CN105725865A - Full automatic fruit and vegetable cleaning machine - Google Patents
Full automatic fruit and vegetable cleaning machine Download PDFInfo
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- CN105725865A CN105725865A CN201610290038.6A CN201610290038A CN105725865A CN 105725865 A CN105725865 A CN 105725865A CN 201610290038 A CN201610290038 A CN 201610290038A CN 105725865 A CN105725865 A CN 105725865A
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- pole plate
- automatic fruit
- electrolysis unit
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J43/00—Implements for preparing or holding food, not provided for in other groups of this subclass
- A47J43/24—Devices for washing vegetables or the like
Abstract
The invention discloses a full automatic fruit and vegetable cleaning machine, and relates to the technical field of fruit and vegetable cleaning. The full automatic fruit and vegetable cleaning machine comprises a base, a wash bucket and an upper cover stacked in sequence from bottom to top. The wash bucket is internally provided with a wash basket in a rotatable manner, and the fruit and vegetable cleaning machine is further provided with a drive component enabling the wash basket to rotate. The full automatic fruit and vegetable cleaning machine further comprises an electrolysis unit enabling a cleaning solution in the wash bucket to present alkalinity or acidity; the electrolysis unit is arranged at the bottom surface of the inner side of the wash bucket and is positioned below the wash basket. The full automatic fruit and vegetable cleaning machine has the following beneficial effects: utilizing the electrolysis unit to enable the cleaning solution to present acidity first and then alkalinity, so as to neutralize an acidic pesticide and an alkaline pesticide in fruits or vegetables, and at the same time sterilization and disinfection are realized; the full automatic fruit and vegetable cleaning machine has the advantages of good cleaning effect, water conservation, environmental protection and the like.
Description
Technical field
The present invention relates to fruit and vegerable and clean technical field, more specifically a kind of full-automatic fruit-vegetable cleaner.
Background technology
Along with improving constantly of living standard, people are also more and more higher to the requirement of natural, nutrition and health.Fresh fruit and vegetable, rich in multivitamin, mineral, antioxidant content and aging ingredient, therefore suffer from the favor of consumers in general.But, fruits and vegetables can apply pesticide in planting process, with the prevention and elimination of disease and pests harm to fruits and vegetables, therefore, how safety, clean that fruit and vegetable Pesticides is remaining and the microorganism such as antibacterial fast and effectively, it is ensured that consumer is edible healthy of crucial importance.
Existing fruit-vegetable cleaner usually relies on clear water soaking flushing or adds special fruit-vegetable clear lotion cleaning.But, the former clean dirt limited efficiency, do not reach and fruit and vegerable are removed residue of pesticide and virus killing disappears the ideal effect of bacterium；Containing substantial amounts of abluent in waste water after the latter's cleaning, its abluent is also produced by chemical method, in order to avoid abluent is remaining, substantial amounts of clear water is needed to rinse, waste water resource, and the waste water containing abluent is discharged, it will cause that river, subsoil water and soil etc. are contaminated.
Summary of the invention
The present invention provides a kind of full-automatic fruit-vegetable cleaner, to solve the residue of pesticide that existing fruit-vegetable cleaner cannot thoroughly wash on fruit and vegerable effectively, waste water resource, causes the problems such as environmental pollution.
The present invention adopts the following technical scheme that
A kind of full-automatic fruit-vegetable cleaner, including the base stacked gradually from bottom to up, washing tube and upper cover, the inside of described washing tube is rotatable is provided with a washing basket, and this fruit-vegetable cleaner is also equiped with the driving assembly making washing basket rotate；Also including making the cleaning mixture in washing tube is alkaline or acid electrolysis unit, and described electrolysis unit is arranged at the inside bottom surface of washing tube, and is positioned at the lower section of washing basket.
Further, the inside bottom surface of described washing tube is provided with one for assembling the mounting groove of electrolysis unit, described electrolysis unit includes encapsulating shell, the first titanium pole plate and the second titanium pole plate it is provided with inside encapsulating shell, between the first titanium pole plate and the second titanium pole plate, it is provided with a cation exchange membrane inside encapsulating shell, encapsulating shell inner space is divided into the first chamber and the second chamber, encapsulating shell two ends in washing basket direction of rotation are equipped with the opening communicating with the first chamber and passing in and out for cleaning mixture, the upper end of encapsulating shell is provided with a plurality of bar shaped steam vent communicated with the first chamber, the upper end of encapsulating shell is provided with one and communicates with the second chamber and exhaustor extended upward.
