CN105537147A - Automatic bearing sound inspection machine - Google Patents
Automatic bearing sound inspection machine Download PDFInfo
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- CN105537147A CN105537147A CN201610114188.1A CN201610114188A CN105537147A CN 105537147 A CN105537147 A CN 105537147A CN 201610114188 A CN201610114188 A CN 201610114188A CN 105537147 A CN105537147 A CN 105537147A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/34—Sorting according to other particular properties
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/02—Measures preceding sorting, e.g. arranging articles in a stream orientating
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- Testing Of Devices, Machine Parts, Or Other Structures Thereof (AREA)
Abstract
The invention discloses an automatic bearing sound inspection machine, and belongs to the technical field of rolling bearing vibration, noise detection and sorting technologies. The automatic bearing sound inspection machine comprises a feeding module, a rotating module, a loading module and a locating module. The feeding module comprises a working material channel. The rotating module comprises an A-axis motor, an A-axis spindle, a B-axis motor and a B-axis spindle, wherein the A-axis spindle and the B-axis spindle are installed behind the working material channel; the A-axis motor is connected with the A-axis spindle through a conveying belt; the B-axis motor is connected with the B-axis spindle through a conveying belt; a face turning device is arranged between the A-axis spindle and the B-axis spindle. The automatic bearing sound inspection machine has the advantages that operation is facilitated, the technical requirement for operators is not high, precision consistency of detected products is good, quality is stable, production efficiency and product quality can be remarkably improved, and manufacturing cost is reduced; besides, through the automatic line connection of bearing assembly, automatic detection of bearing vibration and noise detection is achieved.
Description
Technical field
The invention belongs to bearing vibration, noise measuring and sorting technology field, be particularly related to automatic bearing sound inspection machine.
Background technology
Present rolling bearing manufacturing enterprise is in rolling bearing Assembling Production process, the automatic assembly line adopted in a large number carries out Assembling Production, to the detection major part of the vibration after rolling bearing assembling and noise or by manually to detect, manually detect, the numerical value that artificial observation measures electronic box and the sound sent after amplifying with ear monitor speaker, judge the vibration of bearing and the grade of noise.The method labour intensity is large, repeat single action and easily cause vision and auditory fatigue, and environmental noise is also larger on the impact of the judgement of manual detection.
Summary of the invention
The object of the invention is to overcome the above-mentioned defect mentioned and deficiency, and a kind of inspection of bearing sound automatically machine is provided.
The technical scheme that the present invention realizes the employing of its object is as follows:
Automatic bearing sound inspection machine, comprises feeding module, rotary module, load-on module and locating module; Described feeding module comprises work material road; Described rotary module comprises A spindle motor, A axle main shaft, B spindle motor, B axle main shaft; Described A axle main shaft and B axle main shaft are installed on rear, work material road; Described A spindle motor connects A axle main shaft by transport tape; Described B spindle motor connects B axle main shaft by transport tape; Surface turning device is provided with between A axle main shaft and B axle main shaft.
Automatic bearing sound inspection machine, also comprises frame and base; Mounting and adjusting bearing bottom described frame; Described floor installation is in frame.
Described feeding module is installed on base, comprise put flitch, material loading lateral road, material loading erects, material loading is indulged, lifting cylinder, charging cylinder, work material road, discharge channel, reason material platform, Li Liaoliao road, reason material slide block, reason material cylinder, inductive switch, electric control box, alarm lamp and touch-screen; Described material loading lateral road horizontally set, one end connects puts flitch, and the other end connects material loading and erects; Bottom described material loading erects, lifting cylinder is set; Described material loading is longitudinally arranged before and after indulging, and its front end is connected to the top that material loading erects, and its rear end is connected to the entrance in work material road; Described charging cylinder is installed on the front end that material loading is indulged; Described discharge channel is connected to the exit in work material road, and discharge channel is provided with gradient; Described reason material platform is installed on the end of discharge channel; Reason material platform is provided with a Zu Liliaoliao road, and parallel and interval, adjacent Li Liaoliao road is arranged; Described reason material cylinder and Li Liaoliao road are divided into discharge channel both sides; Described reason material slide block is installed on the output of reason material cylinder; The tail end in Li Liaoliao road is provided with inductive switch; Described inductive switch is connected with electric control box signal; Described electric control box connection has alarm lamp and touch-screen.
