CN105534443A

CN105534443A - Water tank structure for water tank type cleaning equipment

Info

Publication number: CN105534443A
Application number: CN201610045835.8A
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: 2016-01-22
Filing date: 2016-01-22
Publication date: 2016-05-04
Also published as: WO2017124927A1; RU2691927C1

Abstract

The invention provides a water tank structure for water tank type cleaning equipment and belongs to the technical field of kitchen washing equipment. The water tank structure solves the technical problems that existing cleaning equipment is poor in cleaning effect, and high in cost. The water tank structure for the water tank type cleaning equipment comprises a tank body, a water inlet assembly, a water tank bottom plate, a drainage cup, a filer assembly and a rotating arm assembly, wherein an installing hole is formed in the inner side wall of the tank body, the water inlet assembly is arranged on the outer wall of the tank body and can prevent water in the tank body from flowing out of the tank body, the water tank bottom plate is located at the bottom of the tank body, the drainage cup is fixedly connected with the bottom of the water tank bottom plate, communicated with the tank body, and provided with a water inlet end and a water outlet end, the filter assembly is arranged on the drainage cup in a covering mode and connected with the water tank bottom plate, the filter assembly is located in the drainage cup and has multiple filtering functions, and the rotating arm assembly is located in the tank body, connected with the water tank bottom plate and the filter assembly and connected with the water inlet end. In the water circulating process, residues in water are collected by the filter assembly, the residue collecting effect is good, and the effect of cleaning objects in the water tank is good.

Description

The sink structure of water tank type cleaning equipment

Technical field

The invention belongs to kitchen cleaning equipment technical field, relate to a kind of sink structure of water tank type cleaning equipment.

Background technology

Common tank and dish-washing machine have been carried out unitary design by water tank type dish-washing machine, and having heats deoils greasy, and ultrasonic wave removes agricultural chemicals, and current go the functions such as swill, is applicable to the cleaning of veterinary antibiotics, dishes.

Such as, application publication number is that the utility model patent of CN105125149A discloses a kind of water tank cleaner, it comprises water trough body, and the slagging structure be positioned at outside water trough body, the sidewall of water trough body stretches out and is formed with side plate, slagging structure comprises drainpipe, collection slag structure and draining valve, drainpipe is communicated with bottom water trough body, described draining valve is arranged on the bottom of described drainpipe, this cleaning function effectively makes pulp water be separated, while draining, can be convenient, quick slagging-off, it is quite convenient to use, environmental protection, but there is following technical problem simultaneously, 1, water in this water trough body cannot circulate, the slag body in water is caused to begin cannot effectively be concentrated in slag basket, and water rolls in tank, the slag body in slag basket is easily made to reenter in tank, cause the object in tank clean unclean, 2, this cleaning machine drives spiral arm to rotate by motor, and spiral arm is positioned at tank and contact with water, and motor is easily met water and damages, and meanwhile, motor drives its energy consumption comparatively greatly, and cost is higher.

In sum, in order to solve the technical problem that above-mentioned cleaning machine exists, need to design the good and sink structure of lower-cost water tank type cleaning equipment of a kind of cleaning effect.

Summary of the invention

The object of the invention is the problems referred to above existed for prior art, propose the good and sink structure of lower-cost water tank type cleaning equipment of a kind of cleaning effect.

Object of the present invention realizes by following technical proposal: the sink structure of water tank type cleaning equipment, comprising:

Cell body, its madial wall offers installing hole;

Water inlet component, it is arranged on cell body outer wall and the current direction cell body in cell body also can be prevented outside;

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

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

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

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

Heater, it connects water side and water side;

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

In the sink structure of above-mentioned water tank type cleaning equipment, described water inlet component comprises

Water inlet main body, on the external sidewall of its mounting groove, water inlet main body has spill cavity and spill cavity uncovered just to cell body limbers, and the lower wall of spill cavity offers spout hole;

Water inlet pipe, stretches to the top that in spill cavity and the water side of water inlet pipe is positioned at spout hole;

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

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

In the sink structure of above-mentioned water tank type cleaning equipment, stretch out at the uncovered outward flange of spill cavity and turn down and be formed with locating slot, described water fender is located in locating slot, a point water plate is embedded with in locating slot, the middle part of point water plate inwardly protrude out be formed with lug boss and boss in the open-mouth of spill cavity, lug boss offers some tapping holes, and described water fender is installed on point water plate.

