CN201867151U - Radial play measuring machine for bearing - Google Patents
Radial play measuring machine for bearing Download PDFInfo
- Publication number
- CN201867151U CN201867151U CN2010206136407U CN201020613640U CN201867151U CN 201867151 U CN201867151 U CN 201867151U CN 2010206136407 U CN2010206136407 U CN 2010206136407U CN 201020613640 U CN201020613640 U CN 201020613640U CN 201867151 U CN201867151 U CN 201867151U
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Abstract
The utility model relates to a radial play measuring machine for a bearing. The radial play measuring machine for the bearing is characterized by comprising a stander and a control system, wherein a belt conveyer, a turnover mechanism, a detection mechanism and a classification guide pipe are installed on the stander in order, a first transporting mechanism is arranged between the belt conveyer and the turnover mechanism, and a second transporting mechanism is arranged among the turnover mechanism, the detection mechanism and the classification guide pipe; the bearing to be detected is transported to the turnover mechanism from the belt conveyer through the first transporting mechanism, and then rotated at 90 degrees thereon; and the bearing to be detected is transported to the detection mechanism from the turnover mechanism through the second transporting mechanism and then to the classification guide pipe. The radial play measuring machine for the bearing automatically detects the radial play of the bearing, replaces the manual measurement and reduces the labor intensity of operators, increases the detection efficiency as well as the detection accuracy and reduces the production cost of the bearing.
Description
Technical field
The utility model relates to a kind of bearing checkout equipment, especially relates to a kind of bearing end-play measuring machine, is used for the detection of bearing end-play.
Background technology
The end-play of bearing is the important test item of bearing, and it directly influences the behavior in service of bearing, and as noise, vibration and serviceable life etc., and this test item is the project of examining entirely.The detection of present bearing end-play is mostly by operator's manual measurement, to the bearing of producing in enormous quantities, especially microminiature bearing, the testing amount is big, detection efficiency is low, and working strength of workers is big, and the accuracy rate of detection is low, along with improving constantly of labor cost, the also corresponding production cost that improves bearing.
The utility model content
The applicant has carried out research and has improved at above-mentioned problem, and a kind of bearing end-play measuring machine is provided, and substitutes operator's manual measurement, alleviates working strength of workers, improves detection efficiency, improves the accuracy rate that detects, and reduces the production cost of bearing.
In order to solve the problems of the technologies described above, the utility model adopts following technical scheme:
A kind of bearing end-play measuring machine, comprise frame and control system, band conveyor, switching mechanism, testing agency, the classification conduit is installed on the frame in proper order, first carrying mechanism is arranged between described band conveyor and the switching mechanism, second carrying mechanism is arranged on switching mechanism, between testing agency and the classification conduit, by first carrying mechanism measured bearing is carried to switching mechanism from band conveyor, measured bearing overturns on switching mechanism 90 °, by second carrying mechanism measured bearing is carried to testing agency from switching mechanism, simultaneously the measured bearing in the testing agency is carried to the classification conduit from testing agency.
Further:
Described testing agency comprises support, and measuring seat is rack-mount, and the front end of measuring seat is provided with the measurement mandrel, measures the axis horizontal setting of mandrel; Lower push rod is arranged on the measuring seat below, and lower push rod connects on first by slide plate lifts cylinder, and slide plate connects line slideway; Upper ejector pin is arranged on the measuring seat top, upper ejector pin is connected the front end of lever, the rear end of lever connects support by reed, the support of below, lever middle part is provided with lifts cylinder on second, the through hole that attachment screw passes on the lever connects the piston rod of lifting cylinder on second, the attachment screw of lever below is provided with jacking block, and the attachment screw of lever top is provided with limited block; The both sides of lever front end are connected with extension spring, and the lower end of extension spring connects support; The support of described upper ejector pin top is provided with measuring pen, and the contact of measuring pen is against on the upper ejector pin.
Described slide plate is provided with the lower support regulating sleeve, the lower support regulating sleeve comprises outer sleeve, piston slidably is sleeved in the outer sleeve, described lower push rod is arranged on the upper end of described outer sleeve and connects described piston, the lower end of described outer sleeve is provided with set screw, and the preload spring supports and is contained between piston and the set screw.
The rear end of described lever is provided with the V-arrangement projection, is provided with the second V-arrangement projection with the support of V-arrangement projection correspondence position, the two pairs of fixedly connected V-arrangement projections of reed right-angled intersection and the second V-arrangement projection.
