CN205748874U - Automatic testing equipment - Google Patents
Automatic testing equipment Download PDFInfo
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- CN205748874U CN205748874U CN201620508230.3U CN201620508230U CN205748874U CN 205748874 U CN205748874 U CN 205748874U CN 201620508230 U CN201620508230 U CN 201620508230U CN 205748874 U CN205748874 U CN 205748874U
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Abstract
The utility model discloses a kind of automatic testing equipment, in order to automatically to test for automatic focusing camera head, this automatic testing equipment includes a pedestal, a measurement jig module, a nearly burnt test module, a blackboard test module, a blank test module and a remote burnt test module；Measurement jig module can the upper surface that be installed in pedestal of slide anteroposterior, described automatic focusing camera head is positioned in measurement jig module；Nearly burnt test module is located at the middle part of pedestal upper surface, and during nearly burnt test, measurement jig module moves the underface to nearly burnt test module；Blackboard test module is rotatably fixedly arranged on the front portion of pedestal upper surface；Blank test module can be located at the rear portion of pedestal upper surface slidingly back and forth；Remote burnt test module is located at the front portion of pedestal upper surface.This utility model automatic testing equipment need not convert work table just can carry out the test of multiple function automatically for automatic focusing camera head, reduces cost of labor and improves work efficiency and product quality.
Description
Technical field
This utility model relates to a kind of test device, particularly relates to a kind of automatic testing equipment.
Background technology
After completing the manufacture of automatic focusing camera head, need automatic focusing camera head is tested, existing test dress
Put can only be single the test carrying out a certain item function, if after automatic focusing camera head tests a function, need continue into
During the test of row the next item down function, then need manually automatic focusing camera head to be moved to another from a test platform and survey
On examination platform, the most both having wasted the substantial amounts of time, work efficiency is low, it is also possible to make automatic focusing camera head in transfer process
Middle scratching and scrap.
Just can automatically carry out many for automatic focusing camera head therefore, it is necessary to provide one to need not convert work table
Item functional test, reduces cost of labor and also improves work efficiency and product quality.
Utility model content
The purpose of this utility model is that the defect existed for prior art provides one to need not convert work with not enough
Board just can carry out the automatic testing equipment of multiple function test automatically for automatic focusing camera head, to reduce cost of labor also
Improve work efficiency and product quality.
To achieve these goals, this utility model provides a kind of automatic testing equipment, in order to automatically for auto-focusing
Photographic head is tested, and this automatic testing equipment is installed in a lamp box, including a pedestal, a measurement jig module, nearly Jiao
Test module, a blackboard test module, a blank test module and a remote burnt test module；Measurement jig module can slide anteroposterior
The upper surface being installed in pedestal, described automatic focusing camera head is positioned in measurement jig module；Nearly burnt test module is located at
The middle part of pedestal upper surface, during nearly burnt test, measurement jig module moves the underface to nearly burnt test module；Blackboard test mould
Block is rotatably fixedly arranged on the front portion of pedestal upper surface, and during blackboard test, blackboard test module rotates to automatic focusing camera head
Surface；Blank test module can be located at the rear portion of pedestal upper surface slidingly back and forth, during blank test, and blank test module
Forward slip is to measurement jig module and the surface of automatic focusing camera head；Before remote burnt test module is located at pedestal upper surface
Portion, during remote burnt test, measurement jig module moves the underface to remote burnt test module.
As improving further, this automatic testing equipment also includes that a mobile module, described mobile module include one first
Guide rail, a moving substrate and one first driver；Described first guide rail in front and back extend to be fixedly arranged on pedestal upper surface anterior
Centre, described moving substrate can be installed on the first guide rail slidingly back and forth, and described first driver is fixedly arranged on pedestal upper surface
Rear portion and be connected with moving substrate, and then drive moving substrate along the first guide rail slide anteroposterior；Described measurement jig module
It is fixedly arranged on moving substrate.
As improving further, described measurement jig module includes that one combines platform and a camera lens pallet；Described combination is put down
Platform is fixedly arranged on moving substrate, and described camera lens pallet is installed in and combines on platform, and described automatic focusing camera head is installed in camera lens
On pallet.
