CN204093773U - A kind of supersonic wave cleaning machine - Google Patents
A kind of supersonic wave cleaning machine Download PDFInfo
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- CN204093773U CN204093773U CN201420554282.5U CN201420554282U CN204093773U CN 204093773 U CN204093773 U CN 204093773U CN 201420554282 U CN201420554282 U CN 201420554282U CN 204093773 U CN204093773 U CN 204093773U
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Abstract
The utility model discloses a kind of supersonic wave cleaning machine, comprise operating desk and electrical control cubicles; Operating desk comprises the first separate purging system and the second purging system, and electrical control cubicles controls the first purging system and the second purging system work; First purging system comprises diapire and is provided with the first clear water reserviors of ultrasonic transducer and can forms the first water circulation component of circulating filtration with the first clear water reserviors; Second purging system comprises the second clear water reserviors of inwall being provided with nozzle assembly and can form the second water circulation component of circulating filtration with the second clear water reserviors.Wherein, water circulation component produces ozone and be injected into clear water reserviors by nozzle assembly in cleaning fluid.By above-mentioned embodiment, the Harmful Residue on the food materials such as vegetables, melon and fruit and meat can be cleaned up hill and dale, make the food materials such as vegetables, melon and fruit and meat can reach edible level of security.
Description
Technical field
The utility model relates to cleaning machine technical field, particularly relates to a kind of supersonic wave cleaning machine.
Background technology
The food materials such as vegetables, melon and fruit and meat are when arriving at user; unclean often, it not only may contain silt, dirt, also may contain residue of pesticide, anticorrisive agent, hormone, various harmful additives etc.; if washing is unclean, often safe diet problem can be caused.
For convenience of the cleaning to food materials such as vegetables, melon and fruit and meats, market there is very eurypalynous cleaning machine.But, although existing vegetables, melon and fruit cleaning machine are of a great variety, be rinse based on current substantially.Stir the water of service sink or be injection water, or being forced draft, or both have concurrently.Although seem in service sink that the water surface seethes, the ability that current rinse with regard to cleansing power is not even as conventional wiping or scrub, and carry residues of banned pesticides, anticorrisive agent, mud are more, flushing dose can not keep cleaning pool inner water large cleanliness factor at fruits and vegetables, facts have proved simple current rinse or water, gas washout cleaning way can not reach thoroughly degraded and remove agricultural chemicals, anticorrisive agent, hormone, various harmful additive and clean mud effect.
Utility model content
The utility model provides a kind of supersonic wave cleaning machine for solving the problems of the technologies described above, and can clean up hill and dale the Harmful Residue on the food materials such as vegetables, melon and fruit and meat, makes the food materials such as vegetables, melon and fruit and meat can reach edible level of security.
For solving the problems of the technologies described above, the utility model provides a kind of supersonic wave cleaning machine, comprising: operating desk and electrical control cubicles; Described operating desk comprises the first separate purging system and the second purging system, and described electrical control cubicles controls described first purging system and described second purging system work; Described first purging system comprises diapire and is provided with the first clear water reserviors of ultrasonic transducer and can forms the first water circulation component of circulating filtration with described first clear water reserviors; Described second purging system comprises the second clear water reserviors of inwall being provided with nozzle assembly and can form the second water circulation component of circulating filtration with described second clear water reserviors, wherein, described first water circulation component produces ozone dissolved and injects in described first service sink in cleaning fluid, and described second water circulation component is also produced ozone dissolved in cleaning fluid and is injected in described second clear water reserviors by described nozzle assembly.
Further, described first water circulation component comprises liquid reserve tank, water circulating pump and the fine filtrator for filtering the cleaning fluid collected in liquid reserve tank; The water inlet end of described liquid reserve tank is communicated with the gap at described first service sink top, the water side of described liquid reserve tank is communicated with the water inlet end of described water circulating pump, the water side of described water circulating pump is communicated with the water inlet end of described fine filtrator, the water side of described fine filtrator is communicated to the diapire of described first service sink, wherein, described electrical control cubicles is electrically connected described water circulating pump to control described water circulating pump work.
Further, another water inlet of described liquid reserve tank is provided with for being communicated with external pipe and then the water intaking valve of additional clean liquid; Ultraviolet disinfection tank, ozone generator and air pump is also provided with between described fine filtrator and described first service sink diapire, the water side of described fine filtrator and the outlet side of described ozone generator are communicated with an import of described ultraviolet disinfection tank respectively, the inlet end of described ozone generator connects the outlet side of described air pump, and the water side of described ultraviolet disinfection tank is communicated with described first service sink diapire; Described ozone generator and described disinfection by ultraviolet light tank are electrically connected to described electrical control cubicles respectively and carry out work under the controls of described electrical control cubicles.
