CN208125632U - A kind of high-precision optical fiber adapter visual detection equipment - Google Patents
A kind of high-precision optical fiber adapter visual detection equipment Download PDFInfo
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- CN208125632U CN208125632U CN201820402547.8U CN201820402547U CN208125632U CN 208125632 U CN208125632 U CN 208125632U CN 201820402547 U CN201820402547 U CN 201820402547U CN 208125632 U CN208125632 U CN 208125632U
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Abstract
The utility model relates to a kind of high-precision optical fiber adapter visual detection equipments, including backstage image processing and analyzing terminal and the testing agency, feed mechanism and the cutting agency that are separately mounted on pedestal；Testing agency includes monitor station, elevating mechanism and device for shooting；Monitor station is mounted on the base；Elevating mechanism is mounted on the base；Device for shooting is mounted on elevating mechanism, and is located at the top of monitor station, and device for shooting is electrically connected with backstage image processing and analyzing terminal；Elevating mechanism can drive device for shooting to move up and down close to or far from monitor station；Feed mechanism and cutting agency are separately mounted on pedestal, and are distributed in the two sides of testing agency；Feed mechanism is to convey high-precision optical fiber adapter to be detected on monitor station, and cutting agency is to take the high-precision optical fiber adapter that will test platform detection and finish away.Advantage：Equipment volume is small, compact-sized, easy for operation, and detection efficiency is high, and testing result is accurate, and high degree of automation improves production efficiency.
Description
Technical field
The utility model belongs to automatic detection field, in particular to a kind of high-precision optical fiber adapter vision-based detection is set
It is standby.
Background technique
Be difficult in the occasion met the requirements and the repeated industrial production of high-volume in artificial vision, with Machine Vision Detection come
Substitution artificial detection has become inexorable trend.Automatic detection has numerous advantages such as reaction speed is fast, precision is high.Existing
In production line, because existing automatic detection system volume is big in the market, costly and use scope limitation, very
The production detection of more medium-sized and small enterprises also in the mode for being confined to manually spot-check product, cause yield rate it is low, manually at
This raising or even some enterprises abandon product testing completely, cause the product quality to circulate on the market not good enough.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of high-precision optical fiber adapter visual detection equipments, have
The defect for overcoming the prior art of effect.
The technical solution that the utility model solves above-mentioned technical problem is as follows：A kind of high-precision optical fiber adapter vision-based detection
Equipment, including backstage image processing and analyzing terminal and the testing agency, feed mechanism and the blanking machine that are separately mounted on pedestal
Structure；
Above-mentioned testing agency includes monitor station, elevating mechanism and device for shooting；
Above-mentioned monitor station is mounted on above-mentioned pedestal；
Above-mentioned elevating mechanism is mounted on above-mentioned pedestal by bracket, and is located at a upper side of above-mentioned monitor station；
Above-mentioned device for shooting is mounted on above-mentioned elevating mechanism, and be located at above-mentioned monitor station top, above-mentioned device for shooting with it is upper
The electrical connection of backstage image processing and analyzing terminal is stated, to take pictures simultaneously to the high-precision optical fiber adapter to be detected on above-mentioned monitor station
It is sent to backstage image processing and analyzing terminal and carries out image comparison processing；
Above-mentioned elevating mechanism can drive above-mentioned device for shooting to move up and down close to or far from above-mentioned monitor station；
Above-mentioned feed mechanism and cutting agency are separately mounted on above-mentioned pedestal, and are distributed in the two of above-mentioned testing agency
Side；
Above-mentioned feed mechanism is to convey high-precision optical fiber adapter to be detected, above-mentioned cutting agency on above-mentioned monitor station
Above-mentioned monitor station is detected into the high-precision optical fiber adapter finished to take away.
The utility model has the beneficial effects that：Entire detection device is small in size, compact-sized, easy for operation, detection
High-efficient, testing result is accurate, and high degree of automation improves production efficiency.
Based on the above technical solution, the utility model can also do following improvement.
Further, above-mentioned testing agency further includes light source mounting base and light source, and above-mentioned light source mounting base is mounted on above-mentioned branch
On frame, and it is provided on the position of monitor station, above-mentioned light source mounting base between above-mentioned device for shooting and monitor station and passes through up and down
The shooting hole worn it and above-mentioned device for shooting is supplied to take pictures, above-mentioned light source are mounted on above-mentioned light source mounting base lower end.
Beneficial effect using above-mentioned further scheme is can to improve dim light when detecting by light source, it is ensured that inspection
It is accurate to survey result.
Further, above-mentioned monitor station upper end is embedded with back light.
Beneficial effect using above-mentioned further scheme be by back light can to the charging tray on monitor station from bottom to
Upper light filling promotes the cleaning degree that detection is taken pictures, further ensures that testing result is accurate so as to improve detection light photograph.
Further, above-mentioned device for shooting includes industrial camera and microlens, and above-mentioned industrial camera is installed by above-mentioned bracket
On above-mentioned pedestal, and it is located at the top of above-mentioned monitor station, taking lens is downward, and above-mentioned microlens are vertically installed at above-mentioned
The lower section of the taking lens of industrial camera.
