CN203508517U - Full-automatic multi-station cylinder sleeve cleaning machine - Google Patents

Full-automatic multi-station cylinder sleeve cleaning machine Download PDF

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Publication number
CN203508517U
CN203508517U CN201320620116.6U CN201320620116U CN203508517U CN 203508517 U CN203508517 U CN 203508517U CN 201320620116 U CN201320620116 U CN 201320620116U CN 203508517 U CN203508517 U CN 203508517U
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CN
China
Prior art keywords
lathe bed
cleaning
cylinder sleeve
cylinder
round brush
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CN201320620116.6U
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Chinese (zh)
Inventor
汪舵海
张志强
张武
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安徽白兔湖动力有限公司
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Priority to CN201320620116.6U priority Critical patent/CN203508517U/en
Application granted granted Critical
Publication of CN203508517U publication Critical patent/CN203508517U/en

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Abstract

The utility model discloses a full-automatic multi-station cylinder sleeve cleaning machine. The full-automatic multi-station cylinder sleeve cleaning machine comprises a supporting base, a bed body and a time relay, wherein the bed body is a box body, a cylindrical cavity is formed inside the box body, a working main shaft is arranged in the center of the bed body, and axially penetrates through the bed body, a servo motor is installed below the bed body, the lower end of the working main shaft is fixedly connected with a motor shaft of the servo motor, a round rotary disk is fixedly arranged on the portion, arranged in the cavity of the bed body, of the working main shaft, a plurality of workpiece clamps are evenly distributed on the rotary disk at intervals in sequence along the outer side of the circumference, and a workpiece feeding device, an inner wall cleaning device, an inner and outer wall cleaning device, an oil cleaning device, a secondary cleaning device, a cold air drying device, a hot air drying device and a workpiece discharging device are evenly distributed on the top of the portion, at the upper end of the bed body, of the box body at intervals in sequence in a circle mode. According to the technical scheme, the structural design is reasonable, the occupied area is small, the degree of automation is high, the cleaning effect is good, and the cleaning cost is low.

Description

A kind of Multi-station full-automatic cylinder sleeve cleaning machine

Technical field

The utility model belongs to plant equipment field, is specifically related to a kind of Multi-station full-automatic cylinder sleeve cleaning machine.

Background technology

In the cleaning of cylinder sleeve, often adopt in two ways, a kind of is artificial scouring, and a kind of is straight line conveying-type Spray-cleaning Machine, and a kind of is straight line conveying-type supersonic wave cleaning machine, manually cleans labour intensity large, and efficiency is low, and cleaning quality is unstable; Straight line conveying-type Spray-cleaning Machine adopts multiple operation to clean, transmit continuously, but there is cleaning blind area and can not clean up in the cleaning for inboard wall of cylinder liner, the trickle bits mud strong adhesion producing during simultaneously due to cylinder sleeve honing, is also difficult to wash owing to cleaning shower nozzle; Although straight line conveying-type supersonic wave cleaning machine has solved the shortcoming that spray cleans blind area, cleaning quality is improved, also not good for the bits mud cleaning performance of strong adhesion, and straight line conveying-type cleaning machine volume and floor space are large simultaneously, and cost is high, energy consumption is high.

Summary of the invention

The purpose of this utility model is to provide a kind of Multi-station full-automatic cylinder sleeve cleaning machine, and this cleaning-machine structure is reasonable in design, and floor space is little, and automaticity is high, and cleaning performance is good, cleans cost low.

For achieving the above object, a kind of Multi-station full-automatic cylinder sleeve of the utility model cleaning machine, comprise supporting seat, lathe bed and the time relay, described lathe bed is a casing that inside is cylindrical cavity, the center of lathe bed is provided with the working-spindle that axially runs through lathe bed, working-spindle is flexibly connected by bearing with lathe bed, servomotor is installed below lathe bed, the lower end of working-spindle is fixedly connected with the motor shaft of servomotor by reductor, upper end at working-spindle is provided with limit switch, on working-spindle in lathe bed cavity, be fixed with round turntable, on rotating disk along alternate several workpiece clamp that is evenly distributed with of periphery, workpiece clamp is by two the clamp holder that half arc inwardly kowtows mutually and forms, the front end of the workpiece clamp of two clamp holder compositions is splayed opening, two clamp holders are movably connected on rotating disk by rotating shaft respectively, between the rear end of two clamp holders of workpiece clamp, by Compress Spring, connected,