Further, described second purging system also comprises the foreign material treatment pond forming water circulation with described second service sink together with described second water circulation component; The filter assemblies for carrying out the cleaning fluid overflowed from described second service sink top to filter and then flow into described second water circulation component is provided with in described foreign material treatment pond.
Further, described filter assemblies comprises primary filter and secondary filter, wherein, active carbon filter during described secondary filter, the cleaning fluid overflowed in described second service sink filters through described primary filter and described secondary filter successively.
Further, described second water circulation component comprises liquid reserve tank, water circulating pump, ultrafilter, disinfection assembly and air pump, and described disinfection assembly at least can produce ozone in cleaning fluid; The water inlet end of described liquid reserve tank is communicated with bottom described foreign material treatment pond, the water side of described liquid reserve tank is communicated with the water inlet end of described water circulating pump, the water side of described water circulating pump is communicated with the water inlet end of described ultrafilter, the water side of described ultrafilter and the outlet side of described air pump are communicated with the water inlet end of described disinfection assembly respectively, the water side of described disinfection assembly is communicated to described nozzle assembly, wherein, described electrical control cubicles is electrically connected described water circulating pump, described air pump and described disinfection assembly and controls its work respectively.
Further, described disinfection assembly comprises ozone generator and disinfection by ultraviolet light tank, and described ozone generator and described disinfection by ultraviolet light tank are electrically connected to described electrical control cubicles respectively and carry out work under the control of described electrical control cubicles; Wherein, the water side of described ultrafilter and the outlet side of described ozone generator are communicated to the import of described disinfection by ultraviolet light tank respectively, and the outlet side of described air pump is communicated with the inlet end of described ozone generator.
Further, described nozzle assembly comprises multiple side nozzle and nozzle of multiple ends; Described side nozzle is arranged at the inside sidewalls of described second service sink, and nozzle of the described end is arranged in the inside bottom wall of described second service sink.
Further, described side nozzle is evenly laid in the inside sidewalls of described second service sink, and nozzle of the described end is evenly laid in the inside bottom wall of described second service sink; Wherein, described side nozzle reciprocally waves with the inside sidewalls of described second service sink and is connected, nozzle of the described end reciprocally waves with the inside bottom wall of described second service sink and is connected, and then makes described side nozzle and nozzle of the described end can eject cleaning fluid with multi-angle.
Further, the top certain altitude of described first service sink and described second service sink inside bottom wall is separately provided with and can supports the net dividing plate of article to be cleaned through cleaning fluid; Described second service sink top spilling cleaning fluid is provided with another net dividing plate to the position of described foreign material treatment pond.
Supersonic wave cleaning machine of the present utility model: by arranging the separate purging system of two covers in operating desk, i.e. the first purging system and the second purging system, utilize ultrasonic wave to treat article-cleaning in the first service sink in the first purging system to clean, dirt can be peeled off, disinfection, and utilize nozzle assembly to eject clean cleaning fluid in the second service sink in the second purging system to treat article-cleaning and carry out secondary cleaning, simultaneously, the cleaning fluid ejected in this nozzle assembly is containing ozone, can be carried out disinfection sterilization further, and then can with different levels raising article to be cleaned concrete as vegetables, melon and fruit, the cleannes of meat, finally reach safe edible water product, be beneficial to user's body health.In addition, the first purging system and the second purging system can carry out circulating filtration to cleaning fluid, can using water wisely.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model embodiment supersonic wave cleaning machine.
Detailed description of the invention
Below in conjunction with drawings and embodiments, the utility model is described in detail.
Consult Fig. 1, the supersonic wave cleaning machine of the utility model embodiment, comprise operating desk 24 and be arranged at the electrical control cubicles 23 of operating desk 24 outside.
This operating desk 24 inside is provided with open-topped two independently service sinks, is set to the first service sink 2 and the second service sink 7 respectively.
