CN105013762A - Rotating cage type ultrasonic cleaning device and method for rare metal and alloy debris material of rear metal - Google Patents
Rotating cage type ultrasonic cleaning device and method for rare metal and alloy debris material of rear metal Download PDFInfo
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- CN105013762A CN105013762A CN201510512532.8A CN201510512532A CN105013762A CN 105013762 A CN105013762 A CN 105013762A CN 201510512532 A CN201510512532 A CN 201510512532A CN 105013762 A CN105013762 A CN 105013762A
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- rotating cage
- cell body
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B3/00—Cleaning by methods involving the use or presence of liquid or steam
- B08B3/04—Cleaning involving contact with liquid
- B08B3/10—Cleaning involving contact with liquid with additional treatment of the liquid or of the object being cleaned, e.g. by heat, by electricity or by vibration
- B08B3/12—Cleaning involving contact with liquid with additional treatment of the liquid or of the object being cleaned, e.g. by heat, by electricity or by vibration by sonic or ultrasonic vibrations
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B13/00—Accessories or details of general applicability for machines or apparatus for cleaning
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B3/00—Cleaning by methods involving the use or presence of liquid or steam
- B08B3/02—Cleaning by the force of jets or sprays
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B2203/00—Details of cleaning machines or methods involving the use or presence of liquid or steam
- B08B2203/02—Details of machines or methods for cleaning by the force of jets or sprays
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B2203/00—Details of cleaning machines or methods involving the use or presence of liquid or steam
- B08B2203/02—Details of machines or methods for cleaning by the force of jets or sprays
- B08B2203/0288—Ultra or megasonic jets
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- Cleaning By Liquid Or Steam (AREA)
Abstract
The invention discloses a rotating cage type ultrasonic cleaning device for rare metal and alloy debris material of the rear metal. The rotating cage type ultrasonic cleaning device comprises a base plate, a groove supporting frame, a cleaning groove, a rinsing groove, a drying groove and a feeding device. The cleaning groove comprises a first groove body, a first large rotating cage, first ultrasonic generators, a first spraying pipe, a plurality of first spray heads, a first heating pipe, a first fine debris collecting bin and a first spiral conveying device. The rinsing groove comprises a second groove body, a second large rotating cage, second ultrasonic generators, a second spraying pipe, a plurality of second spray heads, a second heating pipe, a second fine debris collecting bin and a second spiral conveying device. The drying groove comprises a third groove body, a third large rotating cage and a hot air pipe. The feeding device comprises a rack, a stock bin, a discharging plate and a vibration feeder. The invention further discloses a rotating cage type ultrasonic cleaning method for rare metal and alloy debris material of the rear metal. The rotating cage type ultrasonic cleaning device and method are high in degree of mechanization, and the labor intensity of workers is lowered; dirt is removed thoroughly, and the cleaning effect is good; and the device and method are high in practicability.
Description
Technical field
The invention belongs to rare metal and alloy detritus material recovery technology field thereof, be specifically related to a kind of rare metal and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof and method.
Background technology
The rare metal such as titanium, zirconium and alloy thereof are mainly used in the advanced fields such as space flight, aviation, nuclear power, and such because of metal content in the earth's crust is few or distribute rare loose, digs up mine, smelts the reasons such as difficulty, be attributed to rare metal.Rare metal particularity causes that its difficulty of processing is large, expense is high, and finished product low conversion rate in production process, causes scrap amount to increase severely, and therefore needs to recycle rare metal and alloy detritus material thereof.But existing apparatus is to rare metal and alloy detritus material reclaimer mechanization degree is low, cleaning fluid waste is serious, directly results in the multiplication of Rare Metals Materials processing cost.
Summary of the invention
Technical problem to be solved by this invention is for above-mentioned deficiency of the prior art, provides that a kind of structure is simple, reasonable in design, mechanization degree is high, reduces the labour intensity of workman, dirt is removed thoroughly, cleaning performance is good, practical rare metal and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof.
