CN208313255U - A kind of novel three-dimensional coordinates measurement equipment - Google Patents
A kind of novel three-dimensional coordinates measurement equipment Download PDFInfo
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- CN208313255U CN208313255U CN201821053604.2U CN201821053604U CN208313255U CN 208313255 U CN208313255 U CN 208313255U CN 201821053604 U CN201821053604 U CN 201821053604U CN 208313255 U CN208313255 U CN 208313255U
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Abstract
The utility model provides a kind of novel three-dimensional coordinates measurement equipment, including measurement workbench, support column, wearing bush, guide-track groove, mounting plate, mobile hanging rod structure can be amplified, measured material structure proofreads measuring scale structure, hanger lever, measuring probe, ball, glove transverse slat, storage box, laptop placement rack and limited block, the support column are bolted to the lower surface corner location of measurement workbench respectively；The wearing bush is socketed in the lower end position of support column；The guide-track groove is longitudinally provided with the upper surface leftward position of measurement workbench.The setting of the utility model ball and guide-track groove is conducive to the convenient movement to support rod and then moves to measuring probe, meets the measurement to three coordinate of workpiece；Wheel is changed hands, the setting of die clamp and wire lever is conducive to be adjusted according to the difference of measurement workpiece size, meets the needs fixed to different workpieces.
Description
Technical field
The utility model belongs to three-dimensional coordinates measurement technical field, more particularly to a kind of novel three-dimensional coordinates measurement equipment.
Background technique
With the development of the automobile industry, the function and performance of automobile are being continuously available exploitation, need to carry out automobile various
Security performance development experiments, to detect the security performance of automobile.In test, vehicle body can generate very big deflection, for essence
Deflection really is measured, is generally measured using three-coordinates measuring machine.Three-coordinates measuring machine be used cooperatively with computer, and
The pedestal of three-coordinates measuring machine is used only to place measuring instrument at present, does not place the position of computer, therefore in use process
In need to be further provided with a trolley to place computer.And be to need often mobile three-coordinates measuring machine in measurement process,
Computer and measuring instrument is separated and connecting line is relatively more, thus it is mobile get up it is very inconvenient, both influence working efficiency,
Being easy the existing Three-coordinate measurer of the hidden danger being pulled off there are the line between computer and measuring instrument includes workbench and three
Measurement of coordinates mechanism, three-dimensional coordinates measurement mechanism include mounting rack, guide rod, sliding block and measurement end, and mounting rack is installed on workbench
Above and it can be installed on mounting rack along the length direction activity of workbench, guide rod and can be relative to mounting rack along workbench
Width direction activity, sliding block are installed on guide rod and can be relative to guide rod lower activity in the height direction, measurement end installations
In on sliding block and for measuring the workpiece for measurement on workbench.
However, in the prior art, workpiece for measurement is that the mode manually carried is moved on workbench, due to some to
The volume for examining workpiece is big, and weight weight is laborious when using artificial portage, influences working efficiency.
China Patent Publication No. is CN204421863U, and invention and created name is a kind of Three-coordinate measurer, including work
Make platform, the first guide rail, three-dimensional coordinates measurement mechanism, crane support and crane.The utility model is in measurement, by workpiece for measurement
It transports near workbench, controls moving on the outside of workbench for crane support, so that the hook on crane is sling to be measured
Workpiece, crane driving hook, which declines, simultaneously slings workpiece for measurement, then control crane support move to lifting on the inside of workbench
Machine driving is linked up with lower general who has surrendered's workpiece for measurement and is placed on the table, and three-dimensional the sitting of three-dimensional coordinates measurement mechanism measurement workpiece for measurement is utilized
Mark.But existing three-dimensional coordinates measurement equipment lacks and consolidates to tested mold there is also measurement result inconvenience is manually checked
Determine the problem of function and data check and correction inconvenience.