As improving further, described measurement jig module also includes that a pallet cover, described pallet cover are covered on camera lens torr
On dish, the rear end of pallet cover is articulated in the rear end of camera lens pallet, and the centre of pallet cover offers one at automatic focusing camera head
Perforate；Described automatic testing equipment also includes a cover plate closing module, and cover plate closing module includes that a support, a cantilever and close
Close roller；Described support is installed in the front portion of pedestal upper surface, after described cantilever is fixedly arranged on support and extends to camera lens pallet
The top in portion, described Guan Bi roller is articulated in the free end of cantilever, opens pallet cover, and pallet cover is resisted against on Guan Bi roller, surveys
When examination tool module slides backward, Guan Bi roller pushing and withstanding pallet cover covers.
As improving further, described mobile module also includes a limiting section and a block, and described block is fixedly arranged on pedestal
Upper surface in the rear of support, described limiting section is installed in the rear surface of moving substrate and is located between block and support；Institute
Stating limiting section and include a fixed part and a stopper section, described fixed part has one in the mounting blocks front and back extended, and mounting blocks is in neighbour
The one side of nearly support connects a lateral blocks；Described stopper section has an opening C-shaped connecting portion backward, described connection
The lower ora terminalis in portion connects an extension extended back；Described mounting blocks is installed in the rear surface of moving substrate, described connection
The upper end in portion is fixedly arranged on the end of the free end of lateral blocks, and described moving substrate is the most slidably resisted against to the rear end of extension
On block, described moving substrate is the most slidably resisted against on support to the front end of connecting portion.
As improving further, described nearly burnt test module includes nearly burnt test subject portion and a fixed mount, described solid
Determining frame to include in the middle part of the two fixed pedestal upper surfaces of difference in the pole of measurement jig module both sides, described nearly burnt test subject portion is solid
It is located between two poles and is positioned at the top of measurement jig module.
As improving further, described blank test module includes some fixing posts a, fixed plate, a holding parts, white
Board test main part and one second driver；Described some fixing posts be left and right two row be fixedly arranged on pedestal upper surface rear portion respectively
The left and right sides, the top of described some fixing posts be higher than measurement jig module；If the rear portion of described fixed plate is fixedly arranged on solid
The top of fixed column, described second driver is fixedly arranged in fixed plate, and described holding parts can be installed in fixed plate slidingly back and forth
And be connected with the second driver, by second driver drives holding parts slide anteroposterior in fixed plate, the test of described blank is main
Body is installed on holding parts.
As improving further, described blank test module also includes two cushion blocks, and described two cushion blocks are fixedly arranged on fixing respectively
The left and right sides that plate top surface is anterior, two cushion blocks offer guide channel respectively；Described holding parts includes a fixing base portion, two clampings
Plate and two second guide rails, described fixing base portion has the two ends transverse slat beyond fixed plate both sides, and described second driver is with horizontal
Plate connects, and the two ends of described transverse slat are respectively connected with a side plate downwardly extended, and the lower end of biside plate all protrudes out fixed plate bottom surface,
Described two grip blocks are fixedly arranged on the lower end of side plate respectively；Described blank test subject portion is located at the lower section of fixed plate and is fixedly arranged on
Between two grip blocks, the front end of described two second guide rails is fixedly arranged on the both sides of transverse slat lower surface respectively, and described two second guide rails divide
Can not being installed in a guide channel of slide anteroposterior.
As improving further, described blackboard test module includes that a blackboard being fixedly arranged on side, pedestal upper surface front portion drives
The blackboard test subject portion that dynamic device and is fixedly arranged in blackboard driver.
As improving further, this automatic testing equipment also includes a bar code scanner module, to automatic focusing camera head
Carrying out bar code scanning, bar code scanner module includes that a scanner driver and being installed in pedestal upper surface anterior is fixedly arranged on
Barcode scanner on scanner driver.
As it has been described above, this utility model automatic testing equipment is installed in pedestal by what measurement jig module can move forward and backward
The front portion of upper surface, is positioned over automatic focusing camera head in measurement jig module and can survey automatic focusing camera head
Trying, after having tested, measurement jig module is moved rearwardly into setting position automatically, carries out nearly burnt test, after nearly Jiao has tested,
Blank test module automatically moves forward to the surface of automatic focusing camera head and carries out blank test, after blank has been tested,
Measurement jig module forward slip is to initial position, and then, blackboard test module rotates the surface to automatic focusing camera head
Carry out blackboard test, thus be implemented without converting work table and just automatically can carry out multiple function for automatic focusing camera head
Test, reduce cost of labor and also improve work efficiency and product quality.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of a kind of embodiment of this utility model automatic testing equipment.
