CN205731987U - Multichannel multi-layer vibration descaling machine - Google Patents

Multichannel multi-layer vibration descaling machine Download PDF

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Publication number
CN205731987U
CN205731987U CN201620713565.9U CN201620713565U CN205731987U CN 205731987 U CN205731987 U CN 205731987U CN 201620713565 U CN201620713565 U CN 201620713565U CN 205731987 U CN205731987 U CN 205731987U
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CN
China
Prior art keywords
miscellaneous
screen frame
subchannel
thin
big
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201620713565.9U
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Chinese (zh)
Inventor
钱丽英
姜少云
王巧扣
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shengtian Package & Transportation Machinery Co Ltd Wujiang City
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Shengtian Package & Transportation Machinery Co Ltd Wujiang City
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Application filed by Shengtian Package & Transportation Machinery Co Ltd Wujiang City filed Critical Shengtian Package & Transportation Machinery Co Ltd Wujiang City
Priority to CN201620713565.9U priority Critical patent/CN205731987U/en
Application granted granted Critical
Publication of CN205731987U publication Critical patent/CN205731987U/en
Withdrawn - After Issue legal-status Critical Current
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Abstract

nullThis utility model relates to a kind of multichannel multi-layer vibration descaling machine,It includes feed hopper、Feeding-passage、Vibrating cleaning sieve、Dust arrester、Outfeed belt conveyor,Feeding-passage includes at least two subchannel,Vibrating cleaning sieve includes the screen banks that quantity is identical with subchannel quantity,Each screen banks includes the big miscellaneous screen frame that from top to bottom sets gradually and thin miscellaneous screen frame,The sieve aperture of big miscellaneous screen frame is more than the sieve aperture of thin miscellaneous screen frame,And have at regular intervals between big miscellaneous screen frame and thin miscellaneous screen frame,One end of each screen banks is connected with the lower port of corresponding subchannel,And each big miscellaneous screen frame of screen banks docks mutually with the lower port of corresponding subchannel,Vibrating cleaning sieve also includes the big miscellaneous outlet docked mutually with big miscellaneous screen frame、The clean grain outlet docked mutually with thin miscellaneous screen frame、It is positioned at the thin miscellaneous outlet below thin miscellaneous screen frame,Dust arrester have with clean grain outlet be connected and by the air-suction channel of light miscellaneous sucking-off、It is positioned at the discharging opening of air-suction channel lower end、The light miscellaneous outlet being connected with air-suction channel.

