CN208527338U - The detection of network transformer pin and sub-material integral structure - Google Patents
The detection of network transformer pin and sub-material integral structure Download PDFInfo
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- CN208527338U CN208527338U CN201820436709.XU CN201820436709U CN208527338U CN 208527338 U CN208527338 U CN 208527338U CN 201820436709 U CN201820436709 U CN 201820436709U CN 208527338 U CN208527338 U CN 208527338U
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Abstract
The utility model discloses the detections of network transformer pin and sub-material integral structure, when image processing module judges the pin qualification of the network transformer, network transformer is fallen into sliding block, controller controls the second cylinder driving sliding block and is moved to above non-defective unit channel, first cylinder driving third baffle is removed, so that the network transformer in sliding block is snapped down in non-defective unit channel, entered in the storing article between third square column, tetragonal prism by non-defective unit channel；When image processing module judge the network transformer pin it is unqualified when, network transformer is fallen into sliding block, controller controls the second cylinder driving sliding block and is moved to above defective products channel, first cylinder driving third baffle is removed, so that the network transformer in sliding block is snapped down in defective products channel, to realize the purpose for carrying out automatic screening and separation for pin qualification and underproof network transformer, it is not necessarily to manual operation completely, greatly improves the degree of automation and quality inspection efficiency of the utility model.
Description
Technical field
The utility model relates to network transformer fields, and in particular to the detection of network transformer pin and sub-material integral type knot
Structure.
Background technique
Network transformer, also known as data pump, network isolation transformer etc. couple the PHY differential signal exported with differential mode
Coil coupling filtering to enhance signal, and be coupled to by the conversion of electromagnetic field the other end of connected with network cable.It is any
(processing procedure and design need depending on chip of the signal level generated when the chip operation of CMOS processing procedure always greater than 0V
Ask), PHY output signal is sent to 100 meters or even longer place has the loss of very big DC component.If extranets
If line is directly connected with chip, electromagnetic induction and electrostatic easily cause the damage of chip.Besides equipment ground method is not
Together, power grid environment difference will lead to both sides 0V level it is inconsistent, such signal passes to B from A, due to the 0V level and B of A equipment
The 0V level of point is different, may result in very big electric current in this way from the high equipment of potential and flows to the low equipment of potential.Therefore
The connection for not only making not have between cable and PHY by network transformer physically, which is changed, delivers signal, has separated in signal
DC component, data can also be transmitted in the equipment of different 0V level, thus, daily life of the network transformer in people
There is very important purposes in work.
Common network transformer include T1/E1 isolating transformer, ISDN/ADSL interface transformer, T3/E3, SDH,
64KBPS interface transformer；10/100BASE, 1000BASE-TX network filter；RJ45 integrated transformer etc..Main application
In: good digital interchanger；SDH/ATM transmission device；ISDN, ADSL, VDSL, POE power receiving equipment Integrated Digital Services are set
It is standby；FILT optical fiber loop equipment；Ethernet switch etc..It is provided on network transformer much to pin, becomes to network
When depressor is packaged, pin arrangements are irregular to bring a great deal of trouble trouble to encapsulation, so that influencing the use in later period.It is existing
The detection whether vertical to network transformer pin, need after carrying out back just pin manually to carry out quality inspection again, expend people
Power material resources, inefficiency.
Utility model content
It is existing to solve the purpose of this utility model is to provide the detection of network transformer pin and sub-material integral structure
In technology the problem of network transformer pin quality inspection inefficiency, realizes and network transformer quality inspection efficiency is improved by photoelectric method
Purpose.