For solving the problems of the technologies described above, the technical solution used in the present invention is: a kind of rare metal and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: comprise chassis and be arranged on the cell body bracing frame on chassis, and the rinse bath, potcher and the drying tank that are arranged on cell body bracing frame, the side of described rinse bath is provided with feeding device;
Described rinse bath comprises the first cell body, the cleaning fluid water being arranged on the first cell body inside and the first cell body upper cover be rotatably connected on the first cell body, the first half bosom position of described first cell body is provided with first rotating cage, before and after the first half of described first cell body, both sides inwall is provided with the first ultrasonic generator, the first half inside of described first cell body is provided with the first spray piping for cleaning showers liquid water, described first spray piping is provided with multiple first shower nozzle, the latter half inside of described first cell body is provided with the first water back reaching the first cell body outside and be connected with air heat source capsule road, the top of described first cell body is connected with the first overflow pipe, the bottom of described first cell body is connected with the first Drainage pipe, described first Drainage pipe is connected with the first tapping valve, the bottom of described first cell body is provided with the first fines collecting bin, the first helix transporting device for rare metal and alloy detritus material fines spiral transferring thereof being gone out is provided with in described first fines collecting bin, the rear of described rinse bath is provided with the first reservoir, the top of described first reservoir is provided with the first oil water separator, the top of described first reservoir is provided with the first liquid return hole be connected with the first overflow pipe, the first overflow pipe being positioned at described first liquid return hole place is connected with the first filter, the side of described first reservoir is provided with the second liquid return hole be connected with the first Drainage pipe, described chassis is also provided with the first circulating pump, the entrance of described first circulating pump is connected with the delivery port of the first reservoir by cleaning fluid water circulating pipe, described cleaning fluid water circulating pipe is connected with the second filter being positioned at the first reservoir inside, described first circulation delivery side of pump is connected with the first spray piping,
Described potcher comprises the second cell body, the clear water being arranged on the second cell body inside and the second cell body upper cover be rotatably connected on the second cell body, the first half bosom position of described second cell body is provided with second largest rotating cage, before and after the first half of described second cell body, both sides inwall is provided with the second ultrasonic generator, the first half inside of described second cell body is provided with the second spray piping for spraying clear water, described second spray piping is provided with multiple second shower nozzle, the latter half inside of described second cell body is provided with the second water back reaching the second cell body outside and be connected with air heat source capsule road, the top of described second cell body is connected with the second overflow pipe, the bottom of described second cell body is connected with the second Drainage pipe, described first Drainage pipe is connected with the second tapping valve, the bottom of described second cell body is provided with the second fines collecting bin, the second helix transporting device for rare metal and alloy detritus material fines spiral transferring thereof being gone out is provided with in described second fines collecting bin, the rear of described potcher is provided with the second reservoir, the top of described second reservoir is provided with the second oil water separator, the top of described potcher is provided with the 3rd liquid return hole be connected with the second overflow pipe, the second overflow pipe being positioned at described second liquid return hole place is connected with the 3rd filter, the side of described potcher is provided with the 4th liquid return hole be connected with the second Drainage pipe, described chassis is also provided with the second circulating pump, the entrance of described second circulating pump is connected with the delivery port of the second reservoir by clear water circulating line, described clear water circulating line is connected with the 4th filter being positioned at the second reservoir inside, described second circulation delivery side of pump is connected with the second spray piping,
Described drying tank comprises the 3rd cell body and is rotatably connected on the 3rd cell body upper cover on the 3rd cell body, the first half bosom position of described 3rd cell body is provided with the third-largest rotating cage, the latter half rear portion of described 3rd cell body is connected with hot air duct, described chassis is provided with and is positioned at the air-heater that the electro-heat equipment at the 3rd cell body rear and the heat for being sent by electro-heat equipment are blown into hot air duct, described air-heater, electro-heat equipment are connected successively with hot air duct;
Described first rotating cage is fixedly connected with the first little rotating cage stretching out the first cell body outside near the side of feeding device, described first rotating cage is fixedly connected with near the side of potcher and stretches out the first cell body outside and stretch into inner the second little rotating cage be fixedly connected with second largest rotating cage of the second cell body, described second largest rotating cage is fixedly connected with near the side of drying tank and stretches out the second cell body outside and stretch into inner the 3rd little rotating cage be fixedly connected with the third-largest rotating cage of the 3rd cell body, the side that described the third-largest rotating cage is relative with connecting the 3rd little rotating cage is fixedly connected with the 4th little rotating cage, described first rotating cage and second largest rotating cage are provided with the sieve aperture sifted out for rare metal and alloy detritus material fines thereof, described first rotating cage, second largest rotating cage and the third-largest rotating cage, and the first little rotating cage, second little rotating cage, 3rd little rotating cage and the 4th little rotating cage inside are provided with the helicla flute for convey materials, described cell body bracing frame is provided with the first rotating cage supporting mechanism, the second rotating cage supporting mechanism, the 3rd rotating cage supporting mechanism and the 4th rotating cage supporting mechanism, described first little rotating cage supports and is arranged on the first rotating cage supporting mechanism, described second little rotating cage supports and is arranged on the second rotating cage supporting mechanism, described 3rd little rotating cage supports and is arranged on the 3rd rotating cage supporting mechanism, and described 4th little rotating cage supports and is arranged on the 4th rotating cage supporting mechanism, described chassis is provided with the rotating cage power motor being positioned at the second little rotating cage rear and the reductor be fixedly connected with the output shaft of rotating cage power motor, the output shaft of described reductor is fixedly connected with the first sprocket wheel, the excircle of described second little rotating cage is fixedly connected with the second sprocket wheel, described first sprocket wheel and the second sprocket wheel are connected with chain,
Described feeding device comprises frame and is arranged on the feed bin of upper rack, and the bottom of described feed bin is provided with the reclaiming plate extending to the first little rotating cage inside, and the bottom of described reclaiming plate is provided with vibrations feed appliance.
Above-mentioned rare metal and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: described first rotating cage supporting mechanism, second rotating cage supporting mechanism, 3rd rotating cage supporting mechanism is identical with the structure of the 4th rotating cage supporting mechanism and include the roller bearing units of usheing to seat being welded on base on cell body bracing frame and being fixedly connected on base, described roller bearing units of usheing to seat is provided with rotating shaft, described rotating shaft is connected with roller, the excircle of described roller is provided with groove, described first little rotating cage, second little rotating cage, the excircle of the 3rd little rotating cage and the 4th little rotating cage is provided with fit depressions and boss for being connected together in a groove.
Above-mentioned rare metal and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: described first cell body upper cover is rotatably connected on the first cell body by the first pneumatic spring, described second cell body upper cover is rotatably connected on the second cell body by the second pneumatic spring, and described 3rd cell body upper cover is rotatably connected on the 3rd cell body by the 3rd pneumatic spring.