Described rotary module also comprises main shaft fueller, A axle mandrel, A axle pusher, surface turning device, turn-over cylinder, B axle mandrel, B axle pusher; Described main shaft fueller, electric control box, A spindle motor and B spindle motor are installed on machine frame inside; A sensor is installed on the top of described A axle main shaft; A axle mandrel is arranged on the output of A axle main shaft; Described A axle pusher is installed on A axle main shaft square; The output of described turn-over cylinder installs tooth bar, and surface turning device connects and tooth bar meshed gears; B sensor is installed on the top of described B axle main shaft; B axle mandrel is arranged on the output of B axle main shaft; Described B axle pusher is installed on B axle main shaft front.
Described load-on module comprises that A axle adds carrier gas cylinder, A axle loads electric rotating machine, A axle loader, A thrust load dish, B axle add carrier gas cylinder, B axle loads electric rotating machine, B axle loader, B thrust load dish; Described A axle adds carrier gas cylinder and is installed on base, and the output that A axle adds carrier gas cylinder connects A axle loading electric rotating machine; Described A axle loader is installed on the output that A axle loads electric rotating machine, and is arranged at A axle main shaft front, and A axle loader arranges A thrust load dish towards the side of A axle main shaft; Described B axle adds carrier gas cylinder and is installed on base, and the output that B axle adds carrier gas cylinder connects B axle loading electric rotating machine; Described B axle loader is installed on the output that B axle loads electric rotating machine, and is arranged at B axle main shaft front, and B axle loader arranges B thrust load dish towards the side of B axle main shaft.
Described locating module comprises shift fork, fork plate, shift fork vertical shift cylinder, shift fork vertical shift guide rod, the traversing plate of shift fork, shift fork transverse cylinder, the traversing guide rod of shift fork; The traversing plate of described shift fork is installed on shift fork transverse cylinder output; The traversing plate of described shift fork and the traversing guide rod of shift fork are slidably connected; Shift fork transverse cylinder promotes the traversing plate of shift fork along the traversing guide rod transverse shifting of shift fork; Described shift fork vertical shift cylinder is installed on the traversing plate of shift fork; Described fork plate is installed on the output of shift fork vertical shift cylinder; Described shift fork vertical shift guide rod and the traversing plate of shift fork are slidably connected, and the other end is fixed on fork plate; Described shift fork has four, and is fixedly installed in fork plate equally spacedly; Shift fork vertical shift cylinder promotes fork plate along the vertical action of shift fork vertical shift guide rod.
Automatic bearing sound inspection machine, also comprises detection module; Described detection module comprises A and measures electronic box and B measurement electronic box; Described A measures electronic box signal and is connected with A sensor, and described B measures electronic box signal and is connected with B sensor.
One of the present invention automatic bearing sound inspection machine, be characterized in simple to operate, not high to the technical requirement of operating personnel, the Product Precision uniformity detected is good, steady quality, can significantly improve production efficiency and product quality, reduce manufacturing cost, the connection of bearing assemble transfer matic realizes bear vibration and noise measuring automation.Compared with traditional vialog, production efficiency increases substantially, and reduces artificial disturbance factor, is particularly suitable in high accuracy, production in enormous quantities.
Present invention employs the structure of diaxon four station, and sorting can be carried out according to testing result, improve the production automation, drastically increase production efficiency, complete material loading, location, detection, turn-over, the sorting process of integration.
