CN208303256U - Deep groove ball bearing radial internal clearance automatic tester - Google Patents
Deep groove ball bearing radial internal clearance automatic tester Download PDFInfo
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- CN208303256U CN208303256U CN201820230815.2U CN201820230815U CN208303256U CN 208303256 U CN208303256 U CN 208303256U CN 201820230815 U CN201820230815 U CN 201820230815U CN 208303256 U CN208303256 U CN 208303256U
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Abstract
The utility model relates to a kind of automatic testers, specifically deep groove ball bearing radial internal clearance automatic tester, belong to bearing machining detection technique field.It includes pedestal, auto-conveying apparatus, self-operated measuring unit, automatic discharging device and automatic Proofreading device, the auto-conveying apparatus for grabbing and moving bearing to be detected, the self-operated measuring unit for measuring bearing clearance, the automatic discharging device for distinguishing bearing clearance qualified product and defective products and the automatic Proofreading device for proofreading bearing clearance standard component are successively arranged by bearing clearance testing process on pedestal, self-operated measuring unit and automatic Proofreading device is arranged side by side in auto-conveying apparatus side, and self-operated measuring unit side is equipped with automatic discharging device.The utility model structure is simple, compact, reasonable, stable and reliable in work, and detection efficiency is higher, is capable of the radial internal clearance of the lesser deep groove ball bearing of automatic measurement internal diameter, has preferable measurement accuracy, realizes Bearing testing automated production.
Description
Technical field
The utility model relates to a kind of automatic tester, specifically deep groove ball bearing radial internal clearance automatic tester,
Belong to bearing machining detection technique field.
Background technique
Bearing end-play is in the use of bearing to performances such as the rolling fatigue life of bearing, temperature rise, noise and vibrations
It is always the important Con trolling index of Production of bearing factory in the presence of very big influence.In the market for common deep groove ball bearing its by
It is many to be accomplished manually instrumentation devices of detection etc., but it is seldom to reach the measuring instrument automatically detected, especially inner hole
Size is even more fewer and fewer in 5mm product below, and size is smaller, difficult processing, and detection is difficult, domestic market always by Japan and
The enterprises such as America and Europe capture.It is domestic at present to must just solve the test problems of miniature bearing first into miniature bearing market
There is the detector completed by manual operation, but there is no the detecting instrument equipment that can reach automation level.
Currently, the Chinese patent of Publication No. CN104457512A discloses a kind of bearing radial internal clearance measuring device, packet
It includes indicator, fixed column, compress connecting rod, compact heap, boss；The indicator is horizontally fixed in fixed column, and fixed column is fixed
On the table, through-hole is arranged in axle center, compresses connecting rod and passes perpendicularly through through-hole setting, the compression small end is fixed with compression
Block, lower end are swung up and down by pressing cam control, and the indicator is directed toward axis where the compression connecting rod.This bearing diameter
Although stronger to measuring device for windage operability, overall structure is simple, and Bearing testing lesser for internal diameter is more tired
Difficulty is unable to measure out effective bearing end-play.
Summary of the invention
In place of the purpose of this utility model is to overcome above-mentioned deficiency, thus provide a kind of deep groove ball bearing radial internal clearance from
Dynamic detector, is capable of the radial internal clearance of the lesser deep groove ball bearing of automatic measurement internal diameter, has preferable measurement accuracy, realizes
Bearing testing automated production.
