CN106565039A - Water treatment system, sterilization method for water treatment system, and sterilization cup - Google Patents

Abstract

The invention discloses a water treatment system, a sterilization method for the water treatment system, and a sterilization cup. The objectives of the invention are as follows: under the condition that water in storage tanks is not discharged, the water storage tanks and a water taking stopper can be sterilized, and the interiors of a plurality of storage tanks can be uniformly sterilized. In order to achieve the above objectives, the water treatment system provided by the invention comprises a first storage tank and a second storage tank which store water filtered by a filtering part in different temperature, a circulation channel which is used for connecting the first storage tank and the second storage tank for water circulation, a sterilization module which is formed on the circulation channel and generates sterilization water, and a control part which enables the sterilization water generated in the sterilization module to circulate or be provided for the water taking stopper through the circulation channel by controlling.

Description

Water treatment system, the method for disinfection of water treatment system and sterilization cup

Technical field

The present invention relates to the method for disinfection and sterilization cup of a kind of water treatment system, water treatment system, especially Be related to a kind of water treatment system that utilization sterilized water sterilized to the inside of water tank and pipe arrangement and water intaking bolt, The method for disinfection and sterilization cup of water treatment system.

Background technology

Existing water purifier includes：Raw water valve, for controlling the offer of tap water or natural water；Pre-treatment Precipitation filter element, the impurity being filtered through in the raw water of the raw water valve；Pre-Treatment of Activated carbon portion (Free Carbon filter), for removing the chlorine component in raw water or abnormal smells from the patient；Post processing activated carbon portion (Post carbon Fiflter), the chlorine element composition for including in the water purification for removal by the Pre-Treatment of Activated charcoal portion or gas Taste；Hollow armilla filtering core, the antibacterial included in removing water purification by the post processing activated carbon portion and its His granule；Water tank, for water purification of the storage by the hollow armilla filtering core.

Generally, in clean water treatment factory throw in chloride sterilization and disappear to suppress the breeding of microorganism in water Toxic agent, has thrown in the tap water of the disinfection sanitizer by during water purifier, Pre-Treatment of Activated The chlorine-containing component is removed in charcoal portion and post processing activated carbon portion and is stored in water tank.

The chlorine-containing component be used for the breeding for suppressing microorganism in the water purification of water tank has been stored in by as above method Fallen by filter element filtering, if so user is not immediately using the water purification for being stored in the water tank, Jing After crossing long-time, antibacterial can be bred inside water tank, in this regard, being proposed to sterilize to the water tank Various methods.

For example, a kind of following technology is disclosed in Korean granted patent 10-621937：It is equipped with one kind to exist By being electrolysed the electrolytic sterilizing for producing the sterilization and oxidizing mixtures matter of water purification between filter element and clear water tank Unit, so as to sterilize to the inside of clear water tank.

But, the disinfection system disclosed in above-mentioned prior art is structured to discharge water tank internal reservoir The water intaking bolt of water is exposed on the external, so sterilization processing is cumbersome so as to cause may be by foreign substance pollution or antibacterial The problem of breeding.

Also, arranged simultaneously with the order of electrolytic sterilizing unit, clear water tanks, cold water storage cistern/boiler to utilize Bolt of fetching water is sterilized using the sterilized water generated in electrolytic sterilizing unit, needed clear water tanks, cold Water in water tank and boiler is all discharged, then via clear water tanks, cold water storage cistern and boiler inside and The sterilized water generated by electrolytic sterilizing unit is discharged to into water intaking bolt, and using washings rinsing clear water tanks, After the sterilized water of the inside remaining of cold water storage cistern and boiler, the water purification for filtering is filled in described in filter house Water tank, so causing the waste of serious water and increasing the time required for sterilization.

The content of the invention

In order to solve the above problems, it is an object of the invention to provide a kind of feelings of the water for not discharging storage bin Storage bin and water intaking bolt can be sterilized under condition, and the inside of multiple storage bins can be carried out The method for disinfection of the water treatment system and water treatment system of even sterilization.

Another object of the present invention is to, there is provided a kind of sterilized water that can be generated in utilizing water treatment facilities And to the water treatment system and sterilization cup of sterilization processing are carried out inside and out bolt of fetching water.

To achieve these goals, water treatment system of the invention includes：First storage bin and the second storage Case, stores the water filtered by filter house with different temperatures respectively；Circulation canal, in order that first storage Deposit the water circulation of case and the second storage bin and connect；Sterilization module, is formed on the circulation canal, and And generate sterilized water；Control unit, by being controlled such that the sterilized water generated in the sterilization module leads to Cross the circulation canal to be circulated or be supplied to the water intaking bolt.

Water treatment system with the circulation canal upper bifurcation and be connected to it is described water intaking bolt water intaking bolt road Line, and the sterilized water can be supplied to the water intaking bolt by bolt route of fetching water.

The circulation canal can include：First adapter path, the top for connecting first storage bin are empty Between and the second storage bin bottom；Second adapter path, in order to mix the bottom sky of first storage bin Between water and second storage bin water and connect；Circulation route, in order that from second storage bin The water of discharge flows into the upper space of first storage bin and connects；Circulating pump, is arranged at the circulation On passage and for making from the first storage bin and the second storage bin the water discharged enter by the circulation canal Row circulation.

Can have for changing the sterilized water on bifurcation of the water intaking bolt route with circulation route The third channel switching valve of flow direction.

The water intaking bolt is by the first water intaking bolt for being used for the water for discharging first storage bin and for discharging Second water intaking bolt of the water of second storage bin is constituted, and the water intaking bolt route is by being connected to described first First water intaking bolt route of water intaking bolt is constituted with the second water intaking bolt route for being connected to the second water intaking bolt.

First storage bin and the second storage bin are distinguished below and above, and the water intaking bolt road The height of the upper end of line and circulation canal is lower than the height of the full-water level of first storage bin, so that killing Bacterium water is discharged to the water intaking bolt through the circulation canal and water intaking bolt route because of head difference.

For the drainage line that is discharged to the outside the water of first storage bin and the second storage bin described Circulation canal upper bifurcation, and can be flowed by the circulation canal with conversion is used on bifurcation Water flow direction second channel switching valve.

When detecting positioned at the sterilization cup of the bottom of the water intaking bolt, sterilized water can be by the water intaking Bolt is discharged.

The method for disinfection of the water treatment system of the present invention, comprises the following steps：A), filter in filter house Water is stored in inside the first storage bin and the second storage bin with different temperature；B), in sterilization module Sterilized water is generated, the sterilization module is provided on circulation canal, the circulation canal is in order that described the Water circulation in one storage bin and the second storage bin and set up connection；C) sterilized water is discharged from water intaking bolt； D), washings are fed to into the water intaking bolt and are rinsed.

In the c) step, the sterilized water can be by the water intaking bolt in the circulation canal upper bifurcation Route is discharged to the water intaking bolt.

The circulation canal includes：First adapter path, connect first storage bin upper space and The bottom of the second storage bin；Second adapter path, connects the lower space and second of first storage bin The top of storage bin；Circulation route, in order that the water discharged from second storage bin is flowed into described the The upper space of one storage bin and form connection.And in first adapter path and the second adapter path It is upper to form the first adapter path stop valve and first passage switching valve respectively.And under sterilization mode, institute State the first adapter path stop valve and first passage switching valve alternately and repeatedly opens (On)/cut out (Off).

Full water is detected by the level sensor being provided in first storage bin in a) step In the case of position, described b) later step is carried out.

The level sensor that first storage bin is provided in a) step does not have in setting In detect full-water level in the case of, stop b) the later step of step, and give user output police Accuse.

C) the step is that the sterilization positioned at the bottom of the water intaking bolt is detected in sterilization cup test section Perform in the case of cup.

The sterilized water generated in the b) step is stored in first storage bin and the second storage bin, While c) the sterilized water described in step is discharged by the water intaking bolt, first storage bin and the Sterilized water in two storage bins is discharged to the outside by drainage line, the water intaking bolt drift in the d) step It is rinsing by means of first storage bin and the second storage bin are filtered and be stored in the filter house to wash Water and realize, after the d) step, by the drainage line by first storage bin and The washings of two storage bins are discharged to the outside, and are then flowed into the water for obtaining filtering in the filter house In first storage bin and the second storage bin.

Another kind of water treatment system of the present invention, including：Water treatment facilities, has：Sterilization module, it is raw Into sterilized water；Reservoir, the water filtered in storing filter house；Water intaking bolt, for the reservoir Water is discharged to user；Control unit, performing control to makes the sterilized water discharge by the water intaking bolt；Kill Bacterium cup, for housing the sterilized water discharged by the water intaking bolt, wherein, killed according to the water intaking bolt of user Bacterium request signal, discharges sterilized water by the water intaking bolt.

The water intaking bolt sterilization request signal presses the operating surface being equipped with the water treating module by user The button of plate and produce.

Equipped with for detecting the sterilization cup test section of the sterilization cup on the water treatment facilities, and The water intaking bolt sterilization request signal is produced in the case where the sterilization cup test section detects the sterilization cup It is raw.

Magnet is formed with the sterilization cup, and the sterilization cup test section is sensed by the magnet The close magnetic field for causing change sensor constitute.

The sterilization cup includes：First resettlement section, has：Accepting groove, can house by the water intaking The sterilized water that bolt is discharged；Peristome, is formed at the side of the accepting groove, and can make the collecting The sterilized water of groove overflows；Second resettlement section, is formed at the bottom of first resettlement section, logical for housing Cross the sterilized water that the peristome overflows.

The water treatment facilities can have the luminescence unit for carrying out state for display water intaking bolt sterilization.

Press with the cup installed for water outlet by user in the bottom of the water intaking bolt of the water treatment facilities The water key of pressure, in the case where the sterilization cup is installed in the water treatment facilities, the sterilization The main part of cup separates from the water key.

A kind of sterilization cup of the present invention, including：First resettlement section, is arranged by bolt of fetching water with housing The accepting groove of the sterilized water for going out, the water intaking bolt are arranged for the water the reservoir being equipped with water treatment facilities Go out to user；Second resettlement section, is formed at the bottom of first resettlement section, and houses from the receipts The sterilized water that tank overflows.

