CN209259020U - A kind of material collecting device of device for detecting bearings flexibility - Google Patents
A kind of material collecting device of device for detecting bearings flexibility Download PDFInfo
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- CN209259020U CN209259020U CN201821337909.6U CN201821337909U CN209259020U CN 209259020 U CN209259020 U CN 209259020U CN 201821337909 U CN201821337909 U CN 201821337909U CN 209259020 U CN209259020 U CN 209259020U
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- rod
- rack
- guide rod
- locating
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Abstract
The utility model provides a kind of material collecting device of device for detecting bearings flexibility, it is related to Production of bearing detection device technical field, it solves detection to complete to be easy the technical issues of causing part to be scattered on bearing during rear bearing is collected, including rack, rack top discharge side is equipped with side and is equipped with the guide rod being vertically arranged, the guide rod is along the vertical direction and horizontal direction is arranged toward polyslip, the rack is equipped with the driving device for driving the guide rod sliding, rack side side is equipped with the tray contour with the rack, the tray is equipped with the locating rod being vertically arranged.Locating rod top is hit by guide rod when guide rod is coaxial with locating rod, so that the measured bearing for being located at guiding boom end is slid onto downwards locating rod bottom, realizes the collection of bearing.
Description
Technical field
The utility model relates to Production of bearing detection device technical field more particularly to a kind of device for detecting bearings flexibilities
Material collecting device.
Background technique
Bearing is the critical component in mechanical equipment, and quality and performance are directly related to the performance of mechanical equipment, therefore
Dispatch from the factory money in bearing, need to carry out bearing quality detection, and bearing flexibility detection be in bearing quality detection important link it
One.
As the Chinese patent of Publication No. CN105865791A discloses a kind of full-automatic bearing flexibility of revolution test dress
It sets, including lathe bed and the controller being arranged on the lathe bed, feed device, moves material device, flexibility of revolution detection device, sieve
Screening device and fixed device, feed device move material device, flexibility of revolution detection device, screening plant and fixed device difference
It is electrically connected with the controller, moves material device and be sequentially connected feed device, flexibility of revolution detection device and screening plant, fixed device
Positioned at the underface of flexibility of revolution detection device, the shifting material device includes guide rail and the first cylinder, and the guide rail successively connects
Feeding device, flexibility of revolution detection device and screening plant are fixedly installed with guide plate on the upper surface of the guide rail.
A kind of full-automatic bearing flexible rotation system safety testing device disclosed by above-mentioned technical proposal may be implemented self-feeding,
It is automatic to move material, automatic detection and automatic screening, shorten detection cycle, greatly improves detection efficiency and shorten product testing week
Phase.But during carrying out rewinding, to extension on the outside of lathe bed and tilted down by guide plate, so that detection qualification
Bearing is slid downwards by inclined guiding plate surface, poor since there are a certain distance between guide plate and ground, is directly fallen
It falls and will cause being scattered for bearing parts, the quality of bearing is impacted and collect inconvenience.
Utility model content
The purpose of this utility model is to provide a kind of material collecting devices of device for detecting bearings flexibility, have and guarantee axis
The characteristics of holding part integrity.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of material collecting device of device for detecting bearings flexibility, including rack, the rack are equipped with master control box, the machine
Frame is equipped with the guide plate mobile for the measured bearing, and rack top discharge side is equipped with side and leads equipped with what is be vertically arranged
To bar, the guide rod is along the vertical direction and horizontal direction is arranged toward polyslip, and the rack, which is equipped with, drives the guide rod
The driving device of sliding, rack side side are equipped with the tray contour with the rack, and the tray is equipped with perpendicular
The locating rod being directly arranged, the locating rod outer diameter are less than the internal diameter of measured bearing.
By using above-mentioned technical proposal, after the completion of measured bearing detection, by being fixed in measured bearing on guide rod
Side makes measured bearing and guiding boom end synchronization-sliding, when guide rod is slid above locating rod, is hit by guide rod
It is realized so that the measured bearing for being located at guiding boom end is slid onto downwards locating rod bottom under effect of inertia on locating rod top
Collection to bearing, is collected measured bearing by locating rod and ensure that measured bearing can be arranged fitly,
Reduce the workflow of staff.
