CN205237043U - Wheel blank shaping device - Google Patents
Wheel blank shaping device Download PDFInfo
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- CN205237043U CN205237043U CN201521114182.1U CN201521114182U CN205237043U CN 205237043 U CN205237043 U CN 205237043U CN 201521114182 U CN201521114182 U CN 201521114182U CN 205237043 U CN205237043 U CN 205237043U
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Abstract
The utility model relates to a wheel blank shaping device comprises frame, four -jaw chuck, guide rail, servo motor, profile modeling milling cutter and drilling head etc. And the sensor makes the wheel just fix a position, and a left side compresses tightly the cylinder makes the sealed cowling pressure positive to the wheel, makes wheel back placed in the middle promotion through the slant briquetting, adjust the hydro -cylinder and adjust the position of four radial pieces according to different wheel sizes, jacking cylinder passes through the guide pillar makes the four -jaw chuck jacking, its jacking of inferior officer and break away from the roll table from the wheel in of four radial pieces, and the sealed cowling forces down once more, and the slant briquetting openly compresses tightly the wheel, goes up servo motor and makes the drilling head drive the drill bit downstream, removes a back left side with the wheel runner and feeds jar II and make left slip table move left, and the right side is fed jar II and is made right slip table also move left simultaneously, and the right side compresses tightly the cylinder and makes and press the cap openly to compress tightly the wheel, the right side is fed jar I and is erected the position that right profile modeling milling cutter was adjusted to the jar with the right side to make its all the time with the wheel on rim contact, a left side is fed jar I and is erected the position that left profile modeling milling cutter was adjusted to the jar with a left side to make its all the time with the wheel on rim contact, left side motor and right motor drive left profile modeling milling cutter respectively and right profile modeling milling cutter rotates, and same servo motor drives wheel at present is with the rotation that turns to of difference, rotatory milling cutter can get rid of it behind the rim overlap from top to bottom through touching, a left side is erected the jar and is promoted left profile modeling milling cutter, and it can get rid of the overlap of here position to make its end sword touch under the wheel terminal surface, right servo motor makes right profile modeling milling cutter rotate 90 degrees, can remove its side forms compound die department overlap with its cylinder kicker milling cutter. The utility model discloses in use not only can realize that wheel blank's goes the runner function, rim department's overlap and side forms compound die department overlap about can getting rid of moreover, the characteristics that have degree of automation height, technology advanced person, performance safety and stability simultaneously.
Description
Technical field
The utility model relates to a kind of wheel blanks apparatus for shaping, and specifically a kind of wheel blanks removes cast gate and deburring apparatus online.
Background technology
In the foundry production of wheel, not only can form in wheel front center position cast gate, and along with the long-time use of mould often inevitably can form at matched moulds place overlap. In order to reduce the processing capacity of postorder, and while ensureing machined, make blank precise positioning on fixture, unique method is exactly on special equipment, the mode of cast gate drilling to be removed at present, overlap is everywhere removed by the mode of milling, but still do not have a kind of powerful equipment to realize above function at present simultaneously, more do not have a kind of equipment by blank everywhere overlap remove one by one totally.
Summary of the invention
The purpose of this utility model is that a kind of wheel blanks apparatus for shaping will be provided, and that not only can realize wheel blanks goes cast gate function, and can remove lower rim place overlap and mould matched moulds place, limit overlap.
To achieve these goals, the technical solution of the utility model is: by frame, lower servomotor, base plate, guide pillar, guide pin bushing, axle, top board, large bearing block, piston, cylinder bar, end cap, addendum cone, slide block, spring, radially piece, left platform, left cross rail, left skateboard, left feeding cylinder I, left riser, left perpendicular guide rail, left imitating milling cutter, left lifter plate, left motor, left perpendicular cylinder, drill bit, seal closure, oblique briquetting, left compression cylinder, drilling head, left hoistable platform, crossbeam, left feeding cylinder II, left slide unit, upper servomotor, right slide unit, right compression cylinder, right feeding cylinder II, small bearing bracket, pressure cap, right perpendicular cylinder, right top board, right riser, right servomotor, right lifter plate, right perpendicular guide rail, right slide plate, right feeding cylinder I, right platform, right cross rail, rotating shaft, right bearing seat, lower plate, substrate, right imitating milling cutter, right motor, upper plate, Timing Belt, left belt wheel, right belt wheel, support plate, jacking cylinder and upper rail form.
