CN207688767U - Automatic detection tool for the end face run-out for detecting part - Google Patents
Automatic detection tool for the end face run-out for detecting part Download PDFInfo
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- CN207688767U CN207688767U CN201721361614.8U CN201721361614U CN207688767U CN 207688767 U CN207688767 U CN 207688767U CN 201721361614 U CN201721361614 U CN 201721361614U CN 207688767 U CN207688767 U CN 207688767U
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- detecting
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Abstract
The utility model discloses a kind of automatic detection tools for detecting the end face run-out of part, including：Part support column, cylinder, pull rod, measures pedestal, first sensor, second sensor, first sensor supporting rack, second sensor supporting rack and motor at expansion set；Part support column supports part；Expansion set is socketed on part support column；Expansion set passes through part；Cylinder drives pull rod movement；Pull rod passes through part support column driving expansion set to be moved relative to part support column；Pedestal is measured to rotate relative to part support column；First sensor is contacted with the upper surface of part；Second sensor is contacted with the lower surface of part；First sensor is fixed to first sensor supporting rack；Second sensor is fixed to second sensor supporting rack；First sensor supporting rack and second sensor supporting rack are installed to measurement pedestal；Motor driving measures base rotation.The high certainty of measurement of the automatic detection tool of the end face run-out disclosed by the utility model for being used to detect part, simple operation.
Description
Technical field
The utility model is related to a kind of automatic detection tools for detecting the end face run-out of part.
Background technology
The mode for being commonly used in detection end face run-out has three-coordinates measuring machine detection and the detection of plug positioning height ruler.
Three-coordinates measuring machine detection only applicable single-piece or small lot detection, because time-consuming and of high cost for it, can not be applicable in production
Line high-volume workpiece on-line checking.And plug positioning height ruler detects, although adapting to the environment of on-line checking, it detects essence
Degree is too low, and artificial placement error is also big, cannot be satisfied the GR＆R of cubing（Repeatability and reproducibility）Acceptance criteria.It is needed when use
It is artificial to compress in place, it is troublesome in poeration.So being badly in need of a new detection device, to meet its high-precision, high efficiency and use letter
Just requirement.
Utility model content
To solve the deficiencies in the prior art, high, efficiency easy to operate that the purpose of this utility model is to provide a kind of precision
The automatic detection tool of the high end face run-out for being suitable for detecting part
In order to realize above-mentioned target, the utility model adopts the following technical scheme：
A kind of automatic detection tool for detecting the end face run-out of part, including：Part support column, expansion set, cylinder, pull rod,
Measure pedestal, first sensor, second sensor, first sensor supporting rack, second sensor supporting rack and motor；Part branch
Dagger supports part；Expansion set is socketed on part support column；Expansion set passes through part；Cylinder drives pull rod movement；Pull rod passes through zero
Part support column drives expansion set to be moved relative to part support column；Pedestal is measured to rotate relative to part support column；First sensor
It is contacted with the upper surface of part；Second sensor is contacted with the lower surface of part；First sensor is fixed to first sensor branch
Support；Second sensor is fixed to second sensor supporting rack；First sensor supporting rack and the installation of second sensor supporting rack
To measurement pedestal；Motor driving measures base rotation.
Further, first sensor supporting rack includes：First dial framework and first support；First support, which is fixed to, measures bottom
Seat；First sensor is fixed to the first dial framework；First dial framework and first support constitute rotation connection.
Further, first sensor supporting rack further includes：Rollover stand, spring and steel ball；First dial framework is fixed to overturning
Frame；Rollover stand is constituted with first support and is rotatablely connected；Rollover stand is formed with locating notch；First support is formed with spring installation
Slot；Spring and steel ball are located in spring mounting groove；The end thereof contacts of steel ball and spring；First dial framework tool there are one measure position and
One part removal position；First dial framework rotates between measurement position and part removal position；First sensor, which is located at, to be measured
When position, steel ball is at least partially disposed in locating notch.
Further, first sensor supporting rack further includes：Adjust the screw of the first dial framework and rollover stand relative position；Spiral shell
Nail fixes the first dial framework and rollover stand.
Further, the pivot center that the first dial framework is rotated relative to first support is perpendicular to measuring pedestal relative to part
The pivot center of support column rotation.
Further, second sensor supporting rack includes：Second dial framework and second support；Second support, which is fixed to, measures bottom
Seat；Second sensor is fixed to the second dial framework；Second dial framework is fixed to second support.
Further, the automatic detection tool of the end face run-out for detecting part further includes：Driving gear；Motor driving is actively
Gear rotates；The periphery for measuring pedestal is formed with external gear；Driving gear and external gear engagement.
Further, the automatic detection tool of the end face run-out for detecting part further includes：Shaft coupling；Shaft coupling connects motor
Motor shaft and driving gear.
Further, the automatic detection tool of the end face run-out for detecting part further includes：It places pedestal and bottom is placed in support
Multiple footing of seat；Motor and cylinder are fixed to placement pedestal.
Further, motor and cylinder are located at the lower section for placing pedestal；First sensor and second sensor, which are located at, places
The top of pedestal.