The utility model is achieved through the following technical solutions:
Network transformer pin detects and sub-material integral structure, including stage body, and inclined track is arranged on the stage body,
Set gradually the first square column, the second square column, third square column, tetragonal prism from top to bottom on the track, first square column,
Second square column, third square column are respectively provided with groove on tetragonal prism, wherein the groove on the first square column and the second square column is mutually just
Right, the groove on third square column and tetragonal prism is facing each other；It is arranged on track between second square column and third square column
Disk is examined, through-hole is set on the inspection disk, track is passed through from the through-hole, and the through-hole upper end is open, the opening of through-hole
Rectify the overhead gage, lower baffle plate for examining that setting is distributed up and down along the track in disk to track, the overhead gage, lower baffle plate
It is pierced by from track bottom surface, two linear drive apparatus is set inside the stage body, two linear drive apparatus respectively drive
Baffle, lower baffle plate are moved along the direction perpendicular to track length；First connecting rod is fixed on the stage body, is set on first connecting rod
Second connecting rod is set, the second connecting rod is mutually perpendicular to first connecting rod, and second connecting rod can be moved along first connecting rod, and second connects
Image acquiring device is fixedly connected on bar, described image acquisition device is located at the top for examining disk, and described image acquisition device is just
To the track between overhead gage, lower baffle plate；Several light sources are arranged in the through-hole wall, and the light source of track two sides is along the centre-line of track pair
Claim, the light source equidistantly distributed of track unilateral side, all light sources are respectively positioned between rail top face and the open end of through-hole；It further include storage
Material strip, T-slot is arranged on the storing item, and the T-slot runs through the both ends of storing item；The bottom of second square column, third
The bottom of square column is provided with can be by the notch of network transformer；Sliding rail is set between the inspection disk and third square column,
The sliding rail and the track are perpendicular, are arranged sliding block on sliding rail, the sliding block under the driving of the second cylinder on the slide rail into
Row moves, and channel, the channel and parallel track is arranged on the sliding block, when sliding block face examines disk, the channel and inspection
Test the orbital docking of disk lower end, the channel lower end setting can obstruct the third baffle in the channel, the third baffle by
The driving of first cylinder；Non-defective unit channel, defective products channel mutually side by side is additionally provided between the sliding rail and third square column, it is described
Each parallel to the track, the third square column, tetragonal prism are sequentially located under non-defective unit channel for non-defective unit channel, defective products channel
Side；It further include picture recognition module, image processing module, controller；The input terminal and image of described image identification module obtain
Device is connected, for reading the rgb value of each pixel in image；The input terminal and image recognition mould of described image processing module
The output end of block is connected, and for the rgb value in pixel to be converted into HSI value, and judges the brightness size in HSI value；It is described
The output end of image processing module is connected to controller, and the controller controls second cylinder.
Aiming at the problem that network transformer pin quality inspection inefficiency in the prior art, the utility model proposes network transformations
The detection of device pin and sub-material integral structure, stage body are used as quality inspection workbench, and track is inclined to be arranged on stage body, preferably
Setting stage body upper surface tilted upward, track is directly installed on stage body upper surface, so that detected network becomes
Depressor can slide downwards along track automatically under the effect of gravity.For placing storing item between first square column, the second square column,
Storing item is stuck between the first square column and the groove of the second square column, realizes the relatively stable of storing item, network transformer phase one by one
Adjacent is placed in storing item, and the leads ends of network transformer are protruding from the T-slot of storing item, pass through the knot of T-slot
Structure pass in and out network transformer can only from the end of storing item, and network transformer is avoided arbitrarily to fall off from storing item.Together
Reason, equally places storing article between third square column and tetragonal prism, passes through the network transformer after examining disk for access.Upper gear
It is detection zone between plate and lower baffle plate, examines disk for limiting to detected network transformer, hindered by overhead gage
The network transformer for the side of blocking enters detection zone, to avoid interfering the network transformer for carrying out quality inspection, leads to
It crosses lower baffle plate and also ensures that be in detection zone by the network transformer of quality inspection and will not continue to fall.Overhead gage and lower baffle plate are all logical
The linear drive apparatus crossed inside stage body is controlled, when linear drive apparatus control overhead gage or lower baffle plate are retracted under track
Fang Shi can release the corresponding limitation to network transformer, so that network transformer continues to glide under the effect of gravity.This is practical
