CN109454012A - A kind of bearing noise testing agency - Google Patents
A kind of bearing noise testing agency Download PDFInfo
- Publication number
- CN109454012A CN109454012A CN201811560892.5A CN201811560892A CN109454012A CN 109454012 A CN109454012 A CN 109454012A CN 201811560892 A CN201811560892 A CN 201811560892A CN 109454012 A CN109454012 A CN 109454012A
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- Prior art keywords
- fixed
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- block
- lateral
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Classifications
-
- 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
- B07C5/04—Sorting according to size
- B07C5/06—Sorting according to size measured mechanically
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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
-
- 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
Abstract
The invention discloses a kind of bearing noise testing agencies, including charging carriage, lateral transfer frame and detection host, the charging carriage is in the rear portion of the left end of lateral transfer frame, the middle part bottom surface of lateral transfer frame is fixed with middle part connecting bottom board, detection host is fixed on the rear surface of middle part connecting bottom board, the bottom surface of the right part of lateral transfer frame is equipped with sorting mechanism, and the right end of lateral transfer frame is fixed with tapping channel.Bearing can be delivered to detection host and installed automatically and be detected and screened by it automatically, and by rejected product and qualified product separation blanking, high degree of automation, effect is good.
Description
Technical field:
The present invention relates to Bearing testing processing technique field, more specifically to a kind of bearing noise testing agency.
Background technique:
After processing is completed, the noise generated when needing to run it detects existing bearing, whether to detect it
It meets the requirements, meanwhile, can whether intact from the ball or roller obtained in noise measuring in bearing, guarantee the qualification of bearing
Rate.
And existing detection mode is usually artificial detection, and manually bearing is mounted in the rotation axis in detection host,
Then, it is examined by the noise measuring head and detection of rotation axis two sides close to the bearing that switch rotates installation on the rotating shaft
It surveys, detects whether its noise meets the requirements, manually installed detection, very troublesome, low efficiency.
Summary of the invention:
The purpose of the present invention is overcoming the deficiencies of the prior art and provide a kind of bearing noise testing agency, it can be automatic
Bearing is delivered to detection host and installed automatically and is detected and is screened, rejected product and qualified product are separated into blanking, from
Dynamicization degree is high, and effect is good.
The solution to the technical problem of the present invention is as follows:
A kind of bearing noise testing agency, including charging carriage, lateral transfer frame and detection host, the charging conveying
Frame is in the rear portion of the left end of lateral transfer frame, and the middle part bottom surface of lateral transfer frame is fixed with middle part connecting bottom board, middle part connection
Detection host is fixed on the rear surface of bottom plate, the bottom surface of the right part of lateral transfer frame is equipped with sorting mechanism, lateral transfer frame
Right end is fixed with tapping channel.
The lateral transfer frame includes lateral front side board, lateral rear plate and transverse bottom plate, after lateral front side board and transverse direction
Side plate is fixed on the top surface of transverse bottom plate, and lateral front side board, lateral rear plate and transverse bottom plate form delivery chute, delivery chute
Right end is communicated with tapping channel；
The middle part bottom surface of transverse bottom plate is fixed with middle part connecting bottom board, lateral front side board and transverse direction at the connecting bottom board of middle part
The first detection through slot of correspondence, the middle part overturning through slot of correspondence and front and back are successively formed on back side panel from left to right
Corresponding second detection through slot；
The top surface of middle part connecting bottom board at two first detection through slots and two second detection through slots is fixed with self-lubricating
Plate, for the first detection groove body sleeve in two first detection through slots, second detects groove body sleeve in two second detection through slots,
The bottom surface of second detection groove body and the bottom surface of the first detection groove body are pressed against on the top surface of corresponding self-lubricating plate, and middle part connects bottom
The left part and right part of the front of plate are respectively and fixedly provided with Mobile Slide cylinder, and the pushing block of the Mobile Slide cylinder of left part is fixed on the first inspection
It surveys on the lower front wall face of groove body, the pushing block of the Mobile Slide cylinder of right part is fixed on the lower front wall face of the second detection groove body
On, the top surface of the middle part connecting bottom board of the front of Mobile Slide cylinder is fixed with cylinder link block, compresses pusher cylinder and is fixed on
On the top surface of cylinder link block, the end for compressing the push rod of pusher cylinder is fixed with guide connecting block, the rear end of guide connecting block
It is fixed with compression cylinder, the end of the push rod of compression cylinder is fixed with briquetting, and middle part limit is fixed in the middle part of the rear surface of briquetting
Position block and multiple compact heaps, compact heap around the limited block of middle part, examine against the first detection groove body or second by middle part limited block
The flexible through-hole that the middle part of the front panel of groove body has is surveyed, compact heap detects the antetheca of groove body against the first detection groove body or second
The grafting through-hole formed on plate；
The middle part of the squab panel of first detection groove body or the second detection groove body connects through-hole after having, rear to connect through-hole and inspection
It is corresponding to survey the corresponding rotation axis that host is equipped with.
