CN201042710Y

CN201042710Y - Automatic bearing rinser

Info

Publication number: CN201042710Y
Application number: CNU2007200380006U
Authority: CN
Inventors: 林益; 刘江; 邢曾伟; 王军
Original assignee: WUXI BOYANG PRECISION MACHINERY CO Ltd
Current assignee: WUXI BOYANG PRECISION MACHINERY CO Ltd
Priority date: 2007-05-25
Filing date: 2007-05-25
Publication date: 2008-04-02
Anticipated expiration: 2017-05-25

Abstract

The utility model relates to an automatic bearing cleaning machine which is designed to solve the problems that the equipment in individual cleaning steps of the prior art are separated from one another, resulting in the failure in production line of automatically cleaning bearings, low utilization rate of equipment, large labor intensity of manual transportation of bearings. The utility model comprises a feed conveyor, an ultrasonic rough cleaning unit, an ultrasonic fine cleaning unit, and a dehydrator. The utility model is characterized in that a plurality of feed rails are arranged in each part, the feed rail is arranged in zigzagged manner to reduce the occupied area, the bearing is delivered by a cylinder on the zigzag rail, an arc-shaped discharge rail is arranged at the discharge end, the bearing is changed to a vertical layout state from a horizontal layout state and automatically delivered to the next process, so as to facilitate the valid operation of the next process and prevent the damage to the bearing surface. The utility model realizes the production line of automatic cleaning of bearings and can clean bearings on the plurality of feed rails at the same time, so that the equipment utilization rate and the production efficiency are significantly increased and the labor intensity is efficiently reduced.

Description

Automatic bearing cleaning machine

Technical field

The utility model relates to cleaning equipment, especially relates to the cleaning machine of bearing.

Background technology

In the prior art, slightly washing in the bearing cleaning process, fine purifiation and oven dry are slightly washed machine, ultrasonic wave poacher and dryer by ultrasonic wave respectively and are finished, between the equipment of each procedure, can not form the production line of automatic bearing cleaning, so cause usage ratio of equipment low, the workman carries bearing between each matting labour intensity is big, and production efficiency is low.Simultaneously, the drawing mechanism of no bearing in the above-mentioned cleaning device, the bearing behind the cleaning, drying directly falls into the basket that connects material, and is easy to occur the phenomenon that bearing surface is damaged.

The utility model content

Be separated from each other between the equipment at above-mentioned each matting, can not form the problem of the production line of automatic bearing cleaning, the applicant is through research and improvement, goal of the invention is to provide a kind of automatic bearing cleaning machine, it can constitute the production line of automatic bearing cleaning, can effectively improve usage ratio of equipment, alleviates working strength of workers, enhance productivity, and can self-emptying.

In order to solve the problems of the technologies described above, the utility model adopts following technical scheme:

The utility model comprises that feeding and conveying device, ultrasonic wave slightly wash machine, ultrasonic wave poacher, dryer, wherein:

In each device at least two feeding tracks are installed;

Feeding and conveying device is made up of first feeding channel, second feeding channel, first material-pulling device, second material-pulling device, vertical communicating between first feeding channel and second feeding channel, second feeding channel and ultrasonic wave are slightly washed vertical communicating between the feeding track of machine, first material-pulling device is between first feeding channel and second feeding channel, and second material-pulling device is slightly washed between the feeding track of machine at second feeding channel and ultrasonic wave;

Ultrasonic wave is slightly washed detection and the transhipment conveying device that is provided with bearing between machine and the ultrasonic wave poacher, described detection and transhipment conveying device are by the testing platform, the first transhipment feeding channel, the second transhipment feeding channel, the 3rd material-pulling device, the 4th material-pulling device is formed, the outlet and first that the testing platform is slightly washed the machine feeding track at ultrasonic wave is transported between the inlet of feeding channel, the first transhipment feeding channel and second passes on expects vertical communicating between the passage, vertical communicating between the feeding track of second transhipment feeding channel and ultrasonic wave poacher, the 3rd material-pulling device is between the first transhipment feeding channel and the second transhipment feeding channel, and the 4th material-pulling device is between the feeding track of the second transhipment feeding channel and ultrasonic wave poacher.

The utility model also comprises following technical characterictic: first pay-off, second pay-off, the 3rd pay-off, the 4th pay-off are respectively the cylinder pay-offs, it comprises a cylinder, the piston rod of cylinder connects a charging ram, and the propelling movement direction of charging ram is identical with the feed direction of next feeding channel;

Discharge end at dryer is provided with drawing mechanism, described drawing mechanism comprises an arc discharging track, the width of arc discharging track discharge end and the height of bearing match, the below device of arc discharging track has the conveyer belt of bearing, device has railing on the conveyer belt of bearing, and the spacing between the railing and the height of bearing match.