Description

Multichannel multi-layer vibration descaling machine
Technical field
This utility model relates to a kind of multichannel multi-layer vibration descaling machine.
Background technology
In prior art, grain cleaning is typically processed by vibrating cleaning machine.With the material of various impurity by feeding Mouth entrance machine, goes out impurity by the screen frame vibrosieve in machine, and impurity is discharged by impurities outlet, and clean grain is by discharging opening Output.Existing vibrating cleaning machine, cleaning efficiency is low, and cleaning effect is poor.
Utility model content
In order to solve the problems of the prior art, the purpose of this utility model is to provide a kind of cleaning efficiency height, cleaning effect The best multichannel multi-layer vibration descaling machine.
In order to achieve the above object, this utility model provides a kind of multichannel multi-layer vibration descaling machine, and it includes
Feed hopper;
Feeding-passage, this feeding-passage includes at least two subchannel that upper port is connected with feed hopper;
Vibrating cleaning sieve, this vibrating cleaning sieve include the screen banks that quantity is identical with subchannel quantity, each screen banks include by The big miscellaneous screen frame set gradually down and thin miscellaneous screen frame, the sieve aperture of big miscellaneous screen frame is more than the sieve aperture of thin miscellaneous screen frame, and big miscellaneous sieve Having at regular intervals between frame and thin miscellaneous screen frame, one end of each screen banks is connected with the lower port of corresponding subchannel, and often The big miscellaneous screen frame of individual screen banks docks mutually with the lower port of corresponding subchannel, and vibrating cleaning sieve also includes docking mutually with big miscellaneous screen frame Big miscellaneous outlet dock mutually with thin miscellaneous screen frame clean grain outlet, be positioned at the thin miscellaneous outlet below thin miscellaneous screen frame;
Dust arrester, this dust arrester have with clean grain outlet be connected and by the air-suction channel of light miscellaneous sucking-off, be positioned at suction The light miscellaneous outlet that the discharging opening of wind passage lower end is connected with air-suction channel;
Outfeed belt conveyor, one end of this outfeed belt conveyor is docked mutually with above-mentioned discharging opening.
Further, each screen banks also include being arranged between big miscellaneous screen frame and thin miscellaneous screen frame in miscellaneous screen frame, in miscellaneous sieve The sieve aperture of frame less than the sieve aperture of big miscellaneous screen frame and more than the sieve aperture of thin miscellaneous screen frame, in miscellaneous screen frame and big miscellaneous screen frame and thin miscellaneous screen frame it Between be respectively provided with a determining deviation, in miscellaneous screen frame dock mutually with big miscellaneous outlet.
Further, screen banks is obliquely installed, and higher one end of screen banks is connected with the lower port of corresponding subchannel.
Further, it is provided with between feed hopper and feeding-passage for regulating the refining dress whether each subchannel feeds Put.
Further, even distributor includes rotating the controllable register arranged.
Further, the upper end of even distributor is connected with feed hopper, and lower end has equal with above-mentioned subchannel quantity And the sub-material mouth docked one by one, fewer than sub-material mouth one of the quantity of this controllable register, and each controllable register are positioned at adjacent two Top between sub-material mouth.
Further, the first adjusting means for regulating mass flow it is provided with in each subchannel.
Further, the first adjusting means is current plate, and one end of this current plate can movably be connected to point logical On road, there is between the other end and the inwall of subchannel certain distance.
Further, be provided with at the lower port of each subchannel for regulate the material thickness entering big miscellaneous screen frame Two adjusting meanss.
Further, the second adjusting means is refining plate, and the upper end of this refining plate can be connected to point logical up or down On road, there is between lower end and the inwall of subchannel certain distance.
Owing to have employed technique scheme, this utility model multichannel multi-layer vibration descaling machine, vibrating cleaning sieve has Multiple screen banks, are fed to each screen banks respectively by multiple subchannels, and each screen banks is made up of the screen frame dredged to close multilamellar again, respectively sieves Impurity of all sizes is sifted out by frame respectively, finally light miscellaneous sucking-off, clean grain is exported to going out by discharging opening by dust arrester Material conveyer.This multichannel multi-layer vibration descaling machine, rational in infrastructure, it is easy to operation, cleaning efficiency is high, and cleaning effect is good.