Therefore, the novel three-dimensional coordinates measurement equipment of one kind is invented to be very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of novel three-dimensional coordinates measurement equipment, existing to solve
Some three-dimensional coordinates measurement equipments manually check measurement result inconvenience, lack and proofread not to the fixed function and data of tested mold
Convenient problem.A kind of novel three-dimensional coordinates measurement equipment, including measurement workbench, support column, wearing bush, guide-track groove, installation
Plate, can amplify mobile hanging rod structure, and measured material structure proofreads measuring scale structure, hanger lever, measuring probe, ball, glove cross
Plate, storage box, laptop placement rack and limited block, the support column are bolted to respectively under measurement workbench
Surface corner location；The wearing bush is socketed in the lower end position of support column；The guide-track groove is longitudinally provided with measurement work
Make the upper surface leftward position of platform；The mounting plate is mounted on the lower surface leftward position that can amplify mobile hanging rod structure；Institute
The inside amplified mobile hanging rod structure and be mounted on guide-track groove stated；The measured material structure is mounted on measurement workbench
Upper surface right positions；The check and correction measuring scale structure is mounted on the front surface middle position of measurement workbench；Described hangs
Hack lever is bolted to the lower surface middle position of mounting plate；The measuring probe is bolted to the lower surface of hanger lever；
The ball is embedded in the inside upper surface of guide-track groove；The glove transverse slat cross screw is connected to support column and support column
Lower inside between；The storage box screw is connected to the upper surface right positions of glove transverse slat；The notebook electricity
Brain placement rack is bolted to the upper surface of measurement workbench；The limited block axis connects on a front surface left side for measurement workbench
Downside；The mobile hanging rod structure that amplifies includes support rod, knighthead, propping steeve, control switch, magnet block, tune
Pole, magnifying glass and card convex block, knighthead one end screw are connected to the right upper portion position of support rod, other end spiral shell
Nail is connected to the lower surface leftward position of propping steeve；The control switch is embedded in the front surface right lateral position of propping steeve
It sets；The magnet block is adsorbed on the right end position of propping steeve；The adjusting rod is threaded in the right surface of magnet block
Middle position；The magnifying glass is glued to the right end position of adjusting rod；The card convex block is respectively welded at a left side for support rod
Right two sides lower position.
Preferably, the measured material structure includes die holder, erect fixing seat, rotation hand wheel, die clamp and
Wire lever, screw is connected at left and right sides of the upper surface of die holder the perpendicular fixing seat respectively；The wire lever one
End is threaded in the inside middle position of rotation hand wheel, and the upper inside position that the other end runs through perpendicular fixing seat is threaded in
The outside middle position of die clamp.
Preferably, the check and correction measuring scale structure includes bolt and nut, and measuring scale adjusts slide calliper rule, sliding block, tag card
Block, adjusts bolt and fixed fixture block, and the bolt and nut is threaded in the front surface upper middle position of measuring scale；It is described
Adjusting slide calliper rule axis connect the front surface lower part right positions in measuring scale；The sliding block is socketed in the outer surface right side for adjusting slide calliper rule
Side position；The tag card block welding is in the upper surface middle position of sliding block；The adjusting bolt thread is connected to sliding block
Lower surface middle position；The fixing card block welding is in the right end for adjusting slide calliper rule.
Preferably, card convex block sliding is connected to the inside of guide-track groove；The support rod is placed on the upper of ball
Surface.
Preferably, the front surface of guide-track groove is arranged in the limited block.
Preferably, the outside of perpendicular fixing seat is arranged in the rotation hand wheel；The die clamp setting is fixed perpendicular
The inside of seat.
Preferably, the right side of support rod is arranged in the laptop placement rack；The laptop is placed
The left side of die holder is arranged in seat.
Preferably, the die holder and measurement workbench are bolted setting.
Preferably, the measuring scale is connected by bolt and nut with measurement workbench.
Preferably, the measuring scale and adjust slide calliper rule be respectively adopted scale be centimetre stainless rule.
Preferably, the propping steeve and mounting plate are bolted setting.
Preferably, three centimetres to five centimetres of magnifying glass is arranged in using diameter for the magnifying glass.
Preferably, the control switch is electrically connected measuring probe；The measuring probe specifically uses model
The gauge head of PH10T.
Compared with prior art, the utility model has the following beneficial effects:
1. in the utility model, the setting of the ball and guide-track groove is conducive to the convenient movement to support rod in turn
Measuring probe is moved, the measurement to three coordinate of workpiece is met.