The bottom surface of the guide connecting block is fixed with movable plate, and the bottom surface of movable plate is fixed with mobile raised item, and movement is convex
A sleeve is played in the strip groove that the rear portion top surface of cylinder link block has.
It is fixed with noise measuring head on the preceding connecting plate of the detection host in the left side of the rotation axis, the right side of rotation axis
It detects to be fixed on the preceding connecting plate of host and detect close to switch, noise measuring head and detection are close to be switched against rotation axis.
The charging carriage includes the two side plate bodies in left and right, and two live-rollers are in the front of two side plate bodies with after
Portion, the both ends of live-roller are fixed on the inner ring for the bearing being equipped on two side plate bodies, and conveyer belt is stretched in two live-rollers
On, the bottom of the front of two side plate bodies is fixed with lower transverse plate, and the side wall of lower transverse plate is fixed on the interior of corresponding side plate body
On side wall, the bottom surface of lower transverse plate is fixed with lower connecting plate, and pusher cylinder, pusher cylinder are fixed on the rear surface of lower connecting plate
Push rod pass through and lower connecting plate and be fixed with splicing groove body, the top surface of the squab panel of splicing groove body is fixed with level board, level board
Rear end be in the lower part of the conveyer belt at the live-roller of front, level board is between two side plate bodies；
The lateral transfer frame and charging carriage are perpendicular, and the left end feeder of lateral transfer frame is in charging carriage
Front；
The left part of the transverse direction front side board and lateral rear plate forms the slot of correspondence, the preceding plate body of splicing groove body
With rear plate body sleeve in corresponding slot, the middle part splicing groove of splicing groove body is corresponding with delivery chute；
The bottom surface in the left side in middle part connecting bottom board of the transverse bottom plate is fixed with lower main connecting plate, lower main connecting plate
Rear portion be fixed with cylinder frame, be fixed with oil gas cylinder on the connecting plate of cylinder frame, the push rod of upper oil gas cylinder passes through cylinder frame
Connecting plate is simultaneously fixed with oil clot, is fixed with the sponge that oils on the lateral wall of upper oil clot, and the sponge that oils is in lateral rear plate top
In what face had oil shrinkage pool.
The top surface of the front of the lower main connecting plate is fixed with conveying mobile mechanism；The bottom surface of the right part of the transverse bottom plate
It is fixed with screening supporting block, the bottom surface for screening supporting block is fixed with the screening connecting bottom board of sorting mechanism, screens connecting bottom board
Rear portion top surface is also fixed with conveying mobile mechanism；
The conveying mobile mechanism includes horizontal mounting plate, is fixed with slide unit on the rear surface or front face of horizontal mounting plate
Cylinder, is fixed with lateral vertical plate on the slide unit that the top of the push rod of slider cylinder is fixed with, the rear surface of lateral vertical plate or
The top of front face, which is fixed with, laterally urges cylinder, and the end for laterally urging the push rod of cylinder is fixed with movable block, movable block
Bottom surface is fixed with transverse beam, and transverse beam is in the surface of delivery chute, and the bottom surface of transverse beam is fixed with multiple crawl blocks, grabs block
Bottom surface form bottom surface be arcwall face arc grabbing groove.
Raised item, rear wall of the raised item sleeve in lateral vertical plate are fixed on the front face or rear surface of the transverse beam
In the sliding slot formed on the sliding panel being fixed on face or front face.
The sorting mechanism includes screening connecting bottom board, and the top surface for screening the front of connecting bottom board is fixed with multiple screenings and leads to
The blanking through-hole formed in road, screening passage and screening supporting block communicates, and forms in the top surface of blanking through-hole and transverse bottom plate
The upper through slot having communicates, and upper through slot is communicated with delivery chute, and the rear portion top surface for screening connecting bottom board is fixed with rear link block, rear to connect
Waste product pusher cylinder is fixed on the rear surface of block, the push rod of waste product pusher cylinder passes through rear link block and is fixed with featured dynamic
Block promotes mainly motion block sleeve in blanking through-hole, and the top surface of featured motion block is fixed with self-lubricating block, and upper self-lubricating block sleeve is upper
In through slot, the bottom surface of corresponding lateral rear plate is close in the top surface of upper self-lubricating block.
The bottom surface of transverse bottom plate at the middle part overturning through slot is fixed with rotary cylinder, and the push rod of rotary cylinder passes through cross
To bottom plate top surface and be fixed with swivel plate, the top surface of swivel plate is fixed with the limit plate of correspondence.
The bottom surface of the front end of the screening passage is fixed with close to switch, close to the induction end sleeve switched in screening passage
Front end bottom plate in the induction through-hole that forms.
Protrusion effect of the invention is:
Compared with prior art, bearing can be delivered to detection host and installed automatically and be detected and sieved by it automatically
Choosing, by rejected product and qualified product separation blanking, high degree of automation, effect is good.