According to technical solution provided by the utility model, deep groove ball bearing radial internal clearance automatic tester include pedestal, from
Dynamic carrying device, self-operated measuring unit, automatic discharging device and automatic Proofreading device, it is characterized in that: pressing bearing clearance on pedestal
Testing process is successively arranged auto-conveying apparatus for grabbing and moving bearing to be detected, for measuring the automatic of bearing clearance
Measuring device, the automatic discharging device for distinguishing bearing clearance qualified product and defective products and for proofreading bearing clearance standard component
Automatic Proofreading device, self-operated measuring unit and automatic Proofreading device, automatic measurement dress is arranged side by side in auto-conveying apparatus side
Side is set equipped with automatic discharging device；
The auto-conveying apparatus includes traversing pedestal, traversing balladeur train, material grasping pedestal, transverse-moving mechanism, propulsive mechanism, feeding
Mechanism and discharge mechanism, traversing pedestal are equipped with transverse-moving mechanism, and transverse-moving mechanism drives end to connect traversing balladeur train, sets on traversing balladeur train
There is propulsive mechanism, propulsive mechanism drives end to connect material grasping pedestal, and material fetching mechanism and discharge mechanism is arranged side by side in material grasping pan frontward end；
The self-operated measuring unit includes support component, hold down assembly, measure head assembly, survey pen assembly, measurement pedestal and
Fixed frame is measured, fixation measuring fixed frame on pedestal is measured, measures and support component is arranged side by side on fixed frame and holds down assembly, prop up
Support component and the left and right that holds down assembly are correspondingly arranged and are matched for clamping tightly bearing to be detected, and measurement fixed frame upper end, which is equipped with, surveys pen assembly,
It measures pedestal and is equipped with measurement head assembly, survey pen assembly and measurement head assembly is correspondingly arranged is matched for clamping tightly axis to be detected up and down
It holds；
The automatic discharging device includes discharge bottom plate, qualified product discharge mechanism and rejected product discharge mechanism, discharge bottom
Multiple qualified product discharge mechanisms and multiple rejected product discharge mechanisms, qualified product discharge mechanism and qualified product row are arranged side by side on plate
Setting partition separates between material mechanism；
The automatic Proofreading device includes check and correction pedestal, check and correction cylinder, check and correction sliding rack, check and correction line slide rail and check and correction hand
Refer to cylinder, proofread fixed check and correction cylinder on pedestal, check and correction cylinder driving end connection check and correction sliding rack, check and correction sliding rack slides up and down
It is connected on check and correction line slide rail, check and correction line slide rail is fixed on check and correction pedestal, proofreads fixed check and correction finger gas on sliding rack
Cylinder.
Further, transverse-moving mechanism includes traversing guide rail, traversing balladeur train and transverse cylinder, and traversing guide rail is arranged at traversing bottom
On seat, traversing balladeur train is slidably connected on traversing guide rail, and traversing balladeur train one end connection transverse cylinder drives end, and transverse cylinder is fixed
In traversing pedestal side, traversing pedestal front and back end is respectively equipped with traversing buffer, and traversing pan frontward end is equipped with stop screw.
Further, propulsive mechanism includes propelling track, promotes balladeur train, propulsion cylinder and fixed plate, propelling track setting
On traversing balladeur train, balladeur train is promoted to be slidably connected on propelling track, promotes and fix propulsion cylinder on balladeur train, propulsion cylinder driving
End is connected and fixed plate, and fixed plate is fixed on traversing balladeur train, and fixed plate, which is equipped with, promotes buffer.
Further, material fetching mechanism includes feeding rotary cylinder and feeding finger cylinder, and feeding rotary cylinder, which is fixed on, grabs
Expect on pedestal, feeding rotary cylinder drives end to connect feeding finger cylinder；The discharge mechanism is feeding finger cylinder, feeding hand
Refer to that cylinder is fixed on material grasping pedestal.
Further, support component includes support shaft, support base and support shaft adjustable plate, and support shaft adjustable plate slides up and down
It is connected in the sliding slot of measurement fixed frame, support shaft adjustable plate can slide up and down adjustment position along sliding slot, and pass through bolt
It is locked, support shaft adjustable plate side fixed supporting seat, support base is interior to be equipped with support shaft.
Further, it holds down assembly including compressing axle bed, compression axis adjustable plate, compression axis, clamping arm and compression cylinder, pressure
Mandrel adjustable plate, which slides up and down, to be connected in the sliding slot of measurement fixed frame, and compression axis adjustable plate can slide up and down tune along sliding slot
Whole position, and being locked by bolt, compression axis adjustable plate side are fixed and clamped axle bed, compress the connection that horizontally slips in axle bed
Compression axis, compression axis one end connect clamping arm front end, and clamping arm rear end connects compression cylinder and drives end, and compression cylinder is fixed on survey
It measures on fixed frame.
Further, measurement head assembly includes measuring head cylinder and measuring head, and measuring head cylinder is fixed on measurement pedestal bottom
Portion, measuring head cylinder drive end to connect measuring head.
Further, surveying pen assembly includes surveying pen and surveying a cylinder, surveys a cylinder and is fixed on measurement fixed frame top, surveys pen
Cylinder drives end connection to survey pen.
