CN204630545U - A kind of high definition all-around video measuring instrument - Google Patents
A kind of high definition all-around video measuring instrument Download PDFInfo
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- CN204630545U CN204630545U CN201520214176.7U CN201520214176U CN204630545U CN 204630545 U CN204630545 U CN 204630545U CN 201520214176 U CN201520214176 U CN 201520214176U CN 204630545 U CN204630545 U CN 204630545U
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Abstract
The utility model discloses a kind of high definition all-around video measuring instrument, comprise base, be loaded on the plummer of the fixation workpiece of base, adjusting portion and support portion, described measuring instrument also comprises and is installed in panel computer on base and three-dimensional microscope, this support portion is installed on base, adjusting portion and three-dimensional microscope are installed on this support portion, and the microscopical lower end of described three-dimensional is fixed with lamp source on LED.This high definition all-around video measuring instrument adopts panel computer to be loaded on base, reduce the area that takes up room of high definition all-around video measuring instrument, and three-dimensional microscope camera lens is housed, adopt red, yellow, blue and green four kinds of LED lamp bead and combine and arrange in pairs or groups with the multiple angle of lamp source axis, substantially increase the contrast affecting edge, measuring system is made to obtain image effect more clearly, improve work efficiency and measuring accuracy, be beneficial to application measurement under various circumstances.
Description
Technical field
The utility model relates to a kind of precision measurement apparatus, specifically a kind of high definition all-around video measuring instrument.
Background technology
Image measurer has another name called high definition image formula surveying instrument, which overcome the deficiency of conventional projector, be integrate light, mechanical, electrical, the novel high-precision of computer image technology, high-tech surveying instrument, it not only can by the display of observed object on the display apparatus, panel computer image processing techniques Quick Measuring can also be utilized to measure the physical dimension of observed object, to generate survey sheet.
At present, the image measurer that market occurs is all select Quadratic Finite Element camera lens, and needs when the different angles size of measuring workpieces different surfaces the putting position repeatedly changing workpiece, compares and wastes man-hour; Or by arranging the slide mechanism of XYZ tri-coordinate directions, realize the multi-angle outward appearance of comprehensive measuring workpieces, but this measuring instrument volume is comparatively large, complicated operation, and general measuring instrument is all be connected with desk-top panel computer, takies larger space.
Light-source illuminating system is one of part of most critical in image measuring system, its main target be in an appropriate manner by ray cast on testee, the contrast of outstanding tested characteristic.Light source has a great impact image quality, the factor such as homogeneity, geometric configuration, intensity of illumination, direction of illumination, wavelength of light source all directly can have influence on measurement result, the key of its whole system success or failure often, this just requires that the cooperation of electric light source and lighting scheme should protrusion body characteristics amount as much as possible, need should produce obvious difference as much as possible between the part of detection and inessential part at object, increase contrast, also should ensure enough overall brightnesses simultaneously; In actual use, often there is following technical matters: when (1) is for pure white, transparent and low reflection workpiece, the problem that contrast on border is low, precision reduces greatly; (2) information that flower is put and overexposure hidden image is important; Shade causes the flase drop at edge; The reduction of signal to noise ratio (S/N ratio) and uneven illumination cause the difficulty of image procossing Threshold selection; (3) in actual use, because tested workpiece is not of uniform size, need to measure by different enlargement factors, thus image measurer majority adopt can the microscope of continuous zoom number.At present commercially with in image measurer industry, conventional image measurer is all with common zoom microscope, when user needs to zoom in or out multiple in measuring process, can only manually rotating microscope, and adjust to the multiple of needs.But need to re-start adjustment of image after each manual zoom of user, before and after the figure that guarantee measurement exports, ratio is consistent, troublesome poeration, inefficiency, therefore, how to overcome the direction that above-mentioned technical matters becomes those skilled in the art's effort.
Utility model content
The purpose of this utility model is to provide a kind of high definition all-around video measuring instrument, to solve the problem proposed in above-mentioned background technology.
