CN209474395U - A kind of water purifier - Google Patents

Abstract

The utility model discloses a kind of water purifiers, are related to technical field of water treatment equipment.The water purifier includes filter cartridge construction, clear water tanks, heating device and refrigerating plant, and the water tank inlet on the clear water tanks is connected to the water purification outlet of the filter cartridge construction；The heating device is connected to the clear water tanks, for providing hot water；The refrigerating plant is connected to the clear water tanks, for providing cold water.It include heating device and refrigerating plant in the water purifier, heating device and refrigerating plant are connected to clear water tanks, entered in clear water tanks by the filtered water purification of filter cartridge construction and is stored, it is delivered in heating device and freezes in heating or refrigerating plant respectively again later, to obtain hot water or cold water, to meet the use demand of user.

Description

A kind of water purifier

Technical field

The utility model relates to technical field of water treatment equipment more particularly to a kind of water purifiers.

Background technique

Water purifier is also referred to as water purifier, be water quality is filtered by the requirement to water, the water of purified treatment Processing equipment.The water obtained after existing water purifier purification can directly be drunk for user, be provided for people's lives huge It is convenient.

Currently, water purifier can provide the drinking water of room temperature for user, hot water or ice water are if desired used, it is also necessary to will be net Normal-temperature water in water dispenser processes again, inconvenient to use.

Utility model content

The purpose of this utility model is that proposing a kind of water purifier for being capable of providing hot water and cold water.

For this purpose, the utility model uses following technical scheme:

A kind of water purifier, including filter cartridge construction, further includes:

Clear water tanks, the water tank inlet on the clear water tanks are connected to the water purification outlet of the filter cartridge construction；

Heating device, the heating device is connected to the clear water tanks, for providing hot water；And

Refrigerating plant, the refrigerating plant is connected to the clear water tanks, for providing cold water.

Wherein, the heating device includes:

Heating Cup；

Cup lid, the cup lid are set to the top of the Heating Cup；And

Anti-overflow component, the anti-overflow component are set in the Heating Cup, for preventing the water in the Heating Cup from overflowing.

Wherein, the anti-overflow component includes:

Anti-flow electrode, the anti-flow electrode are set on the cup lid, and described add is protruded into the end of the anti-flow electrode In hot cup.

Wherein, electrode hole is provided on the cup lid, the anti-flow electrode is arranged in the electrode hole.

Wherein, sealing element is provided between the anti-flow electrode and the electrode hole.

Wherein, the sealing element is sealing ring.

Wherein, the heating device further include:

First outlet pipe, the bottom end of first outlet pipe pass through the cup lid and protrude into the Heating Cup；And

The bottom end of first water inlet pipe, first water inlet pipe passes through the cup lid, and stretches to the bottom of the Heating Cup.

Wherein, the heating device further include:

Anti-dry component, the anti-dry component are set in the Heating Cup, for preventing the heating device dry combustion method.

Wherein, the anti-dry component includes:

Anti-dry heating electrode, the anti-dry heating electrode are set on the cup lid, and the bottom end of the anti-dry heating electrode is protruded into In the Heating Cup.

Wherein, the distance between the bottom end of the anti-dry heating electrode and the cup lid are less than the bottom end of first outlet pipe The distance between described cup lid.

Wherein, the heating device further include:

Heating member, the heating member are set in the Heating Cup, and the Heating body of the heating member is located at described the The lower section of one outlet pipe.

Wherein, the water purifier further include:

First nozzle of tee tube, the tee tube is connect with the clear water tanks, the second nozzle of the tee tube and institute The connection of the first water inlet pipe is stated, the third nozzle of the tee tube is connected to the water outlet of the water purifier.

Wherein, the clear water tanks include groove body, and anti-overflow slot, the anti-overflow slot and the filter are provided at the top of the groove body The concentrated water entrance of cored structure is connected to.

Wherein, the end of the groove body side is bent to form end face, and the opening that the groove body is surround on the end face is arranged There are convex ribs, the both ends of the convex ribs are oppositely arranged to form the anti-overflow slot.

Wherein, anti-overflow lip is provided on the side wall of the groove body, the anti-overflow lip is connected to the water outlet of the water purifier.

Wherein, the appearance of the side wall of the groove body is arranged towards boss, the anti-overflow lip is bent to form on the inside of the groove body In the top surface of the boss.

Wherein, the water tank inlet is provided on the side wall of the groove body, the water tank inlet is anti-not less than described Overflow lip.

Wherein, the bottom surface of the groove body is tilted from edge to middle part, is provided with water tank in the middle part of the bottom surface of the groove body and is gone out The mouth of a river.

Wherein, depressed area is provided in the middle part of the bottom surface of the groove body, the water outlet of water tank is located in the depressed area.

Wherein, the water outlet of water tank includes:

Hot water feeds mouth, and the hot water supply mouth is connected to the heating device；And

Normal-temperature water feeds mouth, and the normal-temperature water supply mouth is connected to the water outlet of the water purifier.

Wherein, the groove body is additionally provided with ice water supply mouth, and the ice water supply mouth is connected to the refrigerating plant.

Wherein, the bottom surface of the groove body is provided with sterilamp.

Wherein, the clear water tanks further include:

Liquidometer, the liquidometer are set to the side wall of the groove body.

Wherein, the clear water tanks further include:

Anti-overflow circuit board, the anti-overflow circuit board are installed on the outside of the groove body, upper setting on the anti-overflow circuit board There is test side, the test side is protruded into the groove body, and is located at the top of the side wall of the groove body, and the test side is for examining Survey the intracorporal water level of the slot.

Wherein, the refrigerating plant includes:

Bracket；

Condenser, the condenser are installed on the bracket；

Ice water tank, the ice water tank are installed on the bracket, and the ice water tank is connected to the clear water tanks；

Evaporator, the evaporator are set in the ice water tank；And

Compressor, the compressor are installed on the bracket, and the compressor, the condenser and the evaporator are first Tail is sequentially connected.

Wherein, the ice water tank and the compressor are setting up and down, and the condenser is located at the ice water tank and the pressure The side of contracting machine.

Wherein, the bracket includes:

Bottom plate；

Side plate, the side plate are arranged around the edge of the bottom plate, and the side plate is U-shaped structure；And

Support plate, the support plate are connect with the side plate, and the parallel bottom plate setting.

Wherein, the compressor is installed on the bottom plate, and the ice water tank is installed in the support plate, the condensation Device is set to the opening of the U-shaped structure.

Wherein, the upper end side of the ice water tank is provided with clinch, and the clinch is overlapped on the upper end of the side plate.