Above-mentioned rare metal and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: described first rotating cage is provided with two the first rotating cage Butterworth Hatch, described second largest rotating cage is provided with two the second rotating cage Butterworth Hatch, described the third-largest rotating cage is provided with two the 3rd rotating cage Butterworth Hatch.
Above-mentioned rare metal and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, is characterized in that: the first half inside that described first spray piping is arranged on the first cell body is positioned at first rotating cage height
position; The first half inside that described second spray piping is arranged on the second cell body is positioned at second largest rotating cage height
position.
The invention also discloses a kind of method step is simple, dirt is removed thoroughly, cleaning performance is good, practical rare metal and alloy detritus material rotating cage type method for suppersonic cleaning thereof, it is characterized in that the method comprises the following steps:
Step one, charging: rare metal and alloy detritus material thereof are poured into after in feed bin, under the effect of vibrations feed appliance, it is inner that rare metal and alloy detritus material thereof send into the first little rotating cage by feed bin by reclaiming plate;
Step 2, Ultrasonic Cleaning: when rotating cage power motor rotates, first little rotating cage and first rotating cage all rotate, it is inner that the rare metal of the first little rotating cage inside and alloy detritus material thereof are transported to first rotating cage, in rare metal and alloy detritus material course of conveying thereof, first spray piping is to first rotating cage cleaning showers liquid water, under the effect of the first ultrasonic generator, the impurity that rare metal and alloy detritus material thereof adhere to obtains cleaning, simultaneously, rare metal and alloy detritus material fines thereof are spilt by the sieve aperture on first rotating cage, enter in the first fines collecting bin, and collect in fines collection container through the first helix transporting device,
Step 3, ultrasonic rinsing: when rotating cage power motor rotates, second little rotating cage and second largest rotating cage all rotate, the rare metal and the alloy detritus material thereof that pass through cleaning are transported to second largest rotating cage inside by the second little rotating cage, in rare metal and alloy detritus material course of conveying thereof, second spray piping is to second largest rotating cage spray clear water, under the effect of the second ultrasonic generator, the impurity that rare metal and alloy detritus material thereof adhere to and cleaning fluid obtain rinsing, simultaneously, rare metal and alloy detritus material fines thereof are spilt by the sieve aperture on second largest rotating cage, enter in the second fines collecting bin, and collect in fines collection container through the second helix transporting device,
Step 4, oven dry: when rotating cage power motor rotates, 3rd little rotating cage, the third-largest rotating cage and the 4th little rotating cage all rotate, the third-largest rotating cage is transported to by the 3rd little rotating cage inner through the rare metal of rinsing and alloy detritus material thereof, in rare metal and alloy detritus material course of conveying thereof, it is inner that the heat that electro-heat equipment produces is transported to the 3rd cell body through hot air duct under the effect of air-heater, after the rare metal of the 3rd little rotating cage and the third-largest rotating cage inside and alloy detritus material thereof are dried, export via the 4th little rotating cage.
The present invention compared with prior art has the following advantages:
1, the structure of rare metal of the present invention and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof is simple, reasonable in design, and it is convenient to realize.
2, the mechanization degree of rare metal of the present invention and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof is high, reduces the labour intensity of workman.
3, present invention employs method for suppersonic cleaning, dirt is removed thoroughly.
4, present invention employs rotating cage type cleaning, under rotation status, be conducive to cleaning.
5, the present invention is conducive to the recycling of rare metal and alloy detritus material thereof, and practical, result of use is good, is convenient to promote the use of.
In sum, the present invention is reasonable in design, and it is convenient to realize, and mechanization degree is high, reduces the labour intensity of workman, and dirt is removed thoroughly, and cleaning performance is good, practical, and result of use is good, is convenient to promote the use of.
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
Accompanying drawing explanation
Fig. 1 is front view of the present invention.
Fig. 2 is the top view of Fig. 1.
Fig. 3 is that the A-A of Fig. 1 attempts.
Fig. 4 is that the B-B of Fig. 1 attempts.
Fig. 5 is the structural representation of the present invention first rotating cage supporting mechanism, the second rotating cage supporting mechanism, the 3rd rotating cage supporting mechanism and the 4th rotating cage supporting mechanism.
Detailed description of the invention
As shown in Fig. 1 ~ Fig. 5, rare metal of the present invention and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, comprise chassis 1 and be arranged on the One On The Chassis cell body bracing frame 2, and the rinse bath 3, potcher 4 and the drying tank 5 that are arranged on cell body bracing frame 2, the side of described rinse bath 3 is provided with feeding device 19; During concrete enforcement, described chassis 1 is welded by section bar, and described cell body bracing frame 2 is welded on chassis 1.
