CN205607644U - Full -automatic bearing rotating flexibility testing arrangement - Google Patents
Full -automatic bearing rotating flexibility testing arrangement Download PDFInfo
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- CN205607644U CN205607644U CN201620469205.9U CN201620469205U CN205607644U CN 205607644 U CN205607644 U CN 205607644U CN 201620469205 U CN201620469205 U CN 201620469205U CN 205607644 U CN205607644 U CN 205607644U
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- cylinder
- guide rail
- full
- fixedly mounted
- automatic bearing
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Abstract
The utility model relates to a full -automatic bearing rotating flexibility testing arrangement, be in including lathe bed and setting controller, material feeding unit on the lathe bed, moving material device, rotatory clever activity detection device, sieving mechanism and fixing device, material feeding unit, moving material device, rotatory clever activity detection device, sieving mechanism and fixing device and is connected with the controller electricity respectively, move the material device and connect gradually material feeding unit, rotatory clever activity detection device and sieving mechanism, fixing device is located the clever activity detection device of rotation under. The utility model discloses a full -automatic bearing rotating flexibility testing arrangement can realize autoloading, automatic move material, automated inspection and autofilter, and the multi -functional machine need not artifical turnover many times, shortens the detection cycle, and the loaded down with trivial details of artifical detection that has significantly reduced, reduces the recruitment cost simultaneously, only needs alone whole operations of alright operation complete machine or whole automatic line, has promoted detection efficiency greatly and has shortened the product quality control survey cycle.
Description
Technical field
This utility model relates to Bearing testing technical field, especially relates to a kind of full-automatic bearing flexible rotation
System safety testing device.
Background technology
Traditional Bearing testing makes employing manual test and semi automatic machine instrument test, artificial judgment measured piece
Whether qualified, this method certainty of measurement is low, bigger by the factor to affect of people, it is judged that risk is high.Along with
The development of science and technology, bearing industry is to full-automatic machining tool, automatic bearing production line and the transfer lines of assembling
Be widely used, make bearing machining quality and efficiency be greatly improved, thus to detection technique, quality management and
Statistical work is had higher requirement.Its middle (center) bearing motility detection is in product acceptance test important one
Ring, due to manufacturing defect, its fraction defective is higher, and conventionally employed manual detection is the most relatively costly, and
Also has the risk of missing inspection；The detection of semi automatic machine instrument is also required to operated by personnel and completes, staff
Solve, learning the operation of a machine needs the long period, if machine is easily caused damage by misoperation, time serious,
Also staff's inherently safe can be threatened.
Utility model content
The technical problems to be solved in the utility model is: in order to overcome bearing rotary spirit traditional in prior art
Active testing is to use manual detection, the most relatively costly, and the risk of also missing inspection；Semi automatic machine
Instrument detection is also required to operated by personnel and completes, when staff understands, the needs that learn the operation of a machine are longer
Between, if machine is easily caused damage by misoperation, time serious, also staff's inherently safe can be made
Become the problem threatened, it is provided that a kind of full-automatic bearing flexible rotation system safety testing device.
This utility model solves its technical problem and be the technical scheme is that a kind of full-automatic bearing rotates spirit
Microactivity Test Unit, including lathe bed and be arranged on described lathe bed controller, pay-off, shifting material device,
Flexibility of revolution detection device, screening plant and fixing device, described pay-off, shifting material device, rotation
Device for detecting flexibility, screening plant and fixing device electrically connect with described controller respectively, and the described material that moves fills
Putting and be sequentially connected with pay-off, flexibility of revolution detection device and screening plant, described fixing device is positioned at institute
State the underface of flexibility of revolution detection device, in order to realize that the flexibility of revolution of bearing is detected automatically,
Described flexibility of revolution detection device includes support means, mobile device, driving means, testing agency and meter
Amount device, described support means is fixedly mounted on described lathe bed, and described mobile device is slidably mounted on described
In support means, described driving means is fixedly mounted in described mobile device, and described testing agency slides and pacifies
Being contained in described driving means, described metering device is fixedly mounted in described support means.
