CN205237747U

CN205237747U - Multi -function vehicle wheel burring device

Info

Publication number: CN205237747U
Application number: CN201521114256.1U
Authority: CN
Inventors: 薛博文; 郭建东; 鲁月新
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 multi -function vehicle wheel burring device, including frame, brush be I, the brush is II, synchronized gripping rotating system constitutes, the wheel reachs the intermediate position of four V type gyro wheels during the use, die clamping cylinder passes through synchronous gear and rack, and to make four V type gyro wheels press from both sides the wheel tight, goes up its rotation of motor drive, down to drive the spline housing rotatory for the motor, and I quilt of left integral key shaft and brush is driven, but the position through electric servo cylinder I, carrier wheel and groove gear left -right control brush I, right integral key shaft and bevel gear I are also driven simultaneously, give band pulley I through the meshing with bevel gear II with the power transmission, drive II rotations of brushs through hold -in range II, electric servo cylinder III is through the upper and lower position of vertical guide rail adjustable brush II, through position about II adjustable brushs II of electric servo cylinder II, traveller II and sliding sleeve, the lifting cylinder passes through guide pillar and guide pin bushing with brush I and II liftings of brush, when touching wheel back cavity, can carry out the burring.

Description

A kind of multi-functional wheel burr remover

Technical field

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

Background technology

In the production process of aluminum-alloy wheel, deburring operation is occupied very important position in whole production process, if removal effect is bad, will directly affect the painting effect of postorder, the generation corrosion that wheel meeting in the middle of use procedure is too early, will affect its service life. Nearly all wheel manufacturing enterprise carries out burr brushing to wheel back of the body chamber with the hairbrush of a big disk on special equipment at present, this mode is still passable for the simple wheel effect of front pose, but is difficult to reach its instructions for use for most wheel removal effects. The utility model, according to the generation type of wheel burr and characteristic distributions, is processed targetedly to the burr of flange and the formation of spoke edge, and burr herein can both be removed fast on horizontal and vertical, ensures its removal effect simultaneously.

Summary of the invention

The purpose of this utility model is that a kind of multi-functional wheel burr remover will be provided, and it can remove the corner burr of wheel flange root on horizontal and vertical simultaneously.

A kind of multi-functional wheel burr remover, comprises that hairbrush is that I, hairbrush are II, synchronous clamping rotary system, frame.

Hairbrush is that I comprises lifting cylinder, base plate, guide pillar, guide pin bushing, lifter plate, lower belt wheel, lower motor, Timing Belt I, support, hairbrush I, large bearing block, groove gear, left splined shaft, spline housing, upper belt-wheel, carrier wheel, axle I, servo electric jar I. Four guide pillars are fixed between base plate and top board, and four guide pin bushings that are mated are arranged on the relevant position of lifter plate. Lifting cylinder is fixed on the below of base plate, and the below of its output and lifter plate is hinged. The lower motor that output is provided with lower belt wheel is fixed on the below of lifter plate. Support welding is between lifter plate and large bearing block. The spline housing that upper belt-wheel is installed is arranged on large bearing block inside by bearing. The left splined shaft that left side is provided with hairbrush I and groove gear simultaneously coordinates with spline housing. Carrier wheel engages with groove gear, and is arranged in axle I by bearing. Servo electric jar I is fixed on large bearing block top, and its output is connected with axle I. Upper belt-wheel is connected by Timing Belt I with lower belt wheel.

Hairbrush is that II comprises hairbrush II, Timing Belt II, sliding sleeve I, traveller I, regulating wheel, spring, bevel gear I, bearing block I, right splined shaft, sliding sleeve II, servo electric jar II, traveller II, bearing block II, belt wheel I, axle II, bevel gear II, lower skateboard, perpendicular guide rail, bearing block III, belt wheel II, axle III, servo electric jar III and riser. The right splined shaft that right side is fixed with bevel gear I is arranged in bearing block I, and left side coordinates with spline housing simultaneously. Bearing block I is fixed on lower skateboard. Bearing block II is fixed on the below of lower skateboard, and bearing block III is fixed on the top of lower skateboard. The axle II that belt wheel I and bevel gear II are installed is simultaneously arranged on bearing block II inside by bearing. Bevel gear II and bevel gear I are meshed. The axle III that belt wheel II and hairbrush II are installed is simultaneously arranged on bearing block III inside by bearing. Sliding sleeve I is fixed on the ad-hoc location on lower skateboard, and the end of the traveller I being mated is provided with regulating wheel, and spring housing is in traveller I outside. Regulating wheel, belt wheel I and belt wheel II are connected by Timing Belt II. The right side of lower skateboard is connected with the slide rail of guide rail, and the slide block of guide rail is fixed on the left side of riser. Servo electric jar III is fixed on the right side of riser, and its output is connected with lower skateboard. Two traveller II are fixed on the below of riser, match with the sliding sleeve II that is fixed on support right side. Servo electric jar II is fixed on support right side, and its output is connected with riser.

