CN203353607U - Water-saving food purification machine - Google Patents
Water-saving food purification machine Download PDFInfo
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- CN203353607U CN203353607U CN2013204288803U CN201320428880U CN203353607U CN 203353607 U CN203353607 U CN 203353607U CN 2013204288803 U CN2013204288803 U CN 2013204288803U CN 201320428880 U CN201320428880 U CN 201320428880U CN 203353607 U CN203353607 U CN 203353607U
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Abstract
The utility model discloses a water-saving food purification machine which comprises a machine body (1), a water tank A (2), a water tank B (3), aeration devices (4) and high-energy ion reaction devices (5), wherein the water tank A (2) and the water tank B (3) are arranged in the machine body (1) side by side; the high-energy ion reaction devices (5), automatic water-drainage devices (6), the aeration devices (4), automatic water inlet devices (22) and water filtering devices are arranged in the water tank A (2) and the water tank B (3). According to the utility model, food can be cleaned and purified efficiently and thoroughly without causing any damage, and people's food safety is effectively ensured; since the water filtering devices are further provided, water in the cleaning process can be filtered into clear water for repeated use, so that water conservation and environmental protection are completely realized.
Description
Technical field
The utility model relates to a kind of cleaning machine, particularly a kind of water-saving food clearing machine.
Background technology
Along with social development, people's life is become better and better, and it is varied that the dish on people's dining table also becomes.Because present vegetables were sprayed agricultural chemicals or chemical fertilizer mostly, if just it does not cleaned up edible can bring threat to people's health.
In addition, except vegetables, the food such as fruit, rice, meat also need thoroughly clean and sterilize, that family or restaurant all can face this cleaning difficult problem, traditional cleaning method is the foods such as vegetables, melon and fruit to be placed in clear water to soak then rinse, but this cleaning method can not thoroughly be removed the harmful substances such as agricultural chemicals on food, bacterium.If use the food cleaning agent, have problems too, because the food cleaning agent itself belongs to chemical substance, although it can kill the part bacterium, but this food with fold of similar green vegetables, the fold place is difficult for rinsing well has increased new noxious material on the contrary, also there is no in the market efficient, safe food cleaning device.
The utility model content
The purpose of this utility model is, a kind of water-saving food clearing machine is provided, and it can be efficiently, thoroughly food is cleaned, and can not cause damage to food, effectively guarantees people's safe diet.
The technical solution of the utility model: a kind of water-saving food clearing machine, comprise body, tank A, tank B, aerator and energetic ion reaction unit, tank A and tank B are set up in parallel in body, in tank A and tank B, are equipped with energetic ion reaction unit, self-draining arrangement, aerator and automatic water inflow device.
In aforementioned this water-saving food clearing machine, described self-draining arrangement comprises drainpipe A, drainpipe B, total downcomer and floor drain, drainpipe A is arranged at the bottom of tank A and is communicated with tank A, drainpipe B is arranged on the bottom of tank B and is communicated with tank B, drainpipe A and drainpipe B all are communicated with an end of total downcomer, and the other end of total downcomer is communicated with floor drain; Drainpipe A is provided with electrically operated valve A, and drainpipe B is provided with electrically operated valve B.
In aforementioned this water-saving food clearing machine, aerator comprises aeration tube A, aeration tube B, blower fan A and blower fan B, aeration tube A is arranged on the bottom in tank A, aeration tube B is arranged on the bottom in tank B, the shape of aeration tube A and aeration tube B is S shape, the top of aeration tube A and aeration tube B is equipped with solarization air cap, and bottom is equipped with osculum; Blower fan A and blower fan B are fixed on the base plate in body, and blower fan A is connected with aeration tube A by tube connector A, and blower fan B is connected with aeration tube B by tube connector B.
In aforementioned this water-saving food clearing machine, the energetic ion reaction unit comprises reactor shell A, reactor shell B, electrolysis reactor inner core and power transfer module, between the sidewall that reactor shell A is arranged on body and tank A and be communicated with tank A, between the sidewall that reactor shell B is arranged on the body opposite side and tank B and be communicated with tank B, be respectively equipped with 1～6 electrolysis reactor inner core in reactor shell A and reactor shell B, be connected with respectively 1 power transfer module on each electrolysis reactor inner core, described power transfer module is arranged in body.The effect of power transfer module is that civil power or factory's electricity are converted to the required electricity of cell reaction.
In aforementioned this water-saving food clearing machine, on reactor shell A and reactor shell B, be equipped with the division board with through hole.
