CN209460788U - A kind of collecting image of computer device - Google Patents
A kind of collecting image of computer device Download PDFInfo
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- CN209460788U CN209460788U CN201920614980.2U CN201920614980U CN209460788U CN 209460788 U CN209460788 U CN 209460788U CN 201920614980 U CN201920614980 U CN 201920614980U CN 209460788 U CN209460788 U CN 209460788U
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Abstract
The utility model relates to a kind of collecting image of computer device, the utility model efficiently solves the problems, such as that image acquisition device acquired image clarity in the prior art is poor and function is more single；The technical solution of solution include: the collecting image of computer device image capture module around be provided with circular lighting device, transmission unit is transmitted using indexing transfer mode, and the height of image capture module and position are adjustable in the collecting image of computer device；The collecting image of computer device can expel the shade on product to be collected, uniform substantial light is supplemented for product to be collected to shine, and it is focused on product to be collected for image capture module and the time is provided, improve the clarity of acquired image, the image at a certain position suitable for acquiring different sized products or product；Furthermore the device can also separate undesirable product screening.
Description
Technical field
The utility model relates to technical field of image detection, and in particular to a kind of collecting image of computer device.
Background technique
With the continuous development of industry and upgrading, sample and its components gradually tend to precise treatment, and client is to part, sample
Quality requirement is higher and higher, and it is more and more difficult to rely only on artificial detection, especially using manually being screened to sample detection when, someone will
The problem of work elastic fatigue and artificial detection mistake；Image detecting technique is by image to interested characteristic area (detection mesh
Mark) process that extracts, wherein image is the carrier of carrying detection target, detection target need to carry out in advance feature extraction,
It concludes, is separated eventually by respective algorithms；It can replace artificial detection, reduce shipment fraction defective, it is competing to promote company quality
Power is striven, while also saving cost of labor；But the image acquisition device in conventional images detection technique is there are still some defects, than
Such as: cannot accomplish movement of the sample on assembly line and Image Acquisition perfect cooperation, sample image acquisition device in moving process
Sampling of taking pictures to it is more obscured so as to cause collected sample image, is influenced to inferior so that Image Acquisition effect is poor
The screening of product, in view of it is above we provide a kind of collecting image of computer device for solving problem above.
Utility model content
For above situation, for the defect for overcoming the prior art, the utility model provides a kind of collecting image of computer device,
The collecting image of computer device can expel the shade on sample to be collected, uniform illumination be supplemented for sample to be collected, due to transmission
Unit is transmitted as image capture module and is focused on sample to be collected to provide the time using indexing transfer mode, is improved collected
The clarity of image, the height of image capture module and position are adjustable in the collecting image of computer device, and it is different to be suitable for acquisition
The image at a certain position of sample sizes or sample；Furthermore undesirable sample can also be screened and be isolated by the device
Come.
Specific technical solution is as follows:
It is equipped with image capture module above a kind of collecting image of computer device, including transmission frame body and transmission frame body, it is described
Figure acquisition module is electrically connected with computer, which is characterized in that described image acquisition module is mounted on to slide vertically and be connected to
The frame on frame body is transmitted, the frame is equipped with height adjustment device, and lateral side is equipped with first and passes in the transmission frame body
It send unit and the lateral other side is equipped with the second transmission unit being closely arranged with the first transmission unit, the second transmission unit is connected with
Distance adjusting means, the distance adjusting means meet: when acquire sample detection is unqualified, distance adjusting means work and
So that the second transmission unit is separated with the first transmission unit, so that failed test sample is from the first transmission unit and the second transmission unit
Between indentation, there leak down, first transmission unit include be rotatably installed in transmission frame body and be horizontally arranged at interval two first pass
Send roller, be connected with the first conveyer belt between two first transfer rollers, close to the second transmission unit side the first transfer roller to
It outer stretching transmission frame body and stretches out concentric sheave and the sheave periphery of being fixedly installed in one end and is set around its center location interval
There are several guide grooves, the drive disk matched with sheave is rotatably equipped on the transmission frame body and drive disk is equipped with and guide groove phase
The straight pin of cooperation, the drive disk are driven by motor.