Wherein, cable card board is provided with away on the lateral wall of the bracket.

Wherein, it is described walk cable card board extended by edge jagged, the notch is for being clamped conducting wire.

Wherein, the refrigerating plant includes:

Fan, the fan are installed on the bracket, and the fan is between the condenser and the compressor.

Wherein, ventilation opening is provided on the bottom plate.

Wherein, be provided with supporting element on the bottom plate, compressor described in the supports support so that the compressor with There is gap between the bottom plate.

Wherein, the supporting element is cushion.

Wherein, the water purifier further include:

Shell, the filter cartridge construction, the clear water tanks, the heating device and the refrigerating plant are all set in the shell In vivo；

Front frame, the front frame are set in the shell, the filter cartridge construction, the clear water tanks, the heating device and The refrigerating plant is respectively positioned on the rear side of the front frame；And

Master component, the master component are set to the front side of the front frame, the master component respectively with the filter core Structure, the clear water tanks, the heating device and refrigerating plant electrical connection.

Wherein, the master component and the filter cartridge construction, the clear water tanks, the heating device and the refrigerating plant It is connected by conducting wire, the conducting wire is integrally arranged from bottom to top, and the end bending of the conducting wire is U-shaped.

Wherein, the first mounting groove is provided in the front frame, the master component is located in first mounting groove.

The utility model has the advantages that the utility model provides a kind of water purifier.In the water purifier include heating device and refrigerating plant, Heating device and refrigerating plant are connected to clear water tanks, are entered in clear water tanks by the filtered water purification of filter cartridge construction and are stored, it It is delivered in heating device and freezes in heating or refrigerating plant respectively again afterwards, so that hot water or cold water is obtained, to meet user's Use demand.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of water purifier provided by the utility model；

Fig. 2 is structural schematic diagram one of the water purifier provided by the utility model when removing shell；

Fig. 3 is structural schematic diagram two of the water purifier provided by the utility model when removing shell；

Fig. 4 is the structural schematic diagram of heating device provided by the utility model；

Fig. 5 is the explosive view of heating device provided by the utility model；

Fig. 6 is the partial structure diagram of heating device provided by the utility model；

Fig. 7 is the structural schematic diagram of clear water tanks provided by the utility model；

Fig. 8 is the main view of clear water tanks provided by the utility model；

Fig. 9 is the top view of clear water tanks provided by the utility model；

Figure 10 is sectional view along A-A in Fig. 9；

Figure 11 is the structural schematic diagram of refrigerating plant provided by the utility model；

Figure 12 is the side view of refrigerating plant provided by the utility model；

Figure 13 is the side view of bracket provided by the utility model；.

Figure 14 is the structural schematic diagram after bracket, ice water tank and compressor provided by the utility model assemble；

Figure 15 is the structural schematic diagram one after refrigerating plant removal condenser provided by the utility model；

Figure 16 is the structural schematic diagram two after refrigerating plant removal condenser provided by the utility model；

Figure 17 is the partial enlarged view in water purifier provided by the utility model at master control borad.

Wherein:

100, water purifier；

1, shell；11, water inlet；

2, front frame；

3, heating device；31, Heating Cup；32, cup lid；33, the first water inlet pipe；34, the first outlet pipe；35, sealing cover； 36, heating member；37, anti-flow electrode；38, anti-dry heating electrode；39, temperature sensing assembly；

4, clear water tanks；41, groove body；411, hot water feeds mouth；412, normal-temperature water feeds mouth；413, ice water feeds mouth；414, Boss；415, depressed area；42, end face；43, convex ribs；431, anti-overflow slot；44, anti-overflow lip；45, liquidometer；46, anti-overflow circuit board； 461, detecting electrode；47, switch valve；48, tee tube；49, sterilamp；

5, refrigerating plant；51, bracket；511, bottom plate；5111, bottom plate；512, side plate；513, support plate；5131, block Interface；5132, upper mounted plate；514, cable card board is walked；515, the second mounting groove；52, condenser；53, ice water tank；54, compressor； 541, supporting element；55, heavy-current control plate；56, fan；

6, master component；61, master control borad；62, display panel；63, conducting wire；

7, filter cartridge construction.

Specific embodiment

The technical issues of to solve the utility model, the technical solution of use and the technical effect that reaches are clearer, Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.

As shown in Figure 1, present embodiments providing a kind of water purifier 100.The water purifier 100 can be commercial water purifier, only The water inlet of water dispenser 100 can be connect with tap water, and after tap water enters in water purifier 100, being obtained by filtering can With the pure water directly drunk, so that convenient people's lives, guarantee the healthy diet of user.

Water purifier 100 includes shell 1, is provided with display panel 62 and control button on shell 1, display panel 62 can be shown Show current time, water temperature or operation prompt information etc..The front side of shell 1 is provided with water inlet 11, and user is obtained by water inlet 11 Obtain pure water capable of direct drinking.

As shown in Figures 2 and 3, filter cartridge construction 7 and clear water tanks 4 are additionally provided in shell 1.Water inlet is provided on shell 1 And water outlet, water inlet are connected to the concentrated water entrance of filter cartridge construction 7, the water tanks of the water purification outlet of filter cartridge construction 7 and clear water tanks 4 into Mouth of a river connection, clear water tanks 4 are connected to the water outlet of water purifier 100.When using the water purifier 100, tap water by water inlet into Enter in water purifier 100, and obtains the pure water that can directly drink under the filtering of filter cartridge construction 7, catharsis, pure water storage There are in clear water tanks 4, with for users to use.

In order to better meet the demand of user, as shown in figure 3, being additionally provided with heating device 3 and refrigeration in water purifier 100 Device 5, heating device 3 and refrigerating plant 5 are connect with clear water tanks 4.Pure water is heated to after entering in heating device 3 Provide a user hot water；Pure water is handled after entering refrigerating plant 5 through refrigeration, to provide a user ice water.Pass through clear water tanks 4, heating device 3 and refrigerating plant 5, the water purifier 100 can provide a user normal-temperature water, hot water and ice water, meet user's A variety of use demands.

