CN107588724A - A kind of laser testing instrument - Google Patents
A kind of laser testing instrument Download PDFInfo
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- CN107588724A CN107588724A CN201710935498.4A CN201710935498A CN107588724A CN 107588724 A CN107588724 A CN 107588724A CN 201710935498 A CN201710935498 A CN 201710935498A CN 107588724 A CN107588724 A CN 107588724A
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Abstract
The invention discloses a kind of laser testing instrument, the measurement solved for valve inside is mainly measured by survey tool, and due to factors such as the error of observation and instrument the errors in itself of human eye by way of survey tool measures, the problem of error for often causing measured valve inside to measure, its drip irrigation device is：Including instruction light panel, the column positioned at instruction light panel lower position, be respectively arranged at column both sides and baffle plate positioned at instruction light panel lower position and be fixedly connected on baffle plate and in it is horizontally disposed for by the outward appearance of valve inside by display come the CCD detectors that detect；Laser testing instrument also includes being used for valve inside rotation-limited so that CCD detectors are by the pressing wheel mechanism of the figure complete documentation of valve inside, a kind of laser testing instrument of the present invention, the outward appearance of valve inside can be mapped in display and measured, improve the accuracy to valve inside size detection.
Description
Technical field
The present invention relates to laser testing instrument technical field, more particularly to a kind of laser testing instrument.
Background technology
" valve inside " is called " airtight core ".It is mainly used in the air inlet of tire and prevents from having a flat tire.The main body of " valve inside "
It is that a bit of upper end is hollow, the solid cylinder in lower end, an aperture is opened in the side of lower end and is connected with hollow space.Valve inside
It is broadly divided into：English plunger, American valve inside, French valve inside, in addition also German-style plunger and Italian type valve inside.
Mainly measured by survey tool in the measurement for valve inside, and surveyed by survey tool at present
The mode of amount often causes measured valve inside to survey due to factors such as the error of observation and instrument the errors in itself of human eye
Error in amount, therefore also improved space.
The content of the invention
It is an object of the invention to provide a kind of laser testing instrument, the outward appearance of valve inside can be mapped in display and carried out
Measurement, improves the accuracy to valve inside size detection.
The present invention above-mentioned technical purpose technical scheme is that：
A kind of laser testing instrument, including instruction light panel, positioned at instruction light panel lower position column, be respectively arranged at it is vertical
Post both sides and baffle plate positioned at instruction light panel lower position and be fixedly connected on baffle plate and in it is horizontally disposed for
By the outward appearance of valve inside by display come the CCD detectors that detect；
Laser testing instrument also includes being used for valve inside rotation-limited so that CCD detectors are by the figure complete documentation of valve inside
Pressing wheel mechanism.
Using such scheme, by the CCD testers on baffle plate can by the IMAQ of valve inside into display, and
Setting for pressing wheel mechanism can be by driving valve inside be rotated, so as to by the complete image of valve inside with the frictional force of valve inside
It is mapped into display, whether valve inside is assessed in standard size range with the standard size of display, compared to
The mode of manual measurement, the measurement accuracy to valve inside is also improved while measurement efficiency is substantially increased, had notable
The progress of property.
Preferably, the pressing wheel mechanism include be fixedly connected on column tool support plate, for be positioned at tool carry
The workpiece location-plate of plate, below the workpiece location-plate and be connected to the bearing plate of valve inside and be connected to valve inside with
For the runner assembly for driving valve inside to rotate；
Upper and lower ends of the workpiece location-plate in the end face away from tool support plate form first raised, the second raised, institute respectively
State first raised and the second raised the first semicircle for being adapted to valve inside placement respectively at the side formation away from tool support plate
Cavity and the second semicircular cavity.