In aforementioned this water-saving food clearing machine, the electrolysis reactor inner core comprises minus plate and positive plate, minus plate is fixed together by the minus plate connecting rod, distance between two minus plates of arbitrary neighborhood is 10mm～14mm, positive plate is fixed together by 2 positive plate connecting rods, distance between two positive plates of arbitrary neighborhood is 10mm～14mm, minus plate and positive plate are equidistantly arranged in a crossed manner, be respectively equipped with 2 positive plate binding posts and 2 through holes on 2 positive plate connecting rods, minus plate is than many a slices of sheet number of positive plate, be positioned on the minus plate at two ends and be respectively equipped with 2 conduction angle bar, each conduction angle bar is provided with 1 minus plate binding post, after minus plate and positive plate are assembled together, the minus plate binding post is through the through hole on the positive plate binding post, be equipped with insulating coating on described each minus plate binding post, described minus plate is corrosion resistant plate, and positive plate is the titanium plate, and the surface of positive plate also is provided with Catalytic Layer.Described Catalytic Layer is that the platinum group metal oxide containing precious metals is made.
In aforementioned this water-saving food clearing machine, automatic water inflow device comprises water inlet pipe A, water inlet pipe B and feed pipe, feed pipe is arranged at the bottom in body, the water inlet end of water inlet pipe A and water inlet pipe B is connected with feed pipe by four-way connection, the water side of water inlet pipe A and water inlet pipe B is separately positioned on the bottom in tank A and tank B, and water side is provided with filtering head, water inlet pipe A is provided with electromagnetic valve C, and water inlet pipe B is provided with electromagnetic valve D; Also be connected with water inlet pipe C on four-way connection, on water inlet pipe C, cleaning device be installed, cleaning device is arranged on the top of body.
In aforementioned this water-saving food clearing machine, also be provided with filter A and filter B in described body, the water inlet end of filter A is communicated with water inlet pipe A by tube connector, and the water side of filter A is communicated with tank A by tube connector and water pump A; The water inlet end of filter B is communicated with water inlet pipe B by tube connector, and the water side of filter B is communicated with tank B by tube connector and water pump B.
In aforementioned this water-saving food clearing machine, tank A, tank B are by the airtight overflow groove that connects and composes of connecting plate, be provided with the liquid level sensor chamber in overflow groove, the indoor top of liquid level sensor is provided with liquid level sensor, the bottom of the sidewall that tank A and tank B and overflow groove are shared is equipped with through hole, top is equipped with overfall, and through hole is communicated with the liquid level sensor chamber.
In aforementioned this water-saving food clearing machine, the shape of described tube connector A and tube connector B is inverted U-shaped, and the top of tube connector A and tube connector B is all higher than the overfall on tank A and tank B.Adopt this structural design can prevent that the interior aqueous reflux of water stopping trough is in blower fan.
Compared with prior art, the utility model, by tank A and tank B, energetic ion reactor and aerator being set, makes can produce the high oxidation potential material in water, with the macromolecules such as cracking agricultural chemicals, hormone, clenbuterol hydrochloride, deactivation bacterial virus.Aerator constantly produces minute bubbles, and the fold place that can make food of breaking of bubble is fully cleaned, and simultaneously bubble also drives the motion repeatedly water from the process of up emerging at the bottom of pond.The utility model carries out thoroughly cleaning and sterilization to food by a series of like this design, guarantees people's safe diet, have quick, without manually operated advantage.The utility model, by filter is set, carries out filtration treatment by the addle of washing foodstuff, realizes the vegetable washing water recycling, really accomplishes using water wisely, and this design meets the Constructing Water-saved Society that country advocates, and realizes sustainable development.
By many group electrolysis reactor inner cores are set, and connect independently power transfer module on every group of electrolysis reactor inner core, even some power transfer module break down, also can not affect the normal operation of other group electrolysis reactor inner core.The utlity model has simple in structure, the applicable advantage of applying.
The accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model;
Fig. 2 is front view of the present utility model;
Fig. 3 is top view of the present utility model;
Fig. 4 is the upward view of aeration tube A and aeration tube B;
Fig. 5 is backsight internal structure schematic diagram of the present utility model;
Fig. 6 is the structural representation of filtering head;
Fig. 7 is the structural representation that is provided with reactor shell A and reactor shell B in body;
Fig. 8 is the structural representation of electrolysis reactor inner core;
Fig. 9 is the structural representation with the division board of through hole;
Figure 10 is the structural representation of overflow groove.
