CN205237748U - Combined type wheel burring device - Google Patents
Combined type wheel burring device Download PDFInfo
- Publication number
- CN205237748U CN205237748U CN201521114259.5U CN201521114259U CN205237748U CN 205237748 U CN205237748 U CN 205237748U CN 201521114259 U CN201521114259 U CN 201521114259U CN 205237748 U CN205237748 U CN 205237748U
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- fixed
- belt wheel
- wheel
- frame
- plate
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Abstract
The utility model relates to a combined type wheel burring device, frame, servo motor, guide rail, brush are I, the brush is II, synchronized gripping rotating system constitutes, and intermediate position that the conveyer belt made the wheel reach four V - gyro wheel promotes the cylinder and drives its lifting, pneumatic motor the lead screw and rotate, make left slip table and right slip table drive that four V - gyro wheel is synchronous to be cliped the wheel, and driving motor realizes the rotation under the wheel clamping state, it is I rotatory that servo motor I drives the brush, and it is II rotatory that servo motor II drives brushs, the lift cylinder through four guide pillars with two brush liftings, when touching wheel flange corner and implement certain pressure, brush II begins to get rid of wheel flange corner burr promptly, simultaneously, right electric servo cylinder makes the brush I suitable position of moving, and the jacking cylinder passes through the II window corners that make I vertically contacting flange root of brushs on the guide rail, can be to better the getting rid of of here corner burr, go up electric servo cylinder with II angles of brush adjust to suitable angle the time, can get rid of the burr of rim corner department.
Description
Technical field
The utility model relates to a kind of burr remover, specifically the online burr remover of a kind of combined type wheel.
Background technology
In aluminum-alloy wheel manufacturing enterprise, deburring is the important step after machined order, if can not well remove wheel wedge angle and burr everywhere, in use wheel can, very soon these local corrosion, directly affect appearance effect. Nearly all wheel manufacturing enterprise is all with special burr brushing equipment at present, the back of the body chamber and front burr are removed with upper and lower two big disk hairbrush, this mode is still passable for the simple wheel effect of front pose, but for the slightly complicated wheel of moulding, removal effect extreme difference, manual polishing must not be no longer carried out at some bad positions that brush, the workman's who not only increases labour intensity, reduce production efficiency, and the piece-production cost of the wheel increasing. The described deburring principle of the utility model, is applicable to and the wheel of various moulding, and removal efficiency is high, highly versatile.
Summary of the invention
The purpose of this utility model is that a kind of combined type wheel burr remover will be provided, and it can carry out emphasis processing to the flange root corner burr of the wheel of any moulding and wheel rim root corner burr.
To achieve these goals, the technical solution of the utility model is: a kind of composite filament wheel burr remover, comprises that hairbrush is that I, hairbrush are II, synchronous clamping rotary system.
Four guide pillars are fixed on lifter plate I below; Four guide pin bushings that are mated are fixed on base plate, and the below that is fixed on equally two its outputs of lift cylinder on base plate and lifter plate I is hinged.
Hairbrush is that I comprises right slide plate frame, riser, guide rail II, jacking cylinder, lifter plate II, belt wheel I, servomotor I, Timing Belt I, leading screw, nut, left slide unit, hairbrush I, axle I, belt wheel II, right servo electric jar. Right slide plate frame is arranged on lifter plate I top by guide rail I; Riser is fixed on right slide plate frame top; One end of the slide rail of guide rail II is fixed on the below of lifter plate II, and sliding shoe is fixed on riser; Jacking cylinder is fixed on riser top, and its output is connected with the below of lifter plate II; The servomotor I that output is provided with belt wheel I is fixed on the lower end of lifter plate II; The axle I that is simultaneously fixed with hairbrush I and belt wheel II is arranged on the top of lifter plate II by bearing; Belt wheel I is connected by Timing Belt I with belt wheel II; Right servo electric jar is fixed on the right side of lifter plate I, and its output is connected with right slide plate frame.