It is similar because the first the first semicircular cavity convexed to form is available for the placement of valve inside using such scheme, the
Two it is raised also form the second semicircular cavity for being available for valve inside to place, with 2 points of principles for determining a line, and the first semicircular cavity,
The setting of second semicircular cavity is adapted to valve inside as semicircle, so valve inside is often relatively stable when placing, furthermore
For, also valve inside can be kept to keep preferable stability when in use indirectly because runner assembly is also connected to valve inside, it is comprehensive
Upper setting can effectively keep stability of the valve inside when placing.
Preferably, the described first side for being raised in close first semicircular cavity is symmetrically fixedly connected with and is connected to respectively
The clutch shaft bearing of valve inside, clutch shaft bearing, first the first raised locating shaft are arranged in successively；
Corresponding, the described second side for being raised in remote second semicircular cavity is symmetrically fixedly connected with is connected to valve inside respectively
Second bearing, be arranged in second bearing, second the second raised locating shaft successively；
Also include and the upper and lower ends of be placed in the first locating shaft and the second positioning bearing and be threadedly connected to first respectively
Locating shaft, the second locating shaft both ends with compress clutch shaft bearing, second bearing nut.
Using such scheme, valve inside and the first raised contact surface can further be reduced by the setting of clutch shaft bearing
Product, while facilitates the rotation of valve inside, similar with clutch shaft bearing, and second bearing can also reduce valve inside and second raised
Contact area, equally it is easy to the rotation of valve inside, and can has respectively by the setting of the first locating shaft and the second locating shaft
Stability when effect improves clutch shaft bearing, second bearing is placed, to sum up, is advantageous to the rotation of valve inside, is surveyed so as to improve CCD
Valve inside is mapped into the efficiency of display by examination instrument.
Preferably, the support foot is recessed in being offered close to the end face of workpiece location-plate and alignment valve inside opening position
Groove, it is provided with beyond slot opening in the groove and is connected to the abutting ball of valve inside.
Using such scheme, by subtracting while the inner setting for abutting ball of groove can ensure that valve inside is stably placed
Few valve inside and the corresponding contact area for abutting ball, and with the reduction of contact area, frictional force between the two also will therewith
Reduce, so as to improve fluency of the valve inside when rotating, the setting in combination with clutch shaft bearing, second bearing can be significantly
Fluency of the valve inside when rotating is improved, is had significant progressive.
Preferably, the runner assembly includes being disposed in proximity to the base of column side, above base and split
In base both sides and along base length direction it is fixedly connected on the slide plate of base, above slide plate and is matched with slide plate
And it is slidably connected to the sliding block of slide plate, above sliding block and is fixedly connected on the Y-direction adjustable plate of sliding block, positioned at Y-direction
Motor in the range of adjustable plate cavity, it is connected to the connecting rod of motor output shaft and is connected to connecting rod and is controlled by motor
And the driving wheel of valve inside is connected to, in addition to the longitudinally adjust component moved for regulation motor in longitudinal direction.
Using such scheme, by the setting of longitudinally adjust component can active regulation motor move up and down, and with
The moving up and down of motor can drive connecting rod, driving wheel to move up and down accordingly, and can when driving wheel moves up and down
According to the difference of different air valve core, suitable height is arrived into driving wheel regulation, suitable height herein is generally in valve inside
End, so as to improve efficiency when valve inside rotates.
Preferably, the driving wheel is arranged with rubber ring in its outer edge.
Using such scheme, driving wheel can be improved by being set by the rubber ring at rotating wheel outer edge squeezes to valve inside
Pressure, so as to improve extruding force of the driving wheel to valve inside indirectly, be advantageous to valve inside and smoothly rotated, used
Do not skidded in journey.