2. in the utility model, the magnet block, the setting of adjusting rod and magnifying glass is conducive to facilitate adjusting magnifying glass
Angles and positions, guarantee measurement accuracy.
3. in the utility model, described changes hands wheel, and the setting of die clamp and wire lever is conducive to according to measurement workpiece
The difference of size is adjusted, and meets the needs fixed to different workpieces.
4. in the utility model, the measuring scale and the setting for adjusting slide calliper rule are conducive to carry out three coordinates of workpiece
Manual measurement is compared with the result of measuring probe, guarantees the accuracy of measurement.
5. in the utility model, the sliding block identifies fixture block, adjusts the setting of bolt and fixed fixture block, be conducive into
Row is adjusted, and can be measured to the wall thickness of workpiece, be increased the use function of measuring device.
6. in the utility model, the setting of the laptop placement rack is conducive to facilitate placement laptop,
It is convenient that measurement result is checked.
7. in the utility model, the setting of the wearing bush is conducive to play the role of protecting support column, and can be with
Reduce noise of the equipment in moving process.
8. in the utility model, the setting of the limited block is conducive to play the role of limit blocking, guarantees support
Mobile security of the bar in guide-track groove.
9. in the utility model, the setting of the storage box is conducive to inside place measurement workpiece or maintenance mans
Tool, fetching when convenient to use.
10. in the utility model, the setting of the knighthead is conducive to play the role of reinforcing support, guarantees to survey
Measure the stability of equipment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram for amplifying mobile hanging rod structure of the utility model.
Fig. 3 is the structural schematic diagram of the measured material structure of the utility model.
Fig. 4 is the structural schematic diagram of the check and correction measuring scale structure of the utility model.
In figure:
1, workbench is measured；2, support column；3, wearing bush；4, guide-track groove；5, mounting plate；6, mobile sunpender knot can be amplified
Structure；61, support rod；62, knighthead；63, propping steeve；64, control switch；65, magnet block；66, adjusting rod；67, amplify
Mirror；68, card convex block；7, measured material structure；71, die holder；72, fixing seat is erected；73, rotation hand wheel；74, mold presss from both sides
Tool；75, wire lever；8, measuring scale structure is proofreaded；81, bolt and nut；82, measuring scale；83, slide calliper rule are adjusted；84, sliding block；85, it marks
Know fixture block；86, bolt is adjusted；87, fixed fixture block；9, hanger lever；10, measuring probe；11, ball；12, glove transverse slat；13, it sets
Object case；14, laptop placement rack；15, limited block.
Specific embodiment
The utility model is described further below in conjunction with attached drawing:
Embodiment:
As shown in attached drawing 1 to attached drawing 2, the utility model provides a kind of novel three-dimensional coordinates measurement equipment, including measurement work
Make platform 1, support column 2, wearing bush 3, guide-track groove 4, mounting plate 5 can amplify mobile hanging rod structure 6, measured material structure 7, check and correction
Measuring scale structure 8, hanger lever 9, measuring probe 10, ball 11, glove transverse slat 12, storage box 13, laptop placement rack 14
With limited block 15, the support column 2 is bolted to the lower surface corner location of measurement workbench 1 respectively, plays support
Effect；The wearing bush 3 is socketed in the lower end position of support column 2, is conducive to play the role of protecting support column 2, and
Noise of the equipment in moving process can be reduced；On the left of the longitudinal upper surface for being provided with measurement workbench 1 of the guide-track groove 4
Position；The mounting plate 5 is mounted on the lower surface leftward position that can amplify mobile hanging rod structure 6；Described amplifies movement
Hanging rod structure 6 is mounted on the inside of guide-track groove 4；The measured material structure 7 is mounted on the right side of the upper surface of measurement workbench 1
Position；The check and correction measuring scale structure 8 is mounted on the front surface middle position of measurement workbench 1；9 bolt of hanger lever
It is connected to the lower surface middle position of mounting plate 5；The measuring probe 10 is bolted to the lower surface of hanger lever 9；It is described
Ball 11 be embedded in the inside upper surface of guide-track groove 4；12 cross screw of glove transverse slat is connected to support column 2 and support