The both sides of described lever front end are provided with pole, and the fixed block movable set is on pole, and fixed block is fixed on the pole by holding screw, and the lower end of described extension spring connects described fixed block.
Described switching mechanism comprises support, and support top is rotatable to be equipped with rotating shaft, the fixedly connected rotating shaft of turning gear and turning supporting seat, and the bearing positioning seat is installed on the turning supporting seat; Tooth bar and turning gear engagement, tooth bar connects the cylinder that is arranged on the support.
Described tooth bar is slidingly mounted in the guide groove of orienting lug, and orienting lug is fixedly mounted on the support.
Described second carrying mechanism comprises base plate, and traversing cylinder and traversing guide rod are installed on the base plate, is slidingly fitted with traversing slide plate on the traversing guide rod, and the piston rod of traversing cylinder connects traversing slide plate; The vertical shift guide rod is installed on the traversing slide plate, and the vertical shift slide block is slidingly mounted on the vertical shift guide rod, and the vertical shift cylinder is installed on the vertical shift slide block, and the piston rod of vertical shift cylinder is connected and fixed the card extender that is installed on the traversing slide plate; Left supported plate and right supported plate are installed in respectively on the vertical shift slide block of vertical shift cylinder both sides, and left jaw cylinder is installed in left supported plate top, and right jaw cylinder is installed in right supported plate top, and the front end of left jaw cylinder and right jaw cylinder is connected with jaw respectively; Be hinged with depression bar on the left supported plate, the upper end of depression bar connects pressure head, the piston rod of the hinged pressure head cylinder in the lower end of depression bar, and the pressure head cylinder is installed in the left supported plate, and described pressure head is between two jaws of left jaw cylinder front end.
Described classification conduit comprises certified products conduit and unacceptable product conduit, and the described exit of certified products conduit and unacceptable product conduit that comprises is respectively equipped with dressing mechanism.
Described dressing mechanism comprises the arrangement bar, and the arrangement bar is provided with the V-type groove, and the two ends of arrangement bar are respectively equipped with the arrangement cylinder, and the piston rod front end of arrangement cylinder is provided with pushing block; The both sides of arrangement bar are respectively equipped with releases cylinder and Material collecting box for harvesting, and the front end of releasing cylinder is provided with scraping wings.
Technique effect of the present utility model is:
The disclosed a kind of bearing end-play measuring machine of the utility model detects the end-play of bearing automatically, substitutes operator's manual measurement, alleviates working strength of workers, improves detection efficiency, improves the accuracy rate that detects, and reduces the production cost of bearing.
Description of drawings
Fig. 1 is a structural representation of the present utility model.
Fig. 2 is the three-dimensional structure synoptic diagram of testing agency.
Fig. 2 A is the front view of testing agency.
Fig. 2 B is the left view of Fig. 2 A.
Fig. 3 is the three-dimensional structure synoptic diagram of second carrying mechanism.
Fig. 3 A is the front view of second carrying mechanism.
Fig. 3 B is the vertical view of Fig. 3 A.
Fig. 3 C is the left view of Fig. 3 A.
Fig. 4 is the three-dimensional structure synoptic diagram of switching mechanism.
Fig. 4 A is the front view of switching mechanism.
Fig. 4 B is the K-K place cut-open view of Fig. 4 A.
Fig. 4 C is the left view of Fig. 4 A.
Fig. 5 is the three-dimensional structure synoptic diagram of first carrying mechanism.
Fig. 6 is the three-dimensional structure synoptic diagram of dressing mechanism.
Embodiment
Below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail.