Accompanying drawing explanation
Fig. 1 is main TV structure schematic diagram of the present invention;
Fig. 2 is plan structure schematic diagram of the present invention;
In figure, 100-frame, 101-adjusts bearing, 200-base, 301-puts flitch, 302-material loading lateral road, 303-material loading erects, 304-material loading is indulged, 305-lifting cylinder, 306-charging cylinder, 307-work material road, 308-discharge channel, 309-reason material platform, 310-Li Liaoliao road, 311-reason material slide block, 312-reason material cylinder, 313-inductive switch, 314-electric control box, 315-alarm lamp, 316-touch-screen, 401-main shaft fueller, 402-A spindle motor, 403-A axle main shaft, 404-A sensor, 405-A axle mandrel, 406-A axle pusher, 407-surface turning device, 408-turn-over cylinder, 409-B spindle motor, 410-B axle main shaft, 411-B sensor, 412-B axle mandrel, 413-B axle pusher, 501-A axle adds carrier gas cylinder, 502-A axle loads electric rotating machine, 503-A axle loader, 504-A thrust load dish, 505-B axle adds carrier gas cylinder, 506-B axle loads electric rotating machine, 507-B axle loader, 508-B thrust load dish, 601-shift fork, 602-fork plate, 603-shift fork vertical shift cylinder, 604-shift fork vertical shift guide rod, the traversing plate of 605-shift fork, 606-shift fork transverse cylinder, the traversing guide rod of 607-shift fork, 701-A measures electronic box, 702-B measures electronic box.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in detail.
In the technical program, the noun of locality " front " is answered with the vis-a-vis of equipment, and the noun of locality " afterwards " is corresponding with the reverse side of equipment.
One of the present invention automatic bearing sound inspection machine, comprises frame 100, base 200, feeding module, rotary module, load-on module, locating module and detection module.
Mounting and adjusting bearing 101 bottom described frame 100.Adjust bearing 101 in order to conditioning equipment to horizontal positioned.Described base 200 is installed on frame 100.
Described feeding module is installed on base 200, comprise put flitch 301, material loading lateral road 302, material loading erect 303, material loading indulges 304, lifting cylinder 305, charging cylinder 306, work material road 307, discharge channel 308, reason material platform 309, Li Liaoliao road 310, reason material slide block 311, reason material cylinder 312, inductive switch 313, electric control box 314, alarm lamp 315, touch-screen 316.
Described material loading lateral road 302 horizontally set, one end connects puts flitch 301, and the other end connects material loading and erects 303.Described flitch 301 of putting is in order to deposit the bearing treating that sound is examined.Described material loading arranges lifting cylinder 305 bottom erecting 303.Described material loading is longitudinally arranged before and after indulging 304, and its front end is connected to the top that material loading erects 303, and its rear end is connected to the entrance in work material road 307.Described charging cylinder 306 is installed on the front end that material loading indulges 304.
During material loading, be positioned over put flitch 301 treat sound inspection bearing fall into material loading lateral road 302.It is lower slightly that material loading lateral road 302 erects 303 ends near material loading.Bearing is rolled to by material loading lateral road 302 bottom that material loading erects 303, then under the effect of lifting cylinder 305, bearing hoisting to material loading erects the top of 303, then under the effect of charging cylinder 306, bearing indulges 304 to the porch of expecting road 307 that works by material loading, completes the process of material loading.
Described discharge channel 308 is connected to the exit in work material road 307, and discharge channel 308 is provided with gradient.Described reason material platform 309 is installed on the end of discharge channel 308.Reason material platform 309 is provided with a Zu Liliaoliao road 310, and parallel and interval, adjacent Li Liaoliao road 310 is arranged.Described reason material cylinder 312 and Li Liaoliao road 310 are divided into discharge channel 308 both sides.Described reason material slide block 311 is installed on the output of reason material cylinder 312.The tail end in Li Liaoliao road 310 is provided with inductive switch 313.Described inductive switch 313 is connected with electric control box 314 signal.Described electric control box 314 connection has alarm lamp 315 and touch-screen 316.
