CN208206085U - A kind of full-automatic bearing radial internal clearance detection device - Google Patents

Abstract

A kind of full-automatic bearing radial internal clearance detection device, the workbench including rack, above rack, the workbench are covered with a protective cover；It is equipped with an observation panel on front side of the protective cover, is equipped with a feed inlet on the left of protective cover；A feed device is equipped in the protective cover, feed device is fixed on the worktable by several fixed plates；The feed device left end passes through feed inlet and is located at outside protective cover；The feed device right part is equipped with a sensor；It is equipped with the first Lifting Device on front side of the feed device right end, is equipped with straightening device corresponding with the first Lifting Device position on rear side of feed device right end；It is equipped with matched second Lifting Device on the left of the straightening device, is equipped with a matched detection device on the right side of straightening device.The full-automatic bearing radial internal clearance detection device of the utility model can be automatically performed the whole flow process of bearing end-play detection, and detection quality and detection efficiency is effectively ensured.

Description

A kind of full-automatic bearing radial internal clearance detection device

Technical field

The utility model relates to a kind of full-automatic bearing radial internal clearance detection devices.

Background technique

Bearing end-play is the gap between bearing roller and bearing internal external circle shell, the size of clearance when operating All have an impact to performances such as the rolling fatigue life of bearing, temperature rise, noise, vibrations, and bearing end-play detection device is one Equipment of the kind for measuring bearing clearance, traditional bearing end-play detection device relies on substantially manually completes entire detection stream Bearing is placed on the detector of bearing end-play detection device by staff by journey first, bearing different angle It puts, can all provide a clearance numerical value.Every 120 ° of rotation, staff will be manually recorded on record, then all by all numerical value After detected, staff averages after summarizing, and most followed by standard value compares, and checks whether qualification.It follows that entire Bearing testing process is by artificial output, and manual operation is inevitably made a fault, and fault is likely to cause each time Testing result is inaccurate, and there are the physical strength of biggish hidden danger, and staff to be limited, and with the passage of detection time, works as work As personnel start it is tired out after, the error rate of staff will be gradually increasing, and seriously affect detection quality, not can guarantee whole Detection accuracy.As staff starts tired out, detection efficiency can also be gradually decreased, and detection efficiency is caused to be unable to get guarantee.

Summary of the invention

The technical problem to be solved by the present invention is to provide a kind of full-automatic bearing radial internal clearance detection devices, it can It is automatically performed the whole flow process of bearing clearance detection, detection quality and detection efficiency is effectively ensured.

The technical scheme in the invention for solving the above technical problem are as follows:

The utility model discloses a kind of full-automatic bearing radial internal clearance detection device, including rack, above rack Workbench, it is characterised in that: the workbench is covered with a protective cover；An observation panel, protective cover are equipped on front side of the protective cover Left side is equipped with a feed inlet；A feed device is equipped in the protective cover, feed device is fixed on work by several fixed plates On platform；The feed device left end passes through feed inlet and is located at outside protective cover；The feed device right part is equipped with a sensor；Institute It states and is equipped with the first Lifting Device on front side of feed device right end, be equipped on rear side of feed device right end opposite with the first Lifting Device position The straightening device answered；It is equipped with matched second Lifting Device on the left of the straightening device, is equipped on the right side of straightening device One matched detection device；Matched rotating device is equipped on front side of the detection device；The detection device Right side is equipped with a matched sorting equipment；A control panel is equipped on front side of the protective cover.

The feed device includes the delivery board being fixed in fixed plate；The delivery board left and right ends are respectively equipped with conveying Roller, one of conveying roller are connected with a feeder motor；It is connected between the conveying roller by conveyer belt, conveyer belt will be defeated Roller is sent to be wrapped in interior；The delivery board front and rear sides are respectively equipped with front baffle, rear bulkhead；A limit is equipped on the right side of the delivery board Block；The limited block and front baffle right end, rear bulkhead right end are respectively formed the first liftout mouth, the second liftout mouth.

First Lifting Device includes the fixed frame on stationary work-table；It is fixed on the fixed frame and the first liftout Corresponding first cylinder in mouth position；The piston rod top end of first cylinder is connected with jacking block.

