CN105057264A - White fungus cyclic cleaning device and white fungus cyclic cleaning process - Google Patents
White fungus cyclic cleaning device and white fungus cyclic cleaning process Download PDFInfo
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- CN105057264A CN105057264A CN201510605031.4A CN201510605031A CN105057264A CN 105057264 A CN105057264 A CN 105057264A CN 201510605031 A CN201510605031 A CN 201510605031A CN 105057264 A CN105057264 A CN 105057264A
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- water
- white fungus
- cistern
- fixed mount
- mesh belt
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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
- B08B3/02—Cleaning by the force of jets or sprays
- B08B3/022—Cleaning travelling work
-
- 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
-
- 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
- B08B3/14—Removing waste, e.g. labels, from cleaning liquid; Regenerating cleaning liquids
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- Cleaning By Liquid Or Steam (AREA)
Abstract
The invention discloses a white fungus cyclic cleaning device. The white fungus cyclic cleaning device comprises a transferring device, a water storage tool which is used for cleaning the white fungus on the transferring device and a filter device, wherein the transferring device is erected inside the water storage pool, a water inlet and a water outlet are respectively formed in the front end and the rear end of the water storage pool, the water inlet end of the filter device is communicated with the water outlet of the water storage pool, and the water outlet end of the filter device is communicated with the water inlet of the water storage pool through a drainage device. According to the white fungus cyclic cleaning device, the filter device and the water storage pool are communicated in a cyclic manner, so that water in the water storage pool and water in the filter device are always in a cyclic circulating state; after cleaning the white fungus, the water in the water storage pool flows to the filter device through the water outlet to be filtered, and the filtered water flows to the water storage pool through the drainage device and is used for cleaning the white fungus again, so that a user only needs to inject water into the water storage pool once, the white fungus on the transferring device can be cleaned in a cyclic manner, and the waste of water resources can be reduced greatly.
Description
Technical field
The present invention relates to a kind of cleaning equipment and cleaning thereof, refer in particular to a kind of circulating cleaning equipment and wash cycles technique thereof of white fungus.
Background technology
White fungus is a kind of food materials easily saved bit by bit dirt and be difficult to again clean, if the simple manpower and materials not only needing at substantial by manual cleaning, and easily damage is caused to white fungus, therefore in order to avoid this situation, market there has been the equipment of special cleaning white fungus.
Although market there is many equipment can be used for cleaning white fungus, if white fungus will clean up by existing equipment and its using method up hill and dale, needs the water resource of at substantial, be difficult to water is fully utilized.
Summary of the invention
The invention provides a kind of circulating cleaning equipment and wash cycles technique thereof of white fungus, its main purpose is the defect needing at substantial water resource when overcoming existing white fungus cleaning equipment and using method cleaning thereof.
For solving the problems of the technologies described above, the present invention adopts following technical scheme:
A kind of circulating cleaning equipment of white fungus, comprise a conveyer and for cleaning the cistern of white fungus on this conveyer, it is inner that described conveyer is erected at described cistern, the rear and front end of described cistern offers a water inlet and a delivery port respectively, also comprise a filter, the water inlet end of described filter is communicated with the delivery port of described cistern, water side is communicated with by a drainage arrangement with the water inlet of described cistern.
Further, described filter comprises one and offers the filter of described water inlet end and water side and plural layer and be embedded screen pack in this filter inside, between the water inlet end that described plural layer screen pack interval is arranged in described filter and water side, and the mesh of this plural layer screen pack is reduced gradually by the direction of water inlet end to water side.
Further, the water inlet end of described filter is communicated with by a rhone with the delivery port of described cistern, described drainage arrangement comprises a water pump, and the two ends of described water pump are communicated with the water side of described filter and the water inlet of cistern respectively by a drainpipe.
Further, described conveyer comprises a mesh belt, one first horizontal fixed mount and an oblique fixed mount, one end that described oblique fixed mount level height is low is fixedly connected with described first horizontal fixed mount one end, the left and right sides of described first horizontal fixed mount is all equiped with one first horizontal rail mechanisms, the left and right sides of described oblique fixed mount is all equiped with an oblique orbit mechanism, described mesh belt is erected in described first horizontal rail mechanisms and oblique orbit mechanism, the junction of described first horizontal fixed mount and oblique fixed mount is equiped with one and is installed with the pressing wheel mechanism on described first horizontal rail mechanisms or oblique orbit mechanism all the time for making the left and right sides of described mesh belt.