Between the lower inside of column 2；13 screw of storage box is connected to the upper surface right positions of glove transverse slat 12, is conducive to
Place measurement workpiece or maintenance tool, fetching when convenient to use in the inside；14 bolt of laptop placement rack connects
It connects in the upper surface of measurement workbench 1, the laptop for being used to check is placed on to the upper table of laptop placement rack 14
Face；15 axis of limited block connects the front surface lower left side in measurement workbench 1, is conducive to play the role of limit blocking,
Guarantee mobile security of the support rod 61 in guide-track groove 4；The mobile hanging rod structure 6 that amplifies includes support rod 61, support
Brace 62, propping steeve 63, control switch 64, magnet block 65, adjusting rod 66, magnifying glass 67 and card convex block 68, the support
62 one end screw of brace is connected to the right upper portion position of support rod 61, and other end screw is connected to the lower surface of propping steeve 63
Leftward position；The control switch 64 is embedded in the front surface right positions of propping steeve 63；The magnet block 65 adsorbs
In the right end position of propping steeve 63；The adjusting rod 66 is threaded in the right surface middle position of magnet block 65；It is described
Magnifying glass 67 be glued to the right end position of adjusting rod 66；The card convex block 68 is respectively welded at the left and right sides of support rod 61
Lower position；Start measuring probe 10 by control switch 64, measuring probe 10 is connected with laptop；Push support
Bar 61 slides support rod 61 in guide-track groove 4, so that measuring probe 10 is moved around measured workpiece, and then will survey
On the data feedback to laptop measured；Magnet block 65 is adsorbed on the suitable position on propping steeve 63, turns adjusting
Bar 66 measures lesser workpiece with magnifying glass 67, guarantees the accuracy of measurement；For the consistency for guaranteeing measurement result.
As shown in Fig. 3, in above-described embodiment, specifically, the measured material structure 7 includes die holder 71,
Perpendicular fixing seat 72, rotation hand wheel 73, die clamp 74 and wire lever 75, screw is connected to mold to the perpendicular fixing seat 72 respectively
At left and right sides of the upper surface of fixing seat 71；75 threaded one end of wire lever is connected to the inside interposition of rotation hand wheel 73
It sets, the upper inside position that the other end runs through perpendicular fixing seat 72 is threaded in the outside middle position of die clamp 74；It need to
The workpiece to be measured is placed on the upper surface of die holder 71, and rotational lead screw bar 75 moves die clamp 74 inwardly, rises
To clamping fixed effect to workpiece；.
As shown in Fig. 4, in above-described embodiment, specifically, the check and correction measuring scale structure 8 includes bolt and nut 81,
Measuring scale 82 adjusts slide calliper rule 83, and sliding block 84 identifies fixture block 85, adjusts bolt 86 and fixed fixture block 87, the bolt and nut 81
It is threaded in the front surface upper middle position of measuring scale 82；Adjusting 83 axis of slide calliper rule connects the front surface in measuring scale 82
Lower part right positions；The sliding block 84 is socketed in the outer surface right positions for adjusting slide calliper rule 83；The mark fixture block 85 welds
It connects in the upper surface middle position of sliding block 84；The adjusting bolt 86 is threaded in the lower surface middle position of sliding block 84；
The fixation fixture block 87 is welded on the right end for adjusting slide calliper rule 83；With measuring scale 82 and slide calliper rule 83 can be adjusted to three coordinates of workpiece
It carries out separating measurement, and is compared with measuring probe 10, guarantee the accuracy of measurement data, while can be used and turn adjusting bolt
86 sliding sliders 84 drive the movement of mark fixture block 85, measure to the wall thickness of workpiece, increase the use function of measuring device.
In above-described embodiment, specifically, the card convex block 68 slides the inside for being connected to guide-track groove 4；The support
Bar 61 is placed on the upper surface of ball 11.
In above-described embodiment, specifically, the front surface of guide-track groove 4 is arranged in the limited block 15.
In above-described embodiment, specifically, the outside of perpendicular fixing seat 72 is arranged in the rotation hand wheel 73；The mold
The inside of perpendicular fixing seat 72 is arranged in fixture 74；Be conducive to be adjusted according to the difference of measurement workpiece size, meet to difference
The fixed needs of workpiece.
