CN207570463U - Cradle cylinder body roundness measurement device - Google Patents
Cradle cylinder body roundness measurement device Download PDFInfo
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- CN207570463U CN207570463U CN201721591250.2U CN201721591250U CN207570463U CN 207570463 U CN207570463 U CN 207570463U CN 201721591250 U CN201721591250 U CN 201721591250U CN 207570463 U CN207570463 U CN 207570463U
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- China
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- cylinder body
- swivel mount
- cradle cylinder
- dial gauge
- balladeur train
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Abstract
The utility model discloses cradle cylinder body roundness measurement device, including：Pedestal, the swivel mount that can be rotated horizontally on pedestal there are one being set on base upper surface, and several positioning supporting frames being intervally arranged around swivel mount, each positioning supporting frame can be supported to being set in the cradle cylinder body on the outside of swivel mount, so that cradle cylinder body is placed vertically, and each positioning supporting frame can also be clamped cradle cylinder body positioning, the linear guide arranged vertically is equipped on swivel mount, dial gauge there are one being set on the sliding block of the linear guide, dial gauge can by sliding block in the linear guide vertical shift, and under the drive of swivel mount, dial gauge can be rotated horizontally around the rotation center of swivel mount, the measuring rod of dial gauge is horizontally disposed, and the axis of measuring rod intersects with the rotation center of swivel mount；The height adjustment device of dial gauge height can be adjusted by being additionally provided on swivel mount.Above-mentioned cradle cylinder body roundness measurement device can easily be detected cradle cylinder body circularity.
Description
Technical field
The utility model is related to roundness measurement apparatus fields, and in particular to can detect the detector of cradle cylinder body circularity.
Background technology
The requirement of cradle cylinder body circularity is very high, so cradle cylinder body also needs to detection circularity after manufacturing, conventional hangs
The detection method of basket cylinder roundness is clamped in what cradle cylinder body was placed vertically on vertical lathe, and vertical lathe is with hanging basket cylinder
After body rotation, roundness measurement is carried out to cradle cylinder body using the dial gauge being installed in Vertical lathe tool rest.The circle of cradle cylinder body
Degree detection needs to consume a longer time so that vertical lathe can not produce for a long time, so using vertical lathe to cradle cylinder body
Production efficiency can be substantially reduced by carrying out roundness measurement.
Utility model content
Technical problem to be solved in the utility model is：A kind of cradle cylinder body roundness measurement for not influencing production will be provided
Device.
To solve the above-mentioned problems, technical solution is used by the utility model：Cradle cylinder body roundness measurement device, packet
It includes：Pedestal, its main feature is that：There are one the swivel mounts that can be rotated horizontally on pedestal and several for setting on base upper surface
The positioning supporting frame being intervally arranged around swivel mount, each positioning supporting frame can be set in the cradle cylinder body on the outside of swivel mount into
Row support so that cradle cylinder body is placed vertically, and each positioning supporting frame can also be clamped cradle cylinder body positioning, revolve
The linear guide arranged vertically is provided on pivoted frame, dial gauge, dial gauge can lead to there are one settings on the sliding block of the linear guide
Sliding block vertical shift in the linear guide is crossed, and under the drive of swivel mount, dial gauge can be around the rotation center of swivel mount
It rotates horizontally, the measuring rod of dial gauge is horizontally disposed, and the axis of measuring rod intersects with the rotation center of swivel mount, work
When, by vertical cradle cylinder body and swivel mount coaxial placement, and by cradle cylinder body clamping and positioning, then the measurement head of dial gauge is stretched
Go out and lean with the inner wall of cradle cylinder body, then swivel mount is pushed to be rotated with dial gauge, by the reading of dial gauge to cylinder
Circularity is detected；The height adjustment device of dial gauge height can be adjusted by being additionally provided on swivel mount so that dial gauge can be right
The circularity of each height is detected in cradle cylinder body.