Beneficial effect using above-mentioned further scheme is that device for shooting can using the combination of industrial camera and microlens
The each testing product of quick scanning shoot, and high-resolution, image high-definition are formed, so that it is guaranteed that the standard of testing result
Really.
Further, above-mentioned testing agency further includes displacement regulating mechanism, and above-mentioned displacement regulating mechanism is mounted on above-mentioned pedestal
On, above-mentioned monitor station is mounted on above-mentioned displacement regulating mechanism, water of the above-mentioned displacement regulating mechanism to adjust above-mentioned monitor station
Prosposition moves.
Beneficial effect using above-mentioned further scheme is the displacement for being conducive to adjust monitor station, convenient for taking on monitor station
Put test sample.
Further, above-mentioned displacement regulating mechanism is electronic cross slid platform, and it is sliding that above-mentioned monitor station is mounted on above-mentioned electronic cross
The upper end of platform.
Beneficial effect using above-mentioned further scheme is that electronic cross slid platform is easy to operate, can fast and accurately be adjusted
The position of monitor station, conducive to the pick-and-place and detection of sample.
Further, above-mentioned feed mechanism includes feeding pedestal, feeding lifting platform, feeding lift drive mechanism, feeding magazine
With feeding pushing mechanism；
Above-mentioned feeding pedestal is mounted on above-mentioned pedestal upper end；
Above-mentioned feeding lift drive mechanism is mounted on above-mentioned feeding pedestal upper end；
Above-mentioned feeding lifting platform is horizontally arranged at the driving end of corresponding above-mentioned feeding lift drive mechanism, above-mentioned feeding liter
Drop driving mechanism can drive above-mentioned feeding lifting platform to move up and down by driving end；
Above-mentioned feeding magazine is the box body of inner hollow and both ends and upper end opening, and is mounted on above-mentioned feeding lifting platform
On, one end open-mouth is arranged close to above-mentioned monitor station, and the direction that the other end is directed away from above-mentioned monitor station extends；
In above-mentioned feeding magazine between the upper and lower every the multilayer that is placed be respectively provided with high-precision optical fiber adapter to be detected
Charging tray；
Above-mentioned feeding pushing mechanism is mounted on above-mentioned feeding pedestal, and is located at above-mentioned feeding magazine far from above-mentioned monitor station
One end correspond to the position of above-mentioned monitor station；
It the driving end of above-mentioned feeding pushing mechanism can be towards above-mentioned monitor station horizontal rectilinear motion close to or far from and by upper
The other end for stating feeding magazine is moved to one end of feeding magazine through above-mentioned feeding magazine, and synchronization will be more in above-mentioned feeding magazine
Layer is successively pushed from bottom to top and is placed on above-mentioned monitor station equipped with the charging tray of high-precision optical fiber adapter to be detected.
Beneficial effect using above-mentioned further scheme is that the design of feed mechanism structure is simple, reasonable, convenient for what will be stored
Charging tray equipped with sample to be tested is placed on monitor station one by one and is detected, easy for operation.
Beneficial effect using above-mentioned further scheme is that the design of feeding pushing mechanism is reasonable, easy to operate, and energy is quick, has
Effect carries out feeding equipped with the charging tray of sample to the multilayer in feeding magazine.
Further, above-mentioned cutting agency includes blanking pedestal, blanking lifting platform, blanking lift drive mechanism, blanking magazine
With blanking pulling mechanism；
Above-mentioned blanking pedestal is mounted on above-mentioned pedestal upper end；
Above-mentioned blanking lift drive mechanism is mounted on above-mentioned blanking pedestal upper end；
Above-mentioned blanking lifting platform is horizontally arranged at the driving end of corresponding above-mentioned blanking lift drive mechanism, above-mentioned blanking liter
Drop driving mechanism can drive above-mentioned blanking lifting platform to move up and down by driving end；
Above-mentioned blanking magazine is the box body of inner hollow and both ends and upper end opening, and is mounted on above-mentioned blanking lifting platform
On, one end open-mouth is arranged close to above-mentioned monitor station, and the direction that the other end is directed away from above-mentioned monitor station extends；
In above-mentioned blanking magazine between the upper and lower every placements multilayer equipped with detecting the high-precision optical fiber adapter finished
Charging tray；
Above-mentioned blanking pulling mechanism is mounted on above-mentioned blanking pedestal, and is located at above-mentioned blanking magazine far from above-mentioned monitor station
One end correspond to the position of above-mentioned monitor station；
It the driving end of above-mentioned blanking pulling mechanism can be towards above-mentioned monitor station horizontal rectilinear motion close to or far from and successively
It takes the charging tray of the high-precision optical fiber adapter finished on above-mentioned monitor station equipped with detection away, and is successively placed on from bottom to top above-mentioned
In blanking magazine.
Beneficial effect using above-mentioned further scheme is that the design of cutting agency structure is simple, reasonable, convenient for will test platform
The charging tray of the upper sample finished equipped with detection takes storage away one by one, easy for operation.