Detailed description of the invention:
Fig. 1 is the local structure top view for removing upper cover plate of the invention；
Fig. 2 is the partial enlarged view of Fig. 1；
Fig. 3 is the partial enlarged view of another part of Fig. 1；
Fig. 4 is the partial structural diagram for the component being equipped at the connecting bottom board of middle part；
Fig. 5 is the partial elevation view of the first splicing groove body；
Fig. 6 is the partial structural diagram at rotary cylinder；
Fig. 7 is the partial structural diagram at screening passage；
Fig. 8 is the partial elevation view for detecting host；
Fig. 9 is the partial structural diagram at charging carriage of the invention；
Figure 10 is the partial sectional view at lower main connecting plate and horizontal mounting plate of the invention；
Figure 11 is the partial structural diagram at the lateral vertical plate of the conveying mobile mechanism of left part of the invention.
Specific embodiment:
Embodiment is shown in as shown in Figure 1 to 11, a kind of bearing noise testing agency, including charging carriage 10, transverse direction are defeated
Frame 20 and detection host 50 are sent, the charging carriage 10 is in the rear portion of the left end of lateral transfer frame 20, lateral transfer frame 20
Middle part bottom surface be fixed with middle part connecting bottom board 51, detection host 50 is fixed on the rear surface of middle part connecting bottom board 51, laterally
The bottom surface of the right part of carriage 20 is equipped with sorting mechanism 60, and the right end of lateral transfer frame 20 is fixed with tapping channel 90.
Further, the lateral transfer frame 20 includes lateral front side board 21, lateral rear plate 22 and transverse bottom plate 23,
Lateral front side board 21 and lateral rear plate 22 are fixed on the top surface of transverse bottom plate 23, lateral front side board 21, lateral rear plate 22
Delivery chute is formed with transverse bottom plate 23, the right end of delivery chute is communicated with tapping channel 90；
The middle part bottom surface of transverse bottom plate 23 is fixed with middle part connecting bottom board 51, the lateral front side board at middle part connecting bottom board 51
21 and lateral rear plate 22 on successively form the first detection through slot 52 of correspondence from left to right, turn in the middle part of correspondence
Turn the second detection through slot 54 of through slot 53 and correspondence；
The top surface of middle part connecting bottom board 51 at two first detection through slots 52 and two second detection through slots 54 is fixed with
Self-lubricating plate 55, the first detection 56 sleeve of groove body is in two first detection through slots 52, and the second detection 57 sleeve of groove body is at two
In second detection through slot 54, the bottom surface of the bottom surface of the second detection groove body 57 and the first detection groove body 56 is pressed against corresponding self-lubricating
On the top surface of plate 55, the left part and right part of the front of middle part connecting bottom board 51 are respectively and fixedly provided with Mobile Slide cylinder 58, the shifting of left part
The pushing block of dynamic slider cylinder 58 is fixed on the lower front wall face of the first detection groove body 56, and the Mobile Slide cylinder 58 of right part pushes away
Block is fixed on the lower front wall face of the second detection groove body 57, the top of the middle part connecting bottom board 51 of the front of Mobile Slide cylinder 58
Face is fixed with cylinder link block 59, compresses pusher cylinder 591 and is fixed on the top surface of cylinder link block 59, compresses pusher cylinder
The end of 591 push rod is fixed with guide connecting block 592, and the rear end of guide connecting block 592 is fixed with compression cylinder 593, compresses
The end of the push rod of cylinder 593 is fixed with briquetting 594, and middle part limited block 595 and more is fixed in the middle part of the rear surface of briquetting 594
A compact heap 596, compact heap 596 around middle part limited block 595, middle part limited block 595 against first detection groove body 56 or
The flexible through-hole that the middle part of the front panel of second detection groove body 57 has, compact heap 596 detect groove body 56 or the second against first
Detect the grafting through-hole formed in the front panel of groove body 57；
The middle part of the squab panel of first detection groove body 56 or the second detection groove body 57 connects through-hole after having, and connects through-hole afterwards
It is corresponding with the corresponding rotation axis 501 that detection host 50 is equipped with.
Further, the bottom surface of the guide connecting block 592 is fixed with movable plate 599, and the bottom surface of movable plate 599 is fixed
There is mobile raised item 598, mobile 598 sleeve of raised item is in the strip groove that the rear portion top surface of cylinder link block 59 has.
Further, noise measuring is fixed on the preceding connecting plate of the detection host 50 in the left side of the rotation axis 501
First 502, detection is fixed on the preceding connecting plate of the detection host 50 on the right side of rotation axis 501 close to switch 503, noise measuring head
502 approach switch 503 against rotation axis 501 with detection.