Further, described encapsulating shell, the first titanium pole plate and the second titanium pole plate are all in C font, this encapsulating shell includes upper shell, lower house and for installing the C type framework of described cation exchange membrane, the cross section of described upper shell is U-shaped, being provided with fixed mount inside upper shell, described C type framework is removable installed in fixed mount.
Further, described upper shell inner surface is provided with for installing the first titanium pole plate and the clamping plate of the second titanium pole plate, and the inner surface of described lower house is provided with for installing the first titanium pole plate and the C-shaped grooves of the second titanium pole plate.
Further, described mounting groove both ends of the surface in washing basket direction of rotation are inclined plane.
Further; also include protection lid; this protection lid is arranged at the opening part of mounting groove and is covered on encapsulating shell; the upper end of described protection lid is provided with a plurality of the first through hole mutually staggered with bar shaped steam vent, and the protection two ends covered in washing basket direction of rotation are equipped with the second through hole for cleaning mixture turnover.
Further, described driving assembly includes motor and drive, described motor is arranged in base, the output shaft of motor extends to outside base and is equiped with gear, described drive includes wheel disc, the lower end of wheel disc is provided with and the rotating shaft of the mutual internal messing of gear, and the outside bottom surface of described washing basket is provided with at least two snap-fitting, and the upper end of described wheel disc offers the docking port that at least two matches with snap-fitting.
Further, the upper end center position of described wheel disc is provided with a docking post, and the outside bottom surface of described washing basket is provided with first annular projection and blind hole, and described docking post is inserted in blind hole, and the periphery of wheel disc contacts with the medial wall of first annular projection.
Further, the outside bottom surface of described washing tube is provided with the second annular protrusion, and the upper surface of described base is provided with the 3rd annular protrusion, and the 3rd annular protrusion is sheathed on the outside of the second annular protrusion；The lower end, outside of described washing tube forms the first boss in the corresponding position of mounting groove, and the upper surface of described base is provided with second boss complementary with the first boss.
Further, being provided with cavity inside described upper cover, be filled with chlorine adsorbent in this cavity, the bottom surface of described upper cover is provided with a plurality of air inlet communicated with cavity, and the upper surface of described upper cover is provided with a plurality of venthole communicated with cavity.
By stating the description to present configuration it can be seen that present invention have the advantage that
One, the present invention include the base, washing tube and the upper cover that stack gradually from bottom to up, the inside of washing tube is rotatable is provided with a washing basket, this fruit-vegetable cleaner includes making that washing basket rotates drives assembly and to make the cleaning mixture in washing tube be alkaline or acid electrolysis unit, described electrolysis unit is arranged at the inside bottom surface of washing tube, and is positioned at the lower section of washing basket.During operation, appropriate electrolyzer and water are mixed and adds in washing tube as cleaning mixture；Start fruit-vegetable cleaner, make washing basket rotate, by electrolysis unit, cleaning mixture is electrolyzed to produce acidic electrolytic water, to neutralize on fruit and vegerable remaining Basic pesticides, and there is stronger decontamination kill virus the bacterium ability that disappears；After cleaning a period of time, again through electrolysis unit, cleaning mixture being electrolyzed to produce electrolyzed alkaline water, to neutralize acid agrichemical remaining on fruit and vegerable, and electrolyzed alkaline water is suitable for absorption of human body, has many benefits.Additionally, the solution in washing tube first can also be converted to electrolyzed alkaline water by the present invention, then electrolyzed alkaline water is converted to acidic electrolytic water, it follows that the present invention is not only simple in structure compact, motility is strong, and can effectively remove residue of pesticide on fruit and vegerable, and the bacterium that disappears of killing virus, energy-conserving and environment-protective.And the concealed mode being arranged in washing tube of electrolysis unit can allow the overall appearance of the present invention seem more clean and tidy and attractive in appearance.
