CN106404798A - Buckle slab burr detector for optical transceiver module - Google Patents
Buckle slab burr detector for optical transceiver module Download PDFInfo
- Publication number
- CN106404798A CN106404798A CN201610872152.XA CN201610872152A CN106404798A CN 106404798 A CN106404798 A CN 106404798A CN 201610872152 A CN201610872152 A CN 201610872152A CN 106404798 A CN106404798 A CN 106404798A
- Authority
- CN
- China
- Prior art keywords
- cramp
- transceiver module
- optical transceiver
- burr
- buckle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
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Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N21/00—Investigating or analysing materials by the use of optical means, i.e. using sub-millimetre waves, infrared, visible or ultraviolet light
- G01N21/84—Systems specially adapted for particular applications
- G01N21/88—Investigating the presence of flaws or contamination
- G01N21/89—Investigating the presence of flaws or contamination in moving material, e.g. running paper or textiles
- G01N21/892—Investigating the presence of flaws or contamination in moving material, e.g. running paper or textiles characterised by the flaw, defect or object feature examined
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N21/00—Investigating or analysing materials by the use of optical means, i.e. using sub-millimetre waves, infrared, visible or ultraviolet light
- G01N21/84—Systems specially adapted for particular applications
- G01N21/88—Investigating the presence of flaws or contamination
- G01N21/89—Investigating the presence of flaws or contamination in moving material, e.g. running paper or textiles
- G01N21/892—Investigating the presence of flaws or contamination in moving material, e.g. running paper or textiles characterised by the flaw, defect or object feature examined
- G01N2021/8924—Dents; Relief flaws
Abstract
The invention provides a buckle slab burr detector for an optical transceiver module. The buckle slab burr detector is used for detecting burrs at peripheral edge of a buckle slab (1) of the optical transceiver module, and comprises a material supply mechanism (100) for outputting the buckle slabs (1) in sequence, a conveying mechanism (200) for receiving the buckle slabs (1) output by the material supply mechanism (100) and arraying and outputting the multiple buckle slabs (1) in sequence, a detection mechanism (300) for catching the buckle slabs (1) on the conveying mechanism (200) in sequence and performing visual detection on the burrs at the edges of the buckle slabs (1), and a material separation mechanism (400) for receiving the buckle slabs (1) subjected to detection of the detection mechanism (300), wherein the conveying mechanism (200) comprises a guide rail conveying device (201) for arraying the multiple buckle slabs (1) in sequence and only outputting one buckle slab at one time and a buckle slab locating slot (202) for only accommodating one buckle slab (1) at one time. Full-automatic detection equipment replaces manual detection of the burrs on the buckle slabs of the optical transceiver module, so that the productionefficiency is greatly improved, and the omission ratio is reduced.
Description
Technical field
The present invention relates to a kind of optical communication equipment piece test equipment, especially relate to a kind of optical transceiver module cramp burr
Testing machine.
Background technology
Optical transceiver module is mainly made up of housing, light transmitting-receiving subassembly, circuit board, optical fiber connecting interface, electrical connection interface etc.,
To realize photoelectricity/electro-optic conversion, it is usually used in wireless speech communication, the access network in optical fiber network system, computer video transmission, number
According to communication, as the carrier of signal transmission between switch and equipment.When optical transceiver module is installed on electronic equipment, in order to more
Change conveniently, generally electrical connection interface is fabricated to pluggable structure, so that optical transceiver module is connected electrically on electronic equipment, only
Expose the head of housing, thus conveniently inserting optical fibers into the optical fiber connecting interface of housing head.
