CN203929713U - The Work transfer device of eddy current testing equipment - Google Patents
The Work transfer device of eddy current testing equipment Download PDFInfo
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- CN203929713U CN203929713U CN201420371898.9U CN201420371898U CN203929713U CN 203929713 U CN203929713 U CN 203929713U CN 201420371898 U CN201420371898 U CN 201420371898U CN 203929713 U CN203929713 U CN 203929713U
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- pallet
- eddy current
- bracket
- rewinding storehouse
- transfer device
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Abstract
The utility model discloses a kind of simple and compact for structure, operational efficiency is high and Work transfer device reliable and stable, lower-cost eddy current testing equipment, it comprises eddy current test module (27), erecting bed (28), rewinding storehouse (1), storage bin (2), pallet (3) and the pallet translational mechanism that pallet (3) is moved to rewinding storehouse (1) and puts down pallet (3) from storage bin (2), and rear, rewinding storehouse (1) is provided with catching robot (30); Erecting bed (28), rewinding storehouse (1), storage bin (2) are sequentially set up in parallel from left to right, rewinding storehouse (1) comprises the first bracket (4) and the first linear moving mechanism, storage bin (2) comprises the second bracket (5) and the second linear moving mechanism, and each pallet (3) lays respectively in rewinding storehouse (1), storage bin (2) and is stacked on the first bracket (4), the second bracket (5); Top, rewinding storehouse (1) is provided with the first clamping manipulator.
Description
Technical field
The utility model relates to conveying device technical field, is specifically a kind of Work transfer device of eddy current testing equipment.
Background technology
Eddy current test technology is used widely in inspection field, but the equipment for the flaw detection of part continuous batch is more rare, especially whirlpool wheel-class parts, such as pinch roller, it is high that whirlpool wheel-class parts has precision, quality requirements is strict, therefore, it is carried out to carrying out flaw detection very necessary, and continuous batch flaw detection can greatly improve detection efficiency and accuracy of detection, thereby reduce production costs, in order to realize continuous batch flaw detection, need to develop a kind of Work transfer device of eddy current testing equipment, require Work transfer device simple and compact for structure of eddy current testing equipment, operational efficiency is high and reliable and stable, cost is lower, in prior art, the simple combination of mechanical arm cannot finely meet above-mentioned requirements, and high expensive.
Utility model content
The technical problems to be solved in the utility model is, provide a kind of simple and compact for structure, operational efficiency is high and Work transfer device reliable and stable, lower-cost eddy current testing equipment.
The technical solution of the utility model is, the Work transfer device of the utility model eddy current testing equipment, it comprises eddy current test module, erecting bed, rewinding storehouse, storage bin, pallet and the pallet translational mechanism that pallet is moved to rewinding storehouse and puts down pallet from storage bin, described erecting bed is provided with defective workpiece storehouse, rear, rewinding storehouse is provided with for workpiece is put into eddy current test module from rewinding storehouse and detects, to be detected complete after, the workpiece according to the testing result of eddy current test module, detection being completed is again put back to rewinding storehouse or is put into the catching robot in defective workpiece storehouse, erecting bed, rewinding storehouse, storage bin left and right are set up in parallel, rewinding storehouse comprises the first bracket and for driving the first linear moving mechanism of the first bracket lifting, storage bin comprise the second bracket and for drive the second bracket along with the second linear moving mechanism of the direction lifting of the first bracket lifting opposite direction, each pallet lays respectively in rewinding storehouse, storage bin and is stacked on the first bracket, the second bracket, top, rewinding storehouse is provided with first clamping manipulator that grips uppermost that pallet for front and back.
