CN205237749U

CN205237749U - Wheel deburring device

Info

Publication number: CN205237749U
Application number: CN201521114262.7U
Authority: CN
Inventors: 薛博文; 刘利华; 郭建东; 刘伟东; 郑尧
Original assignee: CITIC Dicastal Co Ltd
Current assignee: CITIC Dicastal Co Ltd
Priority date: 2015-12-29
Filing date: 2015-12-29
Publication date: 2016-05-18
Anticipated expiration: 2025-12-29

Abstract

The utility model relates to a wheel deburring device, frame, motor, guide rail, lead screw, slip table, cylinder, brush etc. Are formed, and conveying roll table messenger wheel arrives the roughly intermediate position of four V type gyro wheels, and the lifting cylinder drives its lifting, pneumatic motor the lead screw and rotates, makes left slip table and right slip table drive four V type gyro wheels and presss from both sides tightly the wheel in step, and driving motor realizes that the wheel presss from both sides the rotation under the tight state. The servo motor drives brush is rotatory, the lift cylinder through four guide pillars with the brush lifting, when touch wheel flange corner and implement certain pressure, the brush begins to get rid of wheel flange corner burr promptly, I adjustment that realizes the brush angle of electric servo cylinder, electric servo cylinder II is through the adjustment of I realization brush position on the guide rail, when suitable angle is adjusted to to the brush, can accomplish and get rid of the burr of rim corner, can adapt to any figurative wheel.

Description

A kind of wheel burr remover

Technical field

The utility model relates to a kind of burr remover, specifically the online burr remover of a kind of wheel.

Background technology

In aluminum-alloy wheel manufacturing enterprise, deburring is the important step after machined order, directly affects the painting effect of follow-up coating process. The deburring mode of wheel industry is all, with upper and lower two big disk hairbrush, burr brushing is carried out in wheel back of the body chamber and front at present, under this mode, work as angle one timing of hairbrush, bristle linear velocity the closer to hairbrush center is lower, has directly caused the burr treatment effect of wheel ring flange root bad. Due to the edge bristle of traditional great circle disk type brush, be difficult to make with rim for automobile wheel corner shape in full accord, and cause wheel rim edge burr treatment effect often also not reach desirable requirement. A large amount of manual grindings that manually carry out need to be dropped in above two positions, not only efficiency is low, and cost is high and effect is inhomogeneous, and therefore the utility model carries out emphasis processing to the burr of flange root corner, the labour intensity that reduces polishing workman with this, enhances productivity.

Summary of the invention

The purpose of this utility model is that a kind of wheel burr remover will be provided, and it can carry out emphasis processing to the flange root corner burr of wheel and wheel rim root corner burr.

To achieve these goals, the technical solution of the utility model is: a kind of wheel burr remover, by frame, base plate, guide pin bushing, guide pillar, lifter plate, guide rail I, slide plate frame, leading screw, nut, left slide unit, lifting cylinder, lifting plate, bearing block I, axle I, V-type roller, right slide unit, drive motors, belt wheel I, Timing Belt I, belt wheel II, belt wheel III, Timing Belt II, air motor, belt wheel IV, lift cylinder, guide rail II, slide block, servo electric jar I, servo electric jar II, connecting rod, belt wheel V, oscillating deck, Timing Belt III, hairbrush, belt wheel VI, bearing block II, servomotor, guide rail III, cushion block, transfer roller, transmit motor, axle II composition. four guide pillars are fixed between base plate and the top board of frame. four guide pin bushings that coordinate with guide pillar are fixed on lifter plate. two lift cylinders are also fixed on base plate, and its output and lifter plate are hinged. slide plate frame is connected with lifter plate by guide rail I.

Left slide unit is connected with the top board of frame by guide rail III, cushion block with right slide unit. The output of the leading screw coordinating with nut is provided with belt wheel III, and the air motor that output is provided with belt wheel IV is fixed on base plate, and belt wheel III is connected by Timing Belt II with belt wheel IV. The top of left slide unit and right slide unit is fixed with respectively two bearing block I, and four axle I that upper end is fixed with respectively V-type roller are arranged on respectively in four bearing block I by bearing. The lower end that is fixed on two axle I on right slide unit is separately installed with belt wheel I. The drive motors that output is provided with belt wheel II is fixed on the right side of right slide unit. Belt wheel I is connected by Timing Belt I with belt wheel II. The lifting cylinder that output is fixed with respectively lifting plate is fixed on the two ends of frame top board.

Servo electric jar II is fixed on a side of lifter plate, and its output is connected with slide plate frame. Slide block is fixed on slide plate frame top by guide rail II. Servo electric jar I is arranged on the left side of slide plate frame, and its output is connected with slide block. Oscillating deck is hinged on the top of slide plate frame. The servomotor that output is fixed with belt wheel V is fixed on the below of oscillating deck. Bearing block II is arranged on the top of oscillating deck. The axle II that is simultaneously fixed with hairbrush and belt wheel VI is arranged on bearing block II inside by bearing. Belt wheel V is connected by Timing Belt III with belt wheel VI. Rod hinge connection is between slide block and oscillating deck.