Further, the charging carriage 10 includes the two side plate bodies 11 in left and right, and two live-rollers 12 are in two
The front and rear of side plate body, the both ends of live-roller 12 are fixed on the inner ring for the bearing being equipped on two side plate bodies 11, are passed
Band 13 is sent to be stretched on two live-rollers 12, the bottom of the front of two side plate bodies 11 is fixed with lower transverse plate 14, lower transverse plate
14 side wall is fixed on the inner sidewall of corresponding side plate body 11, and the bottom surface of lower transverse plate 14 is fixed with lower connecting plate 15, lower company
Pusher cylinder 16 is fixed on the rear surface of fishplate bar 15, the push rod of pusher cylinder 16 passes through lower connecting plate 15 and is fixed with splicing groove
Body 17, the top surface of the squab panel of splicing groove body 17 are fixed with level board 171, and the rear end of level board 171 is in the live-roller of front
The lower part of conveyer belt 13 at 12, level board 171 are between two side plate bodies 11；
The lateral transfer frame 20 and charging carriage 10 are perpendicular, and the left end feeder of lateral transfer frame 20 is in charging
The front of carriage 10；
The left part of the transverse direction front side board 21 and lateral rear plate 22 forms the slot 24 of correspondence, splicing groove body 17
Preceding plate body and rear plate body sleeve in corresponding slot 24, the middle part splicing groove of splicing groove body 17 is corresponding with delivery chute；
The bottom surface in the left side in middle part connecting bottom board of the transverse bottom plate 23 is fixed with lower main connecting plate 25, lower main company
The rear portion of fishplate bar 25 is fixed with cylinder frame 26, and oil gas cylinder 261 is fixed on the connecting plate of cylinder frame 26, upper oil gas cylinder 261
Push rod passes through the connecting plate of cylinder frame 26 and is fixed with oil clot 262, is fixed with the sponge that oils on the lateral wall of upper oil clot 262
263, the sponge 263 that oils is in the shrinkage pool 221 that oils that 22 top surface of lateral rear plate has.
Further, the top surface of the front of the lower main connecting plate 25 is fixed with conveying mobile mechanism 80；The transverse direction
The bottom surface of the right part of bottom plate 23 is fixed with screening supporting block 61, and the bottom surface of screening supporting block 61 is fixed with the screening of sorting mechanism 60
Connecting bottom board 62, the rear portion top surface of screening connecting bottom board 62 are also fixed with conveying mobile mechanism 80；
The conveying mobile mechanism 80 includes horizontal mounting plate 27, before horizontal mounting plate 27 is fixed on lower main connecting plate 25
On the top surface in portion or the rear portion top surface of screening connecting bottom board 62, slide unit is fixed on the rear surface or front face of horizontal mounting plate 27
Cylinder 271 is fixed with lateral vertical plate 28, lateral vertical plate 28 on the slide unit that the top of the push rod of slider cylinder 271 is fixed with
Rear surface or the top of front face be fixed with and laterally urge cylinder 281, the end for laterally urging the push rod of cylinder 281 is fixed with
Movable block, the bottom surface of movable block are fixed with transverse beam 282, and transverse beam 282 is in the surface of delivery chute, the bottom of transverse beam 282
Face is fixed with multiple crawl blocks 29, and the bottom surface of crawl block 29 forms the arc grabbing groove 291 that bottom surface is arcwall face.
Further, raised item 283 is fixed on the front face or rear surface of the transverse beam 282, raised item 283 is inserted
It covers in the sliding slot formed on the sliding panel 284 being fixed on the rear surface or front face of lateral vertical plate 28.
Further, the sorting mechanism 60 includes screening connecting bottom board 62, screens the top of the front of connecting bottom board 62
Face is fixed with multiple screening passages 63, and the blanking through-hole 611 formed in screening passage 63 and screening supporting block 61 communicates, blanking
The upper through slot 612 formed on the top surface of through-hole 611 and transverse bottom plate 23 communicates, and upper through slot 612 is communicated with delivery chute, and screening connects
The rear portion top surface for connecing bottom plate 62 is fixed with rear link block 630, is fixed with waste product pusher cylinder on the rear surface of rear link block 630
64, the push rod of waste product pusher cylinder 64 passes through rear link block 630 and is fixed with featured motion block 65, promotes mainly 65 sleeve of motion block in blanking
In through-hole 611, the top surface of featured motion block 65 is fixed with self-lubricating block 66, upper 66 sleeve of self-lubricating block in upper through slot 612, on
It is close to the bottom surface of corresponding lateral rear plate 22 in the top surface of self-lubricating block 66.
Further, the bottom surface of the transverse bottom plate 23 at the middle part overturning through slot 53 is fixed with rotary cylinder 531, revolves
The push rod of rotaring cylinder 531 passes through the top surface of transverse bottom plate 23 and is fixed with swivel plate 532, before the top surface of swivel plate 532 is fixed with
Corresponding limit plate 533 afterwards.
Further, the bottom surface of the front end of the screening passage 63 is fixed with close to switch 67, close to the sense of switch 67
In the induction through-hole that sleeve should be held to form on the bottom plate of the front end of screening passage 63.