Being labeled as in accompanying drawing: 1-body, 2-tank A, 3-tank B, the 4-aerator, 5-energetic ion reaction unit, the 6-self-draining arrangement, 7-is with the division board of through hole, 8-drainpipe A, 9-drainpipe B, the total downcomer of 10-, the 11-floor drain, 12-electrically operated valve A, 13-electrically operated valve B, 14-aeration tube A, 15-aeration tube B, the 16-solarization air cap, the 17-osculum, 18-blower fan A, 19-blower fan B, 20-tube connector A, 21-tube connector B, the 22-automatic water inflow device, 23-reactor shell A, 24-reactor shell B, 25-electrolysis reactor inner core, the 26-power transfer module, the 27-minus plate, the 28-positive plate, 29-minus plate connecting rod, 30-positive plate connecting rod, 31-positive plate binding post, the 32-through hole, 33-conducts electricity angle bar, 34-minus plate binding post, 35-water inlet pipe A, 36-water inlet pipe B, the 37-feed pipe, the 38-four-way connection, the 39-filtering head, 40-water inlet pipe C, the 41-cleaning device, 42-electromagnetic valve C, 43-electromagnetic valve D, 44-filter A, the 45-filter B, 46-water pump A, 47-water pump B, the 48-connecting plate, the 49-overflow groove, the 50-liquid level sensor, the 51-through hole, the 52-overfall, 53-liquid level sensor chamber.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is further described, but not as the foundation to the utility model restriction.
As shown in Figure 2, self-draining arrangement 6 comprises drainpipe A8, drainpipe B9, total downcomer 10 and floor drain 11, drainpipe A8 is arranged at the bottom of tank A2 and is communicated with tank A2, drainpipe B9 is arranged on the bottom of tank B3 and is communicated with tank B3, drainpipe A8 and drainpipe B9 all are communicated with an end of total downcomer 10, and the other end of total downcomer 10 is communicated with floor drain 11; Drainpipe A8 is provided with electrically operated valve A12, and drainpipe B9 is provided with electrically operated valve B13.
As shown in Fig. 3, Fig. 4 and Fig. 5, aerator 4 comprises aeration tube A14, aeration tube B15, blower fan A18 and blower fan B19, aeration tube A14 is arranged on the bottom in tank A2, aeration tube B15 is arranged on the bottom in tank B3, the shape of aeration tube A14 and aeration tube B15 is S shape, the top of aeration tube A14 and aeration tube B15 is equipped with solarization air cap 16, and bottom is equipped with osculum 17; Blower fan A18 and blower fan B19 are fixed on the base plate in body 1, and blower fan A18 is connected with aeration tube A14 by tube connector A20, and blower fan B19 is connected with aeration tube B15 by tube connector B21.The shape of described tube connector A20 and tube connector B21 is inverted U-shaped, and the top of tube connector A20 and tube connector B21 is all higher than the overfall 52 of tank A2 and tank B3.
Also be provided with filter A44 and filter B 45 in described body 1, the water inlet end of filter A44 is communicated with water inlet pipe A35 by tube connector, and the water side of filter A44 is communicated with tank A2 by tube connector and water pump A46; The water inlet end of filter B 45 is communicated with water inlet pipe B36 by tube connector, and the water side of filter B 45 is communicated with tank B3 by tube connector and water pump B47.
As shown in Figure 7, energetic ion reaction unit 5 comprises reactor shell A23, reactor shell B24, electrolysis reactor inner core 25 and power transfer module 26, between the sidewall that reactor shell A23 is arranged on body 1 and tank A2 and be communicated with tank A2, between the sidewall that reactor shell B24 is arranged on body 1 opposite side and tank B3 and be communicated with tank B3, be respectively equipped with 3 electrolysis reactor inner cores 25 in reactor shell A23 and reactor shell B24, be connected with respectively 1 power transfer module 26 on each electrolysis reactor inner core 25, described power transfer module 26 is arranged in body 1.
As shown in Figure 8, electrolysis reactor inner core 25 comprises minus plate 27 and positive plate 28, minus plate 27 is fixed together by minus plate connecting rod 29, distance between two minus plates 27 of arbitrary neighborhood is 12mm, positive plate 28 is fixed together by 2 positive plate connecting rods 30, distance between two positive plates 28 of arbitrary neighborhood is 12mm, minus plate 27 is equidistantly arranged in a crossed manner with positive plate 28, be respectively equipped with 2 positive plate binding posts 31 and 2 through holes 32 on 2 positive plate connecting rods 30, minus plate 27 is than many a slices of sheet number of positive plate 28, be positioned on the minus plate 27 at two ends and be respectively equipped with 2 conduction angle bar 33, each conduction angle bar 33 is provided with 1 minus plate binding post 34, after minus plate 27 is assembled together with positive plate 28, minus plate binding post 34 is through the through hole 32 on positive plate binding post 31, be equipped with insulating coating on described each minus plate binding post 34, described minus plate 27 is corrosion resistant plate, positive plate 28 is the titanium plate, the surface of titanium plate is provided with Catalytic Layer, take reactor shell A23 as example, the side of reactor shell A23 is provided with the electrode through hole, after electrolysis reactor inner core 25 installs, positive plate binding post 31 and minus plate binding post 34 through the electrode through hole, arrange water-proof seal ring respectively in case leak-stopping water in the both sides of electrode through hole respectively.