In the sink structure of above-mentioned water tank type cleaning equipment, the lower wall of spill cavity is by acclivitous skew wall gradually inside the spill cavity of spill cavity lateral.

In the sink structure of above-mentioned water tank type cleaning equipment, described dewatering cup comprises

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 takes over and be connected with water pump between heater in water inlet;

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

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

Cup is installed, its be connected bottom lower cup body and communicate, described filter assemblies to lay respectively in cup, lower cup body and installation cup and with cup be installed be connected.

In the sink structure of above-mentioned water tank type cleaning equipment, described filter assemblies comprises

Filter, it to be covered on above dewatering cup and to be connected with tank base plate, described filter evenly offers multiple first filter bores;

Inner filtration cover, it penetrates filter plate and is connected with filter, and described inner filtration cover is connected with dewatering cup, and inner filtration cover evenly offers the second filter bores that multiple aperture is greater than the first filter bores;

Outer filter mantle, it covers at filtering net periphery and is connected with filtering net, described outer filter mantle evenly offers the 3rd filter bores that multiple aperture is less than the second filter bores.

In the sink structure of above-mentioned water tank type cleaning equipment, the upper end outer surface of inner filtration cover is provided with limiting plate, filter is recessed to form limited location district downwards, offer accommodation hole in the middle part of spacing zone and be formed with limiting platform between spacing hole and edge, spacing zone, described inner filtration cover is arranged in spacing hole and limiting plate is against on limiting platform.

In the sink structure of above-mentioned water tank type cleaning equipment, inner filtration cover outer surface is provided with multiple position-limiting cover, outside filter mantle madial wall is provided with multiple limited block, described limited block to embed in position-limiting cover and outer filter mantle and inner filtration cover is connected.

In the sink structure of above-mentioned water tank type cleaning equipment, described tank base plate offers installing hole, be provided with in installing hole and be connected and the water conservancy diversion bucket extended below tank base plate with tank base plate, described dewatering cup is through with water conservancy diversion bucket and be connected with bottom water conservancy diversion bucket, and described dewatering cup is connected by bump joint with water conservancy diversion bucket.

In the sink structure of above-mentioned water tank type cleaning equipment, described spiral arm assembly comprises

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

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, and described support arm is communicated 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 arranged by water inlet end and to be sprayed by spout after support arm and spiral arm body on the cover board rotates.

Compared with prior art, the present invention has following beneficial effect:

1, in the present invention, dewatering cup is arranged at bottom of gullet, water in tank flows into and returns in tank in dewatering cup, formation water circulation like this, in cyclic process, the slag body cup filter assemblies in water is collected, and slag body collecting effect is better, and the slag body burden of water trough inner water is less all the time, make the cleaning effect of object in tank better.

2, spiral arm assembly is rotated by the anti-power of work flowed during water circulation, and without the need to making it rotate by other machine driving, therefore, its energy consumption is lower, and cost is lower, more environmental protection, and it is not fragile, and service life is longer.

Accompanying drawing explanation

Fig. 1 is top perspective structural representation of the present invention.

Fig. 2 is perspective view of the present invention.

Fig. 3 is the schematic perspective view of water inlet component in the present invention.

Fig. 4 be in the present invention water inlet component decomposing schematic representation.

Fig. 5 is structural representation when water fender coordinates with point water plate in the present invention.

Fig. 6 is the structural representation of main body of intaking in the present invention.

Fig. 7 is another viewing angle constructions schematic diagram of main body of intaking in the present invention.

Fig. 8 is the assembling schematic diagram of spiral arm assembly in the present invention, filter assemblies and tank base plate.

Fig. 9 is the decomposing schematic representation of spiral arm assembly in the present invention, filter assemblies and tank base plate.

Figure 10 is the face upwarding assumption diagram of tank base plate in the present invention.