The straightening device includes the fixing seat being fixed on the worktable；A shaft is hinged in the fixing seat；It is described A driven gear is fixed in the middle part of shaft；The shaft is connected with a U-shaped fork corresponding with the second liftout mouth position；It is described solid The second cylinder is fixed on rear side of reservation；A sliding slot is equipped with above the fixing seat；It is equipped in the sliding slot and driven gear phase The active rack gear of engagement；The piston rod of second cylinder is connected with active rack gear.

Second Lifting Device includes the support plate being fixed on the worktable, and is fixed in the support plate and U-shaped fork The third cylinder to match.

The detection device includes the stand being fixed on the worktable；The stand is fixedly arranged above detection seat；The inspection It surveys seat upper surface and is equipped with a detection slot；The detection slot left and right ends, which are respectively equipped with, pitches the jacking mouth to match, ejection with U-shaped Mouthful, jacking mouth all connects with detection slot with ejection mouth；The detection groove bottom medium position is equipped with the embedding mouth of a V-type；The inspection It surveys slot notch position and is fixed with a measurement sensor being located at right above the embedding mouth of V-type；The 4th gas is fixed on rear side of the detection seat Cylinder；A guide pipe to connect with detection slot, guide pipe position and the embedding mouth position of V-type are fixed on rear side of the detection seat on side plate It is corresponding；The piston rod of 4th cylinder is connected with a top pillar to match with guide pipe；The top pillar front end be equipped with one with Its coaxial positioning convex platform；The detection seat lower surface is equipped with the movable span that the embedding mouth of a V-type connects；It is set below the detection seat There is the 5th cylinder corresponding with movable hole site；The piston rod top end of 5th cylinder penetrates in movable span.

The rotating device includes the rotating electric machine being fixed on the worktable, and rotating electric machine is located on front side of detection seat；It is described Detection seat front side sidewall is equipped with a perforation to connect with detection slot；The motor shaft front end of the rotating electric machine passes through perforation simultaneously Positioned at the bottom of the embedding mouth of V-type, the motor shaft front end of rotating electric machine is not blocked aperture above movable span；The electricity of the rotating electric machine Arbor front end is enclosed with nylon cloth.

The sorting equipment includes the sub-material seat on the right side of detection device, and the sub-material seat outlet port Zhi Yuding is opposite It answers；Sub-material seat front and rear sides are respectively equipped with front apron, rear baffle, and sub-material seat, front apron and rear baffle are enclosed one point Expect chamber；Qualified outlet, substandard products outlet are respectively equipped on the front apron, qualification outlet is all mutually passed through with sub-material chamber with substandard products outlet It is logical；The workbench is equipped with a support frame, is fixed with a cutting plate on support frame；It is respectively equipped on the cutting plate and qualification The corresponding qualified discharge road in outlet port, substandard products discharge road corresponding with substandard products outlet port；It is fixed on the rear baffle There are the 6th cylinder corresponding with qualified outlet port, the 7th cylinder corresponding with substandard products outlet port；6th cylinder Piston rod, the 7th cylinder the end of piston rod be all connected with a pushing block.

An installation step is equipped on rear side of the cutting plate；The sub-material seat is fixed on installation step.

An observation door is hinged at the observation panel；The observation door is equipped with an observation window, and observation window is transparent material.

The beneficial effects of the utility model are:

It compared with prior art, can be by sending using the full-automatic bearing radial internal clearance detection device of the utility model structure Material device is automatically performed the feeding work of bearing, and the bearing that need to be detected then can be delivered to detection dress by other devices It sets, detection device will measure automatically clearance by measurement sensor, and automatically record data each time, and can pass through rotation Rotary device realizes the change of bearing outer ring angle, detects to the radial internal clearance of bearing outer ring different angle, according to associated row Industry standard guarantees the detection quality of radial internal clearance by way of multi-orientation detection, finally determines whether qualification.In Bearing testing Out whether it is qualified after, bearing but will be distributed automatically according to testing result to qualified discharge road and substandard products discharge road, thus real The effect of existing testing process full-automation, improves detection efficiency to the full extent, causes to examine after avoiding staff's fatigue The case where efficiency reduces is surveyed, while effectively having prevented the fault of manual operation appearance, detection quality is made to be protected.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model full-automatic bearing radial internal clearance detection device；

Fig. 2 is the structural schematic diagram of the part of the utility model full-automatic bearing radial internal clearance detection device；

Fig. 3 is the structural schematic diagram of straightening device；

Fig. 4 is the structural schematic diagram of first angle of detection device；

Fig. 5 is the structural schematic diagram of second angle of detection device；

Fig. 6 is the structural schematic diagram of the third angle of detection device；

Fig. 7 is the enlarged drawing in the portion A of Fig. 6；

Fig. 8 is the structural schematic diagram of sorting equipment.