Further, the automatic detection tool of the end face run-out for detecting part further includes：Bearing；The inner ring of bearing is fixed to
Part support column；The outer ring of bearing is fixed to measurement pedestal.
The utility model is beneficial in that：High certainty of measurement, simple operation, convenient for mounting and clamping, measurement efficiency is high.Ensure
The repeatability and reproducibility of testing result.It can realize Automatic-clamping and the fixation of part.It is capable of the knot of real-time display measurement
Fruit.
Description of the drawings
Fig. 1 is a kind of schematic diagram for detecting the automatic detection tool of the end face run-out of part；
Fig. 2 is the plan view of the automatic detection tool of the end face run-out for detecting part in Fig. 1；
Fig. 3 is the sectional view of the automatic detection tool of the end face run-out for detecting part in Fig. 2；
Fig. 4 is the partial enlarged view of the automatic detection tool of the end face run-out for detecting part in Fig. 3.
Specific implementation mode
Specific introduce is made to the utility model below in conjunction with the drawings and specific embodiments.
As shown in Figures 1 to 4, a kind of automatic detection tool 1 for detecting the end face run-out of part, including：Part support column
2, expansion set 3, cylinder 4, pull rod 5, measurement pedestal 6, first sensor 7, second sensor 8, first sensor supporting rack 9, second
Sensor support frame 10 and motor 11.
Part support column 2 is used to support part 1a；Expansion set 3 is socketed on part support column 2；Expansion set 3 passes through part 1a；Gas
Cylinder 4 drives pull rod 5 to move；Pull rod 5 passes through part support column 2 that expansion set 3 is driven to be moved relative to part support column 2；Measure pedestal 6
It is rotated relative to part support column 2；First sensor 7 is contacted with the upper surface of part 1a；Under second sensor 8 and part 1a
Surface contacts；First sensor 7 is fixed to first sensor supporting rack 9；Second sensor 8 is fixed to second sensor supporting rack
10；First sensor supporting rack 9 and the installation of second sensor supporting rack 10 extremely measure pedestal 6；The driving of motor 11 measures 6 turns of pedestal
It is dynamic.
Further, first sensor supporting rack 9 includes：First dial framework 12 and first support 13；First support 13 is fixed
To measurement pedestal 6；First sensor 7 is fixed to the first dial framework 12；First dial framework 12 and first support 13 constitute rotation connection.
Further, first sensor supporting rack 9 further includes：Rollover stand 14, spring 15 and steel ball 16；First dial framework 12 is solid
Determine to rollover stand 14；Rollover stand 14 is constituted with first support 13 and is rotatablely connected；Rollover stand 14 is formed with locating notch 17；First
Frame 13 is formed with spring mounting groove 18；Spring 15 and steel ball 16 are located in spring mounting groove 18；One end of steel ball 16 and spring 15
Contact；There are one measure position and a part removal position for first dial framework 12 tool；First dial framework 12 is measuring position and part
It is rotated between removal position；When first sensor 7 is located at measurement position, steel ball 16 is at least partially disposed in locating notch 17.
Further, first sensor supporting rack 9 further includes：Adjust the spiral shell of 14 relative position of the first dial framework 12 and rollover stand
Nail 19；Screw 19 fixes the first dial framework 12 and rollover stand 14.
Further, the pivot center that the first dial framework 12 is rotated relative to first support 13 is opposite perpendicular to pedestal 6 is measured
In the pivot center that part support column 2 rotates.
Further, second sensor supporting rack 10 includes：Second dial framework 20 and second support 21；Second support 21 is fixed
To measurement pedestal 6；Second sensor 8 is fixed to the second dial framework 20；Second dial framework 20 is fixed to second support 21.
Further, the automatic detection tool 1 of the end face run-out for detecting part further includes：Driving gear 22；Motor 11 drives
Dynamic driving gear 22 rotates；The periphery for measuring pedestal 6 is formed with external gear 23；Driving gear 22 and external gear 23 engage.
Further, the automatic detection tool 1 of the end face run-out for detecting part further includes：Shaft coupling 24；Shaft coupling 24 connects
Connect the motor shaft and driving gear 22 of motor 11.
Further, the automatic detection tool 1 of the end face run-out for detecting part further includes：It places pedestal 25 and support is placed
Multiple footing 26 of pedestal 25；Motor 11 and cylinder 4, which are fixed to, places pedestal 25.
Further, motor 11 and cylinder 4 are located at the lower section for placing pedestal 25；First sensor 7 and second sensor 8
In the top for placing pedestal 25.
Further, the automatic detection tool 1 of the end face run-out for detecting part further includes：Bearing 27；The inner ring of bearing 27
It is fixed to part support column 2；The outer ring of bearing 27, which is fixed to, measures pedestal 6.
Operation principle：Rotating the first dial framework 12 makes the first dial framework 12 move to part removal position, and part 1a is placed into
On part support column 2.Cylinder 4 drives pull rod 5 to move, and pull rod 5 drives expansion set 3 to move downward.The endoporus of expansion set 3 and part 1a paste
It closes, and lower surface is bonded with part support column 2, completes the clamping and positioning of part 1a.First dial framework 12 is turned to and measures position.