Technique effect of the present utility model is:

1. the equipment that each matting is separated from each other connects into the production line of automatic bearing cleaning by a plurality of feeding channels of bearing, so in existing equipment, realize bearing cleaning in a plurality of feeding channels, improved usage ratio of equipment effectively, and alleviated working strength of workers effectively, no longer need use manpower transport's bearing by the workman.

2. in order to reduce floor space of the present utility model, each feeding channel adopts that vertically communicate, tortuous arrangements, at the vertical place of communicating cylinder is set and pushes bearing, has solved the propelling movement problem of the bearing on the feeding channel of complications.

Ultrasonic wave slightly wash the machine feeding track outlet and first the transhipment feeding channel inlet between the testing platform is set, both guaranteed the continuity of cleaning product line feeding, guaranteed the quality testing of bearing again.

4. discharge end of the present utility model is provided with drawing mechanism, and arc discharging track becomes vertical laying state with bearing by the horizontal positioned state, sends into down operation automatically, helps the down valid function of operation, and has avoided the damage generation of phenomenon of bearing surface.

Description of drawings

Fig. 1 is the schematic top plan view of the utility model structure.

Fig. 2 is that the A of Fig. 1 is to enlarged drawing (rotation).

Fig. 3 is that the B of Fig. 1 is to enlarged drawing (rotation).

The specific embodiment

Below in conjunction with accompanying drawing the specific embodiment of the present utility model is described in further detail.

As shown in Figure 1, the utility model comprises that feeding and conveying device 1, ultrasonic wave slightly wash machine 2, ultrasonic wave poacher 4, dryer 5, and wherein, ultrasonic wave is slightly washed machine 2, ultrasonic wave poacher 4, dryer 5 and adopted commercial goods, is prior art.In each device of the utility model at least two feeding tracks can be installed, four feeding tracks are installed among the embodiment shown in Figure 1, the feeding track of other quantity also can be installed according to actual needs.

Feeding and conveying device 1 is by first feeding channel 101, second feeding channel 102, first material-pulling device 103, second material-pulling device 104 is formed, among the embodiment shown in Figure 1, first feeding channel 101, second feeding channel 102 is used belt conveyor fed bearings 13 respectively, first feeding channel 101, four feeding tracks are arranged respectively on the belt conveyor of second feeding channel 102, use stainless steel railing 105 between each feeding track respectively, 106 separate, vertical communicating between four feeding tracks on four feeding tracks on first feeding channel 101 and second feeding channel 102, four feeding tracks on second feeding channel 102 and ultrasonic wave are slightly washed vertical communicating between four feeding tracks 201 of machine 2, ultrasonic wave is slightly washed four feeding tracks, the 201 usefulness stainless steels of machine 2 and is made, through hole is arranged at these four feeding track bottoms, when ultrasonic wave is slightly washed in the machine 2 with the cleaning fluid bearing cleaning, be convenient to the leakage of cleaning fluid.First material-pulling device 103 is between four feeding tracks and four feeding tracks on second feeding channel 102 on first feeding channel 101, and second material-pulling device 104 is slightly washed between four feeding tracks of machine 2 at four feeding tracks on second feeding channel 102 and ultrasonic wave.

Ultrasonic wave is slightly washed detection and the transhipment conveying device 3 that is provided with bearing between machine 2 and the ultrasonic wave poacher 4, and above-mentioned detection and transhipment conveying device 3 are made up of testing platform 305, the first transhipment feeding channel 301, the second transhipment feeding channel 302, the 3rd material-pulling device 303, the 4th material-pulling device 304.Wherein, testing platform 305 is slightly washed the outlet and first of four feeding tracks 201 of machine 2 and is transported between the inlet of four feeding tracks on the feeding channel 301 at ultrasonic wave, among the embodiment shown in Figure 1, the first transhipment feeding channel 301, the second transhipment feeding channel 302 are used the belt conveyor fed bearings respectively, on the belt conveyor of the first transhipment feeding channel 301, the second transhipment feeding channel 302 four feeding tracks are arranged respectively, separate with the stainless steel railing respectively between each feeding track.Vertical communicating between four feeding tracks of first transhipment on the feeding channel 301 and second four feeding tracks transporting on the feeding channel 302, vertical communicating between four feeding tracks of four feeding tracks of second transhipment on the feeding channel 302 and ultrasonic wave poacher 4, the 3rd material-pulling device 303 is between four feeding tracks on four feeding tracks of first transhipment on the feeding channel 301 and the second transhipment feeding channel 302, and the 4th material-pulling device 304 is transported between four feeding tracks of four feeding tracks on the feeding channel 302 and ultrasonic wave poacher 4 second.Four feeding tracks, the 401 usefulness stainless steels of ultrasonic wave poacher 4 are made, and through hole is arranged at these four feeding track bottoms, when using the cleaning fluid bearing cleaning in ultrasonic wave poacher 4, is convenient to the leakage of cleaning fluid.

