CN105534440A

CN105534440A - Large-capacity water tank type cleaning equipment

Info

Publication number: CN105534440A
Application number: CN201610045456.9A
Authority: CN
Inventors: 郑检生
Original assignee: Ningbo Oulin Kitchen Utensils Co Ltd
Current assignee: Ningbo Oulin Technology Co ltd
Priority date: 2016-01-22
Filing date: 2016-01-22
Publication date: 2016-05-04
Anticipated expiration: 2036-01-22
Also published as: CN105534440B

Abstract

The invention discloses large-capacity water tank type cleaning equipment. The equipment comprises a tank body, a door panel, a washing pump, a heating tube and multiple rotary arm nozzles, wherein an opening is formed in the top of the tank body; the door panel can close or open the opening; a bottom wall of the tank body comprises a water tank bottom plate, a filter screen plate and a rotary arm seat; the water tank bottom plate, the filter screen plate and the rotary arm plate are spliced with one another so that the bottom wall of the tank body can be approximately flat; the washing pump and the heating tube are both arranged below the bottom wall of the tank body; the multiple rotary arm nozzles are arranged on the rotary arm seat and all communicated with washing pump fluid. According to the large-capacity water tank type cleaning equipment, the water pump, the heating tube and other components are arranged at the lower side of the bottom wall, so that the design space of the bottom wall is enlarged, and the multiple rotary arm nozzles can be arranged, so that washing speed can be raised, and washing amount can be increased.

Description

A kind of Large Copacity water tank type cleaning equipment

Technical field

The present invention relates to kitchen utensils technical field, particularly relate to a kind of Large Copacity water tank type cleaning equipment.

Background technology

In order to automatic wash dishes, fruit etc., existing usually by the independent domestic bowl-washing solution arranged.But the usual volume ratio of existing domestic bowl-washing is huger, need additionally to take kitchen or other location spaces; For solving the problem, in prior art, a kind of water tank cleaner is also proposed, it is by being adapted as cleaning machine by existing tank thus saving space, such as publication number is the Chinese patent " water tank cleaner " of CN104224074A, it is by arranging spiral arm at bottom of gullet, by spiral arm ejection current by the cleaning such as dishes, fruit; But in the prior art, bottom of gullet recessed formation draining region, is all arranged on this draining region and causes draining region to occupy bottom of gullet major part space by water pump and spiral arm nozzle simultaneously.

The width of domestic water tank generally can not arbitrarily be widened according to building standard and installation site restriction, and publication number be CN104224074A Chinese patent due to draining region need occupy larger diapire space, for this reason, it has to draining region to be arranged on diapire diagonal.But so setting then causes its installation losing scalability miscellaneous part to be simultaneously also restricted.

Summary of the invention

Technical problem to be solved by this invention is, for the above-mentioned deficiency of prior art, proposes a kind of Large Copacity water tank type cleaning equipment of compact conformation.

The technical scheme that the present invention solves the employing of its technical problem is that propose a kind of Large Copacity water tank type cleaning equipment, it comprises:

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

Door-plate, described door-plate by described closure of openings or can be opened;

Cell body diapire comprises tank base plate, screen pack and spiral arm seat; Tank base plate, screen pack and spiral arm seat splice that cell body diapire is roughly is flat mutually;

Washing pump and heating tube; Described washing pump and heating tube are all arranged at below cell body diapire;

Multiple spiral arm nozzle, is arranged on spiral arm seat and multiple spiral arm nozzle is all communicated with washing pump fluid.

Further, the multiple ultrasonic oscillators be arranged on tank base plate are also comprised.

Further, described screen pack is trapezoidal.

Further, also comprise collecting bowl, described collecting bowl to be arranged at below screen pack and to be communicated with water pump with pump water water route by water route of drawing water; Described heating tube is arranged at and draws water on water route, and described pump water water route is communicated with spiral arm fluid nozzle.

Further, described collecting bowl comprises in circular groove structure and the diameter upper cup, middle cup and the lower cup body that reduce gradually; 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, and is provided with drainpipe bottom described lower cup body; The adapter of described pump water is communicated with pump water water route, described in the interface that draws water be communicated with water route of drawing water.

