CN207511388U - A kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism - Google Patents
A kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism Download PDFInfo
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- CN207511388U CN207511388U CN201720930112.6U CN201720930112U CN207511388U CN 207511388 U CN207511388 U CN 207511388U CN 201720930112 U CN201720930112 U CN 201720930112U CN 207511388 U CN207511388 U CN 207511388U
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- bearing shell
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- cylinder
- wall thickness
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Abstract
The utility model provides a kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism, side is equipped with feeding feeding distribution mechanism in the middle part of feeding conveying device, feeding conveying device tail portion is equipped with blocking column, it is equipped with above the side of feeding conveying device tail portion and measures station feeding cylinder, feeding conveying device tail portion opposite side, which is equipped with, measures babinet, it measures the bottom of box and is equipped with monitor station, it measures box house and is equipped with upper plug jet and lower plug jet, monitor station side is equipped with blanking bench, baffle is equipped on the outside of blanking bench, blanking bench one end is equipped with blanking cylinder, blanking bench end is equipped with blanking conveyer.A kind of bearing shell multiple spot wall thickness of the utility model and the on-line automatic measuring mechanism of the busbar depth of parallelism, the mechanism has the characteristics that automatic measurement, also there is very high measurement accuracy simultaneously, single-point duplicate measurements wall thickness accuracy is less than ± 1 μm, measurement efficiency is higher, it solves the difficult point during bearing shell on-line measurement well, there is very high practical value.
Description
Technical field
The utility model belongs to auto parts and components processing technique field, more particularly, to a kind of bearing shell multiple spot wall thickness and busbar
The on-line automatic measuring mechanism of the depth of parallelism.
Background technology
Liner wall thickness value is the most crucial parameter of bearing shell product, and the testing result of the numerical value directly determines the final of bearing shell
Performance, the wall thickness value of real time and on line monitoring bearing shell and the busbar depth of parallelism are that current bearing shell enterprise is badly in need of in process of manufacture
One developing direction.The measurement repeatable accuracy requirement of half bearing thickness is less than ± 1 μm, and main measurement means domestic at present use people
Work detects manually, but such measurement accuracy is difficult accurately to measure using artificial means, and the device of some present pneumatic gaugings,
Automatic performance is poor, and the error measured is also higher than the error of manual measurement, in use, need to be by artificial toward contact at it
Effect complete to operate.
Utility model content
In view of this, the utility model is directed to a kind of bearing shell multiple spot wall thickness and the on-line automatic measuring machine of the busbar depth of parallelism
Structure replaces manual measurement in a manner of using pneumatic gauging, and the measurement result so as to make is more accurate.
In order to achieve the above objectives, the technical solution of the utility model is realized in：
A kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism, including workbench and bearing shell, the work
Make platform equipped with feeding conveying device, feeding conveying device middle part side is equipped with feeding feeding distribution mechanism, the feeding transmission
Device tail portion is equipped with blocking column, is equipped with above the side of the feeding conveying device tail portion and measures station feeding cylinder, the measurement
Station feeding cylinder is equipped with telescopic rod, and the telescopic rod end is equipped with the first push plate, the feeding conveying device tail portion
Opposite side, which is equipped with, measures babinet, and the measurement bottom of box is equipped with monitor station, and the monitor station both sides are equipped with and are placed in the measurement
Measurement station detent mechanism on box bilateral wall, the measurement box house, which is equipped with, is respectively placed in the measurement babinet internal upper part
Upper plug jet and lower plug jet with interior lower part, the upper plug jet and the lower plug jet end are equipped with height
Accuracy Displacement sensor and pressure sensor, the upper plug jet and the lower plug jet end outer layer are equipped with buffer layer,
The monitor station side is equipped with blanking bench, and baffle is equipped on the outside of the blanking bench, and described blanking bench one end is equipped with blanking cylinder, institute
Blanking cylinder is stated equipped with telescopic rod, the telescopic rod end connects third push plate, and the blanking bench is set above end
There is the blanking backgauge cylinder for being fixed on and measuring on wall box, the blanking backgauge cylinder connects push plate, institute by telescopic rod
Blanking bench end is stated equipped with blanking conveyer.
Further, the feeding feeding distribution mechanism includes two material splitting cylinders being disposed adjacent, two material splitting cylinders
It is connect by telescopic rod with adjustable plate；
Further, the station detent mechanism that measures includes two tops for being respectively arranged at the measurement babinet both sides
Bar, two described mandril one end are equipped with and make cylinder, and the another mandril end is equipped with buffer layer；
Further, the blanking conveyer side is equipped with mounting table described in mounting table and is equipped with blanking pusher cylinder,
The blanking pusher cylinder connects the second push plate by the telescopic rod；
Further, the buffer layer is rubber pad.