Preferably, the driving device includes the direct orbit being fixed in the rack, the direct orbit with
The guide plate length direction is consistent, and the guide rod is equipped with the sliding block slid along the direct orbit, the guide rod edge
The sliding block vertical direction sliding setting, the sliding block side and guide rod top are provided with driving cylinder, two institutes
It states driving cylinder and is electrically connected setting with the master control box.
By using above-mentioned technical proposal, setting is electrically connected by driving cylinder and master control box, so as to guide rod
It during being oriented to, is able to maintain guide rod and is slid along set track, during rewinding, first pass through vertical side
To driving guide rod driven downwards be inserted into its end among measured bearing, then the driving cylinder of vertical direction is upward
It is lifted and passes through the driving cylinder of horizontal direction for guide rod to sliding above locating rod, after the completion of sliding, then lead to
The driving cylinder for crossing vertical direction withstands on locating rod top for boom end is oriented to, and falls measured bearing, and last guide rod resets,
It repeats above-mentioned movement and realizes that the assembly line of measured bearing is collected.
Preferably, the slide plate with the guide rod synchronization-sliding is equipped with below the sliding block, the sliding block is equipped with several
The through hole being vertically arranged, the through hole is interior to be equipped with the connecting rod being vertically arranged, and the connecting rod is set with slide plate interconnection
It sets.
By using above-mentioned technical proposal, by the connecting rod along the sliding setting of through hole vertical direction, so that guide rod exists
It is consistent with vertical direction that its glide direction is able to maintain in slipping along the vertical direction, the shaking of guide rod is avoided to cause to be oriented to
Bar cannot keep coaxial the case where causing measured bearing to fall appearance with locating rod.
Preferably, it is located to be equipped at its periphery on the tray and runs through slot, the locating rod is equipped with sliding setting and exists
The locating piece in slot, the locating rod more than one, and the locating rod are arranged along described through slot course bearing
Setting.
By color beautiful above-mentioned technical proposal, by multiple locating rods and locating piece along through slot sliding setting so that into
When row is collected, after collecting full in the locating rod for being located at collection position, another locating rod is placed by sliding locating piece
Position is being collected, is reducing the workflow for replacing locating rod after the completion of collecting, improves the detection efficiency in detection process.
Preferably, the locating rod is plugged on the locating piece, and the locating rod is equipped with and the locating piece top surface
Mutually abut the baffle of setting.
By using above-mentioned technical proposal, by the locating rod being plugged on locating piece locating rod is detachably connected and sets
It sets on locating piece, and is made by the baffle in locating rod during collecting measured bearing, by baffle to measured bearing
It is accepted and locating rod to disassemble rear measured bearing from locating piece to be always positioned in locating rod.
Preferably, the tray is rectangle setting, and two neighboring locating piece mutually abuts setting and the tray four
Rounded corner is arranged at peripheral angle, is equipped between stepping down between two locating pieces of one of edge on the tray
Gap, the resigning gap are consistent with the positioning block size.
Enable locating piece is evenly distributed to set by the tray in rectangle setting by using above-mentioned technical proposal
Set on tray periphery, and by the setting in resigning gap, in use, by will be located on tray resigning gap its
The locating piece of middle side side slides and is filled up to resigning gap location, and one by one slides locating piece, to appearance
Space is filled a vacancy, and is finally vacated the space position in gap of stepping down, is realized the displacement to locating piece, so that new empty locating rod
Positioned at rewinding position.
Preferably, the tray periphery is extended downwardly equipped with extension board, is set in the extension board there are four the first cylinder,
And first cylinder is located at four edges, the first cylinder block bottom wall is mutually abutted with the extension board to be set
Set, and the first cylinder pointing direction respectively with it where locating piece glide direction of side it is consistent, first cylinder away from
From most not contacting setting with the locating piece in short-term.
By using above-mentioned technical proposal, by the setting of the first cylinder, the driving to locating piece sliding is realized, and logical
Cross the limitation to the first cylinder most short length so that in one of them first cylinder slipping, will not due to other first
The situation that the barrier of cylinder causes sliding inconvenient occurs.