Further, described screen pack is also provided with filter assemblies; Described filter assemblies comprises the coarse filter cylindrically arranged and the fine filtrator be set 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 is communicated with draining, and described fine filtrator is positioned at collecting bowl.

Further, described coarse filter comprises upper end, lower end and the fillter section for connecting top and bottom, the snap ring arranged around fillter section is installed with in the middle part of described fillter section, fine filtrator madial wall is installed with equally distributed some card articles, middle part all part outwardly convex formation fixture blocks of each card article, snap ring offer and fixture block some breach one to one.

Further, also comprise water inlet component, be arranged at cell body limbers place; Described water inlet component comprises:

Water inlet main body, is positioned at the outside of cell body, and 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.

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

Further, the lower wall of described spill cavity is by acclivitous skew wall gradually inside the spill cavity of spill cavity lateral.

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

Further, described door-plate comprises:

Panel, the side of described panel is provided with a body axle sleeve;

Fixed axis, is positioned at a body axle sleeve;

Damper assembly, be arranged at fixed axis two ends, described damper assembly comprises connecting axle, the stator be slidably installed on connecting axle, be set in brace on connecting axle and rotor, one end of connecting axle is arranged on fixed axis, and the other end of connecting axle is fixed with securing member, and described rotor is limited in a body axle sleeve, several butterfly springs are installed between stator and securing member, described stator is pushed against on brace, and described brace is pushed against on rotor, and described rotor is resisted against on connecting axle.

Further, cleaning agent or cleaning block delivery device is also provided with inside described door-plate, described cleaning agent or cleaning block delivery device comprise: Storage Box, capping and drive unit, storage chamber is offered in described Storage Box, described Storage Box is provided with connecting pin, described connecting pin is provided with torsion spring, described capping is hingedly mounted on connecting pin and torsion spring pushes against capping, described drive unit to be arranged in panel and the output shaft of drive unit is provided with rotating shaft switch, described lidstock is sealed on Storage Box, described rotating shaft switch turns controls automatically opening of capping.

Further, described drive unit comprises the pull bar on electromagnet and hinged installation electromagnet, and described output shaft runs through Storage Box and is connected on pull bar, and described electromagnet stretches out or retracts and drives pull bar to rotate.

Hinge structure of the present invention has following beneficial effect:

1, water pump, heating tube etc. being arranged on the downside of diapire makes diapire design space become large, can arrange multiple spiral arm nozzle, accelerate washing speed and washing amount;

2, collecting bowl be arranged so that the water circulation system of water tank type cleaning equipment is simple and reliable;

3, filtration system is arranged in collecting bowl, on the one hand can the spot fallen of filtration washing very well, is comparatively clean water when another aspect also makes the water circulation of water tank type cleaning equipment use;

4, door-plate arranges damper assembly, when door-plate is opened and closed, all there is certain damping force, improve use sense and be subject to;

5, cleaning agent (block) adding set is arranged on door-plate sidewall, saves space and easy to use.

Accompanying drawing explanation

Fig. 1 is the perspective view of Large Copacity water tank type cleaning equipment of the present invention;

Fig. 2 is the structural representation of Large Copacity water tank type cleaning equipment diapire of the present invention;

Fig. 3 is the structural representation after Large Copacity water tank type cleaning equipment diapire of the present invention hides screen pack and spiral arm seat;

Fig. 4 is the structural representation at another visual angle of Large Copacity water tank type cleaning equipment diapire of the present invention;

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;

Figure 10 is structural representation when water fender coordinates with point water plate in water inlet component;

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 the structural representation of door-plate;

Figure 15 is a structural representation for longitudinal cross-section, body axle sleeve place;

Figure 16 is the exploded perspective view of damper assembly;

Figure 17 is panel cross-sectional schematic;

Figure 18 is the structure for amplifying schematic diagram of brace;

Figure 19 is the structural representation of cleaning agent (block) delivery device;

Figure 20 is the structural representation of storage box;

Figure 21 is the structural representation of rotating shaft switch.