As shown in Figure 1, the utility model comprises frame 1 and control system (not drawing in the drawings), and control system manufactures and designs by prior art, the action of each parts of Collaborative Control.Band conveyor 4, switching mechanism 3, testing agency 6, classification conduit 7 orders are installed on the frame 1, first carrying mechanism 5 is arranged between band conveyor 4 and the switching mechanism 3, second carrying mechanism 2 is arranged on switching mechanism 3, between testing agency 6 and the classification conduit 7, carry 4 machines to be carried to switching mechanism 3 from belt measured bearing by first carrying mechanism 5, measured bearing overturns 90 ° on switching mechanism 3, by second carrying mechanism 2 measured bearing is carried to testing agency 6 from switching mechanism 3, detect the measured bearing end-play by testing agency 6, second carrying mechanism 2 is carried to classification conduit 7 with the measured bearing in the testing agency 6 from testing agency 6 simultaneously, classification conduit 7 comprises certified products conduit 701 and unacceptable product conduit 702, second carrying mechanism 2 is put into certified products conduit 701 with qualified bearing under the control of control system, qualified bearing enters the certified products collecting box through certified products conduit 701; Second carrying mechanism 2 is put into unacceptable product conduit 702 with defective bearing, defective bearing enters the unacceptable product collecting box through unacceptable product conduit 702, in the present embodiment, as Fig. 1, Fig. 6, the exit of certified products conduit 701 and unacceptable product conduit 702 is respectively equipped with dressing mechanism 8, dressing mechanism 8 comprises arrangement bar 801, arrangement bar 801 is provided with V-type groove 802, the two ends of arrangement bar 801 are respectively equipped with arrangement cylinder 803, the piston rod front end of arrangement cylinder 803 is provided with pushing block 804, the both sides of arrangement bar 801 are respectively equipped with releases cylinder 805 and Material collecting box for harvesting 806, and the front end of releasing cylinder 805 is provided with scraping wings 807.The outlet of certified products conduit 701 or unacceptable product conduit 702 is located at two ends of arrangement bar 801, and among the figure, the dressing mechanism 8 on upper strata is as the dressing mechanism of certified products, and the dressing mechanism 8 of lower floor is as the dressing mechanism of unacceptable product.When bearing is admitted in the V-type groove 802 of arrangement bar 801, the arrangement cylinder at two ends 803 promotes bearing to the centre, when the full whole arrangement bar 801 of bearing row, releases the bearing that cylinder 805 actions will row and pushes Material collecting box for harvesting 806, realizes the arrangement to bearing.
Shown in Fig. 1,2,2A, 2B, testing agency 6 comprises support 601, and measuring seat 602 is installed on the support 601, and the front end of measuring seat 602 is provided with measures mandrel 603, the axis horizontal setting of measuring mandrel 603.Lower push rod 604 is arranged on measuring seat 602 belows, lower push rod 604 connects on first by slide plate 605 lifts cylinder 606, slide plate 605 rear portions connect line slideway 607, be the guiding that pumps of lower push rod 604 by line slideway 607, in the present embodiment, slide plate 605 is provided with lower support regulating sleeve 608, lower support regulating sleeve 608 comprises outer sleeve 609, piston 627 slidably is sleeved in the outer sleeve 609, lower push rod 604 is arranged on the upper end of outer sleeve 609 and connects piston 627, lower push rod 604 moves up and down with piston 627, lower push rod 604 is slidingly mounted on the upper end of outer sleeve 609, the lower end of outer sleeve 609 is provided with set screw 610, preload spring 611 supports and is contained between piston 627 and the set screw 610, also be provided with retainer nut 612 on the set screw 610, adjust the pretightning force of 611 pairs of lower push rods 604 of preload spring by set screw 610, retainer nut 612 prevents that set screw 610 is loosening, guarantee that pretightning force is consistent in the testing process, preload spring 611 can reduce the impact of 604 pairs of measured bearings of lower push rod in the detection.Upper ejector pin 613 is arranged on measuring seat 602 tops, upper ejector pin 613 is connected the front end of lever 614, the rear end of lever 614 connects support 601 by reed, in the present embodiment, the rear end of lever 614 is provided with V-arrangement projection 615, be provided with the second V-arrangement projection 616 with the support 601 of V-arrangement projection 615 correspondence positions, the two pairs of fixedly connected V-arrangement projections 615 of reed 617 right-angled intersections and the second V-arrangement projection 616, two pairs of reeds 617 are located at the both sides of the V-arrangement projection 615 and the second V-arrangement projection 616 respectively, the two pairs of reeds 617 are as the fulcrum of lever 614 activities, and such reed syndeton makes the action of lever 614 more stable.The support 601 of below, lever 614 middle parts is provided with lifts cylinder 618 on second, the through hole 620 that attachment screw 619 passes on the lever 614 connects the piston rod of lifting cylinder 618 on second, the attachment screw of lever 614 belows is provided with jacking block 621, the attachment screw of lever top is provided with limited block 622, when on second, lifting cylinder 618 and being in retracted state, leave certain clearance between jacking block 621 and the lever 614, lever 614 can reed 617 moves down as fulcrum, and upper ejector pin 613 can be pressed on the measured bearing downwards.The both sides of lever 614 front ends are connected with extension spring 623, the lower end of extension spring 623 connects support 601, in the present embodiment, the both sides of lever 614 front ends are provided with pole 624, pole 624 fixed installations, fixed block 625 movable sets are on pole 624, fixed block 625 is fixed on the pole 624 by holding screw, and the lower end of extension spring 623 is connected and fixed piece 625, adjusts the position of fixed block 625, the preload that scalable lever 614 presses down, the snap-in force of just regulating 613 pairs of measured bearings of upper ejector pin.The support 601 of upper ejector pin 613 tops is provided with measuring pen 626, and the contact of measuring pen 626 is against upper ejector pin 613 rear portions, and measuring pen 626 is the commercial goods.