In order to realize bearing movement on guide rail, described shifting material device includes that guide rail and first promotes cylinder,
Described first promotion cylinder is the first cylinder, and described guide rail promotes cylinder to be all fixedly mounted on described bed with described first
With, described guide rail is sequentially connected with pay-off, flexibility of revolution detection device and screening plant, described in lead
Rail is flat guide, and the upper surface of described guide rail is installed with guide plate, the length side of described guide plate
To parallel with the length direction of described guide rail, described first promotes the moving direction of cylinder external part and described guide rail
Length direction parallel, described first promotes the external part of cylinder to be installed with the second promotion cylinder, described second
Promoting cylinder is the second cylinder, and described second promotes the moving direction of cylinder external part and the length direction of described guide rail
Vertically, described second promotes the external part of cylinder to be installed with shifting flitch, and described shifting flitch is detachably installed
Having shifting tablet, some described shifting tablet spaced sets, described shifting tablet is positioned at the surface of described guide rail,
For the ease of more firm mobile bearing, the lower surface of described shifting tablet overlaps with the upper surface of described guide rail,
Described shifting tablet be provided with shifting material opening, described shifting material opening be shaped as square, described shifting material opening
The length of side is equal to the diameter of bearing.
In order to simplify whole detecting tool, the floor space making this frock is less, and described pay-off is vibration
Charging tray, the outlet of described vibrating tray is positioned at the surface of described guide rail, and the outlet of described vibrating tray is positioned at
The front of described guide plate.
In order to realize that the flexibility of revolution of bearing is detected automatically, described flexibility of revolution detection device bag
Including support means, mobile device, driving means, testing agency and metering device, described support means is fixed
Being arranged on described lathe bed, described mobile device is slidably mounted in described support means, described driving means
Being fixedly mounted in described mobile device, described testing agency is slidably mounted in described driving means, described
Metering device is fixedly mounted in described support means.
Further, described support means includes that support, described support are fixedly mounted on described lathe bed, institute
Stating and be installed with fixed cover on support, the top of described fixed cover is coaxially installed with thrust ball bearing.
Further, described mobile device includes the 3rd promotion cylinder, and described 3rd promotion cylinder is the 3rd cylinder,
Described 3rd promotes cylinder to fixedly mount on the bracket, and the described 3rd promotes the external part of cylinder to be installed with
Traversing carriage, described traversing carriage is slidably installed on the bracket, and described support is installed with guide rail,
Described slide on rails is provided with slide block, and described traversing carriage is fixedly mounted on described slide block.
In order to prevent the transition of traversing carriage from moving, described support is additionally provided with stopping means, described spacing
Device includes that upper limit position block and lower position block, described traversing carriage are slidably mounted on described upper limit position block with described
Between lower position block.
Further, described driving means includes that rotating mechanism, described rotating mechanism are motor, described rotation
Mechanism is fixedly mounted on the upper surface of described traversing carriage, and the lower surface of described traversing carriage is also installed with
Axle sleeve, is rotatablely equipped with power transmission shaft in described axle sleeve, described axle sleeve and described power transmission shaft pass through deep groove ball bearing
Realization rotates coaxially connection, and described power transmission shaft is fixing with the external part of described motor to be connected.
Further, described testing agency includes testing main shaft, and described test main shaft is slidably mounted on described biography
In moving axis, described test main shaft is notch cuttype cylinder, described test main shaft pass described fixed cover, and with
Described fixed cover realizes rotating coaxially connection by deep groove ball bearing, and described test main shaft is installed with tooth
Dish, described fluted disc is coaxially disposed with described test main shaft, and described test spindle nose is installed with gauge head,
The radius of described gauge head is slightly larger than the inner ring of bearing, and on described guide rail, the underface of gauge head has blind hole, described
The radius of blind hole is equal with the radius of described gauge head.
Further, described metering device includes that sensor for countering and display screen, described sensor for countering are fixed
Install on the bracket, for recording the number of teeth that fluted disc rotates, described sensor for countering and described display screen
Electrical connection.