Further, above-mentioned feeding pushing mechanism and blanking pulling mechanism include mounting plate, motor and push-pull rod；
The mounting plate of above-mentioned feeding pushing mechanism and blanking pushing mechanism is vertically arranged in the top of above-mentioned pedestal respectively, and
Positioned at the two sides of above-mentioned testing agency；
Above-mentioned motor is mounted on the side of corresponding above-mentioned mounting plate, and drive shaft runs through above-mentioned mounting plate, and extends to
The other side of mounting plate is stated, is arranged rubber sleeve in the drive shaft of above-mentioned motor；
The position that the above-mentioned mounting plate other side is located at below the drive shaft of corresponding above-mentioned motor is rotatably equipped with first and leads
To wheel；
The above-mentioned mounting plate other side between the upper and lower every be rotatably equipped with a pair of second directive wheel；
Above-mentioned push-pull rod is horizontally set on the corresponding above-mentioned mounting plate other side, and parallel with above-mentioned mounting plate；
One end of above-mentioned push-pull rod across the drive shaft of corresponding above-mentioned motor and the first directive wheel, and respectively with it is upper
State the rubber sleeve in the drive shaft of motor and the contact of the first directive wheel；
The other end of above-mentioned push-pull rod is across above-mentioned second directive wheel of corresponding a pair, and respectively with a pair of above-mentioned the
The contact of two directive wheels；
The other end of above-mentioned push-pull rod extends towards above-mentioned monitor station, and is equipped with suitable equipped with high-precision optical fiber to clamp
The fixture of the charging tray of orchestration；
The motor of above-mentioned feeding pushing mechanism drives its drive shaft and rubber sleeve to rotate, and using above-mentioned rubber sleeve with it is corresponding
Above-mentioned push-pull rod between frictional force drives push-pull rod horizontal linear move back and forth so that the fixture of the above-mentioned push-pull rod other end
Multilayer in above-mentioned feeding magazine is successively pushed and is placed on from bottom to top equipped with the charging tray of high-precision optical fiber adapter to be detected
On above-mentioned monitor station；
The motor of above-mentioned blanking pulling mechanism drives its drive shaft and rubber sleeve to rotate, and using above-mentioned rubber sleeve with it is corresponding
Above-mentioned push-pull rod between frictional force drives push-pull rod horizontal linear move back and forth so that the fixture of the above-mentioned push-pull rod other end
The charging tray of the high-precision optical fiber adapter finished on above-mentioned monitor station equipped with detection is clamped, and is successively placed on from bottom to top above-mentioned
Blanking magazine.
Beneficial effect using above-mentioned further scheme is that feeding pushing mechanism and the design of blanking pulling mechanism are reasonable, operation
Simply, quickly and effectively the sample charging tray in feeding magazine can be placed in detection platform and is detected, and is complete after will test
Finish sample charging tray and be placed in blanking magazine one by one and stores blanking, it is smooth operation, simple.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the high-precision optical fiber adapter visual detection equipment of the utility model；
Fig. 2 is the structural schematic diagram of monitor station in the high-precision optical fiber adapter visual detection equipment of the utility model；
Fig. 3 is feeding pushing mechanism and/or blanking in the high-precision optical fiber adapter visual detection equipment of the utility model
The structural schematic diagram of pulling mechanism monitor station.
In attached drawing, parts list represented by the reference numerals are as follows：
1, testing agency, 3, feed mechanism, 4, cutting agency, 6, pedestal, 11, monitor station, 12, elevating mechanism, 13, shooting
Device, 15, bracket, 16, light source mounting base, 17, displacement regulating mechanism, 31, feeding pedestal, 32, feeding lifting platform, 33, feeding liter
Driving mechanism, 34, feeding magazine, 35, feeding pushing mechanism, 41, blanking pedestal, 42, blanking lifting platform, 43, blanking lifting drop
Driving mechanism, 44, blanking magazine, 45, blanking pulling mechanism, 51, mounting plate, 52, motor, 53, push-pull rod, 111, backlight light
Source, 131, industrial camera, 132, microlens, the 511, first directive wheel, the 512, second directive wheel.
Specific embodiment
The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical
It is novel, it is not intended to limit the scope of the utility model.
Embodiment：As shown in Figure 1, the high-precision optical fiber adapter visual detection equipment of the present embodiment includes at the image of backstage
Reason analysing terminal and testing agency 1, feed mechanism 3 and the cutting agency 4 being separately mounted on pedestal 6；
Above-mentioned testing agency 1 includes monitor station 11, elevating mechanism 12 and device for shooting 13；
Above-mentioned monitor station 11 is mounted on above-mentioned pedestal 6；
Above-mentioned elevating mechanism 12 is mounted on above-mentioned pedestal 6 by bracket 15, and is located on the side of above-mentioned monitor station 11
Side；
Above-mentioned device for shooting 13 is mounted on above-mentioned elevating mechanism 12, and is located at the top of above-mentioned monitor station 11, above-mentioned shooting
Device 13 is electrically connected with above-mentioned backstage image processing and analyzing terminal, to suitable to the high-precision optical fiber to be detected on above-mentioned monitor station 11
Orchestration, which takes pictures and is sent to backstage image processing and analyzing terminal, carries out image comparison processing；
Above-mentioned elevating mechanism 12 can drive above-mentioned device for shooting 13 to move up and down close to or far from above-mentioned monitor station 11；
Above-mentioned feed mechanism 3 and cutting agency 4 are separately mounted on above-mentioned pedestal 6, and are distributed in above-mentioned testing agency 1
Two sides；
Above-mentioned feed mechanism 3 is to convey high-precision optical fiber adapter to be detected, above-mentioned blanking on above-mentioned monitor station 11
Above-mentioned monitor station 11 is detected the high-precision optical fiber adapter finished to take away by mechanism 4.