Wherein, the ultrasonic transducer 4 that the arranged outside of the first service sink 2 diapire has one or more to be controlled by electrical control cubicles 23 is to produce ultrasonic wave, the top certain altitude of this first service sink 2 and the respective inside bottom wall of the second service sink 7 is respectively arranged with can through the net dividing plate 3,8 of cleaning fluid, wherein, net dividing plate 3 is arranged in the first service sink 2, net dividing plate 8 is arranged in the second service sink 7, net dividing plate 3,8 can support article to be cleaned and article to be cleaned can be made after cleaning terminates to depart from cleaning fluid, and cleaning fluid is water or the water being added with cleaning solution.
Specifically, the first service sink 2 forms first purging system that can carry out circulating filtration to cleaning fluid with the first water circulation component 200 being located at the first service sink 2 outside.This first water circulation component 200 comprises liquid reserve tank 21, water circulating pump 20 and the fine filtrator 19 for filtering the cleaning fluid collected in liquid reserve tank 21, wherein, the water inlet end of this liquid reserve tank 21 is communicated with the gap 1 at the first service sink 2 top, the water inlet end of the water side communication loop water pump 20 of liquid reserve tank 21, the water side of water circulating pump 20 is communicated with the water inlet end of fine filtrator 19, further, the water side of fine filtrator 19 is communicated to the diapire of the first service sink 2, wherein, electrical control cubicles 23 is by working with the electrical connection controlled circulation water pump 20 of water circulating pump 20 and then producing water circulation when being arranged at the level sensor (not shown) be electrically connected in the first service sink 2 and with electrical control cubicles 23 and detecting that cleaning fluid is enough, make the cleaning fluid in the first service sink 2 can be at any time all in moisturizing, filter, the state recycled, cleaning fluid can be recycled, water saving can reach more than 65%.By the first service sink 2 and the first water circulation component 200 are built the first purging system jointly, Reusability can be carried out to cleaning fluid, and then great saving water resource, reduce cleaning cost.
During use, water circulating pump 20 starts, when storing enough cleaning fluids in liquid reserve tank 21, cleaning fluid in liquid reserve tank 21 is extracted in fine filtrator 19 and produces enough hydraulic pressure and then cleaning fluid is injected the first service sink 2 inside by water circulating pump 20, simultaneously, ultrasonic transducer 4 starts, produce ultrasonic wave, utilize the physicochemical properties such as hyperacoustic cavitation effect, article-cleaning can be treated as vegetables, melon and fruit, the food such as meat clean, because ultrasonic wave has cracking bacterium, the disinfective action of virocyte, can be efficient, eccysis residue of pesticide up hill and dale, anticorrisive agent, hormone, various harmful additive and mud also once carry out ultrasonic sterilization sterilization.
In an embody rule embodiment, this first water circulation component 200 can also produce ozone dissolved and inject in cleaning fluid in the first service sink 2.Specifically, ultraviolet disinfection tank (not shown), ozone generator (not shown) and air pump (not shown) is also provided with between above-mentioned fine filtrator 19 and the first service sink 2 diapire, the water side of fine filtrator 19 and the outlet side of ozone generator are communicated with an import of ultraviolet disinfection tank respectively, the inlet end of ozone generator connects the outlet side of air pump, the water side of ultraviolet disinfection tank is communicated with the diapire of the first service sink 2, and this ozone generator and disinfection by ultraviolet light tank are also electrically connected to electrical control cubicles respectively and carry out work under the control of electrical control cubicles.Be dissolved in cleaning fluid by arranging ozonizer generates ozone, and by disinfection by ultraviolet light tank to cleaning fluid irradiation ultraviolet radiation, can to cleaning fluid carry out disinfection sterilization coordinate, the virus killing that can strengthen the first purging system disappears bacterium performance, and then improve the degree of purity of cleaning fluid, and then contribute to improving the cleaning efficiency treating article-cleaning.Certainly, be concise and to the point setting, arranging of ultraviolet disinfection tank can be cancelled, and the inlet end of ozone generator connects air pump, outlet side is communicated to the water side of fine filtrator 19 or is directly communicated to the diapire of the first service sink 2.
