CN107457522A - Huge revolving support axiality detection and modification device - Google Patents
Huge revolving support axiality detection and modification device Download PDFInfo
- Publication number
- CN107457522A CN107457522A CN201610385102.9A CN201610385102A CN107457522A CN 107457522 A CN107457522 A CN 107457522A CN 201610385102 A CN201610385102 A CN 201610385102A CN 107457522 A CN107457522 A CN 107457522A
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- positioning compression
- bevel gear
- clamping screw
- compression cylinder
- head
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P6/00—Restoring or reconditioning objects
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q17/00—Arrangements for observing, indicating or measuring on machine tools
- B23Q17/20—Arrangements for observing, indicating or measuring on machine tools for indicating or measuring workpiece characteristics, e.g. contour, dimension, hardness
Abstract
The invention discloses a kind of support axiality detection of huge revolving and modification device, including workbench, the first radial error gauge head, the first error information harvester, the first micro machining head, support bar.Error-detecting is carried out to outer ring raceway by the radial error gauge head, the image of the data detected are drawn out into outer ring raceway according to least square fitting shape and system is compared, and support bar turns over 90oAfterwards, fine amendment is carried out to outer ring raceway by corresponding micro machining head.It can realize that frontier inspection surveys side processing, detection is non-interference with correcting, and the present invention is designed with the two groups of detection being arranged symmetrically correcting devices, high in machining efficiency, balance is good, during amendment, the top of pivoting support need to only be placed the device in, voluntarily detected and corrected by device, automaticity is high, and labor intensity is small, it is high to correct precision, the present invention is simple in construction, easy to operate, has preferable generalization.
Description
Technical field
The present invention relates to a kind of ring axiality to be detected and corrected device, more particularly to huge revolving support axiality
Detection and modification device.
Background technology
Huge revolving support is widely used in the fields such as engineering machinery, war industry, the inner side processing of pivoting support outer ring
There is semicircular raceway, it is desirable to raceway has high rigidity, typically all can carry out Quenching Treatment to raceway face, to increase rigidity,
Reduce the abrasion to ball, so will result in the shape of outer ring raceway and precision does not reach design requirement, and huge revolving
Supporting is because its size is larger, and outer ring raceway can produce larger circularity and coaxiality error in process, so as to influence
The assembling of pivoting support and performance, influence the service life of pivoting support.Correction of the flank shape method main at present is manual amendment
Turning amendment is carried out with carriage return bed, amendment efficiency is low by hand, and labor intensity is high, is not suitable for high-volume and processes, and operating personnel
All rule of thumb estimate roughly to be processed, can so cause amendment repeatedly.Return to lathe and carry out turnery processing, deposit
In resetting, the low deficiency of positioning precision, machining accuracy is influenceed.
The content of the invention
Insufficient existing for existing large-size pivoting support correction of the flank shape technology in order to overcome, it is same that the present invention devises huge revolving support
Axle degree detects and modification device.