When detection, the charging tray equipped with high-precision optical fiber adapter (sample) to be detected is placed on inspection by feed mechanism 3 one by one
On scaffold tower 11, device for shooting 13 takes pictures to multiple samples in charging tray, and image this evening is sent to backstage image procossing point
Terminal is analysed, the product appearance that will test and dimension data are compared with the setup parameter in database, check on product
Defect shows and marked by the display of backstage image processing and analyzing terminal, if it exists underproof sample, then by
Operator removes charging tray and chooses rejected product, later, is placed on monitor station 11 by the charging tray for rejecting bad sample,
It is taken away later by cutting agency 4, whole process realizes electrified inspection using automation shooting and with the means referring to image comparison
It surveys, detection efficiency is high, as a result accurately, shortens the production cycle, it is ensured that the product quality of subsequent factory.
Preferably, above-mentioned testing agency 1 further includes light source mounting base 16 and light source, above-mentioned light source mounting base 16 is mounted on
It states on bracket 15, and close to the position of monitor station 11, above-mentioned light source mounting base between above-mentioned device for shooting 13 and monitor station 11
It is provided on 16 up and down through it and for the shooting hole that above-mentioned device for shooting 13 is taken pictures, above-mentioned light source is mounted on above-mentioned light source mounting base 16
Lower end, in the detection process, synchronous point bright light source carries out light filling to sample to be tested, it is ensured that the sample drawing that device for shooting 13 is shot
As clear, conducive to the comparison of subsequent image, it is ensured that testing result it is accurate.
It should be noted that being needed above charging tray after the charging tray equipped with sample to be tested is placed on monitor station 11
Backlight is covered, the purpose is to the light sources using high brightness to launch light, and light forms high-resolution by detected product
Profile reaches high-precision and obtains detecting size and appearance, and size predominantly detects the concentricity of sample metal part and internal component, metal
The outer chamfer of part；The appearance of metalwork.It is contra bevel that backlight, which has been carried out special designing, in design, makes the wheel of examined product
Profile surface is more clear, and the readability of examined product profile directly determines the degree of detection.
Above-mentioned pedestal 6 is horizontally disposed slab construction, is made of the common backplane of the bread board at middle part and two sides, is detected
Mechanism 1 is mounted on bread board, is separately mounted in the common backplane of two sides by feed mechanism 3 and cutting agency 4, is needed spy
Not mentionleting alone bright is, it is contemplated that the layout and beauty of whole equipment, entire pedestal 6 should be rectangular slab construction, bread board and
General floorings are the matched rectangular slab of size, are evenly equipped with threaded hole on bread board, can be in the cofree movement of bread board
Increase or reduce other structures design, reduces the cost of equipment, enhance the accommodative ability of environment of equipment, meet a variety of demands.
Preferably, as shown in Fig. 2, 11 upper end of above-mentioned monitor station be embedded with back light 111, by back light 111 by
Tray bottom carries out light filling upwards, so that sample illumination is preferable, further increases the quality of the sample image of the shooting of device for shooting 13,
And then promote the accuracy of testing result.
Preferably, above-mentioned device for shooting 13 includes industrial camera 131 and microlens 132, above-mentioned industrial camera 131 passes through upper
It states bracket 15 to be mounted on above-mentioned pedestal 6, and is located at the top of above-mentioned monitor station 11, taking lens is downward, above-mentioned microscope
First 132 are vertically installed at the lower section of the taking lens of above-mentioned industrial camera 131, and industrial camera 131 selects high sensitivity, high frame number,
Camera high-definition, to ensure that it can accurately measure product size, the parameters such as angle, camera and microlens 132 are matched
Close, enable shooting sample image clearly in response sample minute sites image information, to realize to sample
High quality, the purpose of high-precision detection.
Preferably, above-mentioned testing agency 1 further includes displacement regulating mechanism 17, above-mentioned displacement regulating mechanism 17 is mounted on above-mentioned
On pedestal 6, above-mentioned monitor station 11 is mounted on above-mentioned displacement regulating mechanism 17, and above-mentioned displacement regulating mechanism 17 is above-mentioned to adjust
The horizontal displacement of monitor station 11, the displacement regulating mechanism 17 can adjust the position of monitor station 11 according to the actual situation, to realize
The purpose accurately taken pictures.
Preferably, above-mentioned displacement regulating mechanism 17 is electronic cross slid platform, above-mentioned monitor station 11 is mounted on above-mentioned electronic ten
The upper end of word slide unit, operates with more convenient, and electronic cross slid platform can adjust the specific of monitor station 11 in the horizontal plane
Position facilitates the operation of detection machine staff.