Further, the second water circulation component 100 being also provided with foreign material treatment pond 10, second service sink 7, foreign material treatment pond 10 in operating desk 24 and being arranged at the second service sink 7 and foreign material treatment pond 10 outside forms the second purging system cleaning fluid being carried out to circulating filtration.This the first service sink 2 inwall is equiped with nozzle assembly 300, filter assemblies 400 is provided with in foreign material treatment pond 10, this second water circulation component 100 comprises liquid reserve tank 13, water circulating pump 14, ultrafilter 15, disinfection assembly 500 and air pump 18, the water inlet end of liquid reserve tank 13 is communicated with bottom foreign material treatment pond 10, the water inlet end of the water side communication loop water pump 14 of liquid reserve tank 13, the water side of water circulating pump 14 is communicated with the water inlet end of ultrafilter 15, the water side of ultrafilter 15 and the outlet side of air pump 18 are communicated with the water inlet end of disinfection assembly 500 respectively, the water side of this disinfection assembly 500 is communicated to nozzle assembly 300, wherein, second service sink 7 can be communicated with foreign material treatment pond 10 top, and, electrical control cubicles 23 is electrically connected water circulating pump 14, air pump 18 and disinfection assembly 500 also control three's work respectively, electrical control cubicles 23 is by producing water circulation when being arranged at the level sensor (not shown) be electrically connected in the second service sink 7 and with electrical control cubicles 23 and detecting that cleaning fluid is enough, make the cleaning fluid in the second service sink 7 can be at any time all in moisturizing, filter, the state recycled.By the second service sink 7, foreign material treatment pond 10 and the second water circulation component 100 are built the second purging system jointly, Reusability can be carried out to cleaning fluid, and then great saving water resource, water saving can reach more than 65%, reduces cleaning cost.
Specifically, second service sink 7 top one sidewall is provided with net dividing plate 9, be communicated with the top of foreign material treatment pond 10 by this net dividing plate 9, this net dividing plate 9 can be used for discharging superfluous cleaning fluid in foreign material treatment pond 10, and the cleaning fluid of this discharge enters in liquid reserve tank 13 after the filter assemblies 400 in foreign material treatment pond 10 filters.Wherein, filter assemblies 400 can comprise primary filter 11 and secondary filter 12, the low cost that this primary filter 11 can be made for sandstone fillers such as cobblestones, the filter of lower accuracy, secondary filter 12 can for active carbon filter its to have good adsorption capacity, filtering accuracy also higher, specifically, the pollutants such as the small organic molecule that active carbon filter can be omitted in adsorbing primary filter 11, further, obvious Adsorption effect is had to peculiar smell, colloid and pigment, heavy metal ion etc. in water.The cleaning fluid overflowed from the second service sink 7 CEInet dividing plate 9 filters through primary filter 11 and secondary filter 12 successively, multiple times of filtration can improve degree of purity or the cleannes of cleaning fluid, and, primary filter 11 and secondary filter 12 incorporating ultrafine filter 15 realize three-stage filtration, can ensure that cleaning fluid is in higher cleanliness factor, avoid the secondary pollution treating article-cleaning.
Further, above-mentioned disinfection assembly 500 at least comprises ozone generator 17, utilize ozone generator 17 to produce ozone to carry out disinfection sterilization, for improving disinfection performance further, this disinfection assembly 500 can also comprise disinfection by ultraviolet light tank 16, concrete, the ultraviolet of suitable wavelength can DNA(DNA in destroy microorganisms body cell) or RNA(ribonucleic acid) molecular structure, cause that growth sexual cell is dead and (or) regenerative cell is dead, reach the effect of sterilizing.Wherein, the water side of ultrafilter 15 and the outlet side of ozone generator 17 are communicated to the import of this disinfection by ultraviolet light tank 16 respectively, and air pump 18 is middle compression pump 18, and the outlet side of air pump 18 is communicated with the inlet end of ozone generator 17.Produce ozone and disinfection by ultraviolet light tank 16 irradiation ultraviolet radiation by ozone generator 17 to coordinate the cleaning fluid sterilization that carries out disinfection, greatly can improve virus killing and to disappear bacterium performance, improve the degree of purity of cleaning fluid, and then contribute to improving the cleaning efficiency treating article-cleaning.Wherein, ozone generator 17 and disinfection by ultraviolet light tank 16 are electrically connected to electrical control cubicles 23 respectively and carry out work under the controls of electrical control cubicles 23.
Further, nozzle assembly 300 can comprise multiple side nozzle 5 and nozzle of multiple ends 6, side nozzle 5 can evenly be laid in each inside sidewalls of the second service sink 7, end nozzle 6 evenly can be laid in the diapire of the second service sink 7, completes cleaning by ejecting the cleaning fluid with pressure from sidewall and diapire and then treating article-cleaning.Certainly, all can clean for treating each of article-cleaning, a connector reciprocally waved (scheming not shown) can be set at the connecting portion of side nozzle 5 and the second service sink 7, a connector reciprocally waved (scheming not shown) is set equally at the connecting portion of end nozzle 6 and the second service sink 7 simultaneously, side nozzle 5 and end nozzle 6 is driven to carry out reciprocating swing respectively by each connector, can clean by the comprehensive article-cleaning for the treatment of without dead angle, article cleannes to be cleaned can be improved.
