CN105158329B - A kind of full-automatic eddy current inspection hardness determination machine - Google Patents
A kind of full-automatic eddy current inspection hardness determination machine Download PDFInfo
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- CN105158329B CN105158329B CN201510529207.2A CN201510529207A CN105158329B CN 105158329 B CN105158329 B CN 105158329B CN 201510529207 A CN201510529207 A CN 201510529207A CN 105158329 B CN105158329 B CN 105158329B
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Abstract
The invention provides a kind of full-automatic eddy current inspection hardness determination machine, preferably realize the automation of bearing flaw detection hardness determination, reduce labor intensity height, improve the efficiency of flaw detection hardness determination, flaw detection hardness determination quality is also effectively ensure that simultaneously, it includes frame, workbench is set in frame, workbench one end both sides are respectively arranged with bearing inner race conveying arrangement and bearing outer ring conveying arrangement, and corresponding shaft bearing inner ring conveying arrangement and bearing outer ring conveying arrangement are disposed with bearing on workbench（Outside）In circle rigidity detection device, bearing（Outside）Crack detection device and discharge device are enclosed, on workbench in corresponding shaft bearing（Outside）In circle rigidity detection device, bearing（Outside）Circle crack detection device and discharge device side are provided with bearing（Outside）Circle, which is pitched, expects device, in bearing on workbench（Outside）Circle crack detection device is respectively arranged with turntable.
Description
Technical field
The present invention relates to the technical field of bearing mnanufacture detection, specially a kind of full-automatic eddy current inspection hardness determination machine.
Background technology
In the manufacturing process of bearing, the Internal and external cycle hardness of bearing and the crack of bearing internal external circle are detected, i.e.,
Flaw detection hardness to bearing detects, and the flaw detection hardness of existing bearing is typically to be set using New Hardness Testing Device and carrying out flaw detection
Standby to carry out artificial detection to bearing, this detection mode is less efficient, and labor intensity is big, in artificial detection, due to people
For the influence of factor, the scope that it is detected is not comprehensive, it may appear that detection blind spot, so as to have impact on the detection quality of bearing.
The content of the invention
In view of the above-mentioned problems, the invention provides a kind of full-automatic eddy current inspection hardness determination machine, axle is preferably realized
The automation of flaw detection hardness determination is held, reduces labor intensity height, improves the efficiency of flaw detection hardness determination, while also effectively protect
Flaw detection hardness determination quality is demonstrate,proved.
Its technical scheme is such：A kind of full-automatic eddy current inspection hardness determination machine, it includes frame, in the frame
Workbench is set, and described workbench one end both sides are respectively arranged with bearing inner race conveying arrangement and bearing outer ring conveying arrangement, institute
State corresponding shaft bearing inner ring conveying arrangement on workbench and be disposed with bearing inner race rigidity detection device, bearing inner race crack detection
Device and the first discharge device, corresponding shaft bearing outer ring conveying arrangement is disposed with bearing outer ring hardness determination on the workbench
Device, bearing outer ring crack detection device and the second discharge device, the bearing inner race hardness determination is corresponded on the workbench
Device, the bearing inner race crack detection device and the first discharge device side are provided with bearing inner race fork material device, work
Make to correspond to the bearing outer ring rigidity detection device, the bearing outer ring crack detection device and second discharge device on platform
Side is provided with bearing outer ring fork material device, and the bearing outer ring crack detection device, the bearing are corresponded on the workbench
Inner ring crack detection device is respectively arranged with turntable.