Two, in the present invention, the inside bottom surface of washing tube is provided with one for assembling the mounting groove of electrolysis unit, electrolysis unit includes encapsulating shell, the first titanium pole plate, cation exchange membrane and the second titanium pole plate it is provided with inside encapsulating shell, encapsulating shell inner space is divided into the first chamber and the second chamber by cation exchange membrane, and encapsulating shell is provided with the opening communicating with the first chamber and passing in and out for cleaning mixture.With the first titanium pole plate for positive pole, electrolysis unit is energized by the mode that the second titanium pole plate is negative pole, and the cleaning mixture in electrolysis unit is carried out electrolysis.Now, the cation in the first chamber is moved towards the second titanium pole plate by cation exchange membrane, and anion moves towards the first titanium pole plate, makes the cleaning mixture in the first chamber in acidity, and the cleaning mixture in the second chamber is in alkalescence；Owing to encapsulating shell is provided with the opening communicating with the first chamber and passing in and out for cleaning mixture, when washing basket rotarily drives cleaning mixture rotational flow, cleaning mixture outside electrolysis unit flows through the first chamber by two openings, cleaning mixture outside electrolysis unit and the mixing of the acidic electrolytic water in the first chamber, make the cleaning mixture outside electrolysis unit in acidity, to neutralize Basic pesticides；After in Basic pesticides and completely, then with the first titanium pole plate for negative pole, electrolysis unit is energized by the mode that the second titanium pole plate is positive pole, and the cleaning mixture in electrolysis unit is carried out electrolysis.Now, the cation in the second chamber is moved towards the first titanium pole plate by cation exchange membrane, and anion moves towards the second titanium pole plate, makes the cleaning mixture in the first chamber in alkalescence, and the cleaning mixture in the second chamber is in acidity；Owing to encapsulating shell is provided with the opening communicating with the first chamber and passing in and out for cleaning mixture, when washing basket rotarily drives cleaning mixture rotational flow, cleaning mixture outside electrolysis unit flows through the first chamber by two openings, cleaning mixture outside electrolysis unit and the mixing of the electrolyzed alkaline water in the first chamber, make the cleaning mixture outside electrolysis unit in alkalescence, to neutralize acid agrichemical.The action of electrolysis unit switching energising can complete by control chip.This electrolysis unit visible has simple in construction, compact, feature that motility is strong.
Three, salt would generally be added in cleaning mixture as electrolyzer; thus a small amount of hydrogen and chlorine can be produced in the process of electrolysis; consider the problem that hydrogen and chlorine mixing are susceptible to blast; in the present invention; the upper end of encapsulating shell is provided with a plurality of bar shaped steam vent communicated with the first chamber, and the upper end of encapsulating shell is provided with one and communicates with the second chamber and exhaustor extended upward.The design of bar shaped steam vent and exhaustor can allow chlorine and hydrogen stagger discharge, it is to avoid both mix in narrow space.
Four, in the present invention, encapsulating shell, the first titanium pole plate and the second titanium pole plate are all in C font, and this encapsulating shell includes upper shell, lower house and for installing the C type framework of described cation exchange membrane.It is C font that the design of C font can allow the first chamber, well can suit mutually with washing basket rotary flow pattern with cleanout fluid, cleaning mixture can be mixed smoothly with electrolyte, reduces the resistance that cleaning mixture flowing is produced by electrolysis unit.C type framework is removable installed in the feature of fixed mount, cation exchange membrane can be changed, it is simple to electrolysis unit is keeped in repair and maintains by the later stage.
Five, in the present invention, mounting groove both ends of the surface in washing basket direction of rotation are inclined plane.The design of this inclined plane can allow cleaning mixture be easier to flow through the first chamber of electrolysis unit, electrolysis water in first chamber is brought to outside electrolysis unit, be conducive to improving the work efficiency of electrolysis unit, accelerate the pH value change of cleaning mixture, and then improve the cleaning efficiency of this fruit-vegetable cleaner.