First resettlement section includes：Peristome, is formed at the side of the accepting groove, and can Overflow the sterilized water of the accepting groove.

Plate mat is formed with the bottom of second resettlement section, and in the magnetic being internally formed of the plate mat Body inserts magnet in insertion section.

According to the present invention, arrange on the circulation route connected between the first storage bin and the second storage bin and kill Bacterium module, so as under sterilization mode, can be in the feelings of the water do not discharged inside first, second storage bin Sterilized water is generated under condition, it is possible to prevent the waste of water and shorten the time required for sterilization.

Also, sterilized water is generated by the first storage bin of circulation and the water inside the second storage bin, so First storage bin and the second storage bin can uniformly be sterilized.

Also, by fetching water, bolt discharges the sterilized water generated in sterilization module, such that it is able to fetching water in bolt Portion carries out sterilization processing, and makes sterilization cup house the sterilized water discharged by bolt of fetching water, so that water intaking In the sterilized water that bolt is housed in being immersed in sterilization cup, such that it is able to carry out sterilization processing to the outside of bolt of fetching water, So may provide the user with the water of cleaning and improve the reliability of product.

Also, the sterilization and rinsing of water intaking bolt are carried out using the water of the internal reservoir of storage bin, so not only The waste of water can be reduced, and the time required for water intaking bolt sterilization can be shortened.

Also, in the case of detecting the full-water level of storage bin, start sterilization mode, so as to pass through to be full of To storage bin full-water level sterilized water to storage bin sterilization processing to full-water level.

Also, (On)/close (Off) is alternately opened under sterilization mode and connects first storage bin and the The the first adapter path stop valve formed in the first adapter path and the second adapter path between two storage bins With first passage switching valve, so as to mix the first storage bin and the second storage bin water and reduction be flowed into The temperature of the water of circulation route and circulating pump, it is not required that with heat-resist material, so as to reduce The price of product and provide the sterilized water of uniform concentration can to the first storage bin and the second storage bin.

Also, the height of the upper end of circulation canal and water intaking bolt route is higher than the full-water level of the first storage bin Degree is low, so in the case where circulating pump is not started, utilized head difference provides water intaking bolt road sterilized water Line and water intaking bolt, so slowing down the flow velocity of the water for being supplied to sterilization module, are supplied to water intaking bolt so as to improve Sterilized water in Fungicidal substance concentration, and reduce noise.

Also, circulating pump is set between the second storage bin and drainage line, such that it is able to make in draining With circulating pump, so not needing other draining pumps and can draining rapidly.

Also, user can select fetch water bolt sterilization and recycling sterilizing, so as to carry out independent sterilization, institute So that the Discussing Convenience of user can be improved, and reduce the time waited using user during product.

Also, the luminescence unit of the inside for being formed at water intaking stopper is lighted in the sterilization process of water intaking bolt, So as to cause the attention of user, and improve safety in utilization and ease of use.

Also, do not start circulating pump in the sterilization of bolt of fetching water, kill such that it is able to reduce noise and raising The concentration of fungus matter, so as to improve the bactericidal effect of water intaking bolt.

Description of the drawings

Fig. 1 is the axonometric chart of the state of installation sterilization cup in the water treatment facilities for illustrate the present invention.

Fig. 2 is the in-built figure of the water treatment facilities for illustrating first embodiment of the invention.

Fig. 3 is the combination axonometric chart and exploded perspective of the sterilization cup for illustrating an embodiment of the invention Figure.

Sectional side views of the Fig. 4 for the sterilization cup in Fig. 3.

Fig. 5 is the axonometric chart at the back side for illustrating the second resettlement section in Fig. 3.

Fig. 6 is the axonometric chart of the bottom surface of the second resettlement section and plate mat that illustrate the sterilization cup in Fig. 3.

Fig. 7 is the partial side sectional view of the state that sterilization cup is installed on the water treatment facilities for illustrate the present invention.

Fig. 8 is the combination axonometric chart and exploded perspective view of the sterilization cup according to another embodiment of the present invention.

Sectional side views of the Fig. 9 for the sterilization cup in Fig. 8.

Figure 10 is sterilization cycles process in the water treatment facilities for illustrate first embodiment of the invention Figure.

Figure 11 is sterilized water drainage procedure in the water treatment facilities for illustrate first embodiment of the invention Figure.

Figure 12 is washings inflow process in the water treatment facilities for illustrate first embodiment of the invention Figure.

Figure 13 is that bolt sterilization of fetching water is carried out in the water treatment facilities for illustrate first embodiment of the invention Process figure.

Figure 14 is the mode of operation figure of the process of collecting sterilized water in the sterilization cup for illustrate the present invention.

Figure 15 is the water cycle process that sterilizes in the water treatment facilities for illustrate first embodiment of the invention Figure.

Figure 16 is to carry out under water purification pattern in the water treatment facilities for illustrate first embodiment of the invention The flow chart of water intaking bolt sterilization process.

Figure 17 is the figure for illustrating the process that water intaking bolt sterilization is carried out under sterilization cycles pattern.

Figure 18 is the figure of the Inner Constitution for illustrating water treatment facilities according to the second embodiment of the present invention.

Figure 19 is the figure of the Inner Constitution for illustrating water treatment facilities according to the third embodiment of the invention.

Figure 20 is Inner Constitution and the sterilization for illustrating water treatment facilities according to the fourth embodiment of the invention The figure of cyclic process.

Figure 21 be water treatment facilities according to the fourth embodiment of the invention is shown in carry out the process of draining Figure.

Figure 22 be water treatment facilities according to the fourth embodiment of the invention is shown in carry out fetch water bolt sterilization Procedure chart.

Symbol description

1：Water treatment facilities 2：Sterilization cup

21：First resettlement section 21a：Outer body

21b：Accepting groove 21c：Peristome

21d：Inside subject 22：Second resettlement section

22a：Inner space 22b：Main part

22c：Upper flanges portion 22d：First joint portion

22e：Button guide portion 23：Plate mat

24：Magnet 25：Sealing ring

100：Filter house 150：Raw water valve

200：Reservoir 210：First storage bin

210a：Upper space 210b：Lower space

213：Separating plate 213：Interface channel

215：Level sensor 220：Second storage bin

300：Sterilization module 310：Circulating pump

320：Second channel switching valve 330：First passage switching valve

340：Circulation route stop valve 350：First adapter path stop valve

360：Third channel switching valve 400：Outlet part

410：Cold water water intake valve 420：Hot water water intake valve

430：Water purification water intake valve 440：Fourth lane switching valve

450、450-1、450-2：Water intaking bolt 511：First adapter path

512、512-1：Second adapter path 521a, 521b, 521c, 521d：Circulation route

531、531-1、531-2：Water intaking bolt route 532：Cold water water intaking route

533：Hot water water intaking route 534：Water purification water intaking route

610：Guidance panel 620：Water-accepting part

Specific embodiment

Hereinafter, refer to the attached drawing is described in detail to the composition of a preferred embodiment of the present invention and effect.

Fig. 1 is the axonometric chart of the state that sterilization cup is installed on the water treatment facilities for illustrate the present invention.

The water treatment system of the present invention includes water treatment facilities 1 and sterilization cup 2.

There is guidance panel 610 prominent forward, the guidance panel 610 in the front portion of water treatment facilities 1 With for allowing user to select the button of cold water or hot water, button for selecting water intaking bolt sterilization etc. multiple Button (not shown), the bottom of the guidance panel 610 have drip tray 620, on drip tray 620 Portion can be installed by sterilization cup 2.

There is downward projection of water intaking bolt 450 (Fig. 2) in the bottom of the guidance panel 610, and such as If fruit user wishes to sterilize bolt 450 of fetching water, after sterilization cup 2 is installed on drip tray 620, The sterilized water discharged from the water intaking bolt 450 is accommodated in inside the sterilization cup 2.

Fig. 2 is the figure of the Inner Constitution of the water treatment facilities for illustrating first embodiment of the invention.

The water treatment facilities 1 of first embodiment of the invention includes：Filter house 100, for filtering Raw water, and be made up of multiple filter elements 110,120,130,140；Reservoir 200, for storing The water filtered in stating filter house 100；Sterilization module 300, is arranged at what is connected in the reservoir 200 On circulation route 521, and for providing sterilized water；Outlet part 400, for storage in reservoir 200 The water deposited is discharged to user.

The filter house 100 includes：Pre-treatment precipitation filter element 110, Pre-Treatment of Activated 120 (Free of carbon filtration core Carbon Filter), post processing active carbon filter core 130 (Post Carborn Filter), hollow armilla filtering core 140.And reverse osmosis membrane filter element can replace hollow armilla filtering core 140 and be formed.

Each filter element 110, be formed through between 120,130,140 multiple pipe arrangements 501,502, 503 are connected with each other and make the water purification that the water after purification is moved move route, and process precipitation in the pre-connection There is on pipe arrangement 501 between filter element 110 and Pre-Treatment of Activated carbon filtration core 120 stream that can control raw water The raw water valve 150 for entering.

The water that the reservoir 200 is filtered in being used to store filter house 100, and including：First storage Case 210, is provided route 504 by water purification and is connected with the hollow armilla filtering core 140 and stores cold water And water purification；Second storage bin 220, is connected with first storage bin 210, and stores hot water.

Upper space 210a and the bottom that store cold water of first storage bin 210 by storage normal-temperature water purification Space 210b is constituted.The upper space 210a and lower space 210b are separated by separating plate 213, and And be equipped with：Interface channel 214, extends from the downside of the mediad of the separating plate 213, and described in insertion Lower space 210b, for making the water purification second storage is not provided to the state of cold water mix Deposit case 220.

Have in the outer periphery of lower space 210b and (do not scheme for the cooling coil for cooling down the water purification of storage Show), and the outer periphery in second storage bin 220 can have the water purification for heating storage Heater (not shown).Certainly, the cooling coil and the heater can also be formed at described first The inside of lower space 210b of storage bin 210 and second storage bin 220.

The sterilization module 300 for example can be constituted as follows：Water electrolysis, so that include in raw water Chloride ion and oxygen, hydrogen etc. are reacted, so as to generate HOCl, ClO^-The Fungicidal substances such as ion.