Further, in order to realize while bearing detects, bearing being fixed, described fixing dress
Putting and include the 4th promotion cylinder, described 4th promotion cylinder is the 4th cylinder, and the described 4th promotes cylinder to be fixedly mounted on
On described lathe bed, the described 4th promotes the external part of cylinder to be installed with fixed plate, described support has logical
Hole, described fixed plate passes described support, and is slidably arranged on described guide rail, the movement of described fixed plate
Direction is vertical with the length direction of described guide rail, and described fixed plate is positioned at the underface of described gauge head.
Further, described screening plant includes the 5th promotion cylinder and storage case, and the described 5th to promote cylinder be the
Five cylinders, the described 5th promotes cylinder to be fixedly mounted on described lathe bed, and the described 5th promotes the external part of cylinder admittedly
Dingan County is equipped with push pedal, and described storage case is removably mounted at the lower section of described guide rail, and described guide rail upper surface is opened
Having through hole, described through hole to be oppositely arranged with the opening of described storage case, described push pedal is slidably arranged in described logical
In hole, the upper surface of described push pedal overlaps with the upper surface of described guide rail.
The beneficial effects of the utility model are: this utility model uses vibrating tray to realize full-automatic to bearing
Conveying, uses the first cylinder, the second cylinder and moves the tablet cooperation realization full-automatic transfer to bearing, using
The flexibility of revolution detection device realization fully-automated synthesis to the flexibility of revolution of bearing, use the 5th cylinder,
Push pedal and storage case coordinate realization to screen the full-automatic of bearing, multi-functional machine, it is not necessary to manually repeatedly have enough to meet the need,
Shorten the detection cycle, and greatly reduce the loaded down with trivial details of manual detection, reduce recruitment cost, it is only necessary to a people simultaneously
The most operable complete machine or all operations of whole automatization line, be greatly improved detection efficiency and shorten product
The detection cycle.
Accompanying drawing explanation
With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
Fig. 1 is schematic three dimensional views of the present utility model；
Fig. 2 is the enlarged drawing in this utility model Fig. 1 at A；
Fig. 3 is the enlarged drawing in this utility model Fig. 1 at B；
Fig. 4 is top view of the present utility model；
Fig. 5 is the schematic three dimensional views of flexibility of revolution detection device in this utility model；
Fig. 6 is the front view of flexibility of revolution detection device in this utility model；
Fig. 7 is the sectional view in this utility model Fig. 6 at A-A；
Fig. 8 is the enlarged drawing in this utility model Fig. 7 at C.
In figure: 1. lathe bed, 2. controller, 3. guide rail, 4. the first cylinder, 5. the second cylinder, 6. move material
Sheet, 7. moves material opening, 8. vibrating tray, 9. support, 10. fixed cover, 11. thrust ball bearings, and 12. the
Three cylinders, 13. traversing carriages, 14. upper limit position blocks, 15. lower position blocks, 16. motors, 17. axle sleeves, 18.
Power transmission shaft, 19. test main shafts, 20. fluted discs, 21. gauge heads, 22. sensor for countering, 23. display screens, 24.
4th cylinder, 25. fixed plates, 26. the 5th cylinders, 27. storage cases, 28. push pedals, 29. through holes, 30.
Deep groove ball bearing, 31. guide plates.
Detailed description of the invention
Presently in connection with accompanying drawing, the utility model is described in more detail.These accompanying drawings are showing of simplification
Being intended to, basic structure of the present utility model is described the most in a schematic way, therefore it only shows and this utility model
Relevant composition.
A kind of full-automatic bearing flexible rotation system safety testing device as shown in Figure 1 and Figure 4, including lathe bed 1 He
Be arranged on the controller 2 on described lathe bed 1, pay-off, shifting material device, flexibility of revolution detection device,
Screening plant and fixing device, described pay-off, shifting material device, flexibility of revolution detection device, screening
Device and fixing device electrically connect with described controller 2 respectively, described move material device be sequentially connected with pay-off,
Flexibility of revolution detection device and screening plant, described fixing device is positioned at described flexibility of revolution detection device
Underface.