The utility model principle of work is, describe as an example of mobile first pallet example, the first bracket rises to the highest, stacking some pallets in the second bracket, then, pallet translational mechanism pick up first pallet and by this pallet translational to rewinding storehouse and put down, because the first bracket rises to the highest, so falling, pallet drops down onto on the first bracket after very short distance, then, the first clamping manipulator secures the above pallet, then, the pallet of catching robot in rewinding storehouse captures a workpiece and puts it into eddy current test module, if workpiece sensing is qualified, catching robot is sent workpiece back to pallet former placement location, if workpiece sensing is defective, catching robot is put into defective workpiece storehouse by workpiece and is reclaimed, catching robot repeats said process, treat that on pallet, all workpiece sensing are complete, the first bracket decline certain altitude, this can be highly the thickness of a pallet, also can be the thickness left and right of a pallet, allow deviation, pallet translational mechanism resets, the second bracket described height that rises, then, pallet translational mechanism second pallet of taking, next process is the same, just second pallet piles up on first pallet, go round and begin again like this, until the pallet in the second bracket takes, a said process wherein part can be also, pallet translational mechanism pick up first pallet and by this pallet translational to rewinding storehouse and after putting down, the first bracket decline certain altitude, then pallet translational mechanism resets, the second bracket described height that rises, then, pallet translational mechanism second pallet of taking, next process is the same, generally speaking, both essence is identical, all will meet pallet translational mechanism moves to pallet rewinding storehouse and puts down from storage bin, the first bracket, the second bracket moving direction are contrary, when the first bracket declines, the second bracket rises, like this, only need a comparatively complicated mechanical arm, be catching robot, and other motions of workpiece are only linear reciprocating motions, can adopt technology maturation and linear moving mechanism simple and compact for structure to complete, effectively reduce costs, therefore the utility model is simple and compact for structure, operational efficiency is high and reliable and stable, cost is lower, described eddy current test module, catching robot, pallet translational mechanism, the first linear moving structure, the second Linear-moving structure itself and control section are routine, the testing result signal of eddy current test module should be delivered to catching robot, so that the workpiece that catching robot completes detection according to the testing result of eddy current test module is put back to rewinding storehouse or is put into defective workpiece storehouse, those skilled in the art know row only need to debug to cooperatively interact by the required time of each action and can complete, the utility model key is to comprise each parts and mutual position and annexation.
Adopt after said structure, the utility model compared with prior art, has the following advantages: from technical solutions of the utility model and principle of work, the utlity model has simple compactness, high and reliable and stable, the lower-cost advantage of operational efficiency.
As improvement, the first linear moving mechanism, the second linear moving mechanism are all for by motor-driven feed screw nut travel mechanism, and structure is compacter, and technology maturation is stable, and cost is low.
As improvement, be equipped with before rewinding storehouse, storage bin for pallet from the described opening shifting out above, more convenient pallet passes in and out rewinding storehouse, storage bin.
As improvement, the first clamping manipulator comprises the first cylinder, the first support, guide rod, push pedal, for inserting the push rod of fixed tray, the first cylinder is arranged on the first support, guide rod mount pad pivot bush unit on guide rod and the first support, the first Telescopic-cylinder end, guide rod are connected with push pedal respectively, and push rod is arranged in push pedal, like this, simple in structure, response fast.
As improvement, pallet translational mechanism comprises for the second clamping manipulator of left and right holding tray with for by the second clamping manipulator the 3rd linear moving mechanism that left and right moves around directly over the two in rewinding storehouse, storage bin, like this, simple in structure, response fast.
As improvement, the chuck that the second clamping manipulator comprises the second cylinder and driven by the second cylinder, chuck is provided with groove, and this groove and pallet side flanges match; U-shaped the second support that the 3rd linear moving mechanism comprises the 3rd cylinder, slide rail, driven by the 3rd cylinder, the second support and slide rail are slidably connected, and the 3rd Telescopic-cylinder end is connected with the second support; Two the second cylinders are arranged on respectively the two ends of the second support, and like this, simple in structure, response fast, and easy to assembly, uses reliable and stable.
As improvement, pallet comprises the body that padded coaming is made, above body, be provided with boss, in boss, be provided with some for laying the first blind hole of workpiece, the body back side is provided with the depression matching with boss, in depression, be provided with the second blind hole and connect transverse groove and the vertical slot of each the second blind hole, transverse groove and vertical slot longitude and latitude distribute, the first blind hole is for matching with the bottom of workpiece, the second blind hole is for matching with the top of workpiece, like this, can provide better protection to workpiece, simultaneously being provided with of transverse groove and vertical slot is beneficial to being difficult to of destroying that boss depression no-float causes by the boss situation about separating that caves in, be transverse groove and vertical slot be arranged so that between upper and lower pallet, easily separate.