Further, one end that described oblique fixed mount level height is high is connected with one second horizontal fixed mount, the described second horizontal fixed mount left and right sides is all equiped with one for the second horizontal rail mechanisms for described mesh belt walking, described second horizontal fixed mount is positioned at above described cistern, and this second horizontal fixed mount being equiped with a driving wheel for driving described mesh belt to walk, described first horizontal fixed mount is equiped with a driven pulley be connected with described capstan drive near one end of described cistern water inlet.
Further, described first horizontal rail mechanisms comprises one first horizontal rail and and is positioned at the second horizontal rail below this first horizontal rail, described pressing wheel mechanism comprises first pinch roller and that the top of described mesh belt can be installed with in described first horizontal rail can be installed with the second pinch roller in described second horizontal rail by the bottom of described mesh belt, the outside of described cistern is equiped with a plurality of oxygen increasing pump, each oxygen increasing pump is all communicated with at least one spaced apart aspiration tube being provided with a plurality of pore in upside by a wireway, described at least one aspiration tube is all between described first horizontal rail and the second horizontal rail.
Further, the outside of described mesh belt is equiped with a plurality of baffle plate equally arranged along the direction of walking.
Further, described oblique fixed mount is also equiped with a spraying mechanism, described spraying mechanism comprises the drainpipe that the complex root space-stop rack sparge pipe and be located at above the described oblique fixed mount left and right sides connects external source, described drainpipe is all communicated with every root sparge pipe, spaced apartly on the downside of described sparge pipe is provided with a plurality of hole for water spraying.
Further, the side of described cistern is embedded with at least one anti-overflow groove, the water inlet of described anti-overflow groove is positioned at the outside that described cistern is inner, discharge outlet is communicated with described cistern, and the water inlet level height of this anti-overflow groove lower than the water level peak of described cistern, discharge outlet level height lower than the level height of this water inlet.
A wash cycles technique for white fungus circulating cleaning equipment, comprises the following steps:
A, to add water toward cistern: being added water by cistern is added to horizontal plane and stops higher than the level height of mesh belt upper surface again;
B, placement white fungus: white fungus to be cleaned is taken out a part and be placed on the mesh belt of cistern water inlet one end, white fungus is immersed in water, and make the white fungus quantity between adjacent two baffle plates close;
C, startup oxygen increasing pump: allow oxygen constantly be discharged to mesh belt from aspiration tube, white fungus is constantly rolled;
D, startup conveyer: allow the top of mesh belt move toward the direction of oblique fixed mount from the first horizontal fixed mount under the drive of driving wheel, and constantly on the mesh belt be available, add white fungus;
E, start water pump: allow the water in cistern be discharged into the multi-filtering through multiple filtration net in filter by delivery port, water after filtration leaves filter and enters continuation cleaning auricularia auriculajudae in cistern by water pump by the water inlet of cistern again, and water is constantly circulated between cistern and filter;
F, startup spraying mechanism: drainpipe is connected external source, water is sprayed by sparge pipe, the white fungus on cleaning mesh belt;
G, recovery white fungus: when white fungus follows mesh belt to move to the second horizontal fixed mount place, the white fungus on the second horizontal fixed mount reclaims by staff again.
Compared to the prior art, the beneficial effect that the present invention produces is:
1, structure of the present invention is simple, practical, to circulate with cistern be communicated with by arranging a filter, the water in cistern and the water in filter is made to be in the state of circulation all the time, water in cistern flows to filter by delivery port and filters after having cleaned white fungus, water after filtration is flowed back in cistern by drainage arrangement and also again cleans white fungus, user is so made only to need to inject a water in cistern, just constantly can carry out wash cycles to the white fungus on conveyer, greatly reduce the waste of water resource.
2, in the present invention, by arranging multiple filtration net in filter, and the bore of screen pack from water inlet end to water side is reduced gradually, to make in cistern sewage out successively can filter in filter, make the particle of different-diameter can be attached on different screen packs, improve filter efficiency.
3, in the present invention, by arranging a conveyer, and white fungus is placed on conveyer, clean in the process that white fungus can be transmitted on the first horizontal fixed mount, and be sent on the second horizontal fixed mount by oblique fixed mount and reclaim, the cleannes of white fungus can not only be improved, and the operating efficiency of staff can be improved.