When original state, lift the piston rod retraction of cylinder 606 on first, make the measurement mandrel 603 of lower push rod 604 away from measuring seat 602, simultaneously, the piston rod of lifting cylinder 618 on second stretches out jack-up lever 614, make the measurement mandrel 603 of the upper ejector pin 613 of lever 614 front ends away from measuring seat 602, at this moment, by can second carrying mechanism 2 being sent on the measuring seat 602 front ends measurement mandrel 603 by measured bearing, the measured bearing axis becomes horizontal direction to be positioned on the measurement mandrel 603; Lift the piston rod retraction of cylinder 618 on second, make the upper ejector pin 613 of lever 614 front ends under the effect of extension spring 623, prop up the top of measured bearing outer ring, be against measuring pen 626 on the upper ejector pin 613 this moment and measure a numerical value and feed back to control system; The piston rod of lifting cylinder 606 on first stretches out, make lower push rod 604 prop up the bottom of measured bearing outer ring, make the measured bearing outer ring overcome the acting force of upper ejector pin 613 and upwards unsteady, being against measuring pen 626 on the upper ejector pin 613 this moment measures another numerical value and feeds back to control system, the absolute value of above-mentioned two numerical difference between is exactly the end-play of this measured bearing, control system is noted the end-play of this measured bearing, control system is to this measured bearing qualified judging whether, under the control of control system, qualified bearing is put into certified products conduit 701 by second carrying mechanism 2, defective bearing is put into unacceptable product conduit 702.
Shown in Fig. 1,4,4A, 4B, 4C, switching mechanism 3 comprises support 301, rotating shaft 302 is by bearing 309 rotatable support 301 tops that are installed in, turning gear 303 and turning supporting seat 304 are by the fixedly connected rotating shaft 302 of holding screw, bearing positioning seat 305 is installed on the turning supporting seat 304, tooth bar 306 and turning gear 303 engagements, tooth bar 306 connects the piston rod of cylinder 307, and cylinder 307 is arranged on the support 301.Tooth bar 306 is slidingly mounted in the guide groove of orienting lug 308, and orienting lug 308 is fixedly mounted on the support 301, is the motion guide of tooth bar 306 by orienting lug 308.Pass through tooth bar 306 by cylinder 307 and drive turning gears 303 rotations, drive turning supporting seat 304 simultaneously and rotate, thereby realize that the bearing on the bearing positioning seat 305 overturns 90 °.During work, measured bearing is carried on the bearing positioning seat 305 of switching mechanism 3 by first carrying mechanism 5, the piston rod of cylinder 307 stretches out, drive tooth bar 306 and drive turning gear 303 rotations, drive turning supporting seat 304 simultaneously, make 90 ° of measured bearing upsets, in the present embodiment, the axis direction of measured bearing turn to horizontal direction by vertical direction.