Fig. 2 is the state diagram of the bar code scanner module scanning mode of automatic testing equipment shown in Fig. 1.
Fig. 3 is the state diagram of the cover plate closing module Guan Bi pallet cover of automatic testing equipment shown in Fig. 1.
Fig. 4 is to move after the measurement jig module of automatic testing equipment shown in Fig. 1 builds pallet cover to nearly burnt test module
Lower section carries out the state diagram of nearly burnt test.
Fig. 5 is that the blank test module of automatic testing equipment shown in Fig. 1 moves and carries out blank above measurement jig module
The state diagram of test.
Fig. 6 is that the blank test module of automatic testing equipment shown in Fig. 1 moves and carries out blank above measurement jig module
Right view during test.
Fig. 7 is the axonometric chart that the moving substrate of automatic testing equipment shown in Fig. 1 and measurement jig module return to initial position.
Fig. 8 is that the blackboard test module of automatic testing equipment shown in Fig. 1 rotates to enter to the surface of automatic focusing camera head
The state diagram of row blackboard test.
In figure, each description of reference numerals is as follows.
Automatic testing equipment 100 pedestal 10
Switch 11 mobile modules 20
First guide rail 21 moving substrate 22
First driver 23 limiting section 24
Fixed part 241 stopper section 242
Mounting blocks 243 lateral blocks 244
Connecting portion 245 extension 246
Block 25 measurement jig module 30
In conjunction with platform 31 camera lens pallet 32
Pallet cover 33 perforate 34
Bar code scanner module 40 scanner driver 41
Barcode scanner 42 blackboard test module 50
Blackboard driver 51 blackboard test subject portion 52
Cover plate closing module 60 support 61
Cantilever 62 closes roller 63
The nearly nearly burnt test subject portion 71 of burnt test module 70
Fixed mount 72 pole 73
Connecting rod 74 blank test module 80
Fixing post 81 fixed plate 82
Cushion block 83 guide channel 831
Holding parts 84 holds base portion 841
Grip block 842 second guide rail 843
Transverse slat 844 side plate 845
Blank test subject portion 85 second driver 86
Remote burnt test module 90 automatic focusing camera head 200.
Detailed description of the invention
By describing technology contents of the present utility model, structural feature, the purpose realized and effect in detail, below in conjunction with tool
Body embodiment also coordinates accompanying drawing to be described in detail.
Referring to Fig. 1 and Fig. 7, this utility model automatic testing equipment 100, in order to automatically for automatic focusing camera head
200 test, and are installed in a lamp box (not shown), including pedestal 10, mobile module 20, measurement jig module
30, a nearly burnt test module 70, of bar code scanner module 40, blackboard test module 50, cover plate closing module 60, is white
Board test module 80 and a remote burnt test module 90.
Referring to Fig. 1, the described rectangular shape of pedestal 10, pedestal 10 is installed in lamp box (not shown), and pedestal is provided with out
Close 11.
Refer to Fig. 2, described mobile module 20 include one first guide rail 21, moving substrate 22,1 first driver 23,
One limiting section 24 and a block 25.Described first guide rail 21 is fixedly arranged on, in front and back extend, the centre that pedestal 10 upper surface is anterior,
Described moving substrate 22 can be installed on the first guide rail 21 slidingly back and forth, and described first driver 23 is a cylinder actuator,
First driver 23 is fixedly arranged on the rear portion of pedestal 10 upper surface and is connected with moving substrate 22, and then can drive moving substrate 22 edge
The first guide rail 21 slide anteroposterior.Described limiting section 24 includes fixed part 241 and a stopper section 242.Described fixed part 241 in
L-shaped, fixed part 241 has one in the mounting blocks 243 front and back extended, and the one side of mounting blocks 243 connects a lateral blocks 244.
Described stopper section 242 has an opening C-shaped connecting portion 245 backward, and the lower ora terminalis of connecting portion 245 connects has one to prolong backward
The extension 246 stretched.