Above-mentioned electronic cross slid platform is the prior art, generally (generally electronic by two line slide rails at cross superposition
Linear slide rail) composition, with realize X Y-axis mobile adjusting.
Preferably, above-mentioned feed mechanism 3 include feeding pedestal 31, feeding lifting platform 32, feeding lift drive mechanism 33, on
Expect magazine 34 and feeding pushing mechanism 35；
Above-mentioned feeding pedestal 31 is mounted on above-mentioned 6 upper end of pedestal；
Above-mentioned feeding lift drive mechanism 33 is mounted on above-mentioned 31 upper end of feeding pedestal；
Above-mentioned feeding lifting platform 32 is horizontally arranged at the driving end of corresponding above-mentioned feeding lift drive mechanism 33, it is above-mentioned on
Material lift drive mechanism 33 can drive above-mentioned feeding lifting platform 32 to move up and down by driving end；
Above-mentioned feeding magazine 34 is the box body of inner hollow and both ends and upper end opening, and is mounted on above-mentioned feeding lifting
On platform 32, one end open-mouth is arranged close to above-mentioned monitor station 11, and the direction that the other end is directed away from above-mentioned monitor station 11 extends；
In above-mentioned feeding magazine 34 between the upper and lower every the multilayer that is placed be respectively provided with high-precision optical fiber adaptation to be detected
The charging tray of device；
Above-mentioned feeding pushing mechanism 35 is mounted on above-mentioned feeding pedestal 31, and is located at above-mentioned feeding magazine 34 far from above-mentioned
One end of monitor station 11 corresponds to the position of above-mentioned monitor station 11；
The driving end of above-mentioned feeding pushing mechanism 35 can towards above-mentioned 11 horizontal rectilinear motion of monitor station close to or far from, and
Be moved to one end of feeding magazine 34 through above-mentioned feeding magazine 34 by the other end of above-mentioned feeding magazine 34, and it is synchronous will be above-mentioned on
Multilayer successively pushes from bottom to top equipped with the charging tray of high-precision optical fiber adapter to be detected and is placed on above-mentioned inspection in material magazine 34
On scaffold tower 11, entire feed mechanism 3 is reasonable in design, before detection, only needs manually to be packed into dress in multilayer in feeding magazine 34
There is a charging tray of sample to be tested, under original state, feeding lifting platform 32 is in a high position, starts feeding lift drive mechanism 33
Afterwards, feeding lifting platform 32 is intermittent under the driving of feeding lift drive mechanism 33 moves down, and then drives feeding magazine
34 downward intermittent movements, every time after movement in place, it (is exactly by the charging tray of top layer that feeding pushing mechanism 35, which is run once,
It is placed on above-mentioned monitor station 11 by being pushed in feeding magazine 34), synchronous, cutting agency 3 will test the charging tray finished and take away, real
The detection operation now automated, automatic operating is steady, and speed is fast, work efficiency is high.
Preferably, above-mentioned cutting agency 4 include blanking pedestal 41, blanking lifting platform 42, blanking lift drive mechanism 43, under
Expect magazine 44 and blanking pulling mechanism 45；
Above-mentioned blanking pedestal 41 is mounted on above-mentioned 6 upper end of pedestal；
Above-mentioned blanking lift drive mechanism 43 is mounted on above-mentioned 41 upper end of blanking pedestal；
Above-mentioned blanking lifting platform 42 is horizontally arranged at the driving end of corresponding above-mentioned blanking lift drive mechanism 43, under above-mentioned
Material lift drive mechanism 43 can drive above-mentioned blanking lifting platform 42 to move up and down by driving end；
Above-mentioned blanking magazine 44 is the box body of inner hollow and both ends and upper end opening, and is mounted on above-mentioned blanking lifting
On platform 42, one end open-mouth is arranged close to above-mentioned monitor station 11, and the direction that the other end is directed away from above-mentioned monitor station 11 extends；
In above-mentioned blanking magazine 44 between the upper and lower every placements multilayer equipped with detecting the high-precision optical fiber adapter finished
Charging tray；
Above-mentioned blanking pulling mechanism 45 is mounted on above-mentioned blanking pedestal 41, and is located at above-mentioned blanking magazine 44 far from above-mentioned
One end of monitor station 11 corresponds to the position of above-mentioned monitor station 11；
The driving end of above-mentioned blanking pulling mechanism 45 can towards above-mentioned 11 horizontal rectilinear motion of monitor station close to or far from, and
It successively takes the charging tray of the high-precision optical fiber adapter finished on above-mentioned monitor station 11 equipped with detection away, and successively places from bottom to top
In above-mentioned blanking magazine 44, before detection, only need manually to be packed into the material that sample to be tested is housed in multilayer in feeding magazine 34
Disk, under original state, blanking lifting platform 42 is in a high position, after starting blanking lift drive mechanism 53, blanking lifting platform 32
It is intermittent under the driving of blanking lift drive mechanism 33 to move down, and then drive the intermittent shifting downwards of blanking magazine 44
Dynamic, every time after movement in place, it (is exactly that the charging tray that will test on platform 11 is taken away and under that blanking pulling mechanism 35, which is run once,
Successively it is placed in blanking magazine 44 upwards), entire blanking process realizes high degree of automation, runs smoothly, and speed is fast, works
It is high-efficient.