As shown in Figure 4 and Figure 5, in the present embodiment, heating device 3 includes Heating Cup 31, heating member 36, cup lid 32 and sealing Lid 35, cup lid 32 is set to the top of Heating Cup 31, and locks with Heating Cup 31, to form the cavity for accommodating pure water.Add Hot cup 31 includes glass shell and cup gallbladder, and cup gallbladder is set in glass shell.Cup gallbladder can be made of thermal insulation material, and glass shell is set in a glass gallbladder Outside, for protecting cup gallbladder, a glass gallbladder is avoided to collide with damage.The first water inlet pipe 33 and the first outlet pipe 34 are provided on cup lid 32, the One water inlet pipe 33 and the first outlet pipe 34 both pass through cup lid 32 and extend into Heating Cup 31.First water inlet pipe 33 connects with clear water tanks 4 It is logical, so that clear water tanks 4 supply pure water into heating device 3.First outlet pipe 34 is connected to the water outlet of water purifier 100, with Just hot water is provided a user.Heating member 36 is arranged in Heating Cup 31, for heating to the water in Heating Cup 31.The present embodiment In, heating member 36 is resistive heater, and the both ends of resistive heater are stretched out outside cup lid 32 by the centre bore of cup lid 32, to be powered Heating.To avoid the both ends of heating member 36 from contacting with water, sealing cover 35 is additionally provided on cup lid 32, sealing cover 35 and cup lid 32 are twisted It fastens, and is located on the centre bore of cup lid 32, play the role of protecting heating member 36.

The middle part of resistive heater coils to form Heating body, and Heating body is located at Heating Cup 31 close to bottom position, adds Hot main body far from cup lid 32 be arranged, avoid water level reduce after Heating body expose the surface or Heating body influence cup lid 32 on its He works normally part.It is additionally provided with downtake pipe on cup lid 32, to prevent the normal of the gases affect water in Heating Cup 31 It flows into and is discharged.

As shown in fig. 6, there is the peace such as leak, electric leakage to avoid the water in Heating Cup 31 from overflowing so as to cause water purifier 100 Full problem, in the present embodiment, heating device 3 further includes anti-overflow component, and anti-overflow component can prevent the water in Heating Cup 31 from overflowing, To guarantee the safety of water purifier 100.

For the normal operation for guaranteeing heating device 3, Heating Cup 31 is provided with peak level warning line.When in Heating Cup 31 When water level is located at peak level warning line or less, Heating Cup 31 is dangerous there is no overflowing, and heating device 3 can work normally.When When water level in Heating Cup 31 is located at peak level warning line or more, the water in heating device 3 has spilling dangerous at this time, there is leakage Water, electric leakage security risk.Anti-overflow component is able to detect the relationship between the water level in Heating Cup 31 and peak level warning line, from And prevent the water in Heating Cup 31 from overflowing.

In the present embodiment, anti-overflow component includes anti-flow electrode 37, and anti-flow electrode 37 is arranged on cup lid 32, anti-flow electrode 37 Top pass through cup lid 32 stretch out Heating Cup 31 outside, the bottom end of anti-flow electrode 37 is located in Heating Cup 31.The bottom of anti-flow electrode 37 It end can or slightly less than peak level warning line concordant with peak level warning line.When the water level in Heating Cup 31 is located at highest water When below the warning line of position, the water in Heating Cup 31 is not contacted with anti-flow electrode 37, and anti-flow electrode 37 is in obstructed electricity condition, heating Device 3 can work normally.When the water level in Heating Cup 31 is located at peak level warning line or more, water in Heating Cup 31 with Anti-flow electrode 37 contacts, and anti-flow electrode 37 is powered, to judge that the water level in Heating Cup 31 is more than peak level warning line, has deposited In leak, electric leakage security risk, and then clear water tanks 4 is prevented to continue to supply water into Heating Cup 31, avoids the occurrence of safety accident.

To enable water purifier 100 to carry out processing operation automatically when judging dilutional hyponatremia in Heating Cup 31, water purifier 100 is also Including master component 6, master component 6 is electrically connected with clear water tanks 4, heating device 3 respectively, for coordinating the work between each section Make.

After anti-flow electrode 37 is powered, anti-flow electrode 37 sends electric signal to master component 6, and master component 6 passes through the electricity Access between signal cut clear water tanks 4 and heating device 3 avoids Heating Cup 31 to stop supplying water into Heating Cup 31 Interior water overflows, to guarantee that the electric elements in water purifier 100 work normally, avoids the occurrence of the security risks such as electric leakage.

In the present embodiment, electrode hole is provided on cup lid 32, anti-flow electrode 37 is threaded through in electrode hole, thus with cup lid 32 It is fixed.The upper end of anti-flow electrode 37 stretches out that cup lid 32 is outer to be connect with master component 6, to transmit signal after being powered.It is anti-to block Gap between excessive electrode 37 and cup lid 32 avoids 3 leak of heating device, is additionally provided with sealing in anti-flow electrode 37 and electrode hole The sealing effect of heating device 3 can be improved in part, sealing element.Wherein, sealing element can be set in it is close outside anti-flow electrode 37 Big envelope, sealing shroud can be made of the elastic material of food-grade, such as the silica gel of food-grade, avoid pollution in Heating Cup 31 Water.

To guarantee to be connected in time after anti-flow electrode 37 is contacted with water, to transmit signal, anti-flow electrode to master component 6 37 bottom end is exposed at outside sealing shroud, and guarantees that anti-flow electrode 37 has certain protruded length.

In the present embodiment, it can not only be overflowed by the way that anti-flow electrode 37 is arranged to avoid the water in heating device 3, but also anti-overflow The bottom end of electrode 37 has a certain distance away from cup lid 32, so that having between the water surface in Heating Cup 31 and cup lid 32 certain high The air layer of degree, air layer can slow down distributing for the heat of hot water in Heating Cup 31, to improve the heat preservation effect of heating device 3 Fruit.

In other embodiments, anti-overflow component may be the knot that liquid level sensor etc. can detecte water level in Heating Cup 31 Structure.To guarantee also obtain preferable heat insulation effect, the check devices such as liquid level sensor when using the anti-overflow component of other forms Can also be maintained a certain distance apart from cup lid 32 so that the water level in Heating Cup 31 is when the peak level of permission, water level in There is certain air layer, to improve the heat insulation effect of heating device 3 between cup lid 32.

As heating device 3 provides a user hot water, the water level in Heating Cup 31 is gradually decreased, to avoid Heating body complete When complete or major part is exposed at outside the water surface, 36 dry combustion method of heating member, Heating Cup 31 is provided with lowest water level warning line.When Heating Cup 31 When interior water level is lower than lowest water level warning line, heating device 3 has dry combustion method dangerous.To guarantee the work of heating device 3 normally, safe Make, need to guarantee that the water level in Heating Cup 31 is not less than lowest water level warning line, or when water level is lower than lowest water level warning line, Heating member 36 stops working.

For this purpose, heating device 3 provided in this embodiment further includes anti-dry component, 6 electricity of anti-dry component and master component Connection, for preventing 3 dry combustion method of heating device.