Accompanying drawing explanation
Accompanying drawing 1 in embodiment one multichannel multi-layer vibration descaling machine face structural representation;
Accompanying drawing 2 is the side-looking structural representation of multichannel multi-layer vibration descaling machine in embodiment one;
Accompanying drawing 3 is that in embodiment one, structural representation is just being cutd open in the local of multichannel multi-layer vibration descaling machine, wherein subchannel Being respectively arranged with two with screen banks, the screen frame of each screen banks has two;
Accompanying drawing 4 is that in embodiment one, the partial side of multichannel multi-layer vibration descaling machine cuts open structural representation, wherein subchannel Being respectively arranged with two with screen banks, the screen frame of each screen banks has two;
Accompanying drawing 5 is that in embodiment two, structural representation is just being cutd open in the local of multichannel multi-layer vibration descaling machine, wherein subchannel Being respectively arranged with two with screen banks, the screen frame of each screen banks has three;
Accompanying drawing 6 is that in embodiment two, the partial side of multichannel multi-layer vibration descaling machine cuts open structural representation, wherein subchannel Being respectively arranged with two with screen banks, the screen frame of each screen banks has three;
Accompanying drawing 7 is that in embodiment three, structural representation is just being cutd open in the local of multichannel multi-layer vibration descaling machine, wherein subchannel Being respectively arranged with three with screen banks, the screen frame of each screen banks has two;
Accompanying drawing 8 is that in embodiment three, the partial side of multichannel multi-layer vibration descaling machine cuts open structural representation, wherein subchannel Being respectively arranged with three with screen banks, the screen frame of each screen banks has two;
Accompanying drawing 9 is that in embodiment four, structural representation is just being cutd open in the local of multichannel multi-layer vibration descaling machine, wherein subchannel Being respectively arranged with three with screen banks, the screen frame of each screen banks has three;
Accompanying drawing 10 is that in embodiment four, the partial side of multichannel multi-layer vibration descaling machine cuts open structural representation, wherein subchannel Being respectively arranged with three with screen banks, the screen frame of each screen banks has three;
Accompanying drawing 11 in embodiment five multichannel multi-layer vibration descaling machine face structural representation;
Accompanying drawing 12 is the side-looking structural representation of multichannel multi-layer vibration descaling machine in embodiment five.
Figure is numbered:
1, feed hopper;2, even distributor;3, feeding-passage;4, vibrating cleaning sieve;5, dust arrester;6, outfeed belt conveyor; 7, light miscellaneous outlet;8, big miscellaneous outlet;9, thin miscellaneous outlet;10, controllable register;11, current plate;12, big miscellaneous screen frame;13, thin miscellaneous sieve Frame;14, miscellaneous screen frame in;15, refining plate;16, clean grain outlet;17, air-suction channel;18, discharging opening;19, subchannel;20, sub-material Mouthful.
Detailed description of the invention
Below in conjunction with the accompanying drawings preferred embodiment of the present utility model is described in detail, so that advantage of the present utility model Can be easier to be readily appreciated by one skilled in the art with feature.
Embodiment one
Seeing accompanying drawing 1 to accompanying drawing 4, the multichannel multi-layer vibration descaling machine in the present embodiment, it includes feed hopper 1, refining Device 2, feeding-passage 3, vibrating cleaning sieve 4, dust arrester 5, outfeed belt conveyor 6.
Above-mentioned feeding-passage 3 includes at least two subchannel 19, and the subchannel 19 in the present embodiment has two.Each point The upper port of passage 19 is connected with feed hopper 1, and lower port is connected with vibrating cleaning sieve 4.In a kind of enforcement being more highly preferred to In scheme, in each subchannel 19, it is provided with the first adjusting means for regulating mass flow.The first tune in the present embodiment Regulating device is current plate 11, and one end of this current plate 11 can movably be connected on subchannel 19, the other end and subchannel Between the inwall of 19, there is certain distance, regulate in current plate 11 other end and subchannel 19 by moving left and right current plate 11 Distance between wall, thus regulate the mass flow in subchannel 19.