Further, aforementioned cradle cylinder body roundness measurement device, wherein：The structure of height adjustment device is：In swivel mount
Upper setting is there are one pulley and an actinobacillus wheel, and pulley is located at the top of dial gauge, after the line that actinobacillus wheel is released is around on pulley
It is mutually fixed with sliding block so that sliding block can be driven to be moved up and down with dial gauge by actinobacillus wheel.
Further, aforementioned cradle cylinder body roundness measurement device, wherein：The structure of positioning supporting frame includes：With pedestal phase
Fixed slide, there are one balladeur trains for setting on slide, and there are one guiding fixing devices for setting between slide and balladeur train, are oriented to
Fixing device can be such that balladeur train is slided and close or separate swivel mount along slide, and balladeur train can also be made mutually to be fixed with slide,
Setting is provided with there are one the lifting platform that can be supported to the side of cradle cylinder body between balladeur train and lifting platform on balladeur train
One can lift lifting platform to spend the lifting gear being adjusted vertically to cradle cylinder body, on the outside of lifting platform
Fishbolt there are one being also threadedly coupled on balladeur train；Fishbolt on each positioning supporting frame is rotating respectively move inward after
The cradle cylinder body that can be supported to lifting platform is clamped.
Further, aforementioned cradle cylinder body roundness measurement device, wherein：The structure of guiding fixing device is：In slide
A trend is provided on upper surface against the inverted T-shaped guide groove of swivel mount, there are one can be inserted into inverted T-shaped for setting in the lower part of balladeur train
The guide ledges on guide groove top, inverted T-shaped guide groove can limit guide ledges so that balladeur train can be along inverted T-shaped guide groove in cunning
It is slided on seat and close or separate swivel mount, a locking through-hole, two screw rod courts is respectively arranged in the interior outside of balladeur train
On clamping screw can be caught in inverted T-shaped guide groove, and two lockings through-holes and locking screw parent phases can also be each passed through and screw lock
Tightly so that balladeur train can mutually be fixed with slide.
Further, aforementioned cradle cylinder body roundness measurement device, wherein：The structure of lifting gear is：Below lifting platform
Balladeur train on setting there are one lifting seat, lifting platform and lifting seat are threadedly coupled, with regard to that can rise lifting platform after rotary elevating platform
It is lifted on drop seat.
The advantages of the utility model is：Cradle cylinder body roundness measurement device described in the utility model can be easily to hanging basket
Cylinder roundness is detected so that cradle cylinder body roundness measurement needs not rely on vertical lathe, so as to not interfere with production.
Description of the drawings
Fig. 1 is the structure diagram of cradle cylinder body roundness measurement device described in the utility model.
Fig. 2 is the structure diagram of A-A section views in Fig. 1.
Fig. 3 is the structure diagram of positioning supporting frame shown in Fig. 1.
Fig. 4 is the left view structural representation of Fig. 3.
Specific embodiment
The utility model is described in further detail with reference to specific embodiments and the drawings.
As shown in Figure 1 and Figure 2, cradle cylinder body roundness measurement device, including：Pedestal 1, on 1 upper surface of pedestal there are one settings
The swivel mount 2 and several positioning supporting frames 3, Ge Geding being intervally arranged around swivel mount 2 that can be rotated horizontally on pedestal 1
Position supporting rack 3 can be supported the cradle cylinder body 9 for being set in 2 outside of swivel mount so that and cradle cylinder body 9 is placed vertically, and
Each positioning supporting frame 3 can also be clamped positioning to cradle cylinder body 9, and the straight line arranged vertically is provided on swivel mount 2 and is led
Rail 21, there are one dial gauges 23 for setting on the sliding block 22 of the linear guide 21, and dial gauge 23 can be by sliding block 22 in the linear guide
Vertical shift on 21, and under the drive of swivel mount 2, dial gauge 23 can be rotated horizontally around the rotation center of swivel mount 2, hundred
The measuring rod of point table 23 is horizontally disposed, and the axis of measuring rod intersects with the rotation center of swivel mount 2, will be vertically during work
Cradle cylinder body 9 and swivel mount 2 rotation center coaxial placement, and by 9 clamping and positioning of cradle cylinder body, the then survey of dial gauge 23
Amount head is stretched out to lean with the inner wall of cradle cylinder body 9, then swivel mount 2 is pushed to be rotated with dial gauge 23, passes through dial gauge 23
Reading cylinder roundness is detected；The height adjustment device of 23 height of dial gauge can be adjusted by being additionally provided on swivel mount 2,
Dial gauge 23 is detected the circularity of each height in cradle cylinder body 9.