Above the casing of lathe bed upper end rounded successively alternate be uniformly distributed have a cleaner for inner wall at least, an inside and outside wall cleaning device, an oily cleaning device, a secondary cleaning device, a cold air drying device and a hot-air drying device; The side of the lathe bed between first cleaner for inner wall and last hot-air drying device is also respectively equipped with part device and lower device; Cleaner for inner wall on the casing of described lathe bed upper end, inside and outside wall cleaning device, oily cleaning device, secondary cleaning device, cold air drying device, the dry device of hot blast drying and upper device and lower device are corresponding with workpiece clamp on the rotating disk of its below respectively, below the workpiece clamp corresponding with cleaner for inner wall and inside and outside wall cleaning device, cylinder sleeve positioning clamping device are installed respectively;

Described cleaner for inner wall is comprised of the cylindrical cleaning brush I that is fixedly mounted on round brush bucket I, the motor I of lathe bed top and be arranged in round brush bucket I, round brush bucket I below is opening and communicates with the cavity in lathe bed, motor I is arranged on the top of round brush bucket I, and the driving shaft of motor I extend into cylindricality cleaning brush I upper end, round brush bucket ⅠNei Bingyu garden and is fixedly connected with;

Described inside and outside wall cleaning device is by the round brush bucket II that is arranged on lathe bed top, motor II, the cylindrical cleaning brush II and two the cylindrical little cleaning brush that are arranged in round brush bucket II form, two cylindrical little cleaning brush are arranged on respectively cleaning brush II both sides, motor II is arranged on the top of round brush bucket II, round brush bucket II below is opening and communicates with the cavity of lathe bed, cylindrical cleaning brush II and two cylindrical little cleaning brush are installed in round brush bucket II inner chamber, the driving shaft of motor II extend in round brush bucket II and in the upper end of cylindrical cleaning brush II and is fixedly connected with, two cylindrical little cleaning brush are separately fixed at the both sides of cleaning brush support, cleaning brush support is fixedly connected with the driving shaft of motor II,

Described once oily cleaning device is identical with the structure of secondary cleaning device, all by the sparge pipe, pump and the liquid reserve tank that are arranged on cylindrical cavity top in lathe bed, formed, sparge pipe is connected with pump by pipeline, pump is connected with the liquid reserve tank that is arranged on lathe bed below, and the lower surface of described sparge pipe is provided with several spray holes;

The structure of described cold air drying device and hot-air drying device is identical, includes the blower fan that is arranged on lathe bed top, and downwards and communicate with the cavity of lathe bed, the air outlet of described blower fan is corresponding with the position of folded cylinder sleeve in workpiece clamp for the air outlet of blower fan;

By on both sides, part baffle plate forms, L shaped upper Transfer pipe and upper cylinder form described upper device, described upper Transfer pipe is arranged on the side of lathe bed, and penetrate lathe bed and extend on rotating disk the unit one folder opening parts that two clamp holders form, the outside of part Transfer pipe is provided with part cylinder on L shaped, and the installation site of upper cylinder is corresponding with the workpiece clamp position that will go up part;

Described lower device is comprised of lower Transfer pipe and lower the cylinder that under both sides, part baffle plate forms, lower Transfer pipe is arranged on the side of lathe bed, and penetrate lathe bed and extend on rotating disk last workpiece clamp opening part that two clamp holders form, position corresponding with lower Transfer pipe in the cavity of lathe bed is provided with lower cylinder;

Described cylinder sleeve positioning clamping device is by positioning cylinder, cylinder sleeve seat, grip slide, connecting rod and Compress Spring form, described positioning cylinder is fixedly mounted on the casing of lathe bed lower end, cylinder sleeve seat is located in the cylindrical cavity of lathe bed, corresponding with the cylinder sleeve position in workpiece clamp, cylinder sleeve seat is connected by bearing with lathe bed lower end casing, centre at cylinder sleeve seat is provided with slotted eye, in slotted eye, be provided with slide link axle, described grip slide has three, all be located at cylinder sleeve lower end, the two ends of connecting rod are flexibly connected by bearing pin with grip slide and slide link axle respectively, above slide link axle, be provided with Compress Spring, the lower end of slide link axle and the cylinder axis of positioning cylinder are fixed.