Specific embodiment

The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments:

Fig. 1 to Fig. 8 is please referred to, the utility model provides a kind of full-automatic bearing radial internal clearance detection device, including rack 1, the workbench 2 above rack 1, the workbench 2 are covered with a protective cover 3；An observation is equipped on front side of the protective cover 3 Mouthfuls 4, a feed inlet 5 is equipped on the left of protective cover 3；A feed device 6 is equipped in the protective cover 3, if feed device 6 pass through it is solid Fixed board 7 is fixed on workbench 2；6 left end of feed device passes through feed inlet 5 and is located at outside protective cover 3；The feed device 6 right parts are equipped with a sensor 8；It is equipped with the first Lifting Device 9 on front side of 6 right end of feed device, is set on rear side of 6 right end of feed device There is straightening device 10 corresponding with 9 position of the first Lifting Device；It is matched that one is equipped on the left of the straightening device 10 Second Lifting Device 11 is equipped with a matched detection device 12 on the right side of straightening device 10；12 front side of detection device Equipped with matched rotating device 13；A matched sorting equipment 14 is equipped on the right side of the detection device 12；Institute It states and is equipped with a control panel 15 on front side of protective cover 3.

The feed device 6 includes the delivery board 16 being fixed in fixed plate 7；16 left and right ends of delivery board are set respectively There is conveying roller 17, one of conveying roller 17 is connected with a feeder motor；It is connected between the conveying roller 17 by conveyer belt It connects, conveying roller 17 is wrapped in interior by conveyer belt；16 front and rear sides of delivery board are respectively equipped with front baffle 18, rear bulkhead 19；Institute It states and is equipped with a limited block 20 on the right side of delivery board 16；The limited block 20 is respectively formed with 18 right end of front baffle, 19 right end of rear bulkhead First liftout mouth 21, the second liftout mouth 22.

First Lifting Device 9 includes the fixed frame 23 on stationary work-table 2；It is fixed on the fixed frame 23 and the Corresponding first cylinder 24 in one liftout mouth, 21 position；The piston rod top end of first cylinder 24 is connected with jacking block 25.

The straightening device 10 includes the fixing seat 26 being fixed on workbench 2；One turn is hinged in the fixing seat 26 Axis 27；A driven gear 28 is fixed in the middle part of the shaft 27；The shaft 27 is connected with one and 22 position phase of the second liftout mouth Corresponding U-shaped fork 29；The second cylinder 30 is fixed on rear side of the fixing seat 26；A sliding slot 31 is equipped with above the fixing seat 26； The active rack gear 32 being meshed with driven gear 28 is installed in the sliding slot 31；The piston rod of second cylinder 30 and active Rack gear 32 is connected.

Second Lifting Device 11 includes the support plate 33 being fixed on workbench 2, is fixed in the support plate 33 The third cylinder 34 to match with U-shaped fork 29.

The detection device 12 includes the stand 35 being fixed on workbench 2；The stand 35 is fixedly arranged above detection seat 36；36 upper surface of detection seat is equipped with a detection slot 37；37 left and right ends of detection slot are respectively equipped with and 29 phases of U-shaped fork Jacking mouth 38, the ejection mouth 39 matched, jacking mouth 38 all connect with detection slot 37 with ejection mouth 39；In 37 bottom surface of detection slot Position has installed the embedding mouth 40 of a V-type；37 notch position of detection slot is fixed with the measurement that one is located at right above the embedding mouth 40 of V-type and passes Sensor 41；The 4th cylinder 42 is fixed on rear side of the detection seat 36；One and detection are fixed on the 36 rear side side plate of detection seat The guide pipe 43 that slot 37 connects, 43 position of guide pipe are corresponding with embedding 40 position of mouth of V-type；The piston rod of 4th cylinder 42 It is connected with a top pillar 44 to match with guide pipe 43；44 front end of top pillar is equipped with a coaxial positioning convex platform 45；Institute It states detection 36 lower surface of seat and is equipped with the movable span 46 that the embedding mouth 40 of a V-type connects；It is equipped with below the detection seat 36 and movable span Corresponding 5th cylinder 47 in 46 positions；4701 top of piston rod of 5th cylinder 47 penetrates in movable span 46.

