be appreciated that the present invention, but the present invention is not limited only to the range of specific embodiment, to the common skill of the art
For art personnel, as long as long as various change the attached claims limit and determine spirit and scope of the invention in, one
The innovation and creation using present inventive concept are cut in the column of protection.
Claims (1)
1. a kind of detection method of mobile phone screen tempered glass film thickness detection device, which is characterized in that described including workbench
Movable base plate is installed, the movable base plate is equipped with assembly line group, and horizontal blanking component is mounted on by column on workbench
The top of assembly line group, the horizontal blanking component are the identical horizontal blanking devices of symmetrically arranged two structures, and two right
Claim to be additionally provided with shifting material fixing support rack between the horizontal blanking device of setting, the shifting material fixing support rack is solid by moving material component
Fixed board is fixedly connected with shifting material component, and the workbench moved below material component is equipped with displacement component, sets on the displacement component
There is Thickness sensitivity component, the workbench for moving material component side is equipped with Preliminary detection component；
The Preliminary detection component includes the support frame one being installed on the workbench, and support frame as described above one is equipped with mounting plate, described
Localization tool is equipped in the middle part of mounting plate, the localization tool is equipped with stock chest, is equipped on the both sides of the stock chest to be checked
Workpiece baffle is surveyed, the stock chest side is equipped with " L " type pushing block one, and " L " the type pushing block one connects Y-direction and aligns pinboard, institute
The cylinder two that Y-direction contraposition pinboard connection is mounted below localization tool is stated, the cylinder two is mounted on cylinder mounting plate two,
The stock chest other side is equipped with X to contraposition pinboard, and the X is mounted on localization tool two sides cylinder to contraposition pinboard connection
One, the cylinder one is mounted on support frame one by cylinder mounting plate one, and the X is between contraposition pinboard and localization tool
It is additionally provided with buffer one, the Y-direction aligns pinboard and X and is equipped with induction to the side of contraposition pinboard close to workpiece to be detected
It is first；Shifting material component includes guide rail installation frame one, is equipped with guide rail two on the guide rail installation frame one, on the guide rail two
The screw rod two of connection motor two is installed, the screw rod is transported on guide rail two by the control dragging cylinder mounting plate three of motor two
It is dynamic, cylinder four is installed, the cylinder four connects vacuum chuck mounting rack, the vacuum chuck peace on the cylinder mounting plate three
It shelves lower section and vacuum chuck two is installed；
The displacement component includes bottom plate, and cylinder mounting plate five is equipped on the bottom plate, is installed on the cylinder mounting plate five
There is rodless cylinder one, guide rail mounting plate three is installed on the rodless cylinder one, guide rail is installed on the guide rail mounting plate three
Three, jig mounting rack is mounted on guide rail mounting plate three, and jig mounting plate, the jig peace are equipped on the jig mounting rack
Loading board is equipped on guide rail three described in workpiece placement plate and is equipped with Thickness sensitivity component；
The Thickness sensitivity component includes bottom plate two, and plate is increased in the connection of bottom plate two, and the plate of increasing is connected by connecting plate two
Detection support plate is connect, sensor fixed block is equipped in the middle part of the detection support plate, sensing is installed on the sensor fixed block
Device group one, one group of sensor group two is symmetrically arranged with below the sensor group one, and two case of sensor group is finely tuned in sensor
On component, the sensor trimming assembly and sensor fixed block pass through the plate that is vertically connected with being mounted on the outside of inspection support plate and connect
It connects, the sensor trimming assembly is equipped with minitype cylinder；The horizontal blanking component includes symmetrically arranged two structure phases
Same horizontal blanking device, horizontal blanking device includes guide rail mounting plate one, is equipped with guide rail one on the guide rail mounting plate one,
The screw rod one of connection motor one is installed, the screw rod one drags cylinder mounting plate four and transports on guide rail one on the guide rail one
It is dynamic, cylinder three is installed, the cylinder three connects adjustment block one, the adjustment by connecting plate one on the cylinder mounting plate four
Block one connects vacuum chuck mounting plate one, is equipped with vacuum chuck one below the vacuum chuck mounting plate one；
The assembly line group includes belt, and partition is equipped on the belt, the partition of connecting partition is equipped with above the partition
Fixed plate, the belt side are equipped with baffle, and the junction of the baffle and belt is equipped with product rib, and motor three connects synchronous belt
Wheel one, synchronous pulley one pass through synchronous band connection synchronous pulley two, and synchronous pulley two connects the idler wheel being mounted on the inside of belt, and
Synchronous pulley one is controlled by motor three to move, it is final that belt is driven to move in the horizontal direction;
Steps are as follows for detection method:
A, workpiece to be detected is sent to Preliminary detection component (100) position via conveyer belt, moves material component (200) for work to be detected
Part is drawn on Preliminary detection component (100)；
B, the Y-direction aligns pinboard (107) and X to contraposition pinboard (113) respectively by cylinder two (112) and cylinder one
(110) control movement, is adjusted the location of workpiece to be detected being placed in stock chest, clamping workpiece to be detected passes through Y-direction
A pair of workpiece to be detected of the inductive head of contraposition pinboard (107) and X to installation on the inside of contraposition pinboard (113) is tentatively examined
It surveys, after the completion of Preliminary detection, cylinder two (112) and cylinder one (110) control Y-direction contraposition pinboard (107) and X are transferred to contraposition
Plate (113) unclamps workpiece to be detected, and workpiece to be detected is moved out on displacement component (500) by moving material component (200)；
C, workpiece to be detected is placed on workpiece placement plate (508) by vacuum chuck two (208) absorption, jig mounting rack (506)
It is moved on guide rail three (505) by rodless cylinder one (503) control, workpiece to be detected is sent to Thickness sensitivity component (600)
Position；
D, workpiece to be detected is detected in Thickness sensitivity component (600) position, and data, workpiece to be detected are stored after the completion of detection
It is placed on assembly line group (400) through vacuum chuck one (312) absorption on horizontal blanking component (300) and carries out blanking.
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| CN201711374563.7A CN108225242B (en) | 2017-12-19 | 2017-12-19 | A kind of mobile phone screen tempered glass film thickness detection detection method |
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| CN112461080B (en) * | 2020-11-17 | 2022-07-12 | 深圳同兴达科技股份有限公司 | Thickness detection device is used in production of cell-phone screen display board |
| CN115626507A (en) * | 2022-12-01 | 2023-01-20 | 常州市武进天龙发展有限公司 | Optical diaphragm adsorbs formula conveyor |
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| CN201867143U (en) * | 2010-12-03 | 2011-06-15 | 南车成都机车车辆有限公司 | Air gauge |
| CN102322796B (en) * | 2011-07-20 | 2013-07-03 | 唐大春 | Laser detection device and method for gear parameters |
| JP6283502B2 (en) * | 2013-11-22 | 2018-02-21 | 株式会社ディスコ | Work thickness measuring instrument |
| CN204228139U (en) * | 2014-10-24 | 2015-03-25 | 富鼎电子科技(嘉善)有限公司 | Pick-up unit |
| CN106352768A (en) * | 2016-08-15 | 2017-01-25 | 天津全智生产力促进有限公司 | Adjustable testing device |
| CN107421452B (en) * | 2017-08-28 | 2023-04-07 | 苏州康鸿智能装备股份有限公司 | High-precision rotation detection shaping mechanism |
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