On the rotating disk between each workpiece clamp, be also provided with dividing plate.

In lathe bed circle mark shape cavity sparge pipe below be provided with washing annular seal space, the bottom of washing annular seal space is connected by pipeline with liquid reserve tank.

In technique scheme, a kind of Multi-station full-automatic cylinder sleeve of the utility model cleaning machine is comprised of 8 operations, is followed successively by part on cylinder sleeve, inner wall washing, the cleaning of cylinder sleeve inside and outside wall, once oily cleaning, secondary cleaning, cold air drying, heated-air drying, lower.When actual motion, by servomotor, drive working-spindle and dial rotation, by limit switch, guarantee that rotational arrives each procedure position accurately, and control rotation interval is no more than 16 seconds.The cylinder sleeve that will clean is before this placed on upper Transfer pipe of a device, is reached the baffle plate place, front end material road of upper cylinder by upper conveyer belt, then by upper cylinder by two clamp holders of the workpiece clamp of the cylinder sleeve jacking feeding device that will clean; After the time of setting arrives, by rotating disk, cylinder sleeve is gone in cleaner for inner wall automatically, the positioning cylinder in cylinder sleeve positioning clamping device heads on cylinder sleeve seat promotion cylinder sleeve and rises in round brush bucket I, completes inner wall washing; After the time of setting arrives, workpiece automatic displacement is to inside and outside wall cleaning device station, and the positioning cylinder in cylinder sleeve positioning clamping device heads on cylinder sleeve seat and will treat that the cylinder sleeve that will clean inside and outside wall is pushed in round brush bucket II, carries out inside and outside wall and cleans simultaneously; After the time of setting arrives, workpiece automatic displacement is oily cleaning device station extremely once, carries out oil and cleans, and by a sparge pipe with many little spray holes, cylinder sleeve is carried out to oil spray; After oil cleans and finishes, after the time of setting arrives, workpiece automatic displacement, to secondary cleaning device station, carries out cleaning fluid spray irrigation to cylinder sleeve, by a sparge pipe with many little spray holes, cylinder sleeve is carried out to cleaning fluid spray; Cleaning end, after the time of setting arrives, workpiece automatic displacement is to cold air drying device station, and blower fan carries out cold wind and blows and sprays, and blows away the cleaning fluid that remains in cylinder sleeve surface; At cold air drying, finish, after the time of setting arrives, workpiece automatic displacement, to hot-air drying device station, carries out hot blast drying by blower fan, makes cylinder sleeve surface noresidue water stain, facilitates the antirust processing after cylinder sleeve cleans.Finally, after the time of setting arrives, workpiece goes to lower device operation automatically, by lower cylinder, cylinder sleeve is released to workpiece clamp, is pushed on lower Transfer pipe.So far an operation cycle finishes, and this operation cycle is to be controlled by scavenging period relay and limit switch, the going round and beginning again of do action, thus realize controlled automatic cleaning.A kind of Multi-station full-automatic cylinder sleeve of the utility model cleaning-machine structure is reasonable in design, and floor space is little, and automaticity is high, and cleaning performance is good, cleans cost low.

Accompanying drawing explanation

Fig. 1 is the internal structure schematic diagram of overlooking of a kind of Multi-station full-automatic cylinder sleeve of the utility model cleaning machine;

Fig. 2 is the A-A cutaway view of Fig. 1;

Fig. 3 is the B-B cutaway view of Fig. 1;

Fig. 4 is the structural representation of cylinder sleeve positioning clamping device in a kind of Multi-station full-automatic cylinder sleeve of the utility model cleaning machine.

The specific embodiment

Below in conjunction with accompanying drawing, a kind of Multi-station full-automatic cylinder sleeve of the utility model cleaning machine is described in further detail.