Preferably, illuminating lamp tube is surrounded with around described image acquisition module.
Preferably, the frame includes two round bars for being horizontally arranged at interval and longitudinally extending, two round bar longitudinal direction two sides
It is respectively equipped with mounting rack and two round bar longitudinal direction both ends is rotatably installed in respectively on mounting rack with matching, described image acquisition
Module is slidably connected on two round bars and is slidably matched between one of round bar for screw thread, and height adjustment device includes: institute
It states mounting rack bottom and is laterally equipped at intervals with to be equipped with to slide vertically with two slide bars on two vertically extending slide bars and transmission frame body and match
The slide cartridge of conjunction is threadedly engaged, the cunning between the one of slide bar and slide cartridge with matching of same mounting rack bottom
Cylinder lower rotation is installed on transmission frame body.
Preferably, second transmission unit includes two second transfer rollers being horizontally arranged at interval between transmission frame body,
Transmission frame body two sides between two second transfer rollers offer the company of sliding in vertically extending first sliding groove and first sliding groove
It is connected to the first sliding block, third transfer roller, two second transfer rollers and third transfer roller are rotatably equipped between two first sliding blocks
Between be connected with the second conveyer belt, two sides offer be laterally extended close to the second transmission unit position in the transmission frame body
Slidably connect the second sliding block in two sliding slots and two sliding slots, close to the first transmission unit side the second transfer roller rotational installation in
Between two second sliding blocks, separate first the second transfer roller of transmission unit side is rotatablely installed between transmission frame body and second biography
Send roller protruding transmission frame body, second transfer roller stretches out transmission frame body one end and has been fixedly and coaxially connected first gear and the
One gear is engaged with rotational installation in the second gear on transmission frame body, and second gear is connected with belt pulley set and belt pulley set is another
One end is driven by motor, and the distance adjusting means include: two second sliding blocks and second sliding slot side wall with matching
Between be connected with reset spring, it is sliding with matching first that the first sliding block positioned at transmission frame body longitudinal direction side is connected with setting
Cylinder in slot, the cylinder are connected with control system.
Preferably, the transmission frame body longitudinal direction one side wall is located at the first transmission unit and the second transmission unit adjacent position
Equipped with object hole is taken, lower section is provided with defect ware collecting box at first transmission unit and the second transmission unit mated position.
Above-mentioned technical proposal beneficial effect is:
(1) it is surrounded with illuminating lamp tube around the image capture module of the collecting image of computer device, expels sample to be collected
On shade, supplement uniform illumination for sample to be collected, the indexing transfer of transmission unit carries out sample convenient for image acquisition device
It takes pictures sampling, is focused on sample to be collected for image capture module and the time is provided, so that image acquisition device collects sample
Product image is more clear, and is also conducive to screening of the image capture module to defect ware；
(2) the furthermore height of image capture module and position is adjustable is acquired with enlarged image in the collecting image of computer device
Range, when the sample to different batches take pictures sample acquisitions, the sample size of different batches may be different, therefore
We need suitably adjust image capture module height, so as to make image capture module can completely acquire sample it is complete
Portion's feature；Collected pictorial information is transferred to computer with the collecting image of computer device and computer divides image
Analysis and then defect ware is subjected to screening separation, it is larger and the problem of waste time to avoid artificial detection error rate, so that sample
Shipment rate greatly increases.
Detailed description of the invention
Fig. 1 is the utility model overall structure diagram；
Fig. 2 is that the utility model removes structural schematic diagram after the second conveyer belt；
Fig. 3 is the utility model entirety positive structure diagram；
Fig. 4 is that the utility model sheave and drive disk cooperate schematic diagram;
Fig. 5 is another visual angle schematic diagram of the utility model overall structure；
Fig. 6 is the utility model third transfer roller action part structural schematic diagram；
Fig. 7 is the utility model third transfer roller drive part structural schematic diagram.