The rotating device 13 includes the rotating electric machine 48 being fixed on workbench 2, and rotating electric machine 48 is located at detection seat 36 Front side；Detection 36 front side sidewall of seat is equipped with a perforation 3601 to connect with detection slot 37；The rotating electric machine 48 4801 front end of motor shaft passes through perforation 3601 and is located at the bottom of the embedding mouth 40 of V-type, and 4801 front end of motor shaft of rotating electric machine 48 is not 46 top aperture of movable span is blocked；4801 front end of motor shaft of the rotating electric machine 48 is enclosed with nylon cloth.

The sorting equipment 14 includes the sub-material seat 49 set on 12 right side of detection device, 49 position of sub-material seat and ejection mouth 39 Position is corresponding；49 front and rear sides of sub-material seat are respectively equipped with front apron 50, rear baffle 51, sub-material seat 49, front apron 50 with Rear baffle 51 is enclosed a sub-material chamber 52；Qualified outlet 53, substandard products outlet 54 are respectively equipped on the front apron 50, qualification goes out Mouth 53 all connects with sub-material chamber 52 with substandard products outlet 54；The workbench 2 is equipped with a support frame 55, fixes on support frame 55 There is a cutting plate 56；Be respectively equipped on the cutting plate 56 qualified discharge road 57 corresponding with qualification 53 positions of outlet, with time Product export the corresponding substandard products discharge in 54 positions road 58；It is fixed on the rear baffle 51 corresponding with qualification 53 positions of outlet 6th cylinder 59, the 7th cylinder 60 corresponding with substandard products 54 positions of outlet；Piston rod, the 7th cylinder of 6th cylinder 59 The end of 60 piston rod is all connected with a pushing block 61.

An installation step 62 is equipped on rear side of the cutting plate 56；The sub-material seat 49 is fixed on installation step 62.

An observation door is hinged at the observation panel 4；The observation door is equipped with an observation window, and observation window is transparent material Material.

The application method of the utility model is as follows:

Before needing to detect bearing clearance, full-automatic bearing radial internal clearance detection device can be opened by control panel 15, it is first First bearing 63 is placed on the conveyer belt of feed device 6, in the placement of bearing 63, the settable vibrating disk cooperation of staff Bearing 63 will be transported on feed device 6 by feed device 6, vibrating disk automatically, and then feeder motor will drive wherein one The rotation of a conveying roller, at this time two conveying rollers will driving conveying belt rotate around delivery board 16, and delivery board 16 is deposited It can make conveyer belt that there is endurance, can effectively bear the weight of bearing, and 16 left end of delivery board of feed device 6 passes through Feed inlet 5 is simultaneously located at outside protective cover 3, and such structure design can guarantee staff, and in manual place, hand will not be with equipment Other interior devices are in contact, and hand is effectively avoided to occur injured situation during placing bearing 63.

When conveyer belt starts rotation, bearing 63 will be delivered to right side from left side by conveyer belt, as bearing 63 passes through Feed inlet 5 gradually adjacent to the right end of delivery board 16 when, sensor 8 will sense that at this time the first cylinder 24 is opened first time Begin starting, when bearing 63 is in contact with the limited block 20 for being located at right side, bearing 63 is placed exactly in the first liftout mouth 21 and the Between two liftout mouths 22, the piston rod of the first cylinder 24 ejects therewith, and jacking block 25 will pass through 21 pairs of bearings 63 of the first liftout mouth It is pushed, keeps bearing 63 mobile towards 22 direction of the second liftout mouth, and then bearing 63 is pushed under the promotion of jacking block 25 Into the chamber of U-shaped fork 29 corresponding with 22 position of the second liftout mouth itself.