From Fig. 1, Fig. 2, Fig. 3, Fig. 4, a kind of Multi-station full-automatic cylinder sleeve cleaning machine of the present embodiment, comprises supporting seat 1 and lathe bed 2 and the time relay, and the time relay is fixedly mounted on lathe bed 2, be connected with servomotor 5, in order to control the actuation time of servomotor 5.Lathe bed 2 is the casings that inside is cylindrical cavity, the center of lathe bed 2 is provided with the working-spindle 3 that axially runs through lathe bed, working-spindle 3 is flexibly connected by bearing with lathe bed 2, servomotor 4 is installed below lathe bed 2, the lower end of working-spindle 3 is fixedly connected with the motor shaft of servomotor 5 by reductor 5, in the upper end of working-spindle 3, limit switch 6 is installed, on working-spindle 3 in lathe bed 2 cavitys, be fixed with round turntable 7, as seen from Figure 1, on rotating disk 7 along alternate several workpiece clamp that is evenly distributed with of periphery, workpiece clamp is by two the clamp holder 8 that half arc inwardly kowtows mutually and forms, the front end of the workpiece clamp of two clamp holder 8 compositions is splayed opening, two clamp holders 8 are movably connected on rotating disk 7 by rotating shaft respectively, between the rear end of two clamp holders 8 of workpiece clamp, by Compress Spring 9, connected, on the rotating disk 7 between each workpiece clamp, be also provided with dividing plate 37.

As seen from Figure 1, on rounded alternate being evenly distributed with successively above lathe bed 2 upper end casings, part device, cleaner for inner wall, inside and outside wall cleaning device, once oily cleaning device, a secondary cleaning device, a cold air drying device and a hot-air drying device, finally arrange lower device.Under upper device of lathe bed 2 upper end casings tops, cleaner for inner wall, inside and outside wall cleaning device, oily cleaning device, secondary cleaning device, cold air drying device, the dry device of hot blast drying, part device is corresponding with the position of workpiece clamp on the rotating disk 7 of its below respectively.Below the workpiece clamp corresponding with cleaner for inner wall and inside and outside wall cleaning device, cylinder sleeve positioning clamping device is installed respectively.

In the present embodiment, the cylinder sleeve workpiece first step enters in a device exactly.As seen from Figure 1, L shaped upper Transfer pipe 26 and upper cylinder 27 form by both sides, part baffle plate 25 forms for upper device, upper Transfer pipe 26 is arranged on the side of lathe bed 2, and penetrate lathe bed 2 and extend on rotating disk 7 the unit one folder opening parts that two clamp holders 8 form, the outside of part Transfer pipe 26 is provided with part cylinder 27 on L shaped, and the installation site of upper cylinder 27 is corresponding with the workpiece clamp position that will go up part.In the present embodiment, in upper Transfer pipe 26, a conveyer belt is installed, by driven by motor conveyer belt conveying work pieces and by upper cylinder 27, workpiece is pushed in workpiece clamp.After upper end, workpiece automatically goes to and in cleaner for inner wall, carries out inner wall washing.

From Fig. 1, Fig. 2, cleaner for inner wall is comprised of the cylindrical cleaning brush I 12 that is fixedly mounted on round brush bucket I 10, the motor I 11 of lathe bed 2 tops and be arranged in round brush bucket I 10, round brush bucket I 10 belows are opening and communicate with the cavity in lathe bed 2, motor I 11 is screwed the top that is arranged on round brush bucket I 10, and the driving shaft of motor I 11 extend into cylindricality cleaning brush I 12 upper ends, round brush bucket I 10Nei Bingyu garden and is screwed connection.In this device, the positioning cylinder 31 in cylinder sleeve positioning clamping device heads on cylinder sleeve seat 32 promotion cylinder sleeves 24 and rises in round brush bucket I 10, and now motor I 11 is rotated, and drives cylindrical cleaning brush I 12 to rinse the inwall of washing cylinder sleeve 24, completes inner wall washing.After inner wall washing finishes, workpiece automatically goes to and in inside and outside wall cleaning device, carries out inside and outside wall cleaning.