Above-mentioned even distributor 2 is arranged between feed hopper 1 and feeding-passage 3, whether is used for regulating each subchannel 19 Charging.Preferably, even distributor 2 includes rotating the controllable register 10 arranged.In the present embodiment, the upper end of even distributor 2 with enter Hopper 1 is connected, and lower end has sub-material mouth 20 that is equal with above-mentioned subchannel 19 quantity and that dock one by one, this controllable register 10 Fewer than sub-material mouth 20 one of quantity, and each controllable register 10 between adjacent two sub-material mouths 20 above, by rotate Controllable register 10 opens and closes sub-material mouth 20, thus regulates each subchannel 19 the need of charging.
Above-mentioned vibrating cleaning sieve 4 includes at least two screen banks, screen banks quantity (this consistent with the quantity of above-mentioned subchannel 19 Embodiment is two), and by each subchannel 19 respectively to each screen banks feed.Each screen banks in the present embodiment from top to bottom depends on Secondary setting.Vibrating cleaning sieve is driven vibration by motor, thus material is carried out sieving.
Each screen banks includes at least two screen frame from top to bottom set gradually, this enforcement as shown in accompanying drawing 3 and accompanying drawing 4 In example, the screen frame in each screen banks has two, the biggest miscellaneous screen frame 12 and be positioned at the thin miscellaneous screen frame 13 below big miscellaneous screen frame 12, The sieve aperture of big miscellaneous screen frame 12 more than the sieve aperture of thin miscellaneous screen frame 13, and have between big miscellaneous screen frame 12 and thin miscellaneous screen frame 13 certain between Away from.Vibrating cleaning sieve 4 also includes that the clean grain that the big miscellaneous outlet 8 docked with big miscellaneous screen frame 12 phase is docked with thin miscellaneous screen frame 13 phase goes out Mouthfuls 16, it is positioned at the thin miscellaneous outlet 9 below thin miscellaneous screen frame 13.Big miscellaneous outlet 8 has two, lays respectively at the both sides of vibrating cleaning sieve 4. Thin miscellaneous outlet 9 also has two, lays respectively at the bottom of vibrating cleaning sieve 4.
One end of each screen banks is connected with the lower port of corresponding subchannel 19, and the big miscellaneous screen frame 12 of each screen banks with The lower port of corresponding subchannel 19 is docked mutually.In a kind of highly preferred embodiment, the lower port of each subchannel 19 Place is provided with the second adjusting means for regulating the material thickness entering big miscellaneous screen frame 12, it is ensured that material fills on compass screen surface width Divide uniform.In the present embodiment, the second adjusting means is refining plate 15, and the upper end of this refining plate 15 can be connected to point up or down On passage 19, between the inwall of lower end and subchannel 19, there is certain distance, regulate refining by moving up and down refining plate 15 Distance between plate 15 other end and subchannel 19 inwall, thus regulate the material entering big miscellaneous screen frame 12 in subchannel 19 Thickness.
Each screen banks is all obliquely installed, and each screen frame in screen banks is the most all obliquely installed and angle of inclination is identical, screen banks Higher one end is connected with the lower port of corresponding subchannel 19.
Above-mentioned dust arrester 5 have with clean grain outlet 16 be connected and by the air-suction channel 17 of light miscellaneous sucking-off, be positioned at suction The light miscellaneous outlet 7 that the discharging opening 18 of wind passage 17 lower end is connected with air-suction channel 17.The most miscellaneous for rice husk, shrivelled kernel etc..
One end of above-mentioned outfeed belt conveyor 6 is docked with above-mentioned discharging opening 18 phase.
Operation principle:
Material is entered by feed hopper 1, respectively enters each subchannel 19 in feeding-passage 3 via even distributor 2, then by dividing Passage 19 enters each screen banks in vibrating cleaning sieve 4.Material first passes through the filtration of big miscellaneous screen frame 12 in screen banks, the most miscellaneous and in miscellaneous Sifted out and discharged by big miscellaneous outlet 8, clean grain, the most miscellaneous, thin miscellaneous fallen to downwards thin miscellaneous screen frame 13, clean grain and the most miscellaneous by thin miscellaneous sieve Frame 13 sifts out, and by clean grain outlet 16 discharge, thin miscellaneous drop downwards and is discharged by thin miscellaneous outlet 9.With the most miscellaneous clean grain by only Enter the air-suction channel 17 of dust arrester 5 after grain outlet 16 discharge, the most miscellaneous siphoned away by air-suction channel 17, and by light miscellaneous outlet 7 row Going out, clean grain falls to the discharging opening 18 of lower section, and is dropped down onto on outfeed belt conveyor 6 by discharging opening 18.