Due to the characteristic of 29 self structures of U-shaped fork, it is capable of forming the chamber that can accommodate bearing 63, when bearing 63 is pushed away After entering into the chamber of U-shaped fork 29, the piston rod of the first cylinder 24 drives jacking block 25 to reset, and prepares pushing next time, simultaneously Second cylinder 30 starts to start, and the piston rod of the second cylinder 30 is ejected forward, and active rack gear 32 moves forward therewith, due to master Carry-over bar 32 is meshed with driven gear 28, and when active rack gear 32 moves forward, driven gear 28 occurs to rotate counterclockwise, from Moving gear 28 drives U-shaped fork 29 to rotate centered on shaft 27, and the U-shaped fork 29 originally laterally put is gradually converted into longitudinal direction The state of setting, U-shaped fork 29 is longitudinal erect after, the left and right sides opening of 29 chambers of U-shaped fork respectively with the second Lifting Device 11 Third cylinder 34,38 position of jacking mouth of detection device 12 it is opposite, the second cylinder 30 is out of service at this time, active rack gear 32 It sets and is fixed, so that the position of U-shaped fork 29 be made to be fixed by way of fixed driven gear 28, and then third cylinder 34 bring into operation, and the piston rod of third cylinder 34 is pushed towards 38 direction of jacking mouth, and the piston rod of third cylinder 34 passes through U-shaped fork The left side opening of 29 chambers pushes bearing 63, so that bearing 63 is skidded off the right openings of 29 chambers of U-shaped fork and passes through jacking Mouth 38 enters in detection slot 37.

Bearing 63 then can be mobile towards 37 medium position of detection slot under the pushing of the piston rod of third cylinder 34, once axis It holds 63 and is moved to 37 medium position of detection slot, will fall naturally under the action of V-type embedding mouth 40, be stuck in embedding 40 position of mouth of V-type, Position the position of bearing 63, the piston rod of third cylinder 34 resets at this time, and the piston rod of the second cylinder 30 equally drives Active rack gear 32 resets, and the 4th cylinder 42 starting, the piston rod of the 4th cylinder 42 is pushed to front side, and top pillar 44 will be in the 4th gas The piston rod of cylinder 42 push down along guide pipe 43 track forward movement, positioning convex platform 45 with top pillar 44 move forward and it is straight It connects and is inserted into the inner hole of 63 inner ring of bearing, so that the position of 63 inner ring of bearing be made to be fixed, and then the 5th cylinder 47 is opened Dynamic, the piston rod of the 5th cylinder 47 pushes upwards along the track of movable span 46, with the 5th cylinder 47 piston rod constantly to On, the piston rod of the 5th cylinder 47 is eventually pierced by movable span 46 and enters in the embedding mouth of V-type 40 and the lower end with 63 outer ring of bearing Face is in contact, and 63 outer ring of bearing can then float upwards under the pushing of the piston rod of the 5th cylinder 47, with measurement sensor 41 It is in contact, when measurement sensor 41 peaks at 63 outer ring upper surface of bearing, will obtain a clearance numerical value, the 5th cylinder 47 The repeatable upper top of piston rod and whereabouts, detect measurement sensor 41 to the clearance of the same position, detect each time Clearance numerical value out can all clearly show that on control panel 15 that final control panel is automatically derived under the action of own system Average value after repeated detection.

In order to guarantee the detection quality of bearing clearance, multi-orientation detection can be carried out, the 5th cylinder 47 piston rod not on When apical axis holds 63, it is fixed on the lower end surface of the outer ring of the bearing 63 on positioning convex platform 45 and the motor shaft ends of rotating electric machine 48 Nylon cloth rubs, and when rotating electric machine 48 brings into operation, the motor shaft of rotating electric machine 48 will be rotated, and passes through simultaneously Nylon cloth and frictional force band 63 outer ring of dynamic bearing of bearing lower end surface rotate, and under normal circumstances, bearing 63 rotates each time Angle initialization be 120 degree, the clearance of position at bearing 63 3 is taken, to guarantee the detection quality of bearing clearance, certainly, bearing Angle when 63 multi-orientation detection is selected and can be configured according to actually required, when 63 outer ring of bearing is in the motor of rotating electric machine 48 After axis rotates under driving, the piston rod of the 5th cylinder 47 will upper top shaft hold, start the clearance detection of the angle, due to rotation The motor shaft front end of rotating motor 48 does not block 46 top aperture of movable span, therefore the motor shaft of rotating electric machine 48 and the 5th cylinder 47 piston rod is not in situation interfering with each other, can effectively ensure that the angular adjustment and bearing clearance of 63 outer ring of bearing Normal detection.

