CN207872679U - Supersonic wave cleaning machine - Google Patents

Abstract

The utility model discloses a kind of supersonic wave cleaning machines, it is advantageous that cleaning efficiency higher.A kind of supersonic wave cleaning machine, including rack, feed end and discharge end are provided in rack, in rack drying unit is equipped with close to the side of discharge end, it is disposed with cleaning device and rinsing device in rack between feed end and drying unit and from charging to discharging direction, the conveying device that conveying material is passed through cleaning device, rinsing device, drying unit by feed end successively is provided between feed end and discharge end.It conveys commutator segment and passes through the greasy dirt that cleaning device cleaning removes commutator segment surface successively, then rinse the cleaning solution on removal surface by rinsing device, then dried and removed water by drying unit.Pass through the disposable all processes for completing to clean to drying of the supersonic wave cleaning machine, treatment effeciency higher.

Description

ultrasonic cleaner

technical field

The utility model relates to a cleaning machine, in particular to an ultrasonic cleaning machine.

Background technique

During the production and processing of the commutator segment, oil will remain on the surface. In order to avoid the impact of oil on the quality of the final commutator produced, it is necessary to clean the oil on the surface of the commutator segment.

The patent of invention whose authorized notification number is CN100487990C discloses a manufacturing method of a commutator. In this invention patent, the cleaning of the commutator segment is to remove the oil stain on the surface of the commutator segment by placing the commutator segment in a vibration cleaning machine for vibration cleaning.

But this invention patent has the following problems: the cleaning efficiency is low when the commutator is cleaned by a vibration cleaning machine, and the commutator must be put into clear water to clean after cleaning.

Utility model content

The purpose of the utility model is to provide an ultrasonic cleaning machine, which has the advantage of higher cleaning efficiency.

The above-mentioned technical purpose of the utility model is achieved through the following technical solutions: an ultrasonic cleaning machine, including a frame, a feed end and a discharge end are arranged on the frame, and a side close to the discharge end is provided on the frame Drying device, the frame is located between the feeding end and the drying device, and the cleaning device and the rinsing device are arranged sequentially from the feeding to the discharging direction, and the conveying material is provided between the feeding end and the discharging end. The end passes through the conveying device of the cleaning device, the rinsing device and the drying device in turn.

By adopting the above-mentioned technical scheme, the conveying commutator segments are cleaned by the cleaning device to remove oil stains on the surface of the commutator segments, then rinsed by the rinsing device to remove the cleaning liquid on the surface, and then dried by the drying device to remove water. The entire process from cleaning to drying is completed at one time by the ultrasonic cleaning machine, and the processing efficiency is higher.

The utility model is further configured as follows: the cleaning device includes a cleaning box and an ultrasonic cleaning mechanism arranged in the cleaning box, the side of the cleaning box facing the feeding end is provided with a cleaning feeding port, and the side facing the discharging end is provided with a cleaning outlet The material opening, the bottom of the cleaning box is concavely provided with a liquid tank, and the ultrasonic cleaning mechanism is located at a position corresponding to the liquid tank;

The rinsing device includes a rinsing box and an ultrasonic cleaning mechanism arranged in the rinsing box. The side of the rinsing box facing the feed end is provided with a rinsing inlet, and the side facing the discharge end is provided with a rinsing outlet. The bottom of the rinsing box is A liquid holding tank is recessed downward, and the ultrasonic cleaning mechanism is arranged at a position corresponding to the liquid holding tank.

By adopting the above technical scheme, the commutator piece is conveyed from the cleaning feed inlet into the liquid tank, and then ultrasonic waves are generated by the ultrasonic cleaning mechanism to accelerate cleaning and remove the oil on the surface of the commutator piece; after that, the commutator piece is continuously transported to the solution in the rinsing box The position of the tank is cleaned by an ultrasonic cleaning mechanism to quickly remove the cleaning solution on the surface.

The utility model is further set as: the ultrasonic cleaning mechanism includes an ultrasonic cleaning frame, an upper ultrasonic generator and a lower ultrasonic generator installed on the ultrasonic cleaning frame, and there is a certain interval between the upper ultrasonic generator and the lower ultrasonic generator. The lower ultrasonic generator is arranged below the liquid level in the liquid holding tank; the conveying device conveys materials passing between the upper ultrasonic generator and the lower ultrasonic generator.