Figure 11 is tank base plate lower surface plane in the present invention.

Figure 12 is the decomposing schematic representation of tank base plate and dewatering cup in the present invention.

Figure 13 is the face upwarding assumption diagram of dewatering cup in the present invention.

Figure 14 is the installation diagram of filter assemblies in the present invention.

Figure 15 is the stereogram of inner filtration cover in the present invention.

Figure 16 is the stereogram of the present invention China and foreign countries filter mantle.

In figure, 100, cell body; 110, water inlet main body; 111, spill cavity; 112, spout hole; 113, gas-permeable channels; 114, locating slot; 115, erecting bed; 120, water inlet pipe; 121, vertical pipeline portion; 122, horizontal pipe portion; 130, overflow pipe; 140, water fender; 141, locating piece; 142, snap fit; 150, water plate is divided; 151, lug boss; 152, tapping hole; 153, locating hole; 154, pilot hole; 160, absorbent member; 170, seal; 180, delivery port;

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 adapter; 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, drainpipe; 333, magnetic valve; 334, cross over pipe;

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

500, spiral arm assembly; 510, cover plate; 511, seat is revolved; 520, spiral arm body; 521, installation portion; 522, support arm; 522a, spray column; 522b, spout.

Detailed description of the invention

Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.

The sink structure of water tank type cleaning equipment of the present invention, comprises cell body 100, water inlet component, tank base plate 200, dewatering cup 300, filter assemblies 400 and spiral arm assembly 500.

As shown in Figure 1 and Figure 2, cell body 100 is square frame structure, and it has an inner chamber, and a wherein sidewall of cell body 100 offers water inlet (not shown).

Water inlet component comprises into water main body 110, water inlet pipe 120, overflow pipe 130 and water fender 140.

As shown in Fig. 3 to Fig. 7, main body 110 of wherein intaking is installed on the outside of cell body 100, and water inlet main body 110 has spill cavity 111 and spill cavity 111 uncovered just to cell body 100 water inlet, and the lower wall of spill cavity 111 offers spout hole 112; Water inlet pipe 120 stretches to the top that in the spill cavity 111 and water side of water inlet pipe 120 is positioned at spout hole 112; Overflow pipe 130 to be located at below water main body 110 and to be connected with spout hole 112; Water fender 140 is positioned at the inner side of cell body 100, is located at the open-mouth of spill cavity 111 and water fender about 140 both sides are all formed with delivery port 180 with the uncovered of spill cavity 111.

Spout hole 112 is directly opened in the lower wall of spill cavity 111, and spill cavity 111 is uncovered just to cell body 100 water inlet, thus the water flowed in spill cavity 111 can directly be discharged from overflow pipe 130 by spout hole 112, structure is very simple, low cost of manufacture, and very little to the resistance of water, can draining in time during spilling water, flushing effect is good; And the water side of water inlet pipe 120 is positioned at the top of spout hole 112, when this structural design makes that in cell body 100, overflow phenomena appears in water, extra water is owing to being discharged in time by overflow pipe 130, avoid sewage backflow to water inlet pipe 120 place and pollute water inlet pipe 120 pipeline, thus water quality clean when ensure that water inlet pipe 120 water outlet; When this cleaning equipment operationally, the rotation spray arm be installed in cell body 100 can upwards be sprayed water, by water fender 140 can by water resistance gear outside, make it can not be splashed into in spill cavity 111.

This water intake mechanism being installed on after in cell body 100, when cell body 100 needs to intake, water flows out from water inlet pipe 120, and flow in cell body 100 with uncovered the formed delivery port 180 of spill cavity 111 on the upside of water fender 140, when water in cell body 100 exceedes set amount (when there is the phenomenon of overflow), water unnecessary in cell body 100 flows back in spill cavity 111 with uncovered the formed delivery port 180 of spill cavity 111 on the downside of water fender 140, thus is discharged by water by overflow pipe 130.

