CN105852764A - Plasma purification sink - Google Patents

Abstract

The invention provides a plasma purification sink and belongs to the technical field of kitchen washing devices. The sink solves the technical problem that an existing cleaning machine is poor in purification, sterilization and disinfection effect. The plasma purification sink comprises a sink body, an electrode tip, a control part, a sink bottom plate, a drainage cup, a filtering assembly and a rotary arm assembly, wherein the sink body is provided with a table plate connected with the sink body; the electrode tip is placed in the sink body; the control part is arranged on the sink body and in signal connection with the electrode tip; the sink bottom plate is located at the bottom of the sink; the drainage cup is fixedly connected with the bottom of the sink bottom plate and communicated with the sink, and the drainage cup is provided with a water inlet end and a water outlet end; the filtering assembly covers the drainage cup and is connected with the sink bottom plate, and the filtering assembly is located in the drainage cup and has the multi-filtering function; the rotary arm assembly is located in the sink and is connected with the sink bottom plate and the filtering assembly, and the rotary arm assembly is connected with the water inlet end; the electrode tip generates low-temperature plasmas in water of the sink body so as to purify, sterilize and disinfect water, cookware, fruits, vegetables and the like in the sink body, and safety is improved when cookware, fruits, vegetables and the like are used.

Description

A kind of plasma cleaning tank

Technical field

The invention belongs to kitchen cleaning equipment technical field, relate to a kind of plasma cleaning tank.

Background technology

Common tank and dish-washing machine have been carried out unitary design by water tank type dish-washing machine, have heat greasy, ultrasonic Ripple goes pesticide, current to go the functions such as food debris, it is adaptable to veterinary antibiotics, the cleaning of dishes.

Such as, application publication number is that the utility model patent of CN 105125149 A discloses a kind of water tank cleaner, It includes water trough body and the slagging structure being positioned at outside water trough body, and the sidewall of water trough body stretches out and is formed with side plate, Slagging structure includes drain pipe, collection slag structure and drain valve, and drain pipe connects with bottom water trough body, and described drain valve is arranged on The bottom of described drain pipe, this cleaning function effectively makes pulp water separate, and while draining, can remove the gred easily and fast, make With quite convenient, environmental protection, but there is techniques below problem simultaneously, 1, the water in cell body cannot purify, also by this tank Tableware in water and/or fruit and vegerable etc. cannot be carried out disinfection, sterilize；2, the water in this cleaning machine cannot circulate, and causes in water Slag body begins effectively to be concentrated in slag basket, and water rolls in tank, in easily making the newly entering tank of slag body weight in slag basket, Cause the object cleaning in tank the cleanest；3, this cleaning machine drives spiral arm to rotate by motor, and spiral arm is positioned at tank also Contacting with water, motor is easily met water and is damaged, and meanwhile, motor drives its energy consumption relatively big, relatively costly.

In sum, in order to solve the technical problem that above-mentioned cleaning machine exists, need a kind of cleaning effect of design good and become This relatively low plasma cleaning tank.

Summary of the invention

It is an object of the invention to the problems referred to above existed for prior art, it is proposed that a kind of cleaning effect is good and cost relatively Low plasma cleaning tank.

The purpose of the present invention can be realized by following technical proposal: a kind of plasma cleaning tank, including

Cell body；

Electrode tip, it is placed in cell body；

Control portion, it is arranged on cell body and is connected with electrode tip signal, and described control portion can make electrode tip in cell body Discharge and produce low-temperature plasma；

Tank base plate, it is positioned at bottom cell body；

Dewatering cup, it is connected with bottom tank base plate and communicates with cell body, described dewatering cup being provided with water inlet end and goes out Water end (W.E.)；

Filter assemblies, it is covered on above dewatering cup and is connected with tank base plate, and described filter assemblies is positioned in dewatering cup And there is multi-filtering function；

Spiral arm assembly, it is positioned at cell body and is connected with tank base plate and filter assemblies, described spiral arm assembly and water inlet end It is connected；

Heater, it connects water side and water side；

Water in cell body is discharged into heater by water side after filtering component filters, by water inlet end through spiral arm group after water heating Part enters in cell body, when water is through spiral arm assembly, and the active force of water makes slider assembly rotate in cell body.

In the plasma cleaning tank of above-mentioned one, the upper end of described cell body is provided with the platen being connected with cell body, at platform It is provided with holding tank corresponding with electrode tip on plate and electrode tip can embed in holding tank.