Relative to the prior art, a kind of bearing shell multiple spot wall thickness described in the utility model and the on-line automatic survey of the busbar depth of parallelism
Measuring mechanism has the advantage that：
A kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism described in the utility model, mechanism tool
There is the characteristics of automatic measurement, while also there is very high measurement accuracy, single-point duplicate measurements wall thickness accuracy is less than ± 1 μm, surveys
Amount efficiency is higher, solves the difficult point during bearing shell on-line measurement well, has very high practical value, loading and unloading workpiece
Cooperating improves the degree of automation of device, and workpiece for measurement will not be caused to damage in measurement process, has structure letter
The characteristics of single, easy to use, highly practical.
Description of the drawings
The attached drawing for forming the part of the utility model is used to provide a further understanding of the present invention, this practicality is new
The illustrative embodiments and their description of type do not form the improper restriction to the utility model for explaining the utility model.
In attached drawing：
Fig. 1 is a kind of bearing shell multiple spot wall thickness and the on-line automatic measuring machine of the busbar depth of parallelism described in the utility model embodiment
First part's overall structure diagram of structure；
Fig. 2 is a kind of bearing shell multiple spot wall thickness and the on-line automatic measuring machine of the busbar depth of parallelism described in the utility model embodiment
The second part overall structure diagram of structure；
Fig. 3 is a kind of bearing shell multiple spot wall thickness and the on-line automatic measuring machine of the busbar depth of parallelism described in the utility model embodiment
The upper plug jet of structure and lower plug jet structure diagram；
Fig. 4 is a kind of bearing shell multiple spot wall thickness and the on-line automatic measuring machine of the busbar depth of parallelism described in the utility model embodiment
The measurement station detent mechanism structure diagram of structure.
Reference sign：
1- feeding feeding distribution mechanisms, 2- measure station transmission cylinder, and 3- measures station detent mechanism, the upper plug jets of 4-, 5-
Blanking cylinder, 6- blanking backgauge cylinders, 7- feeding conveying devices, 8- bearing shells, 9- telescopic rods, 10- adjustable plates, the first push plates of 11-,
12- stops column, the second push plates of 13-, 14- monitor stations, plug jet under 15-, 16- workbench, 17- blanking bench, 18- baffles,
19- push plate, 20- third push plates, 21- mounting tables, 22- blanking conveyers, 23- blanking pusher cylinders, 24- buffer layers,
25- high-precision sensors, 26- pressure sensors, 27- material splitting cylinders, 28- measure babinet, 29- mandrils, 30- ejection cylinders.
Specific embodiment
It should be noted that in the absence of conflict, the feature in embodiment and embodiment in the utility model can
To be combined with each other.
The utility model will be described in detail below with reference to the accompanying drawings and embodiments.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism,
Including workbench 16 and bearing shell 8, the workbench 16 is equipped with feeding conveying device 7, the 7 middle part side of feeding conveying device
Equipped with feeding feeding distribution mechanism 1, the feeding feeding distribution mechanism 1 includes two material splitting cylinders 27 being disposed adjacent, two sub-materials
Cylinder 27 is connect by telescopic rod 9 with adjustable plate 10, can be detached workpiece for measurement with prediction workpiece, while can also be to placing
Nonstandard bearing shell 8 is adjusted, convenient for subsequent measurement, 7 tail portion of feeding conveying device be equipped with blocking column 12, it is described on
Expect to be equipped with above 7 tail portion side of transmission device and measure station feeding cylinder 2, the measurement station feeding cylinder 2 is equipped with flexible
Bar 9,9 end of telescopic rod are equipped with the first push plate 11, and the 7 tail portion opposite side of feeding conveying device, which is equipped with, measures babinet
28,28 bottom of the measurement babinet is equipped with monitor station 14, and 14 both sides of monitor station, which are equipped with, is placed in 28 both sides of the measurement babinet
Measurement station detent mechanism 3 on wall, the measurement station detent mechanism 3 are respectively arranged at the measurement babinet 28 including two
The mandril 29 of both sides, two described 29 one end of mandril are equipped with and make cylinder 30, and another 29 end of mandril is equipped with buffering
Layer 24, can will be fixed as the bearing shell 8 on monitor station 14, prevent it from situations such as displacement occur in measurement process and causing
The inaccuracy of measurement result, the measurement babinet 28, which is internally provided with, is respectively placed in measurement 28 internal upper part of babinet and interior lower part
Upper plug jet 4 and lower plug jet 15, the upper plug jet 4 and 15 end of lower plug jet be equipped with high-precision
Displacement sensor 25 and pressure sensor 26 are spent, the upper plug jet 4 and 15 end outer layer of the lower plug jet are equipped with slow
Rush layer 24, the buffer layer 24 is rubber pad, prevent measure or it is fixed during 8 surface of bearing shell is caused to damage, it is described
14 side of monitor station is equipped with blanking bench 17, and 17 outside of blanking bench is equipped with baffle 18, and described 17 one end of blanking bench is equipped with blanking
Cylinder 5, the blanking cylinder 5 are equipped with telescopic rod 9,9 end of the telescopic rod connection third push plate 20, the blanking bench 17
The blanking backgauge cylinder 6 for being fixed on and measuring on 28 side wall of babinet is equipped with above end, the blanking backgauge cylinder 6 passes through
Telescopic rod 9 connects push plate 19, and 17 end of blanking bench is equipped with blanking conveyer 22, the blanking conveyer 22 1
Side is equipped with mounting table 21 described in mounting table 21 and is equipped with blanking pusher cylinder 23, and the blanking pusher cylinder 23 passes through described flexible
Bar 9 connects the second push plate 13, can release the bearing shell 8 being measured, be collected operation.