Preferably, as shown in figure 3, above-mentioned feeding pushing mechanism 35 and blanking pulling mechanism 45 include mounting plate 51, electricity
Machine 52 and push-pull rod 53；
The mounting plate 51 of above-mentioned feeding pushing mechanism 35 and blanking pushing mechanism 45 is vertically arranged in above-mentioned pedestal 6 respectively
Top, and it is located at the two sides of above-mentioned testing agency 1；
Above-mentioned motor 52 is mounted on the side of corresponding above-mentioned mounting plate 51, and drive shaft runs through above-mentioned mounting plate 51, and
The other side of above-mentioned mounting plate 51 is extended to, is arranged rubber sleeve in the drive shaft of above-mentioned motor 52；
The position that above-mentioned 51 other side of mounting plate is located at below the drive shaft of corresponding above-mentioned motor 52 is rotatably equipped with
One directive wheel 511；
Above-mentioned 51 other side of mounting plate between the upper and lower every be rotatably equipped with a pair of second directive wheel 512；
Above-mentioned push-pull rod 53 is horizontally set on corresponding 51 other side of above-mentioned mounting plate, and parallel with above-mentioned mounting plate 51；
One end of above-mentioned push-pull rod 53 across the drive shaft of corresponding above-mentioned motor 52 and the first directive wheel 511, and
Respectively in the drive shaft of above-mentioned motor 52 rubber sleeve and the first directive wheel 511 contact；
The other end of above-mentioned push-pull rod 53 across above-mentioned second directive wheel 512 of corresponding a pair, and respectively with a pair
Above-mentioned second directive wheel 512 contacts；
The other end of above-mentioned push-pull rod 53 extends towards above-mentioned monitor station 11, and is equipped with and high-precision light is housed to clamp
The fixture of the charging tray of fine adapter；
The motor 52 of above-mentioned feeding pushing mechanism 35 drives its drive shaft and rubber sleeve rotation, and using above-mentioned rubber sleeve with
53 horizontal linear of frictional force drives push-pull rod between corresponding above-mentioned push-pull rod 53 moves back and forth, so that above-mentioned push-pull rod 53 is another
Charging tray of the fixture of one end by multilayer in above-mentioned feeding magazine 34 equipped with high-precision optical fiber adapter to be detected is layer-by-layer from bottom to top
It pushes and is placed on above-mentioned monitor station 11；
The motor 52 of above-mentioned blanking pulling mechanism 45 drives its drive shaft and rubber sleeve rotation, and using above-mentioned rubber sleeve with
53 horizontal linear of frictional force drives push-pull rod between corresponding above-mentioned push-pull rod 53 moves back and forth, so that above-mentioned push-pull rod 53 is another
The fixture of one end clamps the charging tray of high-precision optical fiber adapter finished on above-mentioned monitor station 11 equipped with detection, and from bottom to top by
Layer is placed in above-mentioned blanking magazine 44；Entire feeding pushing mechanism 35 passes through feeding pushing mechanism 35 when pushing charging tray
The driving push-pull rod 53 of motor 52 is moved horizontally towards monitor station 11, and in moving process, the fixture of 53 other end of push-pull rod is pressed from both sides
The charging tray of top layer in magazine 34 is lived in, and charging tray is driven to be moved to the upper end of monitor station 11, unclamps upper material clamp, material later
Disk is fallen on monitor station 11, and the reversion of motor 52 later drives 53 return of push rod, completes the overall process of a feeding, and so on,
Feeding one by one can be realized, reasonable in design, simple, convenient, feeding is steady；Entire blanking pulling mechanism 45 exists
When feeding disk, moved horizontally by the driving push-pull rod 53 of the motor 52 of blanking pulling mechanism 45 towards monitor station 11, in movement
In the process, the fixture of 53 other end of push-pull rod clamps the charging tray on monitor station 11, and later, the reversion of motor 52 drives push-pull rod 53 to move
Dynamic separate monitor station 11 (mobile return), and charging tray is placed in blanking magazine 44, blanking clamp is unclamped later, can be completed
And so on blanking one by one can be realized in blanking process, reasonable in design, simple, convenient, and feeding is flat
Surely.
It is optimal, it is equipped on feeding pushing mechanism 35 and blanking pulling mechanism 45 to push feeding magazine 34 or blanking
The pushing direction of the electric pushrod that magazine 44 translates, the electric pushrod should pull machine with corresponding feeding pushing mechanism 35 or blanking
The push-and-pull direction of structure 45 is vertical, by feeding magazine 34 or blanking magazine 44 in corresponding feeding lifting platform 32 or blanking lifting platform
It is pushed out to the region of suitable worker operation on 42, charges and blanking so that worker takes magazine away.