By adopting the above technical solution, the conveying device passes through the position between the upper ultrasonic generator and the lower ultrasonic generator when conveying the commutator segment, and cleans without dead ends through the ultrasonic waves on both sides.

The utility model is further configured as follows: a spray cleaning mechanism is provided on the side of the cleaning box close to the cleaning material inlet or/and on the side close to the cleaning material outlet, and a cleaning mechanism is provided between the spray cleaning mechanism and the cleaning material outlet. There is a directional blower mechanism;

A spray cleaning mechanism is provided on the side of the rinsing box close to the rinsing discharge port, and a swing blowing mechanism is provided between the spray cleaning mechanism and the cleaning discharge port.

By adopting the above technical scheme, after cleaning, the cleaning liquid on the surface of the commutator is removed through the cooperation of the spray cleaning mechanism and the blowing mechanism; Easy to dry.

The utility model is further configured as follows: the spray cleaning mechanism includes a spray box and a spray pipe arranged on the top or/and bottom of the spray box, and the spray pipe is provided with a device for spraying liquid towards the material transported by the conveying device. Nozzle; the side of the spray box facing the feed end is provided with a spray feed port, the side facing the discharge end is provided with a spray discharge port, and the upper side of the spray feed port and the spray discharge port is provided with multiple There are two vertically arranged shielding strips, and the adjacent sides of adjacent shielding strips are close to or abutted against each other.

By adopting the above technical scheme, the materials transported to the conveying device through the spray pipe and the spray head are sprayed and cleaned, and at the same time, shielding strips close to or abutting against each other are set at the spray inlet and the spray outlet to prevent water spraying. come out.

The utility model is further configured as follows: the directional blowing mechanism includes an upwind blowing assembly and a downwind blowing assembly;

The upper wind blowing assembly includes an upper blowing pump, an upper air outlet pipe connected to the air outlet of the upper air blowing pump, and a blowing hole is opened on the lower side of the upper air outlet pipe;

The downwind blowing assembly includes a downblowing pump and a downflow pipe connected to the air outlet of the downflow pump. A blowing hole is provided; the conveying device conveys materials passing between the upper air outlet pipe and the lower air outlet pipe.

By adopting the above technical scheme, the upper blowing pump generates the airflow and blows it out from the blowing hole through the upper air outlet pipe to guide the air. The airflow produced by the lower blowing pump enters the two lower air outlet pipes through the lower air induction pipe, and finally blows out through the blowing holes. The upper and lower air streams blow together to the commutator segment conveyed from the conveying device in the middle to remove the cleaning fluid or water on the commutator segment.

The utility model is further configured as follows: the swing blowing mechanism includes a dewatering blowing pump, an upper dewatering air outlet assembly and a lower dewatering air outlet assembly connected to the air outlet of the dewatering blowing pump through a dewatering air duct;

The upper dewatering and air outlet assembly includes an upper dewatering bracket and a sliding installation frame slidably installed on the upper dewatering bracket. Both sides of the sliding mounting frame are respectively installed with an upper dewatering air outlet pipe. The upper dewatering air outlets are respectively provided facing downwards; the sliding installation frame is driven by the power assembly arranged on the frame.

By adopting the above technical solution, the power component drives the upper dewatering air outlet component to move, and the sliding installation frame moves back and forth along the upper dewatering bracket. At this time, the upper dewatering blower also blows off the water or cleaning fluid on the surface of the commutator along with the back and forth movement.

The utility model is further set as follows: the power assembly includes a drive motor and a transmission rod, a turntable is fixed on the output shaft of the drive motor, a rotation shaft is eccentrically arranged on the turntable, and a shaft parallel to the axis of the rotation shaft is provided on the sliding mounting frame. The rotating pin is rotatably connected between one end of the transmission rod and the rotating shaft, and rotatably connected between the other end and the rotating pin.

By adopting the above technical solution, the driving motor drives the turntable to rotate, and drives the transmission rod to move during the rotation of the turntable. During the movement of the transmission rod, one of the upper air outlet pipes is driven to reciprocate. Since the two upper air outlet pipes are installed by sliding The frame is connected together, so it will move with it.