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.

Please refer to Fig. 1-Fig. 4, Large Copacity water tank type cleaning equipment of the present invention, it comprises cell body 10, door-plate 100.Cell body 10 comprises 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 water tank type cleaning equipment.

Diapire 12 comprises tank base plate 20, screen pack 30 and is provided with the spiral arm seat 40 of multiple spiral arm nozzle 41 (only illustrating in figure), and it is flat that the mutual splicing of tank base plate 20, screen pack 30 and spiral arm seat 40 makes cell body diapire 12 be roughly.Concrete, namely make 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 Large Copacity water tank type cleaning equipment of the present invention, such as water pump, heating tube etc. are arranged on below diapire 12.After so arranging, the diapire 12 of Large Copacity water tank type cleaning equipment is only filtered web plate 30 and spiral arm seat 40 occupies segment space, and its remaining space is larger.So, the profile design space of screen pack 30 and spiral arm seat 40 is comparatively large, screen pack 30 can be designed to the various shape not only having taken less space but also had better filter effect, also can arrange multiple spiral arm nozzle on spiral arm seat 40 simultaneously.Such as, in the application, screen pack 30 is namely in trapezoidal.And other parts that must be arranged on diapire 12 can be arranged on the best position of effect.Such as, ultrasonic oscillator 60 in the application, namely it can be arranged on diapire 12 4 corners, makes Ultrasonic Cleaning better effects if.

The water circulation system of the present embodiment Large Copacity water tank type cleaning equipment is described in detail in detail below.

Please refer to Fig. 3-Fig. 5, for ease of observing, in figure, other positions of water tank type cleaning equipment being concealed, usually the screen pack 30 on the diapire 12 of water tank type cleaning equipment and spiral arm seat 40 being concealed.In figure, on the downside of screen pack 30 and spiral arm seat 40 installation region, be provided with collecting bowl 200; Be 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 communicated with by two-way water route fluid 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 to be extracted out by water route of drawing water and is gone out to be delivered to be arranged on the spiral arm nozzle 41 on spiral arm seat 40 by pump water water route by water pump by water pump 300.Spiral arm nozzle 41 utilizes this power of pumping to rotate and washs thing to be cleaned.

Heating tube 400 is arranged on and draws water on road, the water extracted out from collecting bowl 200 in order to heating.

Four ultrasonic oscillators 60 points are located at tank base plate 20 4 corners.

Please refer to Fig. 5, there is shown the concrete structure of collecting bowl 200.Collecting bowl 200 comprises 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 reduces gradually.

Upper cup 210 end flange and weather board 50 are tightly connected.Upper cup 210 lower surface is provided with pump water adapter 211, and this pump water adapter 211 is communicated with water pump pump water water route, and this pump water adapter 211 is also communicated 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 is communicated with pumping for water pump water route.

Be provided with drainpipe 231 bottom lower cup body 230, drainpipe 231 be provided with magnetic valve 232.Magnetic valve 232 can open or close drainpipe 231 as required.

Lower cup body 230 is also circumscribed with the cross over pipe 233 be communicated with it, be provided with the baroceptor (not shown) be connected with cross over pipe 233 in tank upper end, cross over pipe 233 is connected by tubule with baroceptor.Because cross over pipe 233 is arranged on lower cup body 230, also be whole water tank type cleaning equipment orientation more on the lower, when SEA LEVEL VARIATION in water tank type cleaning equipment, water level in the tubule that cross over pipe 233 is connected with baroceptor also respective change thus the air pressure in tubule is changed, detects this air pressure change to judge the water level in water tank type cleaning equipment.

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

The filtration system of the present embodiment Large Copacity water tank type cleaning equipment is described in detail in detail below.

Please refer to Fig. 6-Fig. 8, the filtration system of the present embodiment water tank type cleaning equipment is made up of screen pack 30 and the filter assemblies 500 be arranged in screen pack 30; Filter assemblies 500 is contained in collecting bowl 200.

Filter assemblies 500 comprises 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, and fine filtrator 520 to be arranged in lower cup body 230 and to be set in coarse filter 510 circumferential lateral surface.