In order that optical transceiver module installation and removal when can conveniently operate, and after insertion equipment stably with electricity
Sub- equipment locking, is provided with cramp 1 as shown in Figure 1, cramp 1 has in laminar beloid button on optical transceiver module
Piece body 11, the leading section of cramp body 11 has barb 12 upwardly, and the rearward end both sides of cramp body 11 have respectively
There is connecting shaft 12 outwardly, when being that electronic equipment connects, the barb 12 of cramp 1 ejects to the outside of optical transceiver module,
It is hooked on the corresponding draw-in groove of electronic equipment.The head of optical transceiver module is additionally provided with rotate with the connecting shaft 13 of cramp 1 and is connected
Draw ring, by operation open draw ring when, under leverage, cramp 1 retreat a small distance, barb 12 withdraw light transmitting-receiving mould
In block, during operation draw ring closure, under leverage, cramp 1 is drawn out forward a small distance, and barb 12 is outwardly.By
In the aircraft that is shaped like of cramp 1, therefore, this cramp 1 is also generally referred to by those skilled in the art as " flivver ".
Aborning, the cramp 1 on optical transceiver module is by die cast, due to making the former of precision after molding
Cause, usually leaves some little burr at edge, and these burr may affect cramp after mounting on optical transceiver module
Activity is it is therefore desirable to remove Burr removal.But, in prior art, the cramp on optical transceiver module is carried out with the process of burr detection
All found by artificial perusal, not only inefficiency, and easy missing inspection.
Content of the invention
In view of this, in order to overcome the defect of prior art, it is an object of the invention to provide one kind can be received automatic detection light
Send out the optical transceiver module cramp burr testing machine of the burr of cramp in module, for improve production efficiency, reducing loss.
For reaching above-mentioned purpose, the present invention provides technical scheme below：
A kind of optical transceiver module cramp burr testing machine, for detect optical transceiver module cramp edge on burr,
Described cramp has in laminar beloid cramp body, and the leading section of described cramp body has falling upwardly
Hook, the rearward end both sides of described cramp body be respectively provided with connecting shaft outwardly it is characterised in that：Described optical transceiver module
Cramp burr testing machine is included for the feeding machanism being sequentially output described cramp, the described button receiving described feeding machanism output
Multiple described cramps are simultaneously arranged in order the conveying mechanism of output, capture described cramp on described conveying mechanism right successively by piece
Burr on the edge of described cramp carry out the testing agency of vision-based detection and receive the cramp that the detection of described testing agency completes
Feeding distribution mechanism, described conveying mechanism include for be arranged in order multiple described cramps and once only export a described cramp
Guide rail conveying device and the cramp locating slot that once only can accommodate a described cramp.
Described guide rail conveying device has the chute for being arranged in order multiple described cramps, and described chute has cramp entrance
And export with cramp, described guide rail conveying device can be arranged around the shaft centerline of side with spinning upside down, described guide rail conveying
Device has horizontal service position and inclined work position, when described guide rail conveying device is located at described horizontal service position,
Described cramp entrance is corresponding with described feeding machanism, and described cramp outlet is corresponding with described cramp locating slot；Lead when described
When rail conveyer device is located at inclined work position, described cramp entrance and described feeding machanism are staggered, the outlet of described cramp and
Described cramp locating slot is staggered.Cramp energy when guide rail conveying device is in horizontal service position, in guide rail conveying device
Enough successfully export to cramp locating slot, the cramp of feeding machanism output also can smoothly enter guide rail conveying device；Work as guide rail
When conveyer device is in inclined work position, the cramp of feeding machanism cannot be introduced into guide rail conveying device, in guide rail conveying device
Cramp also stop move, now testing agency capture cramp locating slot on cramp detected.One cramp is detected machine
After structure crawl is walked, cramp locating slot becomes vacant state, guide rail conveying device downwardly turns over to horizontal service position again,
After feeding machanism direction guiding rail conveyer device inputs a cramp, under the promotion of this cramp, multiple in guide rail conveying device
Cramp is promoted to the direction of cramp locating slot successively, and releases in a cramp entrance cramp locating slot, thus preparing next
The burr detection of individual cramp.After employing a design in which, cramp can be made intermittently to export to cramp locating slot, make whole
Course of conveying is more orderly, also leaves the time of detection to testing agency.
It is preferred that described conveying mechanism also includes driving described guide rail conveying device to spin upside down around described shaft centerline
Overturning drive device.