It is further characterized by：The turntable is corresponded on the workbench and is respectively arranged with resigning cylinder；
The first turning device, the axle are provided between the bearing inner race crack detection device and first discharge device
The second turning device is provided between bearing outer-ring crack detection device and second discharge device；
The bearing inner race crack detection device includes clutch shaft bearing inner ring plane crack detection device, clutch shaft bearing inner ring
Periphery crack detection device, second bearing inner ring plane crack detection device and the inspection of second bearing inner ring periphery crackle
Survey device, the clutch shaft bearing inner ring plane crack detection device, the clutch shaft bearing inner ring periphery crack detection device,
The second bearing inner ring periphery detection means and the second bearing inner ring plane crack detection device are sequentially arranged, institute
State and be provided between clutch shaft bearing inner ring periphery crack detection device and the second bearing inner ring periphery detection means
3rd turning device, the clutch shaft bearing inner ring plane crack detection device, clutch shaft bearing inner ring circle are corresponded on workbench
Post surface crack testing device, the second bearing inner ring plane crack detection device and the second bearing inner ring periphery
Crack detection device is respectively arranged with turntable, and the turntable is corresponded on the workbench and is respectively arranged with resigning cylinder；
The bearing outer ring crack detection device includes clutch shaft bearing plane of outer ring crack detection device, clutch shaft bearing outer ring
Periphery crack detection device, second bearing plane of outer ring crack detection device and the inspection of second bearing outer ring periphery crackle
Survey device, the clutch shaft bearing plane of outer ring crack detection device, the clutch shaft bearing outer ring periphery crack detection device,
The second bearing outer ring periphery crack detection device and the second bearing plane of outer ring crack detection device cloth successively
Put, the clutch shaft bearing outer ring periphery crack detection device and the second bearing outer ring periphery crack detection device
Between be provided with the 4th turning device, the clutch shaft bearing plane of outer ring crack detection device, described are corresponded on the workbench
One bearing outer ring periphery crack detection device, the second bearing plane of outer ring crack detection device and the second bearing
Outer ring periphery crack detection device is respectively arranged with turntable, and the turntable is corresponded on the workbench and is respectively arranged with
Resigning cylinder；
The bearing inner race rigidity detection device and the bearing outer ring rigidity detection device include first support, institute respectively
State and second support and the 3rd support be provided with first support, the first cylinder and the second cylinder are provided with the first support,
First cylinder connects the second support, and second cylinder connects the 3rd support, the second support and described
3rd support connects the first support by guide pillars and bushes respectively, and hardness determination probe is provided with the second support,
Workpiece hardness detection placement platform is provided with 3rd support；
The clutch shaft bearing inner ring plane crack detection device, the second bearing inner ring plane crack detection device, institute
State clutch shaft bearing plane of outer ring crack detection device and the second bearing plane of outer ring crack detection device includes the 4th respectively
Support, the 3rd cylinder is provided with the 4th support, the 3rd cylinder connects the 5th support, and the 5th support is by leading
Set connects the 4th support with guide pillar, and clutch shaft bearing positioner and the inspection of bearing plane crackle are provided with the 5th support
Gauge head, the clutch shaft bearing positioner includes the first prelocalization support, locating support and two first longitudinal directions after two first
Locating support, the first prelocalization support connect the 5th support, and the first prelocalization support connects the 4th cylinder, institute
Locating support is fixed by elongated hole fitted bolt after stating first, and pinch roller is respectively arranged with the first longitudinal direction locating support,
The first prelocalization pedestal lower end is provided with front wheel, and locating support lower end is rolled after being respectively arranged with after two described first
Wheel；
The clutch shaft bearing inner ring periphery crack detection device, the second bearing inner ring periphery crack detection
Device, the clutch shaft bearing outer ring periphery crack detection device and second bearing outer ring periphery crack detection dress
Put includes the 6th support respectively, and the 7th support connects the 6th support, the roller bearing screw mandrel connection driving by roller bearing screw mandrel
Device, the 7th support connects the 6th support by guide pin bushing with guide pillar, between the 6th support and the 7th support
Connected by spring, second bearing positioner and bearing column surface crack testing head, institute are provided with the 6th support
State second bearing positioner and include the second prelocalization support, locating support and two second longitudinal directions positioning branch after two second
Frame, the second prelocalization support connection the 6th support, the 5th cylinder of the second prelocalization support connection, described second
Locating support is fixed by elongated hole fitted bolt afterwards, is respectively arranged with pinch roller on the second longitudinal direction locating support, and described
Two prelocalization pedestal lower ends are provided with front wheel, and locating support lower end is respectively arranged with rear roller after two described second.