Through-hole is set on novel middle inspection disk, track is passed through from the through-hole, and the through-hole upper end is open, the open end face of through-hole
Track, thereby, it is ensured that network transformer pin it is upward when moving down sliding in track, can be without hindrance by examining disk,
Pin passes through from the open end of through-hole.Image acquiring device reality is passed through to the quality inspection of network transformer pin in the utility model
It is existing, enough height are supported by first connecting rod and are provided, are crossed out by the second connecting rod perpendicular to first connecting rod,
Consequently facilitating image acquiring device to be easily mounted on to the surface for examining disk by second connecting rod.Since second connecting rod can
It is moved along first connecting rod, therefore adjusts specific location of the second connecting rod on first connecting rod, it can flexible and convenient adjustment figure
As the locating height of acquisition device improves consequently facilitating carrying out the adjustment of focal length, image-forming range for different image acquiring devices
The using flexible of the utility model.Several light sources are arranged in through-hole wall, for irradiating the network transformer passed through from through-hole,
It is radiated at detection zone by several light sources, upward, the light source of different directions is emitted the network transformer pin in detection zone
Light out is all radiated on each pin, carries out acquisition of taking pictures from surface by image acquiring device.The light source edge of track two sides
The centre-line of track is symmetrical, the light source equidistantly distributed of track unilateral side, with the illumination of this network transformer pin that ensures to take a picture from two sides
Even intensity is distributed and intensity is equal, so that when network transformer rests on progress quality inspection on the track examined in disk,
The intensity of illumination for the two sides being subject to is equal.It examines and sliding rail is set between disk and third square column, the sliding rail mutually hangs down with the track
Directly, sliding block is set on sliding rail, drives sliding block to be moved on the slide rail by the second cylinder, so that sliding block can be according to need
It is aligned the non-defective unit channel or defective products channel of lower section.Third baffle is used to stop the network transformer on sliding block inner passage,
Third baffle can be released to the barrier in the channel by the first cylinder.In the utility model captured by image acquiring device
Image transmitting the rgb value of each pixel in image is read by picture recognition module to picture recognition module, then will read
Data be transmitted to image processing module, the rgb value in pixel is converted into HSI value, HIS value, that is, tone by image processing module
(Hue), color saturation (Saturation) and brightness (Intensity) are therefrom extracted brightness value I, be can be obtained in each image
The brightness size of each pixel.Luminance threshold need to be only arranged in user in image processing module, have the brightness value of pixel big
In the threshold value of setting, that is, it can determine whether that the pin of counterparty position has bending phenomenon, corresponding network transformer is substandard product.
Wherein, rgb value is converted into HSI value described in this programme and belongs to state of the art, can obtained by geometry derivation method
Out, such as MATLAB image processing software can be achieved in the prior art, and this will not be repeated here.At network, the pin of transformer is complete
When good qualified, the light intensity that each pin is reflected to two sides is of substantially equal, in the case, acquired in image processing module
Brightness value all in given threshold hereinafter, not dazzling hot spot occurs, then can determine whether that the network transformer pin is qualified.If drawing
Foot brightness value acquired in bending or bending state, image processing module locally exceeds given threshold, then judgement should
Pin is unqualified.The direction that image processing module occurs by positioning excessive brightness value, additionally it is possible to immediately arrive at the bending of pin
Direction.All light sources are respectively positioned between rail top face and the open end of through-hole in the utility model, avoid track itself to light source
Blocking and interference, it is ensured that all light sources are all without hindrance to be shone directly on the pin of network transformer, guarantees excellent optics
Detection effect.When image processing module judges the pin qualification of the network transformer, network transformer is fallen into sliding block, by
Three baffles are stopped, and control the second cylinder by controller and sliding block is driven to be moved to above non-defective unit channel, the driving of the first cylinder
Third baffle is removed so that the network transformer in sliding block is snapped down in non-defective unit channel, by non-defective unit channel enter third square column,
In storing article between tetragonal prism；When image processing module judge the network transformer pin it is unqualified when, network transformation
Device is fallen into sliding block, is stopped by third baffle, drives sliding block to be moved to defective products by controller the second cylinder of control logical
Above road, the first cylinder driving third baffle is removed, so that the network transformer in sliding block is snapped down in defective products channel, thus
It realizes the purpose for carrying out automatic screening and separation for pin qualification and underproof network transformer, is grasped completely without manpower
Make, greatly improves the degree of automation and quality inspection efficiency of the utility model.