In figure: transmission frame body 1, image capture module 2, frame 3, the first transmission unit 4, the second transmission unit 5, first passes
Send roller 6, the first conveyer belt 7, belt pulley set 8, motor 9, sample 10, sheave 11, guide groove 12, drive disk 13, straight pin 14 takes object
Hole 15, the second conveyer belt 16, cylinder 17, illuminating lamp tube 18, round bar 19, mounting rack 20, slide bar 21, slide cartridge 22, the second transfer roller
23, first sliding groove 24, the first sliding block 25, third transfer roller 26, second sliding slot 27, the second sliding block 28, reset spring 29, driving lever
30, gib block 31, rotational handle 32, first gear 33, second gear 34.
Specific embodiment
Aforementioned and other technology contents, feature and effect in relation to the utility model, in following cooperation with reference to figures 1 through figure
In the detailed description of 7 pairs of embodiments, can clearly it present.The structure content being previously mentioned in following embodiment is with explanation
Book attached drawing is reference.
Each exemplary embodiment of the utility model is described below with reference to accompanying drawings.
Image capture module 2, institute are equipped with above a kind of collecting image of computer device, including transmission frame body 1 and transmission frame body 1
It states figure acquisition module 2 and is electrically connected with computer, which is characterized in that described image acquisition module 2 is mounted on the company of sliding vertically
The frame 3 being connected on transmission frame body 1, the frame 3 are equipped with height adjustment device, and lateral side is set in the transmission frame body 1
There is the first transmission unit 4 and the lateral other side is equipped with the second transmission unit 5 being closely arranged with the first transmission unit 4, second passes
Send unit 5 to be connected with distance adjusting means, which meets: when acquired sample detection is unqualified, distance is adjusted
Regulating device works and the second transmission unit 5 is separated with the first transmission unit 4, so that failed test sample is single from the first transmission
Indentation, there is leaked down between member 4 and the second transmission unit 5, and first transmission unit 4 includes being rotatably installed in transmission frame body 1 and cross
To spaced two first transfer roller 6, it is connected with the first conveyer belt 7 between two first transfer rollers 6, close to the second transmission
The protruding transmission frame body 1 of the first transfer roller 6 of 5 side of unit and stretch out that one end is concentric to be fixedly installed with sheave 11 and sheave
11 peripheries are equipped with several guide grooves 12 around its center location interval, are rotatably equipped with and 11 phase of sheave on the transmission frame body 1
The drive disk 13 and drive disk 13 of cooperation are equipped with the straight pin 14 matched with guide groove 12, and the drive disk 13 is driven by motor 9
It is dynamic.
When in use, we are equipped at intervals with the gib block longitudinally extended to the embodiment on the first conveyer belt 7, and
Sample 10 to be collected abutting gib block is placed (referring to shown in attached drawing 1) when placing sample 10 to be collected, we
Image capture module 2 is equipped on transmission frame body 1 and image capture module 2 is installed on the frame 3 being arranged on transmission frame body 1
On, frame 3 slide vertically be connected to transmission frame body 1 and we by the height adjustment device that is set on frame 3 to frame 3
Height is adjusted, to realize adjusting image capture module 2 and with the distance between acquisition sample 10, when the sample to be acquired
When 10 size of product is larger, we can be adjusted by height adjustment device between image capture module 2 and sample to be collected 10 away from
From enabling image capture module 2 more completely take pictures sampling (if not adjusting Image Acquisition mould to sample 10 to be collected
The distance between block 2 and sample 10 to be collected, when 10 size of sample to be collected is larger, image capture module 2 is difficult completely
Shoot the profile of sample 10 to be collected), motor 9 is electrically connected with external power supply through conducting wire, when the device start to work when we
Motor 9 is controlled by 9 controller of motor to work, and then drive disk 13 is driven to rotate, and the straight pin 14 on drive disk 13 is following
Drive disk 13 enters in the guide groove 12 being set on sheave 11 during rotating, so that driving sheave 11 rotates, and then drives
It is rotated with concentric the first transfer roller 6 being fixedly connected of sheave 11, transmission is placed in by the drive of the first conveyer belt 7 to realize
Sample to be collected 10 with top moves forward, we meet: when gib block is arranged on the first conveyer belt 7 so that whenever drive
Gib block is just (when the first conveyer belt 7 stops mobile) when the guide groove 12 on straight pin 14 and sheave 11 on Moving plate 13 is detached from
It is moved at 2 following position directly of image capture module with the first conveyer belt 7, image capture module 2 is to being disposed below at this time