In the said structure of the present invention, workbench one end both sides are respectively arranged with bearing inner race conveying arrangement and bearing outer ring
Conveying arrangement, corresponding shaft bearing inner ring conveying arrangement is disposed with bearing inner race rigidity detection device, bearing inner race on workbench
Crack detection device and the first discharge device, corresponding shaft bearing outer ring conveying arrangement is disposed with bearing outer ring hardness on workbench
Detection means, bearing outer ring crack detection device and the second discharge device, corresponding shaft bearing inner ring rigidity detection device on workbench,
Bearing inner race crack detection device and the first discharge device side, which are provided with bearing inner race and pitched, expects device, corresponding shaft bearing on workbench
Outer ring rigidity detection device, bearing outer ring crack detection device and the second discharge device side are provided with bearing outer ring fork material dress
Put, pitch material device by bearing inner race is sequentially sent to bearing inner race rigidity detection device, the inspection of bearing inner race crackle by bearing inner race
Survey in device and the first discharge device, realize the hardness determination of bearing inner race, while drive bearing inner race to rotate by turntable
The crack detection of bearing inner race is realized, pitch material device by bearing outer ring is sequentially sent to the inspection of bearing outer ring hardness by bearing outer ring
Survey in device, bearing outer ring crack detection device and the second discharge device, realize the hardness determination of bearing outer ring, while pass through rotation
Turntable drives bearing outer ring rotation to realize the crack detection of bearing outer ring, while is filled by the first discharge device and the second discharge
Putting by underproof inner ring and outer ring discharge, realizes the automation of bearing internal external circle flaw detection hardness determination, and it is strong to reduce work
Degree is high, improves the efficiency of flaw detection hardness determination, while also effectively ensure that flaw detection hardness determination quality.
Brief description of the drawings
Fig. 1 is the full-automatic eddy current inspection hardness determination owner's view of the present invention；
Fig. 2 is Fig. 1 top view；
Fig. 3 is Fig. 1 left view；
Fig. 4 is the full-automatic eddy current inspection hardness determination machine stereogram of the present invention；
Fig. 5 is bearing hardness detection means schematic diagram；
Fig. 6 is Fig. 5 top view；
Fig. 7 is Fig. 5 left view；
Fig. 8 is bearing plane crack detection device schematic diagram；
Fig. 9 is Fig. 8 top view；
Figure 10 is Fig. 5 left view；
Figure 11 is bearing plane crack detection device stereogram；
Figure 12 is bearing column surface crack testing schematic device；
Figure 13 is Figure 12 top view；
Figure 14 is Figure 12 left view；
Figure 15 is bearing plane crack detection device stereogram；
Figure 16 is workpiece positioning structure schematic diagram.
Embodiment
See Fig. 1, Fig. 2, Fig. 3, Fig. 4, a kind of full-automatic eddy current inspection hardness determination machine, it includes frame 1, set in frame 1
Workbench 2 is put, one end both sides of workbench 2 are respectively arranged with bearing inner race conveying arrangement 3 and bearing outer ring conveying arrangement 4, work
Corresponding shaft bearing inner ring conveying arrangement 3 is disposed with bearing inner race rigidity detection device 5, bearing inner race crack detection device on platform
6 and first discharge device 7, corresponding shaft bearing outer ring conveying arrangement 4 is disposed with bearing outer ring rigidity detection device on workbench 2
8th, the discharge device 10 of bearing outer ring crack detection device 9 and second, corresponding shaft bearing inner ring rigidity detection device 5, axle on workbench 2
Hold the side of 6 and first discharge device of inner ring crack detection device 7 and be provided with bearing inner race fork material device 11, corresponded on workbench 2
Bearing outer ring rigidity detection device 8, the side of 9 and second discharge device of bearing outer ring crack detection device 10 are provided with bearing outer ring
Fork material device 12, is provided with the first turning device 13 between the discharge device 7 of bearing inner race crack detection device 6 and first, outside bearing
The second turning device 14 is provided between the circle discharge device 10 of crack detection device 9 and second, corresponding shaft bearing outer ring is split on workbench 2
Line detection means 9, the bearing inner race crack detection device 6 are respectively arranged with turntable 69, corresponding rotation platform 69 on workbench 2
It is respectively arranged with resigning cylinder 70.
Bearing inner race fork material device 11 and bearing outer ring fork material device 12 include fork flitch 15 respectively, and fork flitch 15 is by straight
The connecting working table of line guide rail 16, fork flitch 15 connect lateral cylinder 17 and longitudinal cylinder（It is not drawn into figure）.