During blanking, bearing to roll famous dictum material platform 309 along discharge channel 308.According to sound inspection result, the action of corresponding reason material cylinder 312, its reason material slide block 311 is opened, and the reason material slide block 311 at rear is closed, and makes bearing rest in corresponding front, Li Liaoliao road 310.Under the effect of resonable material cylinder 312, Li Liaoliao road 310 is deposited in bearing classification.Such as, when reason material cylinder 312 and Li Liaoliao road 310 have four groups, and bearing should be sorted out when depositing in the first Ge Liliaoliao road 310, the action of first reason material cylinder 312, its corresponding reason material slide block 311 is regained, and second and third and four reasons expect that cylinders 312 are not operating, its corresponding reason material slide block 311 blocks discharge channel 308, and bearing rests in the first front, Ge Liliaoliao road 310.Then, the action of first reason material cylinder 312, pushes the first Ge Liliaoliao road 310 by bearing.
Described rotary module comprises main shaft fueller 401, A spindle motor 402, A axle main shaft 403, A axle mandrel 405, A axle pusher 406, surface turning device 407, turn-over cylinder 408, B spindle motor 409, B axle main shaft 410, B axle mandrel 412, B axle pusher 413.
It is inner that described main shaft fueller 401, electric control box 314, A spindle motor 402 and B spindle motor 409 are installed on frame 100.Described A axle main shaft 403 and B axle main shaft 410 are installed on rear, work material road 307.Described A spindle motor 402 connects A axle main shaft 403 by transport tape.A sensor 404 is installed on the top of described A axle main shaft 403.A axle mandrel 405 is arranged on the output of A axle main shaft 403.Described A axle pusher 406 is installed on A axle main shaft 403 front.
A spindle motor 402 drives A axle main shaft 403 and A axle mandrel 405 to rotate.A axle pusher 406 is in order to push back to work material road 307 by bearing.
Described surface turning device 407 is arranged between A axle main shaft 403 and B axle main shaft 410.The output of described turn-over cylinder 408 installs tooth bar, and surface turning device 407 connects and tooth bar meshed gears.Turn-over cylinder 408 realizes by rack and pinion 180 ° of turn-over actions that surface turning device 407 drives measured bearing.
Described B spindle motor 409 connects B axle main shaft 410 by transport tape.B sensor 411 is installed on the top of described B axle main shaft 410.B axle mandrel 412 is arranged on the output of B axle main shaft 410.Described B axle pusher 413 is installed on B axle main shaft 410 front.
B spindle motor 409 drives B axle main shaft 410 and B axle mandrel 412 to rotate.B axle pusher 413 is in order to push back to work material road 307 by bearing.
Described load-on module comprises that A axle adds carrier gas cylinder 501, A axle loads electric rotating machine 502, A axle loader 503, A thrust load dish 504, B axle add carrier gas cylinder 505, B axle loads electric rotating machine 506, B axle loader 507, B thrust load dish 508.Described A axle adds carrier gas cylinder 501 and is installed on base 200, and the output that A axle adds carrier gas cylinder 501 connects A axle loading electric rotating machine 502.Described A axle loader 503 is installed on the output that A axle loads electric rotating machine 502, and is arranged at A axle main shaft 403 front, and A axle loader 503 arranges A thrust load dish 504 towards the side of A axle main shaft 403.Described B axle adds carrier gas cylinder 505 and is installed on base 200, and the output that B axle adds carrier gas cylinder 505 connects B axle loading electric rotating machine 506.Described B axle loader 507 is installed on the output that B axle loads electric rotating machine 506, and is arranged at B axle main shaft 410 front, and B axle loader 507 arranges B thrust load dish 508 towards the side of B axle main shaft 410.
A axle loader 503 adds carrier gas cylinder 501 by A axle and realizes loading effect, loads electric rotating machine 502 realize rotating by A axle.B axle loader 507 adds carrier gas cylinder 505 by B axle and realizes loading effect, loads electric rotating machine 506 realize rotating by B axle.