The hot water of the cold water of first storage bin 210 and the second storage bin 220 is carried by water intaking portion 400 Supply user.The water intaking portion 400 includes：Cold water water intake valve 410, is installed on first storage bin On the cold water water intaking route 532 connected in 210 lower space 210b, and control the offer of cold water；Heat Water water intake valve 420, is arranged at the hot water water intaking route 533 of the top connection of second storage bin 220 On, and the offer of hot water is provided；One water intaking bolt 450, for the cold water and hot water are supplied to use Family.

In addition, in order that sterilized water is circulated in first storage bin 210 and the second storage bin 220 and kills Between bacterium module 300, it is equipped with by the first adapter path 511, the second adapter path 512 and circulation route The circulation canal that 521a, 521b, 521c, 521d are constituted.

One end of first adapter path 511 is connected with the interface channel 214 of the first storage bin 210, And the other end is connected with the bottom of the second storage bin 220, so that the top of the first storage bin 210 is empty Between the water of 210a be flowed in the second storage bin 220.

Have in first adapter path 511：First adapter path stop valve 350, for killing Bacterium circulation when carrying out and when water intaking bolt sterilization is carried out unlatching (On) and make the first storage bin 210 water or Person's sterilized water is flowed in the second storage bin 220.

Second adapter path 512 connects the cold water water intaking route 532 and hot water water intaking route 533 Between, so that the water of lower space 210b of the first storage bin 210 can be by cold water water intaking road Line 532 and the second adapter path 512 and hot water water intaking route 533 and flow into the upper of the second storage bin 220 Portion.

Second adapter path 512 and cold water water intaking route 532 intersect where, with order to Pass water through second adapter path 512 to flow and open first passage circulating valve under sterilization mode 330。

In the first passage switching valve 330, route 532 is fetched water towards 410 side of cold water water intake valve from cold water Passage to connection is always maintained at opening, and fetches water route 532 towards the second adapter path 512 from cold water The passage of direction connection can be realized opening and closing by opening (On)/closing (Off), but can also Be formed as a channel direction in the channel direction of both sides to close and another channel direction opening.

So, in the case of the water extraction supply cold water water intake valve 410 lower space 210b, close (off) first passage switching valve 330；And pass through the second adapter path in the water lower space 210b In the case that 512 provide the second storage bin 220, (on) first passage switching valve 330 is opened.

Described circulation route 521a, 521b, 521c, 521d connect the bottom of second storage bin 220 And first storage bin 210 top between.

On described circulation route 521a, 521b, 521c, 521d, have：Circulating pump 310, is used for Recycling sterilizing water；Circulation route stop valve 340, for carrying out whether time control controlling the water circulation provides in sterilization cycles To described circulation route 521a, 521b, 521c, 521d；Second channel switching valve 320, is formed at institute Where stating circulation route 521a, 521b and the intersection of drainage line 541, and it is used for ALT-CH alternate channel direction； Sterilization module 300, generates sterilized water using the water by described circulation route 521b, 521c；3rd Channel switching valve 360, for providing the first storage the sterilized water generated in the sterilization module 300 A direction in case 210 and water intaking bolt route 531.

The drainage line 541 in circulation route 521a, 521b upper bifurcation, and described second logical Road switching valve 320 is opened (On) in draining and makes drainage line 541 be connected to circulation route 521a On, so that the water in the first storage bin 210 and the second storage bin 220 is discharged by drainage line 541 To outside, and beyond when draining is carried out in the case of close (Off) so that sterilization module 300 The circulation route 521b in direction is connected on circulation route 521a, so as to the first storage bin 210 and The water extraction supply sterilization module 300 of two storage bins 220.

The third channel switching valve 360 closing (Off) when sterilization cycles are carried out, so that the first storage The circulation route 521d for depositing 210 direction of case is connected on circulation route 521c, so that sterilization module 300 The sterilized water of middle generation is flowed in the first storage bin 210 through circulation route 521d, and in water intaking Unlatching (On) when bolt sterilization is carried out, so that water intaking bolt route 531 is connected on circulation route 521c, So that sterilized water is discharged to sterilization cup 2 through water intaking bolt route 531 and by water intaking bolt 450.

Above, second channel switching valve 320 and third channel switching valve 360 can be formed as, both sides In channel direction, one of channel direction is closed, and another channel direction is opened.

Fig. 3 is the combination axonometric chart and exploded perspective of the sterilization cup for illustrating an embodiment of the invention Figure, Fig. 4 are the sectional side view of sterilization cup in Fig. 3, and Fig. 5 is the back of the body for illustrating the second resettlement section in Fig. 3 The axonometric chart in face, Fig. 6 are the solid of the bottom surface of the second resettlement section and plate mat that illustrate the sterilization cup in Fig. 3 Figure, Fig. 7 are the partial side section for illustrating the state that sterilization cup is installed on water treatment facilities of the invention Figure, and the sterilization cup of an embodiment of the invention is illustrated below with reference to Fig. 3 to Fig. 7.

The sterilization cup 2 of the present invention includes：First resettlement section 21, is formed with and can house by bolt 450 of fetching water The accepting groove 21b of the sterilized water of discharge；Second resettlement section 22, is formed under first resettlement section 21 Portion, and the sterilized water for overflowing is housed from the accepting groove 21b；Plate mat 23, is formed at described second and receives The bottom in appearance portion 22, and support second resettlement section 22.

First resettlement section 21 includes：Outer body 21a, section substantially row become scalariform；It is internal main Body 21d, from outer body 21a to inward side to separating, so as to form the accepting groove 21b of groove-like； Peristome 21c, 21f, are formed as transversely piercing at the rear and front of inside subject 21d respectively The shape of predetermined length；Multiple bolt supporting part 21e, from inside subject 21d to inward side to prominent.

Then, the sterilized water discharged from water intaking bolt 450 is housed by the accepting groove 21b first, Ran Housuo If being full of sterilized water in stating accepting groove 21b, sterilized water is overflowed by the peristome 21c, and is led to The space crossed between outer body 21a and inside subject 21d and it is empty by the inside of the second resettlement section 22 Between 22a house.

In this case, it is because the water intaking bolt 450 is positioned at the lower section of the peristome 21c, described Full of if sterilized water in accepting groove 21b, water intaking bolt 450 is immersed in sterilized water, it is possible to right The inside and outside of water intaking bolt 450 carries out sterilization processing.

Under water-filled state in the accepting groove 21b, sterilization cup 2 is taken out from water treatment facilities 1 Out, need to make the top tilted rearward of sterilization cup, and the now water of the accepting groove 21b Housed by the second resettlement section 22 by the peristome 21c that rear is formed, it is possible to prevent from spilling into outward Face.

In the present embodiment, described peristome 21c, 21f internally rear of main body 21d and front shape have been lifted Into the example of two, but can be inside subject 21d it is whole around formation more than three, One can be only formed at the rear of inside subject 21d.And described peristome 21c, 21f except The shape being transversely open, the deformation implementation that can also have the various shapes such as circle.

Inside subject 21d is formed as more to top more toward the inclined shape of lateral direction, so quilt The water that accepting groove 21b is housed can be smoothly discharged out by peristome 21c, 21f, and described internal main Spacing between body 21d and outer body 21a is formed as that top is narrow, bottom width, so by being molded into When type manufactures the first resettlement section 21, bottom injection molding is easily extracted out, it is possible to improve manufacturing.

The bolt supporting part 21e is spaced from each other along around inside subject 21d and forms multiple, And the medial end of the bolt supporting part 21e is identical with inside subject 21d, is again formed as more past Get over inclined shape in outward direction in top.Therefore, bolt 450 is fetched water by the inner side of bolt supporting part 21e End guides and positioned at the inside of accepting groove 21b, so when sterilization cup 2 is installed on water-accepting part 620, The position of water intaking bolt 450 is ajusted easily.Also, feelings of the bolt 450 positioned at the inside of accepting groove 21b of fetching water Under condition, the sidepiece of bolt 450 of fetching water is supported by bolt supporting part 21e, it is possible to prevent the rolling of sterilization cup 2 It is dynamic.

Second resettlement section 22 includes：Main part 22b, is constituted with corner barrel shape, and forms collecting The inner space 22a of sterilized water；Upper flanges portion 22c, along the main part 22b top periphery and Formed with banding, and on the inside of which, insert the bottom of outer body 21a of first resettlement section 21 21e；First joint portion 22d, is downwardly projected in the lower end of the main part 22b, and rectangular in cross-section Shape is so as to being combined with the plate mat 23；A pair of button guide portion 22e, from after the main part 22b The both sides of the edge position on face top rearward projects, and is spaced from each other；Lower end flange portion 22f, described The lower end of main part 22b rearward projects；Magnet cap 22h, from the lower end of the main part 22b to Lower section is with cylindric prominent；Multiple hook combined hole 22g, in the side of the first joint portion 22d and Opposite side is transversely open and is formed.

The bottom 21e of outer body 21a of first resettlement section 21 is inserted into second resettlement section The inner side of 22 upper flanges portion 22c, and can prevent from from accepting groove 21b overflowing by above-mentioned construction Water drain between the bottom 21e of outer body 21a and the upper flanges portion 22c.

Also, the bottom of the water intaking bolt 450 has user for the water outlet of cold water or hot water and cup The water key 460 pressed by cup when being installed on plate mat 620, and for bolt 450 of fetching water Sterilization and sterilization cup be arranged on plate mat 620 on when, if sterilization cup 2 pressing water key 460 If, water intaking bolt sterilization mode can not be carried out but cold water or hot water effluent is carried out.

So, lower end flange portion 22f is formed in the lower end of second resettlement section 22, so as to kill Bacterium cup 2 makes lower end flange portion 22f and water treatment facilities 1 when being arranged on above water-accepting part 620 before Face contacts, so as to the main part 22b of the second resettlement section 22 below with water treatment facilities 1 before it Between form the space for separating, and make the water key 460 be located at the space for separating, so as to anti- Only water key 460 is sterilized cup pressing 2.

Also, a pair of button guide portion 22e to medial surface from the water key 460 Two sides separate, and between button guide portion 22e of a pair of for separating place water key 460, when rocking or impact so as to produce on sterilization cup 2, make water key 460 support the button to draw Portion 22e is led, so as to stably support sterilization cup 2, therefore sterilization cup test section 600 described later and magnet is made 24 right position is consistent, so as to improve the detection performance of sterilization cup 2.