Bearing inner race crack detection device 6 includes clutch shaft bearing inner ring plane crack detection device 18, clutch shaft bearing inner ring
Periphery crack detection device 19, second bearing inner ring plane crack detection device 21 and second bearing inner ring periphery split
Line detection means 20, clutch shaft bearing inner ring plane crack detection device 18, clutch shaft bearing inner ring periphery crack detection device
19th, second bearing inner ring periphery crack detection device 20 and second bearing inner ring plane crack detection device 21 cloth successively
Put, set between clutch shaft bearing inner ring periphery crack detection device 19 and second bearing inner ring periphery crack detection device 20
The 3rd turning device 22 is equipped with, clutch shaft bearing inner ring plane crack detection device 18, clutch shaft bearing inner ring circle are corresponded on workbench 2
Post surface crack testing device 19, second bearing inner ring periphery crack detection device 20 and second bearing inner ring plane crackle
Detection means 21 is respectively arranged with turntable 69, and corresponding rotation platform 69 is respectively arranged with resigning cylinder 70 on workbench 2.
Bearing outer ring crack detection device 9 includes clutch shaft bearing plane of outer ring crack detection device 23, clutch shaft bearing outer ring
Periphery crack detection device 24, second bearing plane of outer ring crack detection device 26 and second bearing outer ring periphery split
Line detection means 25, clutch shaft bearing plane of outer ring crack detection device 23, clutch shaft bearing outer ring periphery crack detection device
24th, second bearing outer ring periphery crack detection device 25 and second bearing plane of outer ring crack detection device 26 cloth successively
Put, set between clutch shaft bearing outer ring periphery crack detection device 24 and second bearing outer ring periphery crack detection device 25
The 4th turning device 27 is equipped with, clutch shaft bearing plane of outer ring crack detection device 23, clutch shaft bearing outer ring circle are corresponded on workbench
Post surface crack testing device 24, second bearing plane of outer ring crack detection device 26 and second bearing outer ring periphery crackle
Detection means 25 is respectively arranged with turntable 69, and corresponding rotation platform 69 is provided with resigning cylinder 70 on workbench.
First turning device 13, the second turning device 14, the 3rd turning device 22, the 4th turning device 27 include turning over respectively
Rotaring cylinder 28 and returning face plate 29.
First discharge device 7 includes the first discharge cylinder 30 and the second discharge cylinder 31, the first discharge cylinder 30 and second
Discharge cylinder 31 connects marker board 32 respectively.
Second discharge device 10 includes the 3rd discharge cylinder 33 and the 4th discharge cylinder 34, the 3rd discharge cylinder 33 and the 4th
Discharge cylinder 34 connects marker board 32 respectively.
In said structure, the upset for realizing the inside and outside circle of bearing by turning device detects, by discharge device by each ring
Defective work in section is automatically drained out, and realizes the automation of the inside and outside circle detection of bearing.
See Fig. 1, Fig. 2, Fig. 4, Fig. 5, Fig. 6, Fig. 7, bearing inner race rigidity detection device 5 and bearing outer ring rigidity detection device
8 include first support 35 respectively, and the support 37 of second support 36 and the 3rd is provided with first support 35, is set in first support 35
There are the first cylinder 38 and the second cylinder 39, the first cylinder 38 connection second support 36, the second cylinder 39 connects the 3rd support 37, the
Two supports 36 and the 3rd support 37 connect first support 35 by guide pillar 40 and guide pin bushing 41 respectively, are provided with second support 36 hard
Detection probe 42 is spent, is provided with workpiece hardness detection placement platform 43 on the 3rd support 37, workpiece handling to hardness determination station,
Second cylinder 39 drives workpiece hardness detection placement platform 43 to rise to suspected location, and the first cylinder 38 drives hardness determination probe
42 decline, and cover workpiece to suspected location, hardness determination 42 pairs of workpiece hardness of probe detect.