Article two, transfer roller is fixed on the top of framework platform, is placed between left slide unit and right slide unit. Drive by the transmission motor being arranged on base plate.

When actual use, transfer roller makes wheel arrive the roughly 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 band electric brush, lift cylinder passes through four guide pillars by hairbrush lifting, in the time touching wheel flange corner and implement certain pressure, hairbrush starts wheel flange corner burr to remove, servo electric jar I realizes the adjustment of hairbrush angle, and servo electric jar II realizes the adjustment of hairbrush position by guide rail I. In the time that hairbrush is adjusted to proper angle, can complete the burr of wheel rim corner is removed, can adapt to the wheel of any moulding.

The utility model in use can carry out emphasis processing to the flange root corner burr of wheel and wheel rim root corner burr, avoid traditional great circle disk type brush completely, angular speed one timing is low near center linear velocity, the bad problem of flange corner location burr treatment effect. Also avoided the edge bristle shape of traditional great circle disk type brush, be difficult to make with rim for automobile wheel corner model in full accord, and the bad problem of this position burr treatment effect causing. 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 wheel burr remover of the utility model.

Fig. 2 is the top view of a kind of wheel burr remover of the utility model.

Left view when Fig. 3 is a kind of wheel burr remover brush of the utility model flange root corner burr.

Left view when Fig. 4 is a kind of wheel burr remover of the utility model brush wheel rim root corner burr.

In figure, 1-frame, 2-base plate, 3-guide pin bushing, 4-guide pillar, 5-lifter plate, 6-guide rail I, 7-slide plate frame, 8-leading screw, 9-nut, the left slide unit of 10-, 11-lifting cylinder, 12-lifting plate, 13-bearing block I, 14-axle I, 15-V type roller, the right slide unit of 16-, 17-drive motors, 18-belt wheel I, 19-Timing Belt I, 20-belt wheel II, 21-belt wheel III, 22-Timing Belt II, 23-air motor, 24-belt wheel IV, 25-lift cylinder, 26-guide rail II, 27-slide block, 28-servo electric jar I, 29-servo electric jar II, 30-connecting rod, 31-belt wheel V, 32-oscillating deck, 33-Timing Belt III, 34-hairbrush, 35-belt wheel VI, 36-bearing block II, 37-servomotor, 38-guide rail III, 39-cushion block, 40-transfer roller, 41-transmits motor, 42-axle II.

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.

This device is by frame 1, base plate 2, guide pin bushing 3, guide pillar 4, lifter plate 5, guide rail I 6, slide plate frame 7, leading screw 8, nut 9, left slide unit 10, lifting cylinder 11, lifting plate 12, bearing block I 13, axle I 14, V-type roller 15, right slide unit 16, drive motors 17, belt wheel I 18, Timing Belt I 19, belt wheel II 20, belt wheel III 21, Timing Belt II 22, air motor 23, belt wheel IV 24, lift cylinder 25, guide rail II 26, slide block 27, servo electric jar I 28, servo electric jar II 29, connecting rod 30, belt wheel V 31, oscillating deck 32, Timing Belt III 33, hairbrush 34, belt wheel VI 35, bearing block II 36, servomotor 37, guide rail III 38, cushion block 39, transfer roller 40, transmitting motor 41 and axle II 42 forms, four guide pillars 4 are fixed between base plate 2 and the top board of frame 1. four guide pin bushings 3 that coordinate with guide pillar 4 are fixed on lifter plate 5. two lift cylinders 25 are also fixed on base plate 2, and its output and lifter plate 5 are hinged. slide plate frame 7 is connected with lifter plate 5 by guide rail I 6.

Left slide unit 10 is connected with the top board of frame 1 with cushion block 39 by guide rail III 38 with right slide unit 16. The output of the leading screw 8 coordinating with nut 9 is provided with belt wheel III 21, and output is provided with the air motor 23 of belt wheel IV 24, is fixed on base plate 2, and belt wheel III 21 is connected by Timing Belt II 22 with belt wheel IV 24. The top of left slide unit 10 and right slide unit 16 is fixed with respectively two bearing block I 13, and four axle I 14 that upper end is fixed with respectively V-type roller 15 are arranged on respectively in four bearing block I 13 by bearing. The lower end that is fixed on two axle I 14 on right slide unit 16 is separately installed with belt wheel I 18. The drive motors 17 that output is provided with belt wheel II 20 is fixed on the right side of right slide unit 16. Belt wheel I 18 is connected by Timing Belt I 19 with belt wheel II 20. The lifting cylinder 11 that output is fixed with respectively lifting plate 12 is fixed on the two ends of frame 1 top board.