The present invention is by solving the problems, such as to adopt the technical scheme that：Huge revolving support axiality detection and modification device,
Including workbench（1）, the first radial error gauge head（2）, the first error information harvester（3）, the first clamping screw（4）, the
One hold-down head（5）, the first positioning compression cylinder（6）, the first positioning compression plate（7）, the first micro machining head（8）, second compresses
Head（9）, the second clamping screw（10）, motor support plate（11）, rotary electric machine（12）, the second error information harvester（13）,
Second radial error gauge head（14）, the second positioning compression plate（15）, the second positioning compression cylinder（16）, the 3rd hold-down head（17）,
3rd clamping screw（18）, rotational handle（19）, friction top（20）, the 3rd positioning compression cylinder（21）, the 3rd positioning compression plate
（22）, the second micro machining head（23）, support bar（24）, the 4th clamping screw（25）, the 4th hold-down head（26）, support frame
（27）, ring（28）, the 4th positioning compression plate（29）, the 4th positioning compression cylinder（30）, the first driving bevel gear（31）, the 4th
Driving bevel gear（32）, lock bevel gear（33）, drive gear（34）, rotate gear（35）, the 3rd driving bevel gear（36）, the
Two driving bevel gears（37）, lifting bolt（38）；The ring（28）It is placed in workbench（1）On；The first positioning compression gas
Cylinder（6）, the second positioning compression cylinder（16）, the 3rd positioning compression cylinder（21）, the 4th positioning compression cylinder（30）Pass through bolt
And alignment pin is fixed on workbench（1）On, the first positioning compression plate（7）, the second positioning compression plate（15）, the 3rd positioning pressure
Tight plate（22）, the 4th positioning compression plate（29）The first positioning compression cylinder is bolted on respectively（6）, the second positioning compression
Cylinder（16）, the 3rd positioning compression cylinder（21）, the 4th positioning compression cylinder（30）Pistons end, first positioning compression
Cylinder（6）, the second positioning compression cylinder（16）, the 3rd positioning compression cylinder（21）, the 4th positioning compression cylinder（30）In level
It is in 90 in faceoIt is evenly arranged；Support frame as described above（27）It is placed in ring（28）Top, the first clamping screw（4）, second compress silk
Bar（10）, the 3rd clamping screw（18）, the 4th clamping screw（25）Installed in support frame（27）It is interior, first hold-down head（5）、
Second hold-down head（9）, the 3rd hold-down head（17）, the 4th hold-down head（26）First clamping screw is separately mounted to by screw thread（4）、
Second clamping screw（10）, the 3rd clamping screw（18）, the 4th clamping screw（25）On identical position, the first driving cone
Gear（31）, the second driving bevel gear（37）, the 3rd driving bevel gear（36）, the 4th driving bevel gear（32）Pass through locking respectively
Nut is fixed on the first clamping screw（4）, the second clamping screw（10）, the 3rd clamping screw（18）, the 4th clamping screw（25）
End；The locking bevel gear（33）With the first driving bevel gear（31）, the second driving bevel gear（37）, the 3rd driving cone tooth
Wheel（36）, the 4th driving bevel gear（32）Engagement, the friction top（20）Support frame is arranged on by bolt（27）On, rotate hand
Handle（19）Installed in friction top（20）On, with locking bevel gear（33）Connection；The motor support plate（11）Installed by bolt
In support frame（27）On, rotary electric machine（12）Installed in motor support plate（11）Top, with drive gear（34）Connection, turning gear
Wheel（35）Installed in support bar（24）On, with drive gear（34）Engagement, lifting bolt（38）With support frame（27）Threaded connection,
Support bar（24）It is placed in lifting bolt（38）On；First radial error gauge head（2）, the second radial error gauge head（14）Install respectively
In support bar（24）Symmetrical end position on, the first error information harvester（3）, the second error information harvester（13）
Installed in support bar（24）On, the first micro machining head（8）, the second micro machining head（23）It is separately mounted to support bar（24）'s
On symmetrical end position；First radial error gauge head（2）, the second radial error gauge head（14）, the first micro machining head（8）,
Two micro machining heads（23）Interval is in 90oIt is evenly arranged.
The first positioning compression plate（7）, the second positioning compression plate（15）, the 3rd positioning compression plate（22）, the 4th positioning
Pressure strip（29）With ring（28）Contact surface is a V-type face, and V-type face two sides angle is 160o, V-type face and ring（28）Contact point
For 2 points；The radial error gauge head carries out error-detecting to outer ring raceway, and the data detected are intended according to least square method
The image for closing the shape and system of drawing out raceway is compared, and support bar turns over 90oAfterwards, by corresponding micro machining head
Fine amendment is carried out to outer ring raceway.