See Fig. 1, Fig. 2, Fig. 4, Fig. 8, Fig. 9, Figure 10, Figure 11, clutch shaft bearing inner ring plane crack detection device 23, the second axle
Hold inner ring plane crack detection device 26, clutch shaft bearing plane of outer ring crack detection device 18 and second bearing plane of outer ring crackle
Detection means 21 includes the 4th support 44 respectively, and the 3rd cylinder 45, the 3rd cylinder 45 connection the 5th are provided with the 4th support 44
Support 46, the 5th support 46 connect the 4th support 44 by guide pin bushing 47 and guide pillar 48, clutch shaft bearing are provided with the 5th support 46
Positioner 49 and bearing plane crack detection first 50, clutch shaft bearing positioner 49 include 51, two, the first prelocalization support
Locating support 52 and two first longitudinal direction locating supports 68 after first, the first prelocalization support 51 the 5th support 46 of connection, first
Prelocalization support 51 connects the 4th cylinder 69, and locating support 52 is fixed by the fitted bolt of elongated hole 73 after first；By elongated
The regulation in hole 73 and bolt fixed position, realizes the detection to different-diameter bearing, is set respectively on first longitudinal direction locating support 68
Pinch roller 72 is equipped with, the lower end of the first prelocalization support 51 is provided with front wheel 53, and the lower end of locating support 52 is set respectively after two first
Rear roller 54, workpiece handling to plane crack detection detection station are equipped with, rearmounted resigning cylinder 70 is got out of the way pushing away one before workpiece
The space of workpiece is collided when rear roller is descending, the 5th supporting band dynamic bearing positioner and bearing plane crack detection head drop to
Pinch roller pushes down workpiece on turntable, and front wheel pushes away workpiece against two rear rollers, turntable under the driving of the 4th cylinder 69
Workpiece rotation is driven, the 5th support drives the vortex scanning that plane crack detection head coordinates workpiece rotation to complete bearing internal external circle,
Detected so as to complete the defects of bearing internal external circle whole plane.
Because the detection faces of covering are limited in plane crack detection head, workpiece is driven to pass through turntable using turntable
Rotation, the plane surface of plane crack detection head translation vortex rotation sweep bearing internal external circle, realizes plane surface defect
All standing.
See Fig. 1, Fig. 2, Fig. 4, Figure 12, Figure 13, Figure 14, Figure 15, clutch shaft bearing inner ring periphery crack detection device 19,
The second bearing inner ring periphery crack detection device 20, clutch shaft bearing outer ring periphery crack detection device 24 and
Two bearing outer ring periphery crack detection devices 25 include the 6th support 55 respectively, and the 7th support 56 is connected by roller bearing screw mandrel 57
The 6th support 55 is connect, roller bearing screw mandrel 57 connects servomotor 58, and the 7th support 56 connects the 6th by guide pin bushing 60 and guide pillar 59
Frame 55, connected between the 6th support 55 and the 7th support 56 by spring 61, second bearing positioning dress is provided with the 6th support 55
Put 62 and bearing column surface crack testing first 63, second bearing positioner 62 includes the second prelocalization support 64, two the
Locating support 65 and two second longitudinal direction locating supports 71 after two, the second prelocalization support 64 connects the 6th support 55, before second
Locating support 64 connects the 5th cylinder 75, and locating support 65 is fixed by the fitted bolt of elongated hole 73 after second, passes through elongated hole
73 with the regulation of bolt fixed position, realize the detection to different-diameter bearing, set respectively on second longitudinal direction locating support 71
There is pinch roller 74, the lower end of the second prelocalization support 64 is provided with front wheel 66, and the lower end of locating support 65 is set respectively after two second
Have a rear roller 67, workpiece handling to periphery crack detection station, rearmounted resigning cylinder 70 will be pushed away before workpiece one get out of the way after
The space of workpiece is collided when roller is descending, the 6th supporting band dynamic bearing positioner and bearing column surface crack testing head decline
To detection minimum point, now workpiece is pressed and on turntable 69, front wheel pushes away workpiece under the driving of cylinder and leaned on by two pinch rollers 74
Firmly two rear rollers, turntable drive workpiece rotation, and the 6th supporting band dynamic bearing periphery crack detection head coordinates workpiece rotation
Turn to complete the vortex scanning of bearing internal external circle, detected so as to complete the defects of bearing internal external circle whole periphery.
Because the detection faces of covering are limited in bearing column surface crack testing head, revolved using workpiece by turntable
Turn, the periphery of bearing column surface crack testing head translation vortex rotation sweep bearing internal external circle, realize periphery
The all standing of defect.