Described rinse bath 3 comprises the first cell body 3-1, the cleaning fluid water being arranged on the first cell body 3-1 inside and the first cell body upper cover 3-2 be rotatably connected on the first cell body 3-1, the first half bosom position of described first cell body 3-1 is provided with first rotating cage 3-3, before and after the first half of described first cell body 3-1, both sides inwall is provided with the first ultrasonic generator 3-4, the first half inside of described first cell body 3-1 is provided with the first spray piping 3-5 for cleaning showers liquid water, described first spray piping 3-5 is provided with multiple first shower nozzle 3-6, the latter half inside of described first cell body 3-1 is provided with the first water back 3-7 reaching the first cell body 3-1 outside and be connected with air heat source capsule road, the top of described first cell body 3-1 is connected with the first overflow pipe 3-8, the bottom of described first cell body 3-1 is connected with the first Drainage pipe 3-9, described first Drainage pipe 3-9 is connected with the first tapping valve 3-10, the bottom of described first cell body 3-1 is provided with the first fines collecting bin 3-11, the first helix transporting device 3-12 for rare metal and alloy detritus material fines spiral transferring thereof being gone out is provided with in described first fines collecting bin 3-11, the rear of described rinse bath 3 is provided with the first reservoir 3-13, the top of described first reservoir 3-13 is provided with the first oil water separator 3-14, the top of described first reservoir 3-13 is provided with the first liquid return hole be connected with the first overflow pipe 3-8, the the first overflow pipe 3-8 being positioned at described first liquid return hole place is connected with the first filter 3-15, the side of described first reservoir 3-13 is provided with the second liquid return hole be connected with the first Drainage pipe 3-9, described chassis 1 is also provided with the first circulating pump 3-16, the entrance of described first circulating pump 3-16 is connected with the delivery port of the first reservoir 3-13 by cleaning fluid water circulating pipe 3-17, described cleaning fluid water circulating pipe 3-17 is connected with the second filter 3-18 being positioned at the first reservoir 3-13 inside, the outlet of described first circulating pump 3-16 is connected with the first spray piping 3-5, during concrete enforcement, the first half of described first cell body 3-1 is rectangular shape, and the latter half both sides of described first cell body 3-1 are inclined-plane, the quantity of the ultrasonic generator before and after the first half of described first cell body 3-1 on the inwall of both sides is three, and described ultrasonic generator to be arranged on before and after the first half of the first cell body 3-1 on the inwall of both sides by bolt, the two ends of described first water back 3-7 are all fixedly connected with by the latter half inwall of flange with the first cell body 3-1, described first fines collecting bin 3-11 is by the bottom of Flange joint at the first cell body 3-1.Described first reservoir 3-13 top is provided with opens lid, and described first reservoir 3-13 is welded by corrosion resistant plate, and the outer surface envelope of described first reservoir 3-13 has insulation material.
Described potcher 4 comprises the second cell body 4-1, the clear water being arranged on the second cell body 4-1 inside and the second cell body upper cover 4-2 be rotatably connected on the second cell body 4-1, the first half bosom position of described second cell body 4-1 is provided with second largest rotating cage 4-3, before and after the first half of described second cell body 4-1, both sides inwall is provided with the second ultrasonic generator 4-4, the first half inside of described second cell body 4-1 is provided with the second spray piping 4-5 for spraying clear water, described second spray piping 4-5 is provided with multiple second shower nozzle 4-6, the latter half inside of described second cell body 4-1 is provided with the second water back 4-7 reaching the second cell body 4-1 outside and be connected with air heat source capsule road, the top of described second cell body 4-1 is connected with the second overflow pipe 4-8, the bottom of described second cell body 4-1 is connected with the second Drainage pipe 4-9, described first Drainage pipe 3-9 is connected with the second tapping valve 4-10, the bottom of described second cell body 4-1 is provided with the second fines collecting bin 4-11, the second helix transporting device 4-12 for rare metal and alloy detritus material fines spiral transferring thereof being gone out is provided with in described second fines collecting bin 4-11, the rear of described potcher 4 is provided with the second reservoir 4-13, the top of described second reservoir 4-13 is provided with the second oil water separator 4-14, the top of described potcher 4 is provided with the 3rd liquid return hole be connected with the second overflow pipe 4-8, the the second overflow pipe 4-8 being positioned at described second liquid return hole place is connected with the 3rd filter 4-15, the side of described potcher 4 is provided with the 4th liquid return hole be connected with the second Drainage pipe 4-9, described chassis 1 is also provided with the second circulating pump 4-16, the entrance of described second circulating pump 4-16 is connected with the delivery port of the second reservoir 4-13 by clear water circulating line 4-17, described clear water circulating line 4-17 is connected with the 4th filter 4-18 being positioned at the second reservoir 4-13 inside, the outlet of described second circulating pump 4-16 is connected with the second spray piping 4-5, during concrete enforcement, the first half of described second cell body 4-1 is rectangular shape, and the latter half both sides of described second cell body 4-1 are inclined-plane, the quantity of the ultrasonic generator before and after the first half of described second cell body 4-1 on the inwall of both sides is three, and described ultrasonic generator to be arranged on before and after the first half of the second cell body 4-1 on the inwall of both sides by bolt, the two ends of described second water back 4-7 are all fixedly connected with by the latter half inwall of flange with the second cell body 4-1, described second fines collecting bin 4-11 is by the bottom of Flange joint at the second cell body 4-1.Described second reservoir 4-13 top is provided with opens lid, and described second reservoir 4-13 is welded by corrosion resistant plate, and the outer surface envelope of described second reservoir 4-13 has insulation material.
During concrete enforcement, described first oil water separator 3-14 and the second oil water separator 4-14 all have employed the applying date be on 01 14th, 2012, application number oily-water seperating equipment disclosed in the Chinese patent of 201220015987.0.