Specifically, anti-dry component includes anti-dry heating electrode 38, and anti-dry heating electrode 38 is set on cup lid 32, and anti-dry The top of electrode 38 passes through cup lid 32 and stretches out outside Heating Cup 31, and the top of anti-dry heating electrode 38 is extend into Heating Cup 31.It is anti-dry The bottom end for burning electrode 38 can or slightly less than lowest water level warning line concordant with lowest water level warning line.Water in Heating Cup 31 When position is located at lowest water level warning line or more, the water in Heating Cup 31 is contacted with anti-dry heating electrode 38, and anti-dry heating electrode 38 is in Energized state, heating device 3 can work normally.When the water level in Heating Cup 31 is located at lowest water level warning line or less, add Water in hot cup 31 is not contacted with anti-dry heating electrode 38, and anti-dry heating electrode 38 is switched to obstructed electricity condition, at this time anti-dry heating electrode 38 send signal to master component 6, and master component 6 judges that the water level in Heating Cup 31 is guarded against lower than lowest water level by the signal Line, existing dry combustion method security risk, and then control clear water tanks 4 supply water or are controlled into Heating Cup 31 heating member 36 and stop working, To avoid the occurrence of safety accident, waste of energy is avoided, guarantees the service life of water purifier 100.

To avoid heating member 36 from damaging, the lowest water level warning line in Heating Cup 31 should be higher than that the Heating body of heating member 36 Part, when so that heating member 36 working normally, Heating body part is impregnated in water always, not only can be to avoid influence heating member 36 service life, and can reduce the consumption of electric energy.

In the present embodiment, the length that the first water inlet pipe 33 protrudes into Heating Cup 31 is longer, and the first outlet pipe 34 extend into heating Length in cup 31 is shorter.First water inlet pipe 33 extend into the bottom of Heating Cup 31, and the first outlet pipe 34 extend into Heating Cup 31 Medium position.The pure water of room temperature enters heating in Heating Cup 31, due to the convection current of hot and cold water, can not only accelerate adding for water Thermal velocity, and hot water moves upwards, and is conducive to hot water and is flowed out by the first outlet pipe 34.

It is damaged to avoid the first outlet pipe 34 from contacting with Heating body, the bottom end of the first outlet pipe 34 can be located at heating The top of main body.Bottom end to guarantee the first outlet pipe 34 is submerged in water always, to guarantee that the water energy in Heating Cup 31 is enough Be smoothly discharged, the distance between the bottom end of anti-dry heating electrode 38 and cup lid 32 less than the first outlet pipe 34 bottom end and cup lid 32 it Between distance.The bottom end of first outlet pipe 34 is lower than the bottom end of anti-dry heating electrode 38, can avoid the occurrence of water level higher than minimum water Position warning line, i.e., when anti-dry hidden danger is not present in heating device 3, the bottom end of the first outlet pipe 34 is exposed at outside the water surface, and is influenced The normal output of hot water.

Continue as shown in fig. 6, heating device 3 further includes temperature sensing assembly 39, temperature sensing assembly 39 and master component 6 Connection, and end is extend into Heating Cup 31, for detecting the temperature of water in Heating Cup 31, to meet user to hot water temperature Requirement.Specifically, temperature display area can be set on the display panel 62 of master component 6, it is aobvious that master component 6 controls temperature Show the hot water temperature that area's real-time display temperature sensing assembly 39 detects, so that user selects the hot water of suitable temperature.

Due to being the space of opposing seal in heating device 3, when water is not used or is replaced for a long time in Heating Cup 31, Heating Cup The water capacity in 31 is perishable.Therefore, it when water purifier 100 is long-term when not in use, needs the water discharge in Heating Cup 31.

Since the length of the first outlet pipe 34 is shorter, the bottom end of the first outlet pipe 34 does not extend into the bottom of Heating Cup 31, The water in Heating Cup 31 is discharged by the first outlet pipe 34, is easy to cause water in Heating Cup 31 to remain, so as to cause Heating Cup 31 There is situations such as peculiar smell in interior change of water quality, Heating Cup 31.

To solve the above problems, heating device 3 can pass through the first draining outward of water inlet pipe 33 in the present embodiment.Specifically Ground, as shown in fig. 7, water purifier 100 further includes tee tube 48, the first nozzle of tee tube 48 is connect with clear water tanks 4, tee tube 48 The second nozzle connect with the first water inlet pipe 33, the third nozzle of tee tube 48 is connect with the water outlet of water purifier 100.Tee tube 48 the first nozzle and third nozzle is respectively connected with switch valve 47, and switch valve 47 is electrically connected with master component 6.Master component 6 is logical The opening and closing of control switch valve 47 is crossed, the connection situation of three nozzles in tee tube 48 is controlled.When heating device 3 needs make-up water When, master component 6 controls the switch valve 47 connecting with the third nozzle of tee tube 48 and closes, and the first nozzle and the second nozzle connect It is logical, to make clear water tanks 4 be connected to heating device 3, to supply water into heating device 3.It is not suitable for when heating device 3 is long-term, When needing for the water in heating device 3 to be discharged, master component 6 controls the switch valve 47 connecting with the first nozzle and closes, the second pipe Mouth is connected with third nozzle, and the first water inlet pipe 33 is connected to the water outlet of water purifier at this time, and the water energy in Heating Cup 31 enough passes through First water inlet pipe 33 is discharged by the water outlet of water purifier, and the first water inlet pipe 33 extends to the bottom of hot water cup, can make hot water cup It drains more thorough.

In the present embodiment, transmitting of the water between component each in water purifier 100 can be realized by pump driving, be pumped and main It controls component 6 to be electrically connected, to control the propagation path of water.

As shown in figs. 7 to 9, clear water tanks 4 include groove body 41, are provided with water tank inlet and water outlet of water tank on groove body 41. For the inflow for guaranteeing clear water tanks 4, the upper end of 41 side wall of groove body is arranged in water tank inlet.It is filled for convenience of clear water tanks 4 to heating Supplying pure water in 3 and refrigerating plant 5 is set, water outlet of water tank is arranged on the bottom surface of groove body 41.

Cause at water overflow outside clear water tanks 4 to avoid in clear water tanks 4 water level excessively high, leads to the electric appliance in water purifier 100 Component wear in the present embodiment, is provided with flow structure, flow structure can be by water extra in water purifier 100 on groove body 41 The other positions being guided in water purifier avoid 4 overflow of clear water tanks that electric elements is caused to damage.