In the present embodiment, the structure of height adjustment device is：Set there are one pulleys 4 and one to put on swivel mount 2
Line wheel 41, pulley 4 are located at the top of dial gauge 23, and the line that actinobacillus wheel 41 is released is fixed with 22 phase of sliding block after being around on pulley 4, made
Obtaining can drive sliding block 22 to be moved up and down with dial gauge 23 by actinobacillus wheel 41.Existing actinobacillus wheel 41 can after line is discharged
Carry out self-locking.
As shown in Figure 3, Figure 4, the structure of positioning supporting frame 3 includes：With 1 mutually fixed slide 31 of pedestal, on slide 31
There are one balladeur trains 32 for setting, and guiding fixing device, guiding fixing device can make there are one settings between slide 31 and balladeur train 32
Balladeur train 32 slides and close or separate swivel mount 2 along slide 31, and balladeur train 32 can also be made to be fixed with 31 phase of slide, in cunning
There are one can be to the lifting platform 33 that the side of cradle cylinder body 9 is supported, between balladeur train 32 and lifting platform 33 for setting on frame 32
Setting is rising there are one that can be lifted to lifting platform 33 to spend the lifting gear being adjusted vertically to cradle cylinder body 9
Fishbolt 34 there are one being also threadedly coupled on the balladeur train 32 in 33 outside of platform drops；Fishbolt 34 on each positioning supporting frame 3
The cradle cylinder body 9 that lifting platform 33 can be supported after moving inward by being rotating respectively is clamped.
The structure of guiding fixing device is：A trend is provided on the upper surface of slide 31 against the T that falls of swivel mount 2
Shape guide groove 35, in the lower part of balladeur train 32, there are one the guide ledges 36 that can be inserted into 35 top of inverted T-shaped guide groove, inverted T-shaped guide grooves for setting
35 can limit guide ledges 36 so that balladeur train 32 can be slided on slide 31 along inverted T-shaped guide groove 35 and it is close or
Far from swivel mount 2, a locking through-hole, 37 energy of clamping screw of two screw rods upward are respectively arranged in the interior outside of balladeur train 32
It is caught in inverted T-shaped guide groove 35, and two locking through-holes can also be each passed through and screw locking with 38 phase of locking nut so that balladeur train
32 can mutually fix with slide 31.
The structure of lifting gear is：There are one lifting seat 39, lifting platforms 33 for setting on balladeur train 32 below lifting platform 33
It is threadedly coupled with lifting seat 39, with regard to lifting platform 33 can be made to be lifted on lifting seat 39 after rotary elevating platform 33.
Claims (5)
1. cradle cylinder body roundness measurement device, including：Pedestal, it is characterised in that：There are one can be the bottom of at for setting on base upper surface
The swivel mount and several positioning supporting frames being intervally arranged around swivel mount rotated horizontally on seat, each positioning supporting frame energy
It is supported to being set in the cradle cylinder body on the outside of swivel mount so that cradle cylinder body is placed vertically, and each positioning supporting frame
Positioning can also be clamped to cradle cylinder body, the linear guide arranged vertically is provided on swivel mount, in the cunning of the linear guide
Setting is there are one dial gauge on block, dial gauge can by sliding block in the linear guide vertical shift, and in the drive of swivel mount
Under, dial gauge can be rotated horizontally around the rotation center of swivel mount, and the measuring rod of dial gauge is horizontally disposed, and the axis of measuring rod
Line intersects with the rotation center of swivel mount, during work, by vertical cradle cylinder body and swivel mount coaxial placement, and by cradle cylinder body
Clamping and positioning, then the measurement head of dial gauge is stretched out leans with the inner wall of cradle cylinder body, then pushes swivel mount with percentage
Table rotates, and cylinder roundness is detected by the reading of dial gauge；Dial gauge height can be adjusted by being additionally provided on swivel mount
Height adjustment device so that dial gauge can be detected the circularity of height each in cradle cylinder body.