The utility model is further configured as follows: one side of the frame is provided with a circulating water replenishment device corresponding to the cleaning tank and the rinsing tank respectively, and the circulating water replenishing device includes a circulating water replenishing tank and return water ports located on both sides of the circulating water replenishing tank and the liquid pump, the water return port communicates with one side of the corresponding liquid tank, and the liquid pump communicates with the other side of the corresponding liquid tank through the filter purifier;

The middle part of the circulating replenishing water tank is provided with a filter screen, and the filtering net divides the circulating replenishing water tank into a secondary filtering area and a qualified filtering area. The area includes a filter plate located on the lower side of the water return port, and the suction pump is located on the circulating water tank at a position corresponding to the qualified filtering area;

The upper end of the filter screen is provided with a self-overflow tank, and the two ends of the self-overflow tank are respectively fixedly connected with two opposite inner walls of the circulating water supply tank, and the position corresponding to the self-overflow tank on the circulating water supply tank is provided with a drain port;

The inner wall of the circulating water supply tank in the secondary filter area is provided with a water supply port, and a water supply float valve is provided on the water supply port.

By adopting the above technical scheme, when water or cleaning liquid enters the circulating water replenishment device, it firstly passes through the filter plate in the primary filter area for primary filtration, and the filtered water is filtered through the filter screen in the secondary filter area, and then the water is pumped out by the suction pump. Or the cleaning liquid is pumped out and delivered to the liquid holding tank. Floating impurities enter the self-overflow tank and are discharged through the discharge port. When the water level in the circulating water tank drops and the floating impurities cannot be discharged, the water replenishing float valve is opened, and the water replenishing port is not directed into the circulating water replenishing device.

The utility model is further configured as follows: the conveying device includes a chain belt and a power mechanism for driving the chain belt to move.

By adopting the above technical solution, using the chain belt and the power mechanism as the conveying device, since the chain belt has better water filtration performance, the entrained water and cleaning liquid can be reduced during the conveying process.

In summary, the beneficial effects of the utility model are:

1. Remove the oil on the surface of the commutator in the cleaning device, remove the cleaning liquid on the surface of the commutator in the rinsing device, and then dry the water on the surface of the commutator in the drying device, and use the ultrasonic cleaning machine to complete cleaning to drying at one time The whole process, the processing efficiency is higher;

2. The conveying device transports the commutator segment into the first spray cleaning mechanism for preliminary spray cleaning to remove the sundries attached to the surface; then continue to transport the commutator segment to the liquid tank, and remove the commutator segment through the first ultrasonic cleaning mechanism Oil stains on the surface; then when transporting the commutator piece to the second spray cleaning mechanism, spray the cleaning liquid on the surface; finally transport the commutator piece to the directional blowing mechanism to blow off the cleaning liquid on the surface of the commutator piece.

Description of drawings

Fig. 1 is the overall structural representation of embodiment;

Fig. 2 is the sectional schematic diagram of cleaning device in the embodiment;

Fig. 3 is a schematic structural view of the first spray cleaning mechanism and the first ultrasonic cleaning mechanism in the cleaning device in the embodiment;

Fig. 4 is the enlarged view of place A in Fig. 2;

Fig. 5 is a schematic structural view of the downwind blowing assembly in the embodiment;

Fig. 6 is a schematic structural view of a circulating water supply tank in an embodiment;

Fig. 7 is a schematic cross-sectional view of a circulating water supply tank in an embodiment;

Figure 8 is an enlarged view at B in Figure 7;

Fig. 9 is a schematic diagram of the position of the replenishment float valve in the embodiment;

Fig. 10 is a schematic structural view of the rinsing device in the embodiment;

Fig. 11 is a schematic structural view of the swing blowing mechanism in the embodiment;

Figure 12 is an enlarged view at C in Figure 11;

Fig. 13 is a structural schematic view of another perspective of the swing blowing mechanism in the embodiment;

Fig. 14 is an enlarged view at D in Fig. 1 .

