CN103358206B - Bearing shell deburring and polishing all-in-one - Google Patents
Bearing shell deburring and polishing all-in-one Download PDFInfo
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- CN103358206B CN103358206B CN201310314276.2A CN201310314276A CN103358206B CN 103358206 B CN103358206 B CN 103358206B CN 201310314276 A CN201310314276 A CN 201310314276A CN 103358206 B CN103358206 B CN 103358206B
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Abstract
The invention discloses a kind of bearing shell deburring and polishing all-in-one, comprise fixed mount, described fixed mount is provided with bearing shell delivery track (VIII), the bearing of trend along bearing shell delivery track (VIII) is furnished with feed lead rail (II), bearing shell mouth limit outer surface burring mechanism (III), bearing shell edge belt burring mechanism (IV), bearing shell mouth limit inner surface burring mechanism (V), bearing shell outer round surface polishing mechanism (VI) and discharge guide (VII) successively; Remove the residual burr of bearing shell mouth limit outer surface, end face and mouth limit inner surface by this one function simultaneously, and the residual dust of bearing shell outer round surface and oil stain, structure is simple, efficiency is high, deburring, dust and wiping effect good, there is the feature such as multifunction, automation.
Description
Technical field
The present invention relates to bearing shell process equipment, especially a kind of equipment for removing bearing shell surface spikes, dust and oil stain, relates to frame for movement technical field.
Background technology
Shown in Figure 10, Figure 11, bearing shell after machining, usually burr is remained at mouth limit outer surface (the A position as in figure), end face (the B position as in figure) and mouth limit inner surface (the C position as in figure), need after machining, removed by workman's file or sand paper; Meanwhile, usually remain dust and oil stain at the outer round surface (the D position as in figure) of bearing shell, need workman to carry out wiping removing with cleaning cotton; The process at these four positions, need to be completed step by step by four workmans, efficiency is low, wastes time and energy, and human cost is high.
Summary of the invention
The present invention aims to provide a kind of bearing shell deburring and polishing all-in-one, automatically can remove the burr produced in bearing shell process and the dust remaining in bearing shell outer round surface and oil stain by this equipment.
For this reason, the technical solution adopted in the present invention is: a kind of bearing shell deburring and polishing all-in-one, comprise fixed mount, it is characterized in that: described fixed mount is provided with bearing shell delivery track (VIII), the bearing of trend along bearing shell delivery track (VIII) is furnished with feed lead rail (II), bearing shell mouth limit outer surface burring mechanism (III), bearing shell edge belt burring mechanism (IV), bearing shell mouth limit inner surface burring mechanism (V), bearing shell outer round surface polishing mechanism (VI) and discharge guide (VII) successively;
Described bearing shell delivery track (VIII) is by leading portion (a), stage casing (b) and back segment (c) are formed, described leading portion (a) and back segment (c) are perpendicular to stage casing (b) and be positioned at the same side in stage casing (b), a pusher cylinder (Ⅸ) is respectively provided with at two corner position places of described bearing shell delivery track (VIII), described bearing shell mouth limit outer surface burring mechanism (III) is arranged in the leading portion (a) of bearing shell delivery track (VIII), bearing shell edge belt burring mechanism (IV) is arranged in the stage casing (b) of bearing shell delivery track (VIII), bearing shell mouth limit inner surface burring mechanism (V) and bearing shell outer round surface polishing mechanism (VI) are arranged in the back segment (c) of bearing shell delivery track (VIII),