Four guide pin bushings are fixed on base plate, and four guide pillars that are mated are fixed on top board below. Two jacking cylinders are fixed on the below of base plate, and the below of its output and top board is hinged. Large bearing block is fixed on top board top, and lower servomotor is fixed on below, lower roof plate top, and its output is connected with the axle being arranged in large bearing block.
The upper end of axle is hollow, and piston matches with the inwall of hollow end. The cylinder bar that top is provided with addendum cone is fixed on the upper end of piston. End cap coordinates with cylinder rod seal, is arranged on the center, upper end of axle. Axle, piston, cylinder bar, end cap, one of addendum cone composition regulate oil cylinder.
Four uniform upper ends that are fixed on axle of support plate, four slide blocks that coordinate with addendum cone are arranged on the top of four support plates. Four spring fittings are at the end of slide block. Four radially piece be arranged on the top of slide block, its position can regulate according to wheel molded dimension. Addendum cone, slide block, spring, a chuck of the common composition of piece, support plate and adjusting oil cylinder radially.
Left skateboard is fixed on left platform top by left cross rail. Left riser is fixed on the top of left skateboard. Left lifter plate is erected guide rail and is fixed on the right side of left riser by a left side. Left motor is fixed on the top of left lifter plate, and its output is connected with left imitating milling cutter. Left feeding cylinder I is fixed on the left side of left platform, and its output is connected with left skateboard. Left perpendicular cylinder is fixed on the platform on left riser top, and its output is connected with the top of left lifter plate. Left platform, left cross rail, left skateboard, left feeding cylinder I, left riser, left perpendicular guide rail, left imitating milling cutter, left lifter plate form the lower rim cutting system of this device.
Left slide unit is connected with the crossbeam on frame top by upper rail with right slide unit. Left feeding cylinder II is fixed on the left side of crossbeam, and its output is connected with left slide unit. Right feeding cylinder II is fixed on the right side of crossbeam, and its output is connected with right slide unit. Left hoistable platform is arranged on the top of left slide unit by guide rail and leading screw, upper servomotor is fixed on the top of left slide unit, and its output is connected with leading screw, controls the lifting of left hoistable platform. The drilling head that output is provided with drill bit is fixed on left hoistable platform. Two left compression cylinders are fixed on the both sides of left slide unit below, and the top of its output and seal closure is hinged. Four above oblique briquettings are distributed on the inwall upper end of seal closure. Right compression cylinder is fixed on right slide unit, and small bearing bracket is fixed on the output of right compression cylinder, and pressure cap is arranged on the below of small bearing bracket.
Right slide plate is fixed on the top of right platform by right cross rail. Right riser is fixed on the top of right slide plate. Right lifter plate erects guide rail by the right side and is connected with right riser. Right perpendicular cylinder is fixed on the right top board on right riser top, and its output is connected with right lifter plate. Right feeding cylinder I is fixed on the right side of right platform top, and its output is connected with right slide plate. Right servomotor is fixed on the right side of right lifter plate, and right bearing seat is fixed on the left side of right lifter plate, and rotating shaft is fixed in right bearing seat by bearing. The output of right servomotor is connected with the right side of rotating shaft. Substrate is connected with the left side of rotating shaft. Lower plate is fixed on the lower end of substrate, and upper plate is fixed on the upper end of substrate. The right motor that output is provided with right belt wheel is fixed on the right side of upper plate below. The right imitating milling cutter that top is provided with left belt wheel is fixed between lower plate and upper plate by bearing. Left belt wheel is connected by Timing Belt with right belt wheel.
Right imitating milling cutter is made up of jointly cylindrical side blade milling cutter and upper wheel rim imitation-shaped knife. Left imitating milling cutter is made up of jointly lower rim profiling sword and shear blade.