Further, qualified product discharge mechanism includes the first discharge cylinder, the first discharge block and the first discharge groove, first row
Hopper one end is equipped with the first discharge block, and first discharge block one end connects the first discharge cylinder and drives end, and the first discharge cylinder can
The first discharge block is driven to move forward and backward along the first discharge groove.
Further, rejected product discharge mechanism include the second discharge block, the second discharge cylinder and the second discharge groove, second
Discharge groove one end is equipped with the second discharge block, and second discharge block one end connects the second discharge cylinder and drives end, the second discharge cylinder energy
The second discharge block is enough driven to move forward and backward along the second discharge groove.
Compared with the prior art the utility model has the advantage that
The utility model structure is simple, compact, reasonable, stable and reliable in work, and detection efficiency is higher, can be in automatic measurement
The radial internal clearance of the lesser deep groove ball bearing of diameter has preferable measurement accuracy, realizes Bearing testing automated production.
Detailed description of the invention
Fig. 1 is the utility model perspective view.
Fig. 2 is auto-conveying apparatus perspective view.
Fig. 3 is self-operated measuring unit perspective view.
Fig. 4 is automatic discharging device perspective view.
Fig. 5 is automatic Proofreading device perspective view.
Description of symbols: 1- pedestal, 2- auto-conveying apparatus, the traversing pedestal of 2.1-, the traversing guide rail of 2.2-, 2.3- are traversing
Balladeur train, 2.4- transverse cylinder, 2.5- stop screw, the traversing buffer of 2.6-, 2.7- propelling track, 2.8- promote balladeur train, 2.9-
Propulsion cylinder, 2.10- promote buffer, 2.11- fixed plate, 2.12- material grasping pedestal, 2.13- feeding rotary cylinder, 2.14- to take
Expect that finger cylinder, 2.15- feeding finger cylinder, 3- self-operated measuring unit, 3.1- measurement pedestal, 3.2- measure fixed frame, 3.3-
Support shaft, 3.4- support base, 3.5- support shaft adjustable plate, 3.6- compress axle bed, 3.7- compression axis adjustable plate, 3.8- compression axis,
3.9- clamping arm, 3.10- compression cylinder, 3.11- measuring head cylinder, 3.12- measuring head, 3.13- survey pen, 3.14- surveys a cylinder,
4- automatic discharging device, 4.1- discharge bottom plate, the first discharge of 4.2- cylinder, the first discharge of 4.3- block, the second discharge of 4.4- block,
The second discharge of 4.5- cylinder, 4.6- partition, the second discharge groove of 4.7-, the first discharge groove of 4.8-, 5- automatic Proofreading device, the school 5.1-
Finger cylinder is proofreaded to pedestal, 5.2- check and correction cylinder, 5.3- check and correction sliding rack, 5.4- check and correction line slide rail, 5.5-.
Specific embodiment
The utility model will be further described in conjunction with the embodiment in attached drawing below:
As shown in Fig. 1 ~ 5, the utility model mainly includes pedestal 1, auto-conveying apparatus 2, self-operated measuring unit 3, automatic
Discharge device 4 and automatic Proofreading device 5.
The dress of the automatic conveying for grabbing and moving bearing to be detected is successively arranged by bearing clearance testing process on pedestal 1
Set 2, the self-operated measuring unit 3 for measuring bearing clearance, the automatic discharge for distinguishing bearing clearance qualified product and defective products
Device 4 and automatic Proofreading device 5 for proofreading bearing clearance standard component.Automatic survey is arranged side by side in 2 side of auto-conveying apparatus
Device 3 and automatic Proofreading device 5 are measured, 3 side of self-operated measuring unit is equipped with automatic discharging device 4.
Auto-conveying apparatus 2 includes traversing pedestal 2.1, traversing balladeur train 2.3, material grasping pedestal 2.12, transverse-moving mechanism, pusher
Structure, material fetching mechanism and discharge mechanism, traversing pedestal 2.1 are equipped with transverse-moving mechanism, and transverse-moving mechanism drives end to connect traversing balladeur train
2.3, traversing balladeur train 2.3 is equipped with propulsive mechanism, and propulsive mechanism drives end to connect material grasping pedestal 2.12,2.12 front end of material grasping pedestal
Material fetching mechanism and discharge mechanism is arranged side by side.