Described bearing shell mouth limit outer surface burring mechanism (III) comprises dish type wire brush (1) and the first motor (2), a dish type wire brush (1) is respectively set in the both sides of bearing shell delivery track (VIII), each dish type dish type wire brush (1) is driven by respective the first motor (2) respectively, the axis being parallel of described dish type wire brush (1) is in the leading portion (a) of bearing shell delivery track, and dish type wire brush (1) axis equals the radius of dish type wire brush (1) to the distance of bearing shell delivery track (VIII);
Described bearing shell edge belt burring mechanism (IV) comprises annular deburring abrasive band (3), second motor (4), first driving wheel (5) and the first driven pulley (6), one end of described annular deburring abrasive band (3) is enclosed within the first driving wheel (5), the other end is enclosed within first driven pulley (6) of bearing shell delivery track (VIII) side-lower, the axis being parallel of described first driven pulley (6) is in the stage casing (b) of bearing shell delivery track, described second motor (4) drives the first driving wheel (5) to rotate, first driving wheel (5) drives annular deburring abrasive band (3) and the first driven pulley (6) to rotate,
Described bearing shell mouth limit inner surface burring mechanism (V) is made up of burring mechanism (V-2) on the right side of burring mechanism (V-1) on the left of the inner surface of mouth limit and mouth limit inner surface, on the left of the inner surface of described mouth limit, on the right side of burring mechanism (V-1) and mouth limit inner surface, burring mechanism (V-2) is positioned at the below of bearing shell delivery track (VIII), and arrange along the bearing of trend time interval of bearing shell delivery track back segment (c), burring mechanism (V-1) on the left of the inner surface of described mouth limit, on the right side of the inner surface of mouth limit, burring mechanism (V-2) includes wheel shape wire brush (7), 3rd motor (8), second driving wheel (9) and the second driven pulley (10), wheel shape wire brush (7) is fixedly mounted on one end of the second driven pulley (10), and coaxially arrange with the second driven pulley (10), wheel shape wire brush (7) stretches in bearing shell delivery track (VIII) from the below of bearing shell delivery track (VIII), the axis being parallel of wheel shape wire brush (7) is in the back segment (c) of bearing shell delivery track, described 3rd motor (8) drives the second driving wheel (9) to rotate, second driving wheel (9) drives the second driven pulley (10) and wheel shape wire brush (7) to rotate, on the left of the inner surface of described mouth limit, the axis of the wheel shape wire brush (7) of burring mechanism (V-1) departs from the center line of bearing shell delivery track back segment (c) left, on the right side of the inner surface of mouth limit, the axis of the wheel shape wire brush (7) of burring mechanism (V-2) departs from the center line of bearing shell delivery track back segment (c) to the right,
Described bearing shell outer round surface polishing mechanism (VI) comprises the 4th motor (11), rolling disc (12), connecting rod (13) and discoid rubbing head mount pad (14), described rubbing head mount pad (14) is arranged on the top of bearing shell delivery track (VIII), the mid diameter of rubbing head mount pad (14) is less than two ends diameter and forms axle journal, the axle journal of rubbing head mount pad (14) is arranged on fixed mount by bearing (15), and by the bearing mounting base (16) be installed in above fixed mount, bearing (15) is fixed, the outside in described rubbing head mount pad (14) rear and front end portion is installed with rubbing head (17) respectively, the axis being parallel of described rubbing head mount pad (14) is in the back segment (c) of bearing shell delivery track, the lower end of rubbing head (17) is curved and be provided with cleaning cotton (18) at actuated position place, described 4th motor (11) drives rolling disc (12) to rotate, one end of described connecting rod (13) is hinged on the disk of rolling disc (12), the other end is hinged on the disk of rubbing head mount pad (14), rubbing head mount pad (14) is driven to swing by rolling disc (12).