In order to realize bearing movement on guides 3, described shifting material device includes guide rail 3 and the first cylinder 4,
Described guide rail 3 is all fixedly mounted on described lathe bed 1 with described first cylinder 4, and described guide rail 3 connects successively
Feeding device, flexibility of revolution detection device and screening plant, described guide rail 3 is flat guide 3, described
Guide plate 31, the length direction of described guide plate 31 and described guide rail it is installed with on the upper surface of guide rail 3
The length direction of 3 is parallel, the moving direction of described first cylinder 4 external part and the length direction of described guide rail 3
Parallel, the external part of described first cylinder 4 is installed with the second cylinder 5, described second cylinder 5 external part
Moving direction vertical with the length direction of described guide rail 3, the fixed installation of the external part of described second cylinder 5
Having shifting flitch, described shifting flitch is detachably provided with some shifting tablets 6, some described shifting tablets 6 are equidistant
Arranging, described shifting tablet 6 is positioned at the surface of described guide rail 3, for the ease of more firm mobile bearing,
The lower surface of described shifting tablet 6 overlaps with the upper surface of described guide rail 3, and described shifting tablet 6 is provided with shifting material
Opening 7, described move material opening 7 be shaped as square, straight equal to bearing of the length of side of described shifting material opening 7
Footpath.
In order to simplify whole detecting tool, the floor space making this frock is less, and described pay-off is vibration
Charging tray 8, the outlet of described vibrating tray 8 is positioned at the surface of described guide rail 3, going out of described vibrating tray 8
Mouth is positioned at the front of described guide plate 31.
In order to realize that the flexibility of revolution of bearing is detected automatically, rotation spirit as shown in figure 5 and figure 7
Device for detecting activity includes support means, mobile device, driving means, testing agency and metering device, institute
Stating support means to be fixedly mounted on described lathe bed 1, described mobile device is slidably mounted on described support means
On, described driving means is fixedly mounted in described mobile device, and described testing agency is slidably mounted on described
In driving means, described metering device is fixedly mounted in described support means.
Described support means includes that support 9, described support 9 are fixedly mounted on described lathe bed 1, described support
Being installed with fixed cover 10 on 9, the top of described fixed cover 10 is coaxially installed with thrust ball bearing 11.
Described mobile device includes that the 3rd cylinder 12, described 3rd cylinder 12 are fixedly mounted on described support 9,
The external part of described 3rd cylinder 12 is installed with traversing carriage 13, and described traversing carriage 13 is slidably installed
On described support 9, described support 9 is installed with guide rail 3, described guide rail 3 is slidably fitted with cunning
Block, described traversing carriage 13 is fixedly mounted on described slide block.
In order to prevent the transition of traversing carriage 13 from moving, described support 9 is additionally provided with stopping means, described
Stopping means includes upper limit position block 14 and lower position block 15, and as shown in Figure 6, described traversing carriage 13 slides
It is arranged between described upper limit position block 14 and described lower position block 15.
Described driving means includes that rotating mechanism, described rotating mechanism are motor 16, the described fixing peace of motor 16
Being contained in the upper surface of described traversing carriage 13, the lower surface of described traversing carriage 13 is also installed with axle sleeve
17, it is rotatablely equipped with power transmission shaft 18 in described axle sleeve 17, described axle sleeve 17 and described power transmission shaft 18 are by deep
Ditch ball bearing 30 realizes rotating coaxially connection, and described power transmission shaft 18 is fixing with the external part of described motor 16 to be connected
Connect.
Described testing agency includes testing main shaft 19, and described test main shaft 19 is slidably mounted on described power transmission shaft
In 18, described test main shaft 19 is notch cuttype cylinder, as shown in Figure 8；Described test main shaft 19 passes
Described fixed cover 10, and realize rotating coaxially being connected by deep groove ball bearing 30 with described fixed cover 10, institute
Stating and be installed with fluted disc 20 on test main shaft 19, described fluted disc 20 is coaxially disposed with described test main shaft 19,
Described test main shaft 19 end is installed with gauge head 21, and the radius of described gauge head 21 is interior slightly larger than bearing
Circle, on described guide rail 3, the underface of gauge head 21 has blind hole, the radius of described blind hole and described gauge head 21
Radius equal.