As shown in Fig. 4, Fig. 6, stretching out at the uncovered outward flange of spill cavity 111 and turn down is formed with locating slot 114, and described water fender 140 is located in locating slot 114.The external diameter of spill cavity 111 open-mouth can be increased by locating slot 114, thus be convenient to water fender 140 is installed, also ensure that installing the speed that can not to affect after water fender 140 and to be back to when water overflows in cell body 100 in spill cavity 111 simultaneously.

Further, a point water plate 150 is embedded with in locating slot 114, the middle part of point water plate 150 inwardly protrudes out and is formed with lug boss 151 and lug boss 151 is positioned at the open-mouth of spill cavity 111, and lug boss 151 offers multiple tapping hole 152, and described water fender 140 is installed on point water plate 150.Concrete, the quantity of tapping hole 152 is four and divides four edges being listed in point water plate 150 lug boss 151, with the delivery port 180 of the uncovered formation of spill cavity 111 on the downside of the corresponding water fender of two tapping holes 152 140 below being wherein positioned at, the effect of this two tapping hole 152 is mainly when the water in cell body 100 exceedes set amount (when there is the phenomenon of overflow), unnecessary water can flow in spill cavity 111 from this delivery port 180, thus flow into overflow pipe 130 from spout hole 112, finally flow in the downcomer of water tank type cleaning equipment, ensure the smoothness of overflow, can draining in time.

And on the upside of the corresponding water fender of two tapping holes 152 140 being positioned at top with the delivery port 180 of the uncovered formation of spill cavity 111, the water outlet of water inlet pipe 120 is rectified a wherein tapping hole 152, thus ensures that the water that flows out from water inlet pipe 120 finally flows in cell body 100 by tapping hole 152.

The width of tapping hole 152 is greater than the width of water fender 140 and uncovered the formed delivery port 180 of spill cavity 111 simultaneously, this water that water inlet pipe 120 place is flowed out is by the stop of water fender 140, can not only uncovered formed delivery port 180 flows out with spill cavity 111 on the upside of water fender 140, also can uncovered formed delivery port 180 flows out with spill cavity 111 on the downside of water fender 140, thus can by when in cell body 100, water spilling is back to spill cavity 111, the dirt remaining in delivery port 180 place again can be washed away by the water at water inlet pipe 120 place and be back in cell body 100, ensure the clean and unimpeded of delivery port 180 place, simultaneously the coordinating of tapping hole 152 and water fender 140, can some foreign material of elimination, such as dish leaf etc., foreign material can be effectively avoided to run in spill cavity 111 and block spout hole 112.

As shown in Figure 4, Figure 5, lug boss 151 offers two symmetrically arranged locating holes 153, is provided with symmetrically arranged locating piece 141 in lug boss 151 both sides, at the equal fixture block in the both sides of water fender 140 and fixture block be snapped in corresponding locating hole 153.Locating piece 141 is specially a point left and right sides for water plate 150 and extends internally and formed, be snapped on point water plate 150 by locating piece 141 through in locating hole 153, ensure that stability when point water plate 150 is connected with water fender 140, and when needs dismounting water fender 140, only needing use water to extrude locating piece 141 makes it depart from locating hole 153, easy to loading and unloading.

As shown in Figures 3 to 5, the outer end of locating piece 141 outwards turns down and is formed with snap fit 142, when locating piece 141 is through locating hole 153, is buckled on the outer face of lug boss 151, thus makes water fender 140 be snapped on point water plate 150 by snap fit 142, easy for installation.

Further, erecting bed 115 is provided with in spill cavity 111, in the middle part of lug boss 151, offer pilot hole 154 and divide water plate 150 to be connected through pilot hole 154 and erecting bed 115 by screw, above-mentioned spout hole 112 and water inlet pipe 120 points are listed in erecting bed 115 both sides, water plate 150 will be divided to be anchored on erecting bed 115 by screw, thus firm for point water plate 150 is connected in water main body 110, spout hole 112 and water inlet pipe 120 points are listed in erecting bed 115 both sides simultaneously, thus the space made full use of in spill cavity 111, spout hole 112 and water inlet pipe 120 are not conflicted between the two mutually, compact conformation.