4, in the present invention, by arranging oxygen increasing pump and aspiration tube, make oxygen increasing pump discharge oxygen by aspiration tube, oxygen is discharged on mesh belt and white fungus can be made to roll, each position of white fungus can be cleaned fully, and oxygen can also improve the freshness of white fungus.
5, in the present invention, by arranging multiple baffle plate, white fungus can be evenly distributed between each baffle plate, prevent white fungus from piling up and the effect of impact cleaning mutually in the process of conveying.
6, in the present invention, by arranging a spraying mechanism, making white fungus when being sent to the water surface oblique fixed mount leaving cistern, the cleaning of the water of spraying mechanism ejection can be obtained, improve the effect of cleaning further.
7, in the present invention, by arranging anti-overflow groove, when making the water level in cistern be elevated to the water inlet of anti-overflow groove, the water exceeding water inlet level height just can enter anti-overflow groove, be discharged to cistern outside, effectively prevent the water in cistern from overflowing destruction work environment.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structural representation of filter described in Fig. 1.
Fig. 3 is the enlarged diagram of A in Fig. 1.
Fig. 4 is the enlarged diagram of B in Fig. 1.
The operation schematic diagram that Fig. 5 is conveyer described in Fig. 1.
Detailed description of the invention
With reference to the accompanying drawings the specific embodiment of the present invention is described.
See figures.1.and.2.A circulating cleaning equipment for white fungus, comprises conveyer 1, cistern 2 and a filter 3, and the inside that this conveyer 1 is erected at cistern 2 can be used for cleaning the white fungus on conveyer 1 to make the water in this cistern 2.The rear and front end of cistern 2 offers water inlet 21 and a delivery port 22 respectively, and the water inlet end 31 of filter 3 is communicated with by a rhone 23 with the delivery port 22 of cistern 2, water side 32 is communicated with by a drainage arrangement 4 with the water inlet 21 of cistern 2.This drainage arrangement 4 comprises a water pump 41, and the two ends of water pump 41 are communicated with the water side 32 of filter 3 and the water inlet 21 of cistern 2 respectively by a drainpipe 42.To circulate with cistern 2 be communicated with by arranging filter 3, the water in the water in cistern 2 and filter 3 is made to be in the state of circulation all the time, water in cistern 2 flows to filter 3 by delivery port 22 and filters after having cleaned white fungus, water after filtration is flowed back in cistern 2 by drainage arrangement 4 and also again cleans white fungus, user is so made only to need to inject a water in cistern 2, just constantly can carry out wash cycles to the white fungus on conveyer 1, greatly reduce the waste of water resource.
See figures.1.and.2.Above-mentioned filter 3 comprises a filter 33 and multilayer and is embedded screen pack 34 in filter inside, filter 33 offers above-mentioned water inlet end 31 and water side 32; Multiple filtration net 34 interval is arranged between the water inlet end 31 of filter 33 and water side 32, and the bore of its mesh is reduced gradually by the direction of water inlet end 31 to water side 32.By this multiple filtration net 34, to make in cistern sewage out successively can filter in filter 33, make the particle of different-diameter can be attached on different screen packs, improve filter efficiency.In addition, the present invention also can use when single layer filter net, although effect is good not as multiple filtration net, can reduce the cost of equipment, because itself and multiple filtration web frame are similar, no longer illustrate in accompanying drawing.
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Described conveyer 1 comprises the oblique fixed mount 13 of the horizontal fixed mount of a mesh belt 11,1 first 12, one and one second horizontal fixed mount 14.Wherein, one end that oblique fixed mount 13 level height is low is fixedly connected with second horizontal fixed mount 14 one end with first horizontal one end that fixed mount 12 one end is fixedly connected with, level height is high.
The left and right sides of the first horizontal fixed mount 12 is all equiped with one first horizontal rail mechanisms 16, the left and right sides of oblique fixed mount 13 is all equiped with an oblique orbit mechanism 17, second horizontal fixed mount 14 left and right sides is all equiped with one second horizontal rail mechanisms 18, and mesh belt 11 is erected on the first horizontal rail mechanisms 16, oblique orbit mechanism 17 and the second horizontal rail mechanisms 18.First horizontal fixed mount 12 is equiped with a pressing wheel mechanism 15 with the junction of oblique fixed mount 13, and this pressing wheel mechanism 15 can make the left and right sides of mesh belt 11 be installed with all the time on the first horizontal rail mechanisms 16 or oblique orbit mechanism 17.