By Fig. 1, Fig. 2 is visible, inside and outside wall cleaning device is the round brush bucket II 13 that is arranged on lathe bed 2 tops by being screwed, motor II 14, the cylindrical cleaning brush II 15 and two the cylindrical little cleaning brush 16 that are arranged in round brush bucket II 13 form, two cylindrical little cleaning brush 16 are arranged on respectively cleaning brush II 15 both sides, motor II 14 is arranged on the top of round brush bucket II 13, round brush bucket II 13 belows are opening and communicate with the cavity of lathe bed 2, cylindrical cleaning brush II 15 and two cylindrical little cleaning brush 16 are installed in round brush bucket II 13 inner chambers, the driving shaft of motor II 14 extend in round brush bucket II 15 and in the upper end of cylindrical cleaning brush II 15 and is fixedly connected with, two cylindrical little cleaning brush 16 are separately fixed at the both sides of cleaning brush support 17, cleaning brush support 17 is fixedly connected with the driving shaft of motor II 14.In this device, positioning cylinder 31 in cylinder sleeve positioning clamping device heads on cylinder sleeve seat 32 promotion cylinder sleeves 24 and rises in round brush bucket II 13, now motor II 14 is rotated, drive cylindrical cleaning brush II 15 and two cylindrical little cleaning brush 16 to rinse the inside and outside wall of washing cylinder sleeve 24 simultaneously, the inside and outside wall that completes cylinder sleeve cleans, after inside and outside wall cleans and finishes, workpiece goes to once oily cleaning device operation automatically.

From Fig. 1, Fig. 3, once oily cleaning device is comprised of the sparge pipe 18, pump 19 and the liquid reserve tank 20 that are arranged on the interior cylindrical cavity of lathe bed 2 top, sparge pipe 18 is connected with pump 19 by pipeline, pump 19 is connected with the liquid reserve tank 20 that is arranged on lathe bed 2 belows, and the lower surface of sparge pipe 18 is provided with several spray holes 21.In the present embodiment, in liquid reserve tank 20, gasoline is housed, pump 19 is connected with liquid reserve tank 20 by pipe, starts pump, extracts oil from liquid reserve tank 20 out, by the 18 pairs of cylinder sleeves of sparge pipe 24 with many little spray holes 21, carry out oil spray, carry out oil and clean, in the present embodiment, in lathe bed 2 circle mark shape cavitys sparge pipe 18 below be provided with washing annular seal space 22, the bottom of washing annular seal space 22 is connected by pipeline with liquid reserve tank 20.After oil hydro-peening finishes, workpiece goes to secondary cleaning device operation automatically.

In the present embodiment, secondary cleaning device is identical with the structure of oily cleaning device once.Unique difference what be exactly to store in liquid reserve tank 20 is not oil, but cleaning fluid, after the time of setting arrives, carries out cleaning fluid spray irrigation to cylinder 24 covers, by the 18 pairs of cylinder sleeves of sparge pipe with many little spray holes 21, carry out cleaning fluid spray, to remove the oil stain remaining on cylinder sleeve 24.In the present embodiment, in lathe bed 2 circle mark shape cavitys sparge pipe 18 below be provided with washing annular seal space 22, the bottom of washing annular seal space 22 is connected by pipeline with liquid reserve tank 20.

From Fig. 1, Fig. 3, cold air drying device comprises the blower fan 23 that is arranged on lathe bed 2 tops, and downwards and communicate with the cavity of lathe bed 2, the air outlet of blower fan 23 is corresponding with the position of folded cylinder sleeve 24 in workpiece clamp for the air outlet of blower fan 23; Blower fan 23 carries out cold wind and blows and sprays, and blows away the cleaning fluid that remains in cylinder sleeve 24 surfaces.After cold air drying, operation goes in hot-air drying device automatically.

From Fig. 1, Fig. 3, the structure of hot-air drying device and cold air drying device is identical, unique different be exactly the wind that blows out of blower fan 23 be hot blast, by blower fan, carry out hot blast drying, make the surperficial noresidue of cylinder sleeve 24 water stain, facilitate the antirust processing after cylinder sleeve cleans.After heated-air drying finishes, changing of workpieces is to lower device.

As seen from Figure 1, lower device is comprised of lower Transfer pipe 29 and lower the cylinder 30 that under both sides, part baffle plate 28 forms, lower Transfer pipe 29 is arranged on the side of lathe bed 2, and penetrate lathe bed and extend on rotating disk 7 last workpiece clamp opening part that two clamp holders 8 form, position corresponding with lower Transfer pipe 29 in the cavity of lathe bed 2 is provided with lower cylinder 30.In the present embodiment, lower conveyer belt is also installed in lower Transfer pipe 29, by lower cylinder 30, cylinder sleeve is pushed on lower conveyer belt of lower Transfer pipe 29, complete lower.