Synchronous clamping rotary system comprises top board, synchromesh gear, tooth bar, upper rail, left skateboard, top chock, axle IV, V-type roller, clamping cylinder, right slide plate, upper motor. Below is fixed with left skateboard and the right slide plate that two toothed rack, top are fixed with two top chocks and is arranged on top board top by upper rail. Tooth bar is meshed with two synchromesh gears that are arranged on top board top. Four axle IV that top is separately installed with V-type roller are arranged on respectively in four top chocks by bearing. Clamping cylinder is fixed on frame right side, and its output is connected with right slide plate. Upper motor is arranged on the below of right slide plate, and its output is connected with the below of an axle IV wherein.

When actual use, wheel arrives the centre position of four V-type rollers, and clamping cylinder makes four V-type rollers that wheel is clamped by synchromesh gear and tooth bar, and upper motor drives its rotation. The rotation of lower driven by motor spline housing, left splined shaft and hairbrush I are driven, and can left and right adjust the position of hairbrush I by servo electric jar I, carrier wheel and groove gear. Right splined shaft and bevel gear I are also driven simultaneously, by sending power to belt wheel I with engaging of bevel gear II, drive the rotation of hairbrush II by Timing Belt II. Servo electric jar III is by the upper-lower position of perpendicular guide rail capable of regulating hairbrush II, by the position, left and right of servo electric jar II, traveller II and sliding sleeve II capable of regulating hairbrush II. Lifting cylinder by hairbrush I and the lifting of hairbrush II, while touching wheel back of the body chamber, can carry out deburring by guide pillars and bushes.

The utility model in use can be removed the corner burr of wheel flange root on horizontal and vertical simultaneously, and not only removal effect is good, and, can substitute manual polishing completely. There is technique advanced person simultaneously, simple in structure, automaticity is high, 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 multi-functional wheel burr remover of the utility model.

Fig. 2 is the left view of a kind of multi-functional wheel burr remover of the utility model.

Fig. 3 is the top view of a kind of multi-functional wheel burr remover of the utility model.

Front view when Fig. 4 is a kind of multi-functional wheel burr remover work of the utility model.

In figure, 1-frame, 2-lifting cylinder, 3-base plate, 4-guide pillar, 5-guide pin bushing, 6-lifter plate, belt wheel under 7-, motor under 8-, 9-Timing Belt I, 10-support, 11-hairbrush I, the large bearing block of 12-, 13-groove gear, the left splined shaft of 14-, 15-spline housing, 16-upper belt-wheel, 17-carrier wheel, 18-axle I, 19-servo electric jar I, 20-top board, 21-synchromesh gear, 22-hairbrush II, 23-Timing Belt II, 24-sliding sleeve I, 25-traveller I, 26-regulating wheel, 27-spring, 28-bevel gear I, 29-bearing block I, the right splined shaft of 30-, 31-sliding sleeve II, 32-servo electric jar II, 33-traveller II, 34-bearing block II, 35-belt wheel I, 36-axle II, 37-bevel gear II, 38-lower skateboard, 39-erects guide rail, 40-bearing block III, 41-belt wheel II, 42-axle III, 43-tooth bar, 44-upper rail, 45-left skateboard, 46-top chock, 47-axle IV, 48-V type roller, 49-clamping cylinder, 50-slide plate, the upper motor of 51-, 52-servo electric jar III, 53-riser.

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 multi-functional wheel burr remover, comprises that hairbrush is that I, hairbrush are II, synchronous clamping rotary system, frame 1.