Reference signs: 1. cleaning device; 2. rinsing device; 3. drying device; 4. conveying device; 5. first spray cleaning mechanism; 6. cleaning tank; 7. second spray cleaning mechanism; 8. Directional blowing mechanism; 9. First ultrasonic cleaning mechanism; 10. Spray box; 11. Port; 12. Blocking strip; 13. Ultrasonic cleaning frame; 14. Upper ultrasonic generator; 15. Lower ultrasonic generator; Portal frame; 17. Long boom; 18. Short boom; 19. Upwind blowing component; 20. Downwind blowing component; 21. Up blowing pump; 22. Up outlet duct; 23. Down blowing pump; 24. Down 25. Lower air outlet pipe; 26. Circulating water supply tank; 27. Impurity filter device; 28. Oil pollution discharge device; 29. Infusion device; 30. Adsorption device; 31. Circulating water supply device; 32. Filter plate; 33. Filter screen; 34. Self-overflow tank; 35. Drainage pipe; 36. Water supply pipe; 37. Water inlet valve; 38. Water supply float valve; 42. Rinsing tank; 43. The third spray cleaning mechanism; 44. Swing Blowing mechanism; 45. Second ultrasonic cleaning mechanism; 46. Upper water removal air outlet assembly; 47. Lower water removal air outlet assembly; 48. Water removal blowing pump; 49. Water removal air duct; 50. Water removal air outlet pipe ;51, dewatering blowing outlet; 52, sliding mounting bracket; 53, guide groove; 54, upper dewatering support; 55, power assembly; 56, drive motor; 57, turntable; 58, transmission rod; Plate; 60, the second mounting plate; 61, transition plate; 62, drying box; 63, hot air blower; 64, ventilation pipe; 65, sealing plate; 66, chain belt; 67, power mechanism; 68, cleaning box; 69, rinsing box; 70, frame; 71, blowing hole.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described in further detail.

As shown in Figure 1, an ultrasonic cleaning machine comprises a frame 70 and a cleaning device 1 positioned on the frame 70, a rinsing device 2, a drying device 3, and a conveying reversing piece passing through the cleaning device 1, the rinsing device 2, The conveying device 4 of the drying device 3 .

As shown in Figures 1 and 2, the cleaning device 1 includes a cleaning box 68 and a first spray cleaning mechanism 5 positioned in the cleaning box 68, a cleaning tank 6, a second spray cleaning mechanism 7, a directional blowing mechanism 8, and a cleaning tank. 6 is equipped with a first ultrasonic cleaning mechanism 9. The conveying device 4 transports the commutator segments through the first spray cleaning mechanism 5 , the cleaning tank 6 as a liquid holding tank, the second spray cleaning mechanism 7 and the directional blowing mechanism 8 .

As shown in Figures 2 and 3, the first spray cleaning mechanism 5 includes a spray box 10 and a spray pipe used for spraying in the spray box 10, and the spray pipe is equipped with a material spraying machine for conveying towards the conveying device 4. The spray head of liquid, the two sides of spray box 10 all have square mouth 11, conveying device 4 passes through spray box 10 from mouth 11. In order to avoid spray cleaning in the spray box 10 when cleaning liquid is sprayed out, the upper side of the port 11 is connected with a plurality of shielding strips 12 whose sides abut in turn, and the shielding strips 12 droop to seal the position of the port 11. The port 11 is shielded by the shading strip 12 to avoid water spraying out, and at the same time the shading strip 12 will not affect the delivery of the commutator segment by the conveying device 4 . The structure of the second spray cleaning mechanism 7 is the same as that of the first spray cleaning mechanism 5 .

As shown in Figures 2 and 3, the first ultrasonic cleaning mechanism 9 comprises an ultrasonic cleaning rack 13 positioned above the cleaning tank 6, a plurality of upper ultrasonic generators 14 and lower ultrasonic generators 15 positioned on the ultrasonic cleaning rack 13, and the delivery device 4. Convey the reversing segment through the first ultrasonic cleaning mechanism 9 between the upper ultrasonic generator 14 and the lower ultrasonic generator 15. The ultrasonic cleaning frame 13 comprises a plurality of gantry frames 16 spanning the top of the cleaning tank 6, and a plurality of downward long suspenders 17 and short suspenders 18 are installed on the gantry 16, and the lower end of the short suspenders 18 and the upper The ultrasonic generator 14 is fixedly connected, and the lower end of the long boom 17 is fixedly connected with the lower ultrasonic generator 15 .