Described drying tank 5 comprises the 3rd cell body 5-1 and is rotatably connected on the 3rd cell body upper cover 5-2 on the 3rd cell body 5-1, the first half bosom position of described 3rd cell body 5-1 is provided with the third-largest rotating cage 5-3, the latter half rear portion of described 3rd cell body 5-1 is connected with hot air duct 5-4, described chassis 1 is provided with and is positioned at the air-heater 5-6 that the electro-heat equipment 5-5 at the 3rd cell body 5-1 rear and the heat for being sent by electro-heat equipment 5-5 are blown into hot air duct 5-4, described air-heater 5-6, electro-heat equipment 5-5 are connected successively with hot air duct 5-4;
Described first rotating cage 3-3 is fixedly connected with the first little rotating cage 6 stretching out the first cell body 3-1 outside near the side of feeding device, described first rotating cage 3-3 is fixedly connected with near the side of potcher 4 and stretches out the first cell body 3-1 outside and stretch into inner the second little rotating cage 7 be fixedly connected with second largest rotating cage 4-3 of the second cell body 4-1, described second largest rotating cage 4-3 is fixedly connected with near the side of drying tank 5 and stretches out the second cell body 4-1 outside and stretch into inner the 3rd little rotating cage 8 be fixedly connected with the third-largest rotating cage 5-3 of the 3rd cell body 5-1, the side that described the third-largest rotating cage 5-3 is relative with connecting the 3rd little rotating cage 8 is fixedly connected with the 4th little rotating cage 9, described first rotating cage 3-3 and second largest rotating cage 4-3 is provided with the sieve aperture sifted out for rare metal and alloy detritus material fines thereof, described first rotating cage 3-3, second largest rotating cage 4-3 and the third-largest rotating cage 5-3, and the first little rotating cage 6, second little rotating cage 7, 3rd little rotating cage 8 and the 4th little rotating cage 9 inside are provided with the helicla flute for convey materials, described cell body bracing frame 2 is provided with the first rotating cage supporting mechanism 10, second rotating cage supporting mechanism 11, the 3rd rotating cage supporting mechanism 12 and the 4th rotating cage supporting mechanism 13, described first little rotating cage 6 supports and is arranged on the first rotating cage supporting mechanism 10, described second little rotating cage 7 supports and is arranged on the second rotating cage supporting mechanism 11, described 3rd little rotating cage 8 supports and is arranged on the 3rd rotating cage supporting mechanism 12, and described 4th little rotating cage 9 supports and is arranged on the 4th rotating cage supporting mechanism 13, described chassis 1 is provided with the rotating cage power motor 14 being positioned at the second little rotating cage 7 rear and the reductor 15 be fixedly connected with the output shaft of rotating cage power motor 14, the output shaft of described reductor 15 is fixedly connected with the first sprocket wheel 16, the excircle of described second little rotating cage 7 is fixedly connected with the second sprocket wheel 17, described first sprocket wheel 16 and the second sprocket wheel 17 are connected with chain 18, during concrete enforcement, described first rotating cage 3-3 and the first little rotating cage 6 and the second little rotating cage 7, described second largest rotating cage 4-3 and the second little rotating cage 7 and the 3rd little rotating cage 8, and described the third-largest rotating cage 5-3 and the 3rd little rotating cage 8 and the 4th little rotating cage 9, be all fixedly connected with by flange.
Described feeding device 19 comprises frame 19-1 and is arranged on the feed bin 19-2 on frame 19-1 top, and the bottom of described feed bin 19-2 is provided with the reclaiming plate 19-3 extending to the first little rotating cage 6 inside, and the bottom of described reclaiming plate 19-3 is provided with vibrations feed appliance 19-4.During concrete enforcement, described feed bin 19-2 is fixedly welded on frame 19-1, and described vibrations feed appliance 19-4 is secured by bolts in bottom reclaiming plate 19-3.
In the present embodiment, described first rotating cage supporting mechanism 10, second rotating cage supporting mechanism 11, 3rd rotating cage supporting mechanism 12 is identical with the structure of the 4th rotating cage supporting mechanism 13 and include the roller bearing units 21 of usheing to seat being welded on base on cell body bracing frame 2 20 and being fixedly connected on base 20, described roller bearing units 21 of usheing to seat is provided with rotating shaft 22, described rotating shaft 22 is connected with roller 23, the excircle of described roller 23 is provided with groove 24, described first little rotating cage 6, second little rotating cage 7, the excircle of the 3rd little rotating cage 8 and the 4th little rotating cage 9 is provided with and matches with groove 24 and boss for being connected together in groove 24.
In the present embodiment, described first cell body upper cover 3-2 is rotatably connected on the first cell body 3-1 by the first pneumatic spring 3-19, described second cell body upper cover 4-2 is rotatably connected on the second cell body 4-1 by the second pneumatic spring 4-19, and described 3rd cell body upper cover 5-2 is rotatably connected on the 3rd cell body 5-1 by the 3rd pneumatic spring.Such connected mode, makes the first cell body upper cover 3-2, the second cell body upper cover 4-2 and the 3rd cell body upper cover 5-2 open, closes conveniently.
In the present embodiment, described first rotating cage 3-3 is provided with two the first rotating cage Butterworth Hatch 3-20, described second largest rotating cage 4-3 is provided with two the second rotating cage Butterworth Hatch 4-20, described the third-largest rotating cage 5-3 is provided with two the 3rd rotating cage Butterworth Hatch 5-7.This makes it possible to clear up first rotating cage 3-3, second largest rotating cage 4-3 and the third-largest rotating cage 5-3 easily.