Hairbrush is that I comprises lifting cylinder 2, base plate 3, guide pillar 4, guide pin bushing 5, lifter plate 6, lower belt wheel 7, lower motor 8, Timing Belt I 9, support 10, hairbrush I 11, large bearing block 12, groove gear 13, left splined shaft 14, spline housing 15, upper belt-wheel 16, carrier wheel 17, axle I 18, servo electric jar I 19. Four guide pillars 4 are fixed between base plate 3 and top board 20, and four guide pin bushings 5 that are mated are arranged on the relevant position of lifter plate 6. Lifting cylinder 2 is fixed on the below of base plate 3, and the below of its output and lifter plate 6 is hinged. The lower motor 8 that output is provided with lower belt wheel 7 is fixed on the below of lifter plate 6. Support 10 is welded between lifter plate 6 and large bearing block 12. The spline housing 15 that upper belt-wheel 16 is installed is arranged on large bearing block 12 inside by bearing. The left splined shaft 14 that left side is provided with hairbrush I 11 and groove gear 13 simultaneously coordinates with spline housing 15. Carrier wheel 17 engages with groove gear 13, and is arranged in axle I 18 by bearing, and servo electric jar I 19 is fixed on large bearing block 12 tops, and its output is connected with axle I 18. Upper belt-wheel 16 is connected by Timing Belt I 9 with lower belt wheel 7.

Hairbrush is that II comprises hairbrush II 22, Timing Belt II 23, sliding sleeve I 24, traveller I 25, regulating wheel 26, spring 27, bevel gear I 28, bearing block I 29, right splined shaft 30, sliding sleeve II 31, servo electric jar II 32, traveller II 33, bearing block II 34, belt wheel I 35, axle II 36, bevel gear II 37, lower skateboard 38, perpendicular guide rail 39, bearing block III 40, belt wheel II 41, axle III 42, servo electric jar III 52 and riser 53. The right splined shaft 30 that right side is fixed with bevel gear I 28 is arranged in bearing block I 29, and left side coordinates with spline housing 15 simultaneously. Bearing block I 29 is fixed on lower skateboard 38. Bearing block II 34 is fixed on the below of lower skateboard 38, and bearing block III 40 is fixed on the top of lower skateboard 38. The axle II 36 that belt wheel I 35 and bevel gear II 37 are installed is simultaneously arranged on bearing block II 34 inside by bearing. Bevel gear II 37 and bevel gear I 28 are meshed. The axle III 42 that belt wheel II 41 and hairbrush II 22 are installed is simultaneously arranged on bearing block III 40 inside by bearing. Sliding sleeve I 24 is fixed on the ad-hoc location on lower skateboard 38, and the end of the traveller I 25 being mated is provided with regulating wheel 26, and spring 27 is enclosed within traveller I 25 outsides. Regulating wheel 26, belt wheel I 35 and belt wheel II 41 are connected by Timing Belt II 23. The right side of lower skateboard 38 is connected with the slide rail of guide rail 39, and the slide block of guide rail 39 is fixed on the left side of riser 53. Servo electric jar III 52 is fixed on the right side of riser 53, and its output is connected with lower skateboard 38. Two traveller II 33 are fixed on the below of riser 53, match with the sliding sleeve II 31 that is fixed on support 10 right sides. Servo electric jar II 32 is fixed on support 10 right sides, and its output is connected with riser 53.

Synchronous clamping rotary system comprises top board 20, synchromesh gear 21, tooth bar 43, upper rail 44, left skateboard 45, top chock 46, axle IV 47, V-type roller 48, clamping cylinder 49, right slide plate 50, upper motor 51. Below is fixed with left skateboard 45 and the right slide plate 50 that two toothed rack 43, top are fixed with two top chocks 46 and is arranged on top board 20 tops by upper rail 44. Tooth bar 43 is meshed with two synchromesh gears 21 that are arranged on top board 20 tops. Four axle IV 47 that top is separately installed with V-type roller 48 are arranged on respectively in four top chocks 46 by bearing. Clamping cylinder 49 is fixed on frame 1 right side, and its output is connected with right slide plate 50. Upper motor 51 is arranged on the below of right slide plate 50, and its output is connected with the below of an axle IV 47 wherein.

In the course of work, wheel arrives the centre position of four V-type rollers 48, and clamping cylinder 49 makes four V-type rollers 48 that wheel is clamped by synchromesh gear 21 and tooth bar 43, and upper motor 51 drives its rotation. Lower motor 8 drives spline housing 15 to rotate, and left splined shaft 14 and hairbrush I 11 are driven, and can left and right adjusts the position of hairbrush I 11 by servo electric jar I 19, carrier wheel 17 and groove gear 13. Right splined shaft 30 and bevel gear I 28 are also driven simultaneously, by sending power to belt wheel I 35 with engaging of bevel gear II 37, drive hairbrush II 22 to rotate by Timing Belt II 23. Servo electric jar III 52 is by the upper-lower position of perpendicular guide rail 39 capable of regulating hairbrush II 22, by the position, left and right of servo electric jar II 32, traveller II 33 and sliding sleeve II 31 capable of regulating hairbrush II 22. Lifting cylinder 2 by hairbrush I 11 and 22 liftings of hairbrush II, while touching wheel back of the body chamber, can carry out deburring by guide pillar 4 and guide pin bushing 5.