In the plasma cleaning tank of above-mentioned one, described dewatering cup includes

Upper cup, it is connected with tank base plate and communicates with cell body；

Water inlet adapter, it is vertical with upper bottom of cup is connected, and taking in water inlet has water pump with being connected between heater；

Lower cup body, on it, cup lower surface is connected and communicates；

Water outlet is taken over, and its one end is connected with lower cup body, and the other end is connected with heater；

Installing cup, it is connected with bottom lower cup body and communicates, described filter assemblies lay respectively at cup, lower cup body and Install in cup and be connected with installing cup.

In the plasma cleaning tank of above-mentioned one, described filter assemblies includes

Screen plate, it is covered on above dewatering cup and is connected with tank base plate, described screen plate uniformly offering multiple First filtering holes；

Inner filtration cover, its penetrate filter plate and with screen plate be connected, described inner filtration cover is connected with dewatering cup, at inner filtration Multiple aperture the second filtering holes more than the first filtering holes is uniformly offered on cover；

Outer filter mantle, it is peripheral and connected with filtering net that it covers at filtering net, and described outer filter mantle is uniformly offered There is multiple aperture the 3rd filtering holes less than the second filtering holes.

In the plasma cleaning tank of above-mentioned one, the upper end outer surface at inner filtration cover is provided with limiting plate, is filtering On plate, concave downward is formed with spacing zone, offers receiving hole and be formed between spacing hole and edge, spacing zone in the middle part of spacing zone Limiting platform, described inner filtration cover is positioned in spacing hole and limiting plate is against on limiting platform.

In the plasma cleaning tank of above-mentioned one, inner filtration cover outer surface is provided with multiple position-limiting cover, filters outside Being provided with multiple limited block on cover medial wall, described limited block embedding position-limiting cover is interior and makes outer filter mantle be connected with inner filtration cover.

In the plasma cleaning tank of above-mentioned one, described tank base plate offers installing hole, arrange in installing hole Have the water conservancy diversion bucket being connected with tank base plate and extending below tank base plate, described dewatering cup and water conservancy diversion bucket through and with water conservancy diversion bucket Bottom is connected, and described dewatering cup is connected by bump joint with water conservancy diversion bucket.

In the plasma cleaning tank of above-mentioned one, bottom described dewatering cup, it is provided with the drain pipe communicated therewith, described Being provided with electromagnetic valve on drain pipe, described electromagnetic valve can open or close drain pipe according to different situations.

In the plasma cleaning tank of above-mentioned one, described spiral arm assembly includes

Cover plate, it is covered on above dewatering cup and is connected with tank base plate and filter assemblies；

Spiral arm body, it is movably set on cover plate, and described spiral arm body has and is oppositely arranged and two support arms of hollow, institute State support arm to connect with water inlet end；

Spray column, it is arranged on support arm, described spray column offers be obliquely installed and with the spout communicated in support arm；

Water is sprayed by spout after being discharged into support arm by water inlet end and spiral arm body on the cover board rotates.

In the plasma cleaning tank of above-mentioned one, described support arm is provided with along its length can be at water Middle rotation also produces the fin of whirlpool.

Compared with prior art, the method have the advantages that

1, in the present invention, by arranging electrode tip, electrode tip can be made to produce low temperature etc. in the water of cell body by control portion Ion, can reach the purpose purifying the water in cell body, tableware, fruit and vegerable etc., sterilize, sterilize, to improve tableware, fruit and vegerable etc. Safety during use.

2, dewatering cup is arranged at bottom cell body, and the water in cell body returns in cell body in flowing into dewatering cup, is thusly-formed water Circulation, in cyclic process, the slag body cup filter assemblies in water is collected, and slag body collecting effect is preferable, and in cell body, the slag body of water contains Measure the most less so that the cleaning effect of groove intrabody object is preferable.

3, the anti-power of work of spiral arm assembly flowing when being circulated by water and rotate, it is not necessary to make its turn by other machine driving Dynamic, therefore, its energy consumption is relatively low, and cost is relatively low, more environmentally-friendly, and it is hardly damaged, and service life is longer.

Accompanying drawing explanation

Fig. 1 is top perspective view and the schematic diagram of electrode tip off working state of the present invention.

Fig. 2 is top perspective view and the schematic diagram of electrode tip duty of the present invention.