The button guide portion 22e bottom can extend downwardly, so as to be formed as and the lower end flanges Portion 22f connects, and in this case, button guide portion 22e can not receive water key 460 The impact of upper-lower position and stably supported by water key 460.

The plate mat 23 includes：Outer body 23a, rectangular in cross-section shape；Second joint portion 23b, The inner side of outer body 23a is formed with shape corresponding with the first joint portion 22d, and is inserted Enter the inner side to the first joint portion 22d；Magnet insertion section 23c, for inserting water treatment facilities 1 The magnet 24 of middle identification sterilization cup 2；Multiple hook portions 23d, in the outside of the second joint portion 23b Face is projected with hook-shaped, and is combined with the hook combined hole 22g.

In the state of magnet 24 is inserted in the magnet insertion section 23c, in order to cover the upper of magnet 24 Portion, the magnet cap 22h of second resettlement section 22 are inserted into the magnet insertion section 23c, and It is folded with for maintaining between the medial surface of the lateral surface and magnet insertion section 23c of the magnet cap 22h Bubble-tight sealing ring 25, so as to the infiltration of water can be prevented when sterilization cup 2 is cleaned.

In the present embodiment, sealing ring 25 is lifted and has been located between magnet insertion section 23c and magnet cap 22h Example, but the magnet cap 22h and sealing ring 25 can also be replaced and using being constructed as below： Magnet 24 is inserted into magnet insertion section 23c aftershapings (molding) so as to form cap；Or utilize Blocked behind the top of magnet 24 by the cap that synthetic resin is constituted, make the cap and magnet insertion section 23c Welding.

Hook portion 23d is inserted into the hook combined hole 22g of second resettlement section 22, so that the Two resettlement sections 22 and plate mat 23 are joined integrally.

In the present embodiment, lift by killing that the first resettlement section 21 and the second resettlement section 22 and plate mat 23 are formed Example of the global shape of bacterium cup 2 for quadrangular barrel, but not limited to this, can have cylinder, polygon cylinder Deng the deformation implementation of various shapes.

Also, hereinbefore, lift and hook combined hole 22g has been formed on the second resettlement section 22, and The example of hook portion 23d is formed on plate mat 23, but hook can also be formed on the second resettlement section 22 Portion 23d, and hook combined hole 22g is formed on plate mat 23.

And hereinbefore, lift second resettlement section 22 and plate mat 23 combined by mounting mode Example, but can be have various deformation to implement, such as the second resettlement section 22 and plate mat 23 can pass through screw Combine Deng securing member, or sterilization cup 2 for it is cylindric when, combine in the second resettlement section 22 and plate mat 23 Partial medial surface and lateral surface are formed screw thread and are combined by rotation mode.

In the water treatment facilities 1, on the position corresponding with magnet 24, with the detection magnet The sterilization cup test section 600 in 24 magnetic field.The magnet 24 is detected in the sterilization cup test section 600, And when judging that sterilization cup 2 is installed on 600 top of water-accepting part by the sterilization cup test section 600, lead to Cross the water intaking bolt 450 and discharge sterilized water, so as to carry out the sterilization processing of water intaking bolt 450.

The sterilization cup test section 600 can be by the magnetic of the variable quantity in the magnetic field of the movement detected according to magnet Resistance sensor or open/close according to the movement of magnet (On/Off) reed switch or Hall element is constituted.

Also, sterilization cup 2 can not possess magnet 24, but sterilization cup test section 600 is made to include by sending out Light portion and the optical sensor of photographic department composition, and detect the mode of the presence or absence of sterilization cup 2 except above-mentioned Mode can have various ways, and which is not limited to described special case.

Even if also, the sterilization test section 600 detects sterilization cup 2, only can press in user or Sterilization mode is run in the case of the sterilization button formed on touch operation panel 610.

As shown in Figure 7, the water intaking bolt 450 is surrounded by water intaking stopper 455, and in the water intaking The inner side of stopper 455 can have the luminescence unit (not shown) for carrying out state for showing water intaking bolt sterilization.

The luminescence unit can be formed by multiple light emitting diodes of the light of transmitting multicolour, and During the bolt that carries out fetching water sterilizes, by lighting repeatedly the plurality of light emitting diode, user can be allowed Effectively recognize that sterilization process is underway.The luminescence unit can also be by the list for lighting single color Individual light emitting diode is formed.

In this case, if sterilization cup 2 is formed by transparent synthetic resin, can make from luminous The light of diode emitter is by transparent sterilization cup 2 and produces refraction, so as to improve the aesthetic of product.

Also, during each of water intaking bolt sterilization is carried out, sound can be formed through and tell user Sterilization carries out situation, so as to cause the attention of user.

Fig. 8 is the combination axonometric chart and exploded perspective for illustrating sterilization cup according to another embodiment of the present invention Figure, Fig. 9 are the sectional side view of sterilization cup in Fig. 8, below with reference to Fig. 8 and Fig. 9 to of the invention The sterilization cup of another embodiment is illustrated.

According to the sterilization cup 2-1 of the present embodiment only by the first resettlement section 21-1 and the second resettlement section 22-1 groups Into, and the embodiment of Fig. 3 to Fig. 7 is compared, it is characterized by：Second resettlement section 22-1 is extended downwardly, From not with the construction corresponding with plate mat 23.

Outer body 21-1a of the first resettlement section 21-1, accepting groove 21-1b, peristome 21-1c, 21-1f, inside subject 21-1d, the construction of the bottom 21-1e of outer body 21-1a, the second resettlement section The upper flanges portion 22-1c of 22-1, button guide portion 22-1e, the construction of lower end flange portion 22-1f and root According to first resettlement section 21 and the second resettlement section 22 of the embodiment in Fig. 3 to Fig. 7 each be corresponding Construction is identical, so omitting their detailed description.

The bottom surface of the main part 22-1b of the second resettlement section 22-1 is arranged on the top for connecing water-accepting part 620, And the magnet insertion section 22-1h of channel-shaped upward is formed in the bottom surface of the main part 22-1b.

In the magnet insertion section 22-1h, insert for detecting the sterilization cup of water treatment facilities 1 The magnet 24-1 of the change in portion detection magnetic field, and have for preventing the magnet 24-1 from inserting from magnet The cap 26-1 that portion 22-1h departs from.

The cap 26-1 is pressed in the magnet insertion section 22-1h, and in order to prevent water infiltration and Can be made up of the sealing member that quality of rubber materials is constituted, and magnetic is inserted in the magnet insertion section 22-1h In the state of body 24-1, processed molding can also be carried out with resin, so as to seal the magnet insertion section 22-1h。

Figure 10 is the sterilization cycles process in the water treatment facilities for illustrate first embodiment of the invention Figure, Figure 11 is the drainage procedure that sterilizes in the water treatment facilities for illustrate first embodiment of the invention Figure, Figure 12 are that the washings in the water treatment facilities for illustrate first embodiment of the invention flow into process Figure, Figure 13 is that bolt sterilization of fetching water is carried out in the water treatment facilities for illustrate first embodiment of the invention Process figure, Figure 14 be illustrate the present invention sterilization cup in house sterilized water process mode of operation Figure, Figure 15 is the sterilization cycles process in the water treatment facilities for illustrate first embodiment of the invention Flow chart, Figure 16 are that the water treatment facilities for illustrating first embodiment of the invention enters under water purification pattern The flow chart of the process of row water intaking bolt sterilization.

The sterilization cycles pattern of the present invention is by sterilization cycles-discharge sterilized water-inflow washings-discharge rinsing The order of water-inflow washing water is carried out, and the sterilization mode of bolt of fetching water can sterilize according to the water intaking bolt of user Request signal and carry out during the carrying out of the sterilization cycles pattern, or with the sterilization cycles mould Formula is independently carried out, below with reference to water process of Figure 10 to the Figure 16 to first embodiment of the invention Sterilization cycles pattern and water intaking bolt sterilization mode in device is illustrated.

In addition, the process that sterilized water is housed in the sterilization cup 2,2-1 of two embodiments is identical, so only right The sterilization cup 2 of the embodiment illustrated in Fig. 3 to Fig. 7 is illustrated.

Hereinafter, close the state that (Off) refers to the closing of valve 150,340,350,410,420 Or sterilization module 300 and circulating pump 310 do not have the state that starts, and open (On) and refer to valve The state or sterilization module 300 of 150,340,350,410,420 opening of door and circulating pump 310 start State.In addition, first passage circulating valve 330 is being connected to the second connection from cold water water intaking route 532 The passage in 512 direction of route opens (On) in the case of being in open state, and in closed state In the case of close (Off), and second channel switching valve 320 is being connected to row from circulation route 521c The passage in 541 direction of water route line opens (On) in the case of being in open state, and in closed (Off) is closed in the case of state.

If starting sterilization cycles pattern, level sensor 215 detects that the water level of the first storage bin 210 has Full-water level (S1100) is not arrived.

If water level detecting result is not full-water level, (On) raw water valve 150 is opened, and by filter house 100 The water purification of middle filtration is fed to the first storage bin 210 (S1110), exceedes situations such as if it happens cut off the water supply Setting time is also not detected by if the full-water level of the first storage bin 210 (S1120), is stopped sterilization and is followed The operation of ring mode, and export warning and alert message and cause the attention of user to user (S1130), Hereinafter referred to as this process is " full-water level report an error pattern ".

If water purification was being flowed into before the setting time and the full water of the first storage bin 210 is being detected If position, sterilize water generating and cyclic process (S1200) are carried out.

The inwall of the first storage bin 210 that the water surface corresponding with the full-water level of the first storage bin 210 is touched Incrustation scale may be produced, so as described above, in the state that the water level of the first storage bin 210 is full-water level Under carry out sterilization cycles, such that it is able to the first storage bin 210 the water surface contact overall inwall kill Bacterium is processed.