In above-mentioned all-in-one, bearing shell enters in bearing shell delivery track from feed lead rail, and moves in bearing shell delivery track, first through bearing shell mouth limit outer surface burring mechanism, the dish type wire brush of bearing shell delivery track both sides rotates, and is got rid of by the burr of this bearing shell mouth limit outer surface; Bearing shell continues to move in bearing shell delivery track, and through bearing shell edge belt burring mechanism, the annular deburring abrasive band of bearing shell delivery track side-lower, gets rid of the burr of bearing shell end face; Afterwards, bearing shell is through bearing shell mouth limit inner surface burring mechanism, on the left of the inner surface of mouthful limit, on the right side of burring mechanism and mouth limit inner surface, burring mechanism time interval on bearing shell delivery track is arranged, when bearing shell is through the wheel shape wire brush of lower left, burr on the left of this bearing shell mouth limit inner surface is got rid of by wheel shape wire brush, when bearing shell is through bottom-right wheel shape wire brush, the burr on the right side of this bearing shell mouth limit inner surface is got rid of by wheel shape wire brush; Then, bearing shell is through bearing shell outer round surface polishing mechanism, and rolling disc drives rubbing head mount pad to swing, because rubbing head is fixedly mounted on rubbing head mount pad by connecting rod, final drive rubbing head swings, and carries out wiping by cleaning cotton to the bearing shell outer round surface below rubbing head; Finally, bearing shell through discharge guide out.Meanwhile, by optimizing the layout of all-in-one, saving and taking up room; In addition, set up two pusher cylinders, ensure that the normal movement of bearing shell in bearing shell delivery track.
Described feed lead rail (II) is positioned at the top of bearing shell delivery track (VIII) and perpendicular to bearing shell delivery track (VIII), feed lead rail (II) and the front end of bearing shell delivery track (VIII) binding site is provided with a pusher cylinder (Ⅸ); Described discharge guide (VII) is made up of quadrant segmental arc (d) and horizontal segment (e), the feed end of described quadrant segmental arc (d) is connected with the tail end of bearing shell delivery track (VIII), discharge end is connected with the front end of horizontal segment (e), described horizontal segment (e) is lower than bearing shell delivery track (VIII), and the center of circle of quadrant segmental arc (d) is positioned at immediately below bearing shell delivery track (VIII) tail end.Feed lead rail, perpendicular to bearing shell delivery track, makes bearing shell in feed rail, be overlapped into a pile, then sends in superimposed for bearing shell bearing shell delivery track one by one by pusher cylinder; In bearing shell delivery track, bearing shell out enters discharging track one by one, again bearing shell is overlapped into a pile by discharging track, and operator does not need folded material directly to be taken away by the bearing shell folded.
Described fixed mount has bar hole (19), first motor (2) of described bearing shell mouth limit outer surface burring mechanism (III) is arranged on sliding shoe (20), sliding shoe (20) is connected with the bar hole (19) of fixed mount by bolt, the bearing of trend of described bar hole (19) is perpendicular to bearing shell delivery track (VIII), and described sliding shoe (20) drives along bar hole (19) mobile by rotation handwheel (21).Rotation handwheel and sliding shoe form a leading screw and nut mechanism, by rotary motion handwheel, drive sliding shoe to move along bar hole, and the first motor, bolt, dish type wire brush move, to adapt to the bearing shell deburring of different size specification with sliding shoe; Bolt limits sliding shoe and can only move along the bearing of trend of bar hole.
Second motor (4) of described bearing shell edge belt burring mechanism (IV) is arranged on fixed mount by motor mount (22), obliquely-angled β between motor mount (22) and fixed mount, one end of motor mount (22) by first installing that journal stirrup (22a) is hinged on fixed mount, the other end installs the upper end thereof of journal stirrup (22b) and height adjustment bolt (23) by second, the lower end of height adjustment bolt (23) is through fixed mount and by nut check on fixed mount.By regulating height adjustment bolt, the angle of inclination of adjustable motor mount, thus the angle of inclination adjusting annular deburring abrasive band.
The outside of each end of the rubbing head mount pad (14) of described bearing shell outer round surface polishing mechanism (VI) is respectively provided with two rubbing heads (17), and two rubbing heads (17) are in the angle of 90 degree, increase work efficiency further.
Beneficial effect of the present invention: simultaneously remove the residual burr of bearing shell mouth limit outer surface, end face and mouth limit inner surface by this one function, and the residual dust of bearing shell outer round surface and oil stain, structure is simple, efficiency is high, deburring, dust and wiping effect good, there is the feature such as multifunction, automation.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structural representation of intermediate bushing mouth limit of the present invention outer surface burring mechanism.