Sample 10 to be collected carries out sampling of taking pictures, next cylinder then by data information transfer to computer, on drive disk 13
Before pin 14 is not matched with the guide groove 12 on sheave 11 also, image capture module 2 completes taking pictures to sample 10 to be collected, when
When next straight pin 14 is matched with the guide groove 12 on sheave 11, then the first conveyer belt 7 is driven to move forward, so that the cylinder
When pin 14 and its mutually matched guide groove 12 are detached from, next band acquisition sample 10 is just moved to image with the first conveyer belt 7
Immediately below acquisition module 2, image capture module 2 continues pattern acquisition, and preferably, we set to image capture module 2
Photo opporunity interval, the time interval are as follows: motor 9 is through 13 driving sheave 11 of drive disk and then drives the first conveyer belt 7 to Forward
Dynamic distance reaches the time used in the distance between two samples 10；
When the collected sample 10 of institute is transferred to computer and computer is to institute's acquired image by image capture module 2
After being compared with the image of qualified samples 10, the computer command range adjustment device work if sample 10 is unqualified,
So that the second transmission unit 5 is separated with the first transmission unit 4 and the shape between the first transmission unit 4 and the second transmission unit 5
At notch, when failed test sample 10 moves forward at the gap position with the first conveyer belt 7, from the notch leak down realize pair
The separation of failed test sample 10, when image capture module 2 collects 10 image of sample at 10 rear of sample and is transmitted to
After computer, the computer command range adjustment device work if sample 10 is qualified, so that the second transmission unit 5 and the first transmission
Unit 4 is combined together again so that qualified sample 10 from the first transmission unit 4 excessively on the second transmission unit 5,
The conveying of complete paired samples 10.
Embodiment 2 is surrounded with illuminating lamp tube 18 on the basis of embodiment 1 around described image acquisition module 2.
The embodiment when in use, is surrounded with illuminating lamp tube 18 around described image acquisition module 2；Working environment etc.
It is insufficient, uneven or have shade that factor may result in the illumination on collected sample, is looped around image capture module 2 at this time
The ring illumination fluorescent tube 18 of surrounding can expel the shade on sample to be collected, provide uniform substantial light for sample to be collected and shine,
Improve the clarity of acquisition image；Preferably, illuminating lamp tube 18 uses power saving fluorescent lamps, the light that power saving fluorescent lamps energy conservation while provides
According to also relatively mildly, reflective spot will not be formed on sample, the quality for acquiring picture is influenced.
Embodiment 3, on the basis of embodiment 1, the frame 3 include two round bars for being horizontally arranged at interval and longitudinally extending
19, the two longitudinal two sides of the round bar 19 are respectively equipped with mounting rack 20 and the longitudinal both ends of two round bar 19 are rotatably installed in phase therewith respectively
On the mounting rack 20 of cooperation, described image acquisition module 2 is slidably connected on two round bars 19 and between one of round bar 19
It is slidably matched for screw thread, height adjustment device includes: that 20 bottom of mounting rack is laterally equipped at intervals with two vertically extending slide bars
21 and transmission frame body 1 on the slide cartridge 22 that cooperation is slid vertically with two slide bars 21 is installed, wherein the one of same 20 bottom of mounting rack
To be threadedly engaged between a slide bar 21 and slide cartridge with matching 22,22 lower rotation of slide cartridge is installed on transmission frame body 1
On.
The embodiment when in use, image capture module 2 in our adjustable collecting image of computer devices
Height and position are with enlarged image acquisition range；Specifically, we can adjust according to the sample size of acquired image
The length that slide bar 21 and slide cartridge 22 are threadedly engaged, so as to adjust the height of image capture module 2 to collect required acquisition range
Whole (when the sample of being acquired size is larger, we increase the distance between image capture module and sample to be collected, when
When sample size to be collected is smaller, we reduce the distance between image capture module and sample to be collected)；When the mesh to be acquired
When mark position is certain a part of sample, we can rotate the round bar 19 being threadedly engaged with image capture module 2 and then adjust
The lengthwise position of image capture module 2 makes acquired image to acquire based on target, so that the image acquisition device applicability
It is wider；Rotational handle 32 is arranged in the extended mounting rack 20 in screwed 19 one end of one of round bar, we with slide bar it
Between be provided with driving lever below the slide cartridge 22 through being threadedly engaged, convenient for the rotation to slide cartridge 22 to realize adjusting image capture module
The problem of 2 height.