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

The snap ring 5122 arranged around fillter section 512 is installed with in the middle part of fillter section 512, fine filtrator 520 madial wall is installed with multiple card article 521, middle part all part outwardly convex formation fixture blocks 5211 of each card article 521, snap ring 5122 offer and fixture block 5211 multiple breach 51221 one to one.Fine filtrator 520 is firmly connected with coarse filter 510 with the mating reaction of breach 51221 by fixture block 5211.

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

During cleaning, the water in water tank type cleaning equipment after screen pack 30 and coarse filter 510 filter again through fine filtrator 520 filter extracted by water pump again after to be ejected in water tank type cleaning equipment by spiral arm nozzle and to wash.

During draining, the water in water tank type cleaning equipment is directly discharged by drainpipe after screen pack 30 and coarse filter 510.

The water inlet component of the present embodiment Large Copacity water tank type cleaning equipment is described in detail in detail below.

Please refer to Fig. 9-Figure 13, water inlet component is arranged on cell body sidewall limbers place, comprises into 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 spill cavity 711 and spill cavity 711 uncovered just to cell body limbers, and the lower wall of spill cavity 711 offers spout hole 712; Water inlet pipe 720 stretches to the top that in the spill cavity 711 and water side of water inlet pipe 720 is positioned at spout hole 712; Overflow pipe 730 to be located at below water main body 710 and to be connected with spout hole 712; Water fender 740 is positioned at the inner side of cell body sidewall, is located at the open-mouth of spill cavity 711 and water fender about 740 both sides are all formed with delivery port 750 with the uncovered of spill cavity 711.

Spout hole 712 is directly opened in the lower wall of spill cavity 711, and spill cavity 711 is uncovered just to cell body limbers, thus the water flowed in spill 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 this structural design makes that in cell body, overflow phenomena appears in water, extra water is owing to being discharged in time by overflow pipe 730, avoid sewage backflow to water inlet pipe 720 place 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 be installed in cell body can upwards be sprayed water, by water fender 740 can by water resistance gear outside, make it can not be splashed into in spill cavity 711.

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

Stretch out at the uncovered outward flange of spill cavity 711 and turn down and be formed with locating slot 713, described water fender 740 is located in locating slot 713.The external diameter of spill cavity 711 open-mouth can be increased by locating slot 713, thus be convenient to water fender 740 is installed, also ensure that installing the speed that can not to affect after water fender 740 and to be back to when water overflows in cell body 10 in spill cavity 711 simultaneously.

A point water plate 760 is embedded with in locating slot 713, the middle part of point water plate 760 inwardly protrudes out and is formed with lug boss 761 and lug boss 761 is positioned at the open-mouth of spill cavity 711, lug boss 761 offers multiple tapping hole 762, and 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 lug boss 761, with the delivery port 750 of the uncovered formation of spill cavity 711 on the downside of the corresponding water fender of two tapping holes 762 740 below being wherein positioned at, the effect of this two tapping hole 762 is mainly when the water in cell body 10 exceedes set amount (when there is the phenomenon of overflow), unnecessary water can flow in spill cavity 711 from this delivery port 750, thus flow into overflow pipe 730 from spout hole 712, 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 762 740 being positioned at top with the delivery port 750 of the uncovered formation of spill cavity 711, the water outlet of water inlet pipe 720 is rectified a wherein tapping hole 762, thus ensures that the water that flows out from water inlet pipe 720 finally flows in cell body 10 by tapping hole 762.

The width of tapping hole 762 is greater than the width of water fender 740 and uncovered the formed delivery port 750 of spill cavity 711 simultaneously, this water that water inlet pipe 720 place is flowed out is by the stop of water fender 740, can not only uncovered formed delivery port 750 flows out with spill cavity 711 on the upside of water fender 740, also can uncovered formed delivery port 750 flows out with spill cavity 711 on the downside of water fender 740, thus can by when in cell body 10, water spilling is back to spill cavity 711, the dirt remaining in delivery port 750 place again can be washed away by the water at water inlet pipe 720 place and be back in cell body 10, ensure the clean and unimpeded of delivery port 750 place, simultaneously the coordinating of tapping hole 762 and water fender 740, can some foreign material of elimination, such as dish leaf etc., foreign material can be effectively avoided to run in spill cavity 711 and block spout hole 712.

