CN109549478A

CN109549478A - Water treatment facilities

Info

Publication number: CN109549478A
Application number: CN201710892847.9A
Authority: CN
Inventors: 谷亮; 曹伟; 郝志鹏; 高新龙; 黄辉; 王也; 张进; 徐潼; 龙云飞
Original assignee: Foshan Shunde Midea Water Dispenser Manufacturing Co Ltd
Current assignee: Foshan Shunde Midea Water Dispenser Manufacturing Co Ltd
Priority date: 2017-09-27
Filing date: 2017-09-27
Publication date: 2019-04-02

Abstract

The invention discloses a kind of water treatment facilities, comprising: housing unit, the housing unit are equipped with water receiver；Water purification system, the water purification system are set in the housing unit and purify to water；Drinking-water system, the drinking-water system is set in the housing unit, the drinking-water system includes: heating module, refrigeration module and water supply module, the water supply module is connected to the water purification system, and the water supply module is connected to respectively with the heating module and the refrigeration module to send water to the heating module and the refrigeration module.Water treatment facilities according to an embodiment of the present invention, by the way that water purification system is arranged in housing unit, there are water purification, refrigeration and heat-production functions with the water supply module of water purification system connection and the heating module and refrigeration module that are connected with water supply module, the water treatment facilities.

Description

Water treatment facilities

Technical field

The present invention relates to household appliance technical field more particularly to a kind of water treatment facilities.

Background technique

Water treatment facilities has a single function in the related technology, and does not have water purification function.

Summary of the invention

The present invention is directed to solve one of above-mentioned technical problem at least to a certain extent.

For this purpose, the present invention proposes a kind of water treatment facilities, which has water purification ability, vdiverse in function.

Water treatment facilities according to an embodiment of the present invention includes: housing unit, and the housing unit is equipped with water receiver；Water purification System, the water purification system are set in the housing unit and purify to water；Drinking-water system, the drinking-water system are set to described In housing unit, the drinking-water system includes: heating module, refrigeration module and water supply module, the water supply module and described net Water system connection, the water supply module be connected to the heating module and the refrigeration module respectively with to the heating module and The refrigeration module supplies water.

Water treatment facilities according to an embodiment of the present invention, by the way that water purification system and water purification system are arranged in housing unit The water supply module of connection and the heating module and refrigeration module being connected with water supply module, the water treatment facilities have water purification, system Cold and heat-production functions.

In addition, water treatment facilities according to an embodiment of the present invention, can also have the following additional technical features:

According to one embodiment of present invention, there is the heating module the first discharge pipe line, the refrigeration module to have Second discharge pipe line, the drinking-water system further include: drain assembly, the drain assembly include: third discharge pipe line, and described The three discharge pipe lines outlet with first discharge pipe line and second discharge pipe line respectively；Valve module is drained, it is described Draining valve module is connect respectively with first discharge pipe line, second discharge pipe line and the third discharge pipe line to be connected Or close the third discharge pipe line.

According to one embodiment of present invention, the heating module includes: hot tank, the input end of the hot tank and the confession The connection of water module；The input end of i.e. hot component, the i.e. hot component is connected to the outlet end of the hot tank.

According to one embodiment of present invention, first discharge pipe line includes the first branch and second branch, wherein institute It states the first branch to be connected to the i.e. hot component, the second branch is connected to the hot tank, the first branch and described Enter the third discharge pipe line after two branches confluence.

According to one embodiment of present invention, the first branch is equipped with the first check valve, and first check valve is unidirectional The first branch is connected.

According to one embodiment of present invention, the draining valve module includes: the first drain solenoid valve, first draining Solenoid valve has the first water inlet pipe, and first water inlet pipe is connected to first discharge pipe line；Second drain solenoid valve, it is described Second drain solenoid valve has the second water inlet pipe, and second water inlet pipe is connected to second discharge pipe line；Outlet pipeline, institute State outlet of the outlet pipeline respectively with first drain solenoid valve and second drain solenoid valve.

According to one embodiment of present invention, further includes: controller, the controller respectively with the first row water power magnetic Valve and second drain solenoid valve electrical connection.

According to one embodiment of present invention, further includes: display screen, the display screen is connect with the controller, described Display screen is equipped with a key cancel key.

According to one embodiment of present invention, the water receiver have the 4th discharge pipe line, the 4th discharge pipe line with The third discharge pipe line connection.

According to one embodiment of present invention, further includes: second one-way valve, described in the second one-way valve one-way conduction Four discharge pipe lines.

According to one embodiment of present invention, further includes: drainpipe, the drainpipe and the third discharge pipe line and the The connection of four discharge pipe lines, and between the draining valve module and the second one-way valve.

According to one embodiment of present invention, the drainpipe is telescopic tube, and the drainpipe and the third drain Pipeline is detachably connected.

According to one embodiment of present invention, the drinking-water system further include: multiple water outlet solenoid valves, each water outlet Solenoid valve structure sets out the valve chamber of open at one end；Waterway structure, the waterway structure include: substrate, the downward concave shape of substrate At there is multiple bonnets, each bonnet is connected to the water outlet solenoid valve and the common structure of the valve chamber sets out water storage compartment, often A water storage compartment has a water inlet and the first water outlet, wherein the first adjacent water outlet is interconnected and is formed out Water water route；Outlet pipe, the outlet pipe are connect with the water outlet in the water outlet water route.

According to one embodiment of present invention, the bonnet have upwardly extend and spaced first annular partition and Second annular partition, the first annular partition limits the exhalant canal being connected to the water storage compartment, described first annular The outer peripheral surface of partition limits the intake tunnel being connected to the water storage compartment with the inner peripheral surface of second annular partition.

According to one embodiment of present invention, the water supply module includes: box assembly, and the box assembly restriction is provided There is the water storage cavity of steam inlet and exhaust outlet；Box is condensed, the condensation box, which is installed in the water storage cavity and is formed with gas circuit, to be led to Road, the gas channels are connected to the steam inlet with the exhaust outlet respectively.

According to one embodiment of present invention, the water tank limits the water storage cavity with water inlet and the first water outlet； Mechanical level switch, the mechanical level switch are set in the water storage cavity, and the liquid level in the water storage cavity is lower than predetermined value When, the mechanical level switch opens the water inlet；When liquid level in the water storage cavity is higher than predetermined value, the machinery liquid Bit switch closes the water inlet；Electronic level detection device, the electronic level detection device are set to the water tank and are used for Detect the liquid level of the water storage cavity；Water supply pump, the water supply pump are connect with the water tank, the electronic level detection device detection When being higher than predetermined value to the liquid level in the water tank, the water supply pump stops pumping to the water tank.

According to one embodiment of present invention, the housing unit includes: annular surface frame, and the surface frame has longitudinal framework Portion and lateral frame；Panel, the panel is connected with longitudinal frame and the lateral frame clamping respectively, and institute The top for stating panel is equipped with effluent trough, and the lower part of the panel has water receiving tank；Water outlet piece, the water outlet piece be mounted on it is described go out In sink, and the water outlet piece is connected with panel clamping；Water receiver, the water receiver are mounted in the water receiving tank, and The water receiver is connected with panel clamping.

According to one embodiment of present invention, the panel includes: main panel portion, the main panel portion extend longitudinally and It is clamped with longitudinal frame, the effluent trough is set to the main panel portion；Curved panel portion, the curved panel portion are set to The both ends in the front side in the main panel portion and the curved panel portion are connected to the lower part in the main panel portion to limit Water receiving tank is stated, the water receiver is clamped with the main panel portion and the curved panel portion respectively.