Please continue refering to Fig. 2, described limiting section 24 is installed in the rear surface of moving substrate 22.Specifically, described mounting blocks 243
Being installed in the rear surface of moving substrate 22, the upper end of described connecting portion 245 is installed in the end of the free end of lateral blocks 244.Institute
State block 25 and be fixedly arranged on the upper surface of pedestal 10 in the rear of the extension 246 of limiting section 24.
Please continue refering to Fig. 1, described measurement jig module 30 includes that one combines platform 31, camera lens pallet 32 and a pallet cover
33.The front portion being installed in pedestal 10 upper surface that described measurement jig module 30 can move forward and backward.Specifically, described measurement jig
The combination platform 31 of module 30 is fixedly arranged on moving substrate 22, and described camera lens pallet 32 is installed in and combines on platform 31, described from
Dynamic focusing camera head 200 is installed on camera lens pallet 32, and described pallet cover 33 is covered on camera lens pallet 32, after pallet cover 33
End is articulated in the rear end of camera lens pallet 32, and the centre of pallet cover 33 offers a perforate 34 at automatic focusing camera head 200.
Described bar code scanner module 40 includes that scan driver 41 and is fixedly arranged on the bar shaped on scanner driver 41
Code scanner 42, described scanner driver 41 is a rotation and lifting cylinder, and described scanner driver 41 is installed in table on pedestal 10
Face is in the front portion of measurement jig module 30 side.
Described blackboard test module 50 is rotatably fixedly arranged on another in measurement jig module of the front portion of pedestal 10 upper surface
Side.Specifically, to include that a blackboard driver 51 and is fixedly arranged in blackboard driver 51 black for described blackboard test module 50
Board test main part 52, described blackboard driver 51 is a rotation and lifting cylinder, and described blackboard driver 51 is installed in pedestal 10
Upper surface is in the front portion of measurement jig module 30 opposite side.
Referring to Fig. 1 and Fig. 2, described cover plate closing module 60 includes support 61, cantilever 62 and a Guan Bi roller 63.
Described support 61 is installed in the front portion of pedestal 10 upper surface and in the side of blackboard test module 50 and is positioned at blackboard test module 50
Rear, described support 61 is positioned at the front of limiting section 24, thus limiting section 24 is located between block 25 and support 61.Described outstanding
Arm 62 is fixedly arranged on support 61 and extends to the top at camera lens pallet 32 rear portion, and described Guan Bi roller 63 is articulated in oneself of cantilever 62
By holding.
Please continue refering to Fig. 1, described nearly burnt test module 70 is located at the middle part of pedestal 10 upper surface and is positioned at measurement jig mould
The top of block 30.Specifically, described nearly burnt test module 70 includes nearly burnt test subject portion 71 and a fixed mount 72, described solid
Determine frame 72 and include that the middle part of the two the most fixed pedestal 10 upper surfaces pole 73 and in measurement jig module 30 both sides is connected to
The connecting rod 74 of pole 73 upper end, described nearly burnt test subject portion 71 is fixedly arranged between two poles 73 and is positioned at measurement jig module
The top of 30.
Referring to Fig. 5 and Fig. 6, described blank test module 80 includes some fixing post 81, fixed plate 82, two cushion blocks
83, holding parts 84, blank test subject portion 85 and one second driver 86.Described some fixing posts 81 are two rows in left and right
Being fixedly arranged on the left and right sides at pedestal 10 upper surface rear portion respectively, the top of some fixing posts 81 is higher than measurement jig module 30 and low
In the top of pole 73, the rear portion of described fixed plate 82 is fixedly arranged on the top of some fixing posts 81, and described two cushion blocks 83 are solid respectively
It is located at the left and right sides that fixed plate 82 end face is anterior, two cushion blocks 83 offer guide channel 831 respectively.Described second driver 86
Be fixedly arranged on the upper surface of fixed plate 82, described holding parts 84 can be installed in slidingly back and forth in fixed plate 82 and with the second driver
86 connect, and drive holding parts 84 slide anteroposterior in fixed plate 82, described blank test subject portion 85 by the second driver 86
It is installed on holding parts 84.Specifically, described holding parts 84 includes fixing base portion 841, two grip block 842 and two second guide rails
843, described fixing base portion 841 has the two ends transverse slat 844 beyond fixed plate 82 both sides, described second driver 86 and transverse slat
844 connect, and the two ends of transverse slat 844 are respectively connected with a side plate 845 downwardly extended, and the lower end of biside plate 845 all protrudes out fixing
Plate 82 bottom surface, described two grip blocks 842 are in front and back extending and be fixedly arranged on respectively the lower end of side plate 845, and the test of described blank is main
Body 85 is located at the lower section of fixed plate 82 and is fixedly arranged between two grip blocks 842, and the front end of described two second guide rails 843 is solid respectively
Being located at the both sides of transverse slat 844 lower surface, two second guide rails 843 respectively can being installed in a guide channel 831 of slide anteroposterior.