If detecting the full-water level of the first storage bin 210, as shown in Figure 10, raw water valve 150, Cold water water intake valve 410, hot water water intake valve 420, second channel switching valve 320, third channel switching valve 360 In close (Off) state, and the first adapter path stop valve 350, first passage switching valve 330, Circulation route stop valve 340 starts circulating pump 310 in the case and kills in (On) state of unlatching Bacterium module 300 and make the water of the first storage bin 210 and the second storage bin 220 pass through the first adapter path 511st, the second adapter path 512 and circulation route 521a, 521b, 521c, 521d are circulated and give birth to Into sterilized water (S1200).

By the water of described circulation route 521a, 521b, 521c, 521d flowing in sterilization module 300 It is electrolysed, is then produced hypochlorous acid (hypochlorous acid；HClO), hypochlorite ion (OCl-), Chlorine (Cl₂) etc. Fungicidal substance be flowed into inside the first storage bin 210, and be flowed into the first storage bin The sterilized water of 210 upper space 210a is flowed into through interface channel 214 and the first adapter path 511 To the bottom of the second storage bin 220, and it is flowed into the upper space 210a companies with the first storage bin 210 The sterilized water of logical lower space 210b is through cold water water intaking route 532, the second adapter path 512 and warm Water is fetched water route 533 after being flowed into the top of the second storage bin 220, by circulation route 521a, 521b, 521c, 521d iterative cycles.

When the sterilization cycles are carried out, the cold water of lower space 210b of the first storage bin 210 is by described Second adapter path 512 is flowed in the second storage bin 220 and is mixed with hot water, and first storage The water purification for depositing the upper space 210a of case 210 is flowed into the second storage by first adapter path 511 Deposit the bottom of case 220 and mix with hot water.

So in the internal mix of the second storage bin 220 and the water of cooling is discharged to circulation route 521a sides, So the situation of circulation route 521a is fed directly to the hot water of high temperature that stores in the second storage bin 220 Compare, to the heat-resisting of the inner materials of circulation route 521a, 521b, 521c, 521d and circulating pump 310 Property require it is low, such that it is able to reduce fee of material.

In explanation above, the first adapter path stop valve 350 and first passage switching valve 330 are in sterilization Persistently maintain to open (On) state when circulation is carried out, but if alternating is made in the time internal control in setting If opening (On) and closing (Off), the water temperature of the second storage bin 220 can be effectively reduced, and And can equably circulate the water of the first storage bin 210 and the second storage bin 220, so that sterilized water Even concentration.

Also, the sterilized water generated by the sterilization module 300 is flowed into the first storage in cyclic process While depositing lower space 210b of case 210, by cold water water intaking route 532, the second adapter path 512 And hot water water intaking route 533 and be flowed in the second storage bin 220, so as to be simultaneously filled with the first storage bin 210 and second storage bin 220, so compared with the situation that wherein one party is first full of full of rear the opposing party, The time difference for playing the bactericidal effect of the first storage bin 210 and the second storage bin 220 is reduced, it is possible to Sterilization is made equably to carry out.

And it is possible to sharp without discharging the water stored in the first storage bin 210 and the second storage bin 220 With the water generating sterilized water stored in the first storage bin 210 and the second storage bin 220, it is possible to prevent Water waste and reduce sterilization required for time.

Also, the cold water water intaking route 532 and hot water water intaking route 533 make sterilization under sterilization mode Water passes through inside which, such that it is able to enter to the front end of the cold water water intake valve 410 and hot water water intake valve 420 Row sterilization, it is possible to the blind area (Dead zone) not sterilized by minimum.

In addition, the cyclic process can be carried out within the time of setting, and can also be configured in institute Maintain the state run in stating the cyclic process of circulating pump 310 and loop module 300 always, and also can Certain hour is waited to stop after operation certain hour, such that it is able to carry out the first storage bin 210 With the sterilization of the inside of the second storage bin 220.

After being sterilized by process as above, the first storage bin 210 and the second storage bin 220 are discharged Internal sterilized water, as shown in figure 11, makes raw water valve 150, cold water water intake valve 410, hot water water intake valve 420th, third channel switching valve 360 and sterilization module 300 become the state of closing (Off), and make First passage switching valve 330, the first adapter path stop valve 350, circulation route stop valve 340 and second Channel switching valve 320 becomes the state of unlatching (On), starts circulating pump 310 in the case and makes the Sterilized water inside one storage bin 210 and the second storage bin 220 is discharged to the outside by drainage line 541 (S1300)。

After completing the draining of sterilized water as above, in order to clean the first storage bin 210 and the second storage Inside case 220 remaining sterilized water and carry out rinse cycle, as shown in figure 12, make cold water water intake valve 410, Hot water water intake valve 420, sterilization module 300, circulating pump 310 and second channel switching valve 320 become closing (Off) state, and make raw water valve 150, first passage switching valve 330, circulation route stop valve 340 and first adapter path stop valve 350 become the state of unlatching (On), then raw water is by filtering Portion 100 is filtered, and the water (hereinafter referred to as " washings ") of this spline filter provides route by water purification 501 are flowed into the first storage bin 210, and are flowed into the washings of first storage bin 210 by the One adapter path 511 and the second adapter path 512 and be flowed into the second storage bin 220 and circulation route 521a, 521b, 521c, 521d, so as to be rinsed.

Now, level sensor 215 judges whether the water level of the first storage bin 210 is full-water level (S1500), And if testing result is not full-water level, operation full-water level reports an error pattern (S1510, S 1520, S1530).

If detecting the full-water level of the first storage bin 210, the scheduled time is waited, so that rinsing It is sufficiently carried out, and it is identical with the circulation of sterilized water, make washings also pass through approach as shown in Figure 10 Circulation or repeatedly above-mentioned rinse cycle, so as to improve wash effect.

If completing the rinse cycle, the draining of washings, draining such as Figure 11 of washings are carried out It is shown, (S1600) is carried out by the draining identical process with sterilized water.

If completing the draining of the washings, performed by the inflow identical process with washings The inflow (S1700) of water purification, and whether the water level for detecting the first storage bin 210 by level sensor 215 For full-water level (S1800), and testing result reports an error pattern if not full-water level is carried out if full-water level (S1810, S1820, S1830), and terminate sterilization mode if detecting full-water level.

Water purification need not be flowed in described circulation route 521a, 521b, 521c, 521d, it is possible to close Close the circulation route stop valve 340 of (Off) Figure 12.

In the present invention, when being not limited to the circulation of sterilized water and carrying out, or even in sterilized water and the row of washings Draining can also be carried out using circulating pump 310 during water, it is possible to be more smoothly discharged out sterilized water and rinsing Water, so as to shorten water discharge time, and using a circulating pump 310 can realize circulation and draining this two Individual function, it is possible to reduce cost and improve the space availability ratio of water treatment facilities.

Sterilization cycles module as described above is can be set to predetermined period automatically repeatedly, it is also possible to root Operation is performed according to the selection of user.

In addition, if control unit (not shown) receives the water intaking bolt sterilization request signal of user, being taken Water bolt sterilization mode.Now, bolt sterilization request signal of fetching water can be that user is installed on sterilization cup 2 and connects Signal, or user that when in water portion 620, sterilization cup test section 600 detects sterilization cup and sends The letter sent by the water intaking bolt sterilization button of the guidance panel 610 being previously formed of pressurized water treatment device 1 Number, and can also with above-mentioned two signal all send as condition carry out fetch water bolt sterilization mode.

If sterilization cup test section 600 detects sterilization cup 2 (S2100), level sensor 215 Whether the water level for detecting the first storage bin 210 is full-water level (S2200), and if the first storage bin 210 Water level be not that full-water level is carried out if full-water level to report an error pattern (S2210, S2220, S2230).

In the present embodiment, the water level of the first storage bin 210 has been lifted water intaking bolt to be carried out in the case of full-water level Sterilization example, but the shape in the water level of the first storage bin 210 not being full-water level can also be configured to Bolt sterilization of fetching water is carried out under state.

If detecting the full-water level of the first storage bin 210, as shown in figure 13, make hot water valve 150, Cold water water intake valve 410, hot water water intake valve 420, first passage switching valve 330, second channel switching valve 320 Become closing (Off) state, and make the first adapter path stop valve 350, circulation route stop valve 340, Third channel switching valve 360 becomes unlatching (On) state, starts sterilization module 300 in the case.

The water of the upper space 210a of first storage bin 210 connects through interface channel 214, first Route 511 and be flowed in the second storage bin 220, and mix with the hot water of the second storage bin 220, and And the water of the mixing is provided to sterilization module 300 through circulation route 521a, 521b, and pass through The sterilization module 300 and the sterilized water that generates through circulation route 521c, water intaking bolt route 531 and arrange Go out to water intaking bolt 450, so as to carry out the sterilization processing (S2300) inside water intaking bolt 450.

Now, if the first storage bin 210 and the second storage bin 220 are each positioned at upper and lower, and The upper end of the water intaking bolt route 531 and circulation route 521c is located at the full water of first storage bin 210 If the lower section of position, even if being not turned on (On) circulating pump 310, the first storage bin 210 and second can be also made The water of storage bin 220 is supplied to sterilization module 300 through circulation route 521a, 521b because of head difference, And the sterilized water generated in sterilization module 300 can through circulation route 521c and water intaking bolt route 531 To be discharged to water intaking bolt 450.

As described above, can both reduce noise if closing (Off) circulating pump 310 can also reduce offer To the flow velocity of the water of sterilization module 300, so as to improve the sterilization of the sterilized water generated in sterilization module 300 Material concentration, so as to improve the bactericidal effect of water intaking bolt 450.

(Off) circulating pump 310 is closed above, it is contemplated that being supplied to the sterilized water of water intaking bolt 450 Flow, (On) and closing (Off) circulating pump 310 can be opened repeatedly in the setting time.

Sterilized water from water intaking bolt 450 discharge is sterilized cup 2 as shown in (a) of Figure 14 The accepting groove 21b of the first resettlement section 21 is housed, and when continuation discharge sterilized water in water intaking bolt 450 fills It is full to peristome 21c when, sterilized water is overflowed by peristome 21c and empty by the inside of the second resettlement section 22 Between 22a house.

Now, the bottom of water intaking bolt 450 is immersed in sterilized water, so as to carry out inside water intaking bolt 450 being To outside sterilization.

If the cut-out of (Off) first adapter path full of sterilized water, is closed in the accepting groove 21b After valve 350, circulation route stop valve 340, third channel switching valve 360 and sterilization module 300, in order to The sterilization of water intaking bolt 450 is made fully to carry out and wait setting time.