Fig. 3 is the structural representation of intermediate bushing edge belt burring mechanism of the present invention.
Fig. 4 is the structural representation of intermediate bushing mouth limit of the present invention inner surface burring mechanism.
Fig. 5 is the structural representation of burring mechanism on the left of the inner surface of Fig. 4 Zhong Kou limit.
Fig. 6 is the right view of Fig. 5.
Fig. 7 is the structural representation of intermediate bushing bearing shell outer round surface polishing mechanism of the present invention.
Fig. 8 is the partial left side view of Fig. 7.
Fig. 9 is the connection layout of discharge guide and bearing shell delivery track in the present invention.
Figure 10 is the structural representation of bearing shell.
Figure 11 is the right view of Figure 10.
Detailed description of the invention
Below in conjunction with drawings and Examples, the invention will be further described.
Bearing shell deburring as shown in Figure 1 and polishing all-in-one, primarily of fixed mount, feed lead rail II, bearing shell mouth limit outer surface burring mechanism III, bearing shell edge belt burring mechanism IV, bearing shell mouth limit inner surface burring mechanism V, bearing shell outer round surface polishing mechanism VI, discharge guide VII, bearing shell delivery track more than VIII major part combination composition.
Fixed mount is provided with bearing shell delivery track VIII, the bearing of trend along bearing shell delivery track VIII is furnished with feed lead rail II, bearing shell mouth limit outer surface burring mechanism III, bearing shell edge belt burring mechanism IV, bearing shell mouth limit inner surface burring mechanism V, bearing shell outer round surface polishing mechanism VI and discharge guide VII successively.Bearing shell pressing plate (not shown) is provided with above bearing shell delivery track VIII, bearing shell 24 is shelved on bearing shell delivery track VIII, and pushed down by bearing shell pressing plate, there is the phenomenon that bearing shell is superimposed during to prevent bearing shell 24 mobile in bearing shell delivery track VIII.
Bearing shell delivery track VIII is made up of leading portion a, stage casing b and back segment c, leading portion a and back segment c is perpendicular to stage casing b and be positioned at the same side of stage casing b, a pusher cylinder Ⅸ is respectively provided with at two corner position places of bearing shell delivery track VIII, bearing shell mouth limit outer surface burring mechanism III is arranged in the leading portion a of bearing shell delivery track VIII, bearing shell edge belt burring mechanism IV is arranged in the stage casing b of bearing shell delivery track VIII, and bearing shell mouth limit inner surface burring mechanism V and bearing shell outer round surface polishing mechanism VI are arranged in the back segment c of bearing shell delivery track VIII.
Shown in composition graphs 1, Fig. 2, bearing shell mouth limit outer surface burring mechanism III forms primarily of two dish type wire brushes 1 and two the first motors 2.Respectively arrange a dish type wire brush 2 in the both sides of bearing shell delivery track VIII, dish type wire brush 1 is the disc shaped brushes be made up of steel wire.Each dish type dish type wire brush 1 is driven by the first respective motor 2 respectively, and two dish type wire brush 1 rotation directions are just contrary, are respectively used to the burr removing bearing shell 24 mouthfuls of limit outer surfaces (comprising arranged on left and right sides).The axis being parallel of dish type wire brush 1 is in the leading portion a of bearing shell delivery track, and dish type wire brush 1 axis equals the radius of dish type wire brush 1 to the distance of bearing shell delivery track VIII, can touch the bearing shell 24 mouthfuls of limit outer surfaces in bearing shell delivery track VIII during to ensure that dish type wire brush 1 rotates.