This multichannel multi-layer vibration descaling machine, vibrating cleaning sieve has multiple screen banks, and by multiple subchannels respectively to respectively Screen banks feeds, and powder feeding efficiency is high;By arranging even distributor, used subchannel and sieve can be selected according to actual needs Group;By arranging the first adjusting means, the flow of each passage charging can be regulated;By arranging the second adjusting means, can adjust Save the thickness of each screen banks charging, be allowed to uniform;Each screen banks is made up of the screen frame dredged to close multilamellar again, it is possible to by all size Different impurity sifts out respectively, and last passage is by dust arrester by light miscellaneous sucking-off, and cleaning efficiency is high, and cleaning effect is good.This manifold Road multi-layer vibration descaling machine, rational in infrastructure, it is easy to operation.
Embodiment two
Difference referring to the drawings 5 and accompanying drawing 6, the multichannel multi-layer vibration descaling machine in the present embodiment and embodiment one only exists In: each screen banks has three screen frames, be respectively from top to bottom set gradually big miscellaneous screen frame 12, in miscellaneous screen frame 14 and thin miscellaneous screen frame 13.In the sieve aperture of miscellaneous screen frame 14 less than the sieve aperture of big miscellaneous screen frame 12 and more than the sieve aperture of thin miscellaneous screen frame 13, in miscellaneous screen frame 14 with big Be respectively provided with a determining deviation between miscellaneous screen frame 12 and thin miscellaneous screen frame 13, in miscellaneous screen frame 14 dock with big miscellaneous outlet 8 phase.
Operation principle:
Material is entered by feed hopper 1, respectively enters each subchannel 19 in feeding-passage 3 via even distributor 2, then by dividing Passage 19 enters each screen banks in vibrating cleaning sieve 4.Material first passes through the filtration of big miscellaneous screen frame 12 in screen banks, the most miscellaneous is sifted out And discharged by big miscellaneous outlet 8, in grain miscellaneous, clean, the most miscellaneous, thin miscellaneous fall to downwards in miscellaneous screen frame 14, through in the mistake of miscellaneous screen frame 14 Filter, in miscellaneous sifted out and discharged by big miscellaneous outlet 8, clean grain, the most miscellaneous, thin miscellaneous fall to downwards thin miscellaneous screen frame 13, clean grain and the most miscellaneous Sifted out by thin miscellaneous screen frame 13, and by clean grain outlet 16 discharge, thin miscellaneous drop downwards and discharged by thin miscellaneous outlet 9.With the most miscellaneous Clean grain, by entering the air-suction channel 17 of dust arrester 5 after clean grain outlet 16 discharge, the most miscellaneous is siphoned away by air-suction channel 17, and by the most miscellaneous Outlet 7 discharge, clean grain falls to the discharging opening 18 of lower section, and is dropped down onto on outfeed belt conveyor 6 by discharging opening 18.
Embodiment three
Difference referring to the drawings 7 and accompanying drawing 8, the multichannel multi-layer vibration descaling machine in the present embodiment and embodiment one only exists In: subchannel 19 and screen banks are respectively arranged with three.
Embodiment four
Referring to the drawings 9 and accompanying drawing 10, the difference of the multichannel multi-layer vibration descaling machine in the present embodiment and embodiment two is only It is: subchannel 19 and screen banks are respectively arranged with three.
Embodiment five
Referring to the drawings 11 and accompanying drawing 12, the difference of the multichannel multi-layer vibration descaling machine in the present embodiment and embodiment one is only It is: the structure of dust arrester 5 is different with dedusting method.Dust arrester 5 in embodiment one is to utilize to blow formula principle, with gently After miscellaneous clean grain is by clean grain outlet 16 discharge, the most miscellaneous it is blown into Asta-3746 (i.e. first passing through blower fan again through Asta-3746) by blower fan, gently Miscellaneous through Asta-3746 separate after discharge through light miscellaneous outlet 7, remaining air is arranged outwardly by Asta-3746;And the dedusting in the present embodiment Device 5 is to utilize suction principle, being discharged, at blower fan by clean grain outlet 16 with the most miscellaneous clean grain after vibrating cleaning sieve is cleared up Suction under, the most miscellaneous through Asta-3746 separate after discharge through light miscellaneous outlet 7, remaining air through blower fan arrange outwardly, the most first Through Asta-3746 again through blower fan.
Above in association with embodiment, this utility model is elaborated, only for technology of the present utility model design is described And feature, its object is to allow person skilled in the art understand content of the present utility model and to be carried out, can not be with this Limit protection domain of the present utility model, all equivalence changes done according to this utility model spirit or modification, all should contain Cover in protection domain of the present utility model.