Preferably, the longitudinally adjust component includes being arranged at bearing plate and is fixedly connected on the Z of Y-direction adjustable plate
To adjustable plate, be opened in the long gain of Z-direction adjustable plate, be arranged between driving wheel and motor and both ends be respectively fixedly connected with
Motor and the motor chain connecting plate for being sheathed on connecting rod；
The motor chain connecting plate close to the side of long gain in being provided with limited block symmetrical above and below and described spacing positioned at two
Positioning hole between block, laser testing instrument also include being arranged between two limited blocks and being connected to the activity of Z-direction adjustable plate
Briquetting and be threadedly connected to movable holddown for be threadedly connected to positioning hole realization bolt.
Using such scheme, it is easy to staff in practical operation to motor by the setting of movable holddown and bolt
With the regulation of driving wheel upper-lower position, and with motor, the regulation of driving wheel position, it is easy to user according to the actual requirements will be actively
Wheel regulation is to suitable height, additionally due to the limited block setting in movable holddown upper and lower ends can be easy to movable holddown position
It is determined that and positioning.
Preferably, also include being placed in Y-direction adjustable plate both sides and being fixedly connected on Y-direction adjustable plate and being fixedly connected
In Z-direction adjustable plate to prevent baffle plate that extraneous baffle plate enters from both sides.
Using such scheme, motor can effectively be completely cut off in the external world by the setting of the setting of baffle plate, so as to effectively prevent
Motor is disturbed by introduced contaminants in use.
Preferably, the 3rd bearing for being arranged in and being connected to motor chain connecting plate is provided with the connecting rod.
Using such scheme, the setting of 3rd bearing can be advantageous to the rotation of connecting rod, simultaneously because being sheathed on motor train
It can keep driving wheel that there is preferable stability when rotating in fishplate bar.
Preferably, also include being arranged in Z-direction adjustable plate and be connected to the oil buffer of base.
Using such scheme, the effect of oil buffer be automated machine operation chase after lane can reduce vibrations and
Noise, bottom plate caused vibrations when movement can be reduced here by oil buffer.
In summary, the invention has the advantages that：
1st, with formed in the first semicircular cavity and the second projection that are formed in the first projection on workpiece location-plate the second half
Round empty cavity can greatly facilitate the placement of valve inside, furthermore with the second axle in the clutch shaft bearing in the first projection, the second projection
The efficiency for being greatly improved valve inside when rotating is held, is matched with above-mentioned setting in addition, the abutting ball on bearing plate is set
Put, the contact area of valve inside and bearing plate can be reduced, to sum up, substantially increase efficiency of the valve inside when rotating.
2nd, by the limited block on motor chain connecting plate and movable holddown, the setting of bolt, while it is matched with the height of motor
Degree regulation, the length of long gain are far longer than the length of movable holddown and limited block, and to keep driving wheel when rotating
Stability and smoothness, the outer edge that motor chain connecting plate is arranged in connecting rod is provided with matched 3rd bearing.
Brief description of the drawings
Fig. 1 is the structural representation one of laser testing instrument；
Fig. 2 is the enlarged diagram in A portions in Fig. 1；
Fig. 3 is the structural representation two of laser testing instrument；
Fig. 4 is the enlarged diagram in B portions in Fig. 3；
Fig. 5 is the structural representation one of runner assembly；
Fig. 6 is the structural representation two of runner assembly；
Fig. 7 is the enlarged diagram in C portions in Fig. 6；
Fig. 8 is the sectional view of laser testing instrument.
In figure：1st, light panel is indicated；2nd, column；3rd, baffle plate；4th, CCD detectors；51st, tool support plate；52nd, workpiece positions
Plate；53rd, bearing plate；54th, runner assembly；521st, first is raised；522nd, second is raised；523rd, the first semicircular cavity；524th,
Two semicircular cavities；525th, clutch shaft bearing；526th, the first locating shaft；527th, second bearing；528th, the second locating shaft；529th, nut；
530th, groove；531st, ball is abutted；541st, base；542nd, slide plate；543rd, sliding block；544th, Y-direction adjustable plate；545th, motor；
546th, connecting rod；547th, driving wheel；7th, rubber ring；61st, Z-direction adjustable plate；62nd, long gain；63rd, motor chain connecting plate；631st, it is spacing
Block；632nd, positioning hole；633rd, movable holddown；634th, bolt；8th, dividing plate；9th, 3rd bearing；10th, oil buffer；11st, leg.
