A brief introduction.
19JPC-V Image type universal tool microscope is based on keeping the original performance of univesalmeasurement machine on the new image measurement system. The system uses the camera and special optical lens to replace human sight, while preserving the eyepiece, and can save the video image. The use of electronic amplification, can greatly improve the universal tool microscope magnification, convenient for small workpiece observation and precision measurement.
??????? The system by high precision guide from univesalmeasurement machine, can achieve high precision image measurement on real significance.
Two purposes.
19JPC-V Image type universal tool microscope is a new generation of universal tool microscope by computer aided measurement, can solve the problem of measuring complex.? The traditional geometric elements of univesalmeasurement machine for field cannot be observed directly, such as the center, the center line and the intersection point, and mutual distance, angle and so on are difficult to measure,? In 19JPC-V The instrument can be smoothly done or easily solved.? The instrument adopts precision grating sensor, PC A series of computer and data acquisition card data and camera system for processing two-dimensional image using computer image measurement software, display and print the measuring results. The instrument is easy to operate.? The use of two kinds of metric and imperial units of measurement instrument. The calculation accuracy respectively. Zero point zero zero zero one millimeter and Zero point zero zero zero one Inch.? The instrument can be on the bench sliding seat rail assembly, automatic error correction, the measurement accuracy was improved further.
Three characteristics of the instrument.
19JPC-V Image type universal tool microscope is in 19JPC Computer type universal tool microscope based on the computer image processing technology in measurement data processing. Image measurement software has cross the line of sight system, when the cross line meets the measured object will flicker and color to achieve accurate aim. This instrument is a versatile instrument which is widely used in machinery, electronic manufacturing, measurement and test. The size, shape, position and angle can be used to any parts of the measuring range. At the same time with computer and digital display box two sets of reading system.
Typical measurement object:
Shape measurement of various molding parts such as template, template model tool, milling cutter, die and cam.
Measurement of external thread (thread, wire rod and worm etc.) in diameter, diameter, pitch, tooth type half angle.
Lead, tooth and tooth type angle measurement of gear hob.
The measuring circuit board, jig or orifice plate hole position, symmetry degree of shape and position error of the keyway.
The main microscope equipped with a variety of eye lens and the objective lens, field of view, clear image.
The instrument adopts photoelectric and digital image technology, as a measuring element to precision grating. The use of advanced computer technology, the computer real-time input signal length of grating digital readout system collection, a special two-dimensional measurement software and image measurement and image processing software for data according to user needs, and print out the results or graphics, accurate and efficient.
The microscope can swing around, for measuring spiral parts.
Using the basic methods of non-contact measurement, transmission and reflection lighting, can test the geometry of complex parts.
Accessories complete, widely used.
Four complete sets of equipment.
One Host: digital universal tool microscope. 19JC?
Two The data collector.
Three Two dimensional measurement software.??????????????????????????????
Four The brand of computer and color inkjet printer.
Five . image measurement unit (camera, image capture card)??
Six The image measurement software.
Five measurement software:
One Two dimensional measurement software.
major function
( One )? Basic function: the measurement WINDOWS Interface, all operations are controlled by mouse, can be point, line, circle, arc, angle and straightness,???? Roundness, screw thread, gear, cam measurement.
( Two )? Calculating function: after measuring, workpiece contour map displayed on the computer screen, all kinds of calculating is finished by mouse.
( Three )? Graphic editing function: modify the workpiece contour map, contour map of new generation.
( Four )? Print function: all measurement results, calculation results and the contour of workpiece in the form of a document are stored in the computer, can be called at any time, editing and printing.
( Five ) CAD Through the interface: CAD You can call the interface AUTOCAD Make full use of. AUTOCAD The function of.
Two The image measurement software:
?????? It is a 2D image processing system for universal tool microscope and measuring microscope developed. The system uses computer image processing technology, combine the computer and optical instruments are combined into a whole, the measurement process is more convenient and intuitive, is an effective tool for intelligent measurement.
The software has a cross line of sight system, when the cross line meets the measured object will flicker and color to achieve accurate aim.
Using the software WINDOWS The interface, through the workpiece formed in the software in the image to the cross line can be measured with the aiming point, point, line, arc, beeline, garden, garden, thread etc.. After measuring, workpiece contour map displayed on the computer screen, all kinds of calculating is finished by mouse. The measurement data available system printer output, graphics files can also be converted into CAD Can open the file format to edit.
Six. The main technical specifications of universal tool microscope:
One The measurement range and the index value.