Specifically, flow structure includes anti-overflow lip 44, and anti-overflow lip 44 is arranged on the side wall of groove body 41, and anti-overflow lip 44 with The water outlet of water purifier is connected to.When the water level in clear water tanks 4 is excessively high, water in clear water tanks 4 is by anti-overflow lip 44 by water purifier Water outlet discharge, the problem of being on the one hand able to solve 4 overflow of clear water tanks and electric elements caused to damage, on the other hand, excessively Water by water purifier water outlet be discharged, the dilutional hyponatremia in user's clear water tanks 4 can be warned, so that user is cut off in time to water purification Water supply in case 4.

The height of anti-overflow lip 44 and the highest safety level allowed in clear water tanks 4 are substantially concordant, when water level is pacified higher than highest When full water level, extra water will be discharged by anti-overflow lip 44.In the present embodiment, the appearance of the side wall of groove body 41 is towards 41 inside of groove body It is bent to form boss 414, the top surface of boss 414 is arranged in anti-overflow lip 44.Accordingly, the outer surface of groove body 41 forms indent knot Structure.Anti- overflow lip 44 is connected to by pipeline with the water outlet of water purifier, which can be embedded into concave inward structure, so that water purifier Internal structure is more compact.

To guarantee normally to add water into clear water tanks 4, the water tank inlet on 41 side wall of groove body is not less than anti-overflow lip 44, protects Card clear water tanks 4 have enough moisture storage capacitys.

Clean water tank 4 further includes lid (not shown), and lid is mounted on the top of groove body 41, for closing groove body 41 Opening avoids entering the pollutants such as dust in groove body 41, to guarantee that pure water is not contaminated in clean water tank 4.In the present embodiment, The exhaust outlet that anti-overflow lip 44 is also used as clean water tank 4 uses, and the gas in groove body 41 can be discharged by anti-overflow lip 44, guarantees 4 normal use of clean water tank.

By the way that the problem of anti-overflow lip 44 is able to solve 4 overflow of clear water tanks is arranged, but in some special cases, in groove body 41 Hypervolia, and the drainage speed of anti-overflow lip 44 is slower, can not alleviate the trend that water level increases in clear water tanks 4 in time.For this purpose, In the present embodiment, it is additionally provided with anti-overflow slot 431 at the top of groove body 41, the concentrated water entrance of anti-overflow slot 431 and filter cartridge construction 7 connects It is logical.Hypervolia in clear water tanks 4, the and when drainage speed of anti-overflow lip 44 is slower, waterborne in clear water tanks 4 are risen to clear water tanks At 4 end face 42, is flow back into filter cartridge construction 7 by anti-overflow slot 431 later, can not only alleviate the flooded conditions of clear water tanks 4, The safety of water purifier 100 is improved, but also the water energy of overflow can be made enough to reuse to avoid water waste.

Specifically, the end of the side of groove body 41 is bent to form end face 42, and end face 42 and the bottom surface of groove body 41 are substantially parallel Setting.Opening on end face 42 around groove body 41 is provided with convex ribs 43, and the both ends of convex ribs 43 are oppositely arranged, and form anti-overflow slot 431.When water level rises to 42 position of end face, convex ribs 43 stop water flow, avoid water flow from crossing end face 42 and flow in shell 1.Convex ribs 43 pairs of water play guiding role, so that water flow flows out to filter cartridge construction 7 by anti-overflow slot 431.

To avoid the occurrence of overflow, clear water tanks 4 further include liquidometer 45, and liquidometer 45 is set on the side wall of groove body 41, are used Water level in detection groove body 41, and liquidometer 45 is electrically connected with master component 6.When liquidometer 45 detects the water in groove body 41 Position is lower, and be unable to satisfy water purifier 100, in use, liquidometer 45 sends electric signal to master component 6, master component 6 controls Filter cartridge construction 7 provides pure water into clear water tanks 4.When liquidometer 45 detects that the water level in groove body 41 is higher, continuing water supply will When there is overflow, liquidometer 45 sends electric signal to master component 6, and master component 6 controls filter cartridge construction 7 and stops to clear water tanks 4 Interior offer pure water, to prevent overflow.Optionally, liquidometer 45 can be floating ball lever meter or other are able to detect slot The detection device of water level in body 41.

In the present embodiment, mounting rack is provided in groove body 41, mounting rack includes two L-type plates being oppositely arranged, two L-types It is enclosed between plate and sets to form installation space, liquidometer 45 is fixed in installation space.

To avoid causing the water level in groove body 41 excessively high because of the reasons such as 45 failure of liquidometer or detection inaccuracy, eventually lead to Fail situations such as cutting off in time to water supply in clear water tanks 4, clear water tanks 4 further include anti-overflow circuit board 46, and anti-overflow circuit board 46 can Using the second layer defence line as 41 anti-overflow of groove body.

Specifically, anti-overflow circuit board 46 is arranged on 41 lateral wall of groove body, so that anti-overflow circuit board 46 be avoided to contact with water. Test side is provided on anti-overflow circuit board 46, test side is extend into groove body 41, and is located at the top of the side wall of groove body 41.Specifically Ground, test side are located near 4 highest safety level of clear water tanks, and are not higher than the highest safety level of groove body 41, and test side can be with Detect the water level conditions in groove body 41.

In the present embodiment, test side includes two detecting electrodes 461 protruded into groove body 41, and two detecting electrodes 461 divide Not Wei positive electrode and negative electrode, positive electrode and negative electrode be located on different levels, i.e., positive electrode and negative electrode have certain Difference in height.When positive electrode and negative electrode flood in water, positive electrode is connected with negative electrode, and anti-overflow circuit board 46 will be to master It controls component 6 and sends electric signal, master component 6 is cut off between filter cartridge construction 7 and clear water tanks 4 according to the signal alarm received Water-flowing path, to stop supplying water into clear water tanks 4.Under normal circumstances, due to being provided with liquidometer 45, positive electrode and negative electricity Pole will not be flooded in water simultaneously, when anti-overflow circuit board 46 detects that positive electrode and negative electrode flood in water, illustrate net Water tank 4 breaks down, and master component 6 is alarmed at this time, may remind the user that timely maintenance.

When water purifier 100 after using for a longer period, generally require and clear water tanks 4 cleared up, water in existing clear water tanks 4 It cannot be emptied completely, be easy to appear stagnant water and ponding, influence user's drinking water hygiene.

To solve the above problems, as shown in Figure 9 and Figure 10, in the present embodiment, the bottom surface of groove body 41 is inclined from edge to middle part Tiltedly, and water outlet of water tank is set to the middle part of 41 bottom surface of groove body.By the inclined design of bottom surface, can by the water in groove body 41 to It is guided in the middle part of groove body 41, keeps water channel drain more thorough, avoid the occurrence of stagnant water and ponding.