Referring to Fig. 7, described remote burnt test module 90 is located at the front portion of pedestal 10 in the top of measurement jig module 30.
The workflow of this utility model automatic testing equipment 100 is as follows:
Referring to Fig. 1, Fig. 2 and Fig. 7, during initial position, measurement jig module 30 and moving substrate 22 are positioned at the first guide rail
The front end of 21, remote burnt test module 90 is positioned at the surface of measurement jig module 30, and the front end of connecting portion 245 is resisted against support 61
On, Guan Bi roller 63 is positioned at the top at pallet cover 33 rear portion；
Operator opens pallet cover 33, and pallet cover 33 is resisted against on Guan Bi roller 63, is installed by automatic focusing camera head 200
On the camera lens pallet 32 of measurement jig module 30, opening switch 11, test job starts, and bar code scanner module 40 is to automatically
Focusing camera head 200 carries out bar code scanning.Specifically, scanner driver 41 driver blade code scanner 42 rises and to test
The side 90-degree rotation of tool module 30 thus the bar code (not shown) on automatic focusing camera head 200 is scanned, complete
After being in strip code reading, scanner driver 41 driver blade code scanner 42 returns to initial position；
Referring to Fig. 3 and Fig. 4, the first driver 23 drives moving substrate 22 and measurement jig module 30 along the first guide rail
21 slide backward until the rear end of extension 246 is resisted against on block 25, and Guan Bi roller 63 pushing and withstanding pallet cover 33 covers, Guan Bi rolling
Wheel 63 contacts the abrasion that can avoid pallet cover 33 with pallet cover 33 with roll mode, when the rear end of extension 246 is resisted against gear
Time on block 25, moving substrate 22 is positioned at the rear portion of the first guide rail 21, and measurement jig module 30 is just being positioned at nearly burnt test module 70
Lower section thus automatic focusing camera head 200 is carried out nearly burnt test；
Referring to Fig. 4 to Fig. 7, after nearly Jiao has tested, moving substrate 22 and measurement jig module 30 are also at the first guide rail
The rear portion of 21, the surface of blank test module 80 forward slip to measurement jig module 30 and automatic focusing camera head 200 is entered
Row blank is tested.Specifically, the second driver 86 drives forwards the transverse slat 844 of holding parts 84, and transverse slat 844 is by the second guide rail
Guiding opposing fixed plate 82 forward slip of 843, until blank test subject portion 85 is positioned at the surface of measurement jig module 30,
Thus carry out blank test.After blank has been tested, the second driver 86 drives holding parts 84 and blank test subject portion 85 go back tos
To initial position；
Referring to Fig. 1, Fig. 7 and Fig. 8, after blank test terminates, the first driver 23 drives moving substrate 22 and test to control
Tool module 30 is resisted against on support 61 along the first guide rail 21 forward slip to the front end of the connecting portion 245 of limiting section 24, i.e. moves
Substrate 22 and measurement jig module 30 return to initial position, and blackboard driver 51 drives blackboard test subject portion 52 to rise and to survey
Try the side 90-degree rotation of tool module 30 thus automatic focusing camera head 200 is carried out blackboard test.After blackboard has been tested,
Blackboard driver 51 drives blackboard test subject portion 52 to return to initial position；
After blackboard has been tested, remote burnt test module 90 carries out remote burnt test, remote burnt test to automatic focusing camera head 200
After completing, operator opens pallet cover 33, takes off automatic focusing camera head 200, and is ready for next automatic focusing camera
The test jobs of 200.