Synchronous clamping rotary system comprises bearing block I, axle II, V-type roller, right slide unit, drive motors, belt wheel III, Timing Belt II, belt wheel IV, belt wheel V, Timing Belt III, air motor, belt wheel VI, cushion block, guide rail IV. The below of left slide unit and right slide unit is fixed with respectively a nut, and the leading screw being mated is fixed on framework platform; Belt wheel V is arranged on the end of leading screw; The air motor that output is provided with belt wheel VI is fixed on base plate; Belt wheel V is connected by Timing Belt III with belt wheel VI; The top of left slide unit and right slide unit is fixed with respectively two bearing block I; Four axle II that upper end is fixed with respectively V-type roller are arranged in bearing block I by bearing; The lower end of two axle II of right slide unit below is fixed with respectively two belt wheel III; The drive motors that output is fixed with belt wheel IV is arranged on the top of right slide unit; Belt wheel III is connected by Timing Belt II with belt wheel IV; Left slide unit and right slide unit are arranged on the both sides of the platform of frame top by cushion block and guide rail IV.
Hairbrush is that II comprises lift cylinder, left skateboard frame, guide rail III, slide block, upper servo electric jar, lower servo electric jar, returning face plate, belt wheel VII, servomotor II, Timing Belt IV, connecting rod, hairbrush II, bearing block II, axle III, belt wheel VIII. Left skateboard frame is arranged on lifter plate I top by guide rail I; Lower servo electric jar is fixed on the left side of lifter plate I, and its output is connected with left skateboard frame; Slide block is arranged on the top of left skateboard frame by guide rail III; Upper servo electric jar is fixed on the top of left skateboard frame, and its output is connected with slide block; Returning face plate is hinged on the top of left skateboard frame; The servomotor II that output is fixed with belt wheel VII is arranged on the below of returning face plate; The axle III that is simultaneously fixed with hairbrush II and belt wheel VIII is arranged on by bearing in the bearing block II of returning face plate top; Belt wheel VII is connected by Timing Belt IV with belt wheel VIII; Rod hinge connection is between returning face plate and slide block.
Two lifting cylinders that top is fixed with respectively supporting plate are fixed on the relevant position of platform of frame top; Two conveyer belts are also fixed on by transfer roller on the relevant position of platform of frame top.
When actual use, conveyer belt makes wheel arrive the centre position of four V-type rollers, and lifting cylinder is by its lifting, and air motor drives leading screw to rotate, make left slide unit and right slide unit drive four V-type rollers synchronously wheel to be clamped, drive motors is realized the rotation under wheel clamped condition; The rotation of servomotor I band electric brush I, the rotation of servomotor II band electric brush II, lift cylinder is by four guide pillars by two hairbrush liftings, and in the time touching wheel flange corner and implement certain pressure, hairbrush II starts wheel flange corner burr to remove; Meanwhile, right servo electric jar makes hairbrush I move to suitable position, and jacking cylinder makes the window corner of the vertical engagement flange root of hairbrush I by guide rail II, can better remove corner burr herein; Upper servo electric jar by hairbrush II angle adjust to suitable angle time, the burr of wheel rim edge can be removed.
The utility model in use can carry out emphasis processing to the flange root corner burr of the wheel of any moulding and wheel rim root corner burr, substitute completely manually window place burr has been polished, greatly the reduction of degree workman's labour intensity, reduced production cost; Have simultaneously simple in structure, automaticity is high, technique is advanced, highly versatile, efficiency is high, performance safety is stable feature.
Brief description of the drawings
Fig. 1 is the front view of a kind of combined type wheel of the utility model burr remover.
Fig. 2 is the top view of a kind of combined type wheel of the utility model burr remover.
Left view when Fig. 3 is a kind of combined type wheel of the utility model burr remover brush flange root corner burr.
Left view when Fig. 4 is a kind of combined type wheel of the utility model burr remover brush wheel rim root corner burr.