According to one embodiment of present invention, the water receiver is removably mounted in the water receiving tank and the water receiving Box is located at the lower section of the water outlet piece, and the water receiver has reservoir chamber, and the bottom of the water receiver is equipped with and is connected to the storage The third water outlet of water chamber.

According to one embodiment of present invention, the housing unit further include: braced frame, the braced frame include: Pedestal；Lower pallet, the lower pallet is located above the pedestal, and the lower pallet is spaced apart with the pedestal；Middle supporting plate, institute It states middle supporting plate to be located above the lower pallet, and the middle supporting plate is spaced apart with the lower pallet；Supporting element, the supporting element point It is not connected with the pedestal, the lower pallet and the middle supporting plate.

According to one embodiment of present invention, the water purification system includes: filter cartridge seat, and the filter cartridge seat is pacified equipped with filter core Tankage, the filter cartridge seat were equipped with water interface；Integrated filter element, the integrated filter element cooperate pluggablely in the mounting groove Interior, the integrated filter element is equipped with filter core interface, and the filter core interface cooperates pluggablely to be crossed in water interface described.

According to one embodiment of present invention, the water purification system includes: filter cartridge seat, and the filter cartridge seat is located at the shell In component, the filter cartridge seat is equipped with filter element life reset key and filter element life warning light；Integrated filter element, the integrated filter element It is removably engaged in the filter cartridge seat；Controller, the controller be located in the housing unit and respectively with the filter Core service life reset key is connected with filter element life warning light, and the controller records the use time of the integrated filter element and in institute It states and controls the filter element life warning light prompt user when reaching intended life using the time, the controller is grasped in user It is reset described using the time after making the filter element life reset key.

According to one embodiment of present invention, the water treatment facilities further include: refrigerating system, the refrigerating system packet It includes: cabinet, evaporator and compressor assembly, wherein the cabinet is set to structure between the middle supporting plate and the lower pallet and sets out Refrigerating chamber, the compressor assembly are set on the pedestal, and the evaporator is connected to the rear side of braced frame.

According to one embodiment of present invention, further includes: compressor assembly, the compressor assembly are set to the pedestal On, the pedestal has multiple mounting holes through the pedestal upper and lower surface, and the compressor assembly includes: first clamping plate, The first clamping plate is connected to the lower surface of the pedestal, is formed with multiple positioning plates in the upper surface of the first clamping plate；Pressure Contracting machine, the compressor have bottom plate, and the bottom plate has multiple first through hole corresponding with the mounting hole, the bottom plate peace Upper surface loaded on the pedestal；Second clamping plate, the second clamping plate fit in the top surface of the bottom plate and have the second through-hole, The positioning plate sequentially passes through the mounting hole, the first through hole and second through-hole.

Additional aspect and advantage of the invention will be set forth in part in the description, and will partially become from the following description Obviously, or practice through the invention is recognized.

Detailed description of the invention

Above-mentioned and/or additional aspect of the invention and advantage will become from the description of the embodiment in conjunction with the following figures Obviously and it is readily appreciated that, in which:

Fig. 1 is the explosive view of water treatment facilities according to some embodiments of the invention；

Fig. 2 is the perspective view of water treatment facilities according to some embodiments of the invention；

Fig. 3 is the partial perspective view of water treatment facilities according to some embodiments of the invention；

Fig. 4 is the partial perspective view of water treatment facilities according to some embodiments of the invention；

Fig. 5 is the partial perspective view of the drinking-water system of water treatment facilities according to some embodiments of the invention；

Fig. 6 is the perspective view of the draining valve module of water treatment facilities according to some embodiments of the invention；

Fig. 7 is water outlet solenoid valve and water route assembling structure perspective view according to some embodiments of the invention；

Fig. 8 is that the assembling structure of water outlet solenoid valve and another angle of water route according to some embodiments of the invention is three-dimensional Figure；

Fig. 9 is the cross-sectional view of waterway structure according to some embodiments of the invention；

Figure 10 is the perspective view of the box assembly of water treatment facilities according to some embodiments of the invention；

Figure 11 is the partial perspective view of the box assembly of water treatment facilities according to some embodiments of the invention；

Figure 12 is the cross-sectional view of the box assembly of water treatment facilities according to some embodiments of the invention；

Figure 13 is the partial perspective view of the housing unit of water treatment facilities according to some embodiments of the invention；

Figure 14 is the partial exploded view of the housing unit of water treatment facilities according to some embodiments of the invention；

Figure 15 is the partial perspective view of water treatment facilities according to some embodiments of the invention；

Figure 16 is the explosive view of the water purification system of water treatment facilities according to some embodiments of the invention；

Figure 17 is the explosive view of the compressor assembly of water treatment facilities according to some embodiments of the invention.

Appended drawing reference:

Water treatment facilities 100；

Housing unit 10；Surface frame 11；Panel 12；Main panel portion 121；Curved panel portion 122；Water outlet piece 13；Effluent trough 14； Water receiving tank 15；Side plate 16；Backboard 17；Braced frame 18；Lower pallet 181；Middle supporting plate 182；Supporting element 183；Pedestal 184；Installation Hole 1841；Top plate 19；

Water purification system 20；Filter cartridge seat 21；Filter core mounting groove 211；Filter element life reset key 213；Integrated filter element 22；Filter core Interface 221；Plate of water route 23；Cross water interface 231；

Drinking-water system 30；

Heating module 31；First discharge pipe line 311；The first branch 3111；First check valve 31111；Second branch 3112； Hot tank 312；I.e. hot component 313；

Refrigeration module 32；Cold tank 322；

Water supply module 33；Box assembly 331；Steam inlet 3311；Exhaust outlet 3312；Water tank 3313；Water storage cavity 3314；Machine Tool liquid-level switch 332；Electronic level detection device 333；Water supply pump 334；Water inlet 335；Second water outlet 336；Condense box 337；

Drain assembly 34；Third discharge pipe line 341；Drain valve module 342；First drain solenoid valve 3421；First water inlet Pipe 34211；Second drain solenoid valve 3422；Second water inlet pipe 34221；Outlet pipeline 3423；

Drainpipe 35；

Water outlet solenoid valve 36；

Waterway structure 37；Substrate 371；Bonnet 3711；First annular partition 37111；Second annular partition 37112；Water outlet Pipe 372；

Sterilizer 38；

Controller 40；

Display screen 50；

Water receiver 60；4th discharge pipe line 61；Second one-way valve 62；Third water outlet 63；

Refrigerating system 70；Cabinet 71；Refrigerating chamber 711；

Evaporator 72；

Compressor assembly 73；First clamping plate 732；Positioning plate 7321；Compressor 733；Bottom plate 7331；First through hole 73311； Second clamping plate 734；Second through-hole 7341.

Specific embodiment

The embodiment of the present invention is described below in detail, the example of embodiment is shown in the accompanying drawings, wherein identical from beginning to end Or similar label indicates same or similar element or element with the same or similar functions.It is retouched below with reference to attached drawing The embodiment stated is exemplary, it is intended to is used to explain the present invention, and is not considered as limiting the invention.