Lug boss 761 offers two symmetrically arranged locating holes 763, is provided with symmetrically arranged locating piece 741 in lug boss 761 both sides, at the equal fixture block in the both sides of water fender 740 and fixture block be snapped in corresponding locating hole 763.Locating piece 741 is specially a point left and right sides for water plate 760 and extends internally and formed, be snapped on point water plate 760 by locating piece 741 through in locating hole 763, ensure that stability when point water plate 760 is connected with water fender 740, and when needs dismounting water fender 740, only needing use water to extrude locating piece 741 makes it depart from locating hole 763, 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 locating hole 763, is buckled on the outer face of lug boss 761, thus makes water fender 740 be snapped on point water plate 760 by snap fit 742, easy for installation.

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

Water inlet pipe 720 is inverted " L " type and is made up of vertical pipeline portion 721 and horizontal pipe portion 722, vertical pipeline portion 721 to be located at below water main body 710 and to be located in spill cavity 711, and the water side of water inlet pipe 720 is located in horizontal pipe portion 722 and horizontal pipe portion 722 and is connected with spill cavity 711 upper side wall and extends spill cavity 711.The vertical pipeline portion 721 of water inlet pipe 720 is located at below water main body 710, thus vertical pipeline portion 721 and overflow pipe 730 are be arranged in parallel, simple and compact for structure, and horizontal pipe portion 722 and spill cavity 711 upper side wall are connected and extend spill cavity 711, water inlet pipe 720 is directly disposed in cell body 10 when water outlet, and can not enters in spill cavity 711 and to emit from spout hole 712.

Water inlet pipe 720 intake or cell body 10 inside when cleaning dishes and chopsticks or fruit-vegetable food, the water splashed out can enter in spill cavity 711, if water can not be discharged in time, remaining in water electrode in spill cavity 711 easily can smelly and breed bacteria, in order to ensure the clean hygiene of cell body 10 inside, need to ensure to there will not be seeping phenomenon in spill cavity 711, therefore the lower wall of spill cavity 711 is designed to by acclivitous skew wall gradually inside spill cavity 711 lateral spill cavity 711, this vibrational power flow make water inlet pipe 720 intake or cell body 10 inside at cleaning dishes and chopsticks or fruit-vegetable food time, the water splashed out can be back in cell body 10 along skew wall, and can not be stranded in spill cavity 711, ensure that in spill cavity 711 and the clean hygiene of cell body 10 inside.

Water inlet main body 710 is provided with the gas-permeable channels 714 communicated with spill cavity 711, absorbent member 770 is installed in gas-permeable channels 714.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 710, and steam is when flowing in the spill cavity 711 of water main body 710, can in time by extremely extraneous for the moisture discharge be stranded in spill cavity 711 by gas-permeable channels 714, ensure to keep certain pressure in cell body 1, simultaneously can by the moisture absorption contained by steam by absorbent member 770, thus what ensure to discharge in gas-permeable channels 714 is only hot-air, thus make to keep dry in kitchen.

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

Seal 780 is sealed and installed with 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 the outer wall of water plate 760 lug boss 761 and locating slot 713 cell wall and there is gap, seal 780 is specifically installed on point between the outer wall of water plate 760 lug boss 761 and locating slot 713 cell wall, thus when making in the water overflow of cell body 10 to spill cavity 711, water can not infiltrate into the external world between the outer wall of point water plate 760 lug boss 761 and locating slot 713 cell wall, thus ensures that the drying of this cleaning equipment inside is clean and tidy.

At water inlet pipe 720, place is provided with Hall element, and Hall element is installed on the vertical pipeline portion 721 of water inlet pipe 720 specifically, whether can monitor water inlet pipe in water inlet, thus be convenient to the monitoring of control system by Hall element.

The door panel structure of the present embodiment Large Copacity water tank type cleaning equipment is described in detail in detail below.