For achieving the above object, the utility model provides following technical scheme:
A kind of high definition all-around video measuring instrument, comprise base, be loaded on the plummer of the fixation workpiece of base, adjusting portion and support portion, it is characterized in that, described measuring instrument also comprises and is installed in panel computer on base and three-dimensional microscope, described support portion is installed on base, adjusting portion and three-dimensional microscope are installed on described support portion, described support portion comprises mounting blocks and sliding shoe, accepting groove is provided with in described mounting blocks, described adjusting portion comprises gear, with the tooth bar of gears meshing and the rotating shaft through described accepting groove, described gear to be placed in rotating shaft and to be contained in accepting groove, described tooth bar is provided with several teeth, described tooth bar is installed on described sliding shoe, sliding shoe slides and is loaded on mounting blocks, described mounting blocks also comprises groove, described groove comprises a groove bottom wall and two groove sidewalls, described accepting groove is located in the groove bottom wall of described groove, the groove sidewall of described groove is provided with chute, described sliding shoe is provided with two slide rails, described slide rail slides and is loaded in chute, and described tooth bar is loaded on the surface between described two slide rails, described support portion also comprises bracing frame, and support frame as described above comprises installing plate, fixed head and two web joints that be arranged in parallel, and installing plate is fixed on one end of described two web joints, and described fixed head is fixed on the other end of described two web joints, the surface that described installing plate is relative with being equipped with web joint is convexly equipped with two spaced snap rings, and three-dimensional microscope is fixed on described snap ring, described high definition all-around video measuring instrument also comprises supporting part, and described supporting part comprises the loading plate and two holding parts that are loaded on base, and described loading plate one end near described panel computer is located at by described plummer, described base is also provided with circuit board, described three-dimensional microscope one end is equiped with the image sensor be connected with circuit board, described three-dimensional microscope also comprises camera lens and motor, described motor is located at described camera lens side and described camera lens can be driven to rotate, and described camera lens and described image sensor are electrically connected, the microscopical lower end of described three-dimensional is fixed with lamp source on LED, on described LED, lamp source comprises lamp socket, circuit board, lamp plate, several red LED lamp pearls being electrically connected to circuit board, yellow LED lamp pearl, blue led lamp pearl and green LED lamp pearl, this lamp plate offers several inclined holes, described LED lamp bead embeds in inclined hole, LED lamp bead and inclined hole one_to_one corresponding setting-in, several red LED lamp pearls, yellow LED lamp pearl, blue led lamp pearl and green LED lamp pearl arrange formation at least four LED rings from inside to outside, described at least four LED rings are circumferentially divided into the firstth district, the secondth district, the 3rd district and the 4th district successively, red LED lamp pearl is in described firstth district, yellow LED lamp pearl is in described secondth district, be blue led lamp pearl in described 3rd district, in described 4th district, be green LED lamp pearl.
As further program of the utility model: described holding part comprises fixed leg and pushes shrapnel, described in the one end that pushes shrapnel be sheathed on described fixed leg, other end pressing workpiece is on described plummer.
As the utility model further scheme: described mounting blocks also comprises two sides and an end face, described groove is located on end face, described two side openings are provided with the mounting hole running through groove and accepting groove, described adjusting portion also comprises two handles, described rotating shaft is provided with bearing, bearing is loaded in described mounting hole, and described rotating shaft is through described mounting hole, gear and accepting groove, and described handle is loaded on described rotating shaft two ends.
As the utility model further scheme: described base also comprises fixed mount, end face and installed surface, described fixed mount is fixed on described end face side, and two sides of described mounting blocks are fixed on described fixed mount.
Compared with prior art, the beneficial effects of the utility model are: this high definition all-around video measuring instrument adopts panel computer to be loaded on base, reduce the area that takes up room of high definition all-around video measuring instrument, and three-dimensional microscope camera lens is housed, can slide and can absorb workpiece omnidirectional images and data are passed to computer not changing in location of workpiece situation and do not need to arrange Three-bearing, easy to operate, save Measuring Time, described measuring instrument solves for pure white, during transparent and low reflection workpiece, the problem that contrast on border is low, adopt red, yellow, blue and green four kinds of LED lamp bead also combine arranges in pairs or groups with the multiple angle of lamp source axis, substantially increase the contrast affecting edge, measuring system is made to obtain image effect more clearly, improve work efficiency and measuring accuracy, be beneficial to application measurement under various circumstances, simultaneously, the firm lamp pearl of inclined hole on lamp plate, promote LED lamp bead and fastness is installed, lamp pearl is irradiated stable, not easily occur crooked, extend its serviceable life.
Accompanying drawing explanation
Fig. 1 is the perspective view of high definition all-around video measuring instrument.
Fig. 2 is the inner structure schematic diagram of high definition all-around video measuring instrument.