To further increase drainage effect, depressed area 415, water outlet of water tank setting are additionally provided in the middle part of 41 bottom surface of groove body It in depressed area 415, be imported into the water in groove body 41 may finally in depressed area 415, on the one hand can guarantee water yield, separately On the one hand, when needing to clear up groove body 41, the water in groove body 41 can thoroughly be emptied.

To be further ensured that user's drinking water hygiene, the bottom surface of groove body 41 is additionally provided with sterilamp 49.Optionally, sterilamp 49 It can be ultraviolet lamp.

In the present embodiment, water outlet of water tank includes hot water supply mouth 411 and normal-temperature water supply mouth 412, and hot water feeds mouth 411 It is connected to heating device 3, normal-temperature water supply mouth 412 is connected to the water outlet of water purifier 100.Groove body 41 is additionally provided with ice water benefit To mouth 413, ice water supply mouth 413 is connected to refrigerating plant 5.

Refrigerating plant 5 is mainly that water purifier 100 provides ice water.As is illustrated by figs. 11 and 12, refrigerating plant 5 includes condenser 52, ice water tank 53, evaporator and compressor 54.Ice water tank 53 respectively with the ice water of clear water tanks 4 supply mouth 413, water purifier go out Mouth of a river connection.Evaporator is set in ice water tank 53, for absorbing the heat of water in ice water tank 53, to make ice water.Condenser 52, evaporator and 54 head and the tail of compressor are sequentially connected, and form heat-exchanging loop.

Specifically, the cryogenic media in condenser 52 enters in evaporator, exchanges heat with the water in ice water tank 53, absorbs Heat in ice water tank 53 reduces the water temperature in ice water tank 53, ice water is made.Medium after heat absorption is laggard by compressor 54 Entering in condenser 52, the heat release in condenser 52, heat is dispersed into outside water purifier 100, so that the temperature of medium reduces, with Just it is again introduced into heat absorption in evaporator.

Ice water tank 53 includes refrigeration cup and upper cover, and the structure of refrigeration cup is similar with the structure of Heating Cup 31, includes glass shell And the cup gallbladder in glass shell is set, cup gallbladder has heat insulation effect, and glass shell can play the role of protecting cup gallbladder.Upper cover and refrigeration Cup cooperatively forms closed accommodating chamber.The second water inlet pipe and the second outlet pipe, the second water inlet pipe and clear water tanks 4 are provided on upper lid Ice water supply mouth 413 be connected to, the second outlet pipe is connected to the water outlet of water purifier.It is additionally provided with second exhaust pipe on upper lid, Normally entering and exporting to avoid the gases affect water in refrigeration cup.

Evaporator includes evaporation tube, and the both ends of evaporation tube pass through upper cover, and connect respectively with condenser 52 and compressor 54. The middle part of evaporation tube is helically coiled, when to increase the contact area of heat transferring medium in evaporator and refrigeration water in the cup and to contact Between, to improve refrigeration effect.

It since 5 part of refrigerating plant is more, and needs to be used cooperatively between multiple parts, causes structure space layout numerous Trivial, whole scale of construction sense is big, and there are practical sets it is complicated, production efficiency is low the problems such as.

To solve the above problems, refrigerating plant 5 is designed as modular construction in the present embodiment, entire refrigerating plant 5 can be with Independent operating is conducive to save space, simplifies assembly technology, thereby increasing productivity.

Refrigerating plant 5 further includes bracket 51, carrier of the bracket 51 as entire refrigerating plant 5, condenser 52, ice water tank 53 And evaporator is arranged on bracket 51, to realize the modularized design of refrigerating plant 5.

Specifically, as shown in Figure 13-Figure 15, ice water tank 53 and compressor 54 are setting up and down, and condenser 52 is located at ice water tank 53 and compressor 54 side.Bracket 51 includes bottom plate 511 and the side plate 512 around the setting of the edge of bottom plate 511, side plate 512 be U-shaped structure, so that bracket 51 forms the frame structure of top and a side opening.Support plate is also connected on side plate 512 513, three sides of support plate 513 are connect with three faces of side plate 512 respectively, and support plate 513 is arranged in parallel with bottom plate 511. Ice water tank 53 is set in support plate 513, and compressor 54 is set on bottom plate 511, and condenser 52 is located at the opening one of U-shaped structure Side.It is arranged by above-mentioned position, refrigerating plant 5 can be made to become independent module, and the structure of module is more compact, is occupied empty Between it is small.When individually powering to refrigerating plant 5, refrigerating plant 5 can independently freeze, and the use that user is flexibly met needs It asks.

It arranges for convenience of pipeline between ice water tank 53 and compressor 54, the one side that support plate 513 is open close to U-shaped structure On be additionally provided with card interface 5131, the pipeline for connecting ice water tank 53 and compressor 54 can be caught in card interface 5131, so that system The arrangement of pipeline is more regular in device for cooling 5, reduces pipeline the space occupied, keeps 5 structure of refrigerating plant more compact.

For the stress for reducing support plate 513, the upper end side of ice water tank 53 is also provided with clinch.By ice water tank 53 When being fixed on bracket 51, ice water tank 53 is placed in support plate 513, and clinch is overlapped on the upper end of side plate 512, to subtract The stress of few support plate 513 is conducive to the intensity for improving bracket 51.

To fix condenser 52, fixed frame is provided on bracket 51.Fixed frame includes the upper fixation in support plate 513 Plate 5132 and divide positioned at the bottom plate 5111 being vertically arranged on bottom plate 511, upper mounted plate 5132 and bottom plate 5111 Top and bottom not with condenser 52 are fixed, to guarantee the stability of condenser 52.

For the heat dissipation for accelerating medium in condenser 52, to guarantee refrigeration effect, refrigerating plant 5 further includes fan 56, wind Fan 56 is set to the side of condenser 52, for radiating to condenser 52.

Due in refrigerating plant 5 each component locations close to, gap is smaller, and compressor 54 will generate during the work time it is big Calorimetric amount will affect the normal work of refrigerating plant 5 if radiating not in time.For this purpose, fan 56 is located at condensation in the present embodiment Between device 52 and compressor 54, fan 56 can simultaneously radiate to condenser 52 and compressor 54.

Specifically, fan 56 is fixed in support plate 513 so that air-flow passes through compressor 54 from top to bottom, sufficiently with pressure Contracting machine 54 carries out heat exchange, improves the heat dissipation effect of compressor 54.

To form heat dissipation wind channel, condenser 52 can be trumpet cooler 52, by the reciprocally bending formation of condenser pipe.Bracket Ventilation opening is provided on 51 bottom plate 511.When fan 56 works, certain driving air-flow successively passes through condenser 52, compressor 54.And by Ventilation opening outflow on bottom plate 511.By the flowing of air-flow, the heat on condenser 52 and compressor 54 is taken out of water purifier Outside 100.