It is preferred that described feeding machanism includes the vibrating disc device placing described cramp, described vibrating disc device have according to
The secondary feed tip exporting described cramp.The shock effect of vibrating disc orders about multiple cramps along on feed tip output conveying mechanism.
It is preferred that described testing agency includes the positioning base for putting described cramp, on described positioning base
Described cramp carries out the vision inspection apparatus of burr detection, and the described cramp capturing on described cramp locating slot puts into described positioning
The charging grabbing device of base, and capture from described positioning base described cramp lose into described feeding distribution mechanism blanking crawl
Device.In a particular embodiment, charging grabbing device and blanking grabbing device are Pneumatic suction cup device.
More preferably, described testing agency also includes stand, and described stand is provided with vertical guide and cross slide way, described horizontal stroke
Direction guiding rail can vertically slide up and down to and is connected in described vertical guide, described charging grabbing device and described blanking crawl dress
Put and can transversely slidingly be connected on described cross slide way respectively.
In specific embodiment, described stand is additionally provided with the lifting drive driving described cross slide way to slide up and down,
Described cross slide way is provided with and simultaneously drives the traversing drive that described charging grabbing device and described blanking grabbing device horizontally slip
Dynamic device.
Wherein, described cross slide way is additionally provided with the driving relatively described cross slide way of described blanking grabbing device to horizontally slip
Waste material blanking cross sliding driving device.
It is preferred that described feeding distribution mechanism includes the blanking chute being obliquely installed and is located at the rewinding below described blanking chute
Frame.
Further, described blanking chute includes the qualified material blanking chute being arranged side by side and waste material blanking chute, described
The waste material of qualified material rewinding frame and corresponding described waste material blanking chute that rewinding frame includes corresponding described qualification rate blanking chute is received
Material frame.
Due to adopting technique scheme, compared to prior art, optical transceiver module cramp burr testing machine of the present invention is led to
Cross full automatic testing equipment, instead of artificial operation, the cramp of optical transceiver module can be carried out with automatic burr detection, significantly
Improve production efficiency, reduce labor intensity, and loss is effectively reduced.
Brief description
Fig. 1 is the structural representation of the cramp of optical transceiver module.
Fig. 2 is the schematic perspective view of optical transceiver module cramp burr testing machine of the present invention.
Fig. 3 is the A portion enlarged drawing in Fig. 2.
Fig. 4 is the schematic perspective view of optical transceiver module cramp burr testing machine of the present invention.
Specific embodiment
Below in conjunction with the accompanying drawings the specific embodiment of the present invention is described in detail.
Embodiment one
Refer to Fig. 1 to Fig. 4, a kind of optical transceiver module cramp burr testing machine, for detecting optical transceiver module as shown in Figure 1
The edge of cramp 1 on burr, optical transceiver module cramp burr testing machine includes feeding machanism 100, conveying mechanism
200th, testing agency 300 and feeding distribution mechanism 400.This enforcement also include for install install feeding machanism 100, conveying mechanism 200,
Testing agency 300 and the support of feeding distribution mechanism 400.Wherein, vision inspection apparatus 302 are adopted in testing agency 300 to cramp 1
Outward appearance is detected, specifically carries out Image Acquisition using CCD camera lens to cramp 1, then by the image of acquisition and the mark prestoring
Quasi- image is compared and is judged, when the burr of the edge of cramp 1 are less, without departing from standard picture the margin of tolerance when,
It is judged as qualified material；When burr are more, beyond standard picture the margin of tolerance when, be judged as waste material.
Feeding machanism 100 is used for being sequentially output cramp 1, and it includes placing the vibrating disc device 101 of cramp 1, and vibrating disc fills
Put 101 and there is the feed tip 102 being sequentially output cramp.After the vibrations of vibrating disc device 101, cramp 1 is adjusted by tool
Have barb 12 one faces up, and moves all along the width forward permutations of cramp 1, exports from feed tip 102.