It, will automatically derived bearing after system in control panel 15 provides clearance average value and compares with clearance standard value Whether 63 is qualified, completes the measurement of bearing end-play.No matter whether the testing result of bearing clearance is qualified, the 4th cylinder 42 Piston rod drives top pillar to move back, and positioning convex platform 45 is no longer fixed 63 inner ring of bearing, and then the piston of third cylinder 34 Bar will be located at indoor second bearing to be detected of U-shaped fork chamber and shift onto detection slot 37 from jacking mouth, with second bearing Push-in, realization holds 63 to primitive axis and pushes, skid off bearing 63 from ejection mouth 39, enter in sub-material chamber 52, so follow Ring realizes the uninterrupted detection of bearing, guarantees detection efficiency, if being qualified products into the bearing 63 in sub-material chamber 52, is somebody's turn to do Bearing 63 will export 53 positions by the piston rod top of third cylinder 34 to qualification, and the piston rod of the 6th cylinder 59 drives certainly at this time The pushing block 61 of body pushes forward, and qualified bearing 63 is released qualified outlet 53, is made it into qualified discharge road 57, if The bearing 63 is substandard product, which will export 54 positions by the piston rod top of third cylinder 34 to substandard products, at this time The piston rod of 7th cylinder 60 drives the pushing block 61 of itself to push forward, and underproof bearing 63 is released substandard products outlet 54, is made It is entered in substandard products discharge road 58, to realize the classification between qualified product and substandard products, staff is enable to be easily accomplished Distinguish the work placed.

In summary it is found that the utility model can be automatically performed the feeding work of bearing by feed device 6, then pass through The bearing that need to be detected can be delivered to detection device 12 by other devices, and detection device 12 will be automatic by measurement sensor 41 Radial internal clearance is measured, and automatically records data each time, and can realize 63 outer ring angle of bearing by rotating device 13 Change, the clearance of 63 outer ring different angle of bearing is detected, guarantees the detection matter of clearance by way of multi-orientation detection Amount, finally determines whether qualification.And after bearing 63 detects whether qualification, bearing 63 but will be divided automatically according to testing result Qualified discharge road 57 is assigned to on substandard products discharge road 58, to realize the effect of testing process full-automation, is mentioned to the full extent High detection efficiency avoids the case where causing detection efficiency to reduce after staff's fatigue, while effectively having prevented artificial behaviour Make the fault occurred, detection quality is made to be protected.

Installation step 62 is equipped on rear side of cutting plate 56, sub-material seat 49 is fixed on installation step 62, this mounting structure energy Enough effectively improve the relevance of sub-material seat 49 Yu cutting plate 56, the position pair of more conducively qualified outlet 53 and qualified discharge road 57 Answer, substandard products outlet it is 54 corresponding with the position in substandard products discharge road 58.

Observation door is hinged at observation panel 4 can make full-automatic bearing radial internal clearance detection device when observation door is closed Working environment and external environment separate, and guarantee that detection environment will not be interfered, and work can then be made by observing the observation window on door Make personnel's clear view in the case where not to detection environmental disturbances enables staff that can preferably cope with inspection to detection case Emergency case when survey.

Claims (10)

1. a kind of full-automatic bearing radial internal clearance detection device, the workbench including rack, above rack, feature exist In: the workbench is covered with a protective cover；It is equipped with an observation panel on front side of the protective cover, a charging is equipped on the left of protective cover Mouthful；A feed device is equipped in the protective cover, feed device is fixed on the worktable by several fixed plates；The feeding dress Left end is set across feed inlet and is located at outside protective cover；The feed device right part is equipped with a sensor；The feed device right end Front side is equipped with the first Lifting Device, is equipped with straightening device corresponding with the first Lifting Device position on rear side of feed device right end； Matched second Lifting Device is equipped on the left of the straightening device, it is matched to be equipped with one on the right side of straightening device Detection device；Matched rotating device is equipped on front side of the detection device；One and its are equipped on the right side of the detection device The sorting equipment to match；A control panel is equipped on front side of the protective cover.

2. a kind of full-automatic bearing radial internal clearance detection device according to claim 1, it is characterised in that: the feeding dress Set the delivery board including being fixed in fixed plate；The delivery board left and right ends are respectively equipped with conveying roller, one of conveying roller It is connected with a feeder motor；It is connected between the conveying roller by conveyer belt, conveying roller is wrapped in interior by conveyer belt；It is described Delivery board front and rear sides are respectively equipped with front baffle, rear bulkhead；A limited block is equipped on the right side of the delivery board；The limited block is with before Partition right end, rear bulkhead right end are respectively formed the first liftout mouth, the second liftout mouth.