As improvement, body front and back sides is equipped with the 3rd blind hole of inserting or extracting for the push rod for the first clamping manipulator, and the 3rd blind hole is positioned at the bottom of described front and back sides, and like this, fixed sturcture is simple, can not weaken significantly body intensity.
As improvement, body left and right side is equipped with the targeting port of clamping described left and right side flange for the chuck of second clamping manipulator that leads, like this, is more conducive to fast operating, raises the efficiency and significantly reduces the damage of chuck to left and right side flange simultaneously.
Brief description of the drawings
Fig. 1 is the three-dimensional structure schematic diagram of the Work transfer device of the utility model eddy current testing equipment.
Fig. 2 is the three-dimensional structure schematic diagram above of the pallet of the Work transfer device of the utility model eddy current testing equipment.
Fig. 3 is the three-dimensional structure schematic diagram at the back side of the pallet of the Work transfer device of the utility model eddy current testing equipment.
Fig. 4 is the vertical view of the pallet of the Work transfer device of the utility model eddy current testing equipment.
Fig. 5 is the upward view of the pallet of the Work transfer device of the utility model eddy current testing equipment.
Shown in figure, 1, rewinding storehouse, 2, storage bin, 3, pallet, 4, the first bracket, 5, the second bracket, 6, the first cylinder, 7, the first support, 8, guide rod, 9, push pedal, 10, push rod, 11, guide rod mount pad, 12, the second cylinder, 13, chuck, 14, groove, 15, the 3rd cylinder, 16, slide rail, 17, the second support, 18, boss, 19, the first blind hole, 20, depression, 21, the second blind hole, 22, transverse groove, 23, vertical slot, 24, the 3rd blind hole, 25, targeting port, 26, frame, 27, eddy current test module, 28, erecting bed, 29, defective workpiece storehouse, 30, catching robot.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Succinctly clear for diagram, the mark of correlation of the concrete structure of pallet 3 indicates in Fig. 2,3,4,5, and Fig. 1 does not mark.
The Work transfer device of the utility model eddy current testing equipment, it comprises eddy current test module 27, erecting bed 28, rewinding storehouse 1, storage bin 2, pallet 3 and the pallet translational mechanism that pallet 3 is moved to rewinding storehouse 1 and puts down pallet 3 from storage bin 2, described erecting bed 28 is provided with defective workpiece storehouse 29, defective workpiece storehouse 29 is positioned at eddy current test module 27 fronts, 1 rear, rewinding storehouse is provided with for workpiece is put into eddy current test module 27 from rewinding storehouse 1 and detects, to be detected complete after, the workpiece according to the testing result of eddy current test module 27, detection being completed is again put back to rewinding storehouse 1 or is put into the catching robot 30 in defective workpiece storehouse 29, erecting bed 28, rewinding storehouse 1, storage bin 2 left and right are set up in parallel, rewinding storehouse 1 comprises the first bracket 4 and for driving the first linear moving mechanism of the first bracket 4 liftings, storage bin 2 comprise the second bracket 5 and for drive the second bracket 5 along with the second linear moving mechanism of the direction lifting of the first bracket 4 lifting opposite directions, each pallet 3 lays respectively in rewinding storehouse 1, storage bin 2 and is stacked on the first bracket 4, the second bracket 5, 1 top, rewinding storehouse is provided with first clamping manipulator that grips uppermost that pallet 3 for front and back.
Eddy current test module 27 and catching robot 30 all adopt commercially available, operate such as catching robot 30 adopts the product of storehouse card industrial robot, eddy current test module 27 to be connected with the electric signal of catching robot 30 by instructions separately, do not add and repeat.
The first linear moving mechanism, the second linear moving mechanism are all for by motor-driven feed screw nut travel mechanism, nut moves to drive the lifting of the first bracket 4, the second bracket 5, the first bracket 4, the second bracket 5 also with guide rail sliding fit, guide rails assembling is in frame 26, the framework load-carrying members of frame 26 for adopting market section bar to manufacture, erecting bed 28 is connected with frame 26.
