CN205642341U - Universal joint outer lane base thickness automatic measuring device - Google Patents
Universal joint outer lane base thickness automatic measuring device Download PDFInfo
- Publication number
- CN205642341U CN205642341U CN201620526122.9U CN201620526122U CN205642341U CN 205642341 U CN205642341 U CN 205642341U CN 201620526122 U CN201620526122 U CN 201620526122U CN 205642341 U CN205642341 U CN 205642341U
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- platform
- universal joint
- joint outer
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- A Measuring Device Byusing Mechanical Method (AREA)
- Length Measuring Devices With Unspecified Measuring Means (AREA)
Abstract
The utility model discloses an universal joint outer lane base thickness automatic measuring device relates to universal joint outer lane spare part geometric sense measurement field, including the equipment table frame, equipment table frame on be equipped with feeding conveyer belt mechanism, testing platform, displacement sensing system, part transport mechanism, benchmark supporting mechanism. The utility model discloses mainly in order to solve universal joint outer lane batch, high -efficient and stable on -line measuring, especially to adapt to the problem of the reference platform design of environment of an enterprise, providing the universal joint outer lane base thickness automatic measuring device based on the benchmark platform of the principle realization point contact of three faces of making corrections in a piece of writing.
Description
Technical field
This utility model relates to parts geometric measurement field, universal joint outer ring, especially relates to a kind of universal joint base thickness measurement apparatus based on part origin reference location to be measured.
Background technology
Universal joint outer ring is the important component part of universal joint, and universal joint is a critically important part in automobile component.Therefore, quality assurance of universal joint outer ring being directly connected to the total quality situation of an automobile, corresponding design is a kind of batch, the efficient and stable device to the on-line checking that universal joint outer ring quality is carried out can the most just have critically important realistic meaning.
At present, when measuring the physical dimension of universal joint outer ring, selection and the location of benchmark are the most crucial.But due to its manufacture process and production environment, part to be measured often can be made itself to be stained with many scrap, oil stain, dust etc. interfering materials, the most common measurement and positioning reference platform cannot ensure precision and the reliability of measurement result.
Utility model content
This utility model is in order to solve universal joint outer ring batch, efficient and stable on-line checking, the problem particularly adapting to the reference platform design of corporate environment, proposes the universal joint outer ring base thickness self-operated measuring unit of a kind of standard station realizing point cantact based on 3 principles determining face.
In order to complete above-mentioned requirements, technical solution adopted in the utility model is: a kind of universal joint outer ring base thickness self-operated measuring unit, including equipment stand, described equipment stand is provided with feeding conveyer belt mechanism, detection platform, displacement sensing system, part transfer mechanism, reference support mechanism；
Described feeding conveyer belt mechanism includes conveyer belt, for sensing the proximity switch of part and for the part baffle of stop feature, described proximity switch and part baffle are located at conveyer belt direction of transfer end end, and described conveyer belt is connected with detection platform at part baffle；
Being provided with the reference support mechanism for part position of harmonizing on the downside of described detection platform, be provided with the displacement sensing system for measuring part on the upside of detection platform, detection platform is laterally provided with the part transfer mechanism for shifting part；
Described displacement sensing system includes that fixed support and displacement transducer, described displacement transducer are fixed on equipment stand by fixed support, and displacement transducer is vertical at above reference support mechanism；
Described part transfer mechanism includes movable clamp, for the cylinder driving movable clamp to move forward and backward and for driving the straight line module of movable clamp transverse shifting, the piston rod of described movable clamp and cylinder is fixed, movable clamp and cylinder entirety are positioned on the slide unit of straight line module, are provided with two grooves for locating element on front side of movable clamp side by side；
Described reference support mechanism includes that a support round platform, benchmark annulus platform, a standard station fix seat, some reference support posts and some standard station regulating rods, and described reference support post is disposed on benchmark annulus platform upper surface around benchmark annulus platform axle line is circumferentially equidistant；Described standard station regulating rod is disposed on benchmark annulus platform lower surface around benchmark annulus platform axle line is circumferentially equidistant, and standard station regulating rod lower end is fixed on standard station and fixes on seat, and standard station is fixed seat bottom portion and is fixed on equipment stand；Described support round platform is coaxially disposed with benchmark annulus platform, supports and is provided with the height adjustment mechanism driving support round platform lifting on the downside of round platform.
As preferably, described detection platform coordinates standard station to offer a circular hole, circular hole, support round platform and the centerline collineation of displacement transducer at measurement station.
As preferably, described height adjustment mechanism is Linear motor-driven push rod, and the main body of Linear motor-driven push rod is fixed with equipment stand, and the elevating lever of Linear motor-driven push rod is fixed on the downside of round platform with supporting.