When actual use, sensor is just located wheel, and left compression cylinder makes seal closure press to wheel front, makes wheel rear lifting placed in the middle by oblique briquetting. Regulate oil cylinder to regulate four radially positions of piece according to different wheel size. Jacking cylinder makes chuck jacking by guide pillar, four radially piece from inside wheel by its jacking and depart from roller-way, seal closure is depressed again, oblique briquetting compresses positive wheel, upper servomotor makes drilling head drive drill bit to move downward, wheel cast gate is removed to rear left feeding cylinder II and make left slide unit to left movement, right feeding cylinder II makes right slide unit also to left movement simultaneously, and right compression cylinder makes pressure cap compress positive wheel. Right feeding cylinder I and right perpendicular cylinder regulate the position of right imitating milling cutter, and it is contacted with wheel rim on wheel all the time. Left feeding cylinder I and left perpendicular cylinder regulate the position of left imitating milling cutter, and it is contacted with wheel rim on wheel all the time. Left motor and right motor drive respectively left imitating milling cutter and the rotation of right imitating milling cutter, and same servomotor band motor car wheel is at present with the different rotations that turns to. The milling cutter of rotation can be removed after touching upper lower rim overlap. Left perpendicular cylinder promotes left imitating milling cutter, and making its shear blade touch wheel lower surface can remove the overlap of this position. Right servomotor makes right imitating milling cutter rotate 90 degree, its mould matched moulds place, limit overlap can be removed with its cylindrical side blade milling cutter.
What the utility model in use not only can be realized wheel blanks goes cast gate function, and can remove lower rim place overlap and mould matched moulds place, limit overlap. There is the feature that automaticity is high, technique is advanced, performance safety is stable simultaneously.
Brief description of the drawings
Fig. 1 is the front view of a kind of wheel blanks apparatus for shaping of the utility model.
Fig. 2 is the left view of a kind of wheel blanks apparatus for shaping of the utility model.
Fig. 3 is the top view of a kind of wheel blanks apparatus for shaping of the utility model.
Front view when Fig. 4 is a kind of wheel blanks apparatus for shaping work of the utility model.
Fig. 5 is the partial front elevation view of a kind of wheel blanks apparatus for shaping of the utility model.
Fig. 6 is the front view of the right imitating milling cutter of a kind of wheel blanks apparatus for shaping of the utility model.
Fig. 7 is the front view of the left imitating milling cutter of a kind of wheel blanks apparatus for shaping of the utility model.
In figure, 1-frame, servomotor under 2-, 3-base plate, 4-guide pillar, 5-guide pin bushing, 6-axle, 7-top board, the large bearing block of 8-, 9-piston, 10-cylinder bar, 11-end cap, 12-addendum cone, 13-slide block, 14-spring, 15-is piece radially, the left platform of 16-, the left cross rail of 17-, 18-left skateboard, the left feeding cylinder of 19-I, the left riser of 20-, the left perpendicular guide rail of 21-, the left imitating milling cutter of 22-, the left lifter plate of 23-, the left motor of 24-, the left perpendicular cylinder of 25-, 26-drill bit, 27-seal closure, the oblique briquetting of 28-, the left compression cylinder of 29-, 30-drilling head, the left hoistable platform of 31-, 32-crossbeam, the left feeding cylinder of 33-II, the left slide unit of 34-, the upper servomotor of 35-, the right slide unit of 36-, the right compression cylinder of 37-, the right feeding cylinder of 38-II, 39-small bearing bracket, 40-pressure cap, the right perpendicular cylinder of 41-, the right top board of 42-, the right riser of 43-, the right servomotor of 44-, the right lifter plate of 45-, the right perpendicular guide rail of 46-, the right slide plate of 47-, the right feeding cylinder of 48-I, the right platform of 49-, the right cross rail of 50-, 51-rotating shaft, 52-right bearing seat, 53-lower plate, 54-substrate, the right imitating milling cutter of 55-, the right motor of 56-, 57-upper plate, 58-Timing Belt, the left belt wheel of 59-, the right belt wheel of 60-, 61-support plate, 62-jacking cylinder, 63-upper rail.