To allow the flow to be discharged after exchanging heat with compressor 54 by bottom plate 511, supporting element is additionally provided on bottom plate 511 541, supporting element 541 is used to support the bottom of compressor 54, so as to have gap between compressor 54 and bottom plate 511, facilitates gas Stream is passed through the ventilation opening on bottom plate 511 by gap.

Compressor 54 will generate vibration during the work time, and compressor 54 is located at the bottom of bracket 51, compressor 54 Vibrating member cause the ice water tank 53 of 51 upper end of bracket that shaking by a relatively large margin occurs.For the vibration for reducing compressor 54, support Part 541 can be cushion, and cushion can slow down the vibration that compressor 54 is transmitted to bracket 51, so that ice water tank 53 be avoided to shake.

For the heat dissipation effect for further increasing refrigerating plant 5, as shown in fig. 6, also being set on support plate 513 and side 512 It is equipped with aeration structure.The through-hole of strip is provided in support plate 513, through-hole is tilted to be provided with multiple gussets, not only can be with Guarantee the intensity requirement of support plate 513, and the ventilation effect in two parts region above and below in bracket 51 can be improved.Side plate 512 Lower end be provided with through-hole, the interaction of compressor 54 surrounding flow and outer gas stream can be improved, to improve compressor 54 Heat dissipation effect.

It concentrates since number of parts is more in refrigerating plant 5, and relatively, for convenience of the arrangement of conducting wire 63 in refrigerating plant 5, avoids Conducting wire 63 is wound, lateral wall cabling of the conducting wire 63 in refrigerating plant 5 along bracket 51.It is fixed for convenience of 63 position of conducting wire, bracket Cable card board 514 is also provided with away on 51 lateral wall, conducting wire 63 is caught in away cable card board 514, so that conducting wire 63 and bracket 51 It is close to, the position of effectively fixed conducting wire 63 and arrangement route.For fixed conducting wire 63, walk cable card board 514 extended by edge it is jagged, Conducting wire 63 snaps onto notch.It is to improve notch to the snap effect of conducting wire 63, notch may include through-hole and have a through-hole The extended segment that inner wall extends to the edge for walking cable card board 514, the width of extended segment are slightly smaller than the diameter of conducting wire 63, the diameter of through-hole Greater than the diameter of single conducting wire 63.Solid conductor 63 can be entered in through-hole by extended segment, limit conducting wire 63 by through-hole Position.Multiple conducting wires 63 can pass through same through-hole.

Since structure is complicated in water purifier 100,63 quantity of conducting wire needed is more.Conducting wire 63 in water purifier 100 is by effect Power supply can be divided into and information transmits two kinds, wherein the conducting wire 63 as power supply is forceful electric power, for information transmitting Conducting wire 63 is light current.If the conducting wire 63 in water purifier 100 is unable to reasonable Arrangement, it is easy to security risk occur.

To solve the above problems, being laid out in such a way that forceful electric power is separated with light current in water purifier 100 provided in this embodiment Conducting wire 63.Specifically, shown in Figure 3, it is additionally provided with front frame 2 in the shell 1 of water purifier 100, front frame 2 is by the sky in shell 1 Between be divided into front and back two parts, master component 6 is set to the front side of front frame 2, and filter cartridge construction 7, clear water tanks 4, heating device 3 and system Device for cooling 5 is all set in the rear side of front frame 2.It is arranged by the subregion of master component 6 and other structures, so that being responsible for transmitting information Conducting wire 63, i.e., weak-current lead concentrates near the master component 6 of the front side of front frame 2, and the forceful electric power conducting wire as power supply The rear side of front frame 2 is concentrated on, to realize that power is electrically separated, the region touched is not easy on rear side of front frame 2 for user, is conducive to Improve the safety of water purifier 100.

In the present embodiment, front, rear, left and right four direction is divided so that master component 6 is located at the front side of front frame 2 as an example, so as to Introduce the integral layout of water purifier 100.In the present embodiment, master component 6 can be installed and before the front side of front frame 2, front frame 2 Side is provided with the first mounting groove, and master component 6 is installed in the first mounting groove.Master component 6 includes master control borad 61 and display surface Plate 62, display panel 62 are embedded into outside shell 1, can show the information such as water temperature, time.After clear water tanks 4 are set to front frame 2 Side, refrigerating plant 5 can be set as independent module in 4 bottom of clear water tanks.Ice water tank 53 is adjacent with clear water tanks 4, convenient net Water tank 4 supplies water to ice water tank 53.Heating device 3 is located at the bottom of clear water tanks 4 between front frame 2 and refrigerating plant 5, side Just clear water tanks 4 supply water into heating device 3.Filter cartridge construction 7 also can be set in the bottom of clear water tanks 4, and filter cartridge construction 7 is whole For strip, can be arranged side by side with heating device 3 and refrigerating plant 5.In the present embodiment, in conjunction with the structure feature of each component, Rationally occupied little space using the space in shell 1 so that 100 structure of water purifier is more compact.

Since the part of refrigerating plant 5 is more, and it is modular construction, the structure of bracket 51 can be made full use of, so that Forceful electric power conducting wire concentrates near bracket 51, the weak-current lead far from 2 front side of front frame, and is not easy to contact with user, guarantees user's Safety.

Specifically, as shown in figure 16, the outside of 51 latus inframedium 512 of bracket is additionally provided with the second mounting groove 515, the second installation Heavy-current control plate 55, the switch on heavy-current control plate 55 and compressor 54, heating device 3, pump and pipeline are installed in slot 515 Valve 47 connects, for providing power supply to above-mentioned component.Master control borad 61 is connect by weak-current lead with heavy-current control plate 55, is used In the on-off of control electric power.

When as shown in figure 17, to avoid occurring in water purifier 100 spilling water situation, water drops to conducting wire 63 and master along conducting wire 63 It controls at the connecting interfaces of equipment such as plate 61, in the present embodiment, conducting wire 63 is attached by the way of arranging from bottom to top, and It is bent into from bottom to top in the end of conducting wire 63 U-shaped.When there is overflow inside water purifier 100, water droplet is fallen on conducting wire 63, meeting It slides downwards, will not be contacted during the fall with connecting interface, to avoid causing along conducting wire 63 under self gravitation effect Danger of hazardous electrical discharges guarantees the safety of water purifier 100 and user.

The above content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality With novel thought, there will be changes in the specific implementation manner and application range, and the content of the present specification should not be construed as Limitations of the present invention.