The beneficial effects of the invention are as follows：
The invention provides a kind of support axiality detection of huge revolving and modification device, by radial error gauge head to outer ring raceway
Error-detecting is carried out, microfabrication is carried out to outer ring raceway by corresponding micro machining head, it is possible to achieve frontier inspection surveys side processing, inspection
Survey is non-interference with correcting, and is designed with the two groups of detection being arranged symmetrically correcting devices, high in machining efficiency, balance is good, is correcting
During, the top of pivoting support need to be only placed the device in, is voluntarily detected and corrected by device, automaticity is high, work
Intensity is small, and amendment precision is high, and the present invention is simple in construction, easy to operate, has preferable generalization.
L is illustrated
Fig. 1 is the structural representation of apparatus of the present invention；
Fig. 2 is the internal structure schematic diagram of apparatus of the present invention；
Fig. 3 is the support frame schematic diagram in apparatus of the present invention；
In figure：1：Workbench, 2：First radial error gauge head, 3：First error information harvester, 4：First clamping screw, 5：
First hold-down head, 6：First positioning compression cylinder, 7：First positioning compression plate, 8：First micro machining head, 9：Second hold-down head,
10：Second clamping screw, 11：Motor support plate, 12：Rotary electric machine, 13：Second error information harvester, 14：Second radially
Error gauge head, 15：Second positioning compression plate, 16：Second positioning compression cylinder, 17：3rd hold-down head, 18：3rd clamping screw,
19：Rotational handle, 20：Friction top, 21：3rd positioning compression cylinder, 22：3rd positioning compression plate, 23：Second micro machining
Head, 24：Support bar, 25：4th clamping screw, 26：4th hold-down head, 27：Support frame, 28：Ring, 29：4th positioning compression
Plate, 30：4th positioning compression cylinder, 31：First driving bevel gear, 32：4th driving bevel gear, 33：Locking bevel gear, 34：
Drive gear, 35：Rotate gear, 36：3rd driving bevel gear, 37：Second driving bevel gear, 38：Lifting bolt.
L embodiments
The present invention is described in further detail below in conjunction with accompanying drawing：
As illustrated, huge revolving support axiality detection and modification device, including workbench（1）, the first radial error gauge head
（2）, the first error information harvester（3）, the first clamping screw（4）, the first hold-down head（5）, the first positioning compression cylinder
（6）, the first positioning compression plate（7）, the first micro machining head（8）, the second hold-down head（9）, the second clamping screw（10）, motor branch
Fagging（11）, rotary electric machine（12）, the second error information harvester（13）, the second radial error gauge head（14）, the second positioning
Pressure strip（15）, the second positioning compression cylinder（16）, the 3rd hold-down head（17）, the 3rd clamping screw（18）, rotational handle（19）,
Friction top（20）, the 3rd positioning compression cylinder（21）, the 3rd positioning compression plate（22）, the second micro machining head（23）, support bar
（24）, the 4th clamping screw（25）, the 4th hold-down head（26）, support frame（27）, ring（28）, the 4th positioning compression plate（29）,
4th positioning compression cylinder（30）, the first driving bevel gear（31）, the 4th driving bevel gear（32）, lock bevel gear（33）, drive
Moving gear（34）, rotate gear（35）, the 3rd driving bevel gear（36）, the second driving bevel gear（37）, lifting bolt（38）.Institute
State ring（28）It is placed in workbench（1）On；The first positioning compression cylinder（6）, the second positioning compression cylinder（16）, it is the 3rd fixed