Water treatment facilities 100 according to an embodiment of the present invention is described referring to Fig. 1 to Figure 17,

As shown in Fig. 1 combination Fig. 3, Fig. 4 and Fig. 5, which substantially may include: housing unit 10, net Water system 20 and drinking-water system 30.Wherein, housing unit 10 has water receiver.

Water purification system 20 is set to housing unit 10 with municipal Natural Water pipeline connection to purify to Natural Water.Drinking-water System 30 is set in housing unit 10, and drinking-water system 30 includes: heating module 31, refrigeration module 32 and water supply module 33, is supplied water Module 33 is connected to water purification system 20, and water supply module 33 is connect respectively with to heating module with heating module 31 and refrigeration module 32 31 and refrigeration module 32 send water.

Specifically, being delivered to the storage of water supply module 33 after tap water is purified by water purification system 20.Water supply module 33 It supplies water respectively to heating module 31 and refrigeration module 32, i.e., the water treatment facilities 100 has water purification, refrigeration and heat-production functions, can To provide a user hot water, cold water and normal-temperature water, without additional configuration bucket.

Water treatment facilities 100 according to an embodiment of the present invention as a result, in housing unit 10 be arranged water purification system 20, with The water supply module 33 that water purification system 20 is connected to and the heating module 31 and refrigeration module 32 that are connected with water supply module 33, at the water Managing device 100 has water purification, refrigeration and heat-production functions.

In some embodiments, heating module 31 has the first discharge pipe line 311, and refrigeration module 32 has the second discharge pipe line (not shown go out), drain assembly 34 include: third discharge pipe line 341 and draining valve module 342, and third discharge pipe line 341 is distinguished With the outlet of the first discharge pipe line 311 and the second discharge pipe line, drain valve module 342 respectively with the first discharge pipe line 311, Second discharge pipe line and the connection of third discharge pipe line 341 are on and off third discharge pipe line 341.

As shown in Figure 4 and Figure 5, drain assembly 34 includes: third discharge pipe line 341 and draining valve module 342, third draining The outlet with the first discharge pipe line 311 and the second discharge pipe line respectively of pipeline 341, draining valve module 342 is respectively with first Discharge pipe line 311, the second discharge pipe line and the connection of third discharge pipe line 341 are on and off third discharge pipe line 341.Change speech It, the first discharge pipe line 311 is used to discharge the water in heating module 31, and the second discharge pipe line is for discharging in refrigeration module 32 It flows into third discharge pipe line 341 after the water convergence of water, the first discharge pipe line 311 and the second discharge pipe line to be discharged, wherein drain valve When component 342 is opened, third discharge pipe line 341 is switched on, and the water of heating module 31 and refrigeration module 32 is discharged；Drain valve group When part 342 is closed, third discharge pipe line 341 is blocked, the water of heating module 31 and refrigeration module 32 be only capable of from hot water outlet and Cooling water outlet and normal-temperature water outlet outflow.

That is, user only needs to open drain valve when heating module 31 and refrigeration module 32 need to empty residual water Component 342, so that the draining of water treatment facilities 100 becomes simple and is easily achieved.

In some alternative embodiments, as shown in figure 5, heating module 31 includes being hot component 313 and hot tank 312, hot tank 312 Input end be connected to water supply module 33, i.e., the input end of hot component 313 is connected to the outlet end of hot tank 312.Wherein, hot tank 312 be preheated between 40-50 degrees Celsius to water, and when user needs to drink hot water, the water in hot tank 312 can lead to It crosses i.e. hot component 313 and quickly heats up to 95 degrees Celsius or more, to meet the needs of quickly using hot water for user.

In some optional examples, as shown in Figure 4 and Figure 5, the first discharge pipe line 311 includes: the first branch 3111 and second Branch 3112, wherein the first branch 3111 is connected to i.e. hot component 313, and second branch 3112 is connected to hot tank 312.In other words, Water in i.e. hot component 313 can be discharged by the first branch 3111, and the water in hot tank 312 can pass through 3112 row of second branch Out, enter third discharge pipe line 341 after the water of the first branch 3111 and second branch 3112 confluence.

In further optional example, the first branch 3111 is equipped with the first check valve 31111, and the first check valve 31111 is unidirectional The first branch 3111 is connected.Wherein, the first branch 3111 and second branch 3112 are connected to i.e. hot component 313 and hot tank 312 bottom.That is, 31111 permission water of the first check valve are discharged out of i.e. hot component 313, do not allow in hot tank 312 Water i.e. hot component 313 is flowed by the first branch 3111, so as to prevent the water of hot 312 component bottom of tank from directly passing through the It is in hot component 313 that one branch 3111, which enters,.

It is understood that the coolant-temperature gage of hot 312 bottom of tank is relatively low, the coolant-temperature gage at hot 312 top of tank is relatively high, Therefore, the outlet end of hot tank 312 is set to the top of hot tank 312, effectively water could be preheated.

In other alternative embodiments, as shown in Figure 5 and Figure 6, draining valve module 342 includes: the first drain solenoid valve 3421, the second drain solenoid valve 3422 and outlet pipeline 3423.

First drain solenoid valve 3421 has the first water inlet pipe 34211, the first water inlet pipe 34211 and the first discharge pipe line 311 connections, the second drain solenoid valve 3422 have the second water inlet pipe 34221, and the second water inlet pipe 34221 and the second discharge pipe line connect It is logical, the outlet with the first drain solenoid valve 3421 and the second drain solenoid valve 3422 respectively of outlet pipeline 3423.In other words It says, the first drain solenoid valve 3421 controls on-off between the first discharge pipe line 311 and third discharge pipe line 341, second row water power Magnet valve 3422 controls the on-off between the second discharge pipe line and third discharge pipe line 341.It normally works in water treatment facilities 100 Under mode, the first drain solenoid valve 3421 and the second drain solenoid valve 3422 are in closed state, so that 32 He of refrigeration module 31 water route of heating module is relatively independent, and crossfire does not occur.

In still other alternative embodiment, water treatment facilities 100 further includes controller 40, and controller 40 is drained with first respectively Solenoid valve 3421 and the electrical connection of the second drain solenoid valve 3422.Wherein, the first drain solenoid valve 3421 and the second drain solenoid valve 3422 control opened or closed by controller 40 controls the first drain solenoid valve 3421 by controller 40 and with second Drain solenoid valve 3422 realizes being turned on and off for third draining water route to automate.

In one particular embodiment of the present invention, water treatment facilities 100 further includes display screen 50, display screen 50 and control Device 40 connects, and display screen 50 is equipped with a key cancel key (not shown go out).As such, it is desirable to when being cleaned to water treatment facilities 100, User presses next key cancel key, the first drain solenoid valve 3421 and the second drain solenoid valve 3422 and opens synchronous, to complete The drainage procedure of refrigeration module 32 and heating module 31 facilitates user easily to realize the demand of cleaning.

The phenomenon that " leak " inevitably will appear during using water treatment facilities 100 due to user, in order to It prevents the water for leaking down from directly dropping on the ground, influences the environment around water treatment facilities 100, such as Fig. 4, water treatment facilities 100 Be additionally provided with water receiver 60, water receiver 60 is oppositely arranged in above-below direction with water outlet piece 13, thus water receiver 60 can will from go out The water that the water and water receiving container that water part 13 is scattered overflow.