Fig. 3 is the schematic diagram that the measurement section of high definition all-around video measuring instrument is decomposed from support portion.
Fig. 4 is the part-structure decomposing schematic representation of high definition all-around video measuring instrument.
Fig. 5 is the part-structure schematic diagram of support portion in high definition all-around video measuring instrument.
Fig. 6 is the structural representation of lamp source and microlens on LED in high definition all-around video measuring instrument.
Fig. 7 be Fig. 6 look up structural representation.
In figure: 1-base, 102-end face, 104-installed surface, 11-fixed mount, 2-panel computer, 3-supporting part, 31-loading plate, 311-plummer, 32-holding part, 321-fixed leg, 322-pushes shrapnel, 4-support portion, 41-mounting blocks, 410-side, 411-end face, 412-groove, 414-groove bottom wall, 415-groove sidewall, 416-chute, 417-accepting groove, 418-mounting hole, 42-sliding shoe, 420-first surface, 421-second surface, 422-slide rail, 423-groove, 43-bracing frame, 431-installing plate, 4311-snap ring, 4312-through hole, 432-fixed head, 433-web joint, 4331-end, 44-extension board, 441-holds mouth, 5-adjusting portion, 51-handle, 52-rotating shaft, 521-bearing, 53-gear, 54-tooth bar, 541-teeth, 6-measurement section, 61-image sensor, 62-motor, the three-dimensional microscope of 63-, 631-camera lens, the upper lamp source of 632-LED, 64-lamp socket, 65-circuit board, 661-red LED lamp pearl, 662-yellow LED lamp pearl, 663-blue led lamp pearl, 664-green LED lamp pearl, 67-lamp plate, 671-inclined hole, 68-LED lamp ring, 691-first district, 692-second district, 693-the 3rd district, 694-the 4th district.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Refer to Fig. 1 and Fig. 2, in the utility model embodiment, a kind of high definition all-around video measuring instrument, comprises base 1, panel computer 2, supporting part 3, support portion 4, adjusting portion 5, measurement section 6, cover body 7 and a lens case 8.Described supporting part 3 is fixed on base 1 with support portion 4, supporting part 3 is for fixing workpiece for measurement, described adjusting portion 5 and measurement section 6 are installed on described support portion 4, the distance of described measurement section 6 and described supporting part 3 is adjusted by adjusting portion 5, described measurement section 6 comprises image sensor 61 and three-dimensional microscope 63, described lens case 8 covers in described measurement section 6, and described cover body 7 to cover in described support portion 4 and adjusting portion 5 and covering part lens case 8.
The installed surface 104 that described base 1 comprises end face 102 and is connected with end face 102 in an angle of inclination; Described base 1 is built with circuit board (not shown), and the back side of described base 1 is equiped with power switch and interface (not shown), the installed surface 104 that described panel computer 2 is loaded on described base 1 is connected with described circuit board, realize data by circuit board and measurement section 6 to transmit, and by the image of described panel computer 2 display measurement and information, described base 1 is also provided with fixed mount 11, and described fixed mount 11 is made up of two cylinders, and it is installed on described end face 102 away from installed surface 104 side.
Described supporting part 3 comprises loading plate 31 and two holding parts 32; Described loading plate 31 is loaded on described end face 102, its side near installed surface 104 is provided with the discoid plummer 311 that can rotate relative to described loading plate 31, described holding part 32 comprises fixed leg 321 and pushes shrapnel 322, described fixed leg 321 is convexly equipped on described loading plate 31, described 322 one end that push shrapnel are sheathed on described fixed leg 321, and the other end is for pressing workpiece in described plummer 311.
Refer to Fig. 3 and Fig. 4, described support portion 4 comprises mounting blocks 41, sliding shoe 42, bracing frame 43 and extension board 44; Described mounting blocks 41 is provided with two relative sides 410 and an end face 411, described end face 411 offers the bar shaped groove 412 running through described mounting blocks 41 opposite end.Described groove 412 comprises groove bottom wall 414 and two relative groove sidewalls 415.Side near described end face 411 on described two groove sidewalls 415 offers chute 416, an accepting groove 417 is offered in the middle part of described groove bottom wall 414, mounting hole 418 is offered in the middle part of described two sides 410, described mounting hole 418 is through with described accepting groove 417, and two sides 410 of described mounting blocks 41 are fixed between two cylinders of described fixed mount 11.