Rewinding storehouse 1, storage bin 2 are equipped with for pallet 3 above from the described opening shifting out above.
The first clamping manipulator comprises the first cylinder 6, the first support 7, guide rod 8, push pedal 9, for inserting the push rod 10 of fixed tray 3, the first cylinder 6 is arranged on the first support 7, the first support 7 is connected with frame 26, guide rod mount pad 11 pivot bush units on guide rod 8 and the first support 7, the first cylinder 6 telescopic ends, guide rod 8 are connected with push pedal 9 respectively, push rod 10 is arranged in push pedal 9, and push rod 10 heads are conical.
Pallet translational mechanism comprises for the second clamping manipulator of left and right holding tray 3 with for by the second clamping manipulator the 3rd linear moving mechanism that left and right moves around directly over the two in rewinding storehouse 1, storage bin 2.
The chuck 13 that the second clamping manipulator comprises the second cylinder 12 and driven by the second cylinder 12, chuck 13 is provided with groove 14, and this groove 14 matches with pallet 3 side flanges; The 3rd linear moving mechanism comprises the 3rd cylinder 15, slide rail 16, U-shaped the second support 17 being driven by the 3rd cylinder 15, the 3rd cylinder 15, slide rail 16 are connected with frame 26 respectively, the second support 17 is slidably connected with slide rail 16, and the 3rd cylinder 15 telescopic ends are connected with the second support 17; Two the second cylinders 12 are arranged on respectively the two ends of the second support 17.
The rotation seat of catching robot 30 almost maintains an equal level mutually with the second support 17, and like this, catching robot 30 can have larger scope of activities, can not interfere with miscellaneous part the motion of the catching robot 30 of being more convenient for.
Pallet 3 comprises the body that padded coaming is made, padded coaming is expanded material, above body, be provided with boss 18, in boss 18, be provided with some for laying the first blind hole 19 of workpiece, the body back side is provided with the depression 20 matching with boss 18, in depression 20, is provided with the second blind hole 21 and connects transverse groove 22 and the vertical slot 23 of each the second blind hole 21, and transverse groove 22 and vertical slot 23 longitudes and latitudes distribute, the first blind hole 19 is for matching with the bottom of workpiece, and the second blind hole 21 is for matching with the top of workpiece.
Body front and back sides is equipped with the 3rd blind hole 24, the three blind holes 24 for inserting or extract for the push rod 10 of the first clamping manipulator and is positioned at the bottom of described front and back sides.
Body left and right side is equipped with the targeting port 25 of clamping described left and right side flange for the chuck 13 of second clamping manipulator that leads.
Claims (9)
1. the Work transfer device of an eddy current testing equipment, it is characterized in that, it comprises eddy current test module (27), erecting bed (28), rewinding storehouse (1), storage bin (2), pallet (3) and the pallet translational mechanism that pallet (3) is moved to rewinding storehouse (1) and puts down pallet (3) from storage bin (2), described erecting bed (28) is provided with defective workpiece storehouse (29), rear, rewinding storehouse (1) is provided with for workpiece is put into eddy current test module (27) from rewinding storehouse (1) and detects, to be detected complete after, the workpiece according to the testing result of eddy current test module (27), detection being completed is again put back to rewinding storehouse (1) or is put into the catching robot (30) in defective workpiece storehouse (29), erecting bed (28), rewinding storehouse (1), storage bin (2) is sequentially set up in parallel from left to right, rewinding storehouse (1) comprises the first bracket (4) and for driving the first linear moving mechanism of the first bracket (4) lifting, storage bin (2) comprise the second bracket (5) and for drive the second bracket (5) along with the second linear moving mechanism of the direction lifting of the first bracket (4) lifting opposite direction, each pallet (3) lays respectively at rewinding storehouse (1), in storage bin (2) and be stacked on the first bracket (4), on the second bracket (5), top, rewinding storehouse (1) is provided with first clamping manipulator that grips uppermost that pallet (3) for front and back.
2. the Work transfer device of eddy current testing equipment according to claim 1, is characterized in that, the first linear moving mechanism, the second linear moving mechanism are all for by motor-driven feed screw nut travel mechanism.