By Fig. 2, Fig. 4 is visible, below the workpiece clamp corresponding with cleaner for inner wall and inside and outside wall cleaning device, cylinder sleeve positioning clamping device is installed respectively, cylinder sleeve positioning clamping device is by positioning cylinder 31, cylinder sleeve seat 32, grip slide 33, connecting rod 34 and Compress Spring 35 form, positioning cylinder 31 is fixedly mounted on the casing of lathe bed 2 lower ends, cylinder sleeve seat 32 is located in the cylindrical cavity of lathe bed 2, corresponding with cylinder sleeve 24 positions in workpiece clamp, cylinder sleeve seat 32 is connected by bearing with lathe bed 2 lower end casings, centre at cylinder sleeve seat 32 is provided with slotted eye, in slotted eye, be provided with slide link axle 36, in the present embodiment, grip slide 33 has three, all be located on cylinder sleeve 24 lower end circumference, the two ends of connecting rod 34 are flexibly connected by bearing pin with grip slide 33 and slide link axle 36 respectively, above slide link axle 36, be provided with Compress Spring 35, the cylinder axis of the lower end of slide link axle 36 and positioning cylinder 31 is fixed.In the present embodiment, by the cylinder axis of positioning cylinder 31, drive slide link axle 36 to move upward, thereby make grip slide 33 drive cylinder sleeves 24 to move upward, complete the exercises that cylinder sleeve cleans.After cleaning action finishes, positioning cylinder 31 declines, and due to the effect of Compress Spring 35, clamps cylinder sleeve 24 move downward by grip slide 33, and after motion puts in place, grip slide 33 unclamps with cylinder sleeve 24, and cylinder sleeve 24 is driven and gone to subsequent processing by rotating disk 7.

A kind of Multi-station full-automatic cylinder sleeve cleaning machine of the present embodiment is comprised of 8 operations, is followed successively by, inner wall washing, inside and outside wall cleaning, once oily cleaning, secondary cleaning, cold air drying, heated-air drying and lower.When actual motion, by servomotor 5, drive working-spindle 3 and rotating disk 7 to rotate, by limit switch 6 and the time relay, guarantee that rotational arrives each procedure position accurately, and control rotation interval is no more than 16 seconds.The cylinder sleeve 24 that will clean is before this placed on upper Transfer pipe 26 of a device, by upper the conveyer belt in upper Transfer pipe 26, reach the baffle plate place, front end material road of upper cylinder 27, then by upper cylinder 27 by two clamp holders 8 of the workpiece clamp of the cylinder sleeve that will clean 24 jacking feeding devices; After the time of setting arrives, by rotating disk 7, cylinder sleeve 24 is gone in cleaner for inner wall automatically, the positioning cylinder 31 in cylinder sleeve positioning clamping device heads on cylinder sleeve seat 32 promotion cylinder sleeves 24 and rises in round brush bucket I 10, completes inner wall washing; After the time of setting arrives, workpiece automatic displacement is to inside and outside wall cleaning device station, and the positioning cylinder 31 in cylinder sleeve positioning clamping device heads on cylinder sleeve seat 32 and will treat that the cylinder sleeve 24 that will clean inside and outside wall is pushed in round brush bucket II 13, carries out inside and outside wall and cleans simultaneously; After the time of setting arrives, workpiece automatic displacement is oily cleaning device station extremely once, carries out oil and cleans, and by the 18 pairs of cylinder sleeves of sparge pipe with many little spray holes 21, carries out oil spray; After oil cleans and finishes, after the time of setting arrives, workpiece automatic displacement, to secondary cleaning device station, carries out cleaning fluid spray irrigation to cylinder sleeve, by the 18 pairs of cylinder sleeves of sparge pipe with many little spray holes 21, carries out cleaning fluid spray; Cleaning end, after the time of setting arrives, workpiece automatic displacement is to cold air drying device station, and blower fan 23 carries out cold wind and blows and sprays, and blows away the cleaning fluid that remains in cylinder sleeve surface; At cold air drying, finish, after the time of setting arrives, workpiece automatic displacement, to hot-air drying device station, carries out hot blast drying by blower fan 23, makes cylinder sleeve surface noresidue water stain, facilitates the antirust processing after cylinder sleeve cleans.Finally, after the time of setting arrives, workpiece goes to lower device operation automatically, by lower cylinder, cylinder sleeve is released to workpiece clamp, is pushed on lower Transfer pipe.So far an operation cycle finishes, and this operation cycle is to be controlled by scavenging period relay and limit switch, the going round and beginning again of do action, thus realize controlled automatic cleaning.A kind of Multi-station full-automatic cylinder sleeve of the utility model cleaning-machine structure is reasonable in design, and floor space is little, and automaticity is high, and cleaning performance is good, cleans cost low.