Embodiment 4, on the basis of embodiment 1, second transmission unit 5 include being horizontally arranged at interval in transmission frame body
Two second transfer rollers 23 between 1,1 two sides of transmission frame body between two second transfer rollers 23 offer vertically extending
The first sliding block 25 is slidably connected in one sliding slot 24 and first sliding groove 24, and third transmission is rotatably equipped between two first sliding blocks 25
Roller 26, is connected with the second conveyer belt 16 between two second transfer rollers 23 and third transfer roller 26, two in the transmission frame body 1
Side offers the second sliding slot 27 being laterally extended close to 5 position of the second transmission unit and slidably connects second in two sliding slots 27 and slides
Block 28, the second transfer roller 23 close to 4 side of the first transmission unit are rotatablely installed between two second sliding blocks 28, pass far from first
Send the rotational installation of 4 the second transfer roller of side 23 of unit between transmission frame body 1 and the protruding transmission frame of the second transfer roller 23
Body 1, second transfer roller 23 stretch out transmission 1 one end of frame body and have been fixedly and coaxially connected first gear 33 and the engagement of first gear 33
There is rotational installation in the second gear 34 on transmission frame body 1, second gear 34 is connected with belt pulley set 8 and belt pulley set 8 is another
End is driven by motor 9, and the distance adjusting means include: two second sliding blocks 28 and second sliding slot side wall with matching
Between be connected with reset spring 29, the first sliding block 25 positioned at the longitudinal side of transmission frame body 1, which is connected with, to be arranged with matching
Cylinder 17 in first sliding groove 24, the cylinder 17 are connected with control system.
The embodiment is how to move down in the drivings of distance adjusting means about the second transmission unit 5 when in use
Dynamic will be described in detail following；Motor 9 through belt pulley set 8 by first gear 33 and second gear 34 cooperate into
Row commutation is transmitted on frame body 1 laterally so that the second transmission unit 5 of driving is transmitted along with 4 same direction of the first transmission unit
Interval is rotatably equipped with two second transfer rollers 23, and the transmission frame body 1 of two second transfer rollers, 23 lower section is equipped with vertically extending the
One sliding slot 24(is referring to shown in attached drawing 6), the second conveyer belt 16 is connected on two second transfer rollers 23 and third transfer roller 26, works as meter
After the collected information of image capture module 2 is compared calculation machine, when discovery sample 10 is unqualified, computer sending refers to
It enables to control system and then control system control cylinder 17 works, cylinder 17 drives the first sliding block 25 along first sliding groove 24 to moving down
It is dynamic that (cylinder 17 drives the first sliding block 25 to be opened between the distance that first sliding groove 24 moves namely two transmission units downwards
Gap width, we meet sample size: sample lateral dimension is less than cylinder 17 and drives downwards
The length that dynamic first sliding block 25 is slided along first sliding groove 24), and then the second conveyer belt 16 is pressed down against by third transfer roller 26,
The second transfer roller 23 that the second conveyer belt 16 passes through close to 4 side of the first transmission unit at this time drives second to be rotatably assorted therewith
Sliding block 28 is slided along second sliding slot 27, and compression reseting spring 29, so that the second transmission unit 5 and the first transmission
Unit 4 separates, and forms notch therebetween, so that failed test sample 10 falls from indentation, there and separated；Work as image
Acquisition module 2 is by the image transmitting of collected next sample 10 to computer and after computer compares analysis to it, if sample
Product 10 are qualified, then the instruction of computer sending at this time to control system controls cylinder 17 in turn and shrinks, what drive was connect with cylinder 17
First sliding block 25 is moved up along first sliding groove 24, and two second sliding blocks 28 are under the action of 29 elastic force of reset spring towards remote at this time
Direction from cylinder 17 is slided along second sliding slot 27, and the second transmission unit 5 is cooperated with the first transmission unit 4 again,
So that the sample 10 of the qualification is delivered on the second transmission unit 5 from the first transmission unit 4, complete to the defeated of qualified samples 10
It send；We set after the acquisition of the complete paired samples 10 of image capture module 2, if the sample 10 is qualified, the first transmission unit 4
Sample 10 is fed forward under the cooperation of drive disk 13 and sheave 11 and be set to the straight pin 14 on drive disk 13 not with slot
When guide groove 12 on wheel 11 separates, the sample 10 is delivered on the second transmission unit 5；If the sample 10 is unqualified,
Sample 10 is fallen during mobile by 4 casees second transmission units 5 of the first transmission unit from indentation, there between the two.