In above-mentioned embodiment, in each purging system, cleaning fluid can gradually reduce in use procedure repeatedly, in order to supply cleaning fluid, liquid reserve tank 21,13 can also be provided with another water inlet end, and this water inlet end connects a water intaking valve 22 for carrying out being communicated with as running water pipe with extraneous pipeline.In an embody rule embodiment, liquid reserve tank 21,13 can adopt transparent material to make, liquid reserve tank 21,13 can be provided with level scale line, when user observe in liquid reserve tank 21,13 store cleaning fluid lower than specific water level time, manually opened water intaking valve 22 additional clean liquid; Or, can level sensor (scheming not shown) be set in liquid reserve tank 21,13, above-mentioned water intaking valve 22 can be automatically controlled water intaking valve 22, electrical control cubicles 23 is electrically connected this level sensor and automatically controlled water intaking valve 22 respectively, when level sensor detects that cleaning fluid is not enough, user operation electrical control cubicles 23 is opened automatically controlled water intaking valve 22 and is carried out additional clean liquid, or the process of additional clean liquid is completed automatically by electrical control cubicles 23 completely, does not need user to operate.In addition, when cleaning fluid uses repeatedly, change cleaning fluid for convenience, a discharge outlet be connected with draining valve can be set bottom liquid reserve tank, regularly again to change water.Certainly, the filter capacity of each filter is also non-to remain unchanged always, with the growth of service time, its filter capacity also can progressively reduce, change each filter for convenience, each filter adopts removably to be connected with corresponding component, as primary filter 11, secondary filter 12 removably connects respectively and between foreign material treatment pond 10, fine filtrator 19 water inlet end, water side removably connects to the water side of water circulating pump 20 respectively, and first diapire of service sink 2, and the water inlet end of ultrafilter 15, water side is connected to the water side of water circulating pump 14 respectively, the water inlet end of disinfection by ultraviolet light tank 16.
In above-mentioned embodiment, this two covers purging system can be combined usually, and during embody rule, article to be cleaned, specifically as vegetables, melon and fruit, meat etc. first complete cleaning in the first service sink 2, then complete further cleaning in the second service sink 7.
In sum, supersonic wave cleaning machine of the present utility model is applicable to the large occasion of the food flushing doses such as restaurant, hospital, school, army, office, corporation eatery dining room vegetables, melon and fruit, meat.Concrete, it by arranging the separate purging system of two covers in operating desk 24, i.e. the first purging system and the second purging system, utilize ultrasonic wave to treat article-cleaning in the first service sink 2 in the first purging system to clean, dirt can be peeled off, disinfection, and utilize nozzle assembly 300 to eject clean cleaning fluid in the second service sink 7 in the second purging system to treat article-cleaning and carry out secondary cleaning, simultaneously, the cleaning fluid ejected in this nozzle assembly 300 is containing ozone, can be carried out disinfection sterilization further, and then can with different levels raising article to be cleaned concrete as vegetables, melon and fruit, the cleannes of meat, finally reach safe edible water product, be beneficial to user's body health.
These are only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model description and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a supersonic wave cleaning machine, is characterized in that, comprising:
Operating desk and electrical control cubicles;
Described operating desk comprises the first separate purging system and the second purging system, and described electrical control cubicles controls described first purging system and described second purging system work;
Described first purging system comprises diapire and is provided with the first clear water reserviors of ultrasonic transducer and can forms the first water circulation component of circulating filtration with described first clear water reserviors;
Described second purging system comprises the second clear water reserviors of inwall being provided with nozzle assembly and can form the second water circulation component of circulating filtration with described second clear water reserviors, wherein, described first water circulation component produces ozone dissolved and injects in described first service sink in cleaning fluid, and described second water circulation component is also produced ozone dissolved in cleaning fluid and is injected in described second clear water reserviors by described nozzle assembly.