Embodiment
The present invention is described in further detail below in conjunction with accompanying drawing.
As shown in figure 1, a kind of laser testing instrument disclosed in the present embodiment, laser detecting apparatus be one be related to laser, optics,
Precision optical machinery, electronics, automatically control modern Photoelectric Detection instrument with the multidisciplinary technology such as computer.
As shown in Figure 1, 2, laser testing instrument includes instruction light panel 1, the column positioned at the instruction lower position of light panel 1
2nd, the both sides of column 2 are respectively arranged at and is located at the baffle plate 3 of the instruction lower position of light panel 1 and is fixedly connected on baffle plate 3
And in it is horizontally disposed for by the outward appearance of valve inside by display come the CCD detectors 4 that detect；Laser testing instrument also includes
For to valve inside rotation-limited so that CCD detectors 4 are by the pressing wheel mechanism of the figure complete documentation of valve inside.
As shown in Figure 1, 2, indicate to be provided with the switching knob for operation on light panel 1, column 2 is high along laser testing instrument
Spend direction to set, baffle plate 3 is arranged at the side of column 2 and is fixedly connected with CCD detectors 4, and CCD detectors 4 are a kind of by thing
The outward appearance of body is by display come the instrument detected, the model LS-7070 of CCD detectors 4 herein.
As in Figure 2-4, pressing wheel mechanism include be fixedly connected on column 2 tool support plate 51, be positioned at tool support plate
51 workpiece location-plate 52, the bearing plate 53 positioned at the lower section of workpiece location-plate 52 and valve inside is connected to for driving
The runner assembly 54 that valve inside rotates；Upper and lower ends of the workpiece location-plate 52 in the end face away from tool support plate 51 form the respectively
One projection 521, the second projection 522, the first projection 521 and the second projection 522 are respectively at the side shape away from tool support plate 51
Into the first semicircular cavity 523 and the second semicircular cavity 524 for being adapted to valve inside placement.
The rectangular in cross-section of tool support plate 51 sets and is fixed on column 2, is opened on tool support plate 51 along its short transverse
Provided with several through holes with the positioning of workpiece location-plate 52, the first projection 521 and the second projection 522 with arc transition, and
And be the placement for being adapted to valve inside, form the first semicircular cavity 523 in the opening position that valve inside is placed and the second semicircle is empty
Chamber 524 is for the placement of valve inside.
As in Figure 2-4, further to improve efficiency of the valve inside when rotating, the first projection 521 is in close to first
The side of semicircular cavity 523 is symmetrically fixedly connected with to be connected to the clutch shaft bearing 525 of valve inside, is arranged in first axle successively respectively
Hold the first locating shaft 526 of the 525, first projection 521；Corresponding, the second projection 522 is in one away from the second semicircular cavity 524
Side is symmetrically fixedly connected with to be connected to the second bearing 527 of valve inside, is arranged in the projection of second bearing 527, second successively respectively
522 the second locating shaft 528.
Further strengthen stability during to clutch shaft bearing 525, the use of second bearing 527, Laser Measuring on the basis of the above
Examination instrument also includes and is placed in the upper and lower ends that the first locating shaft 526 and the second locating shaft 528 are held and is threadedly coupled respectively
In the both ends of the first locating shaft 526, the second locating shaft 528 with compress clutch shaft bearing 525, second bearing 527 nut 548.
As shown in Fig. 2 to keep efficiency of the valve inside when rotating, support foot is in close to the end face of workpiece location-plate 52
And alignment valve inside opening position opens up fluted 530, is provided with groove 530 and valve inside is open and be connected to beyond groove 530
Abutting ball 531, it is preferably steel ball to keep itself higher service life to abut ball 531.