? X, Y coordinates? Measuring range: 200 x 100 Mm?????????? Lattice value:? Zero Point Zero Zero Zero Five Mm
? Targeting microscope??????? Lift travel: One hundred and twenty Mm
??????????????????? Arm tilt range:????????? ? All around Fifteen degree?????????? Division value:? 10 '
???????????? Lighting aperture adjustment range: 3. ~ 32. Mm??????????? Lattice value: One Mm
Goniometer eyepiece???? Angle measuring range: 360 degrees Division value: 1 '?
Eye contour???? Angle measuring range: Plus or minus 7 degrees Division value:? 10 '
?????????????????? ?? Arc reticle:?????????? ? Radius of curvature: R0.1 ~ One hundred Mm
????????????????????? Thread reticle:???????????? The common thread T = 0.25 - 6 Mm?
?????????????????????????????????????????????????????? Trapezoidal thread T = 2 - 20 Mm
?? Optical dividing head??????? Measuring range: 360 degrees? Division value:? 1 '
?? Optical locator??????? Measuring head diameter: Phi 3 + 0.1 Mm
????????????????????????????????????????? (limit verification error is not greater than the actual diameter. 0.5 M )
??????????????????? Measuring force:??????????????? Zero point one . 0.03N?
Maximum depth measurement Fifteen Mm
?? Glass table??????? Glass table size: 215 x 130 Mm
?? Thimble rack??????????? Maximum clamping diameter: Phi 100 Mm
??????????????????? Maximum clamping length:????????? The measured diameter? Less than or equal to 55 When l:? Seven hundred and fifty Mm
?????????????????????????????????????????? The measured diameter? >? Fifty-five When l:? Six hundred Mm
?? High frame thimble??????? Maximum clamping diameter: Phi 180 Mm
?????????????????? ? Maximum clamping length: Six hundred Mm
V Frame???????????? Left V Frame before and after adjusting range:? Before and after each Five Mm
??????????????????? right V Frame height adjustment range:? Upward Fifteen Mm; down Three Mm
?? Maximum load Forty Kg
Two Aiming at the optical parameters of microscope.
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Magnification of objective
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One *
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Three *
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Five *
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Total magnification
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With the angular or profile eyepiece
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Ten *
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Thirty *
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Five Zero *
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Double image eyepiece
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Fifteen *
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Forty-two *
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Six Five *
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Field of view
?
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With the angular or profile eyepiece
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Phi Twenty
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Phi Six point six
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Phi Four
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Double image eyepiece
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Phi Thirteen
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Phi Four point seven
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Phi Three
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Working distance
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With the angular or profile eyepiece
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Eighty-one
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Ninety
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Sixty-five
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Double image eyepiece
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Forty-seven
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Eight Five
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Sixty-three
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Three Image measuring optical lens assembly:
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Magnification
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Total magnification
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Field of view
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Working distance
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Three *
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Twenty-five *
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Phi Six
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One hundred and ten
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Five *
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Thirty-seven *
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Phi Four
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Ninety-five
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Four The precision of the instrument.
??? Temperature requirements??????? 1 The studio temperature should be 20.? Two? C
???????????????????? 2?? The studio temperature change per hour Less than or equal to Zero point five? C
3?? The measured temperature difference and instrument Less than or equal to Zero point five? C
??? To meet the specified temperature conditions, instrument has the following guarantee:
1. X? , Y? coordinate? Glass mm divided scale was verified, the maximum allowed instrument accuracy:
????????????????? ( 1 / 100 + L ) M? Type = L? Length measurement?? Unit: mm
???????????????? The instrument scale according to the adjusted correction table: X To no more than Zero point zero zero three five Mm
Y To no more than Zero point zero zero two five
2?? Goniometer eyepiece???? Maximum allowed angle measuring accuracy:??? ? Not more than 1 '
3?? Double image eyepiece???? Like instability:???????????????? ?? Not more than Zero Point Zero Zero Zero Five Mm
?????????????????????? ? Like the incorrect degree:??????????????? ?? Not more than? Zero point zero zero one Mm
4.?? Optical dividing head?? The biggest uncertainty:?????????????? ?? ?? Not more than 30 "
5.?? Optical protractor?? Measurement of instability:???????????? ? ? Not more than Zero point zero zero one Mm
???????????????????????? Uncertainty of measurement:??????????????? ? Not more than Zero point zero zero one five Mm
Five The weight, shape and size.
Host weight:??????? about Two hundred and fifty Kg
Machine dimensions:??????? ( X * Y * Z ): 980 x 1020 x 640