Further, water inlet pipe 120 is inverted " L " type and is made up of vertical pipeline portion 121 and horizontal pipe portion 122, vertical pipeline portion 121 to be located at below water main body 110 and to be located in spill cavity 111, and the water side of water inlet pipe 120 is located in horizontal pipe portion 122 and horizontal pipe portion 122 and is connected with spill cavity 111 upper side wall and extends spill cavity 111.The vertical pipeline portion 121 of water inlet pipe 120 is located at below water main body 110, thus vertical pipeline portion 121 and overflow pipe 130 are be arranged in parallel, simple and compact for structure, and horizontal pipe portion 122 and spill cavity 111 upper side wall are connected and extend spill cavity 111, water inlet pipe 120 is directly disposed in cell body 100 when water outlet, and can not enters in spill cavity 111 and to emit from spout hole 112.

Water inlet pipe 120 intake or cell body 100 inside when cleaning dishes and chopsticks or fruit-vegetable food, the water splashed out can enter in spill cavity 111, if water can not be discharged in time, remaining in water electrode in spill cavity 111 easily can smelly and breed bacteria, in order to ensure the clean hygiene of cell body 100 inside, need to ensure to there will not be seeping phenomenon in spill cavity 111, therefore the lower wall of spill cavity 111 is designed to by acclivitous skew wall gradually inside spill cavity 111 lateral spill cavity 111, this vibrational power flow make water inlet pipe 120 intake or cell body 100 inside at cleaning dishes and chopsticks or fruit-vegetable food time, the water splashed out can be back in cell body 100 along skew wall, and can not be stranded in spill cavity 111, ensure that in spill cavity 111 and the clean hygiene of cell body 100 inside.

Further, water inlet main body 110 is provided with the gas-permeable channels 113 communicated with spill cavity 111, absorbent member 160 is installed in gas-permeable channels 113.When the water in this water tank type cleaning equipment is transformed into steam through heating, because this cleaning equipment lower is in sealing state in working order, therefore steam only can be discharged from water inlet main body 110, and steam is when flowing in the spill cavity 111 of water main body 110, can in time by extremely extraneous for the moisture discharge be stranded in spill cavity 111 by gas-permeable channels 113, ensure to keep certain pressure in cell body 100, simultaneously can by the moisture absorption contained by steam by absorbent member 160, thus what ensure to discharge in gas-permeable channels 113 is only hot-air, thus make to keep dry in kitchen.

Further, gas-permeable channels 113 is vertically located at in water main body 110, on the upper side wall that the import of gas-permeable channels 113 is opened in spill cavity 111 and the opening of gas-permeable channels 113 be positioned at directly over spout hole 112.Gas-permeable channels 113 is vertically located at into water main body 110, make the steam in cell body 100 directly can be disposed to outside by gas-permeable channels 113 fast, simultaneously because the absorbent member 160 in gas-permeable channels 113 needs the moisture absorption that will contain in steam, under absorbent member 160 inhales water saturated situation, the water be adsorbed in absorbent member 160 can fall after rise in spill cavity 111 under gravity, by the opening of gas-permeable channels 113 is located at directly over spout hole 112, directly fall into when water droplet in absorbent member 160 is fallen to spout hole 112 and be disposed to downcomer by overflow pipe 130, thus avoid the water in absorbent member 160 to fall after rise in cell body 100, ensure that the health of cell body 100 inside is clean.

Further, seal 170 is sealed and installed with between locating slot 114 and point water plate 150, when dividing water plate 150 to be connected with water inlet main body 110, divide between the outer wall of water plate 150 lug boss 151 and locating slot 114 cell wall and there is gap, seal 170 is specifically installed on point between the outer wall of water plate 150 lug boss 151 and locating slot 114 cell wall, thus when making in the water overflow of cell body 100 to spill cavity 111, water can not infiltrate into the external world between the outer wall of point water plate 150 lug boss 151 and locating slot 114 cell wall, thus ensures that the drying of this cleaning equipment inside is clean and tidy.