Beneficial effect: this utility model is a kind of detection device solving the base thickness measurement of universal joint outer ring.This device can be joined a streamline and be realized on-line real-time measuremen, simultaneously because special standard station design so that standard station can be installed on detection platform, so that this device has convertibility, good adaptability flexibly as discrete component cooperation.So this utility model not only increases certainty of measurement and efficiency, and reduce the service life of the abrasion condition extension device of standard station, promote the raising of Enterprises ' Modern industrial automation level the most to a certain extent.
Accompanying drawing explanation
Fig. 1 is this utility model device overall schematic.
Fig. 2 is that this utility model device takes the structural representation of part to be measured from conveyer belt.
Fig. 3 is measurement station design and installation structural representation in this utility model.
Fig. 4 is this utility model reference support mechanism's discrete component and combinative structure schematic diagram.
Fig. 5 is measurement station work process decomposing schematic representation in this utility model.
Fig. 6 is the SCM Based control flow chart involved by this utility model.
1: feeding conveyer belt mechanism；11: conveyer belt；12: proximity switch；13: part baffle；2: displacement sensing system；21: fixed support；22: displacement transducer；3: part transfer mechanism；31: cylinder；32: movable clamp；33: groove；34: straight line module；4: reference support mechanism；41: support round platform；42: reference support post；43: benchmark annulus platform；44: standard station regulating rod；45: elevating lever；46: standard station fixes seat；47: height adjustment mechanism；5: equipment stand；6: detection platform；7: universal joint outer ring.
Detailed description of the invention
Provide embodiment of the present utility model below in conjunction with the accompanying drawings, describe the technical solution of the utility model in detail.
As shown in Figure 1, a kind of universal joint outer ring base thickness self-operated measuring unit, this device includes that equipment stand 5, equipment stand 5 are provided with feeding conveyer belt mechanism 1, detection platform 6, displacement sensing system 2, part transfer mechanism 3, reference support mechanism 4 and one-chip computer module.
Described feeding conveyer belt mechanism 1 includes conveyer belt 11, for sensing the proximity switch 12 of part and for the part baffle 13 of stop feature, described proximity switch 12 and part baffle 13 are located at conveyer belt 11 direction of transfer end end, and described conveyer belt 11 is connected with detection platform 6 at part baffle 13.Described conveyer belt 11 direction of transfer section start docking automatic feed mechanism, measured piece universal joint outer ring 7 enters conveyer belt 11 by automatic feed mechanism feeding, transmitted by conveyer belt 11, stop until meeting part baffle 13, stopping mobile, conveyer belt 11 direction of transfer end end is provided with proximity switch 12, is used for judging whether part baffle 13 has measured piece universal joint outer ring 7, and testing result is fed back to single-chip microcomputer, to coordinate follow-up flow process.
As it is shown on figure 3, be provided with the reference support mechanism 4 for part position of harmonizing on the downside of described detection platform 6, being provided with the displacement sensing system 2 for measuring part on the upside of detection platform 6, detection platform 6 is laterally provided with the part transfer mechanism 3 for shifting part；Described displacement sensing system 2 includes fixed support 21 and displacement transducer 22, and described displacement transducer 22 is fixed on equipment stand 5 by fixed support 21, and displacement transducer 22 is vertical at above reference support mechanism 4.
Described part transfer mechanism 3 includes movable clamp 32, for driving the movable cylinder 31 of movable clamp 32 and for driving the straight line module 34 of movable clamp 32 transverse shifting, the piston rod of described movable clamp 32 and cylinder 31 is fixed, movable clamp 32 and cylinder 31 entirety are positioned on the slide unit of straight line module 34, are provided with two grooves 33 for locating element on front side of movable clamp 32 side by side；The universal joint outer ring 7 treating side position in transmission belt 11 can be moved on standard station by moving left and right before and after part transfer mechanism 3.
As shown in Figure 4, described reference support mechanism 4 includes that a support round platform 43, standard station of 41, benchmark annulus platform fixes seat 46, the three quasi-support column of foundation 42 and three standard station regulating rods 44, and described reference support mechanism 4 is mainly made up of standard station and the removable round platform that supports.Described reference support post 42 is disposed on benchmark annulus platform 43 upper surface around benchmark annulus platform 43 axis is circumferentially equidistant；Described standard station regulating rod 44 is disposed on benchmark annulus platform 43 lower surface around benchmark annulus platform 43 axis is circumferentially equidistant, and standard station regulating rod 44 lower end is fixed on standard station and fixes on seat 46, and standard station is fixed and is fixed on equipment stand 5 bottom seat 46；Described support round platform 41 is coaxially disposed with benchmark annulus platform 43, supports and is provided with the height adjustment mechanism 47 driving support round platform 41 lifting on the downside of round platform 41.Described height adjustment mechanism 47 is Linear motor-driven push rod, and the main body of Linear motor-driven push rod is fixed with equipment stand 5, and the elevating lever 45 of Linear motor-driven push rod is fixed on the downside of round platform 41 with supporting.