Fig. 3 is the assembling schematic diagram of spiral arm assembly in the present invention, filter assemblies and tank base plate.

Fig. 4 is the decomposing schematic representation of spiral arm assembly in the present invention, filter assemblies and tank base plate.

Fig. 5 is the face upwarding assumption diagram of tank base plate in the present invention.

Fig. 6 is tank base plate lower surface plane graph in the present invention.

Fig. 7 is tank base plate and the decomposing schematic representation of dewatering cup in the present invention.

Fig. 8 is the face upwarding assumption diagram of dewatering cup in the present invention.

Fig. 9 is the installation diagram of filter assemblies in the present invention.

Figure 10 is the axonometric chart of inner filtration cover in the present invention.

Figure 11 is the axonometric chart of present invention China and foreign countries filter mantle.

In figure, 100, cell body；110, platen；111, holding tank；120, electrode tip；130, control portion；140, circuit is controlled；

200, tank base plate；210, oscillator；220, installing hole；230, water conservancy diversion bucket；231, installing plate；240, fixed support； 241, water pump；

300, dewatering cup；310, upper cup；311, spacing collar；312, bump joint；312a, rotation section；313, water inlet connects Pipe；314, inlet pipeline；320, lower cup body；321, water outlet adapter；322, outlet pipeline；323, heater；330, cup is installed； 331, positive stop strip；332, drain pipe；333, electromagnetic valve；334, cross over pipe；

400, filter assemblies；410, screen plate；411, spacing zone；412, receiving hole；413, limiting platform；420, inner filtration Cover；421, the second filtering holes；422, limiting plate；423, stopper slot；424, position-limiting cover；430, outer filter mantle；431, the 3rd filter Hole；432, limited block；

500, spiral arm assembly；510, cover plate；511, rotation seat；520, spiral arm body；521, support arm；521a, spray column；521b、 Spout；522, fin.

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.

As shown in Figure 1 and Figure 2, a kind of plasma cleaning tank of the present invention, including cell body 100, tank base plate 200, dewatering cup 300, filter assemblies 400 and spiral arm assembly 500.

Cell body 100 is square frame structure, and it has an inner chamber, and side, cell body 100 upper end has and this cell body 100 1 Body formed platen 110, is provided with plasma generator on this platen 110, this plasma generator include electrode tip 120 with And the control portion 130 being connected with its signal.

As shown in Figure 1 and Figure 2, electrode tip 120 is disc, on platen 110 concave downward be formed a circle and with electricity The corresponding holding tank 111 of cartridge 120, electrode tip 120 is installed in holding tank 111 in a detachable fashion, and control portion 130 installs On platen 110 and be positioned at holding tank 111 side, it is preferred that holding tank is run through with electrode tip 120 by one in this control portion 130 The control circuit 140 of 111 bottom lands electrically connects, and certainly, control portion 130 and electrode tip 120 also can connect by the way of wireless connections Connecing, by this control circuit 140, this control portion 130 can control open and close and the current intensity of electrode tip 120.

During use, by electrode tip 120 by taking out in holding tank 111 and be positioned in cell body 100, electrode tip 120 is at cell body Release current in the water of 100, thus between both positive and negative polarity, produce low-temperature plasma, hydrone (H2O) is broken down into hydrion (H) With oxonium ion (O) state, the bubble forming a lot of ion Flock behaviour is diffused in water.Now have and other oxygen due to oxonium ion Ions binding forms the character of rock-steady structure, finally combines in oxygen molecule (O2).Because of low-temperature plasma as above strength Electrochemical energy, hydrogen atom (H) separates formation H+ with anion electronic, and oxygen molecule (O2) then accepts the electronics of anion around, A part converts with negative oxygen ion and forms O3.The dissociated state of this electrochemistry, typically under atmospheric condition 2-5 hour, airtight Annular was reduced in about 48 hours, and the Ph value of water is in 7-7.4, aobvious neutral or alkalescence.The hydrogen cation so produced And the hydrone (H2O) of negative oxygen ion (O2) and surrounding reacts the various oxygen such as hydroxyl and anion forming Flock behaviour (H+) It it is active ion.Now, the hydrogen peroxide simultaneously produced can on the water surface evaporation side, and hydroxyl play be attached in antibacterial class will It decomposes the effect eliminated.