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, lower servomotor 2, base plate 3, guide pillar 4, guide pin bushing 5, axle 6, top board 7, large bearing block 8, piston 9, cylinder bar 10, end cap 11, addendum cone 12, slide block 13, spring 14, radially piece 15, left platform 16, left cross rail 17, left skateboard 18, left feeding cylinder I 19, left riser 20, left perpendicular guide rail 21, left imitating milling cutter 22, left lifter plate 23, left motor 24, left perpendicular cylinder 25, drill bit 26, seal closure 27, oblique briquetting 28, left compression cylinder 29, drilling head 30, left hoistable platform 31, crossbeam 32, left feeding cylinder II 33, left slide unit 34, upper servomotor 35, right slide unit 36, right compression cylinder 37, right feeding cylinder II 38, small bearing bracket 39, pressure cap 40, right perpendicular cylinder 41, right top board 42, right riser 43, right servomotor 44, right lifter plate 45, right perpendicular guide rail 46, right slide plate 47, right feeding cylinder I 48, right platform 49, right cross rail 50, rotating shaft 51, right bearing seat 52, lower plate 53, substrate 54, right imitating milling cutter 55, right motor 56, upper plate 57, Timing Belt 58, left belt wheel 59, right belt wheel 60, support plate 61, jacking cylinder 62 and upper rail 63 form, and four guide pin bushings 5 are fixed on base plate 3, and four guide pillars 4 that are mated are fixed on top board 7 belows. two jacking cylinders 62 are fixed on the below of base plate 3, and the below of its output and top board 7 is hinged. large bearing block 8 is fixed on top board 7 tops, and lower servomotor 2 is fixed on lower roof plate 7 belows, top, and its output is connected with the axle 6 being arranged in large bearing block 8.
The upper end of axle 6 is hollow, and piston 9 matches with the inwall of hollow end. The cylinder bar 10 that top is provided with addendum cone 12 is fixed on the upper end of piston 9. End cap 11 is sealed and matched with cylinder bar 10, is arranged on the center, upper end of axle 6. Axle 6, piston 9, cylinder bar 10, end cap 11, addendum cone 12 form one and regulate oil cylinder.
Four uniform upper ends that are fixed on axle 6 of support plate 61, four slide blocks 13 that coordinate with addendum cone 12 are arranged on the top of four support plates 61. Four springs 14 are arranged on the end of slide block 13. Four radially piece 15 be arranged on the top of slide block 13, its position can regulate according to wheel molded dimension. Addendum cone 12, slide block 13, spring 14, radially piece 15, support plate 61 and regulate a chuck of the common composition of oil cylinder.
Left skateboard 18 is fixed on left platform 16 tops by left cross rail 17. Left riser 20 is fixed on the top of left skateboard 18. Left lifter plate 23 is erected guide rail 21 and is fixed on the right side of left riser 20 by a left side. Left motor 24 is fixed on the top of left lifter plate 23, and its output is connected with left imitating milling cutter 22. Left feeding cylinder I 19 is fixed on the left side of left platform 16, and its output is connected with left skateboard 18. Left perpendicular cylinder 25 is fixed on the platform on left riser 20 tops, and its output is connected with the top of left lifter plate 23. The lower rim cutting system of left platform 16, left cross rail 17, left skateboard 18, left feeding cylinder I 19, left riser 20, left perpendicular guide rail 21, left imitating milling cutter 22, left lifter plate 23 these devices of composition.
Left slide unit 34 is connected with the crossbeam 32 on frame 1 top by upper rail 63 with right slide unit 36. Left feeding cylinder II 33 is fixed on the left side of crossbeam 32, and its output is connected with left slide unit 34. Right feeding cylinder II 38 is fixed on the right side of crossbeam 32, and its output is connected with right slide unit 36. Left hoistable platform 31 is arranged on the top of left slide unit 34 by guide rail and leading screw, upper servomotor 35 is fixed on the top of left slide unit 34, and its output is connected with leading screw, controls the lifting of left hoistable platform 31. The drilling head 30 that output is provided with drill bit 26 is fixed on left hoistable platform 31. Two left compression cylinders 29 are fixed on the both sides of left slide unit 34 belows, and the top of its output and seal closure 27 is hinged. Four above oblique briquettings 28 are distributed on the inwall upper end of seal closure 27. Right compression cylinder 37 is fixed on right slide unit 36, and small bearing bracket 39 is fixed on the output of right compression cylinder 37, and pressure cap 40 is arranged on the below of small bearing bracket 39.