The splicing groove body 17 is made of front panel, squab panel, left wall plate and bottom plate, and the bottom surface of level board 171 forms
Bottom moving portion 172, moving portion 172 sleeve in bottom is in the mobile groove that the top surface of lower transverse plate 14 has.
Further, locating rack is fixed on the lateral rear plate 22 between the cylinder frame 26 and charging carriage 10
222, positioning cylinder 223 is fixed on the rear surface of the mounting plate of locating rack 222, the push rod of positioning cylinder 223 passes through locating rack
222 mounting plate is simultaneously fixed with locating shaft 224, the positioning jack 225 that 224 sleeve of locating shaft forms on lateral rear plate 22
In.
Further, the front end top surface of the side plate body 11 of the left and right two is fixed with upper cover plate 101, upper cover plate 101
Front end has the bending part 102 of downward bending, and bending part 102 is pressed against on the front face of two side plate bodies 11, at upper cover plate 101
In the surface of level board 171.
Further, driving motor 111, the output of driving motor 111 are fixed on the lateral wall of the side plate body 11
Axis is splined shaft, and splined shaft sleeve is in the splined hole that one end of live-roller 12 has.
Induction branch in middle part is fixed on the rear surface of lateral rear plate 22 between the cylinder frame 26 and detection host 50
Support is fixed with rear inductive proximity switch 1 on middle part induction support frame, and rear inductive proximity switch 1 is against conveying in delivery chute
Bearing.
The top surface of the bottom plate of splicing groove body 17, the top surface of the transverse bottom plate 23 of 262 corresponding position of upper oil clot, locating shaft 224 are right
The top surface for the transverse bottom plate 23 that should locate, the top surface of the corresponding transverse bottom plate 23 of rear inductive proximity switch 1, first detect groove body 56
The top surface of bottom plate, the top surface of the bottom plate of the second detection groove body 57, the middle top surface of the bottom plate of swivel plate 532, each upper self-lubricating
The top surface of block 66 forms the positioning arc groove of fed bearings.
Detection host 50 is known content, is existing equipment, is no longer described in detail.
Working principle: bearing to be detected is placed on conveyer belt 13, is run by driving motor 111, realizes conveyer belt
13 operations, bearing to be detected are fed forward, when being moved at front end, bearing to be detected slides in a vertical shape automatically and is pressed against
On the top surface of level board 171, by the blocking of the front of the blocking and two side plate bodies 11 of bending part 102, guarantee axis to be detected
Vertical state is held to be on the top surface of level board 171, at this point, when being pulled back by the push rod of pusher cylinder 16, splicing groove body 17
It moves backward, so that level board 171 moves backward, at this point, the bearing to be detected of 171 top of level board falls to splicing groove automatically
In body 17, then, pushed by the push rod of pusher cylinder 16, so that the preceding plate body and back plate of the splicing groove body 17 of splicing groove body 17
Body sleeve is in corresponding slot 24, and splicing groove body 17 is against delivery chute, at this point, the bearing to be detected of subsequent delivery falls to water
On the top surface of plate 171；
The without hindrance block material of the right end of splicing groove body 17 laterally urges cylinder at this point, the conveying mobile mechanism 80 of left part runs
281 push rod retraction, so that transverse beam 282 is moved to the left, so that the crawl block 29 at the left end of transverse beam 282 is in splicing groove
The top of body 17 is bounced back by the push rod of slider cylinder 271, so that crawl block 29 declines, so as to be checked at splicing groove body 17
It surveys bearing to be in arc grabbing groove 291, then, the push rod for laterally urging cylinder 281 pushes, so that bearing to be detected is mobile
Into the positioning arc groove of the top surface of the transverse bottom plate 23 of 224 corresponding position of locating shaft, then, the push rod of positioning cylinder 223 is pushed,
So that locating shaft 224 stretches out positioning jack 225 and protrudes into the inner ring of bearing to be detected, to detect the inner ring of this bearing to be detected
Whether size meets the requirements, wherein the front end outer side wall of locating shaft 224 forms chamfering, with guarantee locating shaft 224 with it is to be detected
When the inner ring position of bearing has little deviation, it still is able to protrude into the inner ring of bearing to be detected；
Meanwhile subsequent bearing to be detected continues through the operation of pusher cylinder 16 and subsequent detection bearing is in splicing groove
In body 17, then, the push rod of slider cylinder 271 is promoted, and the push rod retraction of cylinder 281 is laterally urged, so that a left side for transverse beam 282
Crawl block 29 at end is in the top of splicing groove body 17, and the adjacent crawl block 29 in the right of the crawl block 29 of left end is left side the