As it has been described above, the hydroxyl that molecular property is highly unstable, capture the hydrion (H) on antibacterial class cell membrane and reduce Become hydrone (H2O), and be at this moment taken away the antibacterial of hydrion (H) and become nonactive turn of this harmless along with the destruction of cell membrane Material, and the algae such as mould and tongue under the effect of the ozone (O3) belonging to oxygen system active matter produced at the same time, can also be eliminated. Additionally, by many small underwater bubbles produced by both positive and negative polarity strength electric field, highfield can be produced between bubble, eliminates in water Microorganism and the effect of other organic-inorganic materials, by the way, reach the object to being soaked in cell body 100 water and enter The purpose that row purifies, sterilizes, sterilizes, to improve safety when tableware use or food consumption.

As shown in Fig. 3 to Fig. 7, tank base plate 200 is square platy structure, and it is arranged at bottom cell body 100, at tank It is separately installed with an oscillator 210 on four angles of base plate 200 lower surface, oscillator 210 is distributed in four of tank base plate 200 On angle so that the power distribution of oscillator 210 is more uniform, and vibration more equalizes.

Offer an installing hole 220 at the position of the forward end of tank base plate 200, this installing hole 220 by trapezoidal hole with square The part connection of two, hole is formed, and trapezoidal hole is positioned at the position, front end of tank base plate 200, the minor face of trapezoidal hole and cell body 100 Front edge is adjacent, and square opening is positioned at the position held rearward of tank base plate 200, and the long limit of trapezoidal hole is connected with square opening.

In four oscillators 210, two oscillators 210 being positioned at tank base plate 200 front end are adjacent with two hypotenuses of trapezoidal hole respectively, As can be seen here, trapezoidal hole just designs to avoid two oscillators 210, and it sufficiently make use of whole tank base plate 200 Space, it is to avoid whole tank base plate 200 is excessive, meanwhile, the area of installing hole 220 is also optimized, it is to avoid dewatering district The area in territory is excessive.

Installing hole 220 installs the bucket shape water conservancy diversion bucket 230 being connected with tank base plate 200 and downwardly extending around its periphery, leads The upper shed of stream bucket 230 is identical with the shape of installing hole 220, and water conservancy diversion bucket 230 has the effect of polywater and water conservancy diversion, arranges herein and leads Stream bucket 230, it is simple to concentrated by water on tank base plate 200, makes water be easier to bottom it and flows out.

Radially being provided with installing plate 231 on water conservancy diversion bucket 230 bottom inside wall, this installing plate 231 is ringwise, it is preferred that This installing plate 231 is one-body molded with water conservancy diversion bucket 230.

Below tank base plate 200, it is provided with fixed support 240, this fixed support 240 is provided with water pump 241.

As shown in Figures 3 to 8, dewatering cup 300 is positioned at below tank base plate 200, this dewatering cup 300 include cup 310, Lower cup body 320 and installation cup 330.

Upper cup 310 is circular groove-like structure, and its external diameter is slightly less than the internal diameter of installing plate 231, position, upper cup 310 upper end Extending in installing plate 231 and below water conservancy diversion bucket 230, the open top of upper cup 310 also communicates with cell body 100.

The top ring of upper cup 310 is provided with spacing collar 311 around its outer surface, and this limiting plate 422 is loop configuration, preferably This spacing collar 311 one-body molded with upper cup 310, when upper cup 310 is positioned at installing plate 231, this spacing collar 311 is attached to On installing plate 231.

Being arranged with the bump joint 312 being connected with its outer surface thread on upper cup 310, this bump joint 312 is positioned at Spacing collar less than 311, rotates this bump joint 312, and spacing collar 311 is adjacent to installing plate 231 so that upper cup 310 and water conservancy diversion Bucket 230 is connected, it is preferred that the outer surface at bump joint 312 is convexly equipped with two rotation section 312a, to facilitate rotation bump joint 312。

By arranging bump joint 312, limiting plate 422, conveniently upper cup 310 is connected with water conservancy diversion bucket 230, and convenient Dismounting.

Lower surface at upper cup 310 is vertically installed with a water inlet adapter 313 near the position at its edge, and this water inlet is taken over 313 communicate with the inside of upper cup 310, and water pump 241 is connected by inlet pipeline 314 with water inlet adapter 313.