Conveying mechanism 200 is used for receiving the cramp 1 of feeding machanism 100 output, and multiple cramps 1 are arranged in order output.
Conveying mechanism includes guide rail conveying device 201, cramp locating slot 202 and overturning drive device 203.Guide rail conveying device 201 is used
In be arranged in order multiple cramps 1 and once only export a cramp 1 and once only can accommodate a cramp 1, the present embodiment
In, guide rail conveying device 201 includes lower guideway stacked together and upper rail, has for successively between upper rail and lower guideway
Arrange the chute of multiple cramps 1, chute is had cramp entrance and exported with cramp, and cramp 1 is between lower guideway and upper rail
Chute is arranged in order to enter and export from cramp from cramp entrance and exports, thus cramp 1 is delivered to positioned at cramp exit
On cramp locating slot 202.Offer only for placing the room of a cramp 1 on cramp locating slot 202, when a cramp 1 is located at
When in cramp locating slot 202 Vacancy, the multiple cramps 1 on guide rail conveying device 201 just cannot move further along, unless cramp
Cramp 1 in locating slot 202 is removed.
As shown in figure 3, in order to realize batch (-type) feed, guide rail conveying device 201 can be upper and lower around the shaft centerline of side
Turningly arrange, drive guide rail conveying device 201 to spin upside down around described shaft centerline by turning down driving means 203.This
In embodiment, the guide rail conveying device 201 that can spin upside down has horizontal service position and inclined work position, when guide rail is defeated
When sending device 201 to be located at described horizontal service position, cramp entrance is corresponding with feeding machanism 100, and cramp outlet is fixed with cramp
Position groove 202 is corresponding；When guide rail conveying device 201 is located at inclined work position, cramp entrance is staggered with feeding machanism 100
Open, cramp outlet is staggered with cramp locating slot 202.
Testing agency 300 include for put cramp 1 positioning base 301, vision inspection apparatus 302, charging crawl dress
Put 303, blanking grabbing device 304, stand 305, vertical guide 306, cross slide way 307, lifting drive 308, traversing drive
Dynamic device 309 and waste material blanking cross sliding driving device 310.
Positioning base 301 and stand 305 are all fixed on support.Vision inspection apparatus 302 are fixed on by mounting bracket
In stand 305, and the top positioned at positioning base 301, for burr detection is carried out to the cramp 1 on positioning base 401.Perpendicular
Direction guiding rail 306 is fixed in stand 305, and cross slide way 307 can vertically slide up and down to and is connected in vertical guide 306, enter
Material grabbing device 303 and blanking grabbing device 304 can transversely slidingly be connected on cross slide way 307 respectively, charging
The cramp 1 that grabbing device 303 is used for capturing on cramp locating slot 202 puts into positioning base 301, and blanking grabbing device 304 is used for
From positioning base 301, crawl cramp 1 is lost into feeding distribution mechanism 400.
Lifting drive 308 is arranged in stand 305, for driving cross slide way 307 to slide up and down.Traversing driving fills
Put 409 to be arranged on cross slide way 306, charging grabbing device 303 and blanking grabbing device 304 can be simultaneously driven to horizontally slip.
Blanking cross sliding driving device 310 is arranged on cross slide way 306, is used for being operated alone that blanking grabbing device 304 is relatively transverse to lead
Rail 407 horizontally slips.
Wherein, wherein, conveying mechanism 200 and feeding distribution mechanism 400 are respectively positioned at the two ends of cross slide way 307.Charging crawl
Spacing between spacing between device 303 and blanking grabbing device 304 and cramp locating slot 202 and positioning base 301 is identical.
Feeding distribution mechanism 400 is arranged on support, passes through blanking grabbing device for after the completion of receiving testing agency 300 detection
The cramp 1 leaving behind after 304 crawls.Feeding distribution mechanism 400 includes the blanking chute being obliquely installed and is located at below described blanking chute
Rewinding frame, wherein, blanking chute includes the qualified material blanking chute 401 being arranged side by side and waste material blanking chute 402, described receipts
Material frame includes the qualified material rewinding frame 403 of corresponding qualification rate blanking chute 401 and the waste material rewinding of corresponding waste material blanking chute 402
Frame 404.