In other embodiments of the invention, such as Fig. 4 and Fig. 5, water receiver 60 has the 4th discharge pipe line 61, the 4th row Water lines 61 are connected to third discharge pipe line 341.In other words, the water in water receiver 60 can also pass through third discharge pipe line 341 Discharge so that the Water drainage system design of entire water treatment facilities 100 more rationally and conveniently.

In alternative embodiment, such as Fig. 5, the 4th discharge pipe line 61 is equipped with second one-way valve 62, and second one-way valve 62 is for single To the 4th discharge pipe line 61 of conducting.It is understood that in drainage procedure, due to the water in third discharge pipe line 341 is larger, Flow velocity is very fast, and the hydraulic pressure in third discharge pipe line 341 is greater than the 4th discharge pipe line 61, and second one-way valve 62 the 4th rows of permission Water in water lines 61 is to 341 direction one-way conduction of third discharge pipe line, and therefore, the setting of second one-way valve 62 avoids third Water in discharge pipe line 341 pours into the 4th discharge pipe line 61, that is, avoids the water of refrigeration module 32 and heating module 31 by the 4th Discharge pipe line 61 flows to water receiver 60.

In still other embodiments of the invention, such as Fig. 4 and Fig. 5, water treatment facilities 100 further include: drainpipe 35, draining Pipe 35 is connected to third discharge pipe line 341 and the 4th discharge pipe line 61, and be located at draining valve module 342 and second one-way valve 62 it Between.That is, the water of all discharge pipe lines passes through drainpipe 35 and discharges in complete machine drainage procedure.

In alternative embodiment, drainpipe 35 is telescopic tube, and drainpipe 35 removably connects with third discharge pipe line 341 It connects.Particularly, drainpipe 35 can be arranged to soft telescoping tube, third discharge pipe line 341 is accessed in one end in draining, another End becomes free end, when not draining, unloads drainpipe 35, since drainpipe 35 is telescopic tube, does not take up space when idle.

In other embodiments of the invention, as shown in figure 5 and figure 7, drinking-water system 30 further include: multiple water outlet solenoid valves 36 and waterway structure 37.

As shown in Fig. 7 combination Fig. 8 and Fig. 9, each 36 structure of water outlet solenoid valve sets out the valve chamber of open at one end.Waterway structure 37 It include: substrate 371 and outlet pipe 372, recess is formed with multiple bonnets 3711 to substrate 371 downwards, and each bonnet 3711 is connected to Water outlet solenoid valve 36 and the common structure of valve chamber set out water storage compartment, and each water storage compartment has a water inlet and the first water outlet, Wherein, the first adjacent water outlet, which is interconnected, forms water outlet water route.Outlet pipe 372 is connect with the water outlet in water outlet water route.

For multiple 36 integrated installations of water outlet solenoid valve on substrate 371, multiple bonnets 3711 and multiple water outlet solenoid valves 36 are total With multiple water storage compartments are limited, each water outlet solenoid valve 36 controls the on-off in one of water route, so that different water Mutually indepedent between road, complementation interference, every water route passes through the discharge of water outlet water route, i.e., the drinking-water system 30 may be implemented mostly into One goes out, so that entire water circuit system structure is more succinct, occupies small volume.

In certain embodiments, as shown in Figure 7 and Figure 8, water outlet solenoid valve 36 there are four the drinking-water system 30 tools, four A water outlet solenoid valve 36 is connect with waterway structure 37 respectively sets out four water storage compartments (not shown go out) with structure, to realize control The on-off in four water routes.

For example, can pacify in the water treatment facilities 100 with room temperature water route, hot water water route, cold water water route and warm water water route Harness has multiple water outlet solenoid valves 36 of above-described embodiment, controls room temperature water route, hot water water route, cold water by water outlet solenoid valve 36 The on-off in water route and warm water water route, it is to be understood that by controlling different 36 on-off of water outlet solenoid valve, wherein one can be opened Water route, can also open different water routes, i.e. water treatment facilities 100 can only discharge normal-temperature water, hot water, cold water and temperature simultaneously One kind of water is discharged after can also mixing two kinds of water.

The water outlet water route in multiple water routes is integrated in a water route knot by water treatment facilities 100 according to an embodiment of the present invention On structure 37, and the on-off in different water routes is controlled by different water outlet solenoid valves 36,36 modular construction of water outlet solenoid valve is simple, It is easy to use.

In some alternative embodiments, as shown in figure 9, bonnet 3711 have upwardly extend and it is spaced it is first annular every Plate 37111 and the second annular partition 37112, first annular partition 37111 limit the exhalant canal being connected to water storage compartment, the The outer peripheral surface of one annular partition 37111 limits the water inlet being connected to water storage compartment with the inner peripheral surface of the second annular partition 37112 Channel.Wherein, first annular partition 37111 is located at 3711 center of bonnet, contacts with the bottom surface of bonnet 3711, the second annular partition 37112 periphery is connected with the bottom end of the inner wall of bonnet 3711, that is to say, that water storage compartment is by first annular 37111 He of partition Second annular partition 37112 is separated into the exhalant canal positioned at inner ring and the intake tunnel positioned at outer ring, and water flow is logical by water inlet Road intakes to water storage compartment, and water storage compartment is discharged by exhalant canal

In some optional examples, referring to Fig. 9, the upper surface of first annular partition 37111 is lower than the second annular partition 37112 Upper surface.In other words, the first water outlet in water storage compartment is lower than water inlet, leads in this way, closing water inlet when solenoid valve 36 When road, ensure that in water storage compartment will not there are remaining water.If the remaining water in water storage compartment is cleared up not in time, it is easy to Jiu Huizi Endophytic bacteria, therefore, the design protection of the low first water outlet health of user.

In some embodiments of the invention, water supply module 33 includes: box assembly 331 and condensation box 337.

Specifically, such as Figure 10, box assembly 331 limits the water storage cavity with steam inlet 3311 and exhaust outlet 3312 3314.Condensation box 337 is installed in water storage cavity 3314 and is formed with gas channels, gas channels respectively with steam inlet 3311 with Exhaust outlet 3312 is connected to.In this way, after high-temperature steam enters condensation box 337, the inner circumferential face contact shape of high-temperature steam and condensation box 337 At condensed water, the cooling to high-temperature steam is realized.

Make the structure arrangement of water tank 3313 more succinct in water storage cavity 3314 in addition, box 337 will be condensed and be accommodated in, by It is located in water storage cavity 3314 in condensation box 337, the water in water storage cavity 3314 can take away condensation box 337 again and absorb heat, thus The lowering ability of condensation box 337 can be improved.

Furthermore the condensed water of formation of the high-temperature steam in condensation box 337 can easily be back to water storage cavity again 3314, it avoids and is shaped to condensed water in 3313 shape of water tank living environment is polluted.

Water treatment facilities 100 according to an embodiment of the present invention is installed in water storage cavity 3314 by that will condense box 337, is had Effect ground condenses high-temperature steam, avoids high-temperature steam and damages to user, and the box assembly 331 is simple for structure, Lowering ability is strong.

In other embodiments of the invention, as shown in Figure 10 combination Figure 11 and Figure 12, water supply module 33 includes cabinet Component 331, mechanical level switch 332, electronic level switch and water supply pump 334.