As shown in Figures 4 and 5, the directional blowing mechanism 8 (shown in Figure 2) includes an upper wind blowing assembly 19 and a lower wind blowing assembly 20, and the upper wind blowing assembly 19 includes an upper blowing pump 21, and the air outlet of the upper blowing pump 21 is connected with Go up the air duct 22. The upper air outlet pipe 22 is a hollow wedge-shaped structure with a large top and a small bottom, and the lower end is open. The upper air outlet pipe 22 is inclined from top to bottom toward the direction of the second spray cleaning mechanism 7 . The downwind blowing assembly 20 includes a downblowing pump 23 and a down-introducing air pipe 24 connected to the air outlet of the down-blowing pump 23. The end of the down-introducing air pipe 24 away from the down-blowing pump 23 is bifurcated and connected with two lower outlets located below the conveying device 4. Air duct 25, the ports of two air outlet ducts 25 are airtight and have blowing holes 71 on the upward side. Blast is blown to the reversing segments on the conveying device 4 through the cooperation of the upper air outlet pipe 22 and the lower air outlet pipe 25 .

As shown in Fig. 2 and Fig. 6, a circulating replenishing water tank 26 is installed on the side of the cleaning tank 6 to purify the cleaning liquid in the cleaning tank 6, so that it can be recycled and save water resources.

As shown in FIGS. 6 and 7 , the circulating water replenishment tank 26 is equipped with an impurity filtering device 27 , an oil discharge device 28 , an infusion device 29 , an adsorption device 30 and a circulating water replenishing device 31 . Use impurity filtering device 27 to preliminarily filter the cleaning solution flowing into the circulating water supply tank 26 to remove entrained larger impurities, then remove the oil in the cleaning solution through oil discharge device 28, and then transport the treated cleaning solution through infusion device 29 At this time, the cleaning liquid is purified again by the adsorption device 30 to remove peculiar smell and fine impurities therein. When the cleaning fluid in the circulating replenishing water tank 26 is insufficient, it is supplemented by a circulating replenishing water device 31 .

As shown in Figure 7, the impurity filtering device 27 includes a filter plate 32 fixedly connected to the circulating water supply tank 26, and the filter plate 32 is located on the inner wall of the circulating water supply tank 26, close to the lower side of the water return port that the circulating water supply tank 26 communicates with the cleaning tank 6 . The cleaning liquid is introduced into the filter disc 32 , and impurities are left in the filter disc 32 , and water flows into the circulating water supply tank 26 through the filter disc 32 . The impurity filtering device 27 also includes a filter screen 33 located in the middle of the circulating water supply tank 26. The filter screen 33 is inclined from top to bottom towards the filter disc 32. This arrangement can effectively increase the filter area of the filter screen 33 and improve the efficiency of filtration. Effect. When the water flows from the side of the filter plate 32 to the side of the infusion device 29 in the recirculating water supply tank 26, it will be filtered through the filter screen 33 for a second time to further remove impurities in the cleaning solution.

As shown in Fig. 7 and Fig. 8, the oily dirt discharge device 28 comprises the self-overflow tank 34 that is connected to the cross section of the upper end of the filter screen 33, and the two ends of the self-overflow tank 34 are welded to the opposite side walls of the circulating water supply tank 26. Connected, and the side from the overflow tank 34 facing the side of the filter disc 32 is lower than the side of the side facing away from the filter disc 32, so that only the water on the side of the filter disc 32 can overflow into the overflow tank 34. A drain pipe 35 is inserted on the side wall of the circulating replenishing water tank 26 to communicate with the overflow tank 34 , and the cleaning solution flowing into the overflow tank 34 is discharged through the drain pipe 35 . The greasy dirt cleaned is floating on the liquid surface, so the greasy dirt can be discharged together with the liquid overflowing into from the overflow tank 34.

As shown in Figure 7, the infusion device 29 is a liquid suction pump, and the outlet of the liquid suction pump is connected with a filter purifier as an adsorption device 30 to purify the cleaning liquid output by the liquid suction pump, and the liquid suction pump transports the cleaning liquid into the cleaning tank 6 Inside.