Described metering device includes sensor for countering 22 and display screen 23, the described fixing peace of sensor for countering 22
Being contained on described support 9, for recording the number of teeth that fluted disc 20 rotates, described sensor for countering 22 is with described
Display screen 23 electrically connects.
In order to realize being fixed bearing while bearing detects, described fixing device includes the 4th
Cylinder 24, described 4th cylinder 24 is fixedly mounted on described lathe bed 1, stretching out of described 4th cylinder 24
End is installed with fixed plate 25, and described support 9 has through hole 29, and described fixed plate 25 is through described
Support 9, and be slidably arranged on described guide rail 3, as shown in Figure 2；The moving direction of described fixed plate 25
Vertical with the length direction of described guide rail 3, described fixed plate 25 is positioned at the underface of described gauge head 21.
Described screening plant includes that the 5th cylinder 26 and storage case 27, described 5th cylinder 26 are fixedly mounted on
On described lathe bed 1, the external part of described 5th cylinder 26 is installed with push pedal 28, described storage case 27
Being removably mounted at the lower section of described guide rail 3, described guide rail 3 upper surface has through hole 29, as shown in Figure 3；
Described through hole 29 is oppositely arranged with the opening of described storage case 27, and described push pedal 28 is slidably arranged in described logical
In hole 29, the upper surface of described push pedal 28 overlaps with the upper surface of described guide rail 3.
Work process:
1, the bearing needing detection is placed in vibrating tray 8.
2, before starting working, traversing carriage 13 is fitted with upper limit position block 14, and controller 2 controls motor 16
Rotating, motor 16 rotates and drives power transmission shaft 18 to rotate, and power transmission shaft 18 frictionally drives 19 turns of main shaft of test
Dynamic, test main shaft 19 drives gauge head 21 to rotate, now for motion energy storage state.
3, controller 2 controls vibrating tray 8 and vibrates, and makes bearing shake from the outlet of vibrating tray 8, by axle
Socket end faces up placement on guides 3.
4, controller 2 starts the first cylinder 4, and the external part of the first cylinder 4 stretches out, and promotes the second cylinder 5
Mobile, making to be arranged on the shifting tablet 6 on the second cylinder 5 near bearing, until moving, tablet 6 moving material opening 7
The planes overlapping at central axis place of plane and bearing at centrage place time, the first cylinder 4 stops work
Making, the second cylinder 5 starts, and the external part of the second cylinder 5 stretches out, and drives shifting tablet 6 to move to bearing,
During until the end moving tablet 6 overlaps with the side of guide plate 31, the second cylinder 5 quits work, now
Bearing is stuck in shifting material opening 7.
5, the first cylinder 4 starts, the external part retraction of the first cylinder 4, drives and moves tablet 6 to gauge head 21
Mobile, move tablet 6 band dynamic bearing and move to gauge head 21 along guide plate 31, treat that bearing moves to and gauge head 21
When the blind hole of underface is coaxial, the first cylinder 4 quits work.
6, while the first cylinder 4 quits work, controller 2 controls the 3rd cylinder 12 and starts, the 3rd gas
Cylinder 12 starts drive traversing carriage 13 and moves down, and it is downward that traversing carriage 13 moves downward drive gauge head 21
Motion, when support 13 to be moved moves to be affixed with lower position block 15, the 3rd cylinder 12 quits work, and surveys
The cascaded surface of examination main shaft 19 is fallen on thrust ball bearing 11, and test main shaft 19 carries emaciated face with power transmission shaft 18
From, bear gravity by thrust ball bearing 11, now due to inertia, gauge head 21 continues to rotate, and gauge head 21 enters
Enter in the inner ring of measured bearing, while gauge head 21 lowers into the inner ring of measured bearing, the 4th cylinder 24
Start, promote fixed plate 25 close to bearing, until the end of fixed plate 25 and the end laminating moving flitch
Time, the 4th cylinder 24 quits work, and bearing is fixed.