In addition, if detecting sterilization cup sterilization cup test section 600 during water intaking bolt sterilizes is carried out If 2 disengaging (S2400), while temporarily ceasing sterilization operation output warning and alert message from And cause the attention (S2410) of user, and judge sterilization cup test section 600 whether in setting time Detect sterilization cup (S2420), hereinafter referred to as this process is " sterilization cup report an error pattern ".

If after setting time again without sterilization cup 2 is detected, by fetch water bolt 450 and By sterilized water and circulation route 521c for remaining in rinse cycle route 521c and water intaking bolt route 531 Water-accepting part 620 is discharged to the washings of the sterilized water remained on the internal face of water intaking bolt route 531 (S2430) if detecting, and again sterilization cup 2 in setting time, by water intaking bolt 450 Sterilized water is discharged to into sterilization cup 2.

If the sterilization of water intaking bolt 450 is completed through above procedure, carry out bolt rinse cycle of fetching water, After the setting time is waited, open (On) first adapter path stop valve 350, circulation route and cut If disconnected valve 340, third channel switching valve 360, the water (hereinafter referred to as " rinsing of the first storage bin 210 Water ") along with generate sterilized water when identical approach (arrow path in Figure 13) flowing after, such as Shown in (b) of Figure 14, the receipts of the first resettlement section 21 of sterilization cup 2 are discharged to by water intaking bolt 450 Tank 21b, so as to carry out the rinsing inside water intaking bolt 450, and fills in the accepting groove 21b that becomes a shareholder If full washings, bolt 450 of fetching water is by immersion such that it is able to carry out the rinsing outside water intaking bolt 450.

Washings by peristome 21c from accepting groove 21b spillings are by the second resettlement section 22 Portion space 22a is housed, so as to terminate the rinse cycle (S2600) of water intaking bolt.

If during the rinsing of the water intaking bolt is carried out, sterilization cup test section 600 detects sterilization It is if the disengaging of cup 2 (S2700), identical with the sterilization process of water intaking bolt, report an error pattern into sterilization cup, And export emergency warning lamp and alert message while temporarily ceasing rising operation and cause the attention of user (S2710), and if sterilization cup 2 is not detected by setting time, washings are discharged To water-accepting part 620 (S2730, S2730), and in the case of sterilization cup 2 is detected in setting time Washings are discharged to by sterilization cup by water intaking bolt 450, so as to terminate the rinse cycle of water intaking bolt 450.

During the sterilization and rinsing of bolt 450 of being fetched water as above, stopper 455 of fetching water Multiple light emitting diodes that inner side is equipped with are lighted successively repeatedly, and launch the light of different color or single Light emitting diode is lighted repeatedly and launches the light of single color, so that user recognizes that water intaking bolt sterilization exists Carry out.

Carry out as described above water intaking bolt sterilization when can without discharge first, second storage bin 210, 220 water and utilize first, second storage bin 210,220 internal reservoirs water purification generate sterilized water, and Carry out the sterilization of water intaking bolt 450, it is possible to the waste for reducing water and the sterilization that water intaking bolt can be shortened The time of needs.

Figure 17 is the flow chart of the process for illustrating the sterilization that water intaking bolt is carried out under sterilization cycles pattern, is below joined The water intaking bolt sterilization request signal of user is received during Figure 17 is examined to carrying out sterilization cycles pattern simultaneously The process for carrying out the sterilization of water intaking bolt is illustrated.

First, if starting sterilization cycles pattern, level sensor 215 detects the first storage bin 210 Water level whether be full-water level (S3100), and report an error mould if not full-water level is carried out if full-water level Formula (S3110, S3120, S3130), and if detecting the full-water level of the first storage bin 210, By with the process of process identical shown in Figure 10 and make the sterilized water generated in sterilization module 300 logical in circulation Sterilization processing (S3200) is circulated and is carried out in road.

During sterilization cycles as above are carried out, if detecting sterilization cup 2 (S3300) after, completing the sterilization processing of the first storage bin 210, the second storage bin 220 and circulation canal, The sterilization stored in being electrolysed the first storage bin 210 and the second storage bin 220 in sterilization module 300 again Water, is discharged to water intaking bolt 450 then along the path shown in Figure 13, so as to carry out the sterilization of water intaking bolt (S3310), without sterilization cup 2 is detected, sterilization as shown in figure 15 is carried out successively Cyclic process (S1300, S 1400, S1500, S 1600, S1700, S 1800).

In addition, if during water intaking bolt sterilization is carried out, being detected by sterilization cup test section 600 and being killed If the disengaging of bacterium cup 2 (S3320), carry out sterilization cup and report an error pattern (S3330, S3340).

Complete fetch water bolt sterilization if, carry out sterilized water drainage procedure, by with mistake as shown in figure 11 Journey identical process and make the first storage bin 210 and the sterilized water inside the second storage bin 220 pass through draining Route 541 is discharged to the outside (S3400).

If completing the draining of sterilized water as above, carry out rinse cycle, by with Figure 12 Shown in process identical process make washings flow into the first storage bin 210, the second storage bin 220 and (S3500) is rinsed in circulation route 521a, 521b, 521c, 521d.

Now, level sensor 215 detects whether the water level of the first storage bin 210 is full-water level, and Testing result is not that full-water level is carried out if full-water level to report an error pattern (S3610, S3620, S3630).

If detecting the full-water level of the first storage bin 210 and completing the rinse cycle, washings are carried out Draining and water intaking bolt rinsing, and washings are discharged to by the approach illustrated in Figure 11 outer Portion, and when the rinsing of bolt of fetching water is carried out, washings pass through water intaking through approach as shown in fig. 13 that Bolt 450 discharges (S3700).

If completing the discharge of washings and the rinsing of water intaking bolt, carry out identical with the inflow process of washings Water purification inflow (S3800), and level sensor 215 detect the first storage bin 210 water level be It is no for full-water level (S3900), and testing result is not that full-water level is carried out if full-water level to report an error pattern (S3910, S3920, S3930), and terminate sterilization mode if detecting full-water level.

By sterilization cycles pattern as above and using first, second storage bin 210,220 internal reservoirs Sterilized water carries out the sterilization of water intaking bolt 450, so the waste of water not only can be reduced, can also shorten and take Time required for the sterilization of water bolt.And it is electrolysed first, second storage bin in sterilization module 300 again 210th, the sterilized water of 220 internal reservoirs and water intaking bolt 450 is discharged to after improving bacteriocidal concentration, so as to improve The germicidal efficiency of water intaking bolt 450.

In the present embodiment, lift during sterilization cycles pattern is carried out, received the water intaking bolt of user In the case of sterilization request signal, the water extraction of the first storage bin 210 and the second storage bin 220 is supplied to and is followed Loop wire 521a, 521b, 521c, 521d and in sterilization module 300 generate sterilized water after by water intaking Bolt route 531 is discharged to the example of water intaking bolt 450.But, first generated under sterilization cycles pattern In the case that the concentration of the sterilized water of storage bin 210 and the second storage bin 220 is adapted to the sterilization of water intaking bolt, (On) cold water water intake valve 410 is opened, so that the sterilization of lower space 210b of the first storage bin 210 Water not by circulation route 521a, 521b, 521c, 521d directly by cold water fetch water route 532, Cold water water intake valve 410 is discharged to water intaking bolt 450.Now, washings are also by with sterilized water identical on the way Footpath is discharged to water intaking bolt 450 so as to carry out rinse cycle.

Also, if user requires sterilization cycles pattern and water intaking bolt sterilization mode simultaneously, first can use After method described in text first carries out sterilization cycles, the sterilization of water intaking bolt 450 is carried out.Can also be by conversion The opening and closing direction of third channel switching valve 360, so as to water intaking bolt is carried out during sterilization cycles are carried out 450 sterilization, and first, second storage bin 210,220 is carried out by above-mentioned method and is circulated logical During the rinsing in road, the rinsing of water intaking bolt 450 can be carried out.

Figure 18 is the figure of the Inner Constitution for illustrating water treatment facilities according to the second embodiment of the present invention.

All compositions of the present embodiment are identical with first embodiment, and difference is, including：Water purification water intaking road Line 534, side are connected to water purification by connector 506 and provide route 504；Water purification water intake valve 430, Arrange on the water purification water intaking route 534, and control to provide the water purification of user.

In the case of water purification is provided to the first storage bin 210, the water purification filtered through filter house 100 passes through Water purification provides route 504 and connector 506 is flowed in the first storage bin 210, and user requires water purification Water outlet if, the water purification through water purification provide route 504, connector 506 and water purification water intaking route 534 and by fetch water bolt 450 be supplied to user.

In the present embodiment, the mistake illustrated in the process and first embodiment of the sterilization of sterilization cycles and water intaking bolt Cheng Xiangtong.

Figure 19 is the figure of the Inner Constitution for illustrating water treatment facilities according to the third embodiment of the invention.

All compositions of the present embodiment are identical with first embodiment, and difference is respectively with two water intaking bolts 450-1,450-2 and water intaking bolt route 531-1,531-2.

Described water intaking bolt 450-1,450-2 include：Cold water water intaking bolt 450-1 (the first water intaking bolt), is used for The cold water of lower space 210b of the first storage bin 210 is supplied to user；Hot water water intaking bolt 450-2 (the Two water intaking bolts), for the hot water of the second storage bin 220 is supplied to user.

Described water intaking bolt route 531-1,531-2 include：First water intaking bolt route 531-1, connects cold water Between water intaking bolt 450-1 and third channel switching valve 360；Second water intaking bolt route 531-2, connection are described Hot water is fetched water between bolt 450-2 and third channel switching valve 360.

Under the sterilization mode of water intaking bolt, the sterilized water from the generation of sterilization module 300 is through circulation route After 521c, third channel switching valve 360, by the first water intaking bolt route 531-1 and the second water intaking bolt road Line 531-2 be discharged to cold water water intaking bolt 450-1 and hot water water intaking bolt 450-2, so as to carry out fetch water bolt 450-1, The sterilization of 450-2.