Two crawl blocks 29 are in the top of the bearing to be detected at locating shaft 224, and the push rod of positioning cylinder 223 bounces back, meanwhile, slide unit
The push rod of cylinder 271 bounces back, so that the bearing to be detected at splicing groove body 17 is in the arc grabbing groove 291 of left end, depending on
Bearing to be detected at the axis 224 of position is in the arc grabbing groove 291 of the second crawl block 29 in left side, then, laterally urges gas
The push rod of cylinder 281 pushes so that the bearing to be detected of splicing groove body 17 is moved at locating shaft 224, and at locating shaft 224 to
Detection bearing is moved in the positioning arc groove at oil clot 262, and then, the push rod of slider cylinder 271 is promoted, upper oil gas cylinder
261 push rod pushes, and the sponge 263 that will oil protrudes into the inner ring of bearing to be detected, is soaked with oil liquid in the sponge 263 that oils, in this way
Just oil liquid is applied in bearing inner race to be detected, realizes lubrication；
The bearing that lubrication is refueled is completed, operation (its carrying out practically and the above-mentioned side of the conveying mobile mechanism 80 of left part are passed through
Formula is identical, is no longer described in detail), bearing to be detected is moved at rear inductive proximity switch 1, is incuded by rear inductive proximity switch 1
Whether need to be detected bearing and deliver into, then, then the operation of the conveying mobile mechanism 80 by left part, bearing to be detected is moved
It moves into the mounting groove of the first detection groove body 56, then, is pushed by the pushing block of the Mobile Slide cylinder 58 of left part, meanwhile, pressure
The push rod of tight pusher cylinder 591 pushes, so that the first detection groove body 56 moves backward, meanwhile, briquetting 594 moves backward, so that
Corresponding rotation axis 501 connects through-hole and protrudes into the inner ring of bearing to be detected after protruding into, detect to be checked close to the detection of switch 503
Survey whether bearing is installed, then, the push rod of compression cylinder 593 pushes, so that three compact heaps 596 protrude into grafting through-hole simultaneously
It is pressed against on the front end face of the outer ring of bearing to be detected, realizes the fixation of the outer ring of bearing to be detected, it is then detected that host 50
Rotation axis 501 rotates, and detects whether noise meets the requirements by noise measuring head 502, after the completion of detection, compresses pusher cylinder
591,593 return of the Mobile Slide cylinder 58 of left part and compression cylinder, at this point, then the first detection 56 return of groove body passes through a left side
The conveying mobile mechanism 80 in portion runs, and the middle part that first detects the bottom plate that the bearing in groove body 56 is moved to swivel plate 532 is pushed up
On face and between two limit plates 533, then, rotary cylinder 531 is run, so that the bearing rotary on swivel plate 532
It 180 °, then, is run by the conveying mobile mechanism 80 of right part, the bearing on swivel plate 532 is moved to the second detection groove body
In 57, then, with first detection groove body 56 at detection, bearing is detected again, at this point, the front and back sides of bearing into
It has gone detection, after the completion of detection, the right part that bearing is moved to delivery chute has been run by the conveying mobile mechanism 80 of right part, when it
When being qualified products, is conveyed by the gradually crawl of the conveying mobile mechanism 80 of right part, it is transferred out by tapping channel 90
Into collecting box or other detection parts carry out subsequent detection, and rejected product, when being in the top of upper self-lubricating block 66,
The push rod of waste product pusher cylinder 64 bounces back, so that rejected product is fallen in blanking through-hole 611, then, passes through waste product pusher gas
The push rod return of cylinder 64 has multiple screenings so that rejected product is moved in corresponding screening passage 63 in the present embodiment
Channel 63 illustrates that it has been filled it up with, at this point, left when a screening passage 63 of left part is when sensing bearing close to switch 67
The corresponding waste product pusher cylinder 64 of one screening passage 63 in portion is out of service, and then, rejected product is moved to left part second
When the upper self-lubricating block 66 of waste product pusher cylinder 64, by second waste product pusher cylinder 64 operation carry out pusher, very just
Just.
Then, same as above, subsequent bearing is constantly conveyed, detected and is screened, very convenient, and effect is good, effect
Rate is high.
Finally, the above embodiments are only used to illustrate the present invention, and not limitation of the present invention, related technical field
Those of ordinary skill can also make a variety of changes and modification without departing from the spirit and scope of the present invention, therefore
All equivalent technical solutions also belong to scope of the invention, and scope of patent protection of the invention should be defined by the claims.