Claims (3)

1. a Multi-station full-automatic cylinder sleeve cleaning machine, comprise supporting seat (1), lathe bed (2) and the time relay, it is characterized in that: described lathe bed (2) is a casing that inside is cylindrical cavity, the center of lathe bed (2) is provided with the working-spindle (3) that axially runs through lathe bed, working-spindle (3) is flexibly connected by bearing with lathe bed (2), in lathe bed (2) below, servomotor (4) is installed, the lower end of working-spindle (3) is fixedly connected with the motor shaft of servomotor (5) by reductor (5), in the upper end of working-spindle (3), limit switch (6) is installed, on working-spindle (3) in lathe bed (2) cavity, be fixed with round turntable (7), upper along alternate several workpiece clamp that is evenly distributed with of periphery at rotating disk (7), workpiece clamp is by two the clamp holder (8) that half arc inwardly kowtows mutually and forms, the front end of the workpiece clamp that two clamp holders (8) form is splayed opening, two clamp holders (8) are movably connected on rotating disk (7) by rotating shaft respectively, between the rear end of two clamp holders (8) of workpiece clamp, by Compress Spring (9), connected,
In the top of lathe bed (2) upper end casing rounded successively alternate be uniformly distributed have a cleaner for inner wall at least, an inside and outside wall cleaning device, an oily cleaning device, a secondary cleaning device, a cold air drying device and a hot-air drying device; The side of the lathe bed between first cleaner for inner wall and last hot-air drying device is also respectively equipped with part device and lower device; Cleaner for inner wall on the casing of described lathe bed (2) upper end, inside and outside wall cleaning device, oily cleaning device, secondary cleaning device, cold air drying device, the dry device of hot blast drying and upper device are corresponding with the upper workpiece clamp of rotating disk (7) of its below respectively with lower device, below the workpiece clamp corresponding with cleaner for inner wall and inside and outside wall cleaning device, cylinder sleeve positioning clamping device are installed respectively;
Described cleaner for inner wall is comprised of the cylindrical cleaning brush I (12) that is fixedly mounted on round brush bucket I (10), the motor I (11) of lathe bed (2) top and be arranged in round brush bucket I (10), round brush bucket I (10) below communicates for opening and with the cavity in lathe bed (2), motor I (11) is arranged on the top of round brush bucket I (10), and the driving shaft of motor I (11) extend into round brush bucket I (10) Nei Bingyu garden cylindricality cleaning brush I (12) upper end and is fixedly connected with;
Described inside and outside wall cleaning device is by the round brush bucket II (13) that is arranged on lathe bed (2) top, motor II (14), the cylindrical cleaning brush II (15) and two the cylindrical little cleaning brush (16) that are arranged in round brush bucket II (13) form, two cylindrical little cleaning brush (16) are arranged on respectively cleaning brush II (15) both sides, motor II (14) is arranged on the top of round brush bucket II (13), round brush bucket II (13) below is opening and communicates with the cavity of lathe bed (2), cylindrical cleaning brush II (15) and two cylindrical little cleaning brush (16) are installed in round brush bucket II (13) inner chamber, the driving shaft of motor II (14) extend in round brush bucket II (15) and in the upper end of cylindrical cleaning brush II (15) and is fixedly connected with, two cylindrical little cleaning brush (16) are separately fixed at the both sides of cleaning brush support (17), cleaning brush support (17) is fixedly connected with the driving shaft of motor II (14),
Described once oily cleaning device is identical with the structure of secondary cleaning device, all by the sparge pipe (18), pump (19) and the liquid reserve tank (20) that are arranged on the interior cylindrical cavity of lathe bed (2) top, formed, sparge pipe (18) is connected with pump (19) by pipeline, pump (19) is connected with the liquid reserve tank (20) that is arranged on lathe bed (2) below, and the lower surface of described sparge pipe (18) is provided with several spray holes (21);