2. cradle cylinder body roundness measurement device according to claim 1, it is characterised in that：The structure of height adjustment device is：
There are one pulley and an actinobacillus wheel, pulley is located at the top of dial gauge for setting on swivel mount, and the line that actinobacillus wheel is released is around in
It is mutually fixed with sliding block after on pulley so that sliding block can be driven to be moved up and down with dial gauge by actinobacillus wheel.
3. cradle cylinder body roundness measurement device according to claim 1 or 2, it is characterised in that：The structure packet of positioning supporting frame
It includes：With the mutually fixed slide of pedestal, there are one balladeur trains for setting on slide, and there are one fixed guides for setting between slide and balladeur train
Determine device, guiding fixing device can make balladeur train along slide slide and close to or far from swivel mount, and can also make balladeur train with
Slide is mutually fixed, and setting is there are one the lifting platform that can be supported to the side of cradle cylinder body on balladeur train, in balladeur train and lifting
Lifting platform can be lifted there are one settings to spend the lifting gear being adjusted vertically to cradle cylinder body between platform,
Fishbolt there are one being also threadedly coupled on balladeur train on the outside of lifting platform；Fishbolt on each positioning supporting frame rotates respectively
The cradle cylinder body that lifting platform can be supported after moving inward by is clamped.
4. cradle cylinder body roundness measurement device according to claim 3, it is characterised in that：The structure of guiding fixing device is：
A trend is provided on the upper surface of slide against the inverted T-shaped guide groove of swivel mount, there are one energy for setting in the lower part of balladeur train
The guide ledges on inverted T-shaped guide groove top are inserted into, inverted T-shaped guide groove can limit guide ledges so that balladeur train can be along inverted T-shaped
Guide groove slided on slide and close to or far from swivel mount, be respectively arranged with a locking through-hole in the interior outside of balladeur train, two
The clamping screw of a screw rod upward can be caught in inverted T-shaped guide groove, and can also be each passed through two locking through-holes and locking nut
Mutually screw locking so that balladeur train can mutually be fixed with slide.
5. cradle cylinder body roundness measurement device according to claim 3, it is characterised in that：The structure of lifting gear is：It is rising
Lifting seat there are one being set on balladeur train below platform drops, and lifting platform and lifting seat are threadedly coupled, with regard to that can make liter after rotary elevating platform
Drop platform lifts on lifting seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721591250.2U CN207570463U (en) | 2017-11-24 | 2017-11-24 | Cradle cylinder body roundness measurement device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721591250.2U CN207570463U (en) | 2017-11-24 | 2017-11-24 | Cradle cylinder body roundness measurement device |
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| Publication Number | Publication Date |
|---|---|
| CN207570463U true CN207570463U (en) | 2018-07-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721591250.2U Active CN207570463U (en) | 2017-11-24 | 2017-11-24 | Cradle cylinder body roundness measurement device |
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| CN (1) | CN207570463U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107860299A (en) * | 2017-11-24 | 2018-03-30 | 张化机（苏州）重装有限公司 | Cradle cylinder body roundness measurement device |
-
2017
- 2017-11-24 CN CN201721591250.2U patent/CN207570463U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107860299A (en) * | 2017-11-24 | 2018-03-30 | 张化机（苏州）重装有限公司 | Cradle cylinder body roundness measurement device |
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