When cross sliding driving device 409 simultaneously drives charging grabbing device 303 and blanking grabbing device 304 to position towards cramp
After the side that groove 202 is located slides into bottom, charging grabbing device 303 is placed exactly in the top of cramp locating slot 202, and blanking captures
Device 304 is placed exactly in the top of positioning base 301, and now lifting drive 308 drives whole cross slide way 307 to moving down
Dynamic, the cramp 1 to be detected making charging grabbing device 303 contact and capturing on cramp locating slot 202, meanwhile, blanking crawl dress
Put 304 to contact and the cramp 1 having completed after testing is captured on positioning base 301.When lifting drive 308 drive entirely horizontal
After guide rail 307 moves up, the cramp 1 on cramp 1 and positioning base 301 on cramp locating slot 202 also crawled walk.So
Cross sliding driving device 409 simultaneously drives charging grabbing device 303 and blanking grabbing device 304 to be located towards feeding distribution mechanism 400 afterwards
Side slide into bottom after, charging grabbing device 303 is placed exactly in the top of positioning base 301, and blanking grabbing device 304 is just
Top positioned at the qualified material blanking groove 401 of feeding distribution mechanism 400.Lifting drive 308 drives entirely traversing guide rail 307 again
After moving down, the cramp 1 on charging grabbing device 303 is just put on positioning base 301, then feeds grabbing device 303
Unclamp cramp 1, the cramp on positioning base 301 accepts the detection of vision inspection apparatus 302.
When the qualified products of crawl in blanking grabbing device 304, directly lost under qualified material by blanking grabbing device 304
In material chute 401, cramp 1 slips into qualified material rewinding frame 403.When the cramp 1 of crawl on blanking grabbing device 304 is underproof
During product, waste material blanking cross sliding driving device 310 is operated alone the relatively transverse guide rail 307 of blanking grabbing device 304 mobile again
Segment distance, makes blanking grabbing device 304 move to waste material blanking chute 402, cramp 1 slips into waste material rewinding frame 404.
After the optical transceiver module burr testing machine implemented using this, instead of manual work, greatly improve burr detection
Production efficiency, reduce labor intensity.
Above-described embodiment only technology design to illustrate the invention and feature, its object is to allow person skilled in the art
Scholar will appreciate that present disclosure and implements according to this, can not be limited the scope of the invention with this, all according to the present invention
Equivalence changes or modification that spirit is made, all should be included within the scope of the present invention.
Claims (10)
1. a kind of optical transceiver module cramp burr testing machine, for detecting the cramp of optical transceiver module（1）Edge on
Burr, described cramp（1）Have in laminar beloid cramp body（11）, described cramp body（11）Leading section
There is barb upwardly（12）, described cramp body（11）Rearward end both sides be respectively provided with connecting shaft outwardly
（13）It is characterised in that：Described optical transceiver module cramp burr testing machine is included for being sequentially output described cramp（1）Feed
Mechanism（100）, receive described feeding machanism（100）The described cramp of output（1）And by multiple described cramps（1）It is arranged in order defeated
The conveying mechanism going out（200）, capture described conveying mechanism successively（200）On described cramp（1）And to described cramp（1）Side
Burr on edge carry out the testing agency of vision-based detection（300）With the described testing agency of reception（300）Detect the cramp completing（1）
Feeding distribution mechanism（400）, described conveying mechanism（200）Including for being arranged in order multiple described cramps（1）And it is once only defeated
Go out a described cramp（1）Guide rail conveying device（201）Once only can accommodate a described cramp（1）Cramp locating slot
（202）.