During due to eddy current inspection system detectio bearing internal external circle, workpiece positioning requirements are accurate, and detection probe is adjacent to workpiece table
Face, the jerk value of workpiece surface is sufficiently small to be detected, thus the location structure using three-point rolling wheel positioning by the way of pair
Bearing internal external circle external diameter positions, and positioning precision is high, front wheel under cylinder driving can fore-aft motion, promotion of the workpiece in front wheel
Under be close to two rear rollers, 3 points are pinned in bearing internal external circles and three rollers and form triangle center, ensure that bearing internal external circle footpath
To bounce, meet testing requirements, axially adjacent to two pinch rollers on turntable, turntable is worked into flat bearing internal external circle in addition
Face bounce is sufficiently small, ensure that the axial runout degree of bearing internal external circle, meets testing requirements.
Claims (8)
- A kind of 1. full-automatic eddy current inspection hardness determination machine, it is characterised in that：It includes frame, and work is set in the frame Platform, described workbench one end both sides are respectively arranged with bearing inner race conveying arrangement and bearing outer ring conveying arrangement, the workbench Upper corresponding shaft bearing inner ring conveying arrangement is disposed with bearing inner race rigidity detection device, bearing inner race crack detection device and One discharge device, corresponding shaft bearing outer ring conveying arrangement is disposed with bearing outer ring rigidity detection device, axle on the workbench Bearing outer-ring crack detection device and the second discharge device, the bearing inner race rigidity detection device, institute are corresponded on the workbench State bearing inner race crack detection device and the first discharge device side is provided with bearing inner race and pitched and expects device, it is right on workbench The bearing outer ring rigidity detection device, the bearing outer ring crack detection device and the second discharge device side is answered to set There is bearing outer ring fork material device, the bearing outer ring crack detection device, the bearing inner race crackle are corresponded on the workbench Detection means is respectively arranged with turntable.
- A kind of 2. full-automatic eddy current inspection hardness determination machine according to claim 1, it is characterised in that：On the workbench The corresponding turntable is respectively arranged with resigning cylinder.
- A kind of 3. full-automatic eddy current inspection hardness determination machine according to claim 1, it is characterised in that：The bearing inner race Be provided with the first turning device between crack detection device and first discharge device, the bearing outer ring crack detection device with The second turning device is provided between second discharge device.
- A kind of 4. full-automatic eddy current inspection hardness determination machine according to claim 1, it is characterised in that：The bearing inner race Crack detection device includes clutch shaft bearing inner ring plane crack detection device, clutch shaft bearing inner ring periphery crack detection fills Put, second bearing inner ring plane crack detection device and second bearing inner ring periphery crack detection device, the first axle Hold inner ring plane crack detection device, the clutch shaft bearing inner ring periphery crack detection device, the second bearing inner ring Periphery detection means and the second bearing inner ring plane crack detection device are sequentially arranged, the clutch shaft bearing inner ring circle The 3rd turning device is provided between post surface crack testing device and the second bearing inner ring periphery detection means, is worked The clutch shaft bearing inner ring plane crack detection device, clutch shaft bearing inner ring periphery crack detection dress are corresponded on platform Put, the second bearing inner ring plane crack detection device and the second bearing inner ring periphery crack detection device difference Turntable is provided with, the turntable is corresponded on the workbench and is respectively arranged with resigning cylinder.
- A kind of 5. full-automatic eddy current inspection hardness determination machine according to claim 4, it is characterised in that：The bearing outer ring Crack detection device includes clutch shaft bearing plane of outer ring crack detection device, clutch shaft bearing outer ring periphery crack detection fills Put, second bearing plane of outer ring crack detection device and second bearing outer ring periphery crack detection device, the first axle Bearing outer-ring plane crack detection device, the clutch shaft bearing outer ring periphery crack detection device, the second bearing outer ring Periphery crack detection device and the second bearing plane of outer ring crack detection device are sequentially arranged, outside the clutch shaft bearing The 4th upset is provided between circle periphery crack detection device and the second bearing outer ring periphery crack detection device Device, the clutch shaft bearing plane of outer ring crack detection device, the clutch shaft bearing outer ring cylinder table are corresponded on the workbench Face crack detection device, the second bearing plane of outer ring crack detection device and the second bearing outer ring periphery crackle Detection means is respectively arranged with turntable, and the turntable is corresponded on the workbench and is respectively arranged with resigning cylinder.