The electric pushrod can also replace with cylinder, hydraulic stem or other mechanisms or product with phase same-action with light bulb.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (9)
1. a kind of high-precision optical fiber adapter visual detection equipment, it is characterised in that：Including backstage image processing and analyzing terminal with
And it is separately mounted to testing agency (1), feed mechanism (3) and cutting agency (4) on pedestal (6)；
The testing agency (1) includes monitor station (11), elevating mechanism (12) and device for shooting (13)；
The monitor station (11) is mounted on the pedestal (6)；
The elevating mechanism (12) is mounted on the pedestal (6) by bracket (15), and is located at the one of the monitor station (11)
Upper side；
The device for shooting (13) is mounted on the elevating mechanism (12), and is located at the top of the monitor station (11), the bat
It takes the photograph device (13) to be electrically connected with the backstage image processing and analyzing terminal, to the altimetry precision to be checked on the monitor station (11)
Fiber adapter, which takes pictures and is sent to backstage image processing and analyzing terminal, carries out image comparison processing；
The elevating mechanism (12) can drive the device for shooting (13) to move up and down close to or far from the monitor station (11)；
The feed mechanism (3) and cutting agency (4) are separately mounted on the pedestal (6), and are distributed in the testing agency
(1) two sides；
The feed mechanism (3) is to convey high-precision optical fiber adapter to be detected, the blanking on the monitor station (11)
The monitor station (11) are detected the high-precision optical fiber adapter finished to take away by mechanism (4).
2. a kind of high-precision optical fiber adapter visual detection equipment according to claim 1, it is characterised in that：The detection
Mechanism (1) further includes light source mounting base (16) and light source, and the light source mounting base (16) is mounted on the bracket (15), and position
It is provided on the position of monitor station (11), the light source mounting base (16) between the device for shooting (13) and monitor station (11)
Up and down through it and for the shooting hole that the device for shooting (13) take pictures, the light source is mounted under the light source mounting base (16)
End.
3. a kind of high-precision optical fiber adapter visual detection equipment according to claim 2, it is characterised in that：The detection
Platform (11) upper end is embedded with back light (111).
4. a kind of high-precision optical fiber adapter visual detection equipment according to claim 3, it is characterised in that：The shooting
Device (13) includes industrial camera (131) and microlens (132), and the industrial camera (131) is installed by the bracket (15)
On the pedestal (6), and it is located at the top of the monitor station (11), taking lens is downward, and the microlens (132) are perpendicular
Directly it is mounted on the lower section of the taking lens of the industrial camera (131).
5. a kind of high-precision optical fiber adapter visual detection equipment according to claim 1, it is characterised in that：The detection
Mechanism (1) further includes displacement regulating mechanism (17), and the displacement regulating mechanism (17) is mounted on the pedestal (6), the inspection
Scaffold tower (11) is mounted on the displacement regulating mechanism (17), and the displacement regulating mechanism (17) is to adjust the monitor station
(11) horizontal displacement.
6. a kind of high-precision optical fiber adapter visual detection equipment according to claim 5, it is characterised in that：The displacement
Regulating mechanism (17) is electronic cross slid platform, and the monitor station (11) is mounted on the upper end of the electronic cross slid platform.
7. a kind of high-precision optical fiber adapter visual detection equipment according to claim 1, it is characterised in that：The feeding
Mechanism (3) includes feeding pedestal (31), feeding lifting platform (32), feeding lift drive mechanism (33), feeding magazine (34) and upper
Expect pushing mechanism (35)；
The feeding pedestal (31) is mounted on the pedestal (6) upper end；
The feeding lift drive mechanism (33) is mounted on feeding pedestal (31) upper end；
The feeding lifting platform (32) is horizontally arranged at the driving end of the corresponding feeding lift drive mechanism (33), it is described on
Material lift drive mechanism (33) can drive the feeding lifting platform (32) to move up and down by driving end；
The feeding magazine (34) is the box body of inner hollow and both ends and upper end opening, and is mounted on the feeding lifting platform
(32) on, one end open-mouth is arranged close to the monitor station (11), and the other end is directed away from the direction of the monitor station (11)
Extend；
In the feeding magazine (34) between the upper and lower every the material for being placed with multilayer and being respectively provided with high-precision optical fiber adapter to be detected
Disk；
The feeding pushing mechanism (35) is mounted on the feeding pedestal (31), and is located at the feeding magazine (34) far from institute
The one end for stating monitor station (11) corresponds to the position of the monitor station (11)；
The driving end of the feeding pushing mechanism (35) can towards the monitor station (11) horizontal rectilinear motion close to or far from, and
One end of feeding magazine (34) is moved to through the feeding magazine (34) by the other end of the feeding magazine (34), and synchronizing will
The interior multilayer of the feeding magazine (34) is successively pushed and is placed from bottom to top equipped with the charging tray of high-precision optical fiber adapter to be detected
On the monitor station (11).