Six, in the present invention, assembly is driven to include motor and drive, motor is arranged in base, the output shaft of motor extends to outside base and is equiped with gear, drive includes wheel disc, the lower end of wheel disc is provided with and the rotating shaft of the mutual internal messing of gear, and the outside bottom surface of described washing basket is provided with at least two snap-fitting, and the upper end of described wheel disc offers the docking port that at least two matches with snap-fitting.Wheel disc can ensure that washing basket can keep good stability when rotated, in conjunction with the mode that removably connects of snap-fitting and docking port, linkage washing basket and drive, has the advantages that design is ingenious, easy to loading and unloading, be easy to maintenance.And drive very easily by washing basket and washing tube handling, can be convenient for people to cleaning washing basket and washing tube by rotating shaft with the design with the mutual internal messing of gear.
Seven, in the present invention, the outside bottom surface of washing tube is provided with the second annular protrusion, and the upper surface of described base is provided with the 3rd annular protrusion, and the 3rd annular protrusion is sheathed on the outside of the second annular protrusion；The lower end, outside of washing tube forms the first boss in the corresponding position of mounting groove, and the upper surface of base is provided with second boss complementary with the first boss.Second annular protrusion and the 3rd annular protrusion coordinate, and when the design of the first boss and the complementation of the second boss can ensure that washing basket rotary work, washing tube is well fixed on base, it is to avoid washing tube rocks.
Eight, present invention additionally comprises protection lid; this protection lid is arranged at the opening part of mounting groove and is covered on encapsulating shell; the upper end of protection lid is provided with a plurality of the first through hole mutually staggered with bar shaped steam vent, and the protection two ends covered in washing basket direction of rotation are equipped with the second through hole for cleaning mixture turnover.First through hole and bar shaped steam vent stagger mutually, it is possible to prevent foreign material to be directly entered in electrolysis unit.The design of the second through hole can refine the opening at electrolysis unit two ends in washing basket direction of rotation, it is prevented that bigger foreign material are brought in electrolysis unit when rotating by cleaning mixture.Therefore, protection lid can be effectively protected the cleaning inside degree of electrolysis unit, it is ensured that it can normal operation.
Nine, in the present invention, inside upper cover, it is provided with cavity, in this cavity, is filled with chlorine adsorbent, be above covered with the air inlet and venthole that communicate with cavity.The chlorine (toxic gas) that electrolysis produces is removed in time by the chlorine adsorbent in cavity, it is to avoid chlorine diffuses to the health endangering people in air.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention.
Fig. 2 is present invention structural representation except upper cover, washing basket.
Fig. 3 is the decomposing schematic representation of the present invention.
Fig. 4 is the decomposing schematic representation under inversion state of the present invention.
Fig. 5 is the decomposing schematic representation of electrolysis unit.
Fig. 6 is the decomposing schematic representation under electrolysis unit inversion state.
Detailed description of the invention
The specific embodiment of the present invention is described with reference to the accompanying drawings.
With reference to Fig. 1, Fig. 2 and Fig. 3, a kind of full-automatic fruit-vegetable cleaner, including the base 1 stacked gradually from bottom to up, washing tube 2 and upper cover 3.The inside of washing tube 2 is rotatable is provided with a washing basket 4, and the outer wall of washing tube 2 is provided with manipulation button 11, and the medial wall of washing tube 2 is provided with plurality of vanes 14.This fruit-vegetable cleaner be also equiped with make that washing basket 4 horizontally rotates drive assembly and to make the cleaning mixture in washing tube 2 be alkaline or acid electrolysis unit 5.Electrolysis unit 5 is arranged at the inside bottom surface of washing tube 2, and is positioned at the lower section of washing basket 4.
With reference to Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6, the inside bottom surface of washing tube 2 is provided with one for assembling the mounting groove 21 of electrolysis unit 5, preferably: the mounting groove 21 both ends of the surface in washing basket direction of rotation are inclined plane 211.Electrolysis unit 5 includes the encapsulating shell in C font, and this encapsulating shell includes upper shell 51, lower house 55 and C type framework 52.The cross section of upper shell 51 is U-shaped, and the inside of upper shell 52 is provided with fixed mount 514, C type framework 52 and is removable installed in fixed mount 514 by fastener 522 and through hole 5141 cooperation.C type framework 52 is provided with the window 521 for installing above-mentioned cation exchange membrane.Lower house 55 is removably attachable to upper shell 51 by the mode of clamping.