Claims (22)

1. a kind of water purifier (100), including filter cartridge construction (7), which is characterized in that further include:

Clear water tanks (4), the water tank inlet on the clear water tanks (4) are connected to the water purification outlet of the filter cartridge construction (7)；

Heating device (3), the heating device (3) is connected to the clear water tanks (4), for providing hot water；And

Refrigerating plant (5), the refrigerating plant (5) is connected to the clear water tanks (4), for providing cold water.

2. water purifier (100) as described in claim 1, which is characterized in that the heating device (3) includes:

Heating Cup (31)；

Cup lid (32), the cup lid (32) are set to the top of the Heating Cup (31)；And

Anti-overflow component, the anti-overflow component is set in the Heating Cup (31), for preventing the water in the Heating Cup (31) It overflows.

3. water purifier (100) as claimed in claim 2, which is characterized in that the anti-overflow component includes:

Anti-flow electrode (37), the anti-flow electrode (37) is set on the cup lid (32), and the end of the anti-flow electrode (37) Portion protrudes into the Heating Cup (31).

4. water purifier (100) as claimed in claim 2, which is characterized in that the heating device (3) further include:

The bottom end of first outlet pipe (34), first outlet pipe (34) passes through the cup lid (32), and protrudes into the Heating Cup (31) in；And

The bottom end of first water inlet pipe (33), first water inlet pipe (33) passes through the cup lid (32), and stretches to the heating The bottom of cup (31).

5. water purifier (100) as claimed in claim 4, which is characterized in that the heating device (3) further include:

Anti-dry component, the anti-dry component are set in the Heating Cup (31), for preventing the heating device (3) dry It burns.

6. water purifier (100) as claimed in claim 5, which is characterized in that the anti-dry component includes:

Anti-dry heating electrode (38), the anti-dry heating electrode (38) is set on the cup lid (32), and the anti-dry heating electrode (38) bottom end is protruded into the Heating Cup (31).

7. water purifier (100) as claimed in claim 4, which is characterized in that the water purifier (100) further include:

First nozzle of tee tube (48), the tee tube (48) is connect with the clear water tanks (4), and the of the tee tube (48) Two nozzles are connected to first water inlet pipe (33), the third nozzle of the tee tube (48) and going out for the water purifier (100) Mouth of a river connection.

8. such as water purifier of any of claims 1-7 (100), which is characterized in that the clear water tanks (4) include groove body (41), it is provided with anti-overflow lip (44) on the side wall of the groove body (41), the anti-overflow lip (44) goes out with the water purifier (100) Mouth of a river connection.

9. water purifier (100) as claimed in claim 8, which is characterized in that the appearance of the side wall of the groove body (41) is towards institute It states and is bent to form boss (414) on the inside of groove body (41), top surface of anti-overflow lip (44) setting in the boss (414).

10. water purifier (100) as claimed in claim 8, which is characterized in that be provided with anti-overflow slot at the top of the groove body (41) (431), the anti-overflow slot (431) is connected to the concentrated water entrance of the filter cartridge construction (7).

11. water purifier (100) as claimed in claim 10, which is characterized in that the end bent of groove body (41) side At end face (42), the opening on the end face (42) around the groove body (41) is provided with convex ribs (43), the convex ribs (43) Both ends are oppositely arranged to form the anti-overflow slot (431).

12. such as water purifier of any of claims 1-7 (100), which is characterized in that the bottom surface of the clear water tanks (4) It is tilted from edge to middle part, is provided with water outlet of water tank in the middle part of the bottom surface of the clear water tanks (4).

13. water purifier (100) as claimed in claim 12, which is characterized in that the middle part of the bottom surface of the clear water tanks (4) is arranged Have depressed area (415), the water outlet of water tank is located in the depressed area (415).

14. such as water purifier of any of claims 1-7 (100), which is characterized in that the refrigerating plant (5) includes:

Bracket (51)；

Condenser (52), the condenser (52) are installed on the bracket (51)；

Ice water tank (53), the ice water tank (53) are installed on the bracket (51), the ice water tank (53) and the clear water tanks (4) it is connected to；

Evaporator, the evaporator are set in the ice water tank (53)；And

Compressor (54), the compressor (54) are installed on the bracket (51), the compressor (54), the condenser (52) and evaporator head and the tail are sequentially connected.

15. water purifier (100) as claimed in claim 14, which is characterized in that the ice water tank (53) and the compressor (54) setting up and down, the condenser (52) is located at the side of the ice water tank (53) and the compressor (54).

16. water purifier (100) as claimed in claim 14, which is characterized in that the bracket (51) includes:

Bottom plate (511)；

Side plate (512), the side plate (512) are arranged around the edge of the bottom plate (511), and the side plate (512) is U-shaped knot Structure；And

Support plate (513), the support plate (513) connect with the side plate (512), and parallel bottom plate (511) setting.

17. water purifier (100) as claimed in claim 14, which is characterized in that be provided on the lateral wall of the bracket (51) Walk cable card board (514).

18. water purifier (100) as claimed in claim 16, which is characterized in that the refrigerating plant (5) further include:

Fan (56), the fan (56) are installed on the bracket (51), and the fan (56) is located at the condenser (52) Between the compressor (54).

19. water purifier (100) as claimed in claim 18, which is characterized in that be provided with ventilation opening on the bottom plate (511).

20. water purifier (100) as claimed in claim 19, which is characterized in that be provided with supporting element on the bottom plate (511) (541), the supporting element (541) supports the compressor (54), so that between the compressor (54) and the bottom plate (511) With gap.

21. such as water purifier of any of claims 1-7 (100), which is characterized in that the water purifier (100) is also wrapped It includes:

Shell (1), the filter cartridge construction (7), the clear water tanks (4), the heating device (3) and the refrigerating plant (5) are equal It is set in the shell (1)；

Front frame (2), the front frame (2) are set in the shell (1), the filter cartridge construction (7), the clear water tanks (4), described Heating device (3) and the refrigerating plant (5) are respectively positioned on the rear side of the front frame (2)；And

Master component (6), the master component (6) are set to the front side of the front frame (2), the master component (6) respectively with The filter cartridge construction (7), the clear water tanks (4), the heating device (3) and the refrigerating plant (5) electrical connection.

22. water purifier (100) as claimed in claim 21, which is characterized in that the master component (6) and the filter cartridge construction (7), the clear water tanks (4), the heating device (3) and the refrigerating plant (5) are connected by conducting wire (63), the conducting wire (63) whole to arrange from bottom to top, and the end bending of the conducting wire (63) is U-shaped.