Claims

1. a multi-functional wheel burr remover, comprises that hairbrush is that I, hairbrush are II, synchronous clamping rotary system, frame (1), is characterized in that:

Hairbrush is that I comprises lifting cylinder (2), base plate (3), guide pillar (4), guide pin bushing (5), lifter plate (6), lower belt wheel (7), lower motor (8), Timing Belt I (9), support (10), hairbrush I (11), large bearing block (12), groove gear (13), left splined shaft (14), spline housing (15), upper belt-wheel (16), carrier wheel (17), axle I (18), servo electric jar I (19); Four guide pillars (4) are fixed between base plate (3) and top board (20), and four guide pin bushings (5) that are mated are arranged on the relevant position of lifter plate (6); Lifting cylinder (2) is fixed on the below of base plate (3), and the below of its output and lifter plate (6) is hinged; The lower motor (8) that output is provided with lower belt wheel (7) is fixed on the below of lifter plate (6); Support (10) is welded between lifter plate (6) and large bearing block (12); The spline housing (15) that upper belt-wheel (16) are installed is arranged on large bearing block (12) inside by bearing; The left splined shaft (14) that left side is provided with hairbrush I (11) and groove gear (13) simultaneously coordinates with spline housing (15); Carrier wheel (17) engages with groove gear (13), and it is upper to be arranged on axle I (18) by bearing, and servo electric jar I (19) is fixed on large bearing block (12) top, and its output is connected with axle I (18); Upper belt-wheel (16) is connected by Timing Belt I (9) with lower belt wheel (7);

Hairbrush is that II comprises hairbrush II (22), Timing Belt II (23), sliding sleeve I (24), traveller I (25), regulating wheel (26), spring (27), bevel gear I (28), bearing block I (29), right splined shaft (30), sliding sleeve II (31), servo electric jar II (32), traveller II (33), bearing block II (34), belt wheel I (35), axle II (36), bevel gear II (37), lower skateboard (38), perpendicular guide rail (39), bearing block III (40), belt wheel II (41), axle III (42), servo electric jar III (52) and riser (53), the right splined shaft (30) that right side is fixed with bevel gear I (28) is arranged on bearing block I (29) above, and left side coordinates with spline housing (15) simultaneously, bearing block I (29) is fixed on lower skateboard (38), bearing block II (34) is fixed on the below of lower skateboard (38), and bearing block III (40) is fixed on the top of lower skateboard (38), the axle II (36) that belt wheel I (35) and bevel gear II (37) are installed is simultaneously arranged on bearing block II (34) inside by bearing, bevel gear II (37) and bevel gear I (28) are meshed, the axle III (42) that belt wheel II (41) and hairbrush II (22) are installed is simultaneously arranged on bearing block III (40) inside by bearing, sliding sleeve I (24) is fixed on the ad-hoc location on lower skateboard (38), and the end of the traveller I (25) being mated is provided with regulating wheel (26), and spring (27) is enclosed within traveller I (25) outside, regulating wheel (26), belt wheel I (35) and belt wheel II (41) are connected by Timing Belt II (23), the right side of lower skateboard (38) is connected with the slide rail of guide rail (39), and the slide block of guide rail (39) is fixed on the left side of riser (53), servo electric jar III (52) is fixed on the right side of riser (53), and its output is connected with lower skateboard (38), two traveller II (33) are fixed on the below of riser (53), match with the sliding sleeve II (31) that is fixed on support (10) right side, servo electric jar II (32) is fixed on support (10) right side, and its output is connected with riser (53),

Synchronous clamping rotary system comprises top board (20), synchromesh gear (21), tooth bar (43), upper rail (44), left skateboard (45), top chock (46), axle IV (47), V-type roller (48), clamping cylinder (49), right slide plate (50), upper motor (51); Below is fixed with left skateboard (45) and the right slide plate (50) that two toothed rack (43), top are fixed with two top chocks (46) and is arranged on above top board (20) by upper rail (44); Tooth bar (43) is meshed with two synchromesh gears (21) that are arranged on top board (20) top; Four axle IV (47) that top is separately installed with V-type roller (48) are arranged on respectively in four top chocks (46) by bearing; Clamping cylinder (49) is fixed on frame (1) right side, and its output is connected with right slide plate (50); Upper motor (51) is arranged on the below of right slide plate (50), and its output is connected with the below of an axle IV (47) wherein.