Refer to Fig. 5, described sliding shoe 42 cross section is trapezoidal bar shaped block, and it comprises first surface 420 and second surface 421 and slide rail 422; Strip groove 423 is offered in the middle part of described first surface 420, described sliding shoe 42 is contained in described groove 412, described slide rail 422 slides and is loaded in chute 416, described extension board 44 is fixed on described mounting blocks 41 parallel beneath in loading plate 31, described extension board 44 is provided with away from described fixed mount 11 one end and holds mouth 441, for holding the motor 62 of described measurement section 6.
Support frame as described above 43 comprises installing plate 431, fixed head 432 and two web joints 433; Described two web joints 433 are roughly " Z " template body and be arranged in parallel, every a plate 433 comprises two relative ends 4331, one surface of described installing plate 431 and fixed head 432 is individually fixed in described two ends 4331, and described fixed head 432 can be fixed with the second surface 421 of described sliding shoe 42, the surface that described installing plate 431 is relative with being equipped with web joint 433 is convexly equipped with two spaced snap rings 4311.Each snap ring 4311 is offered a through hole 4312.
Referring again to Fig. 4 and Fig. 5, described adjusting portion 5 comprises two handles 51, rotating shaft 52, gear 53 and tooth bar 54, described gear 53 is contained in the accepting groove 417 of described mounting blocks 41, in described rotating shaft 52, cover has bearing 521, described bearing 521 is loaded in two mounting holes 418 of described mounting blocks 41, rotating shaft 52 is through mounting hole 418 and accepting groove 417, described gear 53 is made to be placed in described rotating shaft 52, described two handles 51 are installed on described rotating shaft 52 two ends, described tooth bar 54 is installed in the groove 423 of described sliding shoe 42, described tooth bar 54 is provided with the teeth 541 of several even setting, distance wherein between every two teeth 541 is 1mm, the distance of distance two teeth 541 is farthest 80mm, to control the range of movement of described tooth bar 54.
Referring again to Fig. 3, the image sensor 61 of described measurement section 6 is CCD image sensor, and described three-dimensional microscope 63 can absorb workpiece maximum magnitude image not converting under workpiece angle condition, and it comprises camera lens 631 and motor 62.Described motor 62 is sheathed on described camera lens 631 side and described camera lens 631 can be driven to rotate.Described three-dimensional microscope 63 passes the through hole 4312 of the snap ring 4311 of support frame as described above 43 and is fixed on described snap ring 4311, and described camera lens 631 is relative with described plummer 311 interval; Described image sensor 61 is installed in described three-dimensional microscope 63 one end away from described camera lens 631, is connected by the circuit board of cable 64 with described base 1, converts digital data transmission to panel computer 2 for the image detected by described three-dimensional microscope 63.
Referring again to Fig. 2, the described sliding shoe 42 that tooth bar 54 is housed is loaded on described mounting blocks 41, teeth 541 on described tooth bar 54 are engaged with described gear 53, support frame as described above 43 is fixed on described sliding shoe 42 by fixed head 432, hold described in described motor 62 is fastened in mouth 441, described three-dimensional microscope 63 is installed on described support portion 4.When needing to adjust the distance between described three-dimensional microscope 63 and described plummer 311, only need to hold handle 51 with rotating shaft 52, described gear 53 is driven to rotate, gear 53 often slips over teeth 541, just described tooth bar 54 is driven to move the distance of 1mm, the chute 416 making tooth bar 54 drive described sliding shoe 42 to be mounted opposite plate 41 slides, and then makes support frame as described above 43 drive the relatively described base 1 of described three-dimensional microscope 63 to move up and down, until be adjusted to optimum position.Drive the camera lens 631 of described three-dimensional microscope 63 to rotate by motor 62 to adjust the position that described three-dimensional microscope 63 absorbs workpiece profile image, after three-dimensional microscope 63 pickup image, be converted into digital signal by image sensor 61 be shown on panel computer 2.