As it has been described above, this utility model automatic testing equipment 100 can the installing of slide anteroposterior by measurement jig module 30
In the front portion of pedestal 10 upper surface, automatic focusing camera head 200 is positioned in measurement jig module 20, starts auto-focusing
Photographic head 200 carries out test job, and measurement jig module 30 is moved rearwardly into setting position automatically, carries out nearly burnt test, closely burnt
After having tested, the surface of the blank test automatic forward slip of module 80 to automatic focusing camera head 200 carries out blank test,
After blank has been tested, measurement jig module 30 moves forward to initial position, and then blackboard test module 50 rotates to automatically
The surface of focusing camera head 200 carries out blackboard test, thus be implemented without converting work table just can be automatically for automatically
Focusing camera head 200 carries out the test of several functions, reduces cost of labor and improves work efficiency and product quality.
Claims (10)
1. an automatic testing equipment, in order to automatically to test for automatic focusing camera head, is installed in a lamp box, and it is special
Levy and be: include a pedestal, a measurement jig module, a nearly burnt test module, a blackboard test module, a blank test module
Burnt test module remote with one；Measurement jig module can the upper surface that be installed in pedestal of slide anteroposterior, described automatic focusing camera
Head is positioned in measurement jig module；Described nearly burnt test module is located at the middle part of pedestal upper surface, and during nearly burnt test, test is controlled
Tool module moves the underface to nearly burnt test module；Before described blackboard test module is rotatably fixedly arranged on pedestal upper surface
Portion, during blackboard test, blackboard test module rotates the surface to automatic focusing camera head；Described blank test module can before and after
Be located at the rear portion of pedestal upper surface slidably, during blank test, blank test module forward slip to measurement jig module and from
The surface of dynamic focusing camera head；Described remote burnt test module is located at the front portion of pedestal upper surface, during remote burnt test, measurement jig
Module moves the underface to remote burnt test module.
2. automatic testing equipment as claimed in claim 1, it is characterised in that: it also includes a mobile module, described mobile mould
Block includes one first guide rail, a moving substrate and one first driver；Described first guide rail is fixedly arranged on pedestal in front and back extend
The centre that upper surface is anterior, described moving substrate can be installed on the first guide rail slidingly back and forth, and described first driver is fixed
In the rear portion of pedestal upper surface and it is connected with moving substrate, and then drives moving substrate along the first guide rail slide anteroposterior；Described
Measurement jig module is fixedly arranged on moving substrate.
3. automatic testing equipment as claimed in claim 2, it is characterised in that: described measurement jig module includes that one combines platform
With a camera lens pallet；Described combination platform is fixedly arranged on moving substrate, and described camera lens pallet is installed in and combines on platform, described from
Dynamic focusing camera head is installed on camera lens pallet.
4. automatic testing equipment as claimed in claim 3, it is characterised in that: described measurement jig module also includes a pallet
Lid, described pallet cover is covered on camera lens pallet, and the rear end of pallet cover is articulated in the rear end of camera lens pallet, the centre of pallet cover in
A perforate is offered at automatic focusing camera head；Described automatic testing equipment also includes a cover plate closing module, cover plate closing mould
Block includes a support, a cantilever and a Guan Bi roller；Described support is installed in the front portion of pedestal upper surface, and described cantilever is fixedly arranged on
On support and extend to the top at camera lens pallet rear portion, described Guan Bi roller is articulated in the free end of cantilever, opens pallet cover, torr
Disk cover is resisted against on Guan Bi roller, and when measurement jig module slides backward, Guan Bi roller pushing and withstanding pallet cover covers.
5. automatic testing equipment as claimed in claim 4, it is characterised in that: described mobile module also includes a limiting section and
Block, described block is fixedly arranged on the upper surface rear in support of pedestal, and described limiting section is installed in the rear surface of moving substrate
And be located between block and support；Described limiting section includes a fixed part and a stopper section, and described fixed part has one in front and back
The mounting blocks extended, mounting blocks has a lateral blocks in the one side connection of near bracket；Described stopper section has an opening backward
C-shaped connecting portion, the lower ora terminalis of described connecting portion connects an extension extended back；Described mounting blocks is installed in shifting
The rear surface of dynamic substrate, the upper end of described connecting portion is fixedly arranged on the end of the free end of lateral blocks, and described moving substrate backward may be used
The rear end sliding into extension is resisted against on block, and described moving substrate is the most slidably resisted against support to the front end of connecting portion
On.