As shown in figure 5, runner assembly 54 includes being disposed in proximity to the base 541 of the side of column 2, above base 541
And it is placed in and the both sides of base 541 and is fixedly connected on the slide plate 542 of base 541, positioned at slide plate along the length direction of base 541
Above in the of 542 and it is matched with slide plate 542 and is slidably connected to the sliding block 543 of slide plate 542, be above sliding block 543 and fixed
It is connected to the Y-direction adjustable plate 544 of sliding block 543, the motor 545 in the range of the cavity of Y-direction adjustable plate 544, is connected to electricity
The connecting rod 546 of the output shaft of machine 545 and it is connected to connecting rod 546 and is controlled by motor 545 and is connected to the active of valve inside
Wheel 547, in addition to the longitudinally adjust component moved for regulation motor 545 in longitudinal direction.
As shown in figure 5, Y-direction adjustable plate 544 is set in middle opening, and the middle rectangular setting of opening, connecting rod
546 are set in cylinder, and driving wheel 547 is set in disk, furthermore for, to keep driving wheel 547 to press in use
Tightly rubber ring 7 is arranged with valve inside, driving wheel 547 in its outer edge.
As shown in figs 6-8, longitudinally adjust component includes being arranged at bearing plate 53 and is fixedly connected on Y-direction adjustable plate
544 Z-direction adjustable plate 61, the long gain 62 for being opened in Z-direction adjustable plate 61, be arranged between driving wheel 547 and motor 545 and
Both ends are respectively fixedly connected with motor 545 and are sheathed on the chain connecting plate of motor 545 of connecting rod 546；The chain connecting plate of motor 545 is in close
The side of long gain 62 is provided with limited block 631 symmetrical above and below and the positioning hole 632 between two limited blocks 631, fixed
Position 632 rounded setting of hole, laser testing instrument also include being arranged between two limited blocks 631 and being connected to Z-direction adjustable plate 61
Movable holddown 633 and be threadedly connected to movable holddown 633 for be threadedly connected to positioning hole 632 realization bolt 634.
As shown in figure 8, the 3rd bearing 9 for being arranged in and being connected to the chain connecting plate of motor 545 is provided with connecting rod 546, the 3rd
The stability set when can be rotated by keeping connecting rod 546 of bearing 9, maintains stabilization when driving wheel 547 rotates indirectly
Property.
As shown in fig. 6, laser testing instrument also includes being placed in the both sides of Y-direction adjustable plate 544 and being fixedly connected on Y-direction adjusting
Section plate 544 is simultaneously fixedly connected on Z-direction adjustable plate 61 to prevent dividing plate 8 that extraneous baffle plate 3 enters from both sides, and the section of dividing plate 8 is equal
Rectangular setting.
For furthermore, as shown in figure 3, laser testing instrument also includes being arranged in Z-direction adjustable plate 61 and is connected to base 541
Oil buffer 10 is to reduce the noise sent when base 541 moves, while laser testing instrument is equal in four corners of its main body
It is provided with and is contacted with ground to keep the leg 11 of its Soil stability.
Specific operation principle is as follows：
Step1, runner assembly 54 is made away from the first projection 521, the second projection 522 by mobile base 541 first；
Step2, valve inside is passed sequentially through into the first semicircular cavity 523, the second semicircular cavity 524 and abuts the bottom of valve inside
In the abutting ball 531 on bearing plate 53, now mobile base 541 makes corresponding driving wheel 547 be connected to valve inside.
Step3, the relative altitude according to the actual height different adjustment driving wheel 547 of valve inside, high process herein
Corresponding limited block 631 can be moved in long gain 62, so as to move the chain connecting plate of motor 545 indirectly, and after movement, is passed through
Movable holddown 633 is compressed and is fixed with bolt 634 by positioning hole 632.