Second horizontal fixed mount 14 is positioned at above cistern 2, and this second horizontal fixed mount 12 is equiped with a driving wheel 10 for driving mesh belt 11 to walk, and the first horizontal fixed mount 12 is equiped with a driven pulley be connected with capstan drive 20 near one end of cistern water inlet 21.
First horizontal rail mechanisms 16 comprises one first horizontal rail 161 and and is positioned at the second horizontal rail 162 below this first horizontal rail 161; Pressing wheel mechanism 15 comprises first pinch roller 151 and that the top of mesh belt 11 can be installed with in the first horizontal rail 161 can be installed with the second pinch roller 152 in the second horizontal rail 162 by the bottom of mesh belt 11.By arranging this conveyer 1, and white fungus is placed on conveyer 1, clean in the process that white fungus can be transmitted on the first horizontal fixed mount 12, and be sent on the second horizontal fixed mount 14 by oblique fixed mount 13 and reclaim, the cleannes of white fungus can not only be improved, and the operating efficiency of staff can be improved.
With reference to Fig. 1 and Fig. 3.The outside of above-mentioned cistern 2 is equiped with multiple oxygen increasing pump 51, and each oxygen increasing pump 51 is all communicated with at least one aspiration tube 53 by a wireway 52.This aspiration tube 53 all between above-mentioned first horizontal rail 161 and the second horizontal rail 162, and also spaced apartly on the upside of it is provided with multiple pore.By oxygen increasing pump 51 and aspiration tube 53, oxygen increasing pump 51 is made to discharge oxygen by aspiration tube 53, oxygen is discharged on mesh belt 11 and white fungus can be made to roll, and each position of white fungus can be cleaned fully, and oxygen can also improve the freshness of white fungus.
With reference to Fig. 1, Fig. 3, Fig. 4 and Fig. 5.The outside of mesh belt 11 is equiped with multiple baffle plate 6 equally arranged along the direction of walking, and white fungus can be evenly distributed between each baffle plate, prevents white fungus from piling up mutually in the process of conveying and affecting the effect of cleaning.
With reference to Fig. 1 and Fig. 4.Oblique fixed mount 13 is also equiped with a spraying mechanism 7, this spraying mechanism 7 comprises many space-stop racks and is located at the drainpipe 72 that sparge pipe above oblique fixed mount 13 left and right sides 71 and connects external source.Drainpipe 72 is all communicated with every root sparge pipe 71; Spaced apartly on the downside of sparge pipe be provided with multiple hole for water spraying.By this spraying mechanism 7, make white fungus be sent to oblique fixed mount 13 leaves the water surface of cistern 2 time, the cleaning of water that spraying mechanism 7 sprays can be obtained, improve the effect of cleaning further.
With reference to Fig. 1 and Fig. 3.The side of cistern 2 is embedded with at least one anti-overflow groove 8, the water inlet of anti-overflow groove 8 is positioned at the outside that cistern 2 is inner, discharge outlet is communicated with cistern 2.Particularly, the water inlet level height of this anti-overflow groove 8 lower than the water level peak of cistern 2, discharge outlet level height lower than the level height of this water inlet.So, when making the water level in cistern 2 be elevated to the water inlet of anti-overflow groove 8, the water exceeding water inlet level height just can enter anti-overflow groove 8, is discharged to cistern 2 outside, effectively prevents the water in cistern from overflowing destruction work environment.
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.When using of the present invention, first cistern 2 adds water and is added to horizontal plane and stops higher than the level height of mesh belt 11 upper surface again by user; After water injection afterwards white fungus to be cleaned being taken out a part is placed on the mesh belt 11 of cistern 2 water inlet 21 one end, white fungus is immersed in water, and makes the white fungus quantity between adjacent two baffle plates 6 close; Discharging white fungus startup oxygen increasing pump 51 allows oxygen constantly be discharged to mesh belt 11 from aspiration tube 53, and white fungus is constantly rolled; The top of relief mesh belt 11 move from the first horizontal fixed mount 12 toward the direction of oblique fixed mount 13 under the drive of driving wheel 10, and constantly on the mesh belt 11 be available, add white fungus; Starting water pump 41 afterwards allows the water in cistern 2 be discharged into the multi-filtering through multiple filtration net 34 in filter 33 by delivery port 22, water after filtration leaves filter 33 and enters continuation cleaning auricularia auriculajudae in cistern 2 by water pump 41 by the water inlet 21 of cistern 2 again, and water is constantly circulated between cistern 2 and filter 33; Afterwards drainpipe 72 is connected external source, water is sprayed by sparge pipe 71, the white fungus on cleaning mesh belt 11; Finally when white fungus follows mesh belt 11 to move to the second horizontal fixed mount 14 place, the white fungus on the second horizontal fixed mount 14 reclaims by staff again.