Shown in Fig. 1,3,3A, 3B, 3C, second carrying mechanism 2 comprises base plate 201, traversing cylinder 202 is installed on the base plate 201, traversing guide rod 203 is installed on the base plate 201 by two side plates 204, traversing slide plate 205 is slidingly mounted on the traversing guide rod 203 by linear bearing, the piston rod of traversing cylinder 202 connects traversing slide plate 205 by card extender 206, and it is reciprocating along traversing guide rod 203 to drive traversing slide plate 205 by traversing cylinder 202.Vertical shift guide rod 207 is installed on the traversing slide plate 205 by side plate 208, vertical shift slide block 209 is slidingly mounted on the vertical shift guide rod 207 by linear bearing, the cylinder body of vertical shift cylinder 210 is installed on the vertical shift slide block 209, the piston rod of vertical shift cylinder 210 is connected and fixed the card extender 211 that is installed in traversing slide plate 205 front portions, and it is reciprocating along vertical shift guide rod 207 to drive vertical shift slide block 209 by vertical shift cylinder 210.Left supported plate 212 and right supported plate 213 are installed in respectively on the vertical shift slide block 209 of vertical shift cylinder 210 both sides, left side jaw cylinder 214 is installed in left supported plate 212 tops, right jaw cylinder 215 is installed in right supported plate 213 tops, the front end of left side jaw cylinder 214 and right jaw cylinder 215 is connected with jaw 216 respectively, left side jaw cylinder 214 and right jaw cylinder 215 use the gas pawl of SMC, and left jaw cylinder 214 and right jaw cylinder 215 drive jaw 216 clamping measured bearings.Be hinged with depression bar 217 on the left supported plate 212, the upper end of depression bar 217 connects pressure head 218, the piston rod of the hinged pressure head cylinder 219 in the lower end of depression bar 217, pressure head cylinder 219 is installed in the left supported plate 212, pressure head 218 is between two jaws 216 of left jaw cylinder 214 front ends, during use, depression bar 217 makes the pressure head 218 of depression bar 217 upper ends compress measured bearing as lever by 219 drivings of pressure head cylinder.
During original state, the piston rod of traversing cylinder 202 is in retracted state, the piston rod retraction of vertical shift cylinder 210, drive 209 reaches of vertical shift slide block, drive left jaw cylinder 214 and 215 reaches of right jaw cylinder, the jaw 216 of left side jaw cylinder 214 front ends gripping bearing from the switching mechanism 3, simultaneously, the gripping from the testing agency 6 of the jaw 216 of right jaw cylinder 215 front ends has detected bearing; The piston rod of vertical shift cylinder 210 stretches out, and moves after driving vertical shift slide block 209, moves after driving left jaw cylinder 214 and right jaw cylinder 215; The piston rod of traversing cylinder 202 stretches out, driving traversing slide plate 205 laterally moves, driving left jaw cylinder 214 and right jaw cylinder 215 simultaneously laterally moves, after putting in place, the piston rod retraction of vertical shift cylinder 210, drive 209 reaches of vertical shift slide block, drive left jaw cylinder 214 and 215 reaches of right jaw cylinder, bearing in the left jaw cylinder 214 front end jaws 216 is put on the measuring seat 602 of testing agency 6, the piston rod retraction of pressure head cylinder 219, the pressure head 218 of driving depression bar 217 upper ends is pressed on the inner ring end face of bearing on the measuring seat 602, is detected by testing agency 6; Simultaneously, the bearing in the right jaw cylinder 215 front end jaws 216 is put into certified products conduit 701 or unacceptable product conduit 702 under the control of control system; Bearing is after finishing detection in the testing agency 6, by being returned to original state under traversing cylinder 202 and 210 drivings of vertical shift cylinder.
Shown in Fig. 1,5, first carrying mechanism 5 is installed on the column 10, comprise base plate 501, traversing guide rod 503 is installed on the base plate 501 by side plate 502, traversing slide plate 504 is slidingly mounted on the traversing guide rod 503 by linear bearing, traversing cylinder 505 is installed on the side plate 502 of one side, and the piston rod of traversing cylinder 505 connects traversing slide plate 504, and it is reciprocating along traversing guide rod 503 to promote traversing slide plate 504 by traversing cylinder 505.The piston rod that promotes cylinder 506 connects traversing slide plate 504, the cylinder body that promotes cylinder 506 connects riser 507, the both sides of riser 507 connect lifting guide rod 508, promoting guide rod 508 slip caps is contained in the linear bearing 509 of traversing slide plate 504 both sides, the lower end that promotes guide rod 508 connects jaw cylinder 510, jaw 511 connects jaw cylinder 510, does pumping of vertical direction by promoting cylinder 506 driving risers 507 and driving jaw 511.In when work, traversing cylinder 505 drives traversing slide plate 504 to band conveyor 4 tops, promotes the piston rod retraction of cylinder 506, drives riser 507 and drive jaw 511 to move down jaw 511 clamping bearing from the band conveyor 4; The piston rod that promotes cylinder 506 stretches out, and drives riser 507 and drive jaw 511 to move up; Traversing cylinder 505 drives traversing slide plate 504 to switching mechanism 3 tops, promote the piston rod retraction of cylinder 506, drive riser 507 and drive jaw 511 and move down, jaw 511 is put into switching mechanism 3 with the clamping bearing, finishes the action that bearing is carried to switching mechanism 3 by band conveyor 4.