Preferably, the spacing between first square column, the second square column and the spacing phase between third square column, tetragonal prism
Deng；Spacing between first square column, the second square column is equal to the length of storing item.Be between the first square column and the second square column between
It is equal in length away from the spacing between, third square column and tetragonal prism, storing article, so that storing item can be accurate and steady
Fixed is fastened between the first square column and the second square column, between third square column and tetragonal prism, improves the use of the utility model
Stability and reliability.
It preferably, further include the pushing meanss being arranged on stage body, the output end of the pushing meanss is fixedly connected with pushing block,
The pushing block is towards between the first square column and the second square column.It when the utility model is used, can be in the first square column and the second square column
Between be overlapped multiple storing items for being loaded with network transformer, when the network transformer of the storing item of bottom glides detection completely
Afterwards, the storing item of bottom has emptied, and drives pushing block once to be moved back and forth by pushing meanss at this time, so as to will most
The storing item of lower section pushes outward, so that remaining storing item of top overlapping successively falls, realizes the quality inspection more automated
Process.To in storing item, whether there are also the judgements of redundant mesh transformer can also pass through infrared sensor etc. by artificially carrying out
The sensing mode that those skilled in the art can take is realized.
It preferably, further include the acoustic control module being connected with the output end of described image processing module, the acoustic control module is used
In sounding the alarm.In this programme when image processing module judge some network transformer pin it is unqualified when, can not only
Enough worker is prompted by indicator light, while alarm is also made a sound by acoustic control module, is further increased to work people
The prompt effect of member, avoids the omission to substandard product.
Preferably, described image acquisition device is camera.
Preferably, the line between track unilateral light source is parallel to the centre-line of track.So that axis side of the light source along track
It is to emit beam the two sides of detected network transformer are uniform and stable, for network transformation to uniform distribution
For device, the locating height of each light source is equal, avoids the case where causing quality inspection to judge by accident because of light source height difference appearance, further mentions
The homogeneous degree for the light that high pin is reflected, is convenient for automatization judgement.
Preferably, the second connecting rod is fixed on first connecting rod by pushing tow nut.It is by pushing tow nut by
Two connecting bar lockings are on first connecting rod, when needing to adjust the height of second connecting rod, it is only necessary to unclamp pushing tow nut, can be completed
Two connecting rods are moved along first connecting rod.
Preferably, the opposite sides of the open end of the through-hole is provided with the flange along centre-line of track directional spreding,
The flange is protruded from through-hole side wall towards through-hole inside, and the light source is located at below flange；Two flanges of the track face
Between.Stopped and reflected by the light that flange first issues light source, so that the light that each light source issues is as far as possible
Propagated inside through-hole so that the reflected light of pin is more eye-catching, convenient for being captured by image acquiring device.This
Outside, flange can reduce interference of the extraneous light to pin quality inspection again, reduce a possibility that extraneous light is entered in through-hole, improve
The use accuracy of the utility model.
Preferably, bearing container is arranged in the lower section in the defective products channel.By bearing container by the underproof net of pin
Network transformer is uniformly compiled, and is corrected convenient for unified recycling.