In above-described embodiment, specifically, the right side of support rod 61 is arranged in the laptop placement rack 14；It is described
Laptop placement rack 14 left side of die holder 71 is set.
In above-described embodiment, specifically, the die holder 71 and measurement workbench 1 are bolted setting.
In above-described embodiment, specifically, the measuring scale 82 is connected by bolt and nut 81 with measurement workbench 1.
In above-described embodiment, specifically, the measuring scale 82 and to adjust slide calliper rule 83 scale is respectively adopted be not centimetre not
Become rusty steel ruler.
In above-described embodiment, specifically, the propping steeve 63 and mounting plate 5 are bolted setting.
In above-described embodiment, specifically, three centimetres to five centimetres of amplification is arranged in using diameter for the magnifying glass 67
Mirror.
In above-described embodiment, specifically, the control switch 64 is electrically connected measuring probe 10；The measuring probe
The 10 specific gauge heads for using model PH10T.
Working principle
When the utility model is used, the upper surface that the workpiece measured will be needed to be placed on die holder 71, rotates silk
Lever 75 moves die clamp 74 inwardly, plays and clamps fixed effect to workpiece；The laptop that will be used to check
It is placed on the upper surface of laptop placement rack 14；External power supply is connected, measuring probe 10 is started by control switch 64, it will
Measuring probe 10 is connected with laptop；Push support rod 61 that support rod 61 is slided in guide-track groove 4, so that measurement
Probe 10 is moved around measured workpiece, and then will be on the data feedback to laptop that measured；By magnet block 65
The suitable position being adsorbed on propping steeve 63 turns adjusting rod 66 and is measured with magnifying glass 67 to lesser workpiece, guarantees
The accuracy of measurement；For the consistency for guaranteeing measurement result, can with measuring scale 82 and adjust slide calliper rule 83 to three coordinates of workpiece into
Row separately measurement, and be compared with measuring probe 10, guarantee the accuracy of measurement data, while available turn adjusts bolt 86
Sliding slider 84 drives the movement of mark fixture block 85, measures to the wall thickness of workpiece, increases the use function of measuring device.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model
Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model
It encloses.
Claims (10)
1. a kind of novel three-dimensional coordinates measurement equipment, which is characterized in that the novel three-dimensional coordinates measurement equipment includes measurement work
Platform (1), support column (2), wearing bush (3), guide-track groove (4), mounting plate (5) can amplify mobile hanging rod structure (6), measured material
Structure (7) is proofreaded measuring scale structure (8), hanger lever (9), measuring probe (10), ball (11), glove transverse slat (12), storage box
(13), laptop placement rack (14) and limited block (15), the support column (2) are bolted to measurement work respectively
The lower surface corner location of platform (1)；The wearing bush (3) is socketed in the lower end position of support column (2)；The guide-track groove
(4) longitudinal upper surface leftward position for being provided with measurement workbench (1)；The mounting plate (5), which is mounted on, can amplify mobile hang
The lower surface leftward position of rod structure (6)；The inside amplified mobile hanging rod structure (6) and be mounted on guide-track groove (4)；Institute
The measured material structure (7) stated is mounted on the upper surface right positions of measurement workbench (1)；The check and correction measuring scale structure
(8) it is mounted on the front surface middle position of measurement workbench (1)；The hanger lever (9) is bolted under mounting plate (5)
Surface middle position；The measuring probe (10) is bolted to the lower surface of hanger lever (9)；The ball (11) is inlayed
Inside upper surface in guide-track groove (4)；Described glove transverse slat (12) cross screw is connected to support column (2) and support column (2)
Lower inside between；Described storage box (13) screw is connected to the upper surface right positions of glove transverse slat (12)；Described
Laptop placement rack (14) is bolted to the upper surface of measurement workbench (1)；Described limited block (15) axis connects
Measure the front surface lower left side of workbench (1)；The mobile hanging rod structure (6) that amplifies includes support rod (61), and support is oblique
Bar (62), propping steeve (63), control switch (64), magnet block (65), adjusting rod (66), magnifying glass (67) and card convex block
(68), the knighthead (62) one end screw is connected to the right upper portion position of support rod (61), the connection of other end screw
In the lower surface leftward position of propping steeve (63)；The front surface that the control switch (64) is embedded in propping steeve (63) is right
Side position；The magnet block (65) is adsorbed on the right end position of propping steeve (63)；The adjusting rod (66) is threadedly coupled
In the right surface middle position of magnet block (65)；The magnifying glass (67) is glued to the right end position of adjusting rod (66)；It is described
Card convex block (68) be respectively welded at the left and right sides lower position of support rod (61).