Right slide plate 47 is fixed on the top of right platform 49 by right cross rail 50. Right riser 43 is fixed on the top of right slide plate 47. Right lifter plate 45 erects guide rail 46 by the right side and is connected with right riser 43. Right perpendicular cylinder 41 is fixed on the right top board 42 on right riser 43 tops, and its output is connected with right lifter plate 45. Right feeding cylinder I 48 is fixed on the right side of right platform 49 tops, and its output is connected with right slide plate 47. Right servomotor 44 is fixed on the right side of right lifter plate 45, and right bearing seat 52 is fixed on the left side of right lifter plate 45, and rotating shaft 51 is fixed in right bearing seat 52 by bearing. The output of right servomotor 44 is connected with the right side of rotating shaft 51. Substrate 54 is connected with the left side of rotating shaft 51. Lower plate 53 is fixed on the lower end of substrate 54, and upper plate 57 is fixed on the upper end of substrate 54. The right motor 56 that output is provided with right belt wheel 60 is fixed on the right side of upper plate 57 belows. The right imitating milling cutter 55 that top is provided with left belt wheel 59 is fixed between lower plate 53 and upper plate 57 by bearing. Left belt wheel 59 is connected by Timing Belt 58 with right belt wheel 60.
Right imitating milling cutter 55 is made up of jointly cylindrical side blade milling cutter and upper wheel rim imitation-shaped knife. Left imitating milling cutter 22 is made up of jointly lower rim profiling sword and shear blade.
In the course of the work, sensor is just located wheel, and left compression cylinder 20 makes seal closure 27 press to wheel front, makes wheel rear lifting placed in the middle by oblique briquetting 28. Regulate oil cylinder to regulate four radially positions of piece 15 according to different wheel size. Jacking cylinder 62 makes chuck jacking by guide pillar 4, four radially piece 15 from inside wheel by its jacking and depart from roller-way, seal closure 27 is depressed again, oblique briquetting 28 compresses positive wheel, upper servomotor 35 makes drilling head 30 drive drill bit 26 to move downward, wheel cast gate is removed to rear left feeding cylinder II 33 and make left slide unit 18 to left movement, right feeding cylinder II 38 makes right slide unit 36 also to left movement simultaneously, and right compression cylinder 37 makes pressure cap 40 compress positive wheel. Right feeding cylinder I 48 and right perpendicular cylinder 41 regulate the position of right imitating milling cutter 55, and it is contacted with wheel rim on wheel all the time. Left feeding cylinder I 19 and left perpendicular cylinder 25 regulate the position of left imitating milling cutter 22, and it is contacted with wheel rim on wheel all the time. Left motor 24 and right motor 56 drive respectively left imitating milling cutter 22 and right imitating milling cutter 55 to rotate, with servomotor 2 at present with motor car wheel with the different rotations that turns to. The milling cutter of rotation can be removed after touching upper lower rim overlap. Left perpendicular cylinder 25 promotes left imitating milling cutter 22, and making its shear blade touch wheel lower surface can remove the overlap of this position. Right servomotor 44 makes right imitating milling cutter 55 rotate 90 degree, its mould matched moulds place, limit overlap can be removed with its cylindrical side blade milling cutter.
Claims (2)
1. a wheel blanks apparatus for shaping, by frame (1), lower servomotor (2), base plate (3), guide pillar (4), guide pin bushing (5), axle (6), top board (7), large bearing block (8), piston (9), cylinder bar (10), end cap (11), addendum cone (12), slide block (13), spring (14), radially piece (15), left platform (16), left cross rail (17), left skateboard (18), left feeding cylinder I (19), left riser (20), left perpendicular guide rail (21), left imitating milling cutter (22), left lifter plate (23), left motor (24), left perpendicular cylinder (25), drill bit (26), seal closure (27), oblique briquetting (28), left compression cylinder (29), drilling head (30), left hoistable platform (31), crossbeam (32), left feeding cylinder II (33), left slide unit (34), upper servomotor (35), right slide unit (36), right compression cylinder (37), right feeding cylinder II (38), small bearing bracket (39), pressure cap (40), right perpendicular cylinder (41), right top board (42), right riser (43), right servomotor (44), right lifter plate (45), right perpendicular guide rail (46), right slide plate (47), right feeding cylinder I (48), right platform (49), right cross rail (50), rotating shaft (51), right bearing seat (52), lower plate (53), substrate (54), right imitating milling cutter (55), right motor (56), upper plate (57), Timing Belt (58), left belt wheel (59), right belt wheel (60), support plate (61), jacking cylinder (62) and upper rail (63) form, and it is characterized in that: it is upper that four guide pin bushings (5) are fixed on base plate (3), and four guide pillars (4) that are mated are fixed on top board (7) below, two jacking cylinders (62) are fixed on the below of base plate (3), and the below of its output and top board (7) is hinged, large bearing block (8) is fixed on top board (7) top, and lower servomotor (2) is fixed on below, lower roof plate (7) top, and its output is connected with the axle (6) being arranged in large bearing block (8),