Position compression cylinder（21）, the 4th positioning compression cylinder（30）Workbench is fixed on by bolt and alignment pin（1）On, described first
Positioning compression plate（7）, the second positioning compression plate（15）, the 3rd positioning compression plate（22）, the 4th positioning compression plate（29）Lead to respectively
Cross and be bolted to the first positioning compression cylinder（6）, the second positioning compression cylinder（16）, the 3rd positioning compression cylinder（21）,
Four positioning compression cylinders（30）Pistons end, the first positioning compression cylinder（6）, the second positioning compression cylinder（16）,
Three positioning compression cylinders（21）, the 4th positioning compression cylinder（30）It is evenly arranged in the horizontal plane in 90o；Support frame as described above（27）
It is placed in ring（28）Top, the first clamping screw（4）, the second clamping screw（10）, the 3rd clamping screw（18）, the 4th compress
Screw mandrel（25）Installed in support frame（27）It is interior, first hold-down head（5）, the second hold-down head（9）, the 3rd hold-down head（17）,
Four hold-down heads（26）First clamping screw is separately mounted to by screw thread（4）, the second clamping screw（10）, the 3rd clamping screw
（18）, the 4th clamping screw（25）On identical position, first driving bevel gear（31）, the second driving bevel gear（37）、
3rd driving bevel gear（36）, the 4th driving bevel gear（32）The first clamping screw is fixed on by locking nut respectively（4）,
Two clamping screws（10）, the 3rd clamping screw（18）, the 4th clamping screw（25）End；The locking bevel gear（33）With
One driving bevel gear（31）, the second driving bevel gear（37）, the 3rd driving bevel gear（36）, the 4th driving bevel gear（32）Nibble
Close, the friction top（20）Support frame is arranged on by bolt（27）On, rotational handle（19）Installed in friction top（20）On, with
Lock bevel gear（33）Connection；The motor support plate（11）Support frame is arranged on by bolt（27）On, rotary electric machine（12）
Installed in motor support plate（11）Top, with drive gear（34）Connection, rotate gear（35）Installed in support bar（24）On, with
Drive gear（34）Engagement, lifting bolt（38）With support frame（27）Threaded connection, support bar（24）It is placed in lifting bolt（38）
On；First radial error gauge head（2）, the second radial error gauge head（14）It is separately mounted to support bar（24）Symmetrical end position
On, the first error information harvester（3）, the second error information harvester（13）Installed in support bar（24）On, first is micro-
Type processing head（8）, the second micro machining head（23）It is separately mounted to support bar（24）Symmetrical end position on；First radially misses
Poor gauge head（2）, the second radial error gauge head（14）, the first micro machining head（8）, the second micro machining head（23）Interval is in 90o
It is evenly arranged.The radial error gauge head carries out error-detecting to outer ring raceway, by corresponding micro machining head to outer ring raceway
Carry out fine amendment, it is possible to achieve frontier inspection surveys side processing, and detection is non-interference with correcting, and is designed with two groups of detections being arranged symmetrically
Correcting device, high in machining efficiency, balance is good, during amendment, need to only place the device in the top of pivoting support outer ring,
Voluntarily detected and corrected by device, automaticity is high, and labor intensity is small, and amendment precision is high, the first positioning compression plate
（7）, the second positioning compression plate（15）, the 3rd positioning compression plate（22）, the 4th positioning compression plate（29）With ring（28）Contact surface
For a V-type face, V-type face two sides angle is 160o, V-type face and ring（28）Contact point is 2 points.The present invention is simple in construction, easily behaviour
Make, there is preferable generalization.