As shown in Fig. 2, the transverse-moving mechanism includes traversing guide rail 2.2, traversing balladeur train 2.3 and transverse cylinder 2.4, it is traversing to lead
Rail 2.2 is arranged on traversing pedestal 2.1, and traversing balladeur train 2.3 is slidably connected on traversing guide rail 2.2, and traversing 2.3 one end of balladeur train connects
It connects transverse cylinder 2.4 and drives end, transverse cylinder 2.4 is fixed on traversing 2.1 side of pedestal.2.1 front and back end of traversing pedestal point
Not She You traversing buffer 2.6, traversing buffer 2.6 plays buffer function to transverse-moving mechanism.2.1 front end of traversing pedestal is set
There is stop screw 2.5, stop screw 2.5 plays position-limiting action to traversing 2.3 transverse shifting of balladeur train.
The propulsive mechanism includes propelling track 2.7, promotes balladeur train 2.8, propulsion cylinder 2.9 and fixed plate 2.11, is promoted
Guide rail 2.7 is arranged on traversing balladeur train 2.3, and balladeur train 2.8 is promoted to be slidably connected on propelling track 2.7, promotes solid on balladeur train 2.8
Determine propulsion cylinder 2.9, propulsion cylinder 2.9 drives end to be connected and fixed plate 2.11, and fixed plate 2.11 is fixed on traversing balladeur train 2.3.
The fixed plate 2.11, which is equipped with, promotes buffer 2.10, and buffer 2.10 is promoted to play buffer function to propulsive mechanism.
The material fetching mechanism includes feeding rotary cylinder 2.13 and feeding finger cylinder 2.14, and feeding rotary cylinder 2.13 is solid
It is scheduled on material grasping pedestal 2.12, feeding rotary cylinder 2.13 drives end to connect feeding finger cylinder 2.14.
The discharge mechanism is feeding finger cylinder 2.15, and feeding finger cylinder 2.15 is fixed on material grasping pedestal 2.12.
When auto-conveying apparatus 2 works, transverse-moving mechanism and propulsive mechanism drive material fetching mechanism and discharge mechanism mobile in place,
Material fetching mechanism grabs the bearing of laid-flat status, while bearing in a vertical state in discharge mechanism crawl self-operated measuring unit.
After crawl, transverse-moving mechanism and propulsive mechanism drive material fetching mechanism and discharge mechanism to return to original position, the feeding rotation of material fetching mechanism
Rotaring cylinder drives 90 ° of bearing rotary on feeding finger cylinder to make bearing in a vertical state.Then, transverse-moving mechanism and propulsion
Mechanism drives material fetching mechanism and discharge mechanism mobile in place, and the bearing in material fetching mechanism, which is placed into self-operated measuring unit, to be surveyed
It measures, the bearing in discharge mechanism, which is placed into automatic discharging device, distinguishes qualified product and defective products.
As shown in figure 3, the self-operated measuring unit 3 include support component, hold down assembly, measure head assembly, survey pen assembly,
Measure pedestal 3.1 and measurement fixed frame 3.2.
Fixation measuring fixed frame 3.2 on pedestal 3.1 is measured, measures and support component and compression is arranged side by side on fixed frame 3.2
Component, support component and the left and right that holds down assembly are correspondingly arranged and are matched for clamping tightly bearing to be detected.Measurement 3.2 upper end of fixed frame is equipped with
Pen assembly is surveyed, measurement pedestal 3.1 is equipped with measurement head assembly, surveys pen assembly and measurement head assembly is correspondingly arranged is matched for clamping tightly up and down
Bearing to be detected.
The support component includes support shaft 3.3, support base 3.4 and support shaft adjustable plate 3.5, support shaft adjustable plate 3.5
It slides up and down and is connected in the sliding slot of measurement fixed frame 3.2, support shaft adjustable plate 3.5 can slide up and down adjustment position along sliding slot
It sets, and is locked by bolt.3.5 side fixed supporting seat 3.4 of support shaft adjustable plate, support base 3.4 is interior to be equipped with support shaft
3.3。
It is described to hold down assembly including compressing axle bed 3.6, compression axis adjustable plate 3.7, compression axis 3.8, clamping arm 3.9 and compressing
Cylinder 3.10, compression axis adjustable plate 3.7, which slides up and down, to be connected in the sliding slot of measurement fixed frame 3.2,3.7 energy of compression axis adjustable plate
It is enough to slide up and down adjustment position along sliding slot, and be locked by bolt.3.7 side of compression axis adjustable plate is fixed and clamped axle bed
3.6, it compresses and horizontally slips in axle bed 3.6 and connect compression axis 3.8,3.8 one end of compression axis connects 3.9 front end of clamping arm, clamping arm
3.9 rear ends connect compression cylinder 3.10 and drive end, and compression cylinder 3.10 is fixed on measurement fixed frame 3.2.