As shown in Figure 9, be equipped with the division board 7 with through hole on reactor shell A23 and reactor shell B24.
Automatic water inflow device 22 comprises water inlet pipe A35, water inlet pipe B36 and feed pipe 37, feed pipe 37 is arranged at the bottom in body 1, the water inlet end of water inlet pipe A35 and water inlet pipe B36 is connected with feed pipe 37 by four-way connection 38, the water side of water inlet pipe A35 and water inlet pipe B36 is separately positioned on the bottom in tank A2 and tank B3, and water side is provided with filtering head 39, water inlet pipe A35 is provided with electromagnetic valve C42, and water inlet pipe B36 is provided with electromagnetic valve D43; Also be connected with water inlet pipe C40 on four-way connection 38, cleaning device 41 is installed on water inlet pipe C40, cleaning device 41 is arranged on the top of body 1.
As shown in figure 10, tank A2, tank B3 are by the airtight overflow groove 49 that connects and composes of connecting plate 48, be provided with liquid level sensor chamber 53 in overflow groove 49,53Nei top, liquid level sensor chamber is provided with liquid level sensor 50, the bottom of the sidewall that tank A2 and tank B3 and overflow groove 49 are shared is equipped with through hole 51, top is equipped with overfall 52, and through hole 51 is communicated with liquid level sensor chamber 53.
The top of body 1 is provided with control panel, and described control panel adopts touch panel designs, and also is provided with the physical switch button on touch pad, whether availablely can control touch pad by the physical switch button.
As shown in Figure 2, self-draining arrangement 6 comprises drainpipe A8, drainpipe B9, total downcomer 10 and floor drain 11, drainpipe A8 is arranged at the bottom of tank A2 and is communicated with tank A2, drainpipe B9 is arranged on the bottom of tank B3 and is communicated with tank B3, drainpipe A8 and drainpipe B9 all are communicated with an end of total downcomer 10, and the other end of total downcomer 10 is communicated with floor drain 11; Drainpipe A8 is provided with electrically operated valve A12, and drainpipe B9 is provided with electrically operated valve B13.
As shown in Fig. 3, Fig. 4 and Fig. 5, aerator 4 comprises aeration tube A14, aeration tube B15, blower fan A18 and blower fan B19, aeration tube A14 is arranged on the bottom in tank A2, aeration tube B15 is arranged on the bottom in tank B3, the shape of aeration tube A14 and aeration tube B15 is S shape, the top of aeration tube A14 and aeration tube B15 is equipped with solarization air cap 16, and bottom is equipped with osculum 17; Blower fan A18 and blower fan B19 are fixed on the base plate in body 1, and blower fan A18 is connected with aeration tube A14 by tube connector A20, and blower fan B19 is connected with aeration tube B15 by tube connector B21.The shape of described tube connector A20 and tube connector B21 is inverted U-shaped, and the top of tube connector A20 and tube connector B21 is all higher than the overfall 52 of tank A2 and tank B3.
Also be provided with filter A44 and filter B 45 in described body 1, the water inlet end of filter A44 is communicated with water inlet pipe A35 by tube connector, and the water side of filter A44 is communicated with tank A2 by tube connector and water pump A46; The water inlet end of filter B 45 is communicated with water inlet pipe B36 by tube connector, and the water side of filter B 45 is communicated with tank B3 by tube connector and water pump B47.
As shown in Figure 7, energetic ion reaction unit 5 comprises reactor shell A23, reactor shell B24, electrolysis reactor inner core 25 and power transfer module 26, between the sidewall that reactor shell A23 is arranged on body 1 and tank A2 and be communicated with tank A2, between the sidewall that reactor shell B24 is arranged on body 1 opposite side and tank B3 and be communicated with tank B3, be respectively equipped with 1 electrolysis reactor inner core 25 in reactor shell A23 and reactor shell B24, be connected with power transfer module 26 on electrolysis reactor inner core 25, described power transfer module 26 is arranged in body 1.