As shown in Figures 6 and 7, the circulating water supply device 31 includes a water supply pipe 36 inserted between the self-overflow tank 34 and the filter disc 32 in the circulating water supply tank 26, and the water supply pipe 36 is equipped with a water inlet valve 37 to control the water inlet pipe. opening and closing. As shown in FIG. 9 , one end of the replenishing water pipe 36 inserted into the circulating replenishing water tank 26 is connected with a replenishing water float valve 38 to adjust the flow rate according to the water level in the circulating replenishing water tank 26 . When the position of the float of the water replenishment float valve 38 is lower than that of the water replenishment pipe 36 , the cleaning liquid flows out from the water replenishment pipe 36 . When the position of the float ball was lower, the water intake of the water supply pipe 36 was larger. The position of the replenishment pipe 36 is flush with the position of the higher side of the self-overflow tank 34, so that the water level can rise to the position beyond the lower side of the self-overflow tank 34 to discharge the oil, and the oil will not overflow to the back of the self-overflow tank 34 To the side of the filter disc 32.

As shown in Figure 10, the rinsing device 2 includes a rinsing tank 69 and a rinsing tank 42 as a liquid tank located in the rinsing tank 69, a third spray cleaning mechanism 43, a swing blowing mechanism 44, and a second washing machine installed in the rinsing tank 42. Ultrasonic cleaning mechanism 45. The third spray cleaning mechanism 43 has the same structure and principle as the first spray cleaning mechanism 5 , and the second ultrasonic cleaning mechanism 45 has the same structure and principle as the first ultrasonic cleaning mechanism 9 . The conveying device 4 conveys the reversing segments through the rinsing tank 42 , the third spray cleaning mechanism 43 and the swing blowing mechanism 44 in sequence.

As shown in FIG. 11 , the swing blowing mechanism 44 includes an upper water removal and air outlet assembly 46 and a lower water removal and air outlet assembly 47 , wherein the lower water removal and air outlet assembly 47 and the lower air blowing assembly 20 have the same structure and principle.

As shown in Figures 11 and 12, the upper dewatering air outlet assembly 46 includes a dewatering blowing pump 48 and a dewatering air duct 49 connected to the air outlet of the dewatering blowing pump 48, and the dewatering air duct 49 is a hose. The end of the dewatering air duct 49 away from the dewatering blowing pump 48 is connected with two dewatering air outlet pipes 50 made of square pipes. Mouth 51. Two dewatering air outlet pipes 50 are all installed on the sliding mounting frame 52, and the sliding mounting frame 52 has a guide groove 53 to cooperate with the fixed upper dewatering bracket 54. The sliding mounting frame 52 can move on the horizontal plane along the upper dewatering bracket 54 and the moving direction is perpendicular to the direction in which the conveying device 4 conveys the commutator segment. As shown in FIGS. 12 and 13 , the length of the dewatering outlet pipe 50 is smaller than the width of the conveying device 4 , and the power assembly 55 drives the sliding installation frame 52 to move back and forth along the upper dewatering bracket 54 . The power assembly 55 includes a driving motor 56, the output shaft of the driving motor 56 is fixedly connected with a rotating disk 57, the rotating disk 57 is eccentrically provided with a rotating shaft, the sliding mount 52 is provided with a rotating pin parallel to the axis of the rotating shaft, and a transmission rod 58 One end is rotationally connected to the rotating shaft, and the other end is rotationally connected to the rotating pin.

As shown in Figure 12, the sliding mounting frame 52 includes a first mounting plate 59, a second mounting plate 60, and a transition plate 61 connecting the first mounting plate 59 and the second mounting plate 60, and the guide groove 53 is located under the transition plate 61. side. Two water removal air outlet pipes 50 are respectively fixed on the first mounting plate 59 and the second mounting plate 60, and the first mounting plate 59 and the second mounting plate 60 are all inclined towards the direction opposite to the conveying direction of the conveying device 4, so that the blowing out The direction of movement of the wind is opposite to that of the commutator piece, and the effect of wind blowing is better. Wherein the first mounting plate 59 is located on the side of the second mounting plate 60 facing away from the conveying direction of the conveying device 4 and the inclination angle of the first mounting plate 59 is larger.

As shown in Figure 14, the drying device 3 includes a drying box 62 and a hot air blower 63 installed on the drying box 62, and the drying box 62 is heated and dried by the hot air blower 63, and the upper side of the drying box 62 is connected Vent pipe 64 is arranged, and the upper end of vent pipe 64 is connected with seal plate 65 in the form that axis line is vertical state, and the opening and closing of vent pipe 64 is controlled by rotating seal plate 65.