Preferably, fixed mount has bar hole 19, first motor 2 of bearing shell mouth limit outer surface burring mechanism III is arranged on sliding shoe 20, and sliding shoe 20 is connected with the bar hole 19 of fixed mount by bolt, and the bearing of trend of bar hole 19 is perpendicular to the leading portion a of bearing shell delivery track.Sliding shoe 20 is driven by rotation handwheel 21 and moves along bar hole 19.Rotate handwheel 21 and form a leading screw and nut mechanism with sliding shoe 20, by rotary motion handwheel 21, drive sliding shoe 20 to move along bar hole 19, and the first motor 2, bolt, dish type wire brush 1 move, to adapt to bearing shell 24 deburring of different size specification with sliding shoe 20; Bolt limits sliding shoe 20 and can only move along the bearing of trend of bar hole 19.
Shown in composition graphs 1, Fig. 3, bearing shell edge belt burring mechanism IV is primarily of compositions such as annular deburring abrasive band 3, second motor 4, first driving wheel 5 and the first driven pulleys 6.Second motor 4 is positioned at the side of bearing shell delivery track VIII, and the one end in annular deburring abrasive band 3 is enclosed within the first driving wheel 5, the other end is enclosed within the first driven pulley 6 of bearing shell delivery track VIII side-lower.The axis being parallel of the first driven pulley 6 is in the stage casing b of bearing shell delivery track, and the second motor 4 drives the first driving wheel 5 to rotate, and the first driving wheel 5 drives annular deburring abrasive band 3 and the first driven pulley 6 to rotate.The axes normal of bearing shell 24 is in the stage casing b of bearing shell delivery track.Bearing shell 24 is placed in bearing shell delivery track VIII, and bearing shell 24 is mobile in bearing shell delivery track VIII.After starting the second motor 4, second motor 4 drives the first driving wheel 5 to rotate, first driving wheel 5 drives the first driven pulley 6 and annular deburring abrasive band 3 to rotate, and when bearing shell 24 is through annular deburring abrasive band 3, the burr of this bearing shell 24 end face is got rid of by annular deburring abrasive band 3.
Preferably, second motor 4 of bearing shell edge belt burring mechanism IV is arranged on fixed mount by motor mount 22, motor mount 22 is positioned at above fixed mount, obliquely-angled β between motor mount 22 and fixed mount, one end of motor mount 22 by first installing that journal stirrup 22a is hinged on fixed mount, the other end installs the upper end thereof of journal stirrup 22b and height adjustment bolt 23 by second, fixed mount is passed and by nut check on fixed mount in the lower end of height adjustment bolt 23.By regulating height adjustment bolt 23, the angle of inclination of adjustable motor mount 22, thus the angle of inclination adjusting annular deburring abrasive band 3.
Composition graphs 1, Fig. 4---shown in Fig. 6, bearing shell mouth limit inner surface burring mechanism V is made up of burring mechanism V-2 on the right side of burring mechanism V-1 on the left of the inner surface of mouth limit and mouth limit inner surface.On the left of the inner surface of mouth limit, burring mechanism V-1 is for removing the burr on the left of the inner surface of bearing shell mouth limit, and on the right side of the inner surface of mouth limit, burring mechanism V-2 is for removing the burr on the right side of the inner surface of bearing shell mouth limit.On the left of the inner surface of mouthful limit, on the right side of burring mechanism V-1 and mouth limit inner surface, burring mechanism V-2 is positioned at the below of bearing shell delivery track VIII, and arrange along the bearing of trend time interval of bearing shell delivery track VIII, namely when bearing shell 24 is mobile in bearing shell delivery track VIII, first carry out the removal of burr on the left of mouthful limit inner surface, carry out the removal of burr on the right side of mouthful limit inner surface again, first carry out the removal of burr on the right side of mouthful limit inner surface, then carry out the removal of burr on the left of mouthful limit inner surface.