As shown in Figure 1 and Figure 2, first pay-off 103, second pay-off 104, the 3rd pay-off 303, the 4th pay-off 304 are respectively the cylinder pay-offs, it comprises a cylinder 8, the piston rod of cylinder connects a charging ram 10, the propelling movement direction of charging ram 10 is identical with the feed direction of next feeding channel, and cylinder 8 is the commercial goods.7 is the mounting bracket of cylinder 8 among Fig. 2, and 9 is the guide post of charging ram 10.

As Fig. 1, shown in Figure 3, four feeding tracks 401 of ultrasonic wave poacher 4 are through dryer 5, discharge end at dryer 5 is provided with drawing mechanism 6, drawing mechanism 6 comprises arc discharging track 601, the width of arc discharging track 601 discharge ends and the height of bearing match, the below device of arc discharging track 601 has the conveyer belt 602 of bearing, and device has railing 12 on the conveyer belt 602 of bearing, and the spacing between the stainless steel railing 12 and the height of bearing match.Five railings 12 are arranged shown in Fig. 3 embodiment, constitute the discharging track 14 of erectting bearing between adjacent two railings 12.

The course of work of the present utility model is as follows:

Bearing 13 is pushed first feeding channel 101 of feeding and conveying device 1, end at first feeding channel 101 pushes second feeding channel 102 by first pay-off 103 with bearing 13, pushing ultrasonic wave at the end of second feeding channel 102 by second pay-off 104 slightly washes four feeding tracks 201 of machine 2 and slightly cleans, be pushed into detection and transhipment conveying device 3 through the bearing 13 that cleans, quality at 305 pairs of bearings 13 of testing platform detects, and certified products are sent into the first transhipment feeding channel 301.First walk around transport the material passage 301 end by the 3rd pay-off 303 push second the transhipment feeding channel 302, end at the second transhipment feeding channel 302 carries out fine purifiation and oven dry by the 4th pay-off 304 with four feeding tracks 401 and the dryer 5 that bearing 13 pushes ultrasonic wave poacher 4, bearing 13 after fine purifiation and the oven dry is sent from dryer 5, after the feeding track through one section deep camber, bearing 13 is pushed into drawing mechanism 6, arc discharging track 601 by drawing mechanism 6 becomes vertical laying state with bearing 13 by the horizontal positioned state, and sends into down operation automatically.

Among Fig. 1 to Fig. 3, bearing 13 is used to express duty, does not belong to member of the present utility model.

Claims

1. automatic bearing cleaning machine comprises that feeding and conveying device (1), ultrasonic wave slightly wash machine (2), ultrasonic wave poacher (4), dryer (5), it is characterized in that:

In described each device at least two feeding tracks are installed;

Described feeding and conveying device (1) is by first feeding channel (101), second feeding channel (102), first material-pulling device (103), second material-pulling device (104) is formed, vertical communicating between first feeding channel (101) and second feeding channel (102), second feeding channel (102) and ultrasonic wave are slightly washed vertical communicating between the feeding track of machine (2), first material-pulling device (103) is positioned between first feeding channel (101) and second feeding channel (102), and second material-pulling device (104) is positioned at second feeding channel (102) and ultrasonic wave is slightly washed between the feeding track (201) of machine (2);

Described ultrasonic wave is slightly washed detection and the transhipment conveying device (3) that is provided with bearing between machine (2) and the ultrasonic wave poacher (4), described detection and transhipment conveying device (3) are by testing platform (305), the first transhipment feeding channel (301), the second transhipment feeding channel (302), the 3rd material-pulling device (303), the 4th material-pulling device (304) is formed, testing platform (305) be positioned at ultrasonic wave slightly wash machine (2) feeding track (201) outlet and first the transhipment feeding channel (301) inlet between, the first transhipment feeding channel (301) is transported vertical communicating between the feeding channel (302) with second, vertical communicating between the second transhipment feeding channel (302) and the feeding track (401) of ultrasonic wave poacher (4), the 3rd material-pulling device (303) is positioned between the first transhipment feeding channel (301) and the second transhipment feeding channel (302), and the 4th material-pulling device (304) is positioned between the feeding track (401) of the second transhipment feeding channel (302) and ultrasonic wave poacher (4).

2. according to the described automatic bearing cleaning machine of claim 1, it is characterized in that: described first pay-off (103), second pay-off (104), the 3rd pay-off (303), the 4th pay-off (304) are respectively the cylinder pay-offs, it comprises a cylinder (8), the piston rod of cylinder connects a charging ram (10), and the propelling movement direction of charging ram (10) is identical with the feed direction of next feeding channel.

3. according to claim 1 or 2 described automatic bearing cleaning machines, it is characterized in that: the discharge end at dryer (5) is provided with drawing mechanism (6), described drawing mechanism comprises an arc discharging track (601), the width of arc discharging track (601) discharge end and the height of bearing match, the below device of arc discharging track (601) has the conveyer belt (602) of bearing, going up device at the conveyer belt (602) of bearing has railing (12), and the spacing between the railing and the height of bearing match.