In the present embodiment, door-plate 100 is rotating is arranged on cell body 10 top, for cell body 10 is closed or opened.When operating, sound insulation, the heat insulation and effect that prevents that washings from blowing out etc. is needed door-plate 100 to close to play.

Please refer to Figure 14-Figure 18, door-plate 100 comprises panel 110, is arranged on the door body axle sleeve 120 of panel 110 side, is plugged in the fixed axis 130 in a body axle sleeve 120, is arranged on the damper assembly 140 at fixed axis 130 two ends.Fixed axis 130 is fixedly connected with cell body 10.

Damper assembly 140 comprises connecting axle 141, the stator 144 be slidably installed on connecting axle 141, be set in brace 143 on connecting axle 141 and rotor 142.Connecting axle 141 one end is arranged on fixed axis 130, and the other end is fixed with securing member 146; Rotor 142 is limited in a body axle sleeve 120, several butterfly springs 145 are installed between stator 144 and securing member 146, butterfly spring 145 promotes stator 144 and is pushed against on brace 143, and then makes brace 143 be pushed against on rotor 142, and rotor 142 is resisted against on connecting axle 41.

When opening or closing door-plate 100, door body axle sleeve 120 drives rotor 142 to rotate, and rotor 142 drives brace 143 to rotate, and is mutually extruded and produces frictional force, form a resistance between brace 143 and stator 144 by butterfly spring 145; Make door-plate 100 all have damping in opening and closing process by the transmittance process of above-mentioned rotatory force, prevent the too fast closedown of door-plate 100 or open.

Connecting axle 141, in step shaft-like, comprises connecting portion 1411 and guide part 1412.The diameter of connecting portion 1411 is greater than the diameter of guide part 1412, and guide part 1412 offers the confined planes 1413 being parallel to connecting axle 141 axis, and as preferably, confined planes 1413 is provided with two and is parallel to each other.Stator 144 offers the spigot surface corresponding with confined planes 1413, and stator 144 is slidably installed on connecting axle 141.

Through hole offered by rotor 142 and brace 143, therefore, stator 144 slides along guide part 1412, rotor 142 and brace 143 rotate along guide part 1412, further between rotor 142 and brace 143, be provided with pad 147, pad 147 both can increase damping force the spacing that can regulate between brace 143 and rotor 142.

By arranging the connecting axle 141 of step shaft-like, add the intensity of connecting axle 141, arrange confined planes 1413 in the both sides of guide part 1412, controlling stator 144 can only move along the axis direction of connecting axle 141, prevent deflection effect good, for damper assembly 4 provides stable resistance.

Rotor 142 offers skewed slot 1421, skewed slot 1421 tilts with the axis direction of rotor 142, and brace 143 protrudes and is provided with projection 1431, projection 1431 is fastened in skewed slot 1421.Brace 143 is fastened on the skewed slot 1421 of rotor 142 by projection 1431, brace 143 and rotor 142 rotate simultaneously, the force transmission that rotor 142 is subject to is to rotor 142 and then be passed to a body axle sleeve 120, the torsional forces of rotation is passed on panel 110, only have the damping force of friction between brace 143 and stator 144, damping is good.

Brace 143 outwardly there is bulge loop 1432, bulge loop 1432 is cylindrical is set in distance connecting axle 141 increasing guiding, bulge loop 1432 and projection 1431 are arranged on the both sides of brace 143, bulge loop 1432 offers locating slot 1433 vertically, stator 144 is provided with boss 1441, boss 1441 is cylindrical is set in distance connecting axle 141 increasing guiding, boss 1441 arranges recessed groove 1442, when connecting axle 141 rotates, boss 1441 is fastened in locating slot 1433 or is resisted against on bulge loop 1432, the sidewall of locating slot 1433 is arranged to slope 1434, slope 1434 is arranged to circular arc with the intersection of locating slot 1433 and bulge loop 1432.