Described locating module comprises shift fork 601, fork plate 602, shift fork vertical shift cylinder 603, shift fork vertical shift guide rod 604, the traversing plate of shift fork 605, shift fork transverse cylinder 606, the traversing guide rod 607 of shift fork.
The traversing plate 605 of described shift fork is installed on the output of shift fork transverse cylinder 606.The traversing plate of described shift fork 605 and the traversing guide rod 607 of shift fork are slidably connected.Shift fork transverse cylinder 606 promotes the traversing plate of shift fork 605 along shift fork traversing guide rod 607 transverse shifting.
Described shift fork vertical shift cylinder 603 is installed on the traversing plate 605 of shift fork.Described fork plate 602 is installed on the output of shift fork vertical shift cylinder 603.Described shift fork vertical shift guide rod 604 one end and the traversing plate 605 of shift fork are slidably connected, and the other end is fixed on fork plate 602.Described shift fork 601 has four, and is fixedly installed in fork plate 602 equally spacedly.Shift fork vertical shift cylinder 603 promotes fork plate 602 along the vertical action of shift fork vertical shift guide rod 604.
Described detection module comprises A and measures electronic box 701 and B measurement electronic box 702.Described A measures electronic box 701 signal and is connected with A sensor 404, and described B measures electronic box 702 signal and is connected with B sensor 411.A measures electronic box 701 and B measurement electronic box 702 is analyzed measurement the data obtained.
The operation principle of this equipment is as follows:
During work, automatic bearing sound inspection machine carries out fuel feeding by main shaft fueller 401 pairs of A axle main shafts 403 and B axle main shaft 410, the radial direction of A axle main shaft 403 and B axle main shaft 410 and axially all employing Hydrodynamic and-static Bearing supportings.A spindle motor 402 drives A axle main shaft 403 to rotate, A axle main shaft 403 and A axle mandrel 405 synchronous rotary being arranged on A axle main shaft 403 front end; B spindle motor 409 drives B axle main shaft 410 to rotate, B axle main shaft 410 and B axle mandrel 412 synchronous rotary being arranged on B axle main shaft 410 front end.
When measured bearing arrives the original position of feeding module, lifting cylinder 305 moves upward, and lifting measured bearing enters into material loading and indulges 304, by charging cylinder 306, measured bearing is pushed into work material road 307.The work of shift fork vertical shift cylinder 603 makes fork plate 602 descending, shift fork 601 enters operating position, moved to right by shift fork transverse cylinder 606 again and the measured bearing in shift fork 601 is brought into the measuring position of A axle main shaft 403, shift fork vertical shift cylinder 603 is return, after fork plate 602 drives shift fork 601 to exit measured bearing, shift fork transverse cylinder 606 is also return and is driven fork plate 602 and shift fork 601 correcting action, completes a material loading action.
A axle loader 503 adds at A axle and promotes A thrust load dish 504 under carrier gas cylinder 501 acts on and be pressed onto measured bearing in measuring position, measured bearing is loaded on A axle mandrel 405 and detects.3 of A thrust load dish 504 are pressed onto the cycle surface of measured bearing, and A axle mandrel 405 drives the inner ring of measured bearing to rotate, and on the outer ring of A sensor 404 contact measured bearing, carry out first detection of vibration and noise.Then A axle loading electric rotating machine 502 makes A thrust load dish 504 rotate hexagonal angle degree, carry out second point detection, again rotate hexagonal angle degree, thirdly detect, measured bearing first surface has detected, A axle adds carrier gas cylinder 501 and returns and drive A axle loader 503 also to return original position, and A axle pusher 406 back into measured bearing in work material road 307 from A axle mandrel 405.