In the present embodiment, described first spray piping 3-5 be arranged on the first cell body 3-1 the first half inside be positioned at first rotating cage 3-3 height
position; Described second spray piping 4-5 be arranged on the second cell body 4-1 the first half inside be positioned at second largest rotating cage 4-3 height
position.The multiple first shower nozzle 3-6 facilitated on the first spray piping 3-5 spray first rotating cage 3-3, and the multiple second shower nozzle 4-6 simultaneously facilitated on the second spray piping 4-5 spray second largest rotating cage 4-3.
Rare metal of the present invention and alloy detritus material rotating cage type method for suppersonic cleaning thereof, comprise the following steps:
Step one, charging: rare metal and alloy detritus material thereof are poured into after in feed bin 19-2, under the effect of vibrations feed appliance 19-4, it is inner that rare metal and alloy detritus material thereof send into the first little rotating cage 6 by feed bin 19-2 by reclaiming plate 19-3;
Step 2, Ultrasonic Cleaning: when rotating cage power motor 14 rotates, first little rotating cage 6 and first rotating cage 3-3 all rotate, it is inner that the rare metal of the first little rotating cage 6 inside and alloy detritus material thereof are transported to first rotating cage 3-3, in rare metal and alloy detritus material course of conveying thereof, first spray piping 3-5 is to first rotating cage 3-3 cleaning showers liquid water, under the effect of the first ultrasonic generator 3-4, the impurity that rare metal and alloy detritus material thereof adhere to obtains cleaning, simultaneously, rare metal and alloy detritus material fines thereof are spilt by the sieve aperture on first rotating cage 3-3, enter in the first fines collecting bin 3-11, and collect in fines collection container through the first helix transporting device 3-12,
Step 3, ultrasonic rinsing: when rotating cage power motor 14 rotates, second little rotating cage 7 and second largest rotating cage 4-3 all rotate, the rare metal and the alloy detritus material thereof that pass through cleaning are transported to second largest rotating cage 4-3 inside by the second little rotating cage 7, in rare metal and alloy detritus material course of conveying thereof, second spray piping 4-5 sprays clear water to second largest rotating cage 4-3, under the effect of the second ultrasonic generator 4-4, the impurity that rare metal and alloy detritus material thereof adhere to and cleaning fluid obtain rinsing, simultaneously, rare metal and alloy detritus material fines thereof are spilt by the sieve aperture on second largest rotating cage 4-3, enter in the second fines collecting bin 4-11, and collect in fines collection container through the second helix transporting device 4-12,
Step 4, dry: when rotating cage power motor 14 rotates, 3rd little rotating cage 8, the third-largest rotating cage 5-3 and the 4th little rotating cage 9 all rotate, the third-largest rotating cage 5-3 is transported to by the 3rd little rotating cage 8 inner through the rare metal of rinsing and alloy detritus material thereof, in rare metal and alloy detritus material course of conveying thereof, it is inner that the heat that electro-heat equipment 5-5 produces is transported to the 3rd cell body 5-1 through hot air duct 5-4 under the effect of air-heater 5-6, after the rare metal of the 3rd little rotating cage 8 and the third-largest rotating cage 5-3 inside and alloy detritus material thereof are dried, export via the 4th little rotating cage 9.
The above; it is only preferred embodiment of the present invention; not the present invention is imposed any restrictions, every above embodiment is done according to the technology of the present invention essence any simple modification, change and equivalent structure change, all still belong in the protection domain of technical solution of the present invention.
Claims (6)
1. a rare metal and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: comprise chassis (1) and be arranged on the cell body bracing frame (2) on chassis (1), and the rinse bath (3), potcher (4) and the drying tank (5) that are arranged on cell body bracing frame (2), the side of described rinse bath (3) is provided with feeding device (19);
Described rinse bath (3) comprises the first cell body (3-1), the the first cell body upper cover (3-2) being arranged on the inner cleaning fluid water of the first cell body (3-1) and being rotatably connected on the first cell body (3-1), the first half bosom position of described first cell body (3-1) is provided with first rotating cage (3-3), before and after the first half of described first cell body (3-1), both sides inwall is provided with the first ultrasonic generator (3-4), the first half inside of described first cell body (3-1) is provided with the first spray piping (3-5) for cleaning showers liquid water, described first spray piping (3-5) is provided with multiple first shower nozzle (3-6), the latter half inside of described first cell body (3-1) is provided with the first water back (3-7) reaching the first cell body (3-1) outside and be connected with air heat source capsule road, the top of described first cell body (3-1) is connected with the first overflow pipe (3-8), the bottom of described first cell body (3-1) is connected with the first Drainage pipe (3-9), described first Drainage pipe (3-9) is connected with the first tapping valve (3-10), the bottom of described first cell body (3-1) is provided with the first fines collecting bin (3-11), the first helix transporting device (3-12) for rare metal and alloy detritus material fines spiral transferring thereof being gone out is provided with in described first fines collecting bin (3-11), the rear of described rinse bath (3) is provided with the first reservoir (3-13), the top of described first reservoir (3-13) is provided with the first oil water separator (3-14), the top of described first reservoir (3-13) is provided with the first liquid return hole be connected with the first overflow pipe (3-8), the first overflow pipe (3-8) being positioned at described first liquid return hole place is connected with the first filter (3-15), the side of described first reservoir (3-13) is provided with the second liquid return hole be connected with the first Drainage pipe (3-9), described chassis (1) is also provided with the first circulating pump (3-16), the entrance of described first circulating pump (3-16) is connected with the delivery port of the first reservoir (3-13) by cleaning fluid water circulating pipe (3-17), described cleaning fluid water circulating pipe (3-17) is connected with and is positioned at inner the second filter (3-18) of the first reservoir (3-13), the outlet of described first circulating pump (3-16) is connected with the first spray piping (3-5),