Step4, now start CCD detectors 4 IMAQ is carried out to valve inside, while motor 545 can rotate makes valve
Core rotates, so that the complete image of valve inside is completely collected by CCD detectors 4.
This specific embodiment is only explanation of the invention, and it is not limitation of the present invention, people in the art
Member can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but as long as at this
All protected in the right of invention by Patent Law.
Claims (10)
1. a kind of laser testing instrument, it is characterized in that：Including instruction light panel (1), positioned at instruction light panel (1) lower position
Column (2), it is respectively arranged at column (2) both sides and is located at the baffle plate (3) for indicating light panel (1) lower position and fixes
Be connected on baffle plate (3) and in it is horizontally disposed for by the outward appearance of valve inside by display come the CCD detectors that detect
(4)；
Laser testing instrument also includes being used for valve inside rotation-limited so that CCD detectors (4) completely remember the figure of valve inside
The pressing wheel mechanism of record.
2. a kind of laser testing instrument according to claim 1, it is characterized in that：The pressing wheel mechanism is vertical including being fixedly connected on
Tool support plate (51) on post (2), the workpiece location-plate (52) for being positioned at tool support plate (51), positioned at workpiece location-plate
(52) below and it is connected to the bearing plate (53) of valve inside and is connected to valve inside for driving turning for valve inside rotation
Dynamic component (54)；
It is raised that upper and lower ends of the workpiece location-plate (52) in the end face away from tool support plate (51) form first respectively
(521), second raised (522), described first raised (521) and second raised (522) are respectively at away from tool support plate (51)
Side formed be adapted to valve inside placement the first semicircular cavity (523) and the second semicircular cavity (524).
3. a kind of laser testing instrument according to claim 2, it is characterized in that：Described first raised (521) are in close to first
The side of semicircular cavity (523) is symmetrically fixedly connected with to be connected to the clutch shaft bearing (525) of valve inside, is arranged in successively respectively
One bearing (525), the first locating shaft (526) of first raised (521)；
Corresponding, described second raised (522) are symmetrically fixedly connected with the side away from the second semicircular cavity (524) to be supported respectively
It is connected to the second bearing (527) of valve inside, is arranged in second bearing (527), the second locating shaft of second raised (522) successively
(528)；
Also include and upper and lower ends that be placed in the first locating shaft (526) and the second locating shaft (528) are held and screw thread respectively
The both ends of the first locating shaft (526), the second locating shaft (528) are connected to compress clutch shaft bearing (525), second bearing (527)
Nut (548).
4. a kind of laser testing instrument according to claim 2, it is characterized in that：The support foot is in close to workpiece location-plate
(52) end face and alignment valve inside opening position opens up fluted (530), is provided with the groove (530) beyond groove
(530) it is open and is connected to the abutting ball (531) of valve inside.
5. a kind of laser testing instrument according to claim 3, it is characterized in that：The runner assembly (54) includes being arranged at leaning on
The base (541) of nearly column (2) side, above base (541) and the base that is placed in (541) both sides and along base (541)
Length direction is fixedly connected on the slide plate (542) of base (541), above the slide plate (542) and is matched with slide plate
(542) and it is slidably connected to the sliding block (543) of slide plate (542), above the sliding block (543) and is fixedly connected on sliding block
(543) Y-direction adjustable plate (544), the motor (545) in the range of Y-direction adjustable plate (544) cavity, it is connected to motor
(545) connecting rod (546) of output shaft and it is connected to connecting rod (546) and is controlled by motor (545) and is connected to valve inside
Driving wheel (547), in addition to the longitudinally adjust component moved in longitudinal direction for regulation motor (545).
6. a kind of laser testing instrument according to claim 5, it is characterized in that：The driving wheel (547) is in its outer edge set
Provided with rubber ring (7).