Locating module carries out second time material loading location action, and the measured bearing of A measuring position moves in surface turning device 407 by shift fork 601, and simultaneously shift fork 601 also to be indulged measured bearing 304 from material loading and moved to A measuring position, completes material loading location action for the second time.A axle carries out 3 detections of the second cover measured bearing 45, and simultaneously turn-over cylinder 408 promotes turn-over rack-and-pinion and makes surface turning device 407 rotate 180 °, and bearing completes turn-over action, and A axle also completes detection.
Locating module carries out third time material loading location action, first set measured bearing is moved to B shaft detection position from surface turning device 407, B axle loader 507 promotes B thrust load dish 508 and is pressed onto at the measured bearing detecting position under B axle adds carrier gas cylinder 505 effect, measured bearing is loaded on B axle mandrel 412 and detects.3 of B thrust load dish 508 are pressed onto the cycle surface of measured bearing, B axle mandrel 412 drives the inner ring of measured bearing to rotate, on the outer ring of B sensor 411 contact measured bearing, carry out first detection of vibration and noise, then B axle loading electric rotating machine 506 makes B thrust load dish 508 rotate hexagonal angle degree, carry out second point detection, again rotate hexagonal angle degree, thirdly detect, measured bearing second detection completes, B axle adds carrier gas cylinder 505 and returns and drive B axle loader 507 also to return original position, B axle pusher 413 back into measured bearing in work material road 307 from B axle mandrel 412.
Locating module carries out No. the 4th material loading location action.Now, the bearing of the first station of locating module is in A shaft detection, and the second station is in turn-over action, and the 3rd station is in B shaft detection, and the bearing of the 4th station moves to the entrance of discharge channel 308.After locating module is return, the bearing of the 4th station moves along discharge channel 308.At this moment A measurement electronic box 701 and B measure electronic box 702 respectively according to the testing result in 6, measured bearing two face, by the parameter preset, judge vibration class and the noise situation of measured bearing, opened by reason material cylinder 312 and expect slide block 311 to corresponding reason in Li Liaoliao road 310, measured bearing enters on corresponding Li Liaoliao road 310, reason material cylinder 312 promotes reason material slide block 311 and the bearing completing detection is pushed into the corresponding passage of reason material platform 309, when the wherein a certain passage material managing material platform 309 is full, inductive switch 313 conducting, the break-off after completing current detection of the automatic bearing sound inspection machine of electric control box 314 instruction, alarm lamp 315 display alarm signal, after passage material full for reason material platform 309 material loading is taken out, automatic bearing sound inspection machine works on.Touch-screen 316 can arrange adjustment to the parameters of system, and derives various detection data, for detected bearing quality analysis.
The present invention is illustrated according to embodiment, and under the prerequisite not departing from present principles, this device can also make some distortion and improvement.It should be pointed out that and all drop on the technical scheme that all employings are equal to replacement or the mode such as equivalent transformation and obtain in protection scope of the present invention.
Claims (7)
1. bearing sound examines machine automatically, it is characterized in that, comprises feeding module, rotary module, load-on module and locating module; Described feeding module comprises work material road (307); Described rotary module comprises A spindle motor (402), A axle main shaft (403), B spindle motor (409), B axle main shaft (410); Described A axle main shaft (403) and B axle main shaft (410) are installed on work material road (307) rear; Described A spindle motor (402) connects A axle main shaft (403) by transport tape; Described B spindle motor (409) connects B axle main shaft (410) by transport tape; Surface turning device (407) is provided with between A axle main shaft (403) and B axle main shaft (410).
2. the inspection of bearing sound automatically machine as claimed in claim 1, is characterized in that, also comprise frame (100) and base (200); Described frame (100) bottom mounting and adjusting bearing (101); Described base (200) is installed on frame (100).