When boss 1441 is fastened in locating slot 1433, brace 143 rotates the slope 1434 driving bulge loop 1432 to extrude locating slot 1433, stator 144 compresses butterfly spring 145 along the axis direction slip of connecting axle 141, until the end of boss 1441 is resisted against the end of bulge loop 1432, damping force reaches maximum.Recessed groove 1442 is provided with two and is symmetrically distributed on boss 1441, further increases the damping force in brace 143 rotation process, makes the opening and closing of panel 110 more steady.

Draw-in groove 135 is all offered at the two ends of fixed axis 130, namely " U " font is arranged in the end of fixed axis 130, offers joint face 1414 in one end of connecting axle 141, and the connecting portion 1411 namely on connecting axle 141 is arranged to chamfered edge shaft-like, as preferably, joint face 1414 is provided with two and is symmetrical arranged.Connecting axle 141 to insert in draw-in groove 135 and makes joint face 1414 be parallel to the inwall of draw-in groove 135, and fixed axis 130 is fixedly connected with connecting axle 141.

Fixed axis 130 offers screwed hole 137, connecting axle 141 offers transfer hole 1415, securing member 146 runs through transfer hole 1415 and is fixedly connected on screwed hole 137 by connecting axle 141.Mated with the mutual of draw-in groove 135 by joint face 1414, connecting axle 141 installs damper assembly 140, connecting axle 141 is being mounted to fixed axis 130, overall is easy for installation.

The door face board 112 that panel 110 comprises framework 111, is arranged on the control panel 116 in framework 111 and is arranged on framework 111, door face board 112 covers and to be arranged on framework 111 and control panel 116 protrudes door face board 112 surface, fills the deadening felt 114 being provided with asbestos pad 113 and being distributed in asbestos pad 113 both sides between framework 111 and door face board 112.Asbestos pad 113 and deadening felt 114 are set in panel 110, soundproof rubber pad 115 is installed between framework 111 and deadening felt 114, the effective sound-insulating and heat-insulating of energy, reduce to be sent to outside sound in equipment running process.

Door-plate 110 inwall is also provided with cleaning agent (block) delivery device 600.When panel 110 is fastened on cell body 10, cleaning agent (block) delivery device 600 is positioned at cell body.

Please refer to Figure 19-Figure 21, cleaning agent delivery device 600 comprises Storage Box 610, capping 620 and drive unit 630.Storage chamber 611 is offered in Storage Box 610, Storage Box 610 is provided with connecting pin 616, connecting pin 616 is provided with torsion spring 617, capping 620 is hingedly mounted on connecting pin 616 and torsion spring 617 pushes against capping 620, drive unit 630 to be arranged in panel 110 and the output shaft 631 of drive unit 630 is provided with rotating shaft switch 640, and rotating shaft switch 632 rotates and controls automatically opening of capping 620.

Be placed with the basket that washes the dishes of dress bowls and chopsticks in tank 10, dodge breach washing the dishes basket offers, dodge the position that breach and capping 620 open and match, when capping 620 is opened, can not the basket that washes the dishes be struck.

In the water tank type cleaning equipment that top is opened, Storage Box 610 is arranged on panel 110, is conducive to installation and the placement of cleaning agent or cleaning block, does not need to increase facility on the sidewall of tank, reduce the volume of cleaning equipment, greatly improve the utilization rate in space.

Storage chamber 611 is obliquely installed near the inner surface of door body axle sleeve 120 side and forms liquid storage face 612.In storage chamber 611, arrange the liquid storage face 612 of inclination, when panel 1 is upwards opened, liquid storage face 612 upward, when cleaning agent is added storage chamber 611, the stop that cleaning agent is subject to liquid storage face 612 is stayed in storage chamber 611, not only facilitates liquid feeding but also can control liquid volume added, simultaneously processing and easy for installation, structure is ingenious.

Drive unit 630 comprises the pull bar 634 on electromagnet 633 and hinged installation electromagnet 633, and output shaft 631 runs through Storage Box 610 and is connected on pull bar 634.Electromagnet 633 stretches out or retracts and drives pull bar 634 to rotate, and pull bar 634 is provided with locating piece, Storage Box 610 is provided with spring 613, spring 613 is strained on locating piece, and spring 613 and electromagnet 633 points are located at the both sides of output shaft 631.