Servo electric jar II 29 is fixed on a side of lifter plate 5, and its output is connected with slide plate frame 7. Slide block 27 is fixed on slide plate frame 7 tops by guide rail II 26. Servo electric jar I 28 is arranged on the left side of slide plate frame 7, and its output is connected with slide block 27. Oscillating deck 32 is hinged on the top of slide plate frame 7. The servomotor 37 that output is fixed with belt wheel V 31 is fixed on the below of oscillating deck 32. Bearing block II 36 is arranged on the top of oscillating deck 32. The axle II 42 of simultaneously fixing hairbrush 34 and belt wheel VI 35 is arranged on bearing block II 36 inside by bearing. Belt wheel V 31 is connected by Timing Belt III 33 with belt wheel VI 35. Connecting rod 30 is hinged between slide block 27 and oscillating deck 32.

Article two, transfer roller 40 is fixed on the top of frame 1 platform, is placed between left slide unit 10 and right slide unit 16. Drive by the transmission motor 41 being arranged on base plate 2.

In the course of work, transfer roller 40 makes wheel arrive the roughly centre position of four V-type rollers 15, lifting cylinder 25 is by its lifting, air motor 23 drives leading screw 8 to rotate, make left slide unit 10 and right slide unit 16 drive four V-type rollers 15 synchronously wheel to be clamped, drive motors 17 is realized the rotation under wheel clamped condition. Servomotor 37 is with electric brush 34 to rotate, lift cylinder 25 passes through four guide pillars 4 by hairbrush 34 liftings, in the time touching wheel flange corner and implement certain pressure, hairbrush 34 starts wheel flange corner burr to remove, servo electric jar I 28 realizes the adjustment of hairbrush 34 angles, and servo electric jar II 29 realizes the adjustment of hairbrush 34 positions by guide rail I 6. In the time that hairbrush 34 is adjusted to proper angle, can complete the burr of wheel rim corner is removed, can adapt to the wheel of any moulding.

Claims

1. a wheel burr remover, by frame (1), base plate (2), guide pin bushing (3), guide pillar (4), lifter plate (5), guide rail I (6), slide plate frame (7), leading screw (8), nut (9), left slide unit (10), lifting cylinder (11), lifting plate (12), bearing block I (13), axle I (14), V-type roller (15), right slide unit (16), drive motors (17), belt wheel I (18), Timing Belt I (19), belt wheel II (20), belt wheel III (21), Timing Belt II (22), air motor (23), belt wheel IV (24), lift cylinder (25), guide rail II (26), slide block (27), servo electric jar I (28), servo electric jar II (29), connecting rod (30), belt wheel V (31), oscillating deck (32), Timing Belt III (33), hairbrush (34), belt wheel VI (35), bearing block II (36), servomotor (37), guide rail III (38), cushion block (39), transfer roller (40), transmit motor (41), axle II (42) composition, is characterized in that: four guide pillars (4) are fixed between base plate (2) and the top board of frame (1), four guide pin bushings (3) that coordinate with guide pillar (4) are fixed on lifter plate (5), it is upper that two lift cylinders (25) are also fixed on base plate (2), and its output and lifter plate (5) are hinged, slide plate frame (7) is connected with lifter plate (5) by guide rail I (6),

Left slide unit (10) is connected with the top board of frame (1) by guide rail III (38), cushion block (39) with right slide unit (16); The output of the leading screw (8) coordinating with nut (9) is provided with belt wheel III (21), output is provided with the air motor (23) of belt wheel IV (24), be fixed on base plate (2) upper, belt wheel III (21) is connected by Timing Belt II (22) with belt wheel IV (24); The top of left slide unit (10) and right slide unit (16) is fixed with respectively two bearing block I (13), and four axle I (14) that upper end is fixed with respectively V-type roller (15) are arranged on respectively in four bearing block I (13) by bearing; The lower end that is fixed on the two axle I (14) on right slide unit (16) is separately installed with belt wheel I (18); The drive motors (17) that output is provided with belt wheel II (20) is fixed on the right side of right slide unit (16); Belt wheel I (18) is connected by Timing Belt I (19) with belt wheel II (20); The lifting cylinder (11) that output is fixed with respectively lifting plate (12) is fixed on the two ends of frame (1) top board;

Servo electric jar II (29) is fixed on a side of lifter plate (5), and its output is connected with slide plate frame (7); Slide block (27) is fixed on slide plate frame (7) top by guide rail II (26); Servo electric jar I (28) is arranged on the left side of slide plate frame (7), and its output is connected with slide block (27); Oscillating deck (32) is hinged on the top of slide plate frame (7); The servomotor (37) that output is fixed with belt wheel V (31) is fixed on the below of oscillating deck (32); Bearing block II (36) is arranged on the top of oscillating deck (32); The axle II (42) that is simultaneously fixed with hairbrush (34) and belt wheel VI (35) is arranged on bearing block II (36) inside by bearing; Belt wheel V (31) is connected by Timing Belt III (33) with belt wheel VI (35); Connecting rod (30) is hinged between slide block (27) and oscillating deck (32);

Article two, transfer roller (40) is fixed on the top of frame (1) platform, is placed between left slide unit (10) and right slide unit (16); Drive by the transmission motor (41) being arranged on base plate (2).