8. a kind of high-precision optical fiber adapter visual detection equipment according to claim 7, it is characterised in that：The blanking
Mechanism (4) include blanking pedestal (41), blanking lifting platform (42), blanking lift drive mechanism (43), blanking magazine (44) and under
Expect pulling mechanism (45)；
The blanking pedestal (41) is mounted on the pedestal (6) upper end；
The blanking lift drive mechanism (43) is mounted on blanking pedestal (41) upper end；
The blanking lifting platform (42) is horizontally arranged at the driving end of the corresponding blanking lift drive mechanism (43), under described
Material lift drive mechanism (43) can drive the blanking lifting platform (42) to move up and down by driving end；
The blanking magazine (44) is the box body of inner hollow and both ends and upper end opening, and is mounted on the blanking lifting platform
(42) on, one end open-mouth is arranged close to the monitor station (11), and the other end is directed away from the direction of the monitor station (11)
Extend；
In the blanking magazine (44) between the upper and lower every the multilayer that is placed with to be respectively provided with the high-precision optical fiber that detection finishes suitable
The charging tray of orchestration；
The blanking pulling mechanism (45) is mounted on the blanking pedestal (41), and is located at the blanking magazine (44) far from institute
The one end for stating monitor station (11) corresponds to the position of the monitor station (11)；
The driving end of the blanking pulling mechanism (45) can towards the monitor station (11) horizontal rectilinear motion close to or far from, and
It successively takes the charging tray of the high-precision optical fiber adapter finished on the monitor station (11) equipped with detection away, and successively puts from bottom to top
It sets in the blanking magazine (44).
9. a kind of high-precision optical fiber adapter visual detection equipment according to claim 8, it is characterised in that：The feeding
Pushing mechanism (35) and blanking pulling mechanism (45) include mounting plate (51), motor (52) and push-pull rod (53)；
The mounting plate (51) of the feeding pushing mechanism (35) and blanking pulling mechanism (45) is vertically arranged in the pedestal respectively
(6) top, and it is located at the two sides of the testing agency (1)；
The motor (52) is mounted on the side of the corresponding mounting plate (51), and drive shaft runs through the mounting plate (51),
And the other side of the mounting plate (51) is extended to, rubber sleeve is arranged in the drive shaft of the motor (52)；
The position that mounting plate (51) other side is located at below the drive shaft of the corresponding motor (52) is rotatably equipped with
One directive wheel (511)；
Mounting plate (51) other side between the upper and lower every be rotatably equipped with a pair of second directive wheel (512)；
The push-pull rod (53) is horizontally set on the corresponding mounting plate (51) other side, and flat with the mounting plate (51)
Row；
One end of the push-pull rod (53) across the drive shaft and the first directive wheel (511) of the corresponding motor (52),
And respectively in the drive shaft of the motor (52) rubber sleeve and the first directive wheel (511) contact；
The other end of the push-pull rod (53) across corresponding a pair second directive wheel (512), and respectively with a pair
Second directive wheel (512) contact；
The other end of the push-pull rod (53) extends towards the monitor station (11), and is equipped with and high-precision light is housed to clamp
The fixture of the charging tray of fine adapter；
The motor (52) of the feeding pushing mechanism (35) drives its drive shaft and rubber sleeve to rotate, and using the rubber sleeve with
Frictional force drives push-pull rod (53) horizontal linear between the corresponding push-pull rod (53) moves back and forth, so that the push-and-pull
The fixture of bar (53) other end by the interior multilayer of the feeding magazine (34) equipped with high-precision optical fiber adapter to be detected charging tray by
It is lower successively to push and be placed on the monitor station (11) upwards；
The motor (52) of the blanking pulling mechanism (45) drives its drive shaft and rubber sleeve to rotate, and using the rubber sleeve with
Frictional force drives push-pull rod (53) horizontal linear between the corresponding push-pull rod (53) moves back and forth, so that the push-pull rod
(53) fixture of the other end is clamped equipped with the charging tray for detecting the high-precision optical fiber adapter finished on the monitor station (11), and by
It is lower to be successively placed in the blanking magazine (44) upwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820402547.8U CN208125632U (en) | 2018-03-23 | 2018-03-23 | A kind of high-precision optical fiber adapter visual detection equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820402547.8U CN208125632U (en) | 2018-03-23 | 2018-03-23 | A kind of high-precision optical fiber adapter visual detection equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208125632U true CN208125632U (en) | 2018-11-20 |
Family
ID=64198264
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820402547.8U Withdrawn - After Issue CN208125632U (en) | 2018-03-23 | 2018-03-23 | A kind of high-precision optical fiber adapter visual detection equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208125632U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108254383A (en) * | 2018-03-23 | 2018-07-06 | 河南鑫宇光科技股份有限公司 | A kind of high-precision optical fiber adapter visual detection equipment |
| CN112326690A (en) * | 2020-11-27 | 2021-02-05 | 禹州市昆仑模具股份有限公司 | Die core visual detection device |
-
2018
- 2018-03-23 CN CN201820402547.8U patent/CN208125632U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108254383A (en) * | 2018-03-23 | 2018-07-06 | 河南鑫宇光科技股份有限公司 | A kind of high-precision optical fiber adapter visual detection equipment |
| CN108254383B (en) * | 2018-03-23 | 2024-02-27 | 河南鑫宇光科技股份有限公司 | High-precision optical fiber adapter vision detection equipment |
| CN112326690A (en) * | 2020-11-27 | 2021-02-05 | 禹州市昆仑模具股份有限公司 | Die core visual detection device |
| CN112326690B (en) * | 2020-11-27 | 2025-01-21 | 禹州市昆仑模具股份有限公司 | A mold core visual inspection device |
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