As shown in Fig. 8 to Figure 12, tank base plate 200 is square platy structure, it is arranged at bottom cell body 100, four angles of tank base plate 200 lower surface are separately installed with an oscillator 210, oscillator 210 is distributed on four angles of tank base plate 200, make the power distribution of oscillator 210 more even, vibrate more balanced.

An installing hole 220 is offered at the position of the forward end of tank base plate 200, this installing hole 220 is communicated with by trapezoidal hole and square opening two part and forms, trapezoidal hole is positioned at the position, rear end of tank base plate 200, the minor face of trapezoidal hole is adjacent with the back edge of cell body 100, square opening is positioned at the position of the forward end 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, it make use of the space of whole tank base plate 200 fully, avoids whole tank base plate 200 excessive, simultaneously, the area of installing hole 220 is also optimized, and the area avoiding draining region is excessive.

Installing hole 220 is installed around its periphery and to be connected with tank base plate 200 and to the bucket shape water conservancy diversion bucket 230 of downward-extension, the upper shed of water conservancy diversion bucket 230 is identical with the shape of installing hole 220, water conservancy diversion bucket 230 has the effect of polywater and water conservancy diversion, water conservancy diversion bucket 230 is set herein, being convenient to water on tank base plate 200 to concentrate, making water easier to flowing out bottom it.

On water conservancy diversion bucket 230 bottom inside wall, radial direction is provided with installing plate 231, and ringwise, preferably, this installing plate 231 is one-body molded with water conservancy diversion bucket 230 for this installing plate 231.

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

As shown in Fig. 8 to Figure 12, dewatering cup 300 is positioned at below tank base plate 200, and this dewatering cup 300 comprises cup 310, lower cup body 320 and installs cup 330.

Upper cup 310 is circular channel-shaped structure, and its external diameter is slightly less than the internal diameter of installing plate 231, and upper cup 310 upper end is positioned at installing plate 231 and extends below water conservancy diversion bucket 230, and 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, and preferably this spacing collar 311 is one-body molded with upper cup 310, and when upper cup 310 is positioned at installing plate 231, this spacing collar 311 is attached on installing plate 231.

Upper cup 310 is arranged with the bump joint 312 be connected with its outer surface thread, this bump joint 312 is positioned at spacing collar less than 311, rotate this bump joint 312, spacing collar 311 and installing plate 231 are adjacent to, cup 310 and water conservancy diversion bucket 230 are connected, preferably, be convexly equipped with two rotation section 312a at the outer surface of bump joint 312, rotate bump joint 312 to facilitate.

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

Be vertically installed with a water inlet adapter 313 at the lower surface of upper cup 310 near the position at its edge, this water inlet adapter 313 communicates with the inside of upper cup 310, and water pump 241 is communicated with by inlet pipeline 314 with water inlet adapter 313.

Lower cup body 320 is all circular channel-shaped structure, it is positioned at the below of cup 310 and is connected with the lower surface of upper cup 310, lower cup body 320 upper end open and inner to communicate with upper cup 310 inside, the lateral wall of lower cup body 320 is horizontally installed with a water outlet adapter 321, this water outlet adapter 321 communicates with the inside of lower cup body 320, water pump 241 is communicated with by outlet pipeline 322 with water outlet adapter 321, and outlet pipeline 322 is provided with heater 323.

Cup 330 is installed and is all circular channel-shaped structure, its lower surface being positioned at also lower cup body 320 below lower cup body 320 is connected, cup 330 upper end open be installed and inner communicate with lower cup body 320, in upper cup 310, lower cup body 320 and installation cup 330, all storing water.

Installation cup 330 madial wall is installed with multiple positive stop strip 331 for fixed filter unit.

Be provided with in the bottom of installing cup 330 drainpipe 332 be communicated with it, described drainpipe 332 is provided with magnetic valve 333, and described magnetic valve 333 can open or close drainpipe 332 according to different situations.

As shown in Fig. 8, Fig. 9, Figure 14 to Figure 16, filter assemblies 400 comprises filter 410, inner filtration cover 420 and outer filter mantle 430.