Wherein, box assembly 331 includes water tank 3313, and water tank 3313 is limited with water inlet 335 and the second water outlet 336 water storage cavity 3314.Mechanical level switch 332 is set in water storage cavity 3314, and the liquid level in water storage cavity 3314 is lower than predetermined When value, mechanical level switch 332 opens water inlet 335.When liquid level in water storage cavity 3314 is higher than predetermined value, mechanical level is opened It closes 332 and closes water inlet 335.Electronic level detection device 333 is set to water tank 3313 for detecting the liquid level of water storage cavity 3314. Water supply pump 334 is connect with water tank 3313, and electronic level detection device 333 detects that the liquid level in water tank 3313 is higher than predetermined value When, water supply pump 334 stops pumping to water tank 3313.

I.e. mechanical level switch 332 can turn off or on water inlet according to the height of liquid level in water storage cavity 3314 to determine 335.In other words, mechanical level switch 332 can block external source to continue to 3313 private water supply of water tank, it is possible to understand that It is that, when the situation that the hydraulic pressure of external source is larger, mechanical level switch 332 will fail, water inlet 335 can not be carried out effectively It closes.

Therefore, by the liquid level in 333 Simultaneous Monitoring water storage cavity 3314 of electronic level detection device, in water storage cavity 3314 Liquid level be higher than predetermined value when, water supply pump 334 stop to water tank 3313 pump.In this way, being stopped from source to water storage cavity 3314 continue to supply water, and mechanical level switch 332 is allowed accurately to control water inlet 335 according to the liquid level in water storage cavity 3314 On-off.

Water treatment facilities 100 according to an embodiment of the present invention as a result, is examined by mechanical level switch 332 and electronic level It surveys device 333 while monitoring the liquid level in water storage cavity 3314, the liquid level in water tank 3313, anti-patching can be accurately controlled Device 100 occurs seeping water and drainage, improves the safety of water treatment facilities 100.

As shown in Fig. 2, Figure 13 and Figure 14, according to one embodiment of present invention, housing unit 10 includes: surface frame 11, face Plate 12, water outlet piece 13 and water receiver 60.

Specifically, surface frame 11 is generally formed into ring structure, surface frame 11 includes: longitudinal frame and lateral frame, Longitudinal frame is formed as downwardly open U-shaped structure, and lateral frame is formed as aft-opening U-shaped structure, and longitudinal frame Body portion and the open end of lateral frame are connected to form ring structure, and the outer peripheral edge of panel 12 is clamped phase with the inner peripheral of surface frame 11 Even, as shown in figure 13, the inner peripheral of the upper periphery edge of panel 12 and longitudinal frame is clamped, the outer peripheral edge of the lower part of panel 12 It is clamped with the inner peripheral of lateral frame, and the top of panel 12 is equipped with effluent trough 14, lower part is equipped with water receiving tank 15.

Wherein, water outlet piece 13 is mounted in effluent trough 14, and water outlet piece 13 is connected with the clamping of panel 12, and water receiver 60 is installed In water receiving tank 15, and the outer side surface of water receiver 60 is connected with the clamping of the interior sidewall surface of water receiving tank 15.

The housing unit 10 of water treatment facilities 100 according to the present invention as a result, annular surface frame 11, panel 12, water outlet piece 13 It can mutually be connect between water receiver 60, eliminate the bolt or screw fastener between connected components, reduce housing unit 10 Production cost, and be mutually clamped between connected components, high stability is easy to assembly, and housing unit can be substantially improved 10 assembly efficiency prevents housing unit 10 caused by falling off because of fastener from damaging.

In one embodiment of the invention, panel 12 includes: main panel portion 121 and curved panel portion 122, main panel portion 121 extend longitudinally, and the inner peripheral of the outer peripheral edge in main panel portion 121 and longitudinal frame is clamped, and effluent trough 14 is located at interarea In plate portion 121, curved panel portion 122 is located at the lower front in main panel portion 121, week of the curved panel portion 122 along water receiver 60 To extension, and the both ends in curved panel portion 122 are connected to the lower part in main panel portion 121, curved panel portion 122 and main panel portion 121 cooperations limit water receiving tank 15, and the front and curved panel portion 122 of the outer side surface of water receiver 60 are clamped, water receiver 60 The rear portion and main panel portion 121 of outer side surface are clamped.

Panel 12 is arranged to main panel portion 121 and curved panel portion 122, on the one hand can reduce the production work of panel 12 Skill difficulty reduces production cost, and convenient transportation and replacement, on the other hand, can mention for the installation and removal of water receiver 60 For convenient.

As shown in figure 15, in some alternative embodiments of the invention, water receiver 60 is removably mounted on water receiving tank 15 It is interior, and water receiver 60 is located at the lower section of water outlet piece 13, cup is supported on water receiver 60, and reservoir chamber use is defined in water receiver 60 In accommodating the water flow overflowed in water outlet piece 13 and cup, contaminated water flow ambient enviroment is prevented, as shown in figure 5, the bottom of water receiver 60 Portion is equipped with third water outlet 63, and third water outlet 63 is connected to reservoir chamber, and the water flow in reservoir chamber passes through 61 row of the 4th discharge pipe line Out.

Water receiver 60 is mounted in water receiving tank 15 as a result, water receiver 60 can not only be promoted and be mounted on housing unit 10 On mounting stability, prevent water receiver 60 be detached from or shake, moreover it is possible to promote the globality of 100 surface structure of water treatment facilities, And by the way that third water outlet 63 is arranged in the bottom of water receiver 60, in cleaning water receiver 60 when sewage, without removing water receiver 60, the efficiency of sewage treatment is not only improved, but also easy to operate, is provided convenience for user using water treatment facilities 100.

In some embodiments, housing unit 10 further includes braced frame 18, and braced frame 18 includes: pedestal 184, lower pallet 181, middle supporting plate 182 and supporting element 183 (such as multiple support bars).

Specifically, as shown in figure 15, lower pallet 181 is located at 184 top of pedestal, and lower pallet 181 and pedestal 184 are spaced It opens；Middle supporting plate 182 is located at 181 top of lower pallet, and middle supporting plate 182 is spaced apart with lower pallet 181.That is, middle supporting plate 182, lower pallet 181 and pedestal 184 are successively arranged spaced apart in direction from top to bottom.

Supporting element 183 is connected with pedestal 184, lower pallet 181 and middle supporting plate 182 respectively.Supporting element 183 is used in pedestal 184, play the role of support and connection between lower pallet 181 and middle supporting plate 182.In this way, supporting element 183, pedestal 184, subiculum Plate 181 and middle supporting plate 182 may be constructed the braced frame 18 of 100 complete machine of water treatment facilities, at this point, inside water treatment facilities 100 Other components can be set or be fixed on pedestal 184, lower pallet 181 and middle supporting plate 182.

Pedestal 184, lower pallet 181 and middle supporting plate 182 compared to water treatment facilities 100 in the related technology are fixed on side On plate 16, the braced frame 18 of water treatment facilities 100 according to an embodiment of the present invention can be with due to not having the obstruction of side plate 16 Facilitate the welding for the components (such as refrigerating plant) for completing water treatment facilities 100, vacuumizes, refrigerant and other assembly are perfused Operation, assembly become more easy.

In some embodiments of the invention, as shown in Fig. 1 and Figure 16, water treatment facilities 100 includes: filter cartridge seat 21, collection At filter core 22 and controller 40.

Filter cartridge seat 21 is equipped with filter core mounting groove 211, and filter cartridge seat 21 was equipped with water interface 231.Integrated filter element 22 can be inserted Cooperation rise sheer from level ground in filter core mounting groove 211, integrated filter element 22 is equipped with filter core interface 221, and filter core interface 221 cooperates pluggablely It is crossing in water interface 231.