- A kind of 6. full-automatic eddy current inspection hardness determination machine according to claim 1, it is characterised in that：The bearing inner race Rigidity detection device and the bearing outer ring rigidity detection device include first support respectively, and is provided with the first support Two supports and the 3rd support, are provided with the first cylinder and the second cylinder in the first support, described in the first cylinder connection Second support, second cylinder connect the 3rd support, and the second support and the 3rd support pass through guide pillar respectively The first support is connected with guide pin bushing, hardness determination probe is provided with the second support, is provided with the 3rd support Workpiece hardness detects placement platform.
- A kind of 7. full-automatic eddy current inspection hardness determination machine according to claim 5, it is characterised in that：The clutch shaft bearing Inner ring plane crack detection device, the second bearing inner ring plane crack detection device, the clutch shaft bearing plane of outer ring split Line detection means and the second bearing plane of outer ring crack detection device include the 4th support respectively, are set on the 4th support The 3rd cylinder is equipped with, the 3rd cylinder connects the 5th support, and the 5th support connects the described 4th with guide pillar by guide pin bushing Support, clutch shaft bearing positioner and bearing plane crack detection head is provided with the 5th support, the clutch shaft bearing is determined Position device includes the first prelocalization support, locating support and two first longitudinal direction locating supports after two first, before described first Locating support connects the 5th support, and the first prelocalization support connects the 4th cylinder, and locating support leads to after described first Cross elongated hole fitted bolt to fix, pinch roller, the first prelocalization support are respectively arranged with the first longitudinal direction locating support Lower end is provided with front wheel, and locating support lower end is respectively arranged with rear roller after two described first.
- A kind of 8. full-automatic eddy current inspection hardness determination machine according to claim 5, it is characterised in that：The clutch shaft bearing Inner ring periphery crack detection device, the second bearing inner ring periphery crack detection device, outside the clutch shaft bearing Circle periphery crack detection device and the second bearing outer ring periphery crack detection device include the 6th support respectively, 7th support connects the 6th support by roller bearing screw mandrel, and the roller bearing screw mandrel connects drive device, and the 7th support leads to Cross guide pin bushing and the 6th support is connected with guide pillar, connected between the 6th support and the 7th support by spring, described Second bearing positioner and bearing column surface crack testing head, the second bearing positioner bag are provided with six supports Include the second prelocalization support, locating support and two second longitudinal direction locating supports after two second, the second prelocalization support The 6th support is connected, the second prelocalization support connects the 5th cylinder, and locating support passes through elongated hole after described second Fitted bolt is fixed, and pinch roller is respectively arranged with the second longitudinal direction locating support, and the second prelocalization pedestal lower end is set There is a front wheel, locating support lower end is respectively arranged with rear roller after two described second.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510529207.2A CN105158329B (en) | 2015-08-26 | 2015-08-26 | A kind of full-automatic eddy current inspection hardness determination machine |
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| CN201510529207.2A CN105158329B (en) | 2015-08-26 | 2015-08-26 | A kind of full-automatic eddy current inspection hardness determination machine |
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| CN105158329B true CN105158329B (en) | 2018-04-03 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105547824B (en) * | 2015-12-31 | 2018-07-06 | 爱德森（厦门）电子有限公司 | A kind of in-service equipment original position material detection device and method |
| CN105675715B (en) * | 2016-01-20 | 2018-09-11 | 昆山德衡汉自动化设备有限公司 | Eddy current inspection detection device and the Bearing testing machine for using the device |
| CN106179990A (en) * | 2016-08-19 | 2016-12-07 | 宁波中亿自动化装备有限公司 | A kind of eddy-current crack detector |
| CN108543722A (en) * | 2018-05-30 | 2018-09-18 | 启东锦桥轴承有限公司 | A kind of lossless hardness balance detection on needle bearing assembly line and failure detector |
| CN111794995A (en) * | 2020-07-20 | 2020-10-20 | 泉州智驰自动化机械有限公司 | Multifunctional performance detection device for fan heat pipe assembly |
| CN114951050A (en) * | 2022-07-07 | 2022-08-30 | 武汉东方骏驰精密制造有限公司 | Full-automatic line final inspection device and final inspection system |
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| Title |
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| 硬度和裂纹的自动测量;胡生清 等;《实用测试技术》;19980930(第5期);第36-37页 * |
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| Publication number | Publication date |
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| CN105158329A (en) | 2015-12-16 |
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