As it is shown in figure 5, described detection platform 6 coordinates standard station to open a circular hole, circular hole, support round platform 41 and the central shaft conllinear of displacement transducer 22 at measurement station.First, part to be measured enters before measuring station, supports round platform 41 and is in B location, will not contact with reference support post 42 when part to be measured moves into and measures station, be effectively protected reference support post 42 and support contact point, extend the use service life of standard station.Then, under the driving of height adjustment mechanism 47, support round platform 41 and move to location of C, make part to be measured be supported by reference support post 42 completely, utilize displacement transducer 22 to record data now and assume to record result for X1.Then, support round platform 41 is moved to location A by height adjustment mechanism 47, part transfer mechanism removed by measured piece, it is to avoid occur that measured piece and detection platform 6 collide jam situation, it is ensured that the reliability of system work.Finally, support round platform 41 and again move back to B location, prepare to measure so circulation next time.Additionally, needing calibration during told device just task, calibration flow process is similar with measurement, and the thickness that universal joint outer ring 7 simply changes into standard gauge block such as standard gauge block is X2, displacement transducer 22 measurement data is X3, and now universal joint outer ring 7 base thickness Y is: Y=X1-X3+X2.
Described one-chip computer module is to be made up of the controller with single-chip microcomputer as core and peripheral circuit thereof.Described proximity switch 12 is connected with single-chip microcomputer by order wire；Described cylinder 31, straight line module 34, Linear motor-driven push rod are connected with single-chip microcomputer by driving controller.Single-chip microcomputer is by serial ports and PC communication, and can complete follow-up related work according to PC feedback result, as shown in Figure 6.
During use, as it is shown in figure 1, universal joint outer ring 7 is sent to part baffle 13 front by conveyer belt 11, is stopped by part baffle 13 and stop moving.Movable clamp 32 is driven by straight line module 34 and moves to left to part baffle 13 rear, as shown in Figure 2, now, movable clamp 32 left side groove 33 opening is corresponding with the universal joint outer ring 7 before part baffle 13, on the right of movable clamp 32, groove 33 is corresponding with the universal joint outer ring 7 in reference support mechanism 4, drive cylinder 31, the piston rod of cylinder 31 drives movable clamp 32 to move forward, making the universal joint outer ring 7 before part baffle 13 enter movable clamp 32 left side groove 33, the universal joint outer ring 7 in reference support mechanism 4 enters groove 33 on the right of movable clamp 32；Straight line module 34 drives movable clamp 32 to drive the universal joint outer ring 7 being in groove 33 to move to right, the universal joint outer ring 7 of movable clamp 32 left side groove 33 enters measures station, on the right of movable clamp 32, the removal of the universal joint outer ring 7 on groove 33 is measured station and is entered working area, personnel to be operated take away, now, the universal joint outer ring 7 completed in a reference support mechanism 4 is changed.In universal joint outer ring 7 moving process in reference support mechanism 4, the Linear motor-driven push rod in reference support mechanism 4 supports round platform 41 in driving and moves up and down, it is ensured that before universal joint outer ring 7 enters and measures station, make support round platform 41 be in B location.Now supporting round platform 41 upper surface and be slightly below detection platform 6 upper surface, support round platform 41 upper surface simultaneously and be slightly above reference support post 42 summit, effectively protection benchmark support column 42 prevents measured piece while supporting contact point and supports round platform 41 and collide jam.When universal joint outer ring 7 base thickness is measured by needs, under the driving of height adjustment mechanism 47, support round platform 41 and move to location of C, make part to be measured be supported by reference support post 42 completely, now, utilize displacement transducer 22 that universal joint outer ring 7 base thickness is measured.Being moved to location A by support round platform 41 by height adjustment mechanism 47 after being measured, at this moment support round platform 41 upper surface is slightly above when detection platform 6 upper surface, beneficially universal joint outer ring 7 remove to the right measurement station and smoothly transits in detection platform 6.After universal joint outer ring 7 removes to the right measurement station smoothly transits in detection platform 6, the piston rod of cylinder 31 controls movable clamp 32 and withdraws the initial position come back to as shown in Figure 1.So while one universal joint outer ring 7 of removal, next universal joint outer ring 7 enters and measures station, every time before universal joint outer ring 7 enters and measures station, making support round platform 41 be in the initial position of B location, so circulation realizes measurement on-line automatic to universal joint outer ring 7.Finally, need to carry out demarcation flow process during told device just task similar with measurement, simply universal joint outer ring 7 is changed into standard gauge block and performs aforementioned measurement process.