Filter 410 is trapezoidal platy structure, it to be just covered on trapezoidal hole and to be connected with tank base plate 200, filter 410 evenly offers multiple first filter bores (not shown), the middle part of filter 410 has been recessed to form a spacing zone 411 downwards, and the middle part of spacing zone 411 offers accommodation hole 412 and be formed with limiting platform 413 between spacing hole and edge, spacing zone 411.

Inner filtration cover 420 is the tubular structure of hollow, and inner filtration cover 420 evenly offers multiple second filter bores 421, and the aperture of this second filter bores 421 is greater than the aperture of the first filter bores.

At the top ring of inner filtration cover 420, its outer surface is provided with limiting plate 422, inner filtration cover 420 is arranged in accommodation hole 412 and limiting plate 422 is just positioned at spacing zone 411 and is against on limiting platform 413.

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

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

This outer filter mantle 430 is all the tubular structure of hollow, and its internal diameter is greater than the internal diameter of inner filtration cover 420, outside filter mantle 430 evenly offers the 3rd filter bores 431 that multiple aperture is less than the second filter bores 421.

Outside filter mantle 430 madial wall is vertically installed with multiple limited block 432, limited block 432 arranges in strip and is extended to the other end by one end of outer filter mantle 430, limited block 432 and position-limiting cover 424 one_to_one corresponding, outer filter mantle 430 is located at the peripheral and limited block 432 of inner filtration cover 420 and embeds in position-limiting cover 424 and outer filter mantle 430 is connected with inner filtration cover 420.

As shown in Figure 8, spiral arm assembly 500 comprises cover plate 510 and spiral arm body 520.

Cover plate 510 is square platy structure, its square opening position being just covered on installing hole 220 is connected with filter 410 with tank base plate 200 respectively, cover plate 510 is provided with one and revolves seat 511.

Spiral arm body 520 comprises middle installation portion 521 and is arranged on installation portion 521 both sides support arm 522, and spiral arm body 520 is installed on by installation portion 521 and revolves on seat 511, and the inner hollow of each support arm 522 is also communicated with water inlet adapter 313.

Be provided with multiple spray column 522a at each support arm 522 upper surface, offer spout 522b in each spray column 522a surface thereof, this spout 522b communicates with the inside of support arm 522.

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

During work, under the effect of water pump 241, water in cell body 100 is through filter plate 410, outer filter mantle 430, discharged by water outlet adapter 321 after inner filtration cover 420, by water pump 241 after heater via 323 heats, inlet pipeline 314, water inlet adapter 313 enters in the support arm 522 of spiral arm body 520, the spout 522b be obliquely installed is under the effect of water, support arm 522 is moved to the opposite direction of spout 522b, thus spiral arm body 520 is rotated in cell body 100, water constantly by cell body 100 discharge and by arrange in upper cup 310 into, thus formation circulation waterway, to continue cleaning to the object in water tank, after cleaning terminates, by magnetic valve 333, drainpipe 332 is opened, water in cell body 100 is discharged by drainpipe 332.

As shown in Figure 12 and Figure 13, upper cup 310 and lower cup body 320 eccentric setting, that is, lower cup body 320 a lateral edges near the edge of upper cup 310, the opposite side edge of lower cup body 320, then away from lower cup body 320 edge, so, is given the design of water inlet adapter 313 and installs the space stopped, when ensureing that water inlet adapter 313 has compared with Large Diameter Pipeline, to facilitate the installation of water inlet adapter 313.

Further, described water outlet adapter 321 horizontally set also tilts to be connected with lower cup body 320 outer surface, the outer surface of lower cup body 320 is formed oval apopore, compare water outlet adapter 321 to be connected with lower cup body 320 is vertical, tilt to be connected and define oval apopore, this apopore can increase the discharge rate of water, improve drainage efficiency, simultaneously, shorten the length of outlet pipeline 322, reduce the layout area of water pump 241, heating tube and dewatering cup 300 on tank base plate 200, make whole layout compacter.

Further, described installation cup 330 is circumscribed with the cross over pipe 334 be communicated with it, cell body 100 is provided with the pressure sensor (not shown) be connected with cross over pipe 334, and described pressure sensor can according to the pressure in cross over pipe 334 water level detecting cross over pipe 334 and the water level of monitoring in cell body 100.