Refer to Fig. 6 and Fig. 7, the lower end of described three-dimensional microscope 63 is fixed with lamp source 632 on LED, on described LED, lamp source 632 comprises lamp socket 64, circuit board 65, lamp plate 67, several red LED lamp pearls 661 being electrically connected to circuit board 65, yellow LED lamp pearl 662, blue led lamp pearl 663 and green LED lamp pearl 664, this lamp plate 67 offers several inclined holes 671, described LED lamp bead 66 embeds in inclined hole 671, LED lamp bead 66 and inclined hole 671 one_to_one corresponding setting-in, this inclined hole 671 is acute angle with the angle of the axis of lamp plate 67; Several red LED lamp pearls 661, yellow LED lamp pearl 662, blue led lamp pearl 663 and green LED lamp pearl 664 arrange from inside to outside and form at least four LED rings 68, described at least four LED rings are circumferentially divided into the first district 692 of district 691, second, the 3rd district 693 and the 4th district 694 successively, red LED lamp pearl 661 is in described first district 691, yellow LED lamp pearl 662 is in described second district 692, be blue led lamp pearl 663 in described 3rd district 693, in described 4th district 694, be green LED lamp pearl 664.
LED lamp bead in described four LED rings in the first LED ring and the angle of plummer 311 are 70 ~ 85 °, LED lamp bead in described four LED rings in the second LED ring and the angle of plummer 311 are 65 ~ 70 °, LED lamp bead in described four LED rings in the 3rd LED ring and the angle of plummer 311 are 52 ~ 65 °, LED lamp bead in described four LED rings in the 4th LED ring and the angle of plummer 311 are 42 ~ 55 °, and first, second, third and fourth LED ring is arranged from inside to outside.
Several red LED lamp pearls 661 above-mentioned, yellow LED lamp pearl 662, blue led lamp pearl 663 and green LED lamp pearl 664 arrange formation five LED rings from inside to outside.
On LED lamp bead in above-mentioned five LED rings in the first LED ring and LED, the angle of lamp source 632 axis is 74 ~ 76 °, on LED lamp bead in described five LED rings in the second LED ring and LED, the angle of lamp source 632 axis is 67 ~ 70 °, on LED lamp bead in described five LED rings in the 3rd LED ring and LED, the angle of lamp source 632 axis is 60 ~ 62 °, on LED lamp bead in described five LED rings in the 4th LED ring and LED, the angle of lamp source 632 axis is 53 ~ 56 °, on LED lamp bead in described five LED rings in the 5th LED ring and LED, the angle of lamp source 632 axis is 46 ~ 48 °.
This high definition all-around video measuring instrument adopts panel computer to be loaded on base 1, reduce the area that takes up room of high definition all-around video measuring instrument, and the camera lens of three-dimensional microscope 63 is housed, can slide and can absorb workpiece omnidirectional images and data are passed to computer not changing in location of workpiece situation and do not need to arrange Three-bearing, easy to operate, save Measuring Time, described measuring instrument solves for pure white, during transparent and low reflection workpiece, the problem that contrast on border is low, adopt red, yellow, blue and green four kinds of LED lamp bead also combine arranges in pairs or groups with the multiple angle of lamp source axis, substantially increase the contrast affecting edge, measuring system is made to obtain image effect more clearly, improve work efficiency and measuring accuracy, be beneficial to application measurement under various circumstances, simultaneously, the firm lamp pearl of inclined hole on lamp plate, promote LED lamp bead and fastness is installed, lamp pearl is irradiated stable, not easily occur crooked, extend its serviceable life.
To those skilled in the art, obvious the utility model is not limited to the details of above-mentioned one exemplary embodiment, and when not deviating from spirit of the present utility model or essential characteristic, can realize the utility model in other specific forms.Therefore, no matter from which point, all should embodiment be regarded as exemplary, and be nonrestrictive, scope of the present utility model is limited by claims instead of above-mentioned explanation, and all changes be therefore intended in the implication of the equivalency by dropping on claim and scope are included in the utility model.Any Reference numeral in claim should be considered as the claim involved by limiting.
In addition, be to be understood that, although this instructions is described according to embodiment, but not each embodiment only comprises an independently technical scheme, this narrating mode of instructions is only for clarity sake, those skilled in the art should by instructions integrally, and the technical scheme in each embodiment also through appropriately combined, can form other embodiments that it will be appreciated by those skilled in the art that.