The structure of described cold air drying device and hot-air drying device is identical, include the blower fan (23) that is arranged on lathe bed (2) top, downwards and communicate with the cavity of lathe bed (2), the air outlet of described blower fan (23) is corresponding with the position of folded cylinder sleeve (24) in workpiece clamp for the air outlet of blower fan (23);
By on both sides, part baffle plate (25) forms, L shaped upper Transfer pipe (26) and upper cylinder (27) form described upper device, described upper Transfer pipe (26) is arranged on the side of lathe bed (2), and penetrate lathe bed (2) and extend into the unit one folder opening part that upper two clamp holders of rotating disk (7) (8) form, the outside of part Transfer pipe (26) is provided with a upper part cylinder (27) on L shaped, and the installation site of upper cylinder (27) is corresponding with the workpiece clamp position that will go up part;
Lower Transfer pipe (29) and lower cylinder (30) that described lower device is comprised of part baffle plate (28) under both sides form, lower Transfer pipe (29) is arranged on the side of lathe bed (2), and penetrating last workpiece clamp opening part that lathe bed extend into upper two clamp holders of rotating disk (7) (8) composition, position corresponding with lower Transfer pipe (29) in the cavity of lathe bed (2) is provided with lower cylinder (30);
Described cylinder sleeve positioning clamping device is by positioning cylinder (31), cylinder sleeve seat (32), grip slide (33), connecting rod (34) and Compress Spring (35) form, described positioning cylinder (31) is fixedly mounted on the casing of lathe bed (2) lower end, cylinder sleeve seat (32) is located in the cylindrical cavity of lathe bed (2), corresponding with cylinder sleeve (24) position in workpiece clamp, cylinder sleeve seat (32) is connected by bearing with lathe bed (2) lower end casing, centre at cylinder sleeve seat (32) is provided with slotted eye, in slotted eye, be provided with slide link axle (36), described grip slide (33) has three, all be located at cylinder sleeve (24) lower end, the two ends of connecting rod (34) are flexibly connected by bearing pin with grip slide (33) and slide link axle (36) respectively, in the top of slide link axle (36), be provided with Compress Spring (35), the cylinder axis of the lower end of slide link axle (36) and positioning cylinder (31) is fixed.
2. a kind of Multi-station full-automatic cylinder sleeve cleaning machine according to claim 1, is characterized in that: on the rotating disk between each workpiece clamp (7), be also provided with dividing plate (37).
3. a kind of Multi-station full-automatic cylinder sleeve cleaning machine according to claim 1, it is characterized in that: in lathe bed (2) circle mark shape cavity, the below of sparge pipe (18) is provided with washing annular seal space (22), and the bottom of washing annular seal space (22) is connected by pipeline with liquid reserve tank (20).
CN201320620116.6U 2013-10-10 2013-10-10 Full-automatic multi-station cylinder sleeve cleaning machine CN203508517U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
CN201320620116.6U CN203508517U (en) 2013-10-10 2013-10-10 Full-automatic multi-station cylinder sleeve cleaning machine

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103464430A (en) * 2013-10-10 2013-12-25 安徽白兔湖动力有限公司 Multistation full-automatic cylinder sleeve cleaning machine
CN108568413A (en) * 2017-12-05 2018-09-25 湖南飞沃新能源科技股份有限公司 A kind of workpiece cleaning device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103464430A (en) * 2013-10-10 2013-12-25 安徽白兔湖动力有限公司 Multistation full-automatic cylinder sleeve cleaning machine
CN108568413A (en) * 2017-12-05 2018-09-25 湖南飞沃新能源科技股份有限公司 A kind of workpiece cleaning device

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