The utility model compared with prior art, has the following advantages and benefits:
The detection of the utility model network transformer pin and sub-material integral structure, when image processing module judges the network
When the pin qualification of transformer, network transformer is fallen into sliding block, is stopped by third baffle, and controller control second is passed through
Cylinder driving sliding block is moved to above non-defective unit channel, and the first cylinder driving third baffle is removed, so that the network transformation in sliding block
Device is snapped down in non-defective unit channel, is entered in the storing article between third square column, tetragonal prism by non-defective unit channel；Work as image procossing
When module judges that the pin of the network transformer is unqualified, network transformer is fallen into sliding block, is stopped by third baffle, is led to
It crosses controller control the second cylinder driving sliding block to be moved to above defective products channel, the first cylinder driving third baffle is removed, and is made
The network transformer obtained in sliding block is snapped down in defective products channel, to realize for pin qualification and underproof network transformation
Device carries out the purpose of automatic screening and separation, is not necessarily to manual operation completely, greatly improves the automation journey of the utility model
Degree and quality inspection efficiency.
Detailed description of the invention
Attached drawing described herein is used to provide to further understand the utility model embodiment, constitutes the one of the application
Part does not constitute the restriction to the utility model embodiment.In the accompanying drawings:
Fig. 1 is the side view of the utility model specific embodiment；
Fig. 2 is the top view of the utility model specific embodiment；
Fig. 3 is the structural schematic diagram of storing item in the utility model specific embodiment；
Fig. 4 is the structural schematic diagram that disk is examined in the utility model specific embodiment；
Fig. 5 is the cross-sectional view of the A-A direction line along Fig. 4；
Fig. 6 is the connection relationship diagram of the utility model specific embodiment.
Label and corresponding parts title in attached drawing:
1- stage body, 2- track, the first square column of 3-, the second square column of 4-, 5- third square column, 6- tetragonal prism, 7- groove, 8- inspection
Disk is tested, 9- overhead gage, 10- lower baffle plate, 11- linear drive apparatus, 12- light source, 13- storing item, 14-T type groove, 15-, which is pushed, to be filled
It sets, 16- pushing block, 17- first connecting rod, 18- image acquiring device, 19- second connecting rod, 20- pushing tow nut, 21- through-hole, 22- is convex
Edge, 23- sliding rail, 24- sliding block, the channel 25-, 26- non-defective unit channel, 27- defective products channel, 28- third baffle, the first cylinder of 29-,
The second cylinder of 30-, 31- bearing container.
Specific embodiment
For the purpose of this utility model, technical solution and advantage is more clearly understood, below with reference to embodiment and attached drawing,
The utility model is described in further detail, and the exemplary embodiment and its explanation of the utility model are only used for explaining this
Utility model is not intended to limit the scope of the present invention.
Embodiment 1:
The detection of network transformer pin and sub-material integral structure, including stage body 1, the stage body as shown in Figures 1 to 6
Inclined track 2 is set on 1, sets gradually the first square column 3, the second square column 4, third square column from top to bottom on the track 2
5, tetragonal prism 6, first square column 3, third square column 5, are respectively provided with groove 7 on tetragonal prism 6 at second square column 4, wherein first
Groove 7 on square column 3 and the second square column 4 is facing each other, and the groove 7 on third square column 5 and tetragonal prism 6 is facing each other；It is described
Disk 8 is examined in setting on track between second square column 4 and third square column 5, setting through-hole 21 on the inspections disk 8, and track 2 is from institute
It states and is passed through in through-hole 21,21 upper end of through-hole is open, the open end face track 2 of through-hole 21, examines in disk 8 and is arranged along institute
Overhead gage 9, the lower baffle plate 10 of the distribution of about 2 track are stated, the overhead gage 9, lower baffle plate 10 are pierced by from 2 bottom surface of track, described