As described above, in the present embodiment, except the sterilization of bolt of fetching water passes through two when bolt of fetching water sterilizes Water intaking bolt route 531-1,531-2 and water intaking bolt 450-1,450-2 are carried out outside this point, other processes During the sterilization cycles process, the sterilization process of water intaking bolt, sterilization cycles illustrated in first embodiment The process for carrying out the sterilization of water intaking bolt is identical.

Figure 20 is Inner Constitution and the sterilization for illustrating water treatment facilities according to the fourth embodiment of the invention The figure of cyclic process, Figure 21 be water treatment facilities according to the fourth embodiment of the invention is shown in arranged The figure of the process of water, Figure 22 be water treatment facilities according to the fourth embodiment of the invention is shown in taken The figure of the process of water bolt sterilization.

All compositions of the present embodiment are identical with first embodiment, and difference is：With in second embodiment The water purification water intaking route 534 of explanation and water purification water intake valve 430；Water intaking bolt 450 and water intake valve 410,420, There is between 430 fourth lane switching valve 440；And the water of the first storage bin 210 and during sterilization cycles The water of two storage bins 220 provides the second adapter path 512-1 by the fourth lane switching valve 440.

The fourth lane switching valve 440 is cut out in a case where：From under the first storage bin 210 The water that portion space 210b and the second storage bin 220 are provided is supplied to the situation of user by bolt 450 of fetching water； The situation discharged by bolt 450 of fetching water by sterilized water；The first storage bin 210 and the second storage bin 20 The situation that water is discharged, accordingly, setting opening and closing direction is so that water intake valve 410,420,430 and water intaking bolt 450 Between connect.And in sterilization cycles open (On), so as to set opening and closing direction so that water intake valve 410, 420th, 430 and second connect connection between route 512-1.

In this case, the passage side that the fourth lane switching valve 440 is cut out in the channel direction of both sides To, and open another channel direction, or in the state of a channel direction keeps open, Can be with the direction of opened and closed another passage.

In fourth embodiment, sterilization cycles process is as shown in figure 20, closing (Off) raw water valve 150, The conversion of water purification water intake valve 430, circulation route stop valve 340, second channel switching valve 320 and third channel Valve 360, and open (On) sterilization module 300, cold water water intake valve 410, hot water water intake valve 420, First adapter path stop valve 350 and fourth lane switching valve 440, start circulating pump 310 in the case If, the cold water of lower space 210a of the first storage bin 210 is by cold water water intaking route 532, cold water Water intake valve 410 and fourth lane switching valve 440 are supplied to the second adapter path 512-1, and the first storage The water purification of the upper space 210a of case 210 flows into the second storage bin 220 by the first adapter path 511 Bottom after being mixed with the hot water of the second storage bin 220, is fetched water the water intaking of route 533, hot water by hot water Valve 420 and fourth lane switching valve 440 are supplied to the second adapter path 512-1, so as to from first storage Lower space 210b of case 210 provides the cold water mix for coming, and passes through the second link road with this state Line 512-1 and circulation route 521a, 521b, 521c, 521d are circulated.

Carry out above-mentioned process and after being sterilized, it will discharge the first storage bin 210 and the second storage bin Sterilized water inside 220, as shown in figure 21, closing (Off) raw water valve 150, water purification water intake valve 430, Third channel switching valve 360, fourth lane switching valve 440 and sterilization module 300, and open (On) Cold water water intake valve 410, hot water water intake valve 420, the cut-out of the first adapter path stop valve 350, circulation route Valve 340 and second channel switching valve 320, if starting circulating pump 310 in the case, the first storage Sterilized water in case 210 and the second storage bin 220 passes through circulation route 521a and drainage line 541 is discharged To outside.

If completing the discharge of sterilized water, the washings filtered in filter house 100 provide route by water purification 504 flow in the first storage bin 210, and the washings of the first storage bin 210 are through the first link road Line 511, cold water water intaking route 532, hot water water intaking route 533 flow into the second storage bin 220 bottom and Top, and the washings of lower space 210b of the first storage bin 210 by cold water fetch water route 532, Fourth lane switching valve 440, the second adapter path 512-1 are flowed in circulation route 521a, so as to enter Row rinsing.

If completing the rinse cycle, by discharging rinsing with process identical process as shown in figure 21 Water, and if completing the discharge of washings, the water purification filtered in filter house 100 provides road by water purification Line 504 is flowed in the first storage bin 210, and the water purification of first storage bin 210 is through first Adapter path 511, cold water water intaking route 532, hot water water intaking route 533 is flowed into the second storage bin 220 Top and the bottom, so as to terminate sterilization cycles process.

In addition, carry out fetch water bolt 450 sterilization in the case of, as shown in Figure 22, close (Off) Raw water valve 150, water purification water intake valve 430, cold water water intake valve 410, hot water water intake valve 420, second channel Switching valve 320, fourth lane switching valve 440, circulating pump 310, and open (On) first link road Line stop valve 350, circulation route stop valve 340, third channel switching valve 360 and sterilization module 300, Then the water extraction of the first storage bin 210 and the second storage bin 220 is supplied to sterilization module 300, so as to generate Water intaking bolt 450 is discharged to by bolt route 531 of fetching water after sterilized water, so as to carry out killing for water intaking bolt 450 Bacterium.

Complete fetch water bolt 450 sterilization if, along with approach identical approach as shown in figure 22 and incite somebody to action The water extraction of the first storage bin 210 and the second storage bin 220 is supplied to water intaking bolt route 531 and water intaking bolt 450, So as to carry out rinse cycle.

Discharged by bolt 450 of fetching water by the sterilized water that sterilization module 300 is generated as above, so as to Sterilization processing can be carried out to bolt 450 of fetching water, be improved such that it is able to provide the user with clean water to producing The reliability of product.

As described above, the invention is not restricted to the embodiments described, and will in the right without departing from the present invention In the case of seeking the technological thought of book, the people for having ABC in the association area of the present invention can be carried out Various deformation is implemented, and this deformation implementation is within the scope of the present invention.

Claims (53)

1. a kind of water treatment system, including：

First storage bin and the second storage bin, store the water filtered by filter house with different temperatures respectively；

Circulation canal, in order that the water circulation of first storage bin and the second storage bin and set up connection；

Sterilization module, is formed on the circulation canal, and generates sterilized water；

Control unit, by being controlled such that the sterilized water generated in the sterilization module by the circulation Passage is circulated or is supplied to water intaking bolt.

2. water treatment system as claimed in claim 1, it is characterised in that with the circulation canal Upper bifurcation and be connected to it is described water intaking bolt water intaking bolt route, and the sterilized water by fetch water bolt route It is supplied to the water intaking bolt.

3. water treatment system as claimed in claim 1 or 2, it is characterised in that the circulation canal bag Include：

First adapter path, connects the bottom of the upper space and the second storage bin of first storage bin；

Second adapter path, for the water for mixing the lower space of first storage bin and second storage Deposit the water of case and set up connection；

Circulation route, in order that the water discharged from second storage bin flows into the upper of first storage bin Portion space and set up connection；

Circulating pump, is arranged on the circulation canal, and for making from the first storage bin and the second storage The water that case is discharged is circulated by the circulation canal.

4. water treatment system as claimed in claim 3, it is characterised in that empty with the bottom is connected Between with the cold water water intaking route between cold water water intake valve and be connected the water intaking of second storage bin and hot water Hot water water intaking route between valve, and second adapter path is configured to connect the cold water water intaking road Between line and hot water water intaking route.

5. water treatment system as claimed in claim 3, it is characterised in that in first adapter path On the first adapter path stop valve with the unlatching when sterilization cycles are carried out.

6. water treatment system as claimed in claim 3, it is characterised in that in second adapter path On with the first passage connected when sterilization cycles are carried out between the lower space and the second storage bin turn Change valve.

7. water treatment system as claimed in claim 3, it is characterised in that in first adapter path With in the second adapter path with the first link road that unlatching/closing is alternately performed when sterilization cycles are carried out Line stop valve and first passage switching valve.

8. water treatment system as claimed in claim 3, it is characterised in that have on the circulation route There is the circulation route stop valve opened when sterilization mode.

9. water treatment system as claimed in claim 3, it is characterised in that the lower space and described The water of the second storage bin is supplied to user by least two water intake valves and a water intaking bolt, and in institute State to have between water intaking bolt and the water intake valve and carry from the lower space and second storage bin for handle For water extraction be supplied in second adapter path and the water intaking bolt residing for direction four-way Road switching valve.

10. water treatment system as claimed in claim 8, it is characterised in that second adapter path Connect between the fourth lane switching valve and the circulation route.

11. water treatment facilities as claimed in claim 2, it is characterised in that in the water intaking bolt route Change for the third channel for changing the flow direction of the sterilized water with having on the bifurcation of circulation route Valve.

12. water treatment systems as claimed in claim 2, it is characterised in that

The water intaking bolt is by the first water intaking bolt for being used for the water for discharging first storage bin and for discharging Second water intaking bolt of the water of second storage bin is constituted,

The water intaking bolt route is by the first water intaking bolt route for being connected to the first water intaking bolt and is connected to institute The the second water intaking bolt route for stating the second water intaking bolt is constituted.

13. water treatment systems as claimed in claim 2, it is characterised in that first storage bin and Second storage bin is distinguished below and above, and the upper end of the water intaking bolt route and circulation canal Height it is lower than the height of the full-water level of first storage bin so that sterilized water because of head difference through institute State circulation canal and water intaking bolt route and discharge from the water intaking bolt.

14. water treatment systems as claimed in claim 1, it is characterised in that for described first is stored up Drainage line that the water of case and the second storage bin is discharged to the outside is deposited in the circulation canal upper bifurcation, and On bifurcation, have for changing the flow direction of the water flowed by the circulation canal second to lead to Road switching valve.

15. water treatment systems as claimed in claim 14, it is characterised in that on the circulation canal The circulating pump of setting is provided between second storage bin and the second channel switching valve, and for Start in the case of the situation of recycling sterilizing water and draining.

16. water treatment systems as claimed in claim 1, it is characterised in that when detecting positioned at described During the sterilization cup of the bottom of water intaking bolt, sterilized water is discharged by the water intaking bolt.