The course of work：Bearing shell 8 to be measured is placed on feeding conveyer belt 7, telescopic rod 9 is under used in material splitting cylinder 27
Elongation drives adjustable plate 10 to decline, and workpiece for measurement and prediction workpiece are separated, while can will put nonstandard bearing shell 8
It adjusts to specification condition, when prediction workpiece (i.e. bearing shell) moves to feeding conveying device 7 resistance at 7 tail end of feeding conveying device
When at bumping post 12, the stop motion under the action of column 12 is stopped measures 2 work telescopic rod 9 of station feeding cylinder and extends, drives
First push plate 11 travels forward, and the bearing shell to be measured 8 on feeding conveying device 7 is pushed into the monitor station 14 for measuring 28 bottom of babinet
On, while the telescopic rod 9 on feeding feeding distribution mechanism 1 bounces back under the action of material splitting cylinder 27, adjustable plate 10 is driven to rise, under making
One bearing shell 8 to be measured travels forward, and the subsequent work of material splitting cylinder 27 extends telescopic rod 9, and adjustable plate 10 is driven to decline,
Next workpiece for measurement and prediction workpiece are separated, the workpiece being placed on monitor station 14 is by measuring station detent mechanism 3
Positioning action is carried out, that is, makes cylinder 30 and works so that mandril 29 is made, the bearing shell 8 on monitor station 14 is securely fixed,
Upper plug jet 4 and lower aerodynamic side head 15 are ventilated movement simultaneously, and the high accuracy displacement sensor 25 inside the two is to the fortune of the two
Dynamic stroke carries out stringent measuring and calculating, and when the two touches bearing shell two wall about 8, pressure sensor 26 senses pressure, makes
Plug jet 4 and lower 15 counter motion simultaneously of aerodynamic side head, keep in the center, that is, complete side and measure, and after being measured, measure work
Position feeding cylinder 2 works, and telescopic rod 9 extends, and next bearing shell 8 to be measured is pushed on monitor station 14, while can by the first push plate 11
The bearing shell 8 being measured is ejected to blanking bench 17,17 outside setting baffle 18 of blanking bench prevents the dynamics due to ejection
Excessive and eject the bearing shell 8 being measured, the bearing shell 8 being placed on blanking bench 17 is being pushed out to blanking transmission by third push plate 20
On device 22, blanking backgauge cylinder 6 works at this time so that push plate 19 moves downward under the drive of telescopic rod 9, you can gives
It gives not completely into the certain forward thrust of the bearing shell 8 on blanking conveyer 22, makes it that can completely drop into blanking biography
It send on device 22, prevented also from 8 reverse movement of bearing shell, turns again on blanking bench 17, be pushed on blanking conveyer 22
Material travels forward together with blanking conveyer 22, when it is run to blanking pusher cylinder 23, blanking pusher cylinder
23 work so that the second push plate 13 travels forward under the action of telescopic rod 9, and the material on blanking conveyer 22 is released,
Complete the collection work of bearing shell 8 after measuring.