Two linear drive apparatus 11 are set inside stage body 1, and two linear drive apparatus 11 respectively drive overhead gage 9,10 edge of lower baffle plate
It is moved perpendicular to the direction of 2 length of track；First connecting rod 17 is fixed on the stage body 1, is arranged second on first connecting rod 17
Connecting rod 19, the second connecting rod 19 are mutually perpendicular to first connecting rod 17, and second connecting rod 19 can be moved along first connecting rod 17, the
Image acquiring device 18 is fixedly connected on two connecting rods 19, described image acquisition device 18 is located at the top for examining disk 8, described image
Track between 18 face overhead gage 9 of acquisition device, lower baffle plate 10；Several light sources 12 of 21 inner wall of the through-hole setting, 2 liang of track
The light source 12 of side is respectively positioned on the top of track 2 along 2 axisymmetrical of track, unilateral 12 equidistantly distributed of light source of track 2, all light sources 12
Between face and the open end of through-hole 21；Further include storing item 13, T-slot 14 is set on the storing item 13, the T-slot 14 is passed through
Wear the both ends of storing item 13；The bottom of second square column 4, the bottom of third square column 5 are provided with can be by network transformation
The notch of device；Sliding rail 23 is set between the inspection disk 8 and third square column 5, and the sliding rail 23 and the track 2 are perpendicular, sliding
Sliding block 24 is set on rail 23, and the sliding block 24 is moved on sliding rail 23 under the driving of the second cylinder 30, the sliding block 24
Upper setting channel 25, the channel 25 is parallel with track 2, when 24 face of sliding block examines disk 8, the channel 25 and inspection disk 8
The track 2 of lower end docks, and 25 lower end of the channel setting can obstruct the third baffle 28 in the channel 25, the third baffle
28 are driven by the first cylinder 29；Mutually non-defective unit channel 26 side by side, bad is additionally provided between the sliding rail 23 and third square column 5
Product channel 27, the non-defective unit channel 26, defective products channel 27 are each parallel to the track 2, the third square column 5, tetragonal prism 6
It is sequentially located at the lower section in non-defective unit channel 26；It further include picture recognition module, image processing module, controller；Described image identification
The input terminal of module is connected with image acquiring device 18, for reading the rgb value of each pixel in image；Described image processing
The input terminal of module is connected with the output end of picture recognition module, for the rgb value in pixel to be converted into HSI value, and sentences
Brightness size in disconnected HSI value；The output end of described image processing module is connected to controller, the controller control described the
Two cylinders 30.
Embodiment 2:
The detection of network transformer pin and sub-material integral structure as shown in Figures 1 to 6, on the basis of embodiment 1,
Spacing between first square column 3, the second square column 4 is equal with the spacing between third square column 5, tetragonal prism 6；First square column
3, the spacing between the second square column 4 is equal to the length of storing item 13.It further include the pushing meanss 15 being arranged on stage body 1, it is described
The output end of pushing meanss 15 is fixedly connected with pushing block 16, and the pushing block 16 is towards between the first square column 3 and the second square column 4.It is described
Light source 12 is light emitting diode.Line between 2 unilateral light source 12 of track is parallel to 2 axis of track.The second connecting rod 19
It is fixed on first connecting rod 17 by pushing tow nut 20.The opposite sides of the open end of the through-hole 21 is provided with along track
2 axis directions distribution flange 22, the flange 22 from 21 side wall of through-hole towards through-hole 21 inside protrude, the light source 12 is located at
22 lower section of flange；Between 2 face of track, two flanges 22.Bearing container 31 is arranged in the lower section in the defective products channel 27.
At work, the rgb value in pixel is converted into HSI value and does not use traditional geometry derivation the present embodiment by image processing module
Method, but be achieved by coordinate transform, the excessive problem of traditional geometry derivation method calculation amount is overcome, can more be mentioned
The working efficiency of hi-vision processing module.Wherein changes in coordinates formula are as follows:
R, G, B in above formula are normalized to [0,1] section before calculating.