Burring mechanism V-2 on the right side of burring mechanism V-1 and mouth limit inner surface on the left of the inner surface of mouthful limit, both compositions are basically identical, by compositions such as wheel shape wire brush 7, the 3rd motor 8, second driving wheel 9 and the second driven pulleys 10.3rd motor 8 is positioned at the below of bearing shell delivery track VIII, the output shaft of the 3rd motor 8 drives the second driving wheel 9 to rotate, second driving wheel 9 drives jackshaft to rotate by pulley mechanism or sprocket wheel link chain mechanism, and jackshaft drives the second driven pulley 10 to rotate by pulley mechanism or sprocket wheel link chain mechanism.Wheel shape wire brush 7 is fixedly mounted on one end of the second driven pulley 10, and coaxially arrange with the second driven pulley 10, wheel shape wire brush 7 stretches in bearing shell delivery track VIII from the below of bearing shell delivery track VIII, the axis being parallel of wheel shape wire brush 7 is in bearing shell delivery track VIII, 3rd motor 8 drives the second driving wheel 9 to rotate, and the second driving wheel 9 drives the second driven pulley 10 and wheel shape wire brush 7 to rotate.On the left of the inner surface of mouth limit, the axis of the wheel shape wire brush 7 of burring mechanism V-1 departs from the center line of bearing shell delivery track back segment c left, and on the right side of the inner surface of mouth limit, the axis of the wheel shape wire brush 7 of burring mechanism V-2 departs from the center line of bearing shell delivery track back segment c to the right.
Shown in composition graphs 1, Fig. 7, bearing shell outer round surface polishing mechanism VI is primarily of compositions such as the 4th motor 11, rolling disc 12, connecting rod 13 and discoid rubbing head mount pads 14.Rubbing head mount pad 14 is arranged on the top of bearing shell delivery track VIII, the mid diameter of rubbing head mount pad 14 is less than two ends diameter and forms axle journal, the axle journal of rubbing head mount pad 14 is arranged on fixed mount by bearing 15, and by the bearing mounting base 16 be installed in above fixed mount, bearing 15 is fixed, bearing mounting base 16 covers on the axle journal of rubbing head mount pad 14, bearing mounting base 16 and fixed mount surround the space of an accommodation bearing 15 and rubbing head mount pad 14 axle journal, bearing 15 is for supporting rubbing head mount pad 14, and rubbing head mount pad 14 is rotatable.The axis being parallel of rubbing head mount pad 14 is in bearing shell delivery track back segment c.The outside in rubbing head mount pad 14 rear and front end portion is installed with rubbing head 17 respectively, and the lower end of rubbing head 17 is curved and be provided with cleaning cotton 18 at actuated position place, so as cleaning cotton 18 install after can just with bearing shell 24 close contact.4th motor 11 drives rolling disc 12 to rotate, and one end of connecting rod 13 is hinged on the disk of rolling disc 12, the other end is hinged on the disk of rubbing head mount pad 14, drives rubbing head mount pad 14 to swing by rolling disc 12.
Preferably, the outside of each end of the rubbing head mount pad 14 of bearing shell outer round surface polishing mechanism VI is respectively provided with two rubbing heads 17, and two rubbing heads 17 are in the angle of 90 degree.
As shown in Figure 1, feed lead rail II is positioned at the top of bearing shell delivery track VIII and perpendicular to bearing shell delivery track VIII, feed lead rail II and the front end of bearing shell delivery track VIII binding site is provided with a pusher cylinder Ⅸ.Shown in composition graphs 1, Fig. 9, discharge guide VII is made up of quadrant segmental arc d and horizontal segment e, and the feed end of quadrant segmental arc d is connected with the tail end of bearing shell delivery track VIII, discharge end is connected with the front end of horizontal segment e.Horizontal segment e is lower than bearing shell delivery track VIII, and the center of circle of quadrant segmental arc d is positioned at immediately below bearing shell delivery track VIII tail end.