The upper end of axle (6) is hollow, and piston (9) matches with the inwall of hollow end; The cylinder bar (10) that top is provided with addendum cone (12) is fixed on the upper end of piston (9); End cap (11) is sealed and matched with cylinder bar (10), is arranged on the center, upper end of axle (6); Axle (6), piston (9), cylinder bar (10), end cap (11), one of addendum cone (12) composition regulate oil cylinder;
The uniform upper end that is fixed on axle (6) of four support plates (61), four slide blocks (13) that coordinate with addendum cone (12) are arranged on the top of four support plates (61); Four springs (14) are arranged on the end of slide block (13); Four radially piece (15) be arranged on the top of slide block (13), its position can regulate according to wheel molded dimension; Addendum cone (12), slide block (13), spring (14), radially piece (15), support plate (61) and regulate a chuck of the common composition of oil cylinder;
Left skateboard (18) is fixed on left platform (16) top by left cross rail (17); Left riser (20) is fixed on the top of left skateboard (18); Left lifter plate (23) is erected guide rail (21) and is fixed on the right side of left riser (20) by a left side; Left motor (24) is fixed on the top of left lifter plate (23), and its output is connected with left imitating milling cutter (22); Left feeding cylinder I (19) is fixed on the left side of left platform (16), and its output is connected with left skateboard (18); Left perpendicular cylinder (25) is fixed on the platform on left riser (20) top, and its output is connected with the top of left lifter plate (23); Left platform (16), left cross rail (17), left skateboard (18), left feeding cylinder I (19), left riser (20), left perpendicular guide rail (21), left imitating milling cutter (22), left lifter plate (23) form the lower rim cutting system of this device;
Left slide unit (34) is connected with the crossbeam (32) on frame (1) top by upper rail (63) with right slide unit (36); Left feeding cylinder II (33) is fixed on the left side of crossbeam (32), and its output is connected with left slide unit (34); Right feeding cylinder II (38) is fixed on the right side of crossbeam (32), and its output is connected with right slide unit (36); Left hoistable platform (31) is arranged on the top of left slide unit (34) by guide rail and leading screw, upper servomotor (35) is fixed on the top of left slide unit (34), and its output is connected with leading screw, controls the lifting of left hoistable platform (31); The drilling head (30) that output is provided with drill bit (26) is fixed on left hoistable platform (31); Two left compression cylinders (29) are fixed on the both sides of left slide unit (34) below, and the top of its output and seal closure (27) is hinged; Four above oblique briquettings (28) are distributed on the inwall upper end of seal closure (27); It is upper that right compression cylinder (37) is fixed on right slide unit (36), and small bearing bracket (39) is fixed on the output of right compression cylinder (37), and pressure cap (40) is arranged on the below of small bearing bracket (39);
Right slide plate (47) is fixed on the top of right platform (49) by right cross rail (50); Right riser (43) is fixed on the top of right slide plate (47); Right lifter plate (45) erects guide rail (46) by the right side and is connected with right riser (43); The right top board (42) that right perpendicular cylinder (41) is fixed on right riser (43) top is upper, and its output is connected with right lifter plate (45); Right feeding cylinder I (48) is fixed on the right side of right platform (49) top, and its output is connected with right slide plate (47); Right servomotor (44) is fixed on the right side of right lifter plate (45), and right bearing seat (52) is fixed on the left side of right lifter plate (45), and rotating shaft (51) is fixed in right bearing seat (52) by bearing; The output of right servomotor (44) is connected with the right side of rotating shaft (51); Substrate (54) is connected with the left side of rotating shaft (51); Lower plate (53) is fixed on the lower end of substrate (54), and upper plate (57) is fixed on the upper end of substrate (54); The right motor (56) that output is provided with right belt wheel (60) is fixed on the right side of upper plate (57) below; The right imitating milling cutter (55) that top is provided with left belt wheel (59) is fixed between lower plate (53) and upper plate (57) by bearing; Left belt wheel (59) is connected by Timing Belt (58) with right belt wheel (60).