6. automatic testing equipment as claimed in claim 1, it is characterised in that: described nearly burnt test module includes a nearly burnt test
Main part and a fixed mount, described fixed mount includes propping up in measurement jig module both sides in the middle part of the two fixed pedestal upper surfaces of difference
Bar, described nearly burnt test subject portion is fixedly arranged between two poles and is positioned at the top of measurement jig module.
7. automatic testing equipment as claimed in claim 1, it is characterised in that: described blank test module includes some fixing
Post, a fixed plate, a holding parts, a blank test subject portion and one second driver；Described some fixing posts are left and right two row
The left and right sides being fixedly arranged on pedestal upper surface rear portion respectively, the top of described some fixing posts be higher than measurement jig module；Institute
The rear portion stating fixed plate is fixedly arranged on the top of some fixing posts, and described second driver is fixedly arranged in fixed plate, described holding parts
Can be installed in slidingly back and forth in fixed plate and be connected with the second driver, by the second driver drives holding parts in fixed plate
Upper slide anteroposterior, described blank test subject portion is installed on holding parts.
8. automatic testing equipment as claimed in claim 7, it is characterised in that: described blank test module also includes two cushion blocks,
Described two cushion blocks are fixedly arranged on the left and right sides that fixed plate end face is anterior respectively, and two cushion blocks offer guide channel respectively；Described solid
The portion of holding includes a fixing base portion, two grip blocks and two second guide rails, and described fixing base portion has two ends beyond fixed plate both sides
Transverse slat, described second driver is connected with transverse slat, and the two ends of described transverse slat are respectively connected with a side plate downwardly extended, biside plate
Lower end all protrude out fixed plate bottom surface, described two grip blocks are fixedly arranged on the lower end of side plate respectively；Described blank test subject
Portion is located at the lower section of fixed plate and is fixedly arranged between two grip blocks, and the front end of described two second guide rails is fixedly arranged on transverse slat following table respectively
The both sides in face, described two second guide rails respectively can being installed in a guide channel of slide anteroposterior.
9. automatic testing equipment as claimed in claim 1, it is characterised in that: described blackboard test module includes that one is fixedly arranged on base
The blackboard test subject portion that the blackboard driver and of seat side, upper surface front portion is fixedly arranged in blackboard driver.
10. automatic testing equipment as claimed in claim 1, it is characterised in that: it also includes a bar code scanner module, to certainly
Dynamic focusing camera head carries out bar code scanning, and bar code scanner module includes that one is installed in the turntable driving that pedestal upper surface is anterior
Device and one is fixedly arranged on the barcode scanner on scanner driver.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620508230.3U CN205748874U (en) | 2016-05-13 | 2016-05-13 | Automatic testing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620508230.3U CN205748874U (en) | 2016-05-13 | 2016-05-13 | Automatic testing equipment |
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| Publication Number | Publication Date |
|---|---|
| CN205748874U true CN205748874U (en) | 2016-11-30 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620508230.3U Active CN205748874U (en) | 2016-05-13 | 2016-05-13 | Automatic testing equipment |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108318223A (en) * | 2017-12-29 | 2018-07-24 | 广东欧珀移动通信有限公司 | The focusing detection device of electronic equipment |
| CN111735484A (en) * | 2020-07-14 | 2020-10-02 | 苏州鼎纳自动化技术有限公司 | Cross measuring mechanism |
| CN111988601A (en) * | 2020-07-29 | 2020-11-24 | 湖北三赢兴电子科技有限公司 | Automatic burning detection equipment for camera module |
-
2016
- 2016-05-13 CN CN201620508230.3U patent/CN205748874U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108318223A (en) * | 2017-12-29 | 2018-07-24 | 广东欧珀移动通信有限公司 | The focusing detection device of electronic equipment |
| CN111735484A (en) * | 2020-07-14 | 2020-10-02 | 苏州鼎纳自动化技术有限公司 | Cross measuring mechanism |
| CN111735484B (en) * | 2020-07-14 | 2022-03-25 | 苏州鼎纳自动化技术有限公司 | Cross measuring mechanism |
| CN111988601A (en) * | 2020-07-29 | 2020-11-24 | 湖北三赢兴电子科技有限公司 | Automatic burning detection equipment for camera module |
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