As shown in Figure 8, electrolysis reactor inner core 25 comprises minus plate 27 and positive plate 28, minus plate 27 is fixed together by minus plate connecting rod 29, distance between two minus plates 27 of arbitrary neighborhood is 10mmmm, positive plate 28 is fixed together by 2 positive plate connecting rods 30, distance between two positive plates 28 of arbitrary neighborhood is 10mmmm, minus plate 27 is equidistantly arranged in a crossed manner with positive plate 28, be respectively equipped with 2 positive plate binding posts 31 and 2 through holes 32 on 2 positive plate connecting rods 30, minus plate 27 is than many a slices of sheet number of positive plate 28, be positioned on the minus plate 27 at two ends and be respectively equipped with 2 conduction angle bar 33, each conduction angle bar 33 is provided with 1 minus plate binding post 34, after minus plate 27 is assembled together with positive plate 28, minus plate binding post 34 is through the through hole 32 on positive plate binding post 31, be equipped with insulating coating on described each minus plate binding post 34, described minus plate 27 is corrosion resistant plate, positive plate 28 is the titanium plate, the surface of titanium plate is provided with Catalytic Layer, take reactor shell A23 as example, the side of reactor shell A23 is provided with the electrode through hole, after electrolysis reactor inner core 25 installs, positive plate binding post 31 and minus plate binding post 34 through the electrode through hole, arrange water-proof seal ring respectively in case leak-stopping water in the both sides of electrode through hole respectively.
As shown in Figure 9, be equipped with the division board 7 with through hole on reactor shell A23 and reactor shell B24.
Automatic water inflow device 22 comprises water inlet pipe A35, water inlet pipe B36 and feed pipe 37, feed pipe 37 is arranged at the bottom in body 1, the water inlet end of water inlet pipe A35 and water inlet pipe B36 is connected with feed pipe 37 by four-way connection 38, the water side of water inlet pipe A35 and water inlet pipe B36 is separately positioned on the bottom in tank A2 and tank B3, and water side is provided with filtering head 39, water inlet pipe A35 is provided with electromagnetic valve C42, and water inlet pipe B36 is provided with electromagnetic valve D43; Also be connected with water inlet pipe C40 on four-way connection 38, cleaning device 41 is installed on water inlet pipe C40, cleaning device 41 is arranged on the top of body 1.
As shown in figure 10, tank A2, tank B3 are by the airtight overflow groove 49 that connects and composes of connecting plate 48, be provided with liquid level sensor chamber 53 in overflow groove 49,53Nei top, liquid level sensor chamber is provided with liquid level sensor 50, the bottom of the sidewall that tank A2 and tank B3 and overflow groove 49 are shared is equipped with through hole 51, top is equipped with overfall 52, and through hole 51 is communicated with liquid level sensor chamber 53.
The top of body 1 is provided with control panel, and described control panel adopts touch panel designs, and also is provided with the physical switch button on touch pad, whether availablely can control touch pad by the physical switch button.
As shown in Figure 2, self-draining arrangement 6 comprises drainpipe A8, drainpipe B9, total downcomer 10 and floor drain 11, drainpipe A8 is arranged at the bottom of tank A2 and is communicated with tank A2, drainpipe B9 is arranged on the bottom of tank B3 and is communicated with tank B3, drainpipe A8 and drainpipe B9 all are communicated with an end of total downcomer 10, and the other end of total downcomer 10 is communicated with floor drain 11; Drainpipe A8 is provided with electrically operated valve A12, and drainpipe B9 is provided with electrically operated valve B13.
As shown in Fig. 3, Fig. 4 and Fig. 5, aerator 4 comprises aeration tube A14, aeration tube B15, blower fan A18 and blower fan B19, aeration tube A14 is arranged on the bottom in tank A2, aeration tube B15 is arranged on the bottom in tank B3, the shape of aeration tube A14 and aeration tube B15 is S shape, the top of aeration tube A14 and aeration tube B15 is equipped with solarization air cap 16, and bottom is equipped with osculum 17; Blower fan A18 and blower fan B19 are fixed on the base plate in body 1, and blower fan A18 is connected with aeration tube A14 by tube connector A20, and blower fan B19 is connected with aeration tube B15 by tube connector B21.The shape of described tube connector A20 and tube connector B21 is inverted U-shaped, and the top of tube connector A20 and tube connector B21 is all higher than the overfall 52 of tank A2 and tank B3.
Also be provided with filter A44 and filter B 45 in described body 1, the water inlet end of filter A44 is communicated with water inlet pipe A35 by tube connector, and the water side of filter A44 is communicated with tank A2 by tube connector and water pump A46; The water inlet end of filter B 45 is communicated with water inlet pipe B36 by tube connector, and the water side of filter B 45 is communicated with tank B3 by tube connector and water pump B47.
As shown in Figure 7, energetic ion reaction unit 5 comprises reactor shell A23, reactor shell B24, electrolysis reactor inner core 25 and power transfer module 26, between the sidewall that reactor shell A23 is arranged on body 1 and tank A2 and be communicated with tank A2, between the sidewall that reactor shell B24 is arranged on body 1 opposite side and tank B3 and be communicated with tank B3, be respectively equipped with 6 electrolysis reactor inner cores 25 in reactor shell A23 and reactor shell B24, be connected with respectively 1 power transfer module 26 on each electrolysis reactor inner core 25, described power transfer module 26 is arranged in body 1.