The measurement head assembly includes measuring head cylinder 3.11 and measuring head 3.12, and measuring head cylinder 3.11 is fixed on measurement
3.1 bottom of pedestal, measuring head cylinder 3.11 drive end to connect measuring head 3.12.
The survey pen assembly includes surveying pen 3.13 and surveying a cylinder 3.14, surveys a cylinder 3.14 and is fixed on measurement fixed frame
3.2 tops survey a cylinder 3.14 and end connection are driven to survey pen 3.13.
When the material fetching mechanism of auto-conveying apparatus provides the bearing of clearance to be detected, the shifting that holds down assembly of self-operated measuring unit
Dynamic cooperation support component or so compresses bearing.It surveys pen assembly and touches bearing downwards until its range, measurement head assembly are upward
Bearing clearance measurement is completed in mobile pressing bearing, measuring head and survey pen cooperation.After completing measurement, the feeding machine of auto-conveying apparatus
Structure comes to take bearing away.
As shown in figure 4, the automatic discharging device 4 includes discharge bottom plate 4.1, qualified product discharge mechanism and rejected product row
Expect mechanism, multiple qualified product discharge mechanisms and multiple rejected product discharge mechanisms, qualified product row are arranged side by side on discharge bottom plate 4.1
Setting partition 4.6 separates between material mechanism and qualified product discharge mechanism.
The qualified product discharge mechanism includes the first discharge cylinder 4.2, the first discharge block 4.3 and the first discharge groove 4.8, the
One discharge groove, 4.8 one end is equipped with the first discharge block 4.3, and 4.3 one end of the first discharge block connects the first discharge cylinder 4.2 and drives end,
First discharge cylinder 4.2 can drive the first discharge block 4.3 to move forward and backward along the first discharge groove 4.8, thus by the first discharge
Bearing in block 4.3 falls into the first discharge groove 4.8 and realizes discharge.
The rejected product discharge mechanism includes the second discharge block 4.4, the second discharge cylinder 4.5 and the second discharge groove 4.7,
Second discharge groove, 4.7 one end is equipped with the second discharge block 4.4, and 4.4 one end of the second discharge block connects the driving of the second discharge cylinder 4.5
End, the second discharge cylinder 4.5 can drive the second discharge block 4.4 to move forward and backward along the second discharge groove 4.7, thus by second row
Bearing in material block 4.4, which is fallen into the second discharge groove 4.7, realizes discharge.
The bearing measurement data according to provided by self-operated measuring unit for having detected clearance is subjected to qualified product to bearing
With the division of defective products, qualified product discharge mechanism pulls the first discharge block return first in order, and qualified product bearing enters first
In discharge block, bearing is then sent to discharge in the first discharge groove by the first discharge cylinder.Rejected product discharge mechanism pulls the
Two discharge block returns, rejected product bearing enter in the second discharge block, are then sent to unqualified bearing by the second discharge cylinder
Discharge in second discharge groove.
As shown in figure 5, the automatic Proofreading device 5 include check and correction pedestal 5.1, check and correction cylinder 5.2, check and correction sliding rack 5.3,
Line slide rail 5.4 and check and correction finger cylinder 5.5 are proofreaded, fixed check and correction cylinder 5.2, check and correction cylinder 5.2 on pedestal 5.1 is proofreaded and drives
End connection check and correction sliding rack 5.3.Check and correction sliding rack 5.3, which slides up and down, to be connected on check and correction line slide rail 5.4, and line slide rail is proofreaded
5.4 are fixed on check and correction pedestal 5.1.Proofread fixed check and correction finger cylinder 5.5 on sliding rack 5.3.
To guarantee that self-operated measuring unit can accurately measure deep-groove ball clearance, the check and correction cylinder of automatic Proofreading device will be pressed from both sides
There is the check and correction finger cylinder of standard component to push down on, then the material fetching mechanism crawl standard component of auto-conveying apparatus is transferred to measurement
Device carries out clearance measurement, is measured again by backtracking.