During work, pivoting support outer ring is placed on the table first, uses the first positioning compression cylinder（6）, second
Positioning compression cylinder（16）, the 3rd positioning compression cylinder（21）, the 4th positioning compression cylinder（30）By ring（28）Clamp, will fill
Placement location is in ring（28）Top, rotary motion handle（19）Drive locking bevel gear（33）Rotate, lock bevel gear（33）
With the first driving bevel gear（31）, the second driving bevel gear（37）, the 3rd driving bevel gear（36）, the 4th driving bevel gear（32）
Engagement, the first driving bevel gear（31）, the second driving bevel gear（37）, the 3rd driving bevel gear（36）, the 4th driving bevel gear
（32）It is separately mounted to the first clamping screw（4）, the second clamping screw（10）, the 3rd clamping screw（18）, the 4th clamping screw
（25）On, the first clamping screw（4）, the second clamping screw（10）, the 3rd clamping screw（18）, the 4th clamping screw（25）Rotation
The first hold-down head is driven respectively（5）, the second hold-down head（9）, the 3rd hold-down head（17）, the 4th hold-down head（26）Hold out against in ring
（28）Inwall on, rotary electric machine（12）Operation drives drive gear（34）Rotation, drive gear（34）With rotate gear（35）
Engagement, rotate gear（35）It is fixed on support bar（24）On, so as to drive support bar to rotate, the first radial error gauge head（2）,
Two radial error gauge heads（14）Respectively to ring（28）Raceway carries out error-detecting, surveys error information respectively by the first margin of error
According to harvester（3）, the second error information harvester（13）It is acquired and transmits to system terminal, terminal will collects
The image of shape and system that data draw out raceway according to least square fitting is compared, and calculates correction,
When support bar turns over 90oAfterwards, by corresponding micro machining head to ring（28）Raceway carries out microfabrication.When scale error meets
After it is required that, lifting bolt is adjusted（38）So that support bar（24）Detection is carried out positioned at next test position repetition said process to repair
Shape, after the scale error of whole pivoting support meets to require, unclamp the first positioning compression cylinder（6）, the second positioning compression
Cylinder（16）, the 3rd positioning compression cylinder（21）, the 4th positioning compression cylinder（30）, remove ring（28）, correction of the flank shape completion.
Schematically the present invention and embodiments thereof are described above, this describes no restricted, institute in accompanying drawing
Show also be one of embodiments of the present invention, actual apparatus structure is not limited thereto.So ordinary skill of this area
Personnel can also do other changes in spirit of the invention, and these changes made according to spirit of the present invention, should all be included certainly
In scope of the presently claimed invention.
Claims (2)
1. huge revolving support axiality detection and modification device, including workbench（1）, the first radial error gauge head（2）, first
Error information harvester（3）, the first clamping screw（4）, the first hold-down head（5）, the first positioning compression cylinder（6）, first is fixed
Position pressure strip（7）, the first micro machining head（8）, the second hold-down head（9）, the second clamping screw（10）, motor support plate（11）,
Rotary electric machine（12）, the second error information harvester（13）, the second radial error gauge head（14）, the second positioning compression plate
（15）, the second positioning compression cylinder（16）, the 3rd hold-down head（17）, the 3rd clamping screw（18）, rotational handle（19）, friction top
（20）, the 3rd positioning compression cylinder（21）, the 3rd positioning compression plate（22）, the second micro machining head（23）, support bar（24）, the
Four clamping screws（25）, the 4th hold-down head（26）, support frame（27）, ring（28）, the 4th positioning compression plate（29）, the 4th positioning
Compression cylinder（30）, the first driving bevel gear（31）, the 4th driving bevel gear（32）, lock bevel gear（33）, drive gear
（34）, rotate gear（35）, the 3rd driving bevel gear（36）, the second driving bevel gear（37）, lifting bolt（38）；Its feature exists
In the ring（28）It is placed in workbench（1）On；The first positioning compression cylinder（6）, the second positioning compression cylinder（16）,
Three positioning compression cylinders（21）, the 4th positioning compression cylinder（30）Workbench is fixed on by bolt and alignment pin（1）On, it is described
First positioning compression plate（7）, the second positioning compression plate（15）, the 3rd positioning compression plate（22）, the 4th positioning compression plate（29）Point