By arranging pressure sensor, when SEA LEVEL VARIATION in cross over pipe 334, air pressure in cross over pipe 334 changes and by pressure sensor senses, and whether system reaches preset water level by the water level that pressure sensor can be learnt in cell body 100 and prevent water level from exceeding preset value, ensure the water level reached in cell body 100 needed for normal wash, prevent dilutional hyponatremia in cell body 100 simultaneously and overflow.

In use, magnetic valve 333 controls drainpipe 332 and makes drainpipe 332 be in closed condition in the present invention.

First water enter in cell body 100 from water inlet main body 110,

Water pump 241 works, under the effect of water pump 241, water in cell body 100 to enter in dewatering cup 300 inlet and outlet pipe 322 side by side after filter assemblies 400 filters, water enters in inlet pipeline 314 through water pump 241 after being heated by heater 323, enter in cell body 100 by spout 522b in the support arm 522 being finally drained into spiral arm body 520 by water inlet adapter 313, spiral arm body 520 is made to rotate in cell body 100 in the process that water is discharged by spout 522b, thus producing larger spray, to facilitate, object is cleaned, water is constantly by discharge in cell body 100 and by arranging into cell body 100 in spiral arm body 520, thus formation circulation waterway, to continue cleaning to the object in water tank.

After cleaning terminates, opened by drainpipe 332 by magnetic valve 333, the water in cell body 100 is discharged by drainpipe 332.

Parts in whole circulation waterway are installed on tank base plate 200, and its layout is compacter, and installation volume is less, thus make the small volume of whole cleaning equipment, meanwhile, are positioned at each parts all easily dismounting on tank base plate 200, are convenient to change or maintenance.

Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.

Claims

1. the sink structure of water tank type cleaning equipment, comprising:

Cell body, its madial wall offers installing hole;

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

Heater, it connects water side and water side;

2. the sink structure of water tank type cleaning equipment according to claim 1, is characterized in that: described water inlet component comprises

3. the sink structure of water tank type cleaning equipment according to claim 2, it is characterized in that: stretching out at the uncovered outward flange of spill cavity and turn down is formed with locating slot, described water fender is located in locating slot, a point water plate is embedded with in locating slot, the middle part of point water plate inwardly protrude out be formed with lug boss and boss in the open-mouth of spill cavity, lug boss offers some tapping holes, and described water fender is installed on point water plate.

4. the sink structure of the water tank type cleaning equipment according to Claims 2 or 3, is characterized in that: the lower wall of spill cavity is for by acclivitous skew wall gradually inside the spill cavity of spill cavity lateral.

5. the sink structure of water tank type cleaning equipment according to claim 1, is characterized in that: described dewatering cup comprises

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

6. the sink structure of water tank type cleaning equipment according to claim 1, is characterized in that: described filter assemblies comprises

7. the sink structure of water tank type cleaning equipment according to claim 6, it is characterized in that: the upper end outer surface of inner filtration cover is provided with limiting plate, filter is recessed to form limited location district downwards, offer accommodation hole in the middle part of spacing zone and be formed with limiting platform between spacing hole and edge, spacing zone, described inner filtration cover is arranged in spacing hole and limiting plate is against on limiting platform.

8. the sink structure of the water tank type cleaning equipment according to claim 6 or 7, it is characterized in that: inner filtration cover outer surface is provided with multiple position-limiting cover, outside filter mantle madial wall is provided with multiple limited block, described limited block to embed in position-limiting cover and outer filter mantle and inner filtration cover is connected.

9. the sink structure of water tank type cleaning equipment according to claim 1, it is characterized in that: described tank base plate offers installing hole, be provided with in installing hole and be connected and the water conservancy diversion bucket extended below tank base plate with tank base plate, described dewatering cup is through with water conservancy diversion bucket and be connected with bottom water conservancy diversion bucket, and described dewatering cup is connected by bump joint with water conservancy diversion bucket.

10. the sink structure of water tank type cleaning equipment according to claim 1, is characterized in that: described spiral arm assembly comprises