Claims (4)
1. a high definition all-around video measuring instrument, comprise base, be loaded on the plummer of the fixation workpiece of base, adjusting portion and support portion, it is characterized in that, described measuring instrument also comprises and is installed in panel computer on base and three-dimensional microscope, described support portion is installed on base, adjusting portion and three-dimensional microscope are installed on described support portion, described support portion comprises mounting blocks and sliding shoe, accepting groove is provided with in described mounting blocks, described adjusting portion comprises gear, with the tooth bar of gears meshing and the rotating shaft through described accepting groove, described gear to be placed in rotating shaft and to be contained in accepting groove, described tooth bar is provided with several teeth, described tooth bar is installed on described sliding shoe, sliding shoe slides and is loaded on mounting blocks, described mounting blocks also comprises groove, described groove comprises a groove bottom wall and two groove sidewalls, described accepting groove is located in the groove bottom wall of described groove, the groove sidewall of described groove is provided with chute, described sliding shoe is provided with two slide rails, described slide rail slides and is loaded in chute, and described tooth bar is loaded on the surface between described two slide rails, described support portion also comprises bracing frame, and support frame as described above comprises installing plate, fixed head and two web joints that be arranged in parallel, and installing plate is fixed on one end of described two web joints, and described fixed head is fixed on the other end of described two web joints, the surface that described installing plate is relative with being equipped with web joint is convexly equipped with two spaced snap rings, and three-dimensional microscope is fixed on described snap ring, described high definition all-around video measuring instrument also comprises supporting part, and described supporting part comprises the loading plate and two holding parts that are loaded on base, and described loading plate one end near described panel computer is located at by described plummer, described base is also provided with circuit board, described three-dimensional microscope one end is equiped with the image sensor be connected with circuit board, described three-dimensional microscope also comprises camera lens and motor, described motor is located at described camera lens side and described camera lens can be driven to rotate, and described camera lens and described image sensor are electrically connected, the microscopical lower end of described three-dimensional is fixed with lamp source on LED, on described LED, lamp source comprises lamp socket, circuit board, lamp plate, several red LED lamp pearls being electrically connected to circuit board, yellow LED lamp pearl, blue led lamp pearl and green LED lamp pearl, this lamp plate offers several inclined holes, described LED lamp bead embeds in inclined hole, LED lamp bead and inclined hole one_to_one corresponding setting-in, several red LED lamp pearls, yellow LED lamp pearl, blue led lamp pearl and green LED lamp pearl arrange formation at least four LED rings from inside to outside, described at least four LED rings are circumferentially divided into the firstth district, the secondth district, the 3rd district and the 4th district successively, red LED lamp pearl is in described firstth district, yellow LED lamp pearl is in described secondth district, be blue led lamp pearl in described 3rd district, in described 4th district, be green LED lamp pearl.
2. high definition all-around video measuring instrument according to claim 1, it is characterized in that, described holding part comprises fixed leg and pushes shrapnel, described in the one end that pushes shrapnel be sheathed on described fixed leg, other end pressing workpiece is on described plummer.
3. high definition all-around video measuring instrument according to claim 1, it is characterized in that, described mounting blocks also comprises two sides and an end face, described groove is located on end face, and described two side openings are provided with the mounting hole running through groove and accepting groove, and described adjusting portion also comprises two handles, described rotating shaft is provided with bearing, bearing is loaded in described mounting hole, and described rotating shaft is through described mounting hole, gear and accepting groove, and described handle is loaded on described rotating shaft two ends.
4. high definition all-around video measuring instrument according to claim 1, it is characterized in that, described base also comprises fixed mount, end face and installed surface, and described fixed mount is fixed on described end face side, and two sides of described mounting blocks are fixed on described fixed mount.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520214176.7U CN204630545U (en) | 2015-04-10 | 2015-04-10 | A kind of high definition all-around video measuring instrument |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520214176.7U CN204630545U (en) | 2015-04-10 | 2015-04-10 | A kind of high definition all-around video measuring instrument |
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| CN204630545U true CN204630545U (en) | 2015-09-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109489564A (en) * | 2018-12-29 | 2019-03-19 | 东莞市兆丰精密仪器有限公司 | A kind of image measurer and its avoiding collision with automatic collision function |
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2015
- 2015-04-10 CN CN201520214176.7U patent/CN204630545U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109489564A (en) * | 2018-12-29 | 2019-03-19 | 东莞市兆丰精密仪器有限公司 | A kind of image measurer and its avoiding collision with automatic collision function |
| CN109489564B (en) * | 2018-12-29 | 2023-07-28 | 东莞市兆丰精密仪器有限公司 | Image measuring instrument with automatic anti-collision function and anti-collision method thereof |
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