Described potcher (4) comprises the second cell body (4-1), the the second cell body upper cover (4-2) being arranged on the inner clear water of the second cell body (4-1) and being rotatably connected on the second cell body (4-1), the first half bosom position of described second cell body (4-1) is provided with second largest rotating cage (4-3), before and after the first half of described second cell body (4-1), both sides inwall is provided with the second ultrasonic generator (4-4), the first half inside of described second cell body (4-1) is provided with the second spray piping (4-5) for spraying clear water, described second spray piping (4-5) is provided with multiple second shower nozzle (4-6), the latter half inside of described second cell body (4-1) is provided with the second water back (4-7) reaching the second cell body (4-1) outside and be connected with air heat source capsule road, the top of described second cell body (4-1) is connected with the second overflow pipe (4-8), the bottom of described second cell body (4-1) is connected with the second Drainage pipe (4-9), described first Drainage pipe (3-9) is connected with the second tapping valve (4-10), the bottom of described second cell body (4-1) is provided with the second fines collecting bin (4-11), the second helix transporting device (4-12) for rare metal and alloy detritus material fines spiral transferring thereof being gone out is provided with in described second fines collecting bin (4-11), the rear of described potcher (4) is provided with the second reservoir (4-13), the top of described second reservoir (4-13) is provided with the second oil water separator (4-14), the top of described potcher (4) is provided with the 3rd liquid return hole be connected with the second overflow pipe (4-8), the second overflow pipe (4-8) being positioned at described second liquid return hole place is connected with the 3rd filter (4-15), the side of described potcher (4) is provided with the 4th liquid return hole be connected with the second Drainage pipe (4-9), described chassis (1) is also provided with the second circulating pump (4-16), the entrance of described second circulating pump (4-16) is connected with the delivery port of the second reservoir (4-13) by clear water circulating line (4-17), described clear water circulating line (4-17) is connected with and is positioned at the 4th inner filter (4-18) of the second reservoir (4-13), the outlet of described second circulating pump (4-16) is connected with the second spray piping (4-5),
Described drying tank (5) comprises the 3rd cell body (5-1) and is rotatably connected on the 3rd cell body upper cover (5-2) on the 3rd cell body (5-1), the first half bosom position of described 3rd cell body (5-1) is provided with the third-largest rotating cage (5-3), the latter half rear portion of described 3rd cell body (5-1) is connected with hot air duct (5-4), described chassis (1) is provided with and is positioned at the air-heater (5-6) that the electro-heat equipment (5-5) at the 3rd cell body (5-1) rear and the heat for being sent by electro-heat equipment (5-5) are blown into hot air duct (5-4), described air-heater (5-6), electro-heat equipment (5-5) is connected successively with hot air duct (5-4),
Described first rotating cage (3-3) is fixedly connected with near the side of feeding device stretches out the first outside little rotating cage (6) of the first cell body (3-1), described first rotating cage (3-3) is fixedly connected with near the side of potcher (4) stretches out the first cell body (3-1) outside and stretches into inner the second little rotating cage (7) be fixedly connected with second largest rotating cage (4-3) of the second cell body (4-1), described second largest rotating cage (4-3) is fixedly connected with near the side of drying tank (5) stretches out the second cell body (4-1) outside and stretches into inner the 3rd little rotating cage (8) be fixedly connected with the third-largest rotating cage (5-3) of the 3rd cell body (5-1), described the third-largest rotating cage (5-3) with connect the relative side of the 3rd little rotating cage (8) and be fixedly connected with the 4th little rotating cage (9), described first rotating cage (3-3) and second largest rotating cage (4-3) are provided with the sieve aperture sifted out for rare metal and alloy detritus material fines thereof, described first rotating cage (3-3), second largest rotating cage (4-3) and the third-largest rotating cage (5-3), and the first little rotating cage (6), second little rotating cage (7), 3rd little rotating cage (8) and the 4th little rotating cage (9) inside are provided with the helicla flute for convey materials, described cell body bracing frame (2) is provided with the first rotating cage supporting mechanism (10), second rotating cage supporting mechanism (11), 3rd rotating cage supporting mechanism (12) and the 4th rotating cage supporting mechanism (13), described first little rotating cage (6) supports and is arranged on the first rotating cage supporting mechanism (10), described second little rotating cage (7) supports and is arranged on the second rotating cage supporting mechanism (11), described 3rd little rotating cage (8) supports and is arranged on the 3rd rotating cage supporting mechanism (12), described 4th little rotating cage (9) supports and is arranged on the 4th rotating cage supporting mechanism (13), described chassis (1) is provided with the rotating cage power motor (14) being positioned at the second little rotating cage (7) rear and the reductor (15) be fixedly connected with the output shaft of rotating cage power motor (14), the output shaft of described reductor (15) is fixedly connected with the first sprocket wheel (16), the excircle of described second little rotating cage (7) is fixedly connected with the second sprocket wheel (17), described first sprocket wheel (16) and the second sprocket wheel (17) are connected with chain (18),
Described feeding device (19) comprises frame (19-1) and is arranged on the feed bin (19-2) on frame (19-1) top, the bottom of described feed bin (19-2) is provided with and extends to the inner reclaiming plate (19-3) of the first little rotating cage (6), and the bottom of described reclaiming plate (19-3) is provided with vibrations feed appliance (19-4).