Embodiment 5, on the basis of embodiment 1, the longitudinal one side wall of the transmission frame body 1 be located at the first transmission unit 4 with
Second transmission unit, 5 adjacent position is equipped with and takes object hole 15,5 matching coincidence of first transmission unit 4 and the second transmission unit
Defect ware collecting box is provided with below the place of setting.
When in use, we are equipped in the longitudinal one side wall of transmission frame body 1 and take object hole 15 embodiment, we can pass through
This takes object hole 15 that defect ware collecting box is placed into below the first transmission unit 4 and the second transmission unit 5 mated position, when having
Undesirable sample is screened after separation when release, and undesirable sample falls into defect ware collecting box
It is interior, undesirable sample is taken out, collect and is arranged convenient for us；Defect ware collecting box can be held with samples such as turnover boxes
Cabinet replaces.
The utility model provides a kind of collecting image of computer device, the image capture module 2 of the collecting image of computer device
Surrounding is surrounded with illuminating lamp tube 18, expels the shade on sample 10 to be collected, supplements uniform substantial light for sample 10 to be collected and shines,
The indexing transfer of first transmission unit 4 focuses on sample to be collected convenient for image capture module 2, improves acquired image
Clarity；Furthermore the height of image capture module 2 and position are adjustable with enlarged image acquisition model in the collecting image of computer device
It encloses；Undesirable sample can also be screened and be separated by the collecting image of computer device.
It is described above simply to illustrate that the utility model, it is understood that the utility model is not limited to the above implementation
Example, the various variants for meeting the utility model thought both are within the protection scope of the present invention.
Claims (5)
1. being equipped with image capture module above a kind of collecting image of computer device, including transmission frame body (1) and transmission frame body (1)
(2), described image acquisition module (2) is electrically connected with computer, which is characterized in that described image acquisition module (2) is mounted on
The frame (3) being connected in transmission frame body (1) is slid vertically, the frame (3) is equipped with height adjustment device, the transmission frame
Lateral side is equipped with the first transmission unit (4) in body (1) and the lateral other side is equipped with and is closely arranged with the first transmission unit (4)
Second transmission unit (5), the second transmission unit (5) are connected with distance adjusting means, which meets: when being acquired
When sample detection is unqualified, distance adjusting means work and make the second transmission unit (5) and the first transmission unit (4) point
From so that failed test sample indentation, there between the first transmission unit (4) and the second transmission unit (5) is leaked down, described first is passed
Sending unit (4) includes being rotatably installed in two first transfer rollers (6) for transmitting frame body (1) and being horizontally arranged at interval, and two described first
The first conveyer belt (7) are connected between transfer roller (6), the first transfer roller (6) close to the second transmission unit (5) side is to overhanging
Frame body (1) is transmitted out and stretches out concentric sheave (11) and sheave (11) periphery of being fixedly installed in one end around its center
It is equipped at intervals with several guide grooves (12), is rotatably equipped with the drive disk (13) matched with sheave (11) on transmission frame body (1)
And drive disk (13) is equipped with the straight pin (14) matched with guide groove (12), the drive disk (13) is driven by motor (9).
2. a kind of collecting image of computer device according to claim 1, which is characterized in that described image acquisition module (2)
Surrounding is surrounded with illuminating lamp tube (18).