Lower cup body 320 is all the groove-like structure of circle, its be positioned at cup 310 lower section and with the following table of upper cup 310 Face is connected, and lower cup body 320 upper end open and internal and upper cup 310 inside communicate, level peace on the lateral wall of lower cup body 320 Equipped with a water outlet adapter 321, this water outlet adapter 321 communicates with the inside of lower cup body 320, and water pump 241 passes through with water outlet adapter 321 Outlet pipeline 322 connects, and is provided with heater 323 on outlet pipeline 322.

Installing cup 330 and be all the groove-like structure of circle, it is positioned at below lower cup body 320 and the lower surface of lower cup body 320 It is connected, cup 330 upper end open is installed and inside communicates with lower cup body 320, upper cup 310, lower cup body 320 and installation cup Water is all stored in 330.

It is installed with multiple positive stop strip 331 for fixed filter unit on cup 330 medial wall installing.

In the bottom installing cup 330, the drain pipe 332 communicated therewith is installed, described drain pipe 332 is provided with Electromagnetic valve 333, described electromagnetic valve 333 can open or close drain pipe 332 according to different situations.

As shown in Fig. 3, Fig. 4, Fig. 9 to Figure 11, filter assemblies 400 includes screen plate 410, inner filtration cover 420 and outer filtration Cover 430.

Screen plate 410 is trapezoidal platy structure, and it is just covered on trapezoidal hole and is connected with tank base plate 200, Uniformly offering multiple first filtering holes (not shown) on screen plate 410, the middle part concave downward of screen plate 410 is formed One spacing zone 411, the middle part of spacing zone 411 offers receiving hole 412 and is formed limited between spacing hole and edge, spacing zone 411 Bit platform 413.

Inner filtration cover 420 is the tubular structure of hollow, uniformly offers multiple second filtering holes on inner filtration cover 420 421, the aperture of this second filtering holes 421 is more than the aperture of the first filtering holes.

Top ring at inner filtration cover 420 is provided with limiting plate 422 around its outer surface, and inner filtration cover 420 is positioned at receiving hole In 412 and limiting plate 422 be located just at spacing zone 411 in and be against on limiting platform 413.

The bottom of inner filtration cover 420 offers stopper slot 423, this stopper slot 423 and the positive stop strip installed on cup 330 331 coordinate, when inner filtration cover 420 is installed in dewatering cup 300, in this positive stop strip 331 embeds stopper slot 423 and make inner filtration Cover 420 is connected with dewatering cup 300.

The lower surface of limiting plate 422 is provided with multiple connected with limiting plate 422 and inner filtration cover 420 outer surface respectively Position-limiting cover 424.

This outer filter mantle 430 is all the tubular structure of hollow, and its internal diameter, more than the internal diameter of inner filtration cover 420, filters outside Multiple aperture the 3rd filtering holes 431 less than the second filtering holes 421 is uniformly offered on cover 430.

Be vertically installed with multiple limited block 432 on filter mantle 430 medial wall outside, limited block 432 arrange in strip and by One end of outer filter mantle 430 extends to the other end, and limited block 432 and position-limiting cover 424 one_to_one corresponding, outer filter mantle 430 is located at Inner filtration cover 420 is peripheral and limited block 432 embed position-limiting cover 424 in and make outer filter mantle 430 be connected with inner filtration cover 420.

As shown in Figures 1 to 4, spiral arm assembly 500 includes cover plate 510 and spiral arm body 520.

Cover plate 510 is square platy structure, its be just covered on the square opening position of installing hole 220 and respectively with water Trough floor 200 is connected with screen plate 410, is provided with a rotation seat 511 on cover plate 510.

Being installed in the middle part of spiral arm body 520 on rotation seat 511, spiral arm body has two support arms 521 being oppositely arranged, and spiral arm is originally Body 520 is installed on rotation seat 511 by installation portion 421, the inner hollow of each support arm 521 be to connect with water inlet adapter 313 's.

It is fitted with multiple spray column 521a at each support arm 521 upper surface, each spray column 521a tilts to offer spray Mouth 521b, this spout 521b communicate with the inside of support arm 521.

On support arm 521 along its length on be provided with at least one fin 522 that can rotate and produce whirlpool in water.