3. a kind of full-automatic bearing radial internal clearance detection device according to claim 2, it is characterised in that: first top Material device includes the fixed frame on stationary work-table；It is fixed on the fixed frame and the first liftout mouth position corresponding first Cylinder；The piston rod top end of first cylinder is connected with jacking block.

4. a kind of full-automatic bearing radial internal clearance detection device according to claim 2, it is characterised in that: described to ajust dress Set the fixing seat including being fixed on the worktable；A shaft is hinged in the fixing seat；Be fixed in the middle part of the shaft one from Moving gear；The shaft is connected with a U-shaped fork corresponding with the second liftout mouth position；Second is fixed on rear side of the fixing seat Cylinder；A sliding slot is equipped with above the fixing seat；The active rack gear being meshed with driven gear is installed in the sliding slot；It is described The piston rod of second cylinder is connected with active rack gear.

5. a kind of full-automatic bearing radial internal clearance detection device according to claim 4, it is characterised in that: second top Expect that device includes the support plate being fixed on the worktable, is fixed in the support plate and the U-shaped third cylinder pitched and matched.

6. a kind of full-automatic bearing radial internal clearance detection device according to claim 1, it is characterised in that: the detection dress Set the stand including being fixed on the worktable；The stand is fixedly arranged above detection seat；The detection seat upper surface is equipped with an inspection Survey slot；The detection slot left and right ends, which are respectively equipped with, pitches the jacking mouth to match, ejection mouth with U-shaped, and jacking mouth and ejection mouth are all It connects with detection slot；The detection groove bottom medium position is equipped with the embedding mouth of a V-type；The detection slot notch position is fixed with one Measurement sensor right above the embedding mouth of V-type；The 4th cylinder is fixed on rear side of the detection seat；Side plate on rear side of the detection seat On be fixed with a guide pipe to connect with detection slot, guide pipe position is corresponding with the embedding mouth position of V-type；4th cylinder Piston rod is connected with a top pillar to match with guide pipe；The top pillar front end is equipped with a coaxial positioning convex platform；It is described Detection seat lower surface is equipped with the movable span that the embedding mouth of a V-type connects；It is equipped with below the detection seat corresponding with movable hole site The 5th cylinder；The piston rod top end of 5th cylinder penetrates in movable span.

7. a kind of full-automatic bearing radial internal clearance detection device according to claim 6, it is characterised in that: the rotating dress The rotating electric machine including being fixed on the worktable is set, rotating electric machine is located on front side of detection seat；It is set in the detection seat front side sidewall There is a perforation to connect with detection slot；The motor shaft front end of the rotating electric machine passes through the bottom perforated and be located at the embedding mouth of V-type, Aperture above movable span is not blocked the motor shaft front end of rotating electric machine；The motor shaft front end of the rotating electric machine is enclosed with nylon Cloth.

8. a kind of full-automatic bearing radial internal clearance detection device according to claim 6, it is characterised in that: the sorting dress The sub-material seat including being set on the right side of detection device is set, the sub-material seat outlet port Zhi Yuding is corresponding；Two before and after the sub-material seat Side is respectively equipped with front apron, rear baffle, and sub-material seat, front apron and rear baffle are enclosed a sub-material chamber；Divide on the front apron It qualified She You not export, substandard products outlet, qualification outlet all connects with sub-material chamber with substandard products outlet；The workbench is equipped with one Support frame is fixed with a cutting plate on support frame；Qualification corresponding with qualified outlet port is respectively equipped on the cutting plate Discharge road, substandard products discharge road corresponding with substandard products outlet port；It is fixed on the rear baffle opposite with qualified outlet port The 6th cylinder, the 7th cylinder corresponding with substandard products outlet port answered；The work of the piston rod, the 7th cylinder of 6th cylinder The end of stopper rod is all connected with a pushing block.

9. a kind of full-automatic bearing radial internal clearance detection device according to claim 8, it is characterised in that: the cutting plate Rear side is equipped with an installation step；The sub-material seat is fixed on installation step.

10. a kind of full-automatic bearing radial internal clearance detection device according to claim 1, it is characterised in that: the observation An observation door is hinged at mouthful；The observation door is equipped with an observation window, and observation window is transparent material.