Although equipment of the present invention is mainly used in white fungus cleaning, is not limited to white fungus, also can be used for as in the middle of the mushroom food materials such as black fungus, mushroom, mushroom.
A wash cycles technique for white fungus circulating cleaning equipment, its step comprises:
The first step: add water toward cistern 2, being added water by cistern 2 is added to horizontal plane and stops higher than the level height of mesh belt 11 upper surface again;
Second step: place white fungus, takes out a part and is placed on the mesh belt 11 of cistern water inlet 21 one end, white fungus is immersed in water, and make the white fungus quantity between adjacent two baffle plates 6 close by white fungus to be cleaned;
3rd step: start oxygen increasing pump 51, allow oxygen constantly be discharged to mesh belt 11 from aspiration tube 53, white fungus is constantly rolled;
4th step: start conveyer 1, allow the top of mesh belt 11 move toward the direction of oblique fixed mount 13 from the first horizontal fixed mount 12 under the drive of driving wheel 10, and constantly add white fungus on the mesh belt 11 be available;
5th step: start water pump 41, the water in cistern 2 is allowed to be discharged into the multi-filtering through multiple filtration net 34 in filter 33 by delivery port 22, water after filtration leaves filter 33 and enters continuation cleaning auricularia auriculajudae in cistern 2 by water pump 41 by the water inlet 21 of cistern 2 again, and water is constantly circulated between cistern 2 and filter 33;
6th step: start spraying mechanism 7, drainpipe 72 is connected external source, water is sprayed by sparge pipe 71, the white fungus on cleaning mesh belt 11;
7th step: reclaim white fungus, when white fungus follows mesh belt 11 to move to the second horizontal fixed mount 14 place, the white fungus on the second horizontal fixed mount 14 reclaims by staff again.
Above are only the specific embodiment of the present invention, but design concept of the present invention is not limited thereto, all changes utilizing this design the present invention to be carried out to unsubstantiality, all should belong to the behavior of invading scope.
Claims (10)
1. the circulating cleaning equipment of a white fungus, comprise a conveyer and for cleaning the cistern of white fungus on this conveyer, it is inner that described conveyer is erected at described cistern, the rear and front end of described cistern offers a water inlet and a delivery port respectively, it is characterized in that: also comprise a filter, the water inlet end of described filter is communicated with the delivery port of described cistern, water side is communicated with by a drainage arrangement with the water inlet of described cistern.
2. the circulating cleaning equipment of a kind of white fungus as claimed in claim 1, it is characterized in that: described filter comprises one and offers the filter of described water inlet end and water side and plural layer and be embedded screen pack in this filter inside, between the water inlet end that described plural layer screen pack interval is arranged in described filter and water side, and the mesh of this plural layer screen pack is reduced gradually by the direction of water inlet end to water side.
3. the circulating cleaning equipment of a kind of white fungus as claimed in claim 1, it is characterized in that: the water inlet end of described filter is communicated with by a rhone with the delivery port of described cistern, described drainage arrangement comprises a water pump, and the two ends of described water pump are communicated with the water side of described filter and the water inlet of cistern respectively by a drainpipe.
4. the circulating cleaning equipment of a kind of white fungus as claimed in claim 1, it is characterized in that: described conveyer comprises a mesh belt, one first horizontal fixed mount and an oblique fixed mount, one end that described oblique fixed mount level height is low is fixedly connected with described first horizontal fixed mount one end, the left and right sides of described first horizontal fixed mount is all equiped with one first horizontal rail mechanisms, the left and right sides of described oblique fixed mount is all equiped with an oblique orbit mechanism, described mesh belt is erected in described first horizontal rail mechanisms and oblique orbit mechanism, the junction of described first horizontal fixed mount and oblique fixed mount is equiped with one and is installed with the pressing wheel mechanism on described first horizontal rail mechanisms or oblique orbit mechanism all the time for making the left and right sides of described mesh belt.