3. the Work transfer device of eddy current testing equipment according to claim 1, is characterized in that, rewinding storehouse (1), storage bin (2) are equipped with for pallet (3) above from the described opening shifting out above.
4. the Work transfer device of eddy current testing equipment according to claim 1, it is characterized in that, the first clamping manipulator comprises the first cylinder (6), the first support (7), guide rod (8), push pedal (9), be used for inserting the push rod (10) of fixed tray (3), the first cylinder (6) is arranged on the first support (7), guide rod mount pad (11) pivot bush unit on guide rod (8) and the first support (7), the first cylinder (6) telescopic end, guide rod (8) is connected with push pedal (9) respectively, push rod (10) is arranged in push pedal (9).
5. the Work transfer device of eddy current testing equipment according to claim 1, it is characterized in that, pallet translational mechanism comprise for the second clamping manipulator of left and right holding tray (3) and for by the second clamping manipulator at rewinding storehouse (1), storage bin (2) the 3rd linear moving mechanism that left and right moves around directly over the two.
6. the Work transfer device of eddy current testing equipment according to claim 5, it is characterized in that, the chuck (13) that the second clamping manipulator comprises the second cylinder (12) and driven by the second cylinder (12), chuck (13) is provided with groove (14), and this groove (14) matches with pallet (3) side flanges; U-shaped the second support (17) that the 3rd linear moving mechanism comprises the 3rd cylinder (15), slide rail (16), driven by the 3rd cylinder (15), the second support (17) is slidably connected with slide rail (16), and the 3rd cylinder (15) telescopic end is connected with the second support (17); Two the second cylinders (12) are arranged on respectively the two ends of the second support (17).
7. the Work transfer device of eddy current testing equipment according to claim 1, it is characterized in that, pallet (3) comprises the body that padded coaming is made, above body, be provided with boss (18), in boss (18), be provided with some for laying first blind hole (19) of workpiece, the body back side is provided with the depression (20) matching with boss (18), in depression (20), be provided with the second blind hole (21) and connect transverse groove (22) and the vertical slot (23) of each the second blind hole (21), transverse groove (22) and vertical slot (23) longitude and latitude distribute, the first blind hole (19) is for matching with the bottom of workpiece, the second blind hole (21) is for matching with the top of workpiece.
8. the Work transfer device of eddy current testing equipment according to claim 7, it is characterized in that, body front and back sides is equipped with the 3rd blind hole (24) for inserting or extract for the push rod (10) of the first clamping manipulator, and the 3rd blind hole (24) is positioned at the bottom of described front and back sides.
9. the Work transfer device of eddy current testing equipment according to claim 7, is characterized in that, body left and right side is equipped with the targeting port (25) of clamping described left and right side flange for the chuck (13) of second clamping manipulator that leads.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420371898.9U CN203929713U (en) | 2014-07-04 | 2014-07-04 | The Work transfer device of eddy current testing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420371898.9U CN203929713U (en) | 2014-07-04 | 2014-07-04 | The Work transfer device of eddy current testing equipment |
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| Publication Number | Publication Date |
|---|---|
| CN203929713U true CN203929713U (en) | 2014-11-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420371898.9U Active CN203929713U (en) | 2014-07-04 | 2014-07-04 | The Work transfer device of eddy current testing equipment |
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| CN (1) | CN203929713U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104076087A (en) * | 2014-07-04 | 2014-10-01 | 宁波亿控自动化科技有限公司 | Workpiece conveying device of eddy current flaw detector |
| CN108995874A (en) * | 2018-07-27 | 2018-12-14 | 同济大学 | A kind of auxiliary device supplied for blank and finished parts storage |
-
2014
- 2014-07-04 CN CN201420371898.9U patent/CN203929713U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104076087A (en) * | 2014-07-04 | 2014-10-01 | 宁波亿控自动化科技有限公司 | Workpiece conveying device of eddy current flaw detector |
| CN104076087B (en) * | 2014-07-04 | 2017-02-15 | 宁波亿控自动化科技有限公司 | Workpiece conveying device of eddy current flaw detector |
| CN108995874A (en) * | 2018-07-27 | 2018-12-14 | 同济大学 | A kind of auxiliary device supplied for blank and finished parts storage |
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