Preferably, the tray, which is located above the locating rod, is equipped with range sensor, the range sensor and institute
It states the first cylinder and is electrically connected setting with the master control box respectively.
By using above-mentioned technical proposal, by the setting of range sensor, so that passing through Distance-sensing during rewinding
The height that device stacks measured bearing in locating rod detects, and controls to facilitate whole, so that in locating rod
After measured bearing piles with, the sliding of locating rod bottom locating piece is realized in the driving of the first cylinder.
In conclusion the utility model has the following beneficial effects:
1, make measured bearing and guiding boom end synchronization-sliding by plugging guide rod to be fixed on the inside of measured bearing, and
When guide rod is coaxial with locating rod by guide rod hit locating rod top so that be located at guiding boom end measured bearing to
Under be slid onto locating rod bottom, realize the collection of bearing；
2, by master control box and the range sensor on locating piece, so that during rewinding, it can be according to measured axis
The collection situation held is judged, after measured bearing piles in locating rod, is controlled the driving of the first cylinder by master control box and is realized
The sliding of locating rod bottom locating piece enables the sliding of locating piece more easily to carry out.
Detailed description of the invention
Fig. 1 is a kind of overall schematic of the material collecting device of device for detecting bearings flexibility；
Fig. 2 is the enlarged diagram of part A in Fig. 1；
Fig. 3 is a kind of schematic cross-section of the material collecting device of device for detecting bearings flexibility.
In figure, 1, rack；11, guide plate；2, master control box；21, range sensor；3, guide rod；4, tray；41, fixed
Position bar；411, locating piece；412, baffle；42, run through slot；421, resigning gap；43, the first cylinder；44, extension board；5, it orients
Track；51, sliding block；52, cylinder is driven；53, slide plate；531, through hole；532, connecting rod.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
A kind of material collecting device of device for detecting bearings flexibility, as shown in Figure 1, including that rack 1 is set in rack 1 here
There is master control box 2, and rack 1 is equipped with the guide plate 11 mobile for measured bearing, is equipped with and is vertically arranged in 1 top discharge side of rack
Guide rod 3；In the present embodiment, as shown in Figure 1, guide rod 3 along the vertical direction and horizontal direction toward polyslip be arranged, rack 1
It is equipped with the driving device that driving guide rod 3 slides, the tray 4 contour with rack 1 is equipped in 1 side side of rack, accepts
Disk 4 is equipped with the locating rod 41 being vertically arranged, and 41 outer diameter of locating rod is less than the internal diameter of measured bearing.In this way, passing through 3 edge of guide rod
Sliding setting on vertical direction, when measured bearing needs to collect, by the sliding of guide rod 3 along the vertical direction by guide rod
3 are inserted into measured bearing, and make measured bearing and 3 end of guide rod synchronize slid, it is fixed that sliding guide rod 3 is located at
The top of position bar 41 hits locating rod 41 by guide rod 3 and makes the measured bearing positioned at 3 end of guide rod under effect of inertia
Continue to slide and be set in locating rod 41 downwards, to realize the collection to measured bearing.
In order to realize the driving to guide rod 3, in the present embodiment, as shown in Fig. 2, driving device includes being fixed at machine
Direct orbit 5 on frame 1, here, direct orbit 5 is consistent with 11 length direction of guide plate, and is equipped on guide rod 3 along orientation
The sliding block 51 that track 5 slides, in the present embodiment, guide rod 3 slides along 51 vertical direction of sliding block to be arranged, and in 51 side of sliding block and is led
Driving cylinder 52 is provided with above to bar 3, here, two driving cylinders 52 are electrically connected setting with master control box 2.In this way, passing through
Driving cylinder 52 is electrically connected setting with master control box 2, so that realizing by master control box 2 to the control of driving cylinder 52, works as needs
When collecting measured bearing, the driving for first passing through vertical direction, which drives downwards guide rod 3, is inserted into its end in measured bearing
Between, then the driving cylinder 52 of vertical direction be lifted upwards and by the driving cylinder 52 of horizontal direction by guide rod 3 to positioning
The top of bar 41 is slid, and withstands on 3 end of guide rod calmly after the completion of sliding, then through the driving cylinder 52 of vertical direction
Position 41 top of bar, falls measured bearing, and last guide rod 3 resets, and repeats the collection that measured bearing is realized in above-mentioned movement.