As shown in Figure 8, electrolysis reactor inner core 25 comprises minus plate 27 and positive plate 28, minus plate 27 is fixed together by minus plate connecting rod 29, distance between two minus plates 27 of arbitrary neighborhood is 14mm, positive plate 28 is fixed together by 2 positive plate connecting rods 30, distance between two positive plates 28 of arbitrary neighborhood is 14mm, minus plate 27 is equidistantly arranged in a crossed manner with positive plate 28, be respectively equipped with 2 positive plate binding posts 31 and 2 through holes 32 on 2 positive plate connecting rods 30, minus plate 27 is than many a slices of sheet number of positive plate 28, be positioned on the minus plate 27 at two ends and be respectively equipped with 2 conduction angle bar 33, each conduction angle bar 33 is provided with 1 minus plate binding post 34, after minus plate 27 is assembled together with positive plate 28, minus plate binding post 34 is through the through hole 32 on positive plate binding post 31, be equipped with insulating coating on described each minus plate binding post 34, described minus plate 27 is corrosion resistant plate, positive plate 28 is the titanium plate, the surface of titanium plate is provided with Catalytic Layer, take reactor shell A23 as example, the side of reactor shell A23 is provided with the electrode through hole, after electrolysis reactor inner core 25 installs, positive plate binding post 31 and minus plate binding post 34 through the electrode through hole, arrange water-proof seal ring respectively in case leak-stopping water in the both sides of electrode through hole respectively.
As shown in Figure 9, be equipped with the division board 7 with through hole on reactor shell A23 and reactor shell B24.
Automatic water inflow device 22 comprises water inlet pipe A35, water inlet pipe B36 and feed pipe 37, feed pipe 37 is arranged at the bottom in body 1, the water inlet end of water inlet pipe A35 and water inlet pipe B36 is connected with feed pipe 37 by four-way connection 38, the water side of water inlet pipe A35 and water inlet pipe B36 is separately positioned on the bottom in tank A2 and tank B3, and water side is provided with filtering head 39, water inlet pipe A35 is provided with electromagnetic valve C42, and water inlet pipe B36 is provided with electromagnetic valve D43; Also be connected with water inlet pipe C40 on four-way connection 38, cleaning device 41 is installed on water inlet pipe C40, cleaning device 41 is arranged on the top of body 1.
As shown in figure 10, tank A2, tank B3 are by the airtight overflow groove 49 that connects and composes of connecting plate 48, be provided with liquid level sensor chamber 53 in overflow groove 49,53Nei top, liquid level sensor chamber is provided with liquid level sensor 50, the bottom of the sidewall that tank A2 and tank B3 and overflow groove 49 are shared is equipped with through hole 51, top is equipped with overfall 52, and through hole 51 is communicated with liquid level sensor chamber 53.Described liquid level sensor adopts floating ball type liquid level sensor.
The top of body 1 is provided with control panel, and described control panel adopts touch panel designs, and also is provided with the physical switch button on touch pad, whether availablely can control touch pad by the physical switch button, prevents the touch pad maloperation.
Liquid level sensor in above-described embodiment, filter, blower fan are commercially available prod, can obtain by purchase.
The two sink structures that all adopt in above-described embodiment, be noted that the utility model can be made into single sink structure or 2 structures with upper flume equally here, and the concrete quantity of tank can be come to determine according to the actual requirements.
The utility model operation principle: during water-saving food clearing machine normal operation, open electromagnetic valve C42 and electromagnetic valve D43, now feed pipe 37 starts to supply water to water inlet pipe A35 and water inlet pipe B36, water enters respectively in tank A2 and tank B3 along water inlet pipe A35 and water inlet pipe B36, for these two tank retainings, now the water in tank A2 and tank B3 is respectively by through hole A51, B51 enters liquid level sensor chamber A53, B53, when water level is elevated to the position of liquid level sensor 50, liquid level sensor can control electromagnetic valve C42 and electromagnetic valve D43 closes, thereby stop supplying water.When washing the dish amount when large, in tank A2 and tank B3, water level raises, and by gap 52, flows into overflow grooves 49, and unnecessary water is discharged by total downcomer 10.
Needs for food clean, while sterilizing, opening power, each power transfer module 26 is respectively electrolysis reactor inner core 25 power supply be connected with it, and the minus plate 27 of energetic ion reaction unit 5, with after positive plate 28 is connected the high-frequency direct-current power supply, occurs to react as follows on minus plate 27 surfaces:
2H
2O+e==H
2↑+2OH-
Following reaction occurs in positive plate 28 surfaces:
2H
2O-4e==O
2↑+4H+
Net reaction is: 2H
20==O
2↑+2H
2↑
This wherein produces the hydroxyl radical free radical OH-of high redox potential, clenbuterol hydrochloride, agricultural chemicals macromolecular chain can be interrupted, and generates the innocuous substances such as water, carbon dioxide, also bacterium, virus directly can be killed or deactivation.And the gaseous product of water electrolysis is mainly hydrogen and oxygen.