2. supersonic wave cleaning machine according to claim 1, is characterized in that:
Described first water circulation component comprises liquid reserve tank, water circulating pump and the fine filtrator for filtering the cleaning fluid collected in liquid reserve tank;
The water inlet end of described liquid reserve tank is communicated with the gap at described first service sink top, the water side of described liquid reserve tank is communicated with the water inlet end of described water circulating pump, the water side of described water circulating pump is communicated with the water inlet end of described fine filtrator, the water side of described fine filtrator is communicated to the diapire of described first service sink, wherein, described electrical control cubicles is electrically connected described water circulating pump to control described water circulating pump work.
3. supersonic wave cleaning machine according to claim 2, is characterized in that:
Another water inlet of described liquid reserve tank is provided with for being communicated with external pipe and then the water intaking valve of additional clean liquid;
Ultraviolet disinfection tank, ozone generator and air pump is also provided with between described fine filtrator and described first service sink diapire, the water side of described fine filtrator and the outlet side of described ozone generator are communicated with an import of described ultraviolet disinfection tank respectively, the inlet end of described ozone generator connects the outlet side of described air pump, the water side of described ultraviolet disinfection tank is communicated with described first service sink diapire, wherein, described ozone generator and described disinfection by ultraviolet light tank are electrically connected to described electrical control cubicles respectively and carry out work under the controls of described electrical control cubicles.
4. supersonic wave cleaning machine according to claim 2, is characterized in that:
Described second purging system also comprises the foreign material treatment pond forming circulating filtration with described second service sink together with described second water circulation component;
The filter assemblies for carrying out the cleaning fluid overflowed from described second service sink top to filter and then flow into described second water circulation component is provided with in described foreign material treatment pond.
5. supersonic wave cleaning machine according to claim 4, is characterized in that:
Described filter assemblies comprises primary filter and secondary filter, and wherein, active carbon filter during described secondary filter, the cleaning fluid overflowed in described second service sink filters through described primary filter and described secondary filter successively.
6. supersonic wave cleaning machine according to claim 5, is characterized in that:
Described second water circulation component comprises liquid reserve tank, water circulating pump, ultrafilter, disinfection assembly and air pump, and described disinfection assembly at least can produce ozone in cleaning fluid;
The water inlet end of described liquid reserve tank is communicated with bottom described foreign material treatment pond, the water side of described liquid reserve tank is communicated with the water inlet end of described water circulating pump, the water side of described water circulating pump is communicated with the water inlet end of described ultrafilter, the water side of described ultrafilter and the outlet side of described air pump are communicated with the water inlet end of described disinfection assembly respectively, the water side of described disinfection assembly is communicated to described nozzle assembly, wherein, described electrical control cubicles is electrically connected described water circulating pump, described air pump and described disinfection assembly and controls its work respectively.
7. supersonic wave cleaning machine according to claim 6, is characterized in that:
Described disinfection assembly comprises ozone generator and disinfection by ultraviolet light tank, and described ozone generator and described disinfection by ultraviolet light tank are electrically connected to described electrical control cubicles respectively and carry out work under the control of described electrical control cubicles;
Wherein, the water side of described ultrafilter and the outlet side of described ozone generator are communicated to the import of described disinfection by ultraviolet light tank respectively, and the outlet side of described air pump is communicated with the inlet end of described ozone generator.
8. supersonic wave cleaning machine according to claim 4, is characterized in that:
Described nozzle assembly comprises multiple side nozzle and nozzle of multiple ends;
Described side nozzle is arranged at the inside sidewalls of described second service sink, and nozzle of the described end is arranged in the inside bottom wall of described second service sink.
9. supersonic wave cleaning machine according to claim 8, is characterized in that:
Described side nozzle is evenly laid in the inside sidewalls of described second service sink, and nozzle of the described end is evenly laid in the inside bottom wall of described second service sink;
Wherein, described side nozzle reciprocally waves with the inside sidewalls of described second service sink and is connected, nozzle of the described end reciprocally waves with the inside bottom wall of described second service sink and is connected, and then makes described side nozzle and nozzle of the described end can eject cleaning fluid with multi-angle.
10. supersonic wave cleaning machine according to claim 4, is characterized in that:
The top certain altitude of described first service sink and described second service sink inside bottom wall is separately provided with and can supports the net dividing plate of article to be cleaned through cleaning fluid;
Described second service sink top spilling cleaning fluid is provided with another net dividing plate to the position of described foreign material treatment pond.
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| CN105618425A (en) * | 2015-12-25 | 2016-06-01 | 北京工商大学 | Ultrasonic vegetable cleaning method |
| CN105901749A (en) * | 2016-04-29 | 2016-08-31 | 福州品行科技发展有限公司 | Clean vegetable processing device |
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