3. the inspection of bearing sound automatically machine as claimed in claim 2, it is characterized in that, described feeding module is installed on base (200), comprise put flitch (301), material loading lateral road (302), material loading erects (303), material loading indulges (304), lifting cylinder (305), charging cylinder (306), work material road (307), discharge channel (308), reason material platform (309), Li Liaoliao road (310), reason material slide block (311), reason material cylinder (312), inductive switch (313), electric control box (314), alarm lamp (315) and touch-screen (316); Described material loading lateral road (302) horizontally set, one end connects puts flitch (301), and the other end connects material loading and erects (303); Described material loading erects (303) bottom and arranges lifting cylinder (305); Described material loading is indulged before and after (304) and is longitudinally arranged, and its front end is connected to the top that material loading erects (303), and its rear end is connected to the entrance in work material road (307); Described charging cylinder (306) is installed on the front end that material loading indulges (304); Described discharge channel (308) is connected to the exit in work material road (307), and discharge channel (308) is provided with gradient; Described reason material platform (309) is installed on the end of discharge channel (308); Reason material platform (309) is provided with a Zu Liliaoliao road (310), and parallel and interval, adjacent Li Liaoliao road (310) is arranged; Described reason material cylinder (312) and Li Liaoliao road (310) is divided into discharge channel (308) both sides; Described reason material slide block (311) is installed on the output of reason material cylinder (312); The tail end in Li Liaoliao road (310) is provided with inductive switch (313); Described inductive switch (313) is connected with electric control box (314) signal; Described electric control box (314) connection has alarm lamp (315) and touch-screen (316).
4. the inspection of bearing sound automatically machine as claimed in claim 2, it is characterized in that, described rotary module also comprises main shaft fueller (401), A axle mandrel (405), A axle pusher (406), surface turning device (407), turn-over cylinder (408), B axle mandrel (412), B axle pusher (413); It is inner that described main shaft fueller (401), electric control box (314), A spindle motor (402) and B spindle motor (409) are installed on frame (100); A sensor (404) is installed on the top of described A axle main shaft (403); A axle mandrel (405) is arranged on the output of A axle main shaft (403); Described A axle pusher (406) is installed on A axle main shaft (403) front; The output of described turn-over cylinder (408) installs tooth bar, and surface turning device (407) connects and tooth bar meshed gears; B sensor (411) is installed on the top of described B axle main shaft (410); B axle mandrel (412) is arranged on the output of B axle main shaft (410); Described B axle pusher (413) is installed on B axle main shaft (410) front.
5. the inspection of bearing sound automatically machine as claimed in claim 2, it is characterized in that, described load-on module comprises that A axle adds carrier gas cylinder (501), A axle loads electric rotating machine (502), A axle loader (503), A thrust load dish (504), B axle add carrier gas cylinder (505), B axle loads electric rotating machine (506), B axle loader (507), B thrust load dish (508); Described A axle adds carrier gas cylinder (501) and is installed on base (200), and the output that A axle adds carrier gas cylinder (501) connects A axle loading electric rotating machine (502); Described A axle loader (503) is installed on the output that A axle loads electric rotating machine (502), and is arranged at A axle main shaft (403) front, and A axle loader (503) arranges A thrust load dish (504) towards the side of A axle main shaft (403); Described B axle adds carrier gas cylinder (505) and is installed on base (200), and the output that B axle adds carrier gas cylinder (505) connects B axle loading electric rotating machine (506); Described B axle loader (507) is installed on the output that B axle loads electric rotating machine (506), and is arranged at B axle main shaft (410) front, and B axle loader (507) arranges B thrust load dish (508) towards the side of B axle main shaft (410).