2. optical transceiver module cramp burr testing machine according to claim 1 it is characterised in that：Described guide rail conveying device
（201）Have for being arranged in order multiple described cramps（1）Chute, described chute have cramp entrance and with cramp outlet, institute
State guide rail conveying device（201）Can arrange with spinning upside down around the shaft centerline of side, described guide rail conveying device（201）Tool
There are horizontal service position and inclined work position, when described guide rail conveying device（201）Positioned at described horizontal service position when, institute
State cramp entrance and described feeding machanism（100）Corresponding, described cramp exports and described cramp locating slot（202）Corresponding；
When described guide rail conveying device（201）Positioned at inclined work position when, described cramp entrance and described feeding machanism（100）It is staggered
Open, described cramp exports and described cramp locating slot（202）It is staggered.
3. optical transceiver module cramp burr testing machine according to claim 2 it is characterised in that：Described conveying mechanism
（200）Also include driving described guide rail conveying device（201）The overturning drive device spinning upside down around described shaft centerline
（203）.
4. the optical transceiver module cramp burr testing machine according to claims 1 to 3 any one it is characterised in that：Described
Feeding machanism（100）Including the described cramp of placement（1）Vibrating disc device（101）, described vibrating disc device（101）Have successively
Export the feed tip of described cramp（102）.
5. the optical transceiver module cramp burr testing machine according to claims 1 to 3 any one it is characterised in that：Described
Testing agency（300）Including for putting described cramp（1）Positioning base（301）, to described positioning base（301）On institute
State cramp（1）Carry out the vision inspection apparatus of burr detection（302）, capture described cramp locating slot（202）On described cramp
（1）Put into described positioning base（301）Charging grabbing device（303）, and from described positioning base（301）Upper crawl is described
Cramp（1）Lose into described feeding distribution mechanism（400）Blanking grabbing device（304）.
6. optical transceiver module cramp burr testing machine according to claim 5 it is characterised in that：Described testing agency
（300）Also include stand（305）, described stand（305）It is provided with vertical guide（306）And cross slide way（307）, described horizontal
Guide rail（307）Can vertically slide up and down to and be connected to described vertical guide（306）On, described charging grabbing device（303）With
Described blanking grabbing device（404）Transversely can slidingly be connected to described cross slide way respectively（307）On.
7. optical transceiver module cramp burr testing machine according to claim 6 it is characterised in that：Described stand（305）On
It is additionally provided with the described cross slide way of driving（307）The lifting drive sliding up and down（308）, described cross slide way（306）On set
Simultaneously drive described charging grabbing device（303）With described blanking grabbing device（304）The cross sliding driving device horizontally slipping
（309）.
8. optical transceiver module cramp burr testing machine according to claim 6 it is characterised in that：Described cross slide way
（306）On be additionally provided with driving described blanking grabbing device（304）Relatively described cross slide way（307）The waste material blanking horizontally slipping
Cross sliding driving device（310）.
9. optical transceiver module cramp burr testing machine according to claim 1 it is characterised in that：Described feeding distribution mechanism
（500）Rewinding frame including the blanking chute being obliquely installed and below described blanking chute.
10. optical transceiver module cramp burr testing machine according to claim 9 it is characterised in that：Described blanking chute bag
Include the qualified material blanking chute being arranged side by side（401）With waste material blanking chute（402）, it is described qualified that described rewinding frame includes correspondence
Rate blanking chute（401）Qualified material rewinding frame（503）With corresponding described waste material blanking chute（402）Waste material rewinding frame
（404）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610872152.XA CN106404798A (en) | 2016-09-30 | 2016-09-30 | Buckle slab burr detector for optical transceiver module |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610872152.XA CN106404798A (en) | 2016-09-30 | 2016-09-30 | Buckle slab burr detector for optical transceiver module |
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| CN201610872152.XA Pending CN106404798A (en) | 2016-09-30 | 2016-09-30 | Buckle slab burr detector for optical transceiver module |
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| 周江;任锟;帅英琦;陈英豪;: "基于机器视觉的磁钢片缺陷检测研究" * |
| 张磊;陈红;范维浩;: "陶瓷套圈表面质量机器视觉检测系统" * |
| 杜玉军;高明;辛维娟;: "微小零件几何尺寸自动检测装置" * |
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