7. a kind of laser testing instrument according to claim 5, it is characterized in that：The longitudinally adjust component includes being arranged at branch
Hold bottom plate (53) and be fixedly connected on the Z-direction adjustable plate (61) of Y-direction adjustable plate (544), be opened in the length of Z-direction adjustable plate (61)
Gain (62), it is arranged between driving wheel (547) and motor (545) and both ends are respectively fixedly connected with motor (545) and covered
Motor (545) chain connecting plate located at connecting rod (546)；
Motor (545) chain connecting plate in close to long gain (62) side be provided with limited block symmetrical above and below (631) and
Positioning hole (632) between two limited blocks (631), laser testing instrument also include being arranged at two limited blocks
(631) between and be connected to the movable holddown (633) of Z-direction adjustable plate (61) and be threadedly connected to movable holddown (633) with
In the bolt (634) for being threadedly connected to positioning hole (632) realization.
8. a kind of laser testing instrument according to claim 7, it is characterized in that：Also include the Y-direction adjustable plate (544) that is placed in
Both sides and be fixedly connected on Y-direction adjustable plate (544) and be fixedly connected on Z-direction adjustable plate (61) with prevent extraneous baffle plate (3) from
The dividing plate (8) that both sides enter.
9. a kind of laser testing instrument according to claim 7, it is characterized in that：It is provided with and wears on the connecting rod (546)
In the 3rd bearing (9) for being connected to motor (545) chain connecting plate.
10. a kind of laser testing instrument according to claim 7, it is characterized in that：Also include be arranged in Z-direction adjustable plate (61) and
It is connected to the oil buffer (10) of base (541).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710935498.4A CN107588724B (en) | 2017-10-10 | 2017-10-10 | Laser beam tester |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710935498.4A CN107588724B (en) | 2017-10-10 | 2017-10-10 | Laser beam tester |
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| Publication Number | Publication Date |
|---|---|
| CN107588724A true CN107588724A (en) | 2018-01-16 |
| CN107588724B CN107588724B (en) | 2023-12-29 |
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|---|---|---|---|
| CN201710935498.4A Active CN107588724B (en) | 2017-10-10 | 2017-10-10 | Laser beam tester |
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|---|---|
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| CN202420403U (en) * | 2011-12-12 | 2012-09-05 | 安徽沃德气门制造有限公司 | Detection device for finished product of valve core |
| CN202420382U (en) * | 2011-12-12 | 2012-09-05 | 安徽沃德气门制造有限公司 | Valve core bottom diameter and bottom conicity detecting device |
| CN202719955U (en) * | 2012-07-30 | 2013-02-06 | 广州番禺旭东阪田电子有限公司 | Appearance determination multi-analysis algorithm combination-based automatic detection apparatus |
| WO2014040526A1 (en) * | 2012-09-12 | 2014-03-20 | 深圳深蓝精机有限公司 | Circular shaft length, outer diameter, runout value and roundness measurement device and measurement method thereof |
| CN203259118U (en) * | 2013-04-16 | 2013-10-30 | 睿志达光电(深圳)有限公司 | Glass dimension detector |
| CN203426696U (en) * | 2013-06-27 | 2014-02-12 | 苏州菱欧自动化设备有限公司 | Automatic nozzle cap assembling machine |
| CN204373688U (en) * | 2014-12-24 | 2015-06-03 | 苏州道蒙恩电子科技有限公司 | A kind of electroplating assembly line outward appearance and dimension control equipment |
| CN105571486A (en) * | 2015-12-23 | 2016-05-11 | 大连德迈仕精密科技股份有限公司 | Spline shaft spline detection device and method |
| CN206330545U (en) * | 2016-12-27 | 2017-07-14 | 东莞市明威视觉自动化设备有限公司 | One kind uses the key measuring instrument of ccd video camera one |
| CN207263118U (en) * | 2017-10-10 | 2018-04-20 | 宁波嘉思特智能设备有限公司 | A kind of laser testing instrument |
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