6. the inspection of bearing sound automatically machine as claimed in claim 2, it is characterized in that, described locating module comprises shift fork (601), fork plate (602), shift fork vertical shift cylinder (603), shift fork vertical shift guide rod (604), the traversing plate of shift fork (605), shift fork transverse cylinder (606), the traversing guide rod of shift fork (607); The traversing plate of described shift fork (605) is installed on the output of shift fork transverse cylinder (606); The traversing plate of described shift fork (605) and the traversing guide rod of shift fork (607) are slidably connected; Shift fork transverse cylinder (606) promotes the traversing plate of shift fork (605) along the traversing guide rod of shift fork (607) transverse shifting; Described shift fork vertical shift cylinder (603) is installed on the traversing plate of shift fork (605); Described fork plate (602) is installed on the output of shift fork vertical shift cylinder (603); Described shift fork vertical shift guide rod (604) one end and the traversing plate of shift fork (605) are slidably connected, and the other end is fixed on fork plate (602); Described shift fork (601) has four, and is fixedly installed in fork plate (602) equally spacedly; Shift fork vertical shift cylinder (603) promotes fork plate (602) along the vertical action of shift fork vertical shift guide rod (604).
7. the inspection of bearing sound automatically machine as claimed in claim 2, is characterized in that, also comprise detection module; Described detection module comprises A and measures electronic box (701) and B measurement electronic box (702); Described A measures electronic box (701) signal and is connected with A sensor (404), and described B measures electronic box (702) signal and is connected with B sensor (411).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610114188.1A CN105537147A (en) | 2016-03-01 | 2016-03-01 | Automatic bearing sound inspection machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610114188.1A CN105537147A (en) | 2016-03-01 | 2016-03-01 | Automatic bearing sound inspection machine |
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| CN105537147A true CN105537147A (en) | 2016-05-04 |
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| CN201610114188.1A Pending CN105537147A (en) | 2016-03-01 | 2016-03-01 | Automatic bearing sound inspection machine |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106053075A (en) * | 2016-08-04 | 2016-10-26 | 邓琦 | Bearing noise detector |
| CN107812716A (en) * | 2017-11-29 | 2018-03-20 | 山东代代良智能控制科技有限公司 | A kind of product size vision-based detection intermediate conveyor unit |
| CN108704865A (en) * | 2018-05-25 | 2018-10-26 | 上海天安轴承有限公司 | A kind of flexibility self-operated measuring unit of micro rolling ball bearing |
| CN109433643A (en) * | 2018-11-05 | 2019-03-08 | 重庆大学 | A kind of bear vibration on-line checking and sorting system |
| CN109454012A (en) * | 2018-12-20 | 2019-03-12 | 浙江五洲新春集团股份有限公司 | A kind of bearing noise testing agency |
| CN112718569A (en) * | 2021-01-15 | 2021-04-30 | 上海腐瞅智能科技有限公司 | Bearing wear degree detection equipment |
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| CN108444705A (en) * | 2016-08-04 | 2018-08-24 | 吴彬 | The higher bearing noise detection device of efficiency |
| CN108458874A (en) * | 2016-08-04 | 2018-08-28 | 吴彬 | Bearing noise detection device and its working method |
| CN108593294A (en) * | 2016-08-04 | 2018-09-28 | 吴彬 | The higher bearing noise detection device of efficiency and its working method |
| CN107812716A (en) * | 2017-11-29 | 2018-03-20 | 山东代代良智能控制科技有限公司 | A kind of product size vision-based detection intermediate conveyor unit |
| CN108704865A (en) * | 2018-05-25 | 2018-10-26 | 上海天安轴承有限公司 | A kind of flexibility self-operated measuring unit of micro rolling ball bearing |
| CN108704865B (en) * | 2018-05-25 | 2023-09-05 | 上海天安轴承有限公司 | Automatic measuring device for flexibility of miniature ball bearing |
| CN109433643A (en) * | 2018-11-05 | 2019-03-08 | 重庆大学 | A kind of bear vibration on-line checking and sorting system |
| CN109433643B (en) * | 2018-11-05 | 2023-03-07 | 重庆大学 | Bearing vibration on-line measuring and letter sorting system |
| CN109454012A (en) * | 2018-12-20 | 2019-03-12 | 浙江五洲新春集团股份有限公司 | A kind of bearing noise testing agency |
| CN112718569A (en) * | 2021-01-15 | 2021-04-30 | 上海腐瞅智能科技有限公司 | Bearing wear degree detection equipment |
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