In the description of the present invention, it should be noted that term " " center ", " on ", " under ", it is "left", "right", " perpendicular
Directly ", the orientation of the instructions such as " level ", " interior ", " outer " or position relationship be based on orientation shown in the drawings or position relationship or
Person be the utility model product using when the orientation usually put or position relationship, be for only for ease of description the utility model
Simplify description rather than instruction or imply that signified device or element there must be specific orientation, with specific azimuth configuration
And operation, therefore it is not intended that limitation to the utility model.It is only used in addition, belonging to " first ", " second ", " third " etc.
Description is distinguished, and it is not intended that implying or implying relative importance.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection domain within.
Claims (5)
1. a kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism, including workbench (16) and bearing shell (8),
It is characterized in that：The workbench (16) is equipped with feeding conveying device (7), and side is equipped in the middle part of the feeding conveying device (7)
Feeding feeding distribution mechanism (1), feeding conveying device (7) tail portion are equipped with blocking column (12), feeding conveying device (7) tail portion
It is equipped with above side and measures station feeding cylinder (2), the measurement station feeding cylinder (2) is equipped with telescopic rod (9), described to stretch
Contracting bar (9) end is equipped with the first push plate (11), and feeding conveying device (7) tail portion opposite side, which is equipped with, measures babinet (28), institute
It states and measures babinet (28) bottom equipped with monitor station (14), monitor station (14) both sides, which are equipped with, is placed in the measurement babinet (28) two
Measurement station detent mechanism (3) on side wall, the measurement babinet (28), which is internally provided with, is respectively placed in the measurement babinet (28)
Internal upper part and the upper plug jet (4) of interior lower part and lower plug jet (15), the upper plug jet (4) and the lower pneumatic survey
Head (15) end is equipped with high accuracy displacement sensor (25) and pressure sensor (26), the upper plug jet (4) and institute
Lower plug jet (15) end outer layer is stated equipped with buffer layer (24), monitor station (14) side is equipped with blanking bench (17), described
Baffle (18) is equipped on the outside of blanking bench (17), described blanking bench (17) one end is equipped with blanking cylinder (5), the blanking cylinder (5)
Telescopic rod (9) is equipped with, telescopic rod (9) the end connection third push plate (20), the blanking bench (17) is on end
Side is equipped with the blanking backgauge cylinder (6) for being fixed on and measuring on babinet (28) side wall, and the blanking backgauge cylinder (6) passes through telescopic rod
(9) connection push plate (19), blanking bench (17) end are equipped with blanking conveyer (22).
2. a kind of bearing shell multiple spot wall thickness according to claim 1 and the on-line automatic measuring mechanism of the busbar depth of parallelism, feature
It is：The feeding feeding distribution mechanism (1) includes two material splitting cylinders (27) being disposed adjacent, and two material splitting cylinders (27) are
It is connect by telescopic rod (9) with adjustable plate (10).
3. a kind of bearing shell multiple spot wall thickness according to claim 1 and the on-line automatic measuring mechanism of the busbar depth of parallelism, feature
It is：The station detent mechanism (3) that measures is respectively arranged at the mandril (29) for measuring babinet (28) both sides including two,
Two described mandril (29) one end are equipped with and make cylinder (30), and another mandril (29) end is equipped with buffer layer (24).
4. a kind of bearing shell multiple spot wall thickness according to claim 1 and the on-line automatic measuring mechanism of the busbar depth of parallelism, feature
It is：Blanking conveyer (22) side is equipped with mounting table (21) mounting table (21) and is equipped with blanking pusher cylinder
(23), the blanking pusher cylinder (23) connects the second push plate (13) by the telescopic rod (9).
5. a kind of bearing shell multiple spot wall thickness according to claim 1 and the on-line automatic measuring mechanism of the busbar depth of parallelism, feature
It is：The buffer layer (24) is rubber pad.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720930112.6U CN207511388U (en) | 2017-07-28 | 2017-07-28 | A kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720930112.6U CN207511388U (en) | 2017-07-28 | 2017-07-28 | A kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism |
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| Publication Number | Publication Date |
|---|---|
| CN207511388U true CN207511388U (en) | 2018-06-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720930112.6U Active CN207511388U (en) | 2017-07-28 | 2017-07-28 | A kind of bearing shell multiple spot wall thickness and the on-line automatic measuring mechanism of the busbar depth of parallelism |
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| Country | Link |
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| CN (1) | CN207511388U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113959299A (en) * | 2021-11-05 | 2022-01-21 | 重庆小康工业集团股份有限公司 | Split type bearing bush thickness detection device |
-
2017
- 2017-07-28 CN CN201720930112.6U patent/CN207511388U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113959299A (en) * | 2021-11-05 | 2022-01-21 | 重庆小康工业集团股份有限公司 | Split type bearing bush thickness detection device |
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