Claims (10)

1. a multichannel multi-layer vibration descaling machine, it is characterised in that: it includes
Feed hopper (1);
Feeding-passage (3), this feeding-passage (3) includes at least two subchannel that upper port is connected with described feed hopper (1) (19);
Vibrating cleaning sieve (4), this vibrating cleaning sieve (4) includes the screen banks that quantity is identical with described subchannel (19) quantity, each Screen banks includes big miscellaneous screen frame (12) and the thin miscellaneous screen frame (13) from top to bottom set gradually, the sieve aperture of described big miscellaneous screen frame (12) More than the sieve aperture of thin miscellaneous screen frame (13), and have at regular intervals between big miscellaneous screen frame (12) and thin miscellaneous screen frame (13), each screen banks One end be connected with the lower port of corresponding subchannel (19), and the described big miscellaneous screen frame (12) of each screen banks with corresponding point The lower port of passage (19) is docked mutually, and described vibrating cleaning sieve (4) also includes big with what described big miscellaneous screen frame (12) was docked mutually The clean grain that miscellaneous outlet (8) is docked mutually with described thin miscellaneous screen frame (13) exports (16), is positioned at the thin of described thin miscellaneous screen frame (13) lower section Miscellaneous outlet (9);
Dust arrester (5), this dust arrester (5) have with described clean grain outlet (16) be connected and the air draught of light miscellaneous sucking-off led to Road (17), be positioned at that the discharging opening (18) of described air-suction channel (17) lower end is connected with described air-suction channel (17) the most miscellaneous go out Mouth (7);
Outfeed belt conveyor (6), one end of this outfeed belt conveyor (6) is docked mutually with above-mentioned discharging opening (18).
Multichannel multi-layer vibration descaling machine the most according to claim 1, it is characterised in that: each described screen banks also includes setting Miscellaneous screen frame (14) in putting between described big miscellaneous screen frame (12) and thin miscellaneous screen frame (13), described in the sieve aperture of miscellaneous screen frame (14) Less than the sieve aperture of big miscellaneous screen frame (12) and more than the sieve aperture of thin miscellaneous screen frame (13), in miscellaneous screen frame (14) and big miscellaneous screen frame (12) and carefully Miscellaneous screen frame is respectively provided with a determining deviation between (13), in miscellaneous screen frame (14) dock mutually with described big miscellaneous outlet (8).
Multichannel multi-layer vibration descaling machine the most according to claim 1 and 2, it is characterised in that: described screen banks tilts to set Putting, higher one end of screen banks is connected with the lower port of corresponding subchannel (19).
Multichannel multi-layer vibration descaling machine the most according to claim 1, it is characterised in that: described feed hopper (1) with enter It is provided with for regulating the even distributor (2) whether each described subchannel (19) feeds between material passage (3).
Multichannel multi-layer vibration descaling machine the most according to claim 4, it is characterised in that: described even distributor (2) includes Rotate the controllable register (10) arranged.
Multichannel multi-layer vibration descaling machine the most according to claim 5, it is characterised in that: described even distributor (2) Upper end is connected with described feed hopper (1), and lower end has sub-material mouth that is equal with above-mentioned subchannel (19) quantity and that dock one by one (20), fewer than sub-material mouth (20) one of the quantity of this controllable register (10), and each controllable register (10) is positioned at adjacent two points Top between material mouth (20).
Multichannel multi-layer vibration descaling machine the most according to claim 1, it is characterised in that: each described subchannel (19) Inside it is provided with the first adjusting means for regulating mass flow.
Multichannel multi-layer vibration descaling machine the most according to claim 7, it is characterised in that: the first described adjusting means is Current plate (11), one end of this current plate (11) can movably be connected on subchannel (19), the other end and subchannel (19) between inwall, there is certain distance.
Multichannel multi-layer vibration descaling machine the most according to claim 1, it is characterised in that: each described subchannel (19) Lower port at be provided with the second adjusting means for regulating the material thickness entering described big miscellaneous screen frame (12).
Multichannel multi-layer vibration descaling machine the most according to claim 9, it is characterised in that: the second described adjusting means For refining plate (15), the upper end of this refining plate (15) can be connected on subchannel (19) up or down, lower end and subchannel (19) between inwall, there is certain distance.
CN201620713565.9U 2016-07-08 2016-07-08 Multichannel multi-layer vibration descaling machine Withdrawn - After Issue CN205731987U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620713565.9U CN205731987U (en) 2016-07-08 2016-07-08 Multichannel multi-layer vibration descaling machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620713565.9U CN205731987U (en) 2016-07-08 2016-07-08 Multichannel multi-layer vibration descaling machine

Publications (1)

Publication Number Publication Date
CN205731987U true CN205731987U (en) 2016-11-30

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620713565.9U Withdrawn - After Issue CN205731987U (en) 2016-07-08 2016-07-08 Multichannel multi-layer vibration descaling machine

Country Status (1)

Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106000882A (en) * 2016-07-08 2016-10-12 吴江市胜天包装输送机械有限责任公司 Multi-channel multi-layer vibration cleaning machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106000882A (en) * 2016-07-08 2016-10-12 吴江市胜天包装输送机械有限责任公司 Multi-channel multi-layer vibration cleaning machine

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Granted publication date: 20161130

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