First sensor 7 is contacted with the upper surface of part 1a；Second sensor 8 is contacted with the lower surface of part 1a.The driving of motor 11 turns
The dynamic pedestal 6 one that measures encloses.First sensor 7 and second sensor 8 in real time will be on the data transfers to industrial personal computer of measurement.It completes to survey
After amount, cylinder 4 drives pull rod 5 to move in the opposite direction, releases clamping and locking to part 1a.
The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry
It should be appreciated that above-described embodiment does not limit the utility model in any form, it is all by the way of equivalent substitution or equivalent transformation
The technical solution obtained, all falls in the scope of protection of the utility model.
Claims (10)
1. a kind of automatic detection tool for detecting the end face run-out of part, which is characterized in that including：
Part support column, cylinder, pull rod, measures pedestal, first sensor, second sensor, first sensor support at expansion set
Frame, second sensor supporting rack and motor；The part support column supports the part；The expansion set is socketed in the part branch
On dagger；The expansion set passes through the part；The cylinder drives the pull rod movement；The pull rod is supported across the part
Column drives the expansion set to be moved relative to the part support column；The measurement pedestal is rotated relative to the part support column；
The first sensor is contacted with the upper surface of the part；The second sensor is contacted with the lower surface of the part；Institute
It states first sensor and is fixed to the first sensor supporting rack；The second sensor is fixed to the second sensor support
Frame；The first sensor supporting rack and the second sensor supporting rack are installed to the measurement pedestal；The motor driving
The measurement base rotation.
2. the automatic detection tool according to claim 1 for detecting the end face run-out of part, it is characterised in that：
The first sensor supporting rack includes：First dial framework and first support；The first support is fixed to the measurement bottom
Seat；The first sensor is fixed to first dial framework；First dial framework and the first support constitute rotation connection.
3. the automatic detection tool according to claim 2 for detecting the end face run-out of part, it is characterised in that：
The first sensor supporting rack further includes：Rollover stand, spring and steel ball；First dial framework is fixed to the overturning
Frame；The rollover stand is constituted with the first support and is rotatablely connected；The rollover stand is formed with locating notch；The first support
It is formed with spring mounting groove；The spring and the steel ball are located in the spring mounting groove；The steel ball and the spring
End thereof contacts；There are one measure position and a part removal position for the first dial framework tool；First dial framework is in the survey
It is rotated between amount position and the part removal position；When the first sensor is located at the measurement position, the steel ball is extremely
Small part is located in the locating notch.
4. the automatic detection tool according to claim 3 for detecting the end face run-out of part, it is characterised in that：
The first sensor supporting rack further includes：Adjust the screw of first dial framework and the rollover stand relative position；
The screw fixes first dial framework and the rollover stand.
5. the automatic detection tool according to claim 2 for detecting the end face run-out of part, it is characterised in that：
The pivot center that first dial framework is rotated relative to the first support is perpendicular to the measurement pedestal relative to described
The pivot center of part support column rotation.
6. the automatic detection tool according to claim 1 for detecting the end face run-out of part, it is characterised in that：
The second sensor supporting rack includes：Second dial framework and second support；The second support is fixed to the measurement bottom
Seat；The second sensor is fixed to second dial framework；Second dial framework is fixed to the second support.
7. the automatic detection tool according to claim 1 for detecting the end face run-out of part, it is characterised in that：
The automatic detection tool of the end face run-out for detecting part further includes：Driving gear；The motor drives the active
Gear rotates；The periphery for measuring pedestal is formed with external gear；The driving gear and external gear engagement.
8. the automatic detection tool according to claim 7 for detecting the end face run-out of part, it is characterised in that：
The automatic detection tool of the end face run-out for detecting part further includes：Shaft coupling；The shaft coupling connects the motor
Motor shaft and the driving gear.
9. the automatic detection tool according to claim 1 for detecting the end face run-out of part, it is characterised in that：
The automatic detection tool of the end face run-out for detecting part further includes：It places pedestal and supports the more of the placement pedestal
A footing；The motor and the cylinder are fixed to the placement pedestal.
10. the automatic detection tool according to claim 9 for detecting the end face run-out of part, it is characterised in that：
The motor and the cylinder are located at the lower section for placing pedestal；The first sensor and the second sensor position
In the top for placing pedestal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721361614.8U CN207688767U (en) | 2017-10-20 | 2017-10-20 | Automatic detection tool for the end face run-out for detecting part |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721361614.8U CN207688767U (en) | 2017-10-20 | 2017-10-20 | Automatic detection tool for the end face run-out for detecting part |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207688767U true CN207688767U (en) | 2018-08-03 |
Family
ID=62988237
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721361614.8U Active CN207688767U (en) | 2017-10-20 | 2017-10-20 | Automatic detection tool for the end face run-out for detecting part |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207688767U (en) |
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2017
- 2017-10-20 CN CN201721361614.8U patent/CN207688767U/en active Active
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