7, when gauge head 21 enters the inner ring of measured bearing, measured bearing is moved tablet 6 and fixed plate 25 phase
Interaction is fixed, and due to inertia, gauge head 21 continues to rotate, and gauge head 21 rotarily drives the inner ring of measured bearing
Rotating, sensor for countering 22 records the rotation number of teeth of gear ring 20；If measured bearing flexible rotation, fluted disc
20 numbers of teeth rotated in special time are greater than or equal to normal value；On the contrary, if measured bearing rotates not
Flexibly, the number of teeth that fluted disc 20 rotates in special time is less than normal value.
If 8 detect the bearing rotating the number of teeth less than normal value, signal is just passed to by sensor for countering 22
Controller 2, until defective bearing moved tablet 6 move in push pedal 28 time, controller 2 by signal transmit
To the 5th cylinder 26, the external part retraction of the 5th cylinder 26, push pedal 28 moves with the external part of the 5th cylinder 26
Going out through hole 29, bearing is directed to plate 31 to be stoped, it is impossible to moving with push pedal 28, push pedal 28 removes through hole 29
After, defective bearing falls in storage case 27, and the external part of the 5th cylinder 26 resets subsequently, makes push pedal 28
Through hole 29 is blocked.
If 9 detect the bearing rotating the number of teeth more than or equal to normal value, sensor for countering 22 will not will be believed
Number pass to controller 2, but the number of teeth that sensor for countering 22 detects passed to display screen 23, it is simple to
Record；Until qualified bearing moved tablet 6 move in push pedal 28 time, the 5th cylinder 26 does not works, qualified
Bearing is released guide rail 3 by the qualified bearing that rear detection is complete, enters in remaining container.
With above-mentioned according to desirable embodiment of the present utility model for enlightenment, by above-mentioned description, relevant
Staff can carry out various change completely in the range of without departing from this utility model technological thought
And amendment.The content that the technical scope of this utility model is not limited in description, it is necessary to root
Its technical scope is determined according to right.
Claims (11)
- null1. a full-automatic bearing flexible rotation system safety testing device，It is characterized in that: include lathe bed (1) and the controller (2) being arranged on described lathe bed (1)、Pay-off、Move material device、Flexibility of revolution detection device、Screening plant and fixing device，Described pay-off、Move material device、Flexibility of revolution detection device、Screening plant and fixing device electrically connect with described controller (2) respectively，The described material device that moves is sequentially connected with pay-off、Flexibility of revolution detection device and screening plant，Described fixing device is positioned at the underface of described flexibility of revolution detection device，Described flexibility of revolution detection device includes support means、Mobile device、Driving means、Testing agency and metering device，Described support means is fixedly mounted on described lathe bed (1)，Described mobile device is slidably mounted in described support means，Described driving means is fixedly mounted in described mobile device，Described testing agency is slidably mounted in described driving means，Described metering device is fixedly mounted in described support means.
- null2. full-automatic bearing flexible rotation system safety testing device as claimed in claim 1，It is characterized in that: the described material device that moves includes that guide rail (3) and first promotes cylinder，Described guide rail (3) promotes cylinder to be all fixedly mounted on described lathe bed (1) with described first，Described guide rail (3) is sequentially connected with pay-off、Flexibility of revolution detection device and screening plant，The moving direction of described first promotion cylinder external part is parallel with the length direction of described guide rail (3)，Described first promotes the external part of cylinder to be installed with the second promotion cylinder，The moving direction of described second promotion cylinder external part is vertical with the length direction of described guide rail (3)，Described second promotes the external part of cylinder to be detachably provided with shifting tablet (6)，Described shifting tablet (6) is positioned at the surface of described guide rail (3)，Described shifting tablet (6) is provided with shifting material opening (7).
- 3. full-automatic bearing flexible rotation system safety testing device as claimed in claim 2, it is characterised in that: described pay-off is vibrating tray (8), and the outlet of described vibrating tray (8) is positioned at the surface of described guide rail (3).
- 4. full-automatic bearing flexible rotation system safety testing device as claimed in claim 3, it is characterized in that: described support means includes support (9), described support (9) is fixedly mounted on described lathe bed (1), being installed with fixed cover (10) on described support (9), the top of described fixed cover (10) is coaxially installed with thrust ball bearing (11).