The utility model structure is simple, compact, reasonable, stable and reliable in work, and detection efficiency is higher, can be in automatic measurement
The radial internal clearance of the lesser deep groove ball bearing of diameter has preferable measurement accuracy, realizes Bearing testing automated production.
Claims (10)
1. a kind of deep groove ball bearing radial internal clearance automatic tester, including pedestal (1), auto-conveying apparatus (2), automatic measurement dress
Set (3), automatic discharging device (4) and automatic Proofreading device (5), it is characterized in that: on pedestal (1) by bearing clearance testing process according to
The secondary auto-conveying apparatus (2) being equipped with for grabbing and moving bearing to be detected, the automatic measurement for measuring bearing clearance fill
Set (3), the automatic discharging device (4) for distinguishing bearing clearance qualified product and defective products and for proofreading bearing clearance standard component
Automatic Proofreading device (5), self-operated measuring unit (3) and automatic Proofreading device is arranged side by side in auto-conveying apparatus (2) side
(5), self-operated measuring unit (3) side is equipped with automatic discharging device (4)；
The auto-conveying apparatus (2) includes traversing pedestal (2.1), traversing balladeur train (2.3), material grasping pedestal (2.12), cross sliding machine
Structure, propulsive mechanism, material fetching mechanism and discharge mechanism, traversing pedestal (2.1) are equipped with transverse-moving mechanism, and transverse-moving mechanism drives end connection
Traversing balladeur train (2.3), traversing balladeur train (2.3) are equipped with propulsive mechanism, and propulsive mechanism drives end connection material grasping pedestal (2.12), grabs
Expect that material fetching mechanism and discharge mechanism is arranged side by side in pedestal (2.12) front end；
The self-operated measuring unit (3) includes support component, holds down assembly, measures head assembly, surveys pen assembly, measurement pedestal
(3.1) and fixed frame (3.2) are measured, fixation measuring fixed frame (3.2) in measurement pedestal (3.1) measures on fixed frame (3.2) simultaneously
Row is arranged support component and holds down assembly, and support component and the left and right that holds down assembly are correspondingly arranged and are matched for clamping tightly bearing to be detected,
It measures fixed frame (3.2) upper end and is equipped with survey pen assembly, measurement pedestal (3.1) is equipped with measurement head assembly, surveys pen assembly and measurement
Head assembly is correspondingly arranged is matched for clamping tightly bearing to be detected up and down；
The automatic discharging device (4) includes discharge bottom plate (4.1), qualified product discharge mechanism and rejected product discharge mechanism, row
Multiple qualified product discharge mechanisms and multiple rejected product discharge mechanisms, qualified product discharge mechanism is arranged side by side on material bottom plate (4.1)
Partition (4.6) are arranged between qualified product discharge mechanism to separate；
The automatic Proofreading device (5) is including proofreading pedestal (5.1), check and correction cylinder (5.2), check and correction sliding rack (5.3), check and correction directly
Line sliding rail (5.4) and check and correction finger cylinder (5.5) are proofreaded fixed check and correction cylinder (5.2) on pedestal (5.1), are proofreaded cylinder (5.2)
End connection check and correction sliding rack (5.3) is driven, check and correction sliding rack (5.3), which slides up and down, to be connected in check and correction line slide rail (5.4), school
Line slide rail (5.4) is fixed in check and correction pedestal (5.1), fixed check and correction finger cylinder (5.5) in check and correction sliding rack (5.3).
2. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: the transverse-moving mechanism includes
Traversing guide rail (2.2), traversing balladeur train (2.3) and transverse cylinder (2.4), traversing guide rail (2.2) are arranged in traversing pedestal (2.1)
On, traversing balladeur train (2.3) is slidably connected on traversing guide rail (2.2), and traversing balladeur train (2.3) one end connects transverse cylinder (2.4)
End is driven, transverse cylinder (2.4) is fixed on traversing pedestal (2.1) side, and traversing pedestal (2.1) front and back end is respectively equipped with traversing slow
It rushes device (2.6), traversing pedestal (2.1) front end is equipped with stop screw (2.5).
3. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: the propulsive mechanism includes
Propelling track (2.7) promotes balladeur train (2.8), propulsion cylinder (2.9) and fixed plate (2.11), and propelling track (2.7) is arranged in cross
It moves on balladeur train (2.3), balladeur train (2.8) is promoted to be slidably connected on propelling track (2.7), promote fixed on balladeur train (2.8) promote
Cylinder (2.9), propulsion cylinder (2.9) driving end are connected and fixed plate (2.11), and fixed plate (2.11) is fixed on traversing balladeur train (2.3)
On, fixed plate (2.11), which is equipped with, promotes buffer (2.10).
4. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: the material fetching mechanism includes
Feeding rotary cylinder (2.13) and feeding finger cylinder (2.14), feeding rotary cylinder (2.13) are fixed on material grasping pedestal (2.12)
On, feeding rotary cylinder (2.13) drives end connection feeding finger cylinder (2.14)；The discharge mechanism is feeding finger cylinder
(2.15), feeding finger cylinder (2.15) is fixed on material grasping pedestal (2.12).
5. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: the support component includes
Support shaft (3.3), support base (3.4) and support shaft adjustable plate (3.5), support shaft adjustable plate (3.5), which slides up and down, is connected to survey
In the sliding slot for measuring fixed frame (3.2), support shaft adjustable plate (3.5) can slide up and down adjustment position along sliding slot, and pass through spiral shell
Bolt-lock fastens, support shaft adjustable plate (3.5) side fixed supporting seat (3.4), is equipped with support shaft (3.3) in support base (3.4).
6. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: it is described hold down assembly including
Axle bed (3.6), compression axis adjustable plate (3.7), compression axis (3.8), clamping arm (3.9) and compression cylinder (3.10) are compressed, is compressed
Axis adjustable plate (3.7), which slides up and down, to be connected in the sliding slot of measurement fixed frame (3.2), and compression axis adjustable plate (3.7) can be along
Sliding slot slides up and down adjustment position, and is locked by bolt, and compression axis adjustable plate (3.7) side is fixed and clamped axle bed
(3.6), it compresses to horizontally slip in axle bed (3.6) and connect compression axis (3.8), before compression axis (3.8) one end connects clamping arm (3.9)
End, clamping arm (3.9) rear end connect compression cylinder (3.10) and drive end, and compression cylinder (3.10) is fixed on measurement fixed frame
(3.2) on.
7. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: the measurement head assembly packet
Measuring head cylinder (3.11) and measuring head (3.12) are included, measuring head cylinder (3.11) is fixed on measurement pedestal (3.1) bottom, measurement
Head cylinder (3.11) drives end connection measuring head (3.12).
8. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: the survey pen assembly includes
It surveys pen (3.13) and surveys a cylinder (3.14), survey a cylinder (3.14) and be fixed on measurement fixed frame (3.2) top, survey a cylinder
(3.14) pen (3.13) are surveyed in the connection of driving end.
9. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: the qualified product material discharging machine
Structure includes the first discharge cylinder (4.2), the first discharge block (4.3) and the first discharge groove (4.8), the first discharge groove (4.8) one end
Equipped with the first discharge block (4.3), first discharge block (4.3) one end connects the first discharge cylinder (4.2) and drives end, the first discharge gas
Cylinder (4.2) can drive the first discharge block (4.3) to move forward and backward along the first discharge groove (4.8).
10. deep groove ball bearing radial internal clearance automatic tester as described in claim 1, it is characterized in that: the rejected product is arranged
Expect that mechanism includes the second discharge block (4.4), the second discharge cylinder (4.5) and the second discharge groove (4.7), the second discharge groove (4.7)
One end is equipped with the second discharge block (4.4), and second discharge block (4.4) one end connects the second discharge cylinder (4.5) and drives end, second row
Material cylinder (4.5) can drive the second discharge block (4.4) to move forward and backward along the second discharge groove (4.7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820230815.2U CN208303256U (en) | 2018-02-08 | 2018-02-08 | Deep groove ball bearing radial internal clearance automatic tester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820230815.2U CN208303256U (en) | 2018-02-08 | 2018-02-08 | Deep groove ball bearing radial internal clearance automatic tester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208303256U true CN208303256U (en) | 2019-01-01 |
Family
ID=64720163
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820230815.2U Active CN208303256U (en) | 2018-02-08 | 2018-02-08 | Deep groove ball bearing radial internal clearance automatic tester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208303256U (en) |
-
2018
- 2018-02-08 CN CN201820230815.2U patent/CN208303256U/en active Active
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