2. a kind of wheel blanks apparatus for shaping according to claim 1, is characterized in that: right imitating milling cutter (55) is made up of jointly cylindrical side blade milling cutter and upper wheel rim imitation-shaped knife; Left imitating milling cutter (22) is made up of jointly lower rim profiling sword and shear blade.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521114182.1U CN205237043U (en) | 2015-12-29 | 2015-12-29 | Wheel blank shaping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521114182.1U CN205237043U (en) | 2015-12-29 | 2015-12-29 | Wheel blank shaping device |
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| Publication Number | Publication Date |
|---|---|
| CN205237043U true CN205237043U (en) | 2016-05-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521114182.1U Withdrawn - After Issue CN205237043U (en) | 2015-12-29 | 2015-12-29 | Wheel blank shaping device |
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| CN (1) | CN205237043U (en) |
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| CN105921723A (en) * | 2015-12-29 | 2016-09-07 | 中信戴卡股份有限公司 | Wheel blank shaping device |
| CN106425488A (en) * | 2016-08-30 | 2017-02-22 | 汪超 | Rim machining equipment for wheel hub |
| CN106984798A (en) * | 2017-04-28 | 2017-07-28 | 李洪杰 | A kind of aluminium alloy wheel hub rising head automatic cut-off device |
| CN107138704A (en) * | 2017-03-07 | 2017-09-08 | 芜湖仅机械有限公司 | A kind of steering wheel die casting automatically goes gate machine |
| CN107283699A (en) * | 2017-06-29 | 2017-10-24 | 苏州亨达尔工业材料有限公司 | A kind of sheet material deburring structure |
| CN107457392A (en) * | 2017-09-12 | 2017-12-12 | 石家庄市学森自动化科技有限公司 | A kind of automatic repair machine of milling head formula casting |
| CN108422202A (en) * | 2018-05-30 | 2018-08-21 | 芜湖同创模具机械有限公司 | A kind of automobile aluminum component punch machining equipment for automotive |
| CN108555069A (en) * | 2018-05-21 | 2018-09-21 | 中信戴卡股份有限公司 | A kind of wheel orthopedic equipment |
| EP3431225A1 (en) * | 2017-07-21 | 2019-01-23 | Citic Dicastal Co., Ltd. | Wheel blank positioning end face correction device |
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| CN114226816A (en) * | 2021-11-26 | 2022-03-25 | 浙江今飞机械有限公司 | Wheel rim milling machine |
| CN115106783A (en) * | 2022-07-11 | 2022-09-27 | 江苏苏美达铝业有限公司 | High-efficient quick wheel hub surely emits device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105921723B (en) * | 2015-12-29 | 2017-11-03 | 中信戴卡股份有限公司 | A kind of wheel blanks apparatus for shaping |
| CN105921723A (en) * | 2015-12-29 | 2016-09-07 | 中信戴卡股份有限公司 | Wheel blank shaping device |
| CN106425488A (en) * | 2016-08-30 | 2017-02-22 | 汪超 | Rim machining equipment for wheel hub |
| CN107138704A (en) * | 2017-03-07 | 2017-09-08 | 芜湖仅机械有限公司 | A kind of steering wheel die casting automatically goes gate machine |
| CN106984798A (en) * | 2017-04-28 | 2017-07-28 | 李洪杰 | A kind of aluminium alloy wheel hub rising head automatic cut-off device |
| CN106984798B (en) * | 2017-04-28 | 2018-11-13 | 杭州富阳富宝仪表机床厂 | A kind of aluminium alloy wheel hub riser automatic cut-off device |
| CN107283699A (en) * | 2017-06-29 | 2017-10-24 | 苏州亨达尔工业材料有限公司 | A kind of sheet material deburring structure |
| EP3431225A1 (en) * | 2017-07-21 | 2019-01-23 | Citic Dicastal Co., Ltd. | Wheel blank positioning end face correction device |
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| CN107457392B (en) * | 2017-09-12 | 2022-10-28 | 河北省自动化研究所 | Automatic repairing machine for milling head type casting |
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