Claims (10)
1. a kind of bearing noise testing agency, including charging carriage (10), lateral transfer frame (20) and detection host (50),
Be characterized in that: charging carriage (10) is in the rear portion of the left end of lateral transfer frame (20), in lateral transfer frame (20)
Portion bottom surface is fixed with middle part connecting bottom board (51), and detection host (50) is fixed on the rear surface of middle part connecting bottom board (51), horizontal
Sorting mechanism (60) are equipped with to the bottom surface of the right part of carriage (20), the right end of lateral transfer frame (20) is fixed with tapping channel
(90)。
2. a kind of bearing noise testing agency according to claim 1, it is characterised in that: lateral transfer frame (20) packet
Include lateral front side board (21), lateral rear plate (22) and transverse bottom plate (23), lateral front side board (21) and lateral rear plate (22)
It is fixed on the top surface of transverse bottom plate (23), lateral front side board (21), lateral rear plate (22) and transverse bottom plate (23) composition are defeated
Slot is sent, the right end of delivery chute is communicated with tapping channel (90)；
The middle part bottom surface of transverse bottom plate (23) is fixed with middle part connecting bottom board (51), the laterally front side at middle part connecting bottom board (51)
The first detection through slot (52), correspondence of correspondence are successively formed on plate (21) and lateral rear plate (22) from left to right
Middle part overturning through slot (53) and correspondence second detect through slot (54)；
The top surface of middle part connecting bottom board (51) at two first detections through slot (52) and two second detections through slot (54) is fixed
Have self-lubricating plate (55), the first detection groove body (56) sleeve is in two first detection through slots (52), the second detection groove body (57)
Sleeve is in two second detection through slots (54), the bottom surface pressure of the bottom surface of the second detection groove body (57) and the first detection groove body (56)
On the top surface for leaning against corresponding self-lubricating plate (55), the left part and right part of the front of middle part connecting bottom board (51) are respectively and fixedly provided with movement
Slider cylinder (58), the pushing block of the Mobile Slide cylinder (58) of left part are fixed on the lower front wall face of the first detection groove body (56)
On, the pushing block of the Mobile Slide cylinder (58) of right part is fixed on the lower front wall face of the second detection groove body (57), Mobile Slide
The top surface of the middle part connecting bottom board (51) of the front of cylinder (58) is fixed with cylinder link block (59), is compressed pusher cylinder (591)
It is fixed on the top surface of cylinder link block (59), the end for compressing the push rod of pusher cylinder (591) is fixed with guide connecting block
(592), the rear end of guide connecting block (592) is fixed with compression cylinder (593), and the end of the push rod of compression cylinder (593) is fixed
Have briquetting (594), middle part limited block (595) and multiple compact heaps (596), pressure are fixed in the middle part of the rear surface of briquetting (594)
Tight block (596) around middle part limited block (595), examine against the first detection groove body (56) or second by middle part limited block (595)
The flexible through-hole that the middle part for the front panel for surveying groove body (57) has, compact heap (596) detect groove body (56) or second against first
Detect the grafting through-hole formed in the front panel of groove body (57)；
The middle part of the squab panel of first detection groove body (56) or the second detection groove body (57) connects through-hole after having, and connects through-hole afterwards
It is corresponding with corresponding rotation axis (501) that detection host (50) is equipped with.
3. a kind of bearing noise testing agency according to claim 2, it is characterised in that: the guide connecting block (592)
Bottom surface be fixed with movable plate (599), the bottom surface of movable plate (599) is fixed with mobile raised item (598), mobile raised item
(598) sleeve is in the strip groove that the rear portion top surface of cylinder link block (59) has.
4. a kind of bearing noise testing agency according to claim 2, it is characterised in that: a left side for the rotation axis (501)
It is fixed with noise measuring head (502) on the preceding connecting plate of the detection host (50) of side, the detection host on the right side of rotation axis (501)
(50) detection is fixed on preceding connecting plate close to switch (503), noise measuring head (502) and detection are right close to switch (503)
Rotation axis (501).
5. a kind of bearing noise testing agency according to claim 1, it is characterised in that: charging carriage (10) packet
The two side plate bodies (11) in left and right are included, two live-rollers (12) are in the front and rear of two side plate bodies, and the two of live-roller (12)
End is fixed on the inner ring for the bearing being equipped on two side plate bodies (11), and conveyer belt (13) is stretched in two live-rollers (12)
On, the bottom of the front of two side plate bodies (11) is fixed with lower transverse plate (14), and the side wall of lower transverse plate (14) is fixed on correspondence
Side plate body (11) inner sidewall on, the bottom surface of lower transverse plate (14) is fixed with lower connecting plate (15), after lower connecting plate (15)
It is fixed on wall surface pusher cylinder (16), the push rod of pusher cylinder (16) passes through lower connecting plate (15) and is fixed with splicing groove body
(17), the top surface of the squab panel of splicing groove body (17) is fixed with level board (171), and the rear end of level board (171) is in front
The lower part of conveyer belt (13) at live-roller (12), level board (171) are between two side plate bodies (11)；
The lateral transfer frame (20) and charging carriage (10) are perpendicular, the left end feeder of lateral transfer frame (20) be in into
Expect the front of carriage (10)；
The left part of the transverse direction front side board (21) and lateral rear plate (22) forms the slot (24) of correspondence, splicing groove body
(17) preceding plate body and rear plate body sleeve is in corresponding slot (24), middle part splicing groove and the delivery chute phase of splicing groove body (17)
It is corresponding；
The bottom surface in the left side in middle part connecting bottom board () of the transverse bottom plate (23) is fixed with lower main connecting plate (25), lower master
The rear portion of connecting plate (25) is fixed with cylinder frame (26), and oil gas cylinder (261) are fixed on the connecting plate of cylinder frame (26), are oiled
The push rod of cylinder (261) passes through the connecting plate of cylinder frame (26) and is fixed with oil clot (262), the lateral wall of upper oil clot (262)
On be fixed with the sponge that oils (263), the sponge that oils (263) is in the shrinkage pool that oils (221) that lateral rear plate (22) top surface has
In.