In figure, 1-frame, 2-base plate, 3-guide pin bushing, 4-guide pillar, 5-lifter plate I, 6-guide rail I, the right slide plate frame of 7-, 8-riser, 9-guide rail II, 10-jacking cylinder, 11-lifter plate II, 12-belt wheel I, 13-servomotor I, 14-Timing Belt I, 15-leading screw, 16-nut, the left slide unit of 17-, 18-hairbrush I, 19-axle I, 20-belt wheel II, 21-bearing block I, 22-axle II, 23-V type roller, the right slide unit of 24-, 25-drive motors, 26-belt wheel III, 27-Timing Belt II, 28-belt wheel IV, 29-belt wheel V, 30-Timing Belt III, 31-air motor, 32-belt wheel VI, 33-lift cylinder, 34-left skateboard frame, 35-guide rail III, 36-slide block, the upper servo electric jar of 37-, servo electric jar under 38-, 39-returning face plate, 40-belt wheel VII, 41-servomotor II, 42-Timing Belt IV, 43-connecting rod, 44-cushion block, 45-guide rail IV, 46-hairbrush II, 47-bearing block II, 48-axle III, 49-belt wheel VIII, 50-supporting plate, 51-lifting cylinder, 52-conveyer belt, the right servo electric jar of 53-.
Detailed description of the invention
Details and working condition below in conjunction with brief description of the drawings according to the concrete device the utility model proposes.
A kind of composite filament wheel burr remover, comprises that hairbrush is that I, hairbrush are II, synchronous clamping rotary system.
Four guide pillars 4 are fixed on lifter plate I 5 belows; Four guide pin bushings 3 that are mated are fixed on base plate 2, and the below that is fixed on equally two lift cylinders, 33 its outputs on base plate 2 and lifter plate I 5 is hinged.
Hairbrush is that I comprises right slide plate frame 7, riser 8, guide rail II 9, jacking cylinder 10, lifter plate II 11, belt wheel I 12, servomotor I 13, Timing Belt I 14, leading screw 15, nut 16, left slide unit 17, hairbrush I 18, axle I 19, belt wheel II 20, right servo electric jar 53. Right slide plate frame 7 is arranged on lifter plate I 5 tops by guide rail I 6; Riser 8 is fixed on right slide plate frame 7 tops; One end of the slide rail of guide rail II 9 is fixed on the below of lifter plate II 11, and sliding shoe is fixed on riser 8; Jacking cylinder 10 is fixed on riser 8 tops, and its output is connected with the below of lifter plate II 11; The servomotor I 13 that output is provided with belt wheel I 12 is fixed on the lower end of lifter plate II 11; The axle I 19 that is simultaneously fixed with hairbrush I 18 and belt wheel II 20 is arranged on the top of lifter plate II 11 by bearing; Belt wheel I 12 is connected by Timing Belt I 14 with belt wheel II 20; Right servo electric jar 53 is fixed on the right side of lifter plate I 5, and its output is connected with right slide plate frame 7.
Synchronous clamping rotary system comprises bearing block I 21, axle II 22, V-type roller 23, right slide unit 24, drive motors 25, belt wheel III 26, Timing Belt II 27, belt wheel IV 28, belt wheel V 29, Timing Belt III 30, air motor 31, belt wheel VI 32, cushion block 44, guide rail IV 45. The below of left slide unit 17 and right slide unit 24 is fixed with respectively a nut 16, and the leading screw 15 being mated is fixed on frame 1 platform; Belt wheel V 29 is arranged on the end of leading screw 15; The air motor 31 that output is provided with belt wheel VI 32 is fixed on base plate 2; Belt wheel V 29 is connected by Timing Belt III 30 with belt wheel VI 32; The top of left slide unit 17 and right slide unit 24 is fixed with respectively two bearing block I 21; Four axle II 22 that upper end is fixed with respectively V-type roller 23 are arranged in bearing block I 21 by bearing; The lower end of two axle II 22 of right slide unit 24 belows is fixed with respectively two belt wheel III 26; The drive motors 25 that output is fixed with belt wheel IV 28 is arranged on the top of right slide unit 24; Belt wheel III 26 is connected by Timing Belt II 27 with belt wheel IV 28; Left slide unit 17 and right slide unit 24 are arranged on the both sides of the platform of frame 1 top by cushion block 44 and guide rail IV 45.