Blower fan A18 and blower fan B19 are respectively aeration tube A14 and aeration tube B15 air feed, and the solarization air cap 16 of gas from aeration tube A14 and aeration tube B15 emerged, and produce bubble, and bubble can effectively clean up the fold of food and place, gap.
After having cleaned food, water pump A46 and water pump B47 extract water out from water inlet pipe A35 and water inlet pipe B36, addle enters filter A44 and filter B 45 is filtered, after filtration, through water pump A46 and water pump B47, from reactor shell A23 and reactor shell B24, discharge respectively again, the energetic ion water that water produces the yin, yang pole plate when reactor shell A23 and reactor shell B24 discharge is taken out of, has also played the effect of washing away the yin, yang pole plate simultaneously.Such water cycle process, after can making food clean, water remains clear water, can also be used to clean other foods, pond one week of water energy Reusability.The filter core that only need to clean when being necessary or change filter A44 and filter B 45 gets final product.
Claims (10)
1. a water-saving food clearing machine, it is characterized in that: comprise body (1), tank A(2), tank B(3), aerator (4) and energetic ion reaction unit (5), tank A(2) and tank B(3) be set up in parallel in body (1) tank A(2) and tank B(3) in be equipped with energetic ion reaction unit (5), self-draining arrangement (6), aerator (4) and automatic water inflow device (22).
2. a kind of water-saving food clearing machine according to claim 1, it is characterized in that: described self-draining arrangement (6) comprises drainpipe A(8), drainpipe B(9), total downcomer (10) and floor drain (11), drainpipe A(8) be arranged at tank A(2) bottom and with tank A(2) be communicated with, drainpipe B(9) be arranged on tank B(3) bottom and with tank B(3) be communicated with, drainpipe A(8) and drainpipe B(9) all with an end of total downcomer (10), is communicated with, always the other end of downcomer (10) is communicated with floor drain (11); Drainpipe A(8) be provided with electrically operated valve A(12), drainpipe B(9) be provided with electrically operated valve B(13).
3. according to the described a kind of water-saving food clearing machine of claim 1 or 2, it is characterized in that: aerator (4) comprises aeration tube A(14), aeration tube B(15), blower fan A(18) and blower fan B(19), aeration tube A(14) be arranged on tank A(2) interior bottom, aeration tube B(15) be arranged on tank B(3) interior bottom, aeration tube A(14) and aeration tube B(15) shape be S shape, aeration tube A(14) and aeration tube B(15) top be equipped with solarization air cap (16), bottom is equipped with osculum (17); Blower fan A(18) and blower fan B(19) be fixed on the base plate in body (1) blower fan A(18) by tube connector A(20) with aeration tube A(14) be connected blower fan B(19) pass through tube connector B(21) with aeration tube B(15) be connected.
4. a kind of water-saving food clearing machine according to claim 3, it is characterized in that: energetic ion reaction unit (5) comprises reactor shell A(23), reactor shell B(24), electrolysis reactor inner core (25) and power transfer module (26), reactor shell A(23) be arranged on the sidewall and tank A(2 of body (1)) between and with tank A(2) be communicated with, reactor shell B(24) be arranged on the sidewall and tank B(3 of body (1) opposite side) between and with tank B(3) be communicated with, reactor shell A(23) and reactor shell B(24) in be respectively equipped with 1～6 electrolysis reactor inner core (25), be connected with respectively 1 power transfer module (26) on each electrolysis reactor inner core (25), described power transfer module (26) is arranged in body (1).
5. a kind of water-saving food clearing machine according to claim 4 is characterized in that: reactor shell A(23) and reactor shell B(24) on be equipped with the division board (7) with through hole.
6. a kind of water-saving food clearing machine according to claim 4, it is characterized in that: electrolysis reactor inner core (25) comprises minus plate (27) and positive plate (28), minus plate (27) is fixed together by minus plate connecting rod (29), distance between two minus plates of arbitrary neighborhood (27) is 10mm～14mm, positive plate (28) is fixed together by 2 positive plate connecting rods (30), distance between two positive plates of arbitrary neighborhood (28) is 10mm～14mm, minus plate (27) is equidistantly arranged in a crossed manner with positive plate (28), be respectively equipped with 2 positive plate binding posts (31) and 2 through holes (32) on 2 positive plate connecting rods (30), minus plate (27) is than many a slices of sheet number of positive plate (28), be positioned on the minus plate (27) at two ends and be respectively equipped with 2 conduction angle bar (33), each conduction angle bar (33) is provided with 1 minus plate binding post (34), after minus plate (27) is assembled together with positive plate (28), minus plate binding post (34) is through the through hole (32) on positive plate binding post (31), be equipped with insulating coating on described each minus plate binding post (34), described minus plate (27) is corrosion resistant plate, and positive plate (28) is the titanium plate, and the surface of positive plate (28) is provided with Catalytic Layer.
7. a kind of water-saving food clearing machine according to claim 6, it is characterized in that: automatic water inflow device (22) comprises water inlet pipe A(35), water inlet pipe B(36) and feed pipe (37), feed pipe (37) is arranged at the bottom in body (1), water inlet pipe A(35) with water inlet pipe B(36) water inlet end by four-way connection (38), with feed pipe (37), be connected, water inlet pipe A(35) and water inlet pipe B(36) water side be separately positioned on tank A(2) and tank B(3) in bottom, and water side is provided with filtering head (39), water inlet pipe A(35) be provided with electromagnetic valve C(42), water inlet pipe B(36) be provided with electromagnetic valve D(43), four-way connection also is connected with water inlet pipe C(40 on (38)), water inlet pipe C(40) on cleaning device (41) is installed, cleaning device (41) is arranged on the top of body (1).
8. a kind of water-saving food clearing machine according to claim 7, it is characterized in that: described body also is provided with filter A(44 in (1)) and filter B (45), filter A(44) water inlet end is by tube connector and water inlet pipe A(35) be communicated with filter A(44) water side by tube connector and water pump A(46) with tank A(2) be communicated with; The water inlet end of filter B (45) is by tube connector and water inlet pipe B(36) be communicated with, the water side of filter B (45) is by tube connector and water pump B(47) with tank B(3) be communicated with.
9. a kind of water-saving food clearing machine according to claim 8, it is characterized in that: tank A(2), tank B(3) by the airtight overflow groove (49) that connects and composes of connecting plate (48), be provided with liquid level sensor chamber (53) in overflow groove (49), top in liquid level sensor chamber (53) is provided with liquid level sensor (50), tank A(2) and tank B(3) be equipped with through hole (51) with the bottom of the shared sidewall of overflow groove (49), top is equipped with overfall (52), and through hole (51) is communicated with liquid level sensor chamber (53).
10. a kind of water-saving food clearing machine according to claim 9, it is characterized in that: described tube connector A(20) and tube connector B(21) shape be inverted U-shaped, tube connector A(20) and tube connector B(21) top all higher than tank A(2) and tank B(3) on overfall (52).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204288803U CN203353607U (en) | 2013-07-17 | 2013-07-17 | Water-saving food purification machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204288803U CN203353607U (en) | 2013-07-17 | 2013-07-17 | Water-saving food purification machine |
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|---|---|
| CN203353607U true CN203353607U (en) | 2013-12-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2013204288803U Expired - Fee Related CN203353607U (en) | 2013-07-17 | 2013-07-17 | Water-saving food purification machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103340336A (en) * | 2013-07-17 | 2013-10-09 | 北京诗祺康环保科技有限公司 | Water-saving type food purifier |
| CN105455167A (en) * | 2016-01-21 | 2016-04-06 | 上海理工大学 | Household multifunctional grape cleaning machine |
| CN108094837A (en) * | 2017-12-31 | 2018-06-01 | 宋金鸿 | Food purifying machine |
| CN109719076A (en) * | 2018-12-28 | 2019-05-07 | 中食净化科技（北京）股份有限公司 | Self-service food materials clearing machine and its purification method for public place |
| CN114560524A (en) * | 2022-02-28 | 2022-05-31 | 迈邦（北京）环保工程有限公司 | Aeration equipment with from cleaning function |
-
2013
- 2013-07-17 CN CN2013204288803U patent/CN203353607U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103340336A (en) * | 2013-07-17 | 2013-10-09 | 北京诗祺康环保科技有限公司 | Water-saving type food purifier |
| CN103340336B (en) * | 2013-07-17 | 2014-09-17 | 北京诗祺康环保科技有限公司 | Water-saving type food purifier |
| CN105455167A (en) * | 2016-01-21 | 2016-04-06 | 上海理工大学 | Household multifunctional grape cleaning machine |
| CN108094837A (en) * | 2017-12-31 | 2018-06-01 | 宋金鸿 | Food purifying machine |
| CN109719076A (en) * | 2018-12-28 | 2019-05-07 | 中食净化科技（北京）股份有限公司 | Self-service food materials clearing machine and its purification method for public place |
| CN114560524A (en) * | 2022-02-28 | 2022-05-31 | 迈邦（北京）环保工程有限公司 | Aeration equipment with from cleaning function |
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