Above-described specific embodiment, to the purpose of this utility model, technical scheme and beneficial effects carried out into
One step is described in detail, it should be understood that being not used to limit the foregoing is merely specific embodiment of the present utility model
Determine the protection scope of the utility model, within the spirit and principle of the utility model, any modification for being made equally is replaced
It changes, improve, should be included within the scope of protection of this utility model.
Claims (7)
1. the detection of network transformer pin and sub-material integral structure, including stage body (1), which is characterized in that on the stage body (1)
Inclined track (2) are set, set gradually the first square column (3), the second square column (4), third from top to bottom on the track (2)
Square column (5), tetragonal prism (6), first square column (3), the second square column (4), third square column (5), tetragonal prism are all provided on (6)
Groove (7) are set, wherein the groove (7) on the first square column (3) and the second square column (4) is facing each other, third square column (5) and four directions
Groove (7) on column (6) is facing each other；Disk is examined in setting on track between second square column (4) and third square column (5)
(8), through-hole (21) are set on the inspection disk (8), track (2) is passed through from the through-hole (21), through-hole (21) upper end
Opening, the open end face track (2) of through-hole (21) examine the upper gear that setting is distributed up and down along the track (2) in disk (8)
Plate (9), lower baffle plate (10), the overhead gage (9), lower baffle plate (10) are pierced by from track (2) bottom surface, and the stage body (1) is internal
Two linear drive apparatus (11) are set, and two linear drive apparatus (11) respectively drive overhead gage (9), lower baffle plate (10) along vertical
Directly moved in the direction of track (2) length；It is fixed first connecting rod (17) on the stage body (1), first connecting rod is set on (17)
It sets second connecting rod (19), the second connecting rod (19) is mutually perpendicular to first connecting rod (17), and second connecting rod (19) can be along
One connecting rod (17) is mobile, is fixedly connected image acquiring device (18) on second connecting rod (19), described image acquisition device (18) position
Track in the top for examining disk (8), between described image acquisition device (18) face overhead gage (9), lower baffle plate (10)；It is described
Several light sources (12) are arranged in through-hole (21) inner wall, and for the light source (12) of track (2) two sides along track (2) axisymmetrical, track (2) is single
Light source (12) equidistantly distributed of side, all light sources (12) are respectively positioned between track (2) top surface and the open end of through-hole (21)；Also
Including storing item (13), T-slot (14) are set on the storing item (13), the T-slot (14) runs through the two of storing item (13)
End；The bottom of second square column (4), the bottom of third square column (5) is provided with can be by the notch of network transformer；Institute
It states to examine and sliding rail (23) is set between disk (8) and third square column (5), the sliding rail (23) and the track (2) are perpendicular, sliding rail
(23) sliding block (24) are set on, the sliding block (24) is moved on sliding rail (23) under the driving of the second cylinder (30), institute
Setting channel (25) on sliding block (24) is stated, the channel (25) is parallel with track (2), when sliding block (24) face examines disk (8),
The channel (25) is docked with the track (2) of disk (8) lower end is examined, and channel (25) the lower end setting can obstruct the channel
(25) third baffle (28), the third baffle (28) are driven by the first cylinder (29)；The sliding rail (23) and third square column
(5) non-defective unit channel (26), defective products channel (27) mutually side by side, the non-defective unit channel (26), defective products are additionally provided between
Channel (27) is sequentially located at non-defective unit channel (26) each parallel to the track (2), the third square column (5), tetragonal prism (6)
Lower section；It further include picture recognition module, image processing module, controller；The input terminal of described image identification module is obtained with image
Device (18) are taken to be connected, for reading the rgb value of each pixel in image；The input terminal and image of described image processing module
The output end of identification module is connected, and for the rgb value in pixel to be converted into HSI value, and judges that the brightness in HSI value is big
It is small；The output end of described image processing module is connected to controller, and the controller controls second cylinder (30).