As shown in Figure 2, the conveying device 4 includes a chain belt 66 and a power mechanism 67 that drives the movement of the chain belt 66. Since the chain belt 66 has a better water filtering effect, it will not enter the next station from one station. Carry large amounts of cleaning fluid or water with you. It will also be easier to blow and dry at the same time.

Specific use process:

Step 1. The conveying device 4 transports the commutator segment into the first spray cleaning mechanism 5 for preliminary spray cleaning to remove the sundries attached to the surface; then continue to transport the commutator segment to the cleaning tank 6, and pass through the first ultrasonic cleaning mechanism 9 Remove the oil stain on the surface of the commutator piece; then when the commutator piece is transported to the second spray cleaning mechanism 7, the cleaning liquid on the surface is sprayed; finally, the commutator piece is sent to the directional blowing mechanism 8 to clean the surface of the commutator piece. Fluid blow off. Remove impurities and oil stains on the surface of the commutator through the above method.

Step 2, the conveying device 4 continues to transport the commutator piece into the rinse tank 42 for rinsing, and the second ultrasonic cleaning mechanism 45 accelerates the cleaning liquid on the surface of the commutator piece to dissolve in the clean water; then the commutator piece is transported to the third spray cleaning Spray cleaning is carried out in the mechanism 43. The water in the clear water tank will contain low-concentration cleaning liquid after long-term use. The low-concentration cleaning liquid residue on the surface of the commutator piece can be avoided by spray cleaning; finally, the commutator piece is transported to the wind blowing device Blow off the cleaning water on the surface. Remove the cleaning fluid remaining on the surface of the commutator segment by the above method.

Step 3: Transport to drying device 3 to dry the commutator segments.

The specified directions in this specific embodiment are only for the convenience of expressing the positional relationship among the various components and the mutual cooperation relationship. This specific embodiment is only an explanation of the utility model, and it is not a limitation of the utility model. After reading this description, those skilled in the art can make modifications to the embodiment without creative contribution according to needs, but as long as it is within the utility model All new claims are protected by patent law.

Claims (10)

1. a kind of supersonic wave cleaning machine, including rack (70), it is provided with feed end and discharge end in rack (70), in rack (70) It is equipped with drying unit (3) close to the side of discharge end, it is characterized in that：Be located in rack (70) feed end and drying unit (3) it Between and from charging to discharging direction be disposed with cleaning device (1) and rinsing device (2), be arranged between feed end and discharge end There is conveying material to pass through the conveying device (4) of cleaning device (1), rinsing device (2), drying unit (3) successively by feed end.

2. supersonic wave cleaning machine according to claim 1, it is characterized in that：The cleaning device (1) include cleaning case (68), Ultrasonic cleaning agency in cleaning case (68), cleaning case (68) are equipped with wash feed mouth, court towards the side of feed end It is equipped with cleaning discharge port to the side of discharge end, the bottom of cleaning case (68) is recessed with downwards appearance liquid bath, ultrasonic cleaning agency At position corresponding with liquid bath is held；

The rinsing device (2) includes rinse tank (69), the ultrasonic cleaning agency in rinse tank (69), rinse tank (69) It is equipped with rinsing feed inlet towards the side of feed end, is equipped with rinsing discharge port, the case of rinse tank (69) towards the side of discharge end Bottom is recessed with downwards appearance liquid bath, and ultrasonic cleaning agency is set at position corresponding with liquid bath is held.

3. supersonic wave cleaning machine according to claim 2, it is characterized in that：The ultrasonic cleaning agency includes that ultrasonic wave is clear Wash frame (13), the upper supersonic generator (14) that is installed on ultrasonic cleaning rack (13) and lower supersonic generator (15), on There is certain interval between supersonic generator (14) and lower supersonic generator (15) and lower supersonic generator (15) is set Below the liquid level held in liquid bath；The conveying device (4) conveys material and is sent out from upper supersonic generator (14) and lower ultrasonic wave Pass through between raw device (15).

4. supersonic wave cleaning machine according to claim 2, it is characterized in that：Close to wash feed mouth in the cleaning case (68) Side or/and close to cleaning discharge port side be equipped with cleaning showers mechanism, cleaning showers mechanism and cleaning discharge port between Equipped with orientation blower mechanism (8)；

In the rinse tank (69) close to rinsing discharge port side be equipped with cleaning showers mechanism, cleaning showers mechanism with wash out It is equipped between material mouth and waves blower mechanism (44).