With reference to Fig. 3, Fig. 5 and Fig. 6, being provided with the first titanium pole plate 53 and the second titanium pole plate 54 inside above-mentioned encapsulating shell, the first titanium pole plate 53 and the second titanium pole plate 54 are all in C font, and are correspondingly provided with electrode column 531 and electrode column 541.Between the first titanium pole plate 53 and the second titanium pole plate 54, it is provided with cation exchange membrane (not shown in FIG.) by C type framework 52 inside above-mentioned encapsulating shell, above-mentioned encapsulating shell inner space is divided into the first chamber 501 and the second chamber 502.Above-mentioned encapsulating shell two ends in washing basket direction of rotation are equipped with the opening 513 communicating with the first chamber 501 and passing in and out for cleaning mixture, the upper end of above-mentioned encapsulating shell is provided with a plurality of bar shaped steam vent 511 communicated with the first chamber 501, and the upper end of above-mentioned encapsulating shell is provided with and communicates with the second chamber 502 and exhaustor 512 extended upward.
With reference to Fig. 5 and Fig. 6, the inner surface of upper shell 51 is provided with the clamping plate 515 for installing the first titanium pole plate 53 and the second titanium pole plate 54, the inner surface of lower house 55 is provided with for installing the first titanium pole plate and the C-shaped grooves 551 of the second titanium pole plate, and lower house 55 is additionally provided with the through hole 552 for plugging electrode column 531 and electrode column 541.
With reference to Fig. 2, Fig. 3, Fig. 4 and Fig. 5; also include protection lid 6; this protection lid 6 is removable installed in the opening part of mounting groove 21 by snapping connection mode and is covered on above-mentioned encapsulating shell; the upper end of protection lid 6 is provided with a plurality of the first through hole 61 mutually staggered with bar shaped steam vent 51, and protection lid 6 two ends in washing basket direction of rotation are equipped with the second through hole 62 for cleaning mixture turnover.
With reference to Fig. 2, Fig. 3 and Fig. 4, above-mentioned driving assembly include drive 7 and can the motor (not shown in FIG.) that rotates of both forward and reverse directions, wherein above-mentioned motor is arranged in base 1, and it is outer and be equiped with gear 8 that the output shaft of motor extends to base 1.Drive 7 includes wheel disc 71, and the lower end of wheel disc 71 is provided with rotating shaft 72, and rotating shaft 72 seals and rotating through hole 22 through washing tube 2 and the mutual internal messing of gear 8.
With reference to Fig. 3 and Fig. 4, the center position of the outside bottom surface of washing basket 4 is provided with a blind hole 41, and the outside bottom surface of washing basket 4 is additionally provided with first annular protruding 42, is provided with the snap-fitting 43 that at least two is distributed ringwise.The upper end center position of wheel disc 71 is provided with a docking post 712, and the upper end of wheel disc 71 is further opened with the docking port 711 that at least two matches with snap-fitting 43.During installation, being inserted in blind hole 41 by docking post 712, snap-fitting 43 is stuck in docking port 711, and makes the periphery of wheel disc 71 contact with the first annular medial wall of protruding 42.After installing, the upper surface of wheel disc 71 is higher than the upper surface of protection lid 6.
With reference to Fig. 1, Fig. 3 and Fig. 4, the outside bottom surface of washing tube 2 is provided with the second annular protrusion 23, and the upper surface of base is provided with the 3rd annular protrusion 12, and the 3rd annular protrusion 12 is sheathed on the outside of the second annular protrusion 23.The lower end, outside of washing tube 2 forms the first boss 210 in the corresponding position of mounting groove 21, and the upper surface of base 1 is provided with and the second boss 13 of the first boss 210 complementation.
With reference to Fig. 3 and Fig. 4, described upper cover 3 is internal is provided with cavity, is filled with chlorine adsorbent (not shown in FIG.), preferably: chlorine adsorbent is activated carbon in this cavity.The bottom surface of upper cover 3 is provided with a plurality of air inlet 31 communicated with cavity, and the upper surface of upper cover 3 is provided with a plurality of venthole 32 communicated with cavity.