2. according to rare metal according to claim 1 and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: described first rotating cage supporting mechanism (10), second rotating cage supporting mechanism (11), 3rd rotating cage supporting mechanism (12) is identical with the structure of the 4th rotating cage supporting mechanism (13) and include the base (20) be welded on cell body bracing frame (2) and the roller bearing units of usheing to seat (21) be fixedly connected on base (20), described roller bearing units of usheing to seat (21) is provided with rotating shaft (22), described rotating shaft (22) is connected with roller (23), the excircle of described roller (23) is provided with groove (24), described first little rotating cage (6), second little rotating cage (7), the excircle of the 3rd little rotating cage (8) and the 4th little rotating cage (9) is provided with and matches with groove (24) and boss for being connected together in groove (24).
3. according to rare metal according to claim 1 and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: described first cell body upper cover (3-2) is rotatably connected on the first cell body (3-1) by the first pneumatic spring (3-19), described second cell body upper cover (4-2) is rotatably connected on the second cell body (4-1) by the second pneumatic spring (4-19), and described 3rd cell body upper cover (5-2) is rotatably connected on the 3rd cell body (5-1) by the 3rd pneumatic spring.
4. according to rare metal according to claim 1 and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: described first rotating cage (3-3) is provided with two the first rotating cage Butterworth Hatch (3-20), described second largest rotating cage (4-3) is provided with two the second rotating cage Butterworth Hatch (4-20), described the third-largest rotating cage (5-3) is provided with two the 3rd rotating cage Butterworth Hatch (5-7).
5., according to rare metal according to claim 1 and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof, it is characterized in that: the first half inside that described first spray piping (3-5) is arranged on the first cell body (3-1) be positioned at first rotating cage (3-3) height
position; The first half inside that described second spray piping (4-5) is arranged on the second cell body (4-1) is positioned at second largest rotating cage (4-3) height
position.
6. utilize rare metal as claimed in claim 1 and alloy detritus material rotating cage type ultrasonic cleaning equipment thereof to carry out a method for rare metal and the cleaning of alloy detritus material thereof, it is characterized in that the method comprises the following steps:
Step one, charging: rare metal and alloy detritus material thereof are poured into after in feed bin (19-2), under the effect of vibrations feed appliance (19-4), it is inner that rare metal and alloy detritus material thereof send into the first little rotating cage (6) by feed bin (19-2) by reclaiming plate (19-3);
Step 2, Ultrasonic Cleaning: when rotating cage power motor (14) rotates, first little rotating cage (6) and first rotating cage (3-3) all rotate, it is inner that the rare metal that first little rotating cage (6) is inner and alloy detritus material thereof are transported to first rotating cage (3-3), in rare metal and alloy detritus material course of conveying thereof, first spray piping (3-5) is to first rotating cage (3-3) cleaning showers liquid water, under the effect of the first ultrasonic generator (3-4), the impurity that rare metal and alloy detritus material thereof adhere to obtains cleaning, simultaneously, rare metal and alloy detritus material fines thereof are spilt by the sieve aperture on first rotating cage (3-3), enter in the first fines collecting bin (3-11), and collect in fines collection container through the first helix transporting device (3-12),
Step 3, ultrasonic rinsing: when rotating cage power motor (14) rotates, second little rotating cage (7) and second largest rotating cage (4-3) all rotate, the rare metal and the alloy detritus material thereof that pass through cleaning are transported to second largest rotating cage (4-3) inside by the second little rotating cage (7), in rare metal and alloy detritus material course of conveying thereof, second spray piping (4-5) sprays clear water to second largest rotating cage (4-3), under the effect of the second ultrasonic generator (4-4), the impurity that rare metal and alloy detritus material thereof adhere to and cleaning fluid obtain rinsing, simultaneously, rare metal and alloy detritus material fines thereof are spilt by the sieve aperture on second largest rotating cage (4-3), enter in the second fines collecting bin (4-11), and collect in fines collection container through the second helix transporting device (4-12),
Step 4, dry: when rotating cage power motor (14) rotates, 3rd little rotating cage (8), the third-largest rotating cage (5-3) and the 4th little rotating cage (9) all rotate, the third-largest rotating cage (5-3) is transported to by the 3rd little rotating cage (8) inner through the rare metal of rinsing and alloy detritus material thereof, in rare metal and alloy detritus material course of conveying thereof, it is inner that the heat that electro-heat equipment (5-5) produces is transported to the 3rd cell body (5-1) through hot air duct (5-4) under the effect of air-heater (5-6), after the rare metal inner to the 3rd little rotating cage (8) and the third-largest rotating cage (5-3) and alloy detritus material thereof are dried, export via the 4th little rotating cage (9).
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| CN105013762B (en) | 2017-03-15 |
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