Hairbrush is that II comprises lift cylinder 33, left skateboard frame 34, guide rail III 35, slide block 36, upper servo electric jar 37, lower servo electric jar 38, returning face plate 39, belt wheel VII 40, servomotor II 41, Timing Belt IV 42, connecting rod 43, hairbrush II 46, bearing block II 47, axle III 48, belt wheel VIII 49. Left skateboard frame 34 is arranged on lifter plate I 5 tops by guide rail I 6; Lower servo electric jar 38 is fixed on the left side of lifter plate I 5, and its output is connected with left skateboard frame 34; Slide block 36 is arranged on the top of left skateboard frame 34 by guide rail III 35; Upper servo electric jar 37 is fixed on the top of left skateboard frame 34, and its output is connected with slide block 36; Returning face plate 39 is hinged on the top of left skateboard frame 34; The servomotor II 41 that output is fixed with belt wheel VII 40 is arranged on the below of returning face plate 39; The axle III 48 that is simultaneously fixed with hairbrush II 46 and belt wheel VIII 49 is arranged on by bearing in the bearing block II 47 of returning face plate 39 tops; Belt wheel VII 40 is connected by Timing Belt IV 42 with belt wheel VIII 49; Connecting rod 43 is hinged between returning face plate 39 and slide block 36.
Two lifting cylinders 51 that top is fixed with respectively supporting plate 50 are fixed on the relevant position of platform of frame 1 top; Two conveyer belts 52 are also fixed on by transfer roller on the relevant position of platform of frame 1 top.
When actual use, conveyer belt makes wheel arrive the centre position of four V-type rollers, and lifting cylinder is by its lifting, and air motor drives leading screw to rotate, make left slide unit and right slide unit drive four V-type rollers synchronously wheel to be clamped, drive motors is realized the rotation under wheel clamped condition; The rotation of servomotor I band electric brush I, the rotation of servomotor II band electric brush II, lift cylinder is by four guide pillars by two hairbrush liftings, and in the time touching wheel flange corner and implement certain pressure, hairbrush II starts wheel flange corner burr to remove; Meanwhile, right servo electric jar makes hairbrush I move to suitable position, and jacking cylinder makes the window corner of the vertical engagement flange root of hairbrush I by guide rail II, can better remove corner burr herein; Upper servo electric jar by hairbrush II angle adjust to suitable angle time, the burr of wheel rim edge can be removed.
Claims (1)
1. a combined type wheel burr remover, comprises that hairbrush is that I, hairbrush are II, synchronous clamping rotary system, is characterized in that:
Four guide pillars (4) are fixed on lifter plate I (5) below; It is upper that four guide pin bushings (3) that are mated are fixed on base plate (2), and the below that is fixed on equally its output of two lift cylinders (33) on base plate (2) and lifter plate I (5) is hinged;
Hairbrush is that I comprises right slide plate frame (7), riser (8), guide rail II (9), jacking cylinder (10), lifter plate II (11), belt wheel I (12), servomotor I (13), Timing Belt I (14), leading screw (15), nut (16), left slide unit (17), hairbrush I (18), axle I (19), belt wheel II (20), right servo electric jar (53); Right slide plate frame (7) is arranged on lifter plate I (5) top by guide rail I (6); Riser (8) is fixed on right slide plate frame (7) top; One end of the slide rail of guide rail II (9) is fixed on the below of lifter plate II (11), and sliding shoe is fixed on riser (8); Jacking cylinder (10) is fixed on riser (8) top, and its output is connected with the below of lifter plate II (11); The servomotor I (13) that output is provided with belt wheel I (12) is fixed on the lower end of lifter plate II (11); The axle I (19) that is simultaneously fixed with hairbrush I (18) and belt wheel II (20) is arranged on the top of lifter plate II (11) by bearing; Belt wheel I (12) is connected by Timing Belt I (14) with belt wheel II (20); Right servo electric jar (53) is fixed on the right side of lifter plate I (5), and its output is connected with right slide plate frame (7);