When carrying out the bearing end-play measurement, bearing is transported to band conveyor 4 through preceding pipeline production line pipeline or disk feeder, measured bearing by band conveyor 4 transport put in place after, by the jaw 511 of first carrying mechanism 5 with the measured bearing conveyance to the bearing positioning seat 305 of switching mechanism 3, switching mechanism 3 is carried out 90 ° of rotary movements, and bearing is become erectility (axis direction of bearing turn to horizontal direction by vertical direction) by horizontal positioned; By second carrying mechanism 2 measured bearing is carried on the measuring seat 602 of testing agency 6 from switching mechanism 3, and compresses on the ground measuring seat 602, detect its end-plaies by testing agency 6 by the pressure head 218 of second carrying mechanism 2 inner ring end face with measured bearing; Second carrying mechanism 2 with measured bearing when switching mechanism 3 is carried to testing agency 6, second carrying mechanism 2 is carried to classification conduit 7 with the bearing of finishing detection in the testing agency 6 from testing agency 6, second carrying mechanism 2 is put into certified products conduit 701 with qualified bearing under the control of control system, qualified bearing enters dressing mechanism 8 through certified products conduit 701 and puts in order, and the handled easily workman is to qualified bearing package, vanning; Second carrying mechanism 2 is put into unacceptable product conduit 702 with defective bearing, and defective bearing enters dressing mechanism 8 through unacceptable product conduit 702 and puts in order, is convenient to defective bearing is further processed.
Can see that by Fig. 1 present embodiment adopts double to measure the end-play of two bearings simultaneously, can adopt unit or on line mode to work, or adopt two disk feeder material loadings, can improve detection efficiency greatly.
Claims (10)
1. bearing end-play measuring machine, it is characterized in that: comprise frame and control system, band conveyor, switching mechanism, testing agency, the classification conduit is installed on the frame in proper order, first carrying mechanism is arranged between described band conveyor and the switching mechanism, second carrying mechanism is arranged on switching mechanism, between testing agency and the classification conduit, by first carrying mechanism measured bearing is carried to switching mechanism from band conveyor, measured bearing overturns on switching mechanism 90 °, by second carrying mechanism measured bearing is carried to testing agency from switching mechanism, simultaneously the measured bearing in the testing agency is carried to the classification conduit from testing agency.
2. according to the described bearing end-play measuring machine of claim 1, it is characterized in that: described testing agency comprises support, and measuring seat is rack-mount, and the front end of measuring seat is provided with the measurement mandrel, measures the axis horizontal setting of mandrel; Lower push rod is arranged on the measuring seat below, and lower push rod connects on first by slide plate lifts cylinder, and slide plate connects line slideway; Upper ejector pin is arranged on the measuring seat top, upper ejector pin is connected the front end of lever, the rear end of lever connects support by reed, the support of below, lever middle part is provided with lifts cylinder on second, the through hole that attachment screw passes on the lever connects the piston rod of lifting cylinder on second, the attachment screw of lever below is provided with jacking block, and the attachment screw of lever top is provided with limited block; The both sides of lever front end are connected with extension spring, and the lower end of extension spring connects support; The support of described upper ejector pin top is provided with measuring pen, and the contact of measuring pen is against on the upper ejector pin.
3. according to the described bearing end-play measuring machine of claim 2, it is characterized in that: described slide plate is provided with the lower support regulating sleeve, the lower support regulating sleeve comprises outer sleeve, piston slidably is sleeved in the outer sleeve, described lower push rod is arranged on the upper end of described outer sleeve and connects described piston, the lower end of described outer sleeve is provided with set screw, and the preload spring supports and is contained between piston and the set screw.