During work, under the effect of water pump 241, the water in cell body 100 is through screen plate 410, outer filter mantle 430, inner filtration Discharged by water outlet adapter 321 after cover 420, by water pump 241, inlet pipeline 314, water inlet adapter 313 row after heater via 323 heating Entering in the support arm 521 of spiral arm body 520, the spout 521b being obliquely installed is under the effect of water so that support arm 521 is to spout 521b Opposite direction motion so that spiral arm body 520 rotates cell body 100 in, water constantly by cell body 100 discharge and by upper cup Body 310 discharges into, thus forms circulation waterway, so that the object in water tank is persistently cleaned, after cleaning terminates, by electricity Drain pipe 332 is opened by magnet valve 333, and the water in cell body 100 is discharged by drain pipe 332.

As shown in Figure 6 to 8, upper cup 310 and lower cup body 320 eccentric setting, say, that lower cup body 320 one Lateral edges near the edge of upper cup 310, the opposite side edge of lower cup body 320 then from lower cup body 320 edge farther out, so, Give the space that the design of water inlet adapter 313 is stopped with installation, in the case of ensureing that water inlet adapter 313 has relatively Large Diameter Pipeline, with The installation of convenient adapter 313 of intaking.

Further, described water outlet adapter 321 horizontally set and with lower cup body 320 outer surface tilt be connected, at lower cup body Being formed with the apopore of ellipse on the outer surface of 320, compare that water outlet adapter 321 is vertical with lower cup body 320 to be connected, inclination is connected Defining oval apopore, this apopore can increase the output of water, improves drainage efficiency, meanwhile, shortens outlet pipeline 322 Length, reduce water pump 241, add heat pipe and the dewatering cup 300 layout area on tank base plate 200 so that whole layout is more Add compact.

Further, described installation cup 330 is circumscribed with the cross over pipe 334 communicated therewith, cell body 100 is arranged Having the pressure transducer (not shown) being connected with cross over pipe 334, described pressure transducer can be examined according to cross over pipe 334 water level Survey the pressure in cross over pipe 334 and monitor the water level in cell body 100.

By arranging pressure transducer, when SEA LEVEL VARIATION in cross over pipe 334, the air pressure in cross over pipe 334 changes Become and by pressure sensor senses, and whether system reaches to preset water by the water level that pressure transducer can be learnt in cell body 100 Position also prevents water level from exceeding preset value, it is ensured that reach the water level needed for normal wash in cell body 100, in preventing cell body 100 simultaneously Water excess and overflow.

In use, first, electromagnetic valve 333 controls drain pipe 332 and makes drain pipe 332 be closed the present invention.

Water pump 241 works, and under the effect of water pump 241, the water in cell body 100 enters after filter assemblies 400 filters Inlet and outlet pipe 322 side by side in dewatering cup 300, water heated by heater 323 after in water pump 241 enters inlet pipeline 314, In being finally drained into the support arm 521 of spiral arm body 520 by water inlet adapter 313 and being entered in cell body 100 by spout 521b, water is by spraying Mouth 521b makes spiral arm body 520 rotate in cell body 100 during discharging, thus is producing bigger spray, right to facilitate Object is carried out, and water is constantly discharged and by discharging into cell body 100 in spiral arm body 520 by cell body 100, thus forms recirculated water Road, persistently to clean the object in water tank.

After cleaning terminates, being opened by drain pipe 332 by electromagnetic valve 333, the water in cell body 100 passes through drain pipe 332 discharge.

Being circulated by the water between cell body 100 and dewatering cup 300, the slag body cup filter assemblies 400 in water is collected, and slag body is received Collection effect is preferable, and in cell body 100, the slag body burden of water is the most less so that in cell body 100, the cleaning effect of object is preferable, rotation Counteracting force when arm body 520 is discharged by water rotates, and therefore decreases cost, and energy consumption is relatively low and more environmentally-friendly.

During cleaning, to use plasma generator, then electrode tip 120 is placed in cell body by taking-up in holding tank 111 In water in 100, then open electrode tip 120 by control portion 130 and make electrode tip 120 be energized in water, also can lead to meanwhile Cross the current intensity controlling 130 regulation electrode tips 120.

Specific embodiment described herein is only to present invention spirit explanation for example.Technology neck belonging to the present invention Described specific embodiment can be made various amendment or supplements or use similar mode to replace by the technical staff in territory Generation, but without departing from the spirit of the present invention or surmount scope defined in appended claims.