5. supersonic wave cleaning machine according to claim 4, it is characterized in that：The cleaning showers mechanism includes spraying box (10) And the spray tube on spraying box (10) case top or/and bottom, spray tube are equipped with the object conveyed towards conveying device (4) Expect the nozzle of hydrojet；Spraying box (10) is equipped with spray feed inlet towards the side of feed end, is equipped with spray towards the side of discharge end Drench discharge port, spray feed inlet and the upside for spraying discharge port be equipped with it is multiple it is vertically arranged block item (12), it is adjacent to block item (12) adjacent side is close to each other or abuts.

6. supersonic wave cleaning machine according to claim 4, it is characterized in that：The orientation blower mechanism (8) includes upper wind Component (19) and lower wind component (20)；

Upper wind component (19) includes up-draught pump (21), pumps the upper discharge pipe (22) that the air outlet of (21) is connect with up-draught, Blowhole (71) is offered on the downside of upper discharge pipe (22)；

Lower wind component (20) includes lower blowing pump (23), pumps the lower induced duct (24) that (23) air outlet is connect with lower blowing, under Lower discharge pipe (25) there are two connections is pitched in the air outlet punishment of induced duct (24), is opened up on the upper side of two lower discharge pipes (25) There is blowhole (71)；Conveying device (4) conveying material passes through between upper discharge pipe (22) and lower discharge pipe (25).

7. supersonic wave cleaning machine according to claim 6, it is characterized in that：The blower mechanism (44) that waves includes that water removal is blown The upper water removal air-out component (46) being connect between air pump (48), pump (48) air outlet of drying with water removal by removing water induced duct (49) With lower water removal air-out component (47)；

Upper water removal air-out component (46) includes upper water removal holder (54), is slidably mounted on being slidably installed on water removal holder (54) Frame (52), the both sides on the frame that is slidably installed (52) are separately installed with water removal discharge pipe (50), on two on water removal discharge pipe (50) It is respectively equipped with the upper water removal blowing mouth (51) being arranged downward；Frame (52) be slidably installed by the Power Component that is set in rack (70) (55) it drives.

8. supersonic wave cleaning machine according to claim 7, it is characterized in that：The Power Component (55) includes driving motor (56) and drive link (58), it is installed with turntable (57) on the output shaft of driving motor (56), there is eccentric setting on turntable (57) turns Moving axis, the frame that is slidably installed (52) are equipped with the rotational pin parallel with rotation axis axis, one end of drive link (58) and rotation axis Between be rotatablely connected between rotation connection, the other end and rotational pin.

9. supersonic wave cleaning machine according to claim 8, it is characterized in that：Distinguish equipped with position the side of the rack (70) Circular water replenishing device (31) corresponding with cleaning case (68) and rinse tank (69), circular water replenishing device (31) includes circular water replenishing Case (26), the water return outlet and drawing liquid pump for being set to both sides on circular water replenishing case (26), water return outlet connect with the corresponding side for holding liquid bath Logical, drawing liquid pump is connected to by filtration purifier with the corresponding other side for holding liquid bath；

The middle part of the circular water replenishing case (26) is equipped with filter screen (33), and circular water replenishing case (26) is divided into secondary by filter screen (33) Grade filtering area and the qualified area of filtering, the interior upper side position positioned at secondary filter area of circular water replenishing case (26) are equipped with primary filter Area, primary filter area include the filtering table (32) being set on the downside of water return outlet, and drawing liquid pump is set on circular water replenishing case (26) and filtering The qualified corresponding position in area；

The upper end of the filter screen (33) be equipped with from overflow slot (34), from overflow slot (34) both ends respectively with circular water replenishing case (26) Two opposite inner walls are fixedly connected, and position corresponding with certainly excessive slot (34) is equipped with leakage fluid dram on circular water replenishing case (26)；

The inner wall of the circular water replenishing case (26) in the secondary filter area is equipped with water supplement port, and water supplement port is equipped with floating ball valve of rehydration (38)。

10. according to claim 1-9 any one of them supersonic wave cleaning machines, it is characterized in that：The conveying device (4) includes chain Band (66) and the actuating unit (67) for driving chain belt (66) to move.