Specifically, integrated filter element 22 by multi-stage filter integrating in a filter core, have the function of multiple filter cores, Specific manufacturing method is known to the skilled in the art, and which is not described herein again.

Purifier according to an embodiment of the present invention, by the way that integrated filter element 22 is arranged, compared to more piece filter core in the related technology Purifier, can be convenient for integrated filter element 22 setting, convenient for simplify integrated filter element 22 installation process, avoid user from pacifying Filter core sequence error occurs when dress or omits the installation of filter core, convenient for improving the purifying water effect of purifier.Convenient for guaranteeing water purification The functional reliability of equipment.

Also, by cooperating integrated filter element 22 in filter core mounting groove 211 pluggablely, it is convenient for integrated filter element 22 in this way Replacement, after expiring in 22 service life of integrated filter element, only need to disposably replace integrated filter element 22, filter element replacing process can be completed, Compared to the purifier of more piece filter core in the related technology, can be integrated to avoid more piece filter core is replaced complicated for operationly convenient for improving The replacement efficiency of filter core.

In addition, integrated filter element 22 cooperates in filter core mounting groove 211 pluggablely, the installation of integrated filter element 22 can be convenient for And integrated filter element 22 need to be only inserted into filter core mounting groove 211, in disassembly integrated filter element 22 when installing integrated filter element 22 by disassembly When, integrated filter element 22 need to only be extracted from filter core mounting groove 211, integrated filter element 22 can in this way dismounted easy to operate Step is few, to improve the usage experience of user.

Filter cartridge seat 21 is located in housing unit 10, and filter cartridge seat 21 is equipped with filter element life reset key 213 and filter element life Warning light (not shown go out).Integrated filter element 22 is removably engaged in filter cartridge seat 21.Controller 40 is located in housing unit 10 And be connected respectively with filter element life reset key 213 and filter element life warning light, controller 40 records the use of integrated filter element 22 Time and when in use between when reaching intended life control filter element life warning light prompt user, controller 40 grasped in user It will be reset using the time after making filter element life reset key 213.

Specifically, " controller 40 will use the time to reset after user's operation filter element life reset key 213 " is wherein Operation includes but is not limited to pressing and 213 certain time of long-pressing filter element life reset key.

Water treatment facilities 100 according to an embodiment of the present invention is used by the way that filter element life warning light is arranged in filter cartridge seat 21 Family can learn whether 22 service life of integrated filter element expires by the prompt of filter element life warning light, if be replaced.This After 22 service life of integrated filter element expires, user can timely replace integrated filter element 22 sample, convenient for improving water process dress 100 purifying water effect is set, to guarantee the functional reliability of water treatment facilities 100 and the water safety of user.

Also, by the way that filter element life reset key 213 is arranged in filter cartridge seat 21, compared to water process dress in the related technology 100 are set, user is after having replaced new integrated filter element 22, without arriving the other positions of water treatment facilities 100, such as display screen 50 Upper searching key is operated, and directly filter element life reset key 213 of the operation setting in filter cartridge seat 21 can be completed nearby Integrated filter element 22 is reset using the time.It can simplify user in this way and reset integrated filter element 22 using the operation of time, convenient for mentioning High water treatment facilities 100 replaces the efficiency of integrated filter element 22, saves the process that user finds key on display screen 50, saves The time and efforts of user.Therefore, water treatment facilities 100 according to an embodiment of the present invention has easy to operate, easy to use etc. Advantage.

In other embodiments of the invention, such as Fig. 1 and Figure 15, water treatment facilities 100 further include: refrigerating system 70, it is cold Hiding system 70 includes: cabinet 71, evaporator 72 and compressor assembly 73, wherein cabinet 71 is set to middle supporting plate 182 and lower pallet Structure sets out refrigerating chamber 711 between 181, and compressor assembly 73 is set on pedestal 184, after evaporator 72 is connected to braced frame 18 Side.Evaporator 72 can simultaneously freeze to refrigerating chamber 711 and cold tank 322, so that the system design of water treatment facilities 100 is more Add succinct.

In alternative embodiment, which substantially may include: first clamping plate 732, compressor 733 and the second folder Plate 734.

Pedestal 184 has multiple mounting holes 1841 through 184 upper and lower surface of pedestal.First clamping plate 732 is connected to pedestal 184 lower surface is formed with multiple positioning plates 7321 in the upper surface of first clamping plate 732.Compressor 733 has bottom plate 7331, Bottom plate 7331 has multiple first through hole 73311 corresponding with mounting hole 1841, and bottom plate 7331 is installed on the upper table of pedestal 184 Face.Second clamping plate 734 fits in the top surface of bottom plate 7331 and has the second through-hole 7341, and positioning plate 7321 sequentially passes through mounting hole 1841, first through hole 73311 and the second through-hole 7341.

The installation procedure of the compressor assembly 73 is as follows: first clamping plate 732 is first mounted on to the bottom of pedestal 184, first Positioning plate 7321 on clamping plate 732 passes through mounting hole 1841, and positioning plate 7321 is then passed through first through hole 73311, to realize Then second clamping plate 734 is pressed into positioning plate 7321 by 733 Primary Location of compressor.That is, successively by positioning plate 7321 Across mounting hole 1841, first through hole 73311 and the second through-hole 7341 to realize first clamping plate 732, pedestal 184, bottom plate 7331 Connection between second clamping plate 734, so that compressor 733 is located in pedestal by first clamping plate 732 and second clamping plate 734 On 184.Wherein, the bottom surface of pedestal 184 can be equipped with the concave surface for installing first clamping plate 732, in this way, on the one hand can reduce The weight of pedestal 184 has saved raw material, on the other hand it is also possible that the bottom surface of first clamping plate 732 and pedestal 184 is flat Together, the stability of entire compressor assembly 73 is improved.

With traditional compressor using bolt, screw connection type compared with, positioning plate 7321 and each connecting hole and through-hole it Between can quickly position, do not need the front and back sides in pedestal 184 while operating, simplify installation steps, improve production efficiency.

Compressor assembly 73 according to an embodiment of the present invention as a result, by between first clamping plate 732 and second clamping plate 734 Mutual cooperation realize the quick and easy installation of compressor 733, reduce labor intensity, improve production efficiency.

In one particular embodiment of the present invention, water treatment facilities 100 substantially may include: drinking-water system 30, water purification System 20, refrigerating system 70, housing unit 10, display screen 50 and controller 40.

Housing unit 10 may include: surface frame 11, panel 12, side plate 16, top plate 19, backboard 17 and braced frame 18, face Plate 12 is connected to the front side of surface frame 11, and side plate 16 is connected to the left and right sides of surface frame 11, and backboard 17 is connected to the rear side of surface frame 11, Top plate 19 is connected to the upside of surface frame 11, to limit the chamber for storing drinking-water system 30 in the top of housing unit 10 Room.The up and down direction of panel 12 is equipped with the water outlet piece 13 and water receiver 60 being oppositely arranged.

Braced frame 18 is connected to the downside of surface frame 11, and braced frame 18 includes: pedestal 184, lower pallet 181, middle supporting plate 182 and supporting element 183.Specifically, lower pallet 181 is located at 184 top of pedestal, and lower pallet 181 is spaced apart with pedestal 184.In Supporting plate 182 is located at 181 top of lower pallet, and middle supporting plate 182 is spaced apart with lower pallet 181.Supporting element 183 respectively with pedestal 184, Lower pallet 181 and middle supporting plate 182 are connected.