Claims (5)
1. a bearing shell deburring and polishing all-in-one, comprise fixed mount, it is characterized in that: described fixed mount is provided with bearing shell delivery track (VIII), the bearing of trend along bearing shell delivery track (VIII) is furnished with feed lead rail (II), bearing shell mouth limit outer surface burring mechanism (III), bearing shell edge belt burring mechanism (IV), bearing shell mouth limit inner surface burring mechanism (V), bearing shell outer round surface polishing mechanism (VI) and discharge guide (VII) successively;
Described bearing shell delivery track (VIII) is by leading portion (a), stage casing (b) and back segment (c) are formed, described leading portion (a) and back segment (c) are perpendicular to stage casing (b) and be positioned at the same side in stage casing (b), a pusher cylinder (Ⅸ) is respectively provided with at two corner position places of described bearing shell delivery track (VIII), described bearing shell mouth limit outer surface burring mechanism (III) is arranged in the leading portion (a) of bearing shell delivery track (VIII), bearing shell edge belt burring mechanism (IV) is arranged in the stage casing (b) of bearing shell delivery track (VIII), bearing shell mouth limit inner surface burring mechanism (V) and bearing shell outer round surface polishing mechanism (VI) are arranged in the back segment (c) of bearing shell delivery track (VIII),
Described bearing shell mouth limit outer surface burring mechanism (III) comprises dish type wire brush (1) and the first motor (2), a dish type wire brush (1) is respectively set in the both sides of bearing shell delivery track (VIII), each dish type dish type wire brush (1) is driven by respective the first motor (2) respectively, the axis being parallel of described dish type wire brush (1) is in the leading portion (a) of bearing shell delivery track, and dish type wire brush (1) axis equals the radius of dish type wire brush (1) to the distance of bearing shell delivery track (VIII);
Described bearing shell edge belt burring mechanism (IV) comprises annular deburring abrasive band (3), second motor (4), first driving wheel (5) and the first driven pulley (6), one end of described annular deburring abrasive band (3) is enclosed within the first driving wheel (5), the other end is enclosed within first driven pulley (6) of bearing shell delivery track (VIII) side-lower, the axis being parallel of described first driven pulley (6) is in the stage casing (b) of bearing shell delivery track, described second motor (4) drives the first driving wheel (5) to rotate, first driving wheel (5) drives annular deburring abrasive band (3) and the first driven pulley (6) to rotate,
Described bearing shell mouth limit inner surface burring mechanism (V) is made up of burring mechanism (V-2) on the right side of burring mechanism (V-1) on the left of the inner surface of mouth limit and mouth limit inner surface, on the left of the inner surface of described mouth limit, on the right side of burring mechanism (V-1) and mouth limit inner surface, burring mechanism (V-2) is positioned at the below of bearing shell delivery track (VIII), and arrange along the bearing of trend time interval of bearing shell delivery track back segment (c), burring mechanism (V-1) on the left of the inner surface of described mouth limit, on the right side of the inner surface of mouth limit, burring mechanism (V-2) includes wheel shape wire brush (7), 3rd motor (8), second driving wheel (9) and the second driven pulley (10), wheel shape wire brush (7) is fixedly mounted on one end of the second driven pulley (10), and coaxially arrange with the second driven pulley (10), wheel shape wire brush (7) stretches in bearing shell delivery track (VIII) from the below of bearing shell delivery track (VIII), the axis being parallel of wheel shape wire brush (7) is in the back segment (c) of bearing shell delivery track, described 3rd motor (8) drives the second driving wheel (9) to rotate, second driving wheel (9) drives the second driven pulley (10) and wheel shape wire brush (7) to rotate, on the left of the inner surface of described mouth limit, the axis of the wheel shape wire brush (7) of burring mechanism (V-1) departs from the center line of bearing shell delivery track back segment (c) left, on the right side of the inner surface of mouth limit, the axis of the wheel shape wire brush (7) of burring mechanism (V-2) departs from the center line of bearing shell delivery track back segment (c) to the right,
Described bearing shell outer round surface polishing mechanism (VI) comprises the 4th motor (11), rolling disc (12), connecting rod (13) and discoid rubbing head mount pad (14), described rubbing head mount pad (14) is arranged on the top of bearing shell delivery track (VIII), the mid diameter of rubbing head mount pad (14) is less than two ends diameter and forms axle journal, the axle journal of rubbing head mount pad (14) is arranged on fixed mount by bearing (15), and by the bearing mounting base (16) be installed in above fixed mount, bearing (15) is fixed, the outside in described rubbing head mount pad (14) rear and front end portion is installed with rubbing head (17) respectively, the axis being parallel of described rubbing head mount pad (14) is in the back segment (c) of bearing shell delivery track, the lower end of rubbing head (17) is curved and be provided with cleaning cotton (18) at actuated position place, described 4th motor (11) drives rolling disc (12) to rotate, one end of described connecting rod (13) is hinged on the disk of rolling disc (12), the other end is hinged on the disk of rubbing head mount pad (14), rubbing head mount pad (14) is driven to swing by rolling disc (12).