The first positioning compression cylinder is not bolted on（6）, the second positioning compression cylinder（16）, the 3rd positioning compression cylinder
（21）, the 4th positioning compression cylinder（30）Pistons end, the first positioning compression cylinder（6）, the second positioning compression cylinder
（16）, the 3rd positioning compression cylinder（21）, the 4th positioning compression cylinder（30）It is in 90 in the horizontal planeoIt is evenly arranged；The branch
Support（27）It is placed in ring（28）Top, the first clamping screw（4）, the second clamping screw（10）, the 3rd clamping screw（18）、
4th clamping screw（25）Installed in support frame（27）It is interior, first hold-down head（5）, the second hold-down head（9）, the 3rd hold-down head
（17）, the 4th hold-down head（26）First clamping screw is separately mounted to by screw thread（4）, the second clamping screw（10）, the 3rd pressure
Tight screw mandrel（18）, the 4th clamping screw（25）On identical position, first driving bevel gear（31）, the second driving bevel gear
（37）, the 3rd driving bevel gear（36）, the 4th driving bevel gear（32）The first clamping screw is fixed on by locking nut respectively
（4）, the second clamping screw（10）, the 3rd clamping screw（18）, the 4th clamping screw（25）End；The locking bevel gear
（33）With the first driving bevel gear（31）, the second driving bevel gear（37）, the 3rd driving bevel gear（36）, the 4th driving bevel gear
（32）Engagement, the friction top（20）Support frame is arranged on by bolt（27）On, rotational handle（19）Installed in friction top
（20）On, with locking bevel gear（33）Connection；The motor support plate（11）Support frame is arranged on by bolt（27）On, rotate
Motor（12）Installed in motor support plate（11）Top, with drive gear（34）Connection, rotate gear（35）Installed in support bar
（24）On, with drive gear（34）Engagement, lifting bolt（38）With support frame（27）Threaded connection, support bar（24）It is placed in lifting
Bolt（38）On；First radial error gauge head（2）, the second radial error gauge head（14）It is separately mounted to support bar（24）It is symmetrical
On end position, the first error information harvester（3）, the second error information harvester（13）Installed in support bar（24）
On, the first micro machining head（8）, the second micro machining head（23）It is separately mounted to support bar（24）Symmetrical end position on；
First radial error gauge head（2）, the second radial error gauge head（14）, the first micro machining head（8）, the second micro machining head（23）
Interval is in 90oIt is evenly arranged.
2. the detection of huge revolving support axiality and modification device according to claim 1, it is characterised in that described first is fixed
Position pressure strip（7）, the second positioning compression plate（15）, the 3rd positioning compression plate（22）, the 4th positioning compression plate（29）With ring
（28）Contact surface is a V-type face, and V-type face two sides angle is 160o, V-type face and ring（28）Contact point is 2 points.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610385102.9A CN107457522A (en) | 2016-06-03 | 2016-06-03 | Huge revolving support axiality detection and modification device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610385102.9A CN107457522A (en) | 2016-06-03 | 2016-06-03 | Huge revolving support axiality detection and modification device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107457522A true CN107457522A (en) | 2017-12-12 |
Family
ID=60545362
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610385102.9A Pending CN107457522A (en) | 2016-06-03 | 2016-06-03 | Huge revolving support axiality detection and modification device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107457522A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111299957A (en) * | 2019-12-09 | 2020-06-19 | 湖州金丰新材有限公司 | Auxiliary repairing device for aluminum product processing |
| CN111673541A (en) * | 2020-06-04 | 2020-09-18 | 中国航发沈阳发动机研究所 | Fan easy-to-grind ring concentricity on-line measurement and adjustment device |
-
2016
- 2016-06-03 CN CN201610385102.9A patent/CN107457522A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111299957A (en) * | 2019-12-09 | 2020-06-19 | 湖州金丰新材有限公司 | Auxiliary repairing device for aluminum product processing |
| CN111673541A (en) * | 2020-06-04 | 2020-09-18 | 中国航发沈阳发动机研究所 | Fan easy-to-grind ring concentricity on-line measurement and adjustment device |
| CN111673541B (en) * | 2020-06-04 | 2021-10-01 | 中国航发沈阳发动机研究所 | Fan easy-to-grind ring concentricity on-line measurement and adjustment device |
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| PB01 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20171212 |
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| WD01 | Invention patent application deemed withdrawn after publication |