Wherein, drinking-water system 30 includes: heating module 31, refrigeration module 32 and water supply module 33.Refrigeration module 32 and system Thermal modules 31, which are respectively mounted, to be positioned on middle supporting plate 182, and heating module 31 includes i.e. hot component 313 and hot tank 312.Refrigerating system 70 It include: cabinet 71, compressor assembly 73 and evaporator 72, wherein cabinet 71 is installed between middle supporting plate 182 and lower pallet 181, Compressor 733 and water purification system 20 are installed on pedestal 184.

Water purification system 20 is connected to water supply module 33, and heating module 31 and refrigeration module 32 connect with water supply module 33 respectively It is logical, i.e., water supply module 33 is transported in by the water after 30 filtration, purification of water purification system and is stored, by water supply module 33 to refrigeration Module 32 and heating module 31 send water respectively.

Drinking-water system 33 may include: that room temperature water outlet water route, hot water effluent water route and cold water water outlet water route, room temperature are discharged water Road, hot water effluent water route and cold water water outlet water route are connected to waterway structure 37 respectively, and are controlled by corresponding water outlet solenoid valve 36, The waterway structure 37 has multiple water inlets and first water outlet.Room temperature is discharged by water route, heat by waterway structure 37 It is integrated on one module that water is discharged water route and cold water water outlet water route so that water treatment facilities 100 it is external only one with Total water outlet that water outlet piece 13 is connected to, so that the pipeline structure of water treatment facilities 100 is simpler.

Drinking-water system 30 may include: the first discharge pipe line 311, the second discharge pipe line, third discharge pipe line the 341, the 4th Discharge pipe line 61 and draining valve module 342, wherein the first discharge pipe line 311 includes the first branch being connected to i.e. hot component 313 3111 and the second branch 3112 that is connected to hot tank 312.The first branch 3111 and second branch 3112 enter third after converging and arrange Water lines 341, the second discharge pipe line is connected to refrigeration module 32 respectively and third discharge pipe line 341 is connected to, the 4th discharge pipe line 61 are connected to the third discharge pipe line 341 and water receiver 60 respectively.Drain valve module 342 respectively with the first discharge pipe line 311, Second discharge pipe line and the connection of third discharge pipe line 341 are on and off third discharge pipe line 341.

Display screen 50 can be equipped with normal-temperature water control key, hot water control key, cold water control key and a key cancel key etc..Controller 40 divides It is not electrically connected with display screen 50, refrigeration module 32, heating module 31, water supply module 33, refrigerating system 70 and water purification system 30, from And it effectively controls water treatment facilities 100 and normally works.

The course of work of water treatment facilities 100 according to the above embodiment of the present invention is described below.

Firstly, municipal administration nature water lines are connected to water treatment facilities 100, there is the case where adding water demand in water supply module 33, Natural Water after multistage filtering, is delivered in water supply module 33 in net drinking system 20 by water supply pump 334, until water supply mould The water level of block 33 reaches the stopping of setting demand and send water.

When user has drinking hot water demand, user presses the hot water control key on display screen 50, in hot 312 preheating of tank Water enters the i.e. hot quickly heating of component 313, and passes through the conveying hot water outward of waterway structure 37；There is Chilled Drinking Water demand in user When, user presses the cold water control key on display screen 50, and the cold water in refrigeration module 32 conveys cold water by waterway structure 37 outward； When user drinks normal-temperature water demand, user presses the normal-temperature water control key on display screen 50, and the water in water supply module 33 can be with Normal-temperature water is directly conveyed by waterway structure 37 outward, wherein it can be equipped with UV sterilizing unit 38 on room temperature water outlet water route, from And the normal-temperature water of health is provided for user.

When user needs to clean water treatment facilities 100, user can press the key cancel key on display screen 50, i.e., hot Component 313, hot tank 312, the water in refrigeration module 32 can be discharged by third discharge pipe line 341, in water receiver 60 Water can be discharged by the 4th discharge pipe line 61, to reach Quick drainage and clean purpose.

Water treatment facilities 100 other are constituted and operation belongs to those of ordinary skill in the art and understands and be easy It obtains, is no longer repeated herein.

In the description of the present invention, it is to be understood that, the side of the instructions such as term " on ", "lower", "bottom", "inner", "outside" Position or positional relationship are to be based on the orientation or positional relationship shown in the drawings, and are merely for convenience of description of the present invention and simplification of the description, Rather than the device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, because This is not considered as limiting the invention.

In the present invention unless specifically defined or limited otherwise, fisrt feature second feature "upper" or "lower" It may include that the first and second features directly contact, also may include that the first and second features are not direct contacts but pass through it Between other characterisation contact.Moreover, fisrt feature includes the first spy above the second feature " above ", " above " and " above " Sign is right above second feature and oblique upper, or is merely representative of first feature horizontal height higher than second feature.Fisrt feature exists Second feature " under ", " lower section " and " following " include fisrt feature right above second feature and oblique upper, or be merely representative of First feature horizontal height is less than second feature.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means specific features, structure, material or spy described in conjunction with this embodiment or example Point is included at least one embodiment or example of the invention.In the present specification, schematic expression of the above terms are not Centainly refer to identical embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be any One or more embodiment or examples in can be combined in any suitable manner.

Although the embodiments of the present invention has been shown and described above, it is to be understood that above-described embodiment is example Property, it is not considered as limiting the invention, those skilled in the art are not departing from the principle of the present invention and objective In the case where can make changes, modifications, alterations, and variations to the above described embodiments within the scope of the invention.

Claims

1. a kind of water treatment facilities characterized by comprising

Housing unit, the housing unit are equipped with water receiver；

Water purification system, the water purification system are set in the housing unit and purify to water；

Drinking-water system, the drinking-water system are set in the housing unit, and the drinking-water system includes: heating module, refrigeration mould Block and water supply module, the water supply module are connected to the water purification system, the water supply module respectively with the heating module and The refrigeration module connection to the heating module and the refrigeration module to supply water.

2. water treatment facilities according to claim 1, which is characterized in that the heating module have the first discharge pipe line, The refrigeration module has the second discharge pipe line, the drinking-water system further include: drain assembly,

The drain assembly includes:

Third discharge pipe line, the third discharge pipe line go out with first discharge pipe line and second discharge pipe line respectively Mouth connection；

Drain valve module, the draining valve module respectively with first discharge pipe line, second discharge pipe line and described the Three discharge pipe lines are connected with third discharge pipe line described on and off.

3. water treatment facilities according to claim 2, which is characterized in that the heating module includes:

The input end of hot tank, the hot tank is connected to the water supply module；

The input end of i.e. hot component, the i.e. hot component is connected to the outlet end of the hot tank.

4. water treatment facilities according to claim 2, which is characterized in that first discharge pipe line include the first branch and Second branch, wherein the first branch is connected to the i.e. hot component, and the second branch is connected to the hot tank, described Enter the third discharge pipe line after the first branch and second branch confluence.

5. water treatment facilities according to claim 4, which is characterized in that the first branch is equipped with the first check valve, institute State the first branch described in the first check valve one-way conduction.