- 5. full-automatic bearing flexible rotation system safety testing device as claimed in claim 4, it is characterized in that: described mobile device includes the 3rd promotion cylinder, described 3rd promotes cylinder to be fixedly mounted on described support (9), described 3rd promotes the external part of cylinder to be installed with traversing carriage (13), and described traversing carriage (13) is slidably mounted on described support (9).
- 6. full-automatic bearing flexible rotation system safety testing device as claimed in claim 5, it is characterized in that: described support is additionally provided with stopping means on (9), described stopping means includes upper limit position block (14) and lower position block (15), and described traversing carriage (13) is slidably mounted between described upper limit position block (14) and described lower position block (15).
- 7. full-automatic bearing flexible rotation system safety testing device as claimed in claim 5, it is characterized in that: described driving means includes rotating mechanism, described rotating mechanism is fixedly mounted on described traversing carriage (13), axle sleeve (17) also it is installed with on described traversing carriage (13), being rotatablely equipped with power transmission shaft (18) in described axle sleeve (17), described power transmission shaft (18) is fixing with described rotating mechanism to be connected.
- 8. full-automatic bearing flexible rotation system safety testing device as claimed in claim 7, it is characterized in that: described testing agency includes testing main shaft (19), described test main shaft (19) is slidably mounted in described power transmission shaft (18), described test main shaft (19) passes described fixed cover (10), and be rotationally connected with described fixed cover (10), it is installed with fluted disc (20) on described test main shaft (19), described fluted disc (20) is coaxially disposed with described test main shaft (19), described test main shaft (19) end is installed with gauge head (21).
- 9. full-automatic bearing flexible rotation system safety testing device as claimed in claim 8, it is characterized in that: described metering device includes sensor for countering (22) and display screen (23), described sensor for countering (22) is fixedly mounted on described support (9), for recording the number of teeth that fluted disc (20) rotates, described sensor for countering (22) electrically connects with described display screen (23).
- 10. full-automatic bearing flexible rotation system safety testing device as claimed in claim 9, it is characterized in that: described fixing device includes the 4th promotion cylinder, described 4th promotes cylinder to be fixedly mounted on described lathe bed (1), described 4th promotes the external part of cylinder to be installed with fixed plate (25), described fixed plate (25) passes described support (9), and be slidably arranged on described guide rail (3), the moving direction of described fixed plate (25) is vertical with the length direction of described guide rail (3), described fixed plate (25) is positioned at the underface of described gauge head (21).
- 11. full-automatic bearing flexible rotation system safety testing devices as claimed in claim 10, it is characterized in that: described screening plant includes the 5th promotion cylinder and storage case (27), described 5th promotes cylinder to be fixedly mounted on described lathe bed (1), described 5th promotes the external part of cylinder to be installed with push pedal (28), described storage case (27) is removably mounted at the lower section of described guide rail (3), described guide rail (3) upper surface has through hole (29), described through hole (29) is oppositely arranged with the opening of described storage case (27), described push pedal (28) is slidably arranged in described through hole (29), the upper surface of described push pedal (28) overlaps with the upper surface of described guide rail (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620469205.9U CN205607644U (en) | 2016-05-20 | 2016-05-20 | Full -automatic bearing rotating flexibility testing arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620469205.9U CN205607644U (en) | 2016-05-20 | 2016-05-20 | Full -automatic bearing rotating flexibility testing arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205607644U true CN205607644U (en) | 2016-09-28 |
Family
ID=56949354
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620469205.9U Withdrawn - After Issue CN205607644U (en) | 2016-05-20 | 2016-05-20 | Full -automatic bearing rotating flexibility testing arrangement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205607644U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105865791A (en) * | 2016-05-20 | 2016-08-17 | 江苏南方轴承股份有限公司 | Full-automatic test device for rotating flexibility of bearing |
-
2016
- 2016-05-20 CN CN201620469205.9U patent/CN205607644U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105865791A (en) * | 2016-05-20 | 2016-08-17 | 江苏南方轴承股份有限公司 | Full-automatic test device for rotating flexibility of bearing |
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