2. according to bearing shell deburring according to claim 1 and polishing all-in-one, it is characterized in that: described feed lead rail (II) is positioned at the top of bearing shell delivery track (VIII) and perpendicular to bearing shell delivery track (VIII), feed lead rail (II) and the front end of bearing shell delivery track (VIII) binding site is provided with a pusher cylinder (Ⅸ); Described discharge guide (VII) is made up of quadrant segmental arc (d) and horizontal segment (e), the feed end of described quadrant segmental arc (d) is connected with the tail end of bearing shell delivery track (VIII), discharge end is connected with the front end of horizontal segment (e), described horizontal segment (e) is lower than bearing shell delivery track (VIII), and the center of circle of quadrant segmental arc (d) is positioned at immediately below bearing shell delivery track (VIII) tail end.
3. according to the bearing shell deburring described in claim 1 or 2 and polishing all-in-one, it is characterized in that: on described fixed mount, have bar hole (19), first motor (2) of described bearing shell mouth limit outer surface burring mechanism (III) is arranged on sliding shoe (20), sliding shoe (20) is connected with the bar hole (19) of fixed mount by bolt, the bearing of trend of described bar hole (19) is perpendicular to bearing shell delivery track (VIII), and described sliding shoe (20) drives along bar hole (19) mobile by rotation handwheel (21).
4. according to the bearing shell deburring described in claim 1 or 2 and polishing all-in-one, it is characterized in that: second motor (4) of described bearing shell edge belt burring mechanism (IV) is arranged on fixed mount by motor mount (22), obliquely-angled β between motor mount (22) and fixed mount, one end of motor mount (22) is installed journal stirrup (22a) by first and is hinged on fixed mount, the other end installs the upper end thereof of journal stirrup (22b) and height adjustment bolt (23) by second, the lower end of height adjustment bolt (23) is through fixed mount and by nut check on fixed mount.
5. according to the bearing shell deburring described in claim 1 or 2 and polishing all-in-one, it is characterized in that: the outside of each end of the rubbing head mount pad (14) of described bearing shell outer round surface polishing mechanism (VI) is respectively provided with two rubbing heads (17), and two rubbing heads (17) are in the angle of 90 degree.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310314276.2A CN103358206B (en) | 2013-07-24 | 2013-07-24 | Bearing shell deburring and polishing all-in-one |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310314276.2A CN103358206B (en) | 2013-07-24 | 2013-07-24 | Bearing shell deburring and polishing all-in-one |
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| CN103358206A CN103358206A (en) | 2013-10-23 |
| CN103358206B true CN103358206B (en) | 2015-12-23 |
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|---|---|---|---|---|
| CN103737520B (en) * | 2013-12-31 | 2015-09-23 | 南车戚墅堰机车车辆工艺研究所有限公司 | Discoid part batch machining equipment |
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| JPH04112187A (en) * | 1990-08-31 | 1992-04-14 | Kawasaki Steel Corp | Removal of dust on outer periphery of cylindrical article and device used therefor |
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|---|---|
| CN103358206A (en) | 2013-10-23 |
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