5. the circulating cleaning equipment of a kind of white fungus as claimed in claim 4, it is characterized in that: one end that described oblique fixed mount level height is high is connected with one second horizontal fixed mount, the described second horizontal fixed mount left and right sides is all equiped with one for the second horizontal rail mechanisms for described mesh belt walking, described second horizontal fixed mount is positioned at above described cistern, and this second horizontal fixed mount is equiped with a driving wheel for driving described mesh belt to walk, described first horizontal fixed mount is equiped with a driven pulley be connected with described capstan drive near one end of described cistern water inlet.
6. the circulating cleaning equipment of a kind of white fungus as claimed in claim 5, it is characterized in that: described first horizontal rail mechanisms comprises one first horizontal rail and and is positioned at the second horizontal rail below this first horizontal rail, described pressing wheel mechanism comprises first pinch roller and that the top of described mesh belt can be installed with in described first horizontal rail can be installed with the second pinch roller in described second horizontal rail by the bottom of described mesh belt, the outside of described cistern is equiped with a plurality of oxygen increasing pump, each oxygen increasing pump is all communicated with at least one spaced apart aspiration tube being provided with a plurality of pore in upside by a wireway, described at least one aspiration tube is all between described first horizontal rail and the second horizontal rail.
7. the circulating cleaning equipment of a kind of white fungus as claimed in claim 4, is characterized in that: the outside of described mesh belt is equiped with a plurality of baffle plate equally arranged along the direction of walking.
8. the circulating cleaning equipment of a kind of white fungus as claimed in claim 4, it is characterized in that: described oblique fixed mount is also equiped with a spraying mechanism, described spraying mechanism comprises the drainpipe that the complex root space-stop rack sparge pipe and be located at above the described oblique fixed mount left and right sides connects external source, described drainpipe is all communicated with every root sparge pipe, spaced apartly on the downside of described sparge pipe is provided with a plurality of hole for water spraying.
9. the circulating cleaning equipment of a kind of white fungus as claimed in claim 1, it is characterized in that: the side of described cistern is embedded with at least one anti-overflow groove, the water inlet of described anti-overflow groove is positioned at the outside that described cistern is inner, discharge outlet is communicated with described cistern, and the water inlet level height of this anti-overflow groove lower than the water level peak of described cistern, discharge outlet level height lower than the level height of this water inlet.
10. a wash cycles technique for white fungus circulating cleaning equipment, as in claim 1 ~ 9 as described in any one claim, is characterized in that comprising the following steps:
A, to add water toward cistern: being added water by cistern is added to horizontal plane and stops higher than the level height of mesh belt upper surface again;
B, placement white fungus: white fungus to be cleaned is taken out a part and be placed on the mesh belt of cistern water inlet one end, white fungus is immersed in water, and make the white fungus quantity between adjacent two baffle plates close;
C, startup oxygen increasing pump: allow oxygen constantly be discharged to mesh belt from aspiration tube, white fungus is constantly rolled;
D, startup conveyer: allow the top of mesh belt move toward the direction of oblique fixed mount from the first horizontal fixed mount under the drive of driving wheel, and constantly on the mesh belt be available, add white fungus;
E, start water pump: allow the water in cistern be discharged into the multi-filtering through multiple filtration net in filter by delivery port, water after filtration leaves filter and enters continuation cleaning auricularia auriculajudae in cistern by water pump by the water inlet of cistern again, and water is constantly circulated between cistern and filter;
F, startup spraying mechanism: drainpipe is connected external source, water is sprayed by sparge pipe, the white fungus on cleaning mesh belt;
G, recovery white fungus: when white fungus follows mesh belt to move to the second horizontal fixed mount place, the white fungus on the second horizontal fixed mount reclaims by staff again.
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| CN201510605031.4A CN105057264B (en) | 2015-09-22 | 2015-09-22 | A kind of circulating cleaning equipment of Tremella and its wash cycles technique |
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| CN107626662A (en) * | 2017-08-31 | 2018-01-26 | 海宁杜氏进出口有限公司 | A kind of bird's nest cleaning |
| CN108117242A (en) * | 2018-02-06 | 2018-06-05 | 山东琨福农业科技有限公司 | A kind of agricultural slime water circularly purifying and dewatering system |
| CN108993980A (en) * | 2018-10-29 | 2018-12-14 | 昆山裕磊机械设备有限公司 | Tunnel type efficient ultrasonic cleaning machine |
| CN109107968A (en) * | 2018-10-29 | 2019-01-01 | 昆山裕磊机械设备有限公司 | Efficient water-saving method for suppersonic cleaning |
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