Synchronous clamping rotary system comprises bearing block I (21), axle II (22), V-type roller (23), right slide unit (24), drive motors (25), belt wheel III (26), Timing Belt II (27), belt wheel IV (28), belt wheel V (29), Timing Belt III (30), air motor (31), belt wheel VI (32), cushion block (44), guide rail IV (45); The below of left slide unit (17) and right slide unit (24) is fixed with respectively a nut (16), and the leading screw being mated (15) is fixed on frame (1) platform; Belt wheel V (29) is arranged on the end of leading screw (15); The air motor (31) that output is provided with belt wheel VI (32) is fixed on base plate (2); Belt wheel V (29) is connected by Timing Belt III (30) with belt wheel VI (32); The top of left slide unit (17) and right slide unit (24) is fixed with respectively two bearing block I (21); Four axle II (22) that upper end is fixed with respectively V-type roller (23) are arranged in bearing block I (21) by bearing; The lower end of two axle II (22) of right slide unit (24) below is fixed with respectively two belt wheel III (26); The drive motors (25) that output is fixed with belt wheel IV (28) is arranged on the top of right slide unit (24); Belt wheel III (26) is connected by Timing Belt II (27) with belt wheel IV (28); Left slide unit (17) and right slide unit (24) are arranged on the both sides of the platform of frame (1) top by cushion block (44) and guide rail IV (45);
Hairbrush is that II comprises lift cylinder (33), left skateboard frame (34), guide rail III (35), slide block (36), upper servo electric jar (37), lower servo electric jar (38), returning face plate (39), belt wheel VII (40), servomotor II (41), Timing Belt IV (42), connecting rod (43), hairbrush II (46), bearing block II (47), axle III (48), belt wheel VIII (49); Left skateboard frame (34) is arranged on lifter plate I (5) top by guide rail I (6); Lower servo electric jar (38) is fixed on the left side of lifter plate I (5), and its output is connected with left skateboard frame (34); Slide block (36) is arranged on the top of left skateboard frame (34) by guide rail III (35); Upper servo electric jar (37) is fixed on the top of left skateboard frame (34), and its output is connected with slide block (36); Returning face plate (39) is hinged on the top of left skateboard frame (34); The servomotor II (41) that output is fixed with belt wheel VII (40) is arranged on the below of returning face plate (39); The axle III (48) that is simultaneously fixed with hairbrush II (46) and belt wheel VIII (49) is arranged on by bearing in the bearing block II (47) of returning face plate (39) top; Belt wheel VII (40) is connected by Timing Belt IV (42) with belt wheel VIII (49); Connecting rod (43) is hinged between returning face plate (39) and slide block (36);
Two lifting cylinders (51) that top is fixed with respectively supporting plate (50) are fixed on the relevant position of platform of frame (1) top; Two conveyer belts (52) are also fixed on by transfer roller on the relevant position of platform of frame (1) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521114259.5U CN205237748U (en) | 2015-12-29 | 2015-12-29 | Combined type wheel burring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521114259.5U CN205237748U (en) | 2015-12-29 | 2015-12-29 | Combined type wheel burring device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205237748U true CN205237748U (en) | 2016-05-18 |
Family
ID=55936827
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521114259.5U Expired - Fee Related CN205237748U (en) | 2015-12-29 | 2015-12-29 | Combined type wheel burring device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205237748U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105364660A (en) * | 2015-12-29 | 2016-03-02 | 中信戴卡股份有限公司 | Combined deburring device for wheel |
-
2015
- 2015-12-29 CN CN201521114259.5U patent/CN205237748U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105364660A (en) * | 2015-12-29 | 2016-03-02 | 中信戴卡股份有限公司 | Combined deburring device for wheel |
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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 |
Granted publication date: 20160518 Termination date: 20211229 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |