CN105942943A

CN105942943A - Dual washing cleaning method for cleaning water tank

Info

Publication number: CN105942943A
Application number: CN201610205564.8A
Authority: CN
Inventors: 徐剑光; 徐静萍
Original assignee: Ningbo Oulin Kitchen Utensils Co Ltd
Current assignee: Ningbo Oulin Kitchen Utensils Co Ltd
Priority date: 2016-04-01
Filing date: 2016-04-01
Publication date: 2016-09-21

Abstract

The invention discloses a dual washing cleaning method for cleaning a water tank. The method includes the steps: injecting water: opening a water inlet valve and recording the water inlet time, detecting if the water level in a cleaning device reaches a preset value, detecting if the water inlet time reaches preset water inlet time or not if the water level in the cleaning device does not reach the preset value, and continuously injecting water if the water inlet time does not reach the preset water inlet time; closing the water inlet valve if the water level in the cleaning device reaches the preset value; opening a washing pump and a heating pipe; soaking: detecting if the temperature of water in the cleaning device reaches a preset temperature or not, and closing the heating pipe if so; detecting if the soaking time reaches preset time, and closing the washing pump if so; and discharging water, injecting water for the second time, opening the washing pump and the heating pipe, adding a detergent or a cleaning block, and discharging water after washing for preset time. According to the method, the water pump and the heating pump are arranged under the bottom wall, and then the design space of the bottom wall is large, a filtering net plate and other devices such as ultrasonic oscillators can be conveniently arranged, and the cleaning efficiency is high.

Description

The double of a kind of purification water tank wash clean method

Technical field

The present invention relates to kitchen utensils technical field, particularly relate to the double of a kind of purification water tank and wash clean method

Background technology

In order to automatically clean dishes, fruit etc., existing generally by the domestic bowl-washing solution being independently arranged.But the existing usual volume ratio of domestic bowl-washing is huger, need additionally to take kitchen or space elsewhere；For solving the problems referred to above, prior art also proposes a kind of water tank cleaner, it saves space by existing tank is adapted as cleaning machine, the Chinese patent " water tank cleaner " of such as Publication No. CN104224074A, it is by arranging spiral arm at bottom of gullet, dishes, fruit etc. is cleaned by spiral arm ejection current；But above-mentioned water tank cleaner cleaning efficiency is the highest.

Summary of the invention

The technical problem to be solved is, for the above-mentioned deficiency of prior art, proposes the double of the high purification water tank of a kind of cleaning efficiency and washes clean method.

The present invention solves above-mentioned technical problem and employed technical scheme comprise that, proposes the double of a kind of purification water tank and washes down washing method, and it includes step:

Water inlet: opening water intaking valve timing flooding time, in detection cleaning equipment, whether water level arrives preset value, if not having, whether detection flooding time arrives is preset flooding time, if flooding time does not arrive presets flooding time, persistently intakes；If water level arrives preset value in cleaning equipment, close water intaking valve；

Open washing pump and add heat pipe: washing pump is back in cleaning equipment by spiral arm nozzle after water in cleaning equipment is extracted out and heated；Spiral arm nozzle rotates and sprays water with washing；

Soak: whether the water in detection cleaning equipment reaches preset temperature, if reaching, closing and adding heat pipe；Whether detection soak time reaches Preset Time, if reaching, closes washing pump；

Plasma cleaning: on the embedded inwall being arranged at cell body of plasma generator；Being additionally provided with plasma generator storeroom on the inwall of described cell body, plasma generator is connected with plasma generator storeroom power line；Plasma generator is put into cell body, and opens plasma generator and carry out plasma cleaning；

Draining, secondary are intake, are opened washing pump and add heat pipe, draining after washing Preset Time.

Further, also include sterilisation step, before last drain step, heat water to preset temperature with sterilization.

Further, described purification water tank includes:

Cell body, opening is formed on described cell body top；

Described cell body diapire includes tank base plate, screen pack and spiral arm seat；Tank base plate, screen pack and spiral arm seat mutually splice so that cell body diapire is the most flat；

Washing pump and add heat pipe；Described washing pump may be contained within below cell body diapire with adding heat pipe；

Spiral arm nozzle, is arranged on spiral arm seat and is in fluid communication with washing pump.

Further, the multiple ultrasonic oscillators being arranged on tank base plate are also included.

Further, described screen pack is trapezoidal.

Further, also include that collecting bowl, described collecting bowl are arranged at below screen pack and are connected with water pump with pump water water route by water route of drawing water；The described heat pipe that adds is arranged at and draws water on water route, and described pump water water route is in fluid communication with spiral arm nozzle.

Further, described collecting bowl includes the upper cup being gradually reduced in circular groove structure and diameter, middle cup and lower cup body；Described upper cup lower surface is provided with the adapter of pump water, and described middle cup side is provided with the interface that draws water, is provided with drain pipe bottom described lower cup body；The adapter of described pump water connects with pump water water route, described in draw water interface and connect with water route of drawing water.

Further, described screen pack is additionally provided with filter assemblies；Described filter assemblies includes the coarse filter cylindrically arranged and is set in the fine filtrator in coarse filter circumferential lateral surface, described coarse filter one end is stretched out outside screen pack, the other end stretches into collecting bowl and connects with draining, and described fine filtrator is positioned at collecting bowl.

Further, described coarse filter includes upper end, lower end and for connecting the fillter section of top and bottom, the snap ring arranged around fillter section it is installed with in the middle part of described fillter section, fine filtrator medial wall is installed with equally distributed some card articles, the middle part of each card article all part outwardly convexs form fixture block, offer breach the most some with fixture block on snap ring.

Further, also include water inlet component, be arranged at cell body limbers；Described water inlet component includes:

Water inlet main body, is positioned at the outside of cell body, and water inlet main body has the uncovered just to cell body limbers of overflow cavity and overflow cavity, offers spout hole in the lower wall of overflow cavity；

Water inlet pipe, stretches to interior and water inlet pipe the water side of overflow cavity and is positioned at the top of spout hole；

Overflow pipe, is located at below water main body and is connected with spout hole；

Water fender, is positioned at the inner side of cell body, and open-mouth and the upper and lower both sides of water fender of being located at overflow cavity are all formed with outlet with the uncovered of overflow cavity.

Further, water inlet pipe is inverted " L " type and is made up of vertical pipeline portion and horizontal pipe portion, vertical pipeline portion is located at below water main body and is located in overflow cavity, and the water side of water inlet pipe is located in horizontal pipe portion and horizontal pipe portion is connected with overflow cavity upper side wall and extends overflow cavity.

Further, the lower wall of described overflow cavity is by the most acclivitous skew wall inside the overflow cavity of overflow cavity lateral.

Further, water inlet main body is provided with the gas-permeable channels communicated with overflow cavity, absorbent member is installed in gas-permeable channels.

Hinge structure of the present invention has the advantages that

1, the present invention by water pump, add heat pipe etc. and be arranged on the downside of diapire and make diapire design space become big, it is convenient to the equipment such as screen pack and other such as ultrasonic oscillators that arrange make cleaning efficiency high；

2, the setting of collecting bowl makes the water circulation system of purification water tank simple and reliable；

3, in filtration system is arranged on collecting bowl, on the one hand can filtration washing falls very well spot, on the other hand also make to be relatively clean water during the water recycling of purification water tank；

4, the harmful substance such as described plasma generator pesticide that can effectively remove minute impurities that fruit and vegetable class article surface remained and residual.

Accompanying drawing explanation

Fig. 1 is the perspective view of purification water tank；

Fig. 2 is the structural representation of purification water tank diapire；

Fig. 3 is the structural representation after purification water tank diapire hides screen pack and spiral arm seat；

Fig. 4 is the structural representation at another visual angle of purification water tank diapire；

Fig. 5 is the perspective view of collecting bowl；

Fig. 6 is the perspective view of filtration system；

Fig. 7 is the perspective view of coarse filter；

Fig. 8 is the perspective view of fine filtrator；

Fig. 9 is the perspective view of water inlet component；

Structural representation when Figure 10 is that in water inlet component, water fender coordinates with point water plate；

Figure 11 is the structural representation of water inlet main body；

Figure 12 is another viewing angle constructions schematic diagram of water inlet main body；

Figure 13 is the detonation configuration schematic diagram of water inlet component；

Figure 14 is double immersion schematic flow sheets washing clean method of purification water tank；

Figure 15 is double washing flow schematic diagrams washing clean method of purification water tank.

Detailed description of the invention

The following is the specific embodiment of the present invention and combine accompanying drawing, technical scheme is further described, but the present invention is not limited to these embodiments.

Refer to Figure 14-Figure 15, the double of purification water tank of the present invention wash down washing method, and it includes step:

Draining, secondary are intake, are opened washing pump and add heat pipe, add cleaning agent or cleaning block, draining after washing Preset Time.

The structure of purification water tank refer to Fig. 1-Figure 13；

Refer to Fig. 1-Fig. 4, the purification water tank of the present invention, it includes cell body 10.Cell body 10 includes sidewall 11 and diapire 12, and opening is formed on cell body 10 top, and sidewall 11 and diapire 12 surround the scrubbing space of purification water tank.

Diapire 12 includes tank base plate 20, screen pack 30 and is provided with the spiral arm seat 40 of spiral arm nozzle 41, and tank base plate 20, screen pack 30 and spiral arm seat 40 mutually splice and make cell body diapire 12 the most flat.Concrete, i.e. making to hollow out in the middle part of tank base plate 20, screen pack 30 and spiral arm seat 40 fill up in the middle part of tank base plate 20.

Other assemblies of purification water tank, such as water pump, add heat pipe etc. and are arranged on below diapire 12.After being arranged such, the diapire 12 of purification water tank is only occupied segment space by screen pack 30 and spiral arm seat 40, and its remaining space is bigger.So, the shape design space of screen pack 30 and spiral arm seat 40 is relatively big, can be designed as screen pack 30 and spiral arm seat 40 various not only taking less space but also have the shape of preferable filter effect.Such as in the application, screen pack 30 is that is trapezoidal.And also the part that can be necessarily mounted on diapire 12 by other is arranged on the position that effect is best.Such as ultrasonic oscillator 60 in the application, it i.e. may be mounted at 12 4 corners of diapire so that ultrasonic waves for cleaning effect is more preferable.

Plasma generator 100, on the embedded inwall being arranged at cell body；Being additionally provided with plasma generator storeroom 110 on the inwall of described cell body, being connected between plasma generator with plasma generator storeroom has power line 120；The open-topped side of described cell body is provided with operation button 130, and described operation button 130 function is the operation intensity for selecting plasma generator 100.

When needs use plasma generator 100, need manually to be removed and placed in cell body 10 by plasma generator storeroom 110 by plasma generator 100, start plasma generator 100 and select the intensity needing to use.Utilize the feature of plasma generator 100, plasma generator 100 contributes to equipment when cleaning the article of equipment of putting into, the foreign material of equipment surface are removed, may also reach up degerming effect, and when the article cleaned are fruit and vegetable class, the effect of the negative ions discharged at plasma generator 100 additionally aids removes the pesticide that fruit and vegetable class article surface is remained.

The water circulation system of the present embodiment purification water tank is explained in detail below.

Refer to Fig. 3-Fig. 5, for ease of observing, other positions of purification water tank are concealed by figure, generally the screen pack 30 on the diapire 12 of purification water tank and spiral arm seat 40 is concealed.In figure, on the downside of screen pack 30 and spiral arm seat 40 installation region, it is provided with collecting bowl 200；It is connected by weather board 50 between collecting bowl 200 with diapire 12.Weather board 50 can make the water in cell body flow into easily in collecting bowl 200.

Water pump 300 is arranged on the downside of tank base plate 30, and water pump 300 is in fluid communication by two-way water route with collecting bowl 200, and a road is water route of drawing water, and a road is pump water water route；Water in collecting bowl 200 is extracted out by water route of drawing water and is pumped out the spiral arm nozzle 41 being delivered to be arranged on spiral arm seat 40 by pump water water route Jiang Shui by water pump 300.Spiral arm nozzle 41 utilizes this to pump out power to rotate and wash thing to be cleaned.

Add heat pipe 400 to be arranged on and draw water on road, in order to heat the water extracted out from collecting bowl 200.

Four ultrasonic oscillators 60 set up separately in 20 4 corners of tank base plate.

Refer to Fig. 5, figure shows the concrete structure of collecting bowl 200.Collecting bowl 200 includes cup 210, middle cup 220 and lower cup body 230.Upper cup 210, middle cup 220 and lower cup body 230 are circular groove structure and diameter is gradually reduced.

Upper cup 210 end flange is tightly connected with weather board 50.Upper cup 210 lower surface is provided with pump water adapter 211, and this pump water adapter 211 connects with water pump pump water water route, and this pump water adapter 211 also connects with spiral arm nozzle 41.

Middle cup 220 sidewall is provided with the interface 221 that draws water, and the interface 221 that draws water connects with pumping for water pump water route.

It is provided with drain pipe 231 bottom lower cup body 230, drain pipe 231 is provided with electromagnetic valve 232.Electromagnetic valve 232 can open or close drain pipe 231 as required.

Also being circumscribed with the cross over pipe 233 communicated therewith on lower cup body 230, be provided with the baroceptor (not shown) being connected with cross over pipe 233 in tank upper end, cross over pipe 233 is connected by tubule with baroceptor.Owing to cross over pipe 233 is arranged on lower cup body 230, namely the orientation that whole purification water tank is more on the lower, when SEA LEVEL VARIATION in purification water tank, water level in the tubule that cross over pipe 233 is connected with baroceptor also respective change, so that air pressure in tubule changes, detects this air pressure change to the water level judging in purification water tank.

In a preferred embodiment, upper cup 210 and middle cup 220 eccentric setting, namely a lateral edges of middle cup 220 is near the edge of upper cup 210, the opposite side edge of middle cup 220 is then from middle cup 220 edge farther out, so, give the space that the design of water inlet adapter 211 is stopped with installation, in the case of ensureing that water inlet adapter 211 has relatively Large Diameter Pipeline, to facilitate the installation of water inlet adapter 211.

The filtration system of the present embodiment purification water tank is explained in detail below.

Refer to Fig. 6-Fig. 8, the filtration system of the present embodiment purification water tank is made up of screen pack 30 and the filter assemblies 500 that is arranged in screen pack 30；Filter assemblies 500 is contained in collecting bowl 200.

Filter assemblies 500 includes coarse filter 510 and fine filtrator 520.Coarse filter 510 is arranged to cylindrical shape and is plugged in the middle part of screen pack 30, in fine filtrator 520 is arranged on lower cup body 230 and be set in coarse filter 510 circumferential lateral surface.

Coarse filter 510 from top to bottom includes upper end 511, fillter section 512 and bottom 513.Being provided with convex edge 5121 on fillter section 512, coarse filter 510 is resisted against on screen pack 30 by convex edge 5121.

The snap ring 5122 arranged around fillter section 512 it is installed with in the middle part of fillter section 512, fine filtrator 520 medial wall is installed with multiple card article 521, the middle part of each card article 521 all part outwardly convexs form fixture block 5211, offer breach 51221 the most multiple with fixture block 5211 on snap ring 5122.Fine filtrator 520 is connected by fixture block 5211 and the mating reaction of breach 51221 are firm with coarse filter 510.

Each card article 521 is provided with boss 5212 near one end of upper end, being provided with two draw-in grooves 5123 on fillter section 512 and two draw-in grooves 5123 snap together with two of which boss 5212, two draw-in grooves 5123 are located along the same line with corresponding breach 51221 with two of which breach 51221 one_to_one corresponding and draw-in groove 5123.

During cleaning, the water in purification water tank is washed be ejected to purification water tank after screen pack 30 and coarse filter 510 filter again after fine filtrator 520 filters and extracted by water pump by spiral arm nozzle in.

During draining, the water in purification water tank is directly discharged by drain pipe after screen pack 30 and coarse filter 510.

The water inlet component of the present embodiment purification water tank is explained in detail below.

Refer to Fig. 9-Figure 13, water inlet component is arranged at cell body sidewall limbers, including entering water main body 710, water inlet pipe 720, overflow pipe 730 and water fender 740.

Water inlet main body 710 is installed on the outside of cell body sidewall, and water inlet main body 710 has the uncovered just to cell body limbers of overflow cavity 711 and overflow cavity 711, offers spout hole 712 in the lower wall of overflow cavity 711；Water inlet pipe 720 stretches to interior and water inlet pipe 720 the water side of overflow cavity 711 and is positioned at the top of spout hole 712；Overflow pipe 730 is located at below water main body 710 and is connected with spout hole 712；Water fender 740 is positioned at the inner side of cell body sidewall, and open-mouth and water fender about 740 both sides of being located at overflow cavity 711 are all formed with outlet 750 with the uncovered of overflow cavity 711.

Spout hole 712 is directly opened in the lower wall of overflow cavity 711, and overflow cavity 711 is uncovered just to cell body limbers, so that the water flowed in overflow cavity 711 can directly be discharged from overflow pipe 730 by spout hole 712.The water side of water inlet pipe 720 is positioned at the top of spout hole 712, when the design of this structure makes water in cell body overflow phenomena occur, extra water is owing to being discharged in time by overflow pipe 730, avoid sewage backflow at water inlet pipe 720 and pollute water inlet pipe 720 pipeline, thus water quality clean when ensure that water inlet pipe 720 water outlet；When this cleaning equipment operationally, the spiral arm nozzle being installed in cell body can upwards be sprayed water, by water fender 740 can by water resistance keep off outside so that it is will not be splashed into overflow cavity 711.

When purification water tank needs water inlet, water flows out from water inlet pipe 720, and flow in cell body at uncovered formed outlet 750 with overflow cavity 711 on the upside of water fender 740, when in cell body, water exceedes set amount (when the phenomenon of overflow occurs), water unnecessary in cell body flows back in overflow cavity 711 at uncovered formed outlet 750 with overflow cavity 711 on the downside of water fender 740, thus is discharged by water by overflow pipe 730.

Uncovered outward flange at overflow cavity 711 stretches out and turns down and is formed with locating slot 713, and described water fender 740 is located in locating slot 713.The external diameter of overflow cavity 711 open-mouth can be increased by locating slot 713, consequently facilitating install water fender 740, also ensure that not interfering with water in cell body 10 after installing water fender 740 is back to the speed in overflow cavity 711 when overflowing simultaneously.

A point water plate 760 it is embedded with in locating slot 713, the middle part of point water plate 760 inwardly protrudes out and is formed with lobe 761 and lobe 761 is positioned at the open-mouth of overflow cavity 711, offering multiple tapping hole 762 in lobe 761, described water fender 740 is installed on point water plate 760.Concrete, the quantity of tapping hole 762 is four and divides four edges being listed in point water plate 760 lobe 761, wherein it is positioned at the outlet 750 with the uncovered formation of overflow cavity 711 on the downside of the two corresponding water fenders 740 of tapping holes 762 of lower section, the effect of this two tapping hole 762 essentially consists in when the water in cell body 10 exceedes set amount (when there is the phenomenon of overflow), unnecessary water can flow in overflow cavity 711 from this outlet 750, thus flow into overflow pipe 730 from spout hole 712, finally flow into the downcomer of purification water tank, ensure the smoothness of overflow, can draining in time.

And the outlet 750 of the uncovered formation on the upside of the corresponding water fender 740 of two tapping holes 762 above and with overflow cavity 711, the water outlet of water inlet pipe 720 is rectified a wherein tapping hole 762, thus ensures that the water flowed out at water inlet pipe 720 can pass through tapping hole 762 and finally flow into cell body 10.

nullThe width of tapping hole 762 is more than the width of water fender 740 with uncovered the formed outlet 750 of overflow cavity 711 simultaneously，This makes the water flowed out at water inlet pipe 720 by the stop of water fender 740，Can not only flow out by formed outlet 750 uncovered with overflow cavity 711 on the upside of water fender 740，Also can flow out by formed outlet 750 uncovered with overflow cavity 711 on the downside of water fender 740，It is thus possible to by when in cell body 10, water spilling is back to overflow cavity 711，Remain in the dirt at outlet 750 can again be washed away by the water at water inlet pipe 720 and be back in cell body 10，Ensure at outlet 750 is clean and unimpeded，The coordinating of tapping hole 762 and water fender 740 simultaneously，Some foreign material can be filtered off，Such as dish leaf etc.，Foreign material can be prevented effectively from run overflow cavity 711 blocks spout hole 712.

Lobe 761 offers two holes, symmetrically arranged location 763, is provided with symmetrically arranged locating piece 741 in lobe 761 both sides, in the equal fixture block in the both sides of water fender 740 and fixture block are snapped in corresponding hole, location 763.The left and right sides that locating piece 741 is specially point water plate 760 extends internally and is formed, it is snapped on point water plate 760 in hole 763, location by locating piece 741, ensure that stability when point water plate 760 is connected with water fender 740, and when needs dismounting water fender 740, use water extruding locating piece 741 is only needed to make it depart from hole 763, location, easy to loading and unloading.

The outer end of locating piece 741 outwards turns down and is formed with snap fit 742, when locating piece 741 is through hole 763, location, snap fit 742 is buckled on the outer face of lobe 761, so that water fender 740 is snapped on point water plate 760, easy for installation.

Erecting bed 715 it is provided with in overflow cavity 711, in the middle part of lobe 761, offer installing hole 764 and point water plate 760 be connected with erecting bed 715 through installing hole 764 by screw, above-mentioned spout hole 712 and water inlet pipe 720 points are listed in erecting bed 715 both sides, by screw, a point water plate 760 is anchored on erecting bed 715, thus by firm being connected in water main body 710 of point water plate 760, spout hole 712 and water inlet pipe 720 points are listed in erecting bed 715 both sides simultaneously, thus make full use of the space in overflow cavity 711, spout hole 712 and water inlet pipe 720 is made not to conflict mutually between the two, compact conformation.

Water inlet pipe 720 forms in inverted " L " type and by vertical pipeline portion 721 and horizontal pipe portion 722, vertical pipeline portion 721 is located at below water main body 710 and is located in overflow cavity 711, and the water side of water inlet pipe 720 is located in horizontal pipe portion 722 and horizontal pipe portion 722 is connected with overflow cavity 711 upper side wall and extends overflow cavity 711.The vertical pipeline portion 721 of water inlet pipe 720 is located at below water main body 710, so that vertical pipeline portion 721 be arranged in parallel with overflow pipe 730, simple and compact for structure, and horizontal pipe portion 722 and overflow cavity 711 upper side wall are connected and extend overflow cavity 711, water inlet pipe 720 is directly discharged in cell body 10, without in entering to overflow cavity 711 and emitting at spout hole 712 when water outlet.

Water inlet pipe 720 is intake or cell body 10 is internal when cleaning dishes and chopsticks or fruit-vegetable food, the water out that splashes can enter in overflow cavity 711, if water can not be discharged in time, remaining in the water electrode in overflow cavity 711 easily can smelly and breed bacteria, in order to ensure the clean hygiene within cell body 10, seeping phenomenon is not had in needing to ensure overflow cavity 711, therefore the lower wall of overflow cavity 711 is designed as by the most acclivitous skew wall inside overflow cavity 711 lateral overflow cavity 711, this structure arrange make water inlet pipe 720 intake or cell body 10 internal at cleaning dishes and chopsticks or fruit-vegetable food time, the water out that splashes can be back in cell body 10 along skew wall, without being stranded in overflow cavity 711, clean hygiene in ensure that overflow cavity 711 and within cell body 10.

Water inlet main body 710 is provided with the gas-permeable channels 714 communicated with overflow cavity 711, absorbent member 770 is installed in gas-permeable channels 714.When the water in this purification water tank is heated be transformed into steam time, owing to lower this cleaning equipment is in sealing state in working order, therefore steam is only capable of at water inlet main body 710 discharging, and steam is when flowing in the overflow cavity 711 of water main body 710, the moisture discharge extremely external world being stranded in overflow cavity 711 in time by gas-permeable channels 714, certain pressure is kept in ensureing cell body 10, simultaneously can be by the moisture absorption contained by steam by absorbent member 770, thus ensure from gas-permeable channels 714 in discharge be only hot-air, so that keep in kitchen being dried.

Gas-permeable channels 714 is vertically located in water main body 710, and the import of gas-permeable channels 714 is opened on the upper side wall of overflow cavity 711 and the opening of gas-permeable channels 714 is positioned at the surface of spout hole 712.Gas-permeable channels 714 is vertically located at into water main body 710, make the steam in cell body 10 quickly can be directly discharged to outside by gas-permeable channels 714, simultaneously because the absorbent member 770 in gas-permeable channels 714 needs the moisture absorption that will contain in steam, absorbent member 770 absorb water saturated in the case of, absorption water in absorbent member 770 can fall after rise under gravity to overflow cavity 711, by the opening of gas-permeable channels 714 being located at the surface of spout hole 712, water droplet in absorbent member 770 is fallen directly into when falling to spout hole 712 and is emitted into downcomer by overflow pipe 730, thus avoid the water in absorbent member 770 to fall after rise to cell body 10, ensure that the health within cell body 10 is clean.

It is sealed and installed with sealing member 780 between locating slot 713 and point water plate 760, when dividing water plate 760 to be connected with water inlet main body 710, divide, between outer wall and locating slot 713 cell wall of water plate 760 lobe 761, there is gap, sealing member 780 is specifically installed on point between the outer wall of water plate 760 lobe 761 and locating slot 713 cell wall, so that the water overflow of cell body 10 is to time in overflow cavity 711, water will not infiltrate into the external world between outer wall and locating slot 713 cell wall of point water plate 760 lobe 761, thus ensures that being dried of this cleaning device interior is clean and tidy.

Being provided with Hall element at water inlet pipe 720, Hall element is installed on the vertical pipeline portion 721 of water inlet pipe 720 specifically, can monitor whether water inlet pipe is intaking by Hall element, consequently facilitating the monitoring of control system.

Specific embodiment described herein is only to present invention spirit explanation for example.Described specific embodiment can be made various amendment or supplements or use similar mode to substitute by those skilled in the art, but without departing from the spirit of the present invention or surmount scope defined in appended claims.

Claims

1. the double of a purification water tank wash down washing method, it is characterised in that: include step:

Water inlet: opening water intaking valve timing flooding time, in detection cleaning equipment, water level is No to preset value, if not having, whether detection flooding time arrives is preset flooding time, if entering The water time does not arrive default flooding time the most persistently intakes；If water level arrives in cleaning equipment Preset value then closes water intaking valve；

Open washing pump and add heat pipe: after water in cleaning equipment is extracted out and heated by washing pump It is back in cleaning equipment by spiral arm nozzle；Spiral arm nozzle rotates and sprays water with washing；

Soak: whether the water in detection cleaning equipment reaches preset temperature, if reaching, closes Close and add heat pipe；Whether detection soak time reaches Preset Time, if reaching, closes washing Pump；

Plasma cleaning: on the embedded inwall being arranged at cell body of plasma generator；Institute State and on the inwall of cell body, be additionally provided with plasma generator storeroom, plasma generator with etc. Ion generator storeroom connects power line；Plasma generator is put into cell body, And open plasma generator and carry out plasma cleaning；

Draining, secondary are intake, are opened washing pump and add heat pipe, wash Preset Time heel row Water.

The double of purification water tank the most according to claim 1 wash down washing method, its feature It is: also include sterilisation step, heated water to preset temperature before last drain step Spend with sterilization.

The double of purification water tank the most according to claim 1 wash down washing method, its feature It is: described purification water tank includes:

Cell body, opening is formed on described cell body top；

Described cell body diapire includes tank base plate, screen pack and spiral arm seat；At the bottom of tank Plate, screen pack and spiral arm seat mutually splice so that cell body diapire is the most flat；

Washing pump and add heat pipe；Described washing pump may be contained within cell body diapire with adding heat pipe Lower section；

The double of purification water tank the most according to claim 3 wash down washing method, its feature It is: also include that collecting bowl, described collecting bowl are arranged at below screen pack and by taking out Water water route connects with water pump with pump water water route；The described heat pipe that adds is arranged at and draws water on water route, Described pump water water route is in fluid communication with spiral arm nozzle.

The double of purification water tank the most according to claim 4 wash down washing method, its feature Be: upper cup that described collecting bowl includes being gradually reduced in circular groove structure and diameter, in Cup and lower cup body；Described upper cup lower surface is provided with the adapter of pump water, described middle cup Side is provided with the interface that draws water, and is provided with drain pipe bottom described lower cup body；Described pump water Adapter connects with pump water water route, described in draw water interface and connect with water route of drawing water.

The double of purification water tank the most according to claim 3 wash down washing method, its feature It is: on described screen pack, be additionally provided with filter assemblies；Described filter assemblies include in The cylindric coarse filter arranged and be set in the finly filtration in coarse filter circumferential lateral surface Device, described coarse filter one end is stretched out outside screen pack, the other end stretch into collecting bowl and with Draining connects, and described fine filtrator is positioned at collecting bowl.

The double of purification water tank the most according to claim 3 wash down washing method, its feature It is: also include water inlet component, is arranged at cell body limbers；Described water inlet component bag Include:

Water inlet main body, is positioned at the outside of cell body, and water inlet main body has overflow cavity and overflow cavity Uncovered just to cell body limbers, the lower wall of overflow cavity offers spout hole；

Water inlet pipe, stretches to interior and water inlet pipe the water side of overflow cavity and is positioned at the upper of spout hole Side；

Water fender, is positioned at the inner side of cell body, is located on open-mouth and the water fender of overflow cavity Lower both sides are all formed with outlet with the uncovered of overflow cavity.