6. a kind of bearing noise testing agency according to claim 4, it is characterised in that: the lower main connecting plate (25)
The top surface of front is fixed with conveying mobile mechanism (80)；The bottom surface of the right part of the transverse bottom plate (23) is fixed with screening supporting block
(61), the bottom surface for screening supporting block (61) is fixed with the screening connecting bottom board (62) of sorting mechanism (60), screens connecting bottom board
(62) rear portion top surface is also fixed with conveying mobile mechanism (80)；
The conveying mobile mechanism (80) includes horizontal mounting plate (27), is consolidated on the rear surface or front face of horizontal mounting plate (27)
Surely have slider cylinder (271), be fixed with lateral vertical plate on the slide unit that the top of the push rod of slider cylinder (271) is fixed with
(28), the rear surface of lateral vertical plate (28) or the top of front face are fixed with and laterally urge cylinder (281), laterally urge cylinder
(281) end of push rod is fixed with movable block, and the bottom surface of movable block is fixed with transverse beam (282), and transverse beam (282) is in defeated
The surface of slot is sent, the bottom surface of transverse beam (282) is fixed with multiple crawl blocks (29), and the bottom surface of crawl block (29) forms bottom surface
For the arc grabbing groove (291) of arcwall face.
7. a kind of bearing noise testing agency according to claim 6, it is characterised in that: before the transverse beam (282)
It is fixed on wall surface or rear surface raised item (283), rear surface or antetheca of raised item (283) sleeve in lateral vertical plate (28)
In the sliding slot formed on the sliding panel (284) being fixed on face.
8. a kind of bearing noise testing agency according to claim 6, it is characterised in that: the sorting mechanism (60) includes
It screens connecting bottom board (62), the top surface for screening the front of connecting bottom board (62) is fixed with multiple screening passages (63), screening passage
(63) it is communicated with the blanking through-hole (611) formed in screening supporting block (61), the top surface of blanking through-hole (611) and transverse bottom plate
(23) the upper through slot (612) formed on communicates, and upper through slot (612) communicates with delivery chute, screens the rear portion of connecting bottom board (62)
Top surface is fixed with rear link block (630), is fixed with waste product pusher cylinder (64) on the rear surface of rear link block (630), waste product pushes away
The push rod of material cylinder (64) passes through rear link block (630) and is fixed with featured motion block (65), promotes mainly motion block (65) sleeve in blanking
In through-hole (611), the top surface of featured motion block (65) is fixed with self-lubricating block (66), and upper self-lubricating block (66) sleeve is in upper through slot
(612) in, the bottom surface of corresponding lateral rear plate (22) is close in the top surface of upper self-lubricating block (66).
9. a kind of bearing noise testing agency according to claim 2, it is characterised in that: the middle part overturns through slot (53)
The bottom surface of the transverse bottom plate (23) at place is fixed with rotary cylinder (531), and the push rod of rotary cylinder (531) passes through transverse bottom plate (23)
Top surface and be fixed with swivel plate (532), the top surface of swivel plate (532) is fixed with the limit plate (533) of correspondence.
10. a kind of bearing noise testing agency according to claim 8, it is characterised in that: the screening passage (63)
The bottom surface of front end is fixed with close to switch (67), close to bottom of the induction end sleeve in the front end of screening passage (63) for switching (67)
In the induction through-hole formed on plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811560892.5A CN109454012A (en) | 2018-12-20 | 2018-12-20 | A kind of bearing noise testing agency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811560892.5A CN109454012A (en) | 2018-12-20 | 2018-12-20 | A kind of bearing noise testing agency |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109454012A true CN109454012A (en) | 2019-03-12 |
Family
ID=65613947
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811560892.5A Pending CN109454012A (en) | 2018-12-20 | 2018-12-20 | A kind of bearing noise testing agency |
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| Country | Link |
|---|---|
| CN (1) | CN109454012A (en) |
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| CN110328608A (en) * | 2019-06-18 | 2019-10-15 | 无锡诚石轴承有限公司 | Structure for conveying is screened between a kind of bearing super precise grinding process |
| CN110715815A (en) * | 2019-10-25 | 2020-01-21 | 台州风达机器人科技有限公司 | Refrigerator detection rack with automatic rotating mechanism |
| CN110723522A (en) * | 2019-10-08 | 2020-01-24 | 宁波更大集团有限公司 | Bearing noise detection device |
| CN110813791A (en) * | 2019-11-15 | 2020-02-21 | 湖南美蓓达科技股份有限公司 | Miniature bearing hole detection device |
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