Claims (3)
1. a universal joint outer ring base thickness self-operated measuring unit, it is characterized in that: include that equipment stand (5), described equipment stand (5) are provided with feeding conveyer belt mechanism (1), detection platform (6), displacement sensing system (2), part transfer mechanism (3), reference support mechanism (4)；
Described feeding conveyer belt mechanism (1) includes conveyer belt (11), for sensing the proximity switch (12) of part and being used for the part baffle (13) of stop feature, described proximity switch (12) and part baffle (13) are located at conveyer belt (11) direction of transfer end end, and described conveyer belt (11) is connected with detection platform (6) at part baffle (13) place；
Described detection platform (6) downside is provided with the reference support mechanism (4) for part position of harmonizing, detection platform (6) upside is provided with the displacement sensing system (2) for measuring part, and detection platform (6) is laterally provided with the part transfer mechanism (3) for shifting part；
Described displacement sensing system (2) includes fixed support (21) and displacement transducer (22), described displacement transducer (22) is fixed on equipment stand (5) by fixed support (21), and displacement transducer (22) is vertical at reference support mechanism (4) top；
Described part transfer mechanism (3) includes movable clamp (32), is used for the cylinder (31) driving movable clamp (32) movable and the straight line module (34) being used for driving movable clamp (32) transverse shifting, the piston rod of described movable clamp (32) and cylinder (31) is fixed, movable clamp (32) and cylinder (31) entirety are positioned on the slide unit of straight line module (34), and movable clamp (32) front side is provided with two grooves for locating element (33) side by side；
Described reference support mechanism (4) includes that a support round platform (41), benchmark annulus platform (43), a standard station fix seat (46), some reference support posts (42) and some standard station regulating rods (44), and described reference support post (42) is disposed on benchmark annulus platform (43) upper surface around benchmark annulus platform (43) axis is circumferentially equidistant；Described standard station regulating rod (44) is disposed on benchmark annulus platform (43) lower surface around benchmark annulus platform (43) axis is circumferentially equidistant, standard station regulating rod (44) lower end is fixed on standard station and fixes on seat (46), and standard station is fixed seat (46) bottom and is fixed on equipment stand (5)；Described support round platform (41) is coaxially disposed with benchmark annulus platform (43), supports round platform (41) downside and is provided with the height adjustment mechanism (47) driving support round platform (41) to lift.
A kind of universal joint outer ring the most according to claim 1 base thickness self-operated measuring unit, it is characterized in that: described detection platform (6) coordinates standard station to offer a circular hole, circular hole, support round platform (41) and the centerline collineation of displacement transducer (22) at measurement station.
A kind of universal joint outer ring the most according to claim 1 base thickness self-operated measuring unit, it is characterized in that: described height adjustment mechanism (47) is Linear motor-driven push rod, the main body of Linear motor-driven push rod is fixed with equipment stand (5), and the elevating lever (45) of Linear motor-driven push rod is fixing with support round platform (41) downside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620526122.9U CN205642341U (en) | 2016-06-01 | 2016-06-01 | Universal joint outer lane base thickness automatic measuring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620526122.9U CN205642341U (en) | 2016-06-01 | 2016-06-01 | Universal joint outer lane base thickness automatic measuring device |
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| Publication Number | Publication Date |
|---|---|
| CN205642341U true CN205642341U (en) | 2016-10-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620526122.9U Expired - Fee Related CN205642341U (en) | 2016-06-01 | 2016-06-01 | Universal joint outer lane base thickness automatic measuring device |
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| Country | Link |
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| CN (1) | CN205642341U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105910568A (en) * | 2016-06-01 | 2016-08-31 | 中国计量学院 | Universal joint outer ring bottom thickness automatic measuring device |
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2016
- 2016-06-01 CN CN201620526122.9U patent/CN205642341U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105910568A (en) * | 2016-06-01 | 2016-08-31 | 中国计量学院 | Universal joint outer ring bottom thickness automatic measuring device |
| CN105910568B (en) * | 2016-06-01 | 2019-01-01 | 中国计量学院 | A kind of universal joint outer ring base thickness self-operated measuring unit |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161012 Termination date: 20170601 |