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6, the use of the present invention and method of work: appropriate electrolyzer (salt) and water are mixed and add in washing tube 2 as cleaning mixture by (1), and water level is not above exhaustor 512；In washing basket 4, add the fruit needing to clean or vegetable again, finally build upper cover 3.(2) starting fruit-vegetable cleaner by manipulation button 11, driven by motor washing basket 4 rotate, blade 14 allows cleaning mixture rotate with washing basket 4 and makes generation sinuous flow, and fruit or vegetable are carried out flush clean；Being controlled by built-in chip (not shown in FIG.), with the first titanium pole plate 53 for positive pole, electrolysis unit 5 is energized by the mode that the second titanium pole plate 54 is negative pole, and the cleaning mixture in electrolysis unit 5 is carried out electrolysis.Now, the cation in the first chamber 501 is moved towards the second titanium pole plate 54 by cation exchange membrane, and anion moves towards the first titanium pole plate 53, makes the cleaning mixture in the first chamber 501 in acidity, and the cleaning mixture in the second chamber 502 is in alkalescence；Owing to above-mentioned encapsulating shell is provided with the opening communicating with the first chamber 501 and passing in and out for cleaning mixture, when washing basket 4 rotarily drives cleaning mixture rotational flow, cleaning mixture outside electrolysis unit 5 flows through the first chamber 501 by two openings 513, cleaning mixture outside electrolysis unit 5 and the mixing of the acidic electrolytic water in the first chamber 501, make the cleaning mixture outside electrolysis unit 5 in acidity, to neutralize Basic pesticides；Controlled by built-in chip simultaneously, convert the direction of rotation of above-mentioned motor at set intervals, to change the direction of rotation of washing basket 4.(3) after in Basic pesticides and completely, controlled by built-in chip (not shown in FIG.), then with the first titanium pole plate 53 for negative pole, electrolysis unit 5 is energized by the mode that the second titanium pole plate 54 is positive pole, and the cleaning mixture in electrolysis unit 5 is carried out electrolysis.Now, the cation in the second chamber 502 is moved towards the first titanium pole plate 53 by cation exchange membrane, and anion moves towards the second titanium pole plate 54, makes the cleaning mixture in the first chamber 501 in alkalescence, and the cleaning mixture in the second chamber 502 is in acidity；Owing to above-mentioned encapsulating shell is provided with the opening 513 communicating with the first chamber 501 and passing in and out for cleaning mixture, when washing basket 4 rotarily drives cleaning mixture rotational flow, cleaning mixture outside electrolysis unit 5 flows through the first chamber 501 by two openings 513, cleaning mixture outside electrolysis unit 5 and the electrolyzed alkaline water mixing of 501 in the first chamber, make the cleaning mixture outside electrolysis unit 5 in alkalescence, to neutralize acid agrichemical；Controlled by built-in chip simultaneously, convert the direction of rotation of above-mentioned motor at set intervals, to change the direction of rotation of washing basket 4.(4) in step (2) and step (3), electrolysis unit 5 produces chlorine and hydrogen stagger discharge up and down from bar shaped steam vent 511 and exhaustor, and the chlorine adsorbent that chlorine is capped in 3 is absorbed, and hydrogen drains into outside fruit-vegetable cleaner through upper cover 3.
Above are only the specific embodiment of the present invention, but present invention ground design concept is not limited thereto, all changes utilizing this design that the present invention carries out unsubstantiality, the behavior invading scope all should be belonged to.
Claims (10)
1. a full-automatic fruit-vegetable cleaner, including the base stacked gradually from bottom to up, washing tube and upper cover, the inside of described washing tube is rotatable is provided with a washing basket, this fruit-vegetable cleaner is also equiped with the driving assembly making washing basket rotate, it is characterized in that: also including making the cleaning mixture in washing tube is alkaline or acid electrolysis unit, described electrolysis unit is arranged at the inside bottom surface of washing tube, and is positioned at the lower section of washing basket.