2. novel three-dimensional coordinates measurement equipment as described in claim 1, which is characterized in that the measured material structure (7)
It including die holder (71), erects fixing seat (72), rotation hand wheel (73), die clamp (74) and wire lever (75) are described
Perpendicular fixing seat (72) screw is connected at left and right sides of the upper surface of die holder (71) respectively；Described wire lever (75) one end
It is threaded in the inside middle position of rotation hand wheel (73), the other end runs through the upper inside position screw thread of perpendicular fixing seat (72)
It is connected to the outside middle position of die clamp (74).
3. novel three-dimensional coordinates measurement equipment as described in claim 1, which is characterized in that the check and correction measuring scale structure
It (8) include bolt and nut (81), measuring scale (82) is adjusted slide calliper rule (83), sliding block (84), is identified fixture block (85), and bolt is adjusted
(86) and fixed fixture block (87), the bolt and nut (81) is threaded in the front surface top interposition of measuring scale (82)
It sets；Described adjusting slide calliper rule (83) axis connects the front surface lower part right positions in measuring scale (82)；Sliding block (84) socket
In the outer surface right positions for adjusting slide calliper rule (83)；The mark fixture block (85) is welded on the upper surface interposition of sliding block (84)
It sets；The adjusting bolt (86) is threaded in the lower surface middle position of sliding block (84)；Fixation fixture block (87) weldering
It connects in the right end for adjusting slide calliper rule (83).
4. novel three-dimensional coordinates measurement equipment as described in claim 1, which is characterized in that the card convex block (68) slides card
Connect the inside in guide-track groove (4)；The support rod (61) is placed on the upper surface of ball (11).
5. novel three-dimensional coordinates measurement equipment as described in claim 1, which is characterized in that limited block (15) setting
Front surface in guide-track groove (4).
6. novel three-dimensional coordinates measurement equipment as claimed in claim 2, which is characterized in that rotation hand wheel (73) setting
In the outside of perpendicular fixing seat (72)；Inside of die clamp (74) setting in perpendicular fixing seat (72).
7. novel three-dimensional coordinates measurement equipment as described in claim 1, which is characterized in that the laptop placement rack
(14) it is arranged on the right side of support rod (61)；A left side of laptop placement rack (14) setting in die holder (71)
Side.
8. novel three-dimensional coordinates measurement equipment as claimed in claim 2, which is characterized in that the die holder (71) with
Measurement workbench (1) is bolted setting.
9. novel three-dimensional coordinates measurement equipment as claimed in claim 3, which is characterized in that the measuring scale (82) passes through spiral shell
Bolt nut (81) is connected with measurement workbench (1).
10. novel three-dimensional coordinates measurement equipment as claimed in claim 3, which is characterized in that the measuring scale (82) and tune
Section slide calliper rule (83) be respectively adopted scale be centimetre stainless rule.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821053604.2U CN208313255U (en) | 2018-07-04 | 2018-07-04 | A kind of novel three-dimensional coordinates measurement equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821053604.2U CN208313255U (en) | 2018-07-04 | 2018-07-04 | A kind of novel three-dimensional coordinates measurement equipment |
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| Publication Number | Publication Date |
|---|---|
| CN208313255U true CN208313255U (en) | 2019-01-01 |
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ID=64717785
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111693001A (en) * | 2020-05-20 | 2020-09-22 | 合肥京亿盛精密科技有限公司 | Three-coordinate detection tool |
-
2018
- 2018-07-04 CN CN201821053604.2U patent/CN208313255U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111693001A (en) * | 2020-05-20 | 2020-09-22 | 合肥京亿盛精密科技有限公司 | Three-coordinate detection tool |
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