The convex axle 6341 of circular arc is provided with in the end of pull bar 634, U-shaped groove 6342 is offered perpendicular to convex axle 6341, electromagnet 633 to be arranged in U-shaped groove 6342 and to be pushed against on convex axle 6341, when electromagnet 633 stretches out or retracts, pull bar 634 rotates around output shaft 631, simultaneously, electromagnet 633 is around recessed axle surface pivots, keep electromagnet 633 under rectilinear motion state, drive pull bar 634 to rotate, at the other end linking springs 613 of pull bar 634, spring 613 can rotate by power-assisted output shaft 631.

The clamping part 641 that rotating shaft switch 640 comprises lock body portion 641 and is vertically set in lock body portion 641, the side in clamping part 642 and lock body portion 641 is provided with draws slope 643, draw slope 643 towards capping 620 side, capping 620 is provided with back-off portion 621, back-off portion 621 button rides on clamping part 642.

When rotating shaft switch 632 rotates, clamping part 642 is thrown off back-off portion 621 and capping 620 is opened.

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. a Large Copacity water tank type cleaning equipment, is characterized in that: comprising:

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

Water pump and heating tube; Described water pump and heating tube are all arranged at below cell body diapire;

Multiple spiral arm nozzle, to be arranged on spiral arm seat and to be communicated with water pump fluid.

2. Large Copacity water tank type cleaning equipment according to claim 1, is characterized in that: also comprise the multiple ultrasonic oscillators be arranged on tank base plate.

3. Large Copacity water tank type cleaning equipment according to claim 1 and 2, is characterized in that: described screen pack is trapezoidal.

4. Large Copacity water tank type cleaning equipment according to claim 1, is characterized in that: also comprise collecting bowl, and described collecting bowl to be arranged at below screen pack and to be communicated with water pump with pump water water route by water route of drawing water; Described heating tube is arranged at and draws water on water route, and described pump water water route is communicated with spiral arm fluid nozzle.

5. Large Copacity water tank type cleaning equipment according to claim 4, is characterized in that: described collecting bowl comprises in circular groove structure and the diameter upper cup, middle cup and the lower cup body that reduce gradually; 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, and is provided with drainpipe bottom described lower cup body; The adapter of described pump water is communicated with pump water water route, described in the interface that draws water be communicated with water route of drawing water.

6. Large Copacity water tank type cleaning equipment according to claim 4, is characterized in that: described screen pack is also provided with filter assemblies; Described filter assemblies comprises the coarse filter cylindrically arranged and the fine filtrator be set 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 is communicated with draining, and described fine filtrator is positioned at collecting bowl.

7. Large Copacity water tank type cleaning equipment according to claim 1, is characterized in that: also comprise water inlet component, is arranged at cell body limbers place; Described water inlet component comprises:

8. Large Copacity water tank type cleaning equipment according to claim 7, it is characterized in that: water inlet pipe is inverted " L " type and is made up of vertical pipeline portion and horizontal pipe portion, vertical pipeline portion to be located at below water main body and to be located in spill cavity, and the water side of water inlet pipe is located in horizontal pipe portion and horizontal pipe portion and spill cavity upper side wall is connected and extends spill cavity.

9. Large Copacity water tank type cleaning equipment according to claim 1, is characterized in that: described door-plate comprises:

Panel, the side of described panel is provided with a body axle sleeve;

Fixed axis, is positioned at a body axle sleeve;

10. Large Copacity water tank type cleaning equipment according to claim 9, it is characterized in that: inside described door-plate, be also provided with cleaning agent or cleaning block delivery device, described cleaning agent or cleaning block delivery device comprise: Storage Box, capping and drive unit, storage chamber is offered in described Storage Box, described Storage Box is provided with connecting pin, described connecting pin is provided with torsion spring, described capping is hingedly mounted on connecting pin and torsion spring pushes against capping, described drive unit to be arranged in panel and the output shaft of drive unit is provided with rotating shaft switch, described lidstock is sealed on Storage Box, described rotating shaft switch turns controls automatically opening of capping.