2. network transformer pin according to claim 1 detection and sub-material integral structure, which is characterized in that described the
Spacing between one square column (3), the second square column (4) is equal with the spacing between third square column (5), tetragonal prism (6)；First party
Spacing between column (3), the second square column (4) is equal to the length of storing item (13).
3. network transformer pin detection according to claim 1 and sub-material integral structure, which is characterized in that further include
The output end of the pushing meanss (15) being arranged on stage body (1), the pushing meanss (15) is fixedly connected pushing block (16), described to push away
Block (16) is towards between the first square column (3) and the second square column (4).
4. network transformer pin detection according to claim 1 and sub-material integral structure, which is characterized in that further include
The acoustic control module being connected with the output end of described image processing module, the acoustic control module is for sounding the alarm.
5. network transformer pin according to claim 1 detection and sub-material integral structure, which is characterized in that described the
Two connecting rods (19) are fixed on first connecting rod (17) by pushing tow nut (20).
6. network transformer pin detection according to claim 1 and sub-material integral structure, which is characterized in that described logical
The opposite sides of the open end in hole (21) is provided with the flange (22) being distributed along track (2) axis direction, the flange
(22) it is protruded inside from through-hole (21) side wall towards through-hole (21), the light source (12) is located at below flange (22)；The track
(2) between two flanges (22) of face.
7. network transformer pin according to claim 1 detection and sub-material integral structure, which is characterized in that it is described not
Bearing container (31) are arranged in the lower section in non-defective unit channel (27).
Priority Applications (1)
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| CN201820436709.XU CN208527338U (en) | 2018-03-29 | 2018-03-29 | The detection of network transformer pin and sub-material integral structure |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110076099A (en) * | 2019-04-16 | 2019-08-02 | 于都县昇达电子制造有限公司 | A kind of automatic pin detection machine |
| CN110510357A (en) * | 2019-09-10 | 2019-11-29 | 广州成汉电子科技有限公司 | A kind of feed mechanism of component for variable-pressure processing |
| CN110817239A (en) * | 2019-11-28 | 2020-02-21 | 耒阳市亚湘电子科技有限公司 | Intelligent detection equipment for network transformer |
| CN112058704A (en) * | 2020-09-27 | 2020-12-11 | 广州齐岚科技有限公司 | Capacitor pin bending and screening separation device |
| CN112845152A (en) * | 2020-12-30 | 2021-05-28 | 合肥盛强数控设备有限公司 | Measurement and control machine for intelligent manufacturing and measurement and control method |
| CN114798492A (en) * | 2022-05-06 | 2022-07-29 | 杭州卓易特科技有限公司 | Spring detection equipment |
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2018
- 2018-03-29 CN CN201820436709.XU patent/CN208527338U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110076099A (en) * | 2019-04-16 | 2019-08-02 | 于都县昇达电子制造有限公司 | A kind of automatic pin detection machine |
| CN110510357A (en) * | 2019-09-10 | 2019-11-29 | 广州成汉电子科技有限公司 | A kind of feed mechanism of component for variable-pressure processing |
| CN110817239A (en) * | 2019-11-28 | 2020-02-21 | 耒阳市亚湘电子科技有限公司 | Intelligent detection equipment for network transformer |
| CN112058704A (en) * | 2020-09-27 | 2020-12-11 | 广州齐岚科技有限公司 | Capacitor pin bending and screening separation device |
| CN112845152A (en) * | 2020-12-30 | 2021-05-28 | 合肥盛强数控设备有限公司 | Measurement and control machine for intelligent manufacturing and measurement and control method |
| CN112845152B (en) * | 2020-12-30 | 2023-10-31 | 合肥盛强数控设备有限公司 | Measurement and control machine and measurement and control method for intelligent manufacturing |
| CN114798492A (en) * | 2022-05-06 | 2022-07-29 | 杭州卓易特科技有限公司 | Spring detection equipment |
| CN114798492B (en) * | 2022-05-06 | 2024-05-14 | 杭州卓易特科技有限公司 | Spring detection equipment |
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