Claims (10)

1. a plasma cleaning tank, including

Cell body；

Electrode tip, it is placed in cell body；

Control portion, it is arranged on cell body and is connected with electrode tip signal, and described control portion can make electrode tip discharge in cell body And produce low-temperature plasma；

Tank base plate, it is positioned at bottom cell body；

Dewatering cup, it is connected with bottom tank base plate and communicates with cell body, described dewatering cup is provided with water inlet end and water side；

Filter assemblies, it is covered on above dewatering cup and is connected with tank base plate, and described filter assemblies is positioned in dewatering cup and has There is multi-filtering function；

Spiral arm assembly, it is positioned at cell body and is connected with tank base plate and filter assemblies, and described spiral arm assembly is connected with water inlet end；

Heater, it connects water side and water side；

Water in cell body is discharged into heater by water side after filtering component filters, is arranged through spiral arm assembly by water inlet end after water heating Enter in cell body, when water is through spiral arm assembly, and the active force of water makes slider assembly rotate in cell body.

The plasma cleaning tank of one the most according to claim 1, it is characterised in that: the upper end of described cell body be provided with The platen that cell body is connected, is provided with holding tank corresponding with electrode tip on platen and electrode tip can embed in holding tank.

The plasma cleaning tank of one the most according to claim 1, it is characterised in that: described dewatering cup includes

Upper cup, it is connected with tank base plate and communicates with cell body；

Water inlet adapter, it is vertical with upper bottom of cup is connected, and taking in water inlet has water pump with being connected between heater；

Lower cup body, on it, cup lower surface is connected and communicates；

Water outlet is taken over, and its one end is connected with lower cup body, and the other end is connected with heater；

Installing cup, it is connected with bottom lower cup body and communicates, and described filter assemblies lays respectively at cup, lower cup body and installation It is connected in cup and with installing cup.

The plasma cleaning tank of one the most according to claim 1, it is characterised in that: described filter assemblies includes

Screen plate, it is covered on above dewatering cup and is connected with tank base plate, described screen plate uniformly offers multiple first Filtering holes；

Inner filtration cover, its penetrate filter plate and with screen plate be connected, described inner filtration cover is connected with dewatering cup, on inner filtration cover Uniformly offer multiple aperture the second filtering holes more than the first filtering holes；

Outer filter mantle, it is peripheral and connected with filtering net that it covers at filtering net, described outer filter mantle uniformly offers many Individual aperture is less than the 3rd filtering holes of the second filtering holes.

The plasma cleaning tank of one the most according to claim 4, it is characterised in that: at the upper end outer surface of inner filtration cover Being provided with limiting plate, on screen plate, concave downward is formed with spacing zone, offers receiving hole and at spacing hole in the middle part of spacing zone And being formed with limiting platform between edge, spacing zone, described inner filtration cover is positioned in spacing hole and limiting plate is against on limiting platform.

6. according to the plasma cleaning tank of the one described in claim 4 or 5, it is characterised in that: set at inner filtration cover outer surface Being equipped with multiple position-limiting cover, be provided with multiple limited block outside on filter mantle medial wall, described limited block embedding position-limiting cover is interior and makes Outer filter mantle is connected with inner filtration cover.

The plasma cleaning tank of one the most according to claim 1, it is characterised in that: offer peace on described tank base plate Dress hole, be provided with in installing hole be connected with tank base plate and below tank base plate extend water conservancy diversion bucket, described dewatering cup and Water conservancy diversion bucket is through and is connected bottom water conservancy diversion bucket, and described dewatering cup is connected by bump joint with water conservancy diversion bucket.

The plasma cleaning tank of one the most according to claim 1, it is characterised in that: be provided with bottom described dewatering cup with The drain pipe of its connection, described drain pipe is provided with electromagnetic valve, and described electromagnetic valve can open or close row according to different situations Water pipe.

The plasma cleaning tank of one the most according to claim 1, it is characterised in that: described spiral arm assembly includes

Cover plate, it is covered on above dewatering cup and is connected with tank base plate and filter assemblies；

Spiral arm body, it is movably set on cover plate, and described spiral arm body has and is oppositely arranged and two support arms of hollow, described Arm connects with water inlet end；

Spray column, it is arranged on support arm, described spray column offers be obliquely installed and with the spout communicated in support arm；

Water is sprayed by spout after being discharged into support arm by water inlet end and spiral arm body on the cover board rotates.

The plasma cleaning tank of one the most according to claim 9, it is characterised in that: square along its length on described support arm Upwards it is provided with at least one fin that can rotate and produce whirlpool in water.