In detection process, need to keep the glide direction of 3 vertical direction of guide rod, in the present embodiment, as shown in Fig. 2,
Slide plate 53 with 3 synchronization-sliding of guide rod is equipped with below sliding block 51, and here, be equipped on sliding block 51 it is several be vertically arranged pass through
Perforation 531, through hole 531 is interior to be equipped with the connecting rod 532 being vertically arranged, and connecting rod 532 and slide plate 53, which are connected with each other, to be arranged.In this way, logical
It crosses connecting rod 532 to be oriented to 3 glide direction of guide rod across the setting of through hole 531, so that guide rod 3 slides in vertical direction
It can be effectively prevented from shaking in the process.
In the present embodiment, in order to further facilitate the collection to measured bearing, as shown in Figure 1, being located at it on tray 4
It is equipped at periphery and runs through slot 42,4 bottom of tray is equipped with the bearing rod 422 of connection sliding slot two sides, and here, locating rod 41 is equipped with
The locating piece 411 in slot 42 is arranged in sliding, here, as shown in Figure 1,41 more than one of locating rod, and 41 edge of locating rod
It is arranged through 42 course bearing of slot, in the present embodiment, locating rod 41 is plugged on locating piece 411, and locating rod 41 is equipped with
The baffle 412 of setting is mutually abutted with 411 top surface of locating piece.In this way, by multiple locating rods 41 and locating piece 411 along through slot
42 sliding settings, so that when being collected, after collecting full in the locating rod 41 for being located at collection position, by sliding locating piece
Another locating rod 41 is placed on collection position by 411, to facilitate the replacement of locating rod 41；And by being plugged in positioning
Locating rod 41 on block 411 makes locating rod 41 be detachably connected setting on locating piece 411, and passes through the gear in locating rod 41
Plate 412 makes during collecting measured bearing, is accepted to measured bearing by baffle 412 so that locating rod 41 is from positioning
Rear measured bearing is disassembled on block 411 can be always positioned in locating rod 41.
In the present embodiment, in order to facilitate sliding of the locating piece 411 on tray 4, as shown in Figure 1, tray 4 is rectangle
Setting, two neighboring locating piece 411 mutually abuts setting and 4 surrounding edge rounded corner of tray is arranged, and is located on tray 4
Resigning gap 421 is equipped between two locating pieces 411 of one of edge, and here, resigning gap 421 and locating piece
411 sizes are consistent.In this way, locating piece 411 evenly distributed can be arranged on 4 periphery of tray, and by that will be located on tray 4
The locating piece 411 of the wherein side side of resigning gap 421, and one by one will positioning to sliding at resigning gap 421 and filled up
Block 411 is slid, and is filled a vacancy the space of appearance, is finally vacated the space position in resigning gap 421, is realized to positioning
The displacement of block 411.
Here, in order to realize the driving to locating piece 411, extend as shown in figure 3,4 periphery of tray extends downwardly to be equipped with
Plate 44, sets that there are four the first cylinders 43 in extension board 44, and the first cylinder 43 is located at four edges, 43 cylinder of the first cylinder
Body bottom wall and extension board 44 mutually abut setting, and 43 pointing direction of the first cylinder locating piece 411 with side where it respectively
Glide direction is consistent, and the first cylinder 43 is not apart from most contacting setting with locating piece 411 in short-term.In this way, passing through the first cylinder 43
Setting realizes the driving slid to locating piece 411.
In the present embodiment, in order to realize the collection of automation, set as shown in Fig. 2, being located above locating rod 41 in tray 4
There is range sensor 21, range sensor 21 is electrically connected setting with master control box 2 respectively with the first cylinder 43.In this way, passing through distance
The height that sensor 21 stacks measured bearing in locating rod 41 detects, and controls to facilitate whole, so that
After measured bearing piles in locating rod 41, the sliding of 41 bottom locating piece 411 of locating rod is realized in the driving of the first cylinder 43.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (8)
1. a kind of material collecting device of device for detecting bearings flexibility, including rack (1), the rack (1) is equipped with master control box
(2), the rack (1) is equipped with the guide plate (11) mobile for measured bearing, it is characterised in that: rack (1) top discharge
Side is equipped with the guide rod (3) being vertically arranged, and the guide rod (3) is along the vertical direction and horizontal direction is arranged toward polyslip, institute
State rack (1) and be equipped with the driving device for driving the guide rod (3) sliding, rack (1) the side side be equipped with it is described
The contour tray (4) of rack (1), the tray (4) are equipped with the locating rod (41) being vertically arranged, the locating rod (41)
Outer diameter is less than the internal diameter of measured bearing.