A kind of 17. method for disinfection of water treatment system, comprise the following steps：

A), the water for filtering in filter house is stored in the first storage bin and the second storage bin with different temperature It is internal；

B), sterilized water is generated in sterilization module, the sterilization module is provided on circulation canal, described Circulation canal in order that first storage bin and the water circulation in the second storage bin and set up connection；

C) sterilized water is discharged from water intaking bolt；

D), washings are fed to into the water intaking bolt and are rinsed.

The method for disinfection of 18. water treatment systems as claimed in claim 17, it is characterised in that it is described c) In step, the sterilized water is by the water intaking bolt route in the circulation canal upper bifurcation from the water intaking Bolt is discharged.

The method for disinfection of 19. water treatment systems as claimed in claim 18, it is characterised in that it is described b) Step comprises the steps：

B-1), mix the water of first storage bin and the second storage bin, and using the water for mixing in institute Sterilized water is generated in stating sterilization module；

B-2), start the circulating pump being provided on the circulation canal, so that the sterilized water for generating is in institute State the first storage bin, the second storage bin and connect between first storage bin and the second storage bin Circulation canal interior circulation, so as to be sterilized.

The method for disinfection of 20. water treatment systems as claimed in claim 19, it is characterised in that

In the b-1) sterilized water that generates in step is stored in the first storage bin and the second storage bin,

In the c) step, according to the water intaking bolt of control unit sterilization signal, order is stored in first storage The sterilized water of case and the second storage bin is deposited through the circulation canal and water intaking bolt route from the water intaking bolt Discharge.

The method for disinfection of 21. water treatment systems as claimed in claim 20, it is characterised in that it is described c) In step, in the case where sterilized water is discharged by the water intaking bolt, the circulation pump or open repeatedly Open/close.

The method for disinfection of 22. water treatment systems as claimed in claim 19, it is characterised in that

Have：Drainage line, in the circulation canal upper bifurcation；Second channel switching valve, for dividing The flow direction of sterilized water is changed on crunode,

After the c) step, following steps are performed：Make the flowing side of the second channel switching valve To changing towards the drainage line side, and first storage bin and the are discharged by the drainage line Sterilized water in two storage bins.

The method for disinfection of 23. water treatment systems as claimed in claim 19, it is characterised in that

With the cold water water intaking route connected between first storage bin and cold water water intake valve,

In the c) step, according to the water intaking bolt of control unit sterilization signal, first storage bin is made The sterilized water of interior storage is discharged from the water intaking bolt by cold water water intaking route.

The method for disinfection of 24. water treatment systems as claimed in claim 18, it is characterised in that it is described b) In step, according to the water intaking bolt of control unit sterilization signal, in making first storage bin and the second storage bin The water extraction filtered of storage is supplied in sterilization module, so that sterilization water generating.

The method for disinfection of 25. water treatment systems as claimed in claim 17, it is characterised in that

The circulation canal includes：First adapter path, connect the upper space of first storage bin with The bottom of the second storage bin；Second adapter path, connects the lower space and second of first storage bin The top of storage bin；Circulation route, in order that the water discharged from second storage bin is flowed into described the The upper space of one storage bin and set up connection,

The first adapter path stop valve is respectively formed with first adapter path and the second adapter path With first passage switching valve,

Under sterilization mode, the first adapter path stop valve and first passage switching valve are alternately and repeatedly opened Open/close.

The method for disinfection of 26. water treatment systems as claimed in claim 17, it is characterised in that

Full water is detected by the level sensor being provided in first storage bin in a) step In the case of position, the later step of the b) step is performed.

The method for disinfection of 27. water treatment systems as claimed in claim 17, it is characterised in that

The level sensor that first storage bin is provided in a) step does not have in setting In detect full-water level in the case of, stop b) the later step of step, and give user output police Accuse.

The method for disinfection of 28. water treatment systems as claimed in claim 17, it is characterised in that

C) the step is that the sterilization positioned at the bottom of the water intaking bolt is detected in sterilization cup test section Perform in the case of cup.

The method for disinfection of 29. water treatment systems as claimed in claim 28, it is characterised in that

During the c) step is performed, in the case where the disengaging of the sterilization cup is detected, Stop sterilized water discharging operation and alert to user's output.

The method for disinfection of 30. water treatment facilities as claimed in claim 29, it is characterised in that

In the stopped process of the sterilized water discharging operation, if do not detect in setting time killed Bacterium cup, then discharge sterilized water and washings successively by the water intaking bolt.

The method for disinfection of 31. water treatment systems as claimed in claim 17, it is characterised in that

The sterilized water generated in the b) step is stored in first storage bin and the second storage bin,

While c) the sterilized water described in step is discharged by the water intaking bolt, first storage Sterilized water in case and the second storage bin is discharged to the outside by drainage line,

Water intaking bolt rinsing in the d) step is by means of filtering and be stored in described in the filter house The washings of the first storage bin and the second storage bin and realize,

After the d) step, by the drainage line by first storage bin and the second storage The washings of case are discharged to the outside, and then make the water for obtaining filtering in the filter house be flowed into the first storage Deposit in case and the second storage bin.

The method for disinfection of 32. water treatment systems as claimed in claim 17, it is characterised in that

In the case where the sterilization cup of the water intaking bolt bottom is detected, perform successively it is described a), b), c), D) step；

In the case where the sterilization cup of the water intaking bolt bottom is not detected by, life in the b) step is made Into sterilized water be circulated in the circulation canal, and perform the sterilization of the first storage bin and the second storage bin.

A kind of 33. water treatment systems that bolt of fetching water can be sterilized, including：

Water treatment facilities, has：Sterilization module, generates sterilized water；Reservoir, mistake in storage filter house The water of filter；Water intaking bolt, for the water of the reservoir is discharged to user；Control unit, performs control to The sterilized water is made to discharge by the water intaking bolt；

Sterilization cup, for housing the sterilized water discharged by the water intaking bolt,

Wherein, according to the water intaking bolt of user sterilization request signal, sterilized water is discharged by the water intaking bolt.

34. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 33, its feature It is,

The water intaking bolt sterilization request signal presses the operating surface being equipped with the water treating module by user The button of plate and produce.

35. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 33, its feature It is, equipped with for detecting the sterilization cup test section of the sterilization cup on the water treatment facilities, and And the water intaking bolt sterilization request signal is in the case where the sterilization cup test section detects the sterilization cup Produce.

36. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 35, its feature It is,

Magnet is formed with the sterilization cup, and the sterilization cup test section is sensed by the magnet The close magnetic field for causing change sensor constitute.

37. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 33, its feature It is that the sterilization cup includes：

First resettlement section, has：Accepting groove, can house the sterilized water discharged by the water intaking bolt； Peristome, is formed at the side of the accepting groove, and overflows can the sterilized water of the accepting groove；

Second resettlement section, is formed at the bottom of first resettlement section, for housing by the peristome The sterilized water of spilling.

38. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 37, its feature It is,

In the case where sterilized water is accommodated in the accepting groove of first resettlement section, under the water intaking bolt At least a portion at end is immersed in the sterilized water.

39. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 33, its feature It is,

The water treatment facilities has the luminescence unit for carrying out state for display water intaking bolt sterilization.

40. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 39, its feature It is,

The luminescence unit is made up of multiple light emitting diodes of the light for launching different color, and is being carried out During water intaking bolt sterilizes, the plurality of light emitting diode is lighted repeatedly and sends the light of different color.

41. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 39, its feature It is,

There is water intaking stopper in the outer periphery of the water intaking bolt, and in the inner side tool of the water intaking stopper There is the luminescence unit.

42. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 33, its feature It is,

Press with the cup installed for water outlet by user in the bottom of the water intaking bolt of the water treatment facilities The water key of pressure, in the case where the sterilization cup is installed in the water treatment facilities, the sterilization The main part of cup separates from the water key.

43. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 42, its feature It is,

Project to form lower end flange portion in the main part of the sterilization cup, and it is mounted in the sterilization cup In the case of the water treatment facilities, the lower end flange portion is contacted with the water treatment facilities and makes institute State and between the main part of sterilization cup and the water treatment facilities, form space, and the water key is located at In the space, so as to prevent the water key to be pressed using the sterilization cup.

44. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 42, its feature It is,

The oriented water treatment facilities direction is formed in the main part of the sterilization cup to project and spaced apart from each other A pair of button guide portion, and the water key is between the button guide portion.

45. water treatment systems that bolt of fetching water can be sterilized as claimed in claim 33, its feature It is,

The sterilization and rinsing of the water intaking bolt are performed using the water purification stored in the reservoir.

A kind of 46. sterilization cups, including：

First resettlement section, it is with the accepting groove that can house the sterilized water discharged by bolt of fetching water, described to take Water bolt is for discharging the water of the reservoir being equipped with water treatment facilities to user；

Second resettlement section, is formed at the bottom of first resettlement section, and houses excessive from the accepting groove The sterilized water for going out.

47. sterilization cups as claimed in claim 46, it is characterised in that first resettlement section includes：

Peristome, is formed at the side of the accepting groove, and the sterilized water of the accepting groove can be made to overflow Go out.

48. sterilization cups as claimed in claim 46, it is characterised in that

Plate mat is formed with the bottom of second resettlement section, and in the magnetic being internally formed of the plate mat Body inserts magnet in insertion section.

49. sterilization cups as claimed in claim 48, it is characterised in that

Magnet cap is inserted in the magnet insertion section, the magnet cap is formed at second resettlement section Bottom surface to cover the top of the magnet, and the inwall of the magnet cap and the magnet insertion section Between be folded with sealing ring.

50. sterilization cups as claimed in claim 46, it is characterised in that

Magnet is inserted in the magnet insertion section formed on the main part of second resettlement section.

51. sterilization cups as described in claim 48 or 50, it is characterised in that include：

Cap, in the state of inserting the magnet in the magnet insertion section, from outside sealing institute State magnet insertion section.

52. sterilization cups as claimed in claim 46, it is characterised in that

There is plate mat in the bottom of second resettlement section, and second resettlement section passes through to hang with plate mat Hook combination, rotation combination or the combination by means of securing member be combined with each other.

53. sterilization cups as claimed in claim 46, it is characterised in that

Be formed with the inside subject of first resettlement section in order to support it is described water intaking bolt sidepiece and inwardly Side is to prominent multiple bolt supporting parts.