2. the full-automatic fruit-vegetable cleaner of one according to claim 1, it is characterized in that: the inside bottom surface of described washing tube is provided with one for assembling the mounting groove of electrolysis unit, described electrolysis unit includes encapsulating shell, the first titanium pole plate and the second titanium pole plate it is provided with inside encapsulating shell, between the first titanium pole plate and the second titanium pole plate, it is provided with a cation exchange membrane inside encapsulating shell, encapsulating shell inner space is divided into the first chamber and the second chamber, encapsulating shell two ends in washing basket direction of rotation are equipped with the opening communicating with the first chamber and passing in and out for cleaning mixture, the upper end of encapsulating shell is provided with a plurality of bar shaped steam vent communicated with the first chamber, the upper end of encapsulating shell is provided with one and communicates with the second chamber and exhaustor extended upward.
3. the full-automatic fruit-vegetable cleaner of one according to claim 2, it is characterized in that: described encapsulating shell, the first titanium pole plate and the second titanium pole plate are all in C font, this encapsulating shell includes upper shell, lower house and for installing the C type framework of described cation exchange membrane, the cross section of described upper shell is U-shaped, being provided with fixed mount inside upper shell, described C type framework is removable installed in fixed mount.
4. the full-automatic fruit-vegetable cleaner of one according to claim 3, it is characterized in that: described upper shell inner surface is provided with for installing the first titanium pole plate and the clamping plate of the second titanium pole plate, and the inner surface of described lower house is provided with for installing the first titanium pole plate and the C-shaped grooves of the second titanium pole plate.
5. the full-automatic fruit-vegetable cleaner of one according to claim 2, it is characterised in that: described mounting groove both ends of the surface in washing basket direction of rotation are inclined plane.
6. the full-automatic fruit-vegetable cleaner of one according to claim 2; it is characterized in that: also include protection lid; this protection lid is arranged at the opening part of mounting groove and is covered on encapsulating shell; the upper end of described protection lid is provided with a plurality of the first through hole mutually staggered with bar shaped steam vent, and the protection two ends covered in washing basket direction of rotation are equipped with the second through hole for cleaning mixture turnover.
7. the full-automatic fruit-vegetable cleaner of one according to claim 1, it is characterized in that: described driving assembly includes motor and drive, described motor is arranged in base, the output shaft of motor extends to outside base and is equiped with gear, described drive includes wheel disc, the lower end of wheel disc is provided with and the rotating shaft of the mutual internal messing of gear, and the outside bottom surface of described washing basket is provided with at least two snap-fitting, and the upper end of described wheel disc offers the docking port that at least two matches with snap-fitting.
8. the full-automatic fruit-vegetable cleaner of one according to claim 7, it is characterized in that: the upper end center position of described wheel disc is provided with a docking post, the outside bottom surface of described washing basket is provided with first annular projection and blind hole, described docking post is inserted in blind hole, and the periphery of wheel disc contacts with the medial wall of first annular projection.
9. the full-automatic fruit-vegetable cleaner of one according to claim 2, it is characterized in that: the outside bottom surface of described washing tube is provided with the second annular protrusion, the upper surface of described base is provided with the 3rd annular protrusion, and the 3rd annular protrusion is sheathed on the outside of the second annular protrusion；The lower end, outside of described washing tube forms the first boss in the corresponding position of mounting groove, and the upper surface of described base is provided with second boss complementary with the first boss.
10. the full-automatic fruit-vegetable cleaner of one according to claim 1, it is characterized in that: inside described upper cover, be provided with cavity, chlorine adsorbent it is filled with in this cavity, the bottom surface of described upper cover is provided with a plurality of air inlet communicated with cavity, and the upper surface of described upper cover is provided with a plurality of venthole communicated with cavity.
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| CN106387951A (en) * | 2016-09-07 | 2017-02-15 | 合肥元政农林生态科技有限公司 | Wood ear drying method |
| CN107307830A (en) * | 2017-07-21 | 2017-11-03 | 宁波欧琳厨具有限公司 | A kind of tank clarifier |
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| EP2005846A1 (en) * | 2007-06-19 | 2008-12-24 | Wang, Ching-hua | Water-saving type fruit and vegetable washing and disinfecting method and device |
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