3. a kind of collecting image of computer device according to claim 1, which is characterized in that the frame (3) includes two horizontal
The round bar (19) for being arranged to interval and longitudinally extending, the longitudinal two sides of two round bars (19) are respectively equipped with mounting rack (20) and two circles
Bar (19) longitudinal direction both ends are rotatably installed in respectively on mounting rack with matching (20), described image acquisition module (2) sliding
It is connected on two round bars (19) and is slidably matched between one of round bar (19) for screw thread, height adjustment device includes: institute
State mounting rack (20) bottom be laterally equipped at intervals with vertically extending two slide bars (21) and transmission frame body (1) on be equipped with and two slide bars
(21) slide cartridge (22) of cooperation is slid vertically, one of slide bar (21) of same mounting rack (20) bottom and with matching
To be threadedly engaged between slide cartridge (22), slide cartridge (22) lower rotation is installed in transmission frame body (1).
4. a kind of collecting image of computer device according to claim 1, which is characterized in that second transmission unit (5)
Including two second transfer rollers (23) being horizontally arranged at interval between transmission frame body (1), between two second transfer rollers (23)
Transmission frame body (1) two sides offer that first is slidably connected in vertically extending first sliding groove (24) and first sliding groove (24) is sliding
Block (25) is rotatably equipped with third transfer roller (26) between two first sliding blocks (25), two second transfer rollers (23) and third
It is connected between transfer roller (26) the second conveyer belt (16), the interior two sides of the transmission frame body (1) are close to the second transmission unit (5) position
It sets and offers the second sliding slot (27) being laterally extended and slidably connect the second sliding block (28) in two sliding slots (27), passed close to first
Second transfer roller (23) of unit (4) side is sent to be rotatablely installed between two second sliding blocks (28), far from the first transmission unit (4)
The second transfer roller of side (23) is rotatablely installed between transmission frame body (1) and the protruding transmission frame body of the second transfer roller (23)
(1), described second transfer roller (23) stretching transmission frame body (1) one end has been fixedly and coaxially connected first gear (33) and first gear
(33) rotational installation is engaged in the second gear (34) in transmission frame body (1), and second gear (34) is connected with belt pulley set (8)
And belt pulley set (8) other end by motor (9) drive, the distance adjusting means include: two second sliding blocks (28) and with
The second sliding slot side wall matched between be connected with reset spring (29), be located at the first sliding block of the longitudinal side of transmission frame body (1)
(25) it is connected with the cylinder (17) being arranged in first sliding groove with matching (24), the cylinder (17) is connected with control system
System.
5. a kind of collecting image of computer device according to claim 1, which is characterized in that the transmission frame body (1) is longitudinal
One side wall is located at the first transmission unit (4) and the second transmission unit (5) adjacent position is equipped with and takes object hole (15), and described first passes
Lower section at unit (4) and the second transmission unit (5) mated position is sent to be provided with defect ware collecting box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920614980.2U CN209460788U (en) | 2019-04-30 | 2019-04-30 | A kind of collecting image of computer device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920614980.2U CN209460788U (en) | 2019-04-30 | 2019-04-30 | A kind of collecting image of computer device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209460788U true CN209460788U (en) | 2019-10-01 |
Family
ID=68048303
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920614980.2U Expired - Fee Related CN209460788U (en) | 2019-04-30 | 2019-04-30 | A kind of collecting image of computer device |
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| Country | Link |
|---|---|
| CN (1) | CN209460788U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112361980A (en) * | 2020-11-05 | 2021-02-12 | 李佳 | Automatic detection device for part machining |
| CN113960047A (en) * | 2021-10-13 | 2022-01-21 | 深圳康姆科技有限公司 | Chip packaging detection equipment and use method thereof |
-
2019
- 2019-04-30 CN CN201920614980.2U patent/CN209460788U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112361980A (en) * | 2020-11-05 | 2021-02-12 | 李佳 | Automatic detection device for part machining |
| CN113960047A (en) * | 2021-10-13 | 2022-01-21 | 深圳康姆科技有限公司 | Chip packaging detection equipment and use method thereof |
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Granted publication date: 20191001 Termination date: 20200430 |