2. a kind of material collecting device of device for detecting bearings flexibility according to claim 1, it is characterised in that: the driving
Device includes the direct orbit (5) that is fixed on the rack (1), the direct orbit (5) and the guide plate (11)
Length direction is consistent, and the guide rod (3) is equipped with the sliding block (51) slid along the direct orbit (5), the guide rod (3)
It slides and is arranged along the sliding block (51) vertical direction, be provided with drive above sliding block (51) side and the guide rod (3)
It takes offence cylinder (52), two driving cylinders (52) are electrically connected setting with the master control box (2).
3. a kind of material collecting device of device for detecting bearings flexibility according to claim 2, it is characterised in that: the sliding block
(51) lower section is equipped with the slide plate (53) with the guide rod (3) synchronization-sliding, and the sliding block (51) is equipped with several be vertically arranged
Through hole (531), the connecting rod (532) being vertically arranged, the connecting rod (532) and the cunning are equipped in the through hole (531)
Plate (53) is connected with each other setting.
4. a kind of material collecting device of device for detecting bearings flexibility according to claim 3, it is characterised in that: the undertaking
It is located to be equipped at its periphery on disk (4) and runs through slot (42), the locating rod (41) is equipped with sliding setting and runs through slot described
(42) locating piece (411) in, locating rod (41) more than one, and the locating rod (41) run through slot (42) rail along described
Mark direction is arranged.
5. a kind of material collecting device of device for detecting bearings flexibility according to claim 4, it is characterised in that: the positioning
Bar (41) is plugged on the locating piece (411), and the locating rod (41) is equipped with and mutually supports with the locating piece (411) top surface
Connect the baffle (412) of setting.
6. a kind of material collecting device of device for detecting bearings flexibility according to claim 5, it is characterised in that: the undertaking
Disk (4) is rectangle setting, and two neighboring locating piece (411) abuts setting, and the tray (4) surrounding edge rounded corner is set
It sets, is located on the tray (4) between two locating pieces (411) of one of edge and is equipped with resigning gap (421), institute
It is consistent with the locating piece (411) size to state resigning gap (421).
7. a kind of material collecting device of device for detecting bearings flexibility according to claim 6, it is characterised in that: the undertaking
Disk (4) periphery is extended downwardly equipped with extension board (44), is set in the extension board (44) there are four the first cylinder (43), and described the
One cylinder (43) is located at four edges, and the first cylinder (43) cylinder body bottom wall is mutually abutted with the extension board (44)
Setting, and first cylinder (43) pointing direction is consistent with locating piece (411) glide direction of side where it respectively, it is described
First cylinder (43) distance does not most contact setting with the locating piece (411) in short-term.
8. a kind of material collecting device of device for detecting bearings flexibility according to claim 7, it is characterised in that: the undertaking
Disk (4), which is located above the locating rod (41), is equipped with range sensor (21), the range sensor (21) and first gas
Cylinder (43) is electrically connected setting with the master control box (2) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821337909.6U CN209259020U (en) | 2018-08-18 | 2018-08-18 | A kind of material collecting device of device for detecting bearings flexibility |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821337909.6U CN209259020U (en) | 2018-08-18 | 2018-08-18 | A kind of material collecting device of device for detecting bearings flexibility |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209259020U true CN209259020U (en) | 2019-08-16 |
Family
ID=67557636
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821337909.6U Active CN209259020U (en) | 2018-08-18 | 2018-08-18 | A kind of material collecting device of device for detecting bearings flexibility |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209259020U (en) |
-
2018
- 2018-08-18 CN CN201821337909.6U patent/CN209259020U/en active Active
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