4. according to the described bearing end-play measuring machine of claim 2, it is characterized in that: the rear end of described lever is provided with the V-arrangement projection, be provided with the second V-arrangement projection with the support of V-arrangement projection correspondence position, the two pairs of fixedly connected V-arrangement projections of reed right-angled intersection and the second V-arrangement projection.
5. according to the described bearing end-play measuring machine of claim 2, it is characterized in that: the both sides of described lever front end are provided with pole, the fixed block movable set is on pole, and fixed block is fixed on the pole by holding screw, and the lower end of described extension spring connects described fixed block.
6. according to the described bearing end-play measuring machine of claim 1, it is characterized in that: described switching mechanism comprises support, and support top is rotatable to be equipped with rotating shaft, the fixedly connected rotating shaft of turning gear and turning supporting seat, and the bearing positioning seat is installed on the turning supporting seat; Tooth bar and turning gear engagement, tooth bar connects the cylinder that is arranged on the support.
7. according to the described bearing end-play measuring machine of claim 6, it is characterized in that: described tooth bar is slidingly mounted in the guide groove of orienting lug, and orienting lug is fixedly mounted on the support.
8. according to the described bearing end-play measuring machine of claim 1, it is characterized in that: described second carrying mechanism comprises base plate, traversing cylinder and traversing guide rod are installed on the base plate, are slidingly fitted with traversing slide plate on the traversing guide rod, and the piston rod of traversing cylinder connects traversing slide plate; The vertical shift guide rod is installed on the traversing slide plate, and the vertical shift slide block is slidingly mounted on the vertical shift guide rod, and the vertical shift cylinder is installed on the vertical shift slide block, and the piston rod of vertical shift cylinder is connected and fixed the card extender that is installed on the traversing slide plate; Left supported plate and right supported plate are installed in respectively on the vertical shift slide block of vertical shift cylinder both sides, and left jaw cylinder is installed in left supported plate top, and right jaw cylinder is installed in right supported plate top, and the front end of left jaw cylinder and right jaw cylinder is connected with jaw respectively; Be hinged with depression bar on the left supported plate, the upper end of depression bar connects pressure head, the piston rod of the hinged pressure head cylinder in the lower end of depression bar, and the pressure head cylinder is installed in the left supported plate, and described pressure head is between two jaws of left jaw cylinder front end.
9. according to the described bearing end-play measuring machine of claim 1, it is characterized in that: described classification conduit comprises certified products conduit and unacceptable product conduit, and the described exit of certified products conduit and unacceptable product conduit that comprises is respectively equipped with dressing mechanism.
10. according to the described bearing end-play measuring machine of claim 9, it is characterized in that: described dressing mechanism comprises the arrangement bar, and the arrangement bar is provided with the V-type groove, and the two ends of arrangement bar are respectively equipped with the arrangement cylinder, and the piston rod front end of arrangement cylinder is provided with pushing block; The both sides of arrangement bar are respectively equipped with releases cylinder and Material collecting box for harvesting, and the front end of releasing cylinder is provided with scraping wings.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206136407U CN201867151U (en) | 2010-11-19 | 2010-11-19 | Radial play measuring machine for bearing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206136407U CN201867151U (en) | 2010-11-19 | 2010-11-19 | Radial play measuring machine for bearing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201867151U true CN201867151U (en) | 2011-06-15 |
Family
ID=44138303
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206136407U Expired - Fee Related CN201867151U (en) | 2010-11-19 | 2010-11-19 | Radial play measuring machine for bearing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201867151U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101995202A (en) * | 2010-11-19 | 2011-03-30 | 无锡市博阳精密机械制造有限公司 | Radial internal clearance measurer for bearing |
| CN108405359A (en) * | 2018-02-08 | 2018-08-17 | 无锡诚石轴承有限公司 | Deep groove ball bearing radial internal clearance automatic tester |
-
2010
- 2010-11-19 CN CN2010206136407U patent/CN201867151U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101995202A (en) * | 2010-11-19 | 2011-03-30 | 无锡市博阳精密机械制造有限公司 | Radial internal clearance measurer for bearing |
| CN108405359A (en) * | 2018-02-08 | 2018-08-17 | 无锡诚石轴承有限公司 | Deep groove ball bearing radial internal clearance automatic tester |
| CN108405359B (en) * | 2018-02-08 | 2023-09-26 | 无锡诚石轴承有限公司 | Automatic detector for radial clearance of deep groove ball bearing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110615 Termination date: 20121119 |