6. water treatment facilities according to claim 2, which is characterized in that the draining valve module includes:

First drain solenoid valve, first drain solenoid valve have the first water inlet pipe, first water inlet pipe and described first Discharge pipe line connection；

Second drain solenoid valve, second drain solenoid valve have the second water inlet pipe, second water inlet pipe and described second Discharge pipe line connection；

Outlet pipeline, the outlet pipeline connect with the outlet of first drain solenoid valve and second drain solenoid valve respectively It is logical.

7. water treatment facilities according to claim 6, which is characterized in that further include: controller, the controller respectively with First drain solenoid valve and second drain solenoid valve electrical connection.

8. water treatment facilities according to claim 7, which is characterized in that further include: display screen, the display screen with it is described Controller connection, the display screen are equipped with a key cancel key.

9. water treatment facilities according to claim 2, which is characterized in that the water receiver has the 4th discharge pipe line, institute The 4th discharge pipe line is stated to be connected to the third discharge pipe line.

10. water treatment facilities according to claim 9, which is characterized in that further include: second one-way valve, described second is single To the 4th discharge pipe line described in valve one-way conduction.

11. water treatment facilities according to claim 2, which is characterized in that further include: drainpipe, the drainpipe and institute Third discharge pipe line and the connection of the 4th discharge pipe line are stated, and between the draining valve module and the second one-way valve.

12. water treatment facilities according to claim 11, which is characterized in that the drainpipe is telescopic tube, the row Water pipe and the third discharge pipe line are detachably connected.

13. water treatment facilities according to claim 1, which is characterized in that the drinking-water system further include:

Multiple water outlet solenoid valves, each water outlet solenoid valve structure set out the valve chamber of open at one end；

Waterway structure, the waterway structure include:

Substrate, the substrate, which is recessed downwards, is formed with multiple bonnets, and each bonnet is connected to the water outlet solenoid valve and institute It states the common structure of valve chamber and sets out water storage compartment, each water storage compartment has a water inlet and the first water outlet, wherein adjacent The first water outlet be interconnected formed water outlet water route；

Outlet pipe, the outlet pipe are connect with the water outlet in the water outlet water route.

14. water treatment facilities according to claim 13, which is characterized in that the bonnet, which has to upwardly extend and be spaced, to be set The first annular partition and the second annular partition set, the first annular partition limit the water outlet being connected to the water storage compartment The inner peripheral surface of channel, the outer peripheral surface of the first annular partition and second annular partition is limited to be connected with the water storage compartment Logical intake tunnel.

15. water treatment facilities according to claim 1, which is characterized in that the water supply module includes: box assembly, institute It states box assembly and limits the water storage cavity with steam inlet and exhaust outlet；

Condense box, it is interior and be formed with gas channels that the condensation box is installed on the water storage cavity, the gas channels respectively with institute Steam inlet is stated to be connected to the exhaust outlet.

16. water treatment facilities according to claim 1, which is characterized in that the water supply module includes: box assembly, institute Stating box assembly includes water tank, and the water tank limits the water storage cavity with water inlet and the second water outlet；

Mechanical level switch, the mechanical level switch are set in the water storage cavity, and the liquid level in the water storage cavity is lower than pre- When definite value, the mechanical level switch opens the water inlet；When liquid level in the water storage cavity is higher than predetermined value, the machine Tool liquid-level switch closes the water inlet；

Electronic level detection device, the electronic level detection device are set to the water tank for detecting the liquid of the water storage cavity Position；

Water supply pump, the water supply pump are connect with the water tank, and the electronic level detection device detects the liquid in the water tank When position is higher than predetermined value, the water supply pump stops pumping to the water tank.

17. water treatment facilities according to claim 1, which is characterized in that the housing unit includes:

Annular surface frame, the annular surface frame have longitudinal frame and lateral frame；

Panel, the panel is connected with longitudinal frame and the lateral frame clamping respectively, and the panel is upper Portion is equipped with effluent trough, and the lower part of the panel has water receiving tank；

Water outlet piece, the water outlet piece are mounted in the effluent trough, and the water outlet piece is connected with panel clamping；

Wherein, the water receiver is mounted in the water receiving tank, and the water receiver is connected with panel clamping.

18. the housing unit of net drink equipment according to claim 17, which is characterized in that the panel includes:

Main panel portion, the main panel portion extend longitudinally and are clamped with longitudinal frame, and the effluent trough is set to described Main panel portion；

Block at the both ends in curved panel portion, front side and the curved panel portion that the curved panel portion is set to the main panel portion The lower part in the main panel portion is connect to limit the water receiving tank, the water receiver respectively with the main panel portion and the arc The clamping of shape panel part.

19. water treatment facilities according to claim 17, which is characterized in that the water receiver is removably mounted on described In water receiving tank and the water receiver is located at the lower section of the water outlet piece, and the water receiver is with reservoir chamber, and the water receiver Bottom is equipped with the third water outlet for being connected to the reservoir chamber.

20. water treatment facilities according to claim 17, which is characterized in that the housing unit further include: braced frame, The braced frame includes:

Pedestal；

Lower pallet, the lower pallet is located above the pedestal, and the lower pallet is spaced apart with the pedestal；

Middle supporting plate, the middle supporting plate is located above the lower pallet, and the middle supporting plate is spaced apart with the lower pallet；

Supporting element, the supporting element are connected with the pedestal, the lower pallet and the middle supporting plate respectively.

21. water treatment facilities according to claim 1, which is characterized in that the water purification system includes:

Filter cartridge seat, the filter cartridge seat are equipped with filter core mounting groove, and the filter cartridge seat was equipped with water interface；

Integrated filter element, the integrated filter element cooperate pluggablely in the mounting groove, and the integrated filter element connects equipped with filter core Mouthful, the filter core interface cooperates pluggablely to be crossed in water interface described.

22. water treatment facilities according to claim 1, which is characterized in that the water purification system includes:

Filter cartridge seat, the filter cartridge seat are located in the housing unit, and the filter cartridge seat is equipped with filter element life reset key and filter Core service life warning light；

Integrated filter element, the integrated filter element are removably engaged in the filter cartridge seat；

Controller, the controller be located in the housing unit and respectively with the filter element life reset key and filter element life Warning light is connected, and the controller records the reaching predetermined using the time and described using the time and use the longevity of the integrated filter element Filter element life warning light prompt user is controlled when life, after controller filter element life reset key described in user's operation It is reset described using the time.

23. water treatment facilities according to claim 20, which is characterized in that further include: refrigerating system, the refrigerating system It include: cabinet, evaporator and compressor assembly, wherein the cabinet is set to structure between the middle supporting plate and the lower pallet and sets Refrigerating chamber out, the compressor assembly are set on the pedestal, and the evaporator is connected to the rear side of braced frame.

24. water treatment facilities according to claim 23, which is characterized in that the compressor assembly is set to the pedestal On, the pedestal has multiple mounting holes through the pedestal upper and lower surface, and the compressor assembly includes:

First clamping plate, the first clamping plate are connected to the lower surface of the pedestal, are formed in the upper surface of the first clamping plate Multiple positioning plates；

Compressor, the compressor have bottom plate, and the bottom plate has multiple first through hole corresponding with the mounting hole, described Bottom plate is installed on the upper surface of the pedestal；

Second clamping plate, the second clamping plate fit in the top surface of the bottom plate and have the second through-hole, and the positioning plate is successively worn Cross the mounting hole, the first through hole and second through-hole.