CN208265940U

CN208265940U - Anti-channeling boiler and the hot water purification control system of anti-channeling

Info

Publication number: CN208265940U
Application number: CN201820244820.9U
Authority: CN
Inventors: 王胜超; 赵倩倩; 潘成军
Original assignee: Wuhan Chinook Environment Technology Co Ltd
Current assignee: Wuhan Chinook Environment Technology Co Ltd
Priority date: 2018-02-09
Filing date: 2018-02-09
Publication date: 2018-12-21
Anticipated expiration: 2028-02-09

Abstract

The utility model discloses a kind of anti-channeling boiler and the hot water purification control systems of anti-channeling, the utility model between steam water tank and pure water tank with hollow heat insulation plate by being separated, the water outlet of steam water tank is connected by the water inlet of the first reverse valve and heating tank, first water outlet of pure water tank is connect by the second reverse valve with the water inlet of the heating tank, the water (flow) direction of first reverse valve is to flow to heating tank from steam water tank, the water (flow) direction of second reverse valve is to flow to heating tank from pure water tank, the steam (vapor) outlet top of heating tank and the water inlet of steam water tank connect, pure water tank and steam water tank are separated using hollow heat insulation plate, heat transmitting is reduced to greatest extent, because being equipped with reverse valve, the water of two water tanks will not be altered mutually, temperature will not be altered mutually, the hot water and steam of heating tank can be directly entered steam water tank, avoid heating tank enlarged volume Caused by pressure and heat waste, be effectively saved water resource and electric energy, improve the utilization rate of heat.

Description

Anti-channeling boiler and the hot water purification control system of anti-channeling

Technical field

The utility model relates to water tank field, in particular to a kind of anti-channeling boiler and the hot water purification control system of anti-channeling.

Background technique

With the development of technology, water purifier using more and more extensive, people need often to make in daily work life With water purifier, generally there is the water purifier of heating function, the volume of water does not stop to increase and generates bubble, existing skill during heating The way used in order to solve this problem in art is that hot water is imported into water tank, this way can effectively add water vapour discharge Hot tank is outer and reduces pressure caused by enlarged volume, and effectively saves water, but this mode will cause the water breakthrough heat of pure water tank sternly Weight, causes water tank temperature to rise, causes heat waste.

Above content is only used for auxiliary and understands the technical solution of the utility model, does not represent and recognizes that above content is existing Technology.

Utility model content

The purpose of this utility model is to provide a kind of anti-channeling boiler and the hot water purification control systems of anti-channeling, solve existing The problem of water breakthrough heat in technology in water tank is serious, heat waste.

To achieve the above object, the utility model provides a kind of anti-channeling boiler:

The anti-channeling boiler includes: pure water tank, steam water tank and hollow heat insulation plate；

The steam water tank is located at the inside of the pure water tank, by described between the steam water tank and the pure water tank Hollow heat insulation plate separates, and the steam water tank is located at the top of heating tank；

The water inlet of the pure water tank is arranged in the side surface upper part of the pure water tank, the first water outlet of the pure water tank and The bottom of the pure water tank is arranged in second water outlet；

The water outlet of the steam water tank is connect with the water inlet of the first reverse valve, the water outlet of the first reverse valve with The water inlet of the heating tank connects, and the first water outlet of the pure water tank is connect with the second reverse valve, the second reverse valve Water outlet connect with the water inlet of the heating tank；

The water (flow) direction of the first reverse valve is to flow to the heating tank, the second reverse valve from the steam water tank Water (flow) direction be from the pure water tank to flow to the heating tank；

The steam (vapor) outlet top of the heating tank is connect with the water inlet of the steam water tank.

Preferably, the top of the first recessed portion of the pure water tank, the steaming is arranged in the water inlet of the steam water tank The second recessed portion of the pure water tank and the bottom of the first recessed portion intermediate ledge point is arranged in the water outlet of carbonated drink case.

Preferably, the steam (vapor) outlet top of the heating tank is connect by steam pipe with the water inlet of the steam water tank.

To achieve the above object, the utility model also provides a kind of hot water purification control system of anti-channeling:

The hot water purification control system of anti-channeling includes: purification device, anti-channeling boiler and heating tank as described above, institute The water outlet for stating purification device is connect with the water inlet of the pure water tank in the anti-channeling boiler.

Preferably, the described first reverse valve and the described second reverse valve are connected by the water inlet of tee tube and the heating tank It connects；And foraminate partition is provided with out among the heating tank.

Preferably, the water outlet of the heating tank is arranged in the top of the heating tank, the water outlet of the heating tank with The connection of first solenoid valve；Second water outlet of the pure water tank is connect with second solenoid valve.

Preferably, the purification device includes filter device and flow control apparatus for water, and water flow passes sequentially through the filtering dress It sets and the anti-channeling boiler is entered by the water outlet of the purification device with the flow control apparatus for water.

Preferably, the filter device include the first composite filter element, third solenoid valve and the second composite filter element, described first Composite filter element, the third solenoid valve and second composite filter element are sequentially connected.

Preferably, the flow control apparatus for water includes water pump and reverse osmosis membrane unit, one end of second composite filter element It is connect with one end of the water pump, the other end of the water pump is connect with the reverse osmosis membrane unit.

Preferably, the hot water purification control system of the anti-channeling further include: water-replenishing control device, the water-replenishing control device difference It is connected with the steam water tank, the pure water tank and the heating tank, for monitoring that the water level of the steam water tank is more than When the preset water level of the pure water tank, the heating function of the heating tank is opened, and in the water outlet for monitoring the heating tank When having hot water output, controls the pure water tank and the steam water tank is the heating tank moisturizing.

The utility model between steam water tank and pure water tank with hollow heat insulation plate by being separated, the water outlet of steam water tank It is connected by the water inlet of the first reverse valve and heating tank, the first water outlet of pure water tank passes through the second reverse valve and the heating The water inlet of tank connects, and the water (flow) direction of the first reverse valve is to flow to heating tank, the water flow side of the second reverse valve from steam water tank To flow to heating tank from pure water tank, the steam (vapor) outlet top of heating tank and the water inlet of steam water tank are connected, using it is hollow every Hot plate separates pure water tank and steam water tank, reduces heat transmitting to greatest extent, because being equipped with reverse valve, the water of two water tanks will not It mutually alters, temperature will not be altered mutually, and the hot water and steam of heating tank can be directly entered steam water tank, avoided heating tank enlarged volume and caused Pressure and heat waste, be effectively saved water resource and electric energy, improve the utilization rate of heat.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the composition schematic diagram of the utility model anti-channeling boiler；

Fig. 2 is the hot water purification control system architecture schematic diagram of the utility model anti-channeling.

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Drawing reference numeral explanation:

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise Under every other embodiment obtained, fall within the protection scope of the utility model.

It is to be appreciated that if related in the utility model embodiment directionality instruction (such as upper and lower, left and right, it is preceding, Afterwards ...), then directionality instruction is only used for explaining opposite between each component under a certain particular pose (as shown in the picture) Positional relationship, motion conditions etc., if the particular pose changes, directionality instruction is also correspondingly changed correspondingly.

In addition, if relating to the description of " first ", " second " etc. in the utility model embodiment, " first ", " the Two " etc. description is used for description purposes only, and is not understood to indicate or imply its relative importance or is implicitly indicated meaning The quantity of the technical characteristic shown." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one A this feature.It in addition, the technical solution between each embodiment can be combined with each other, but must be with ordinary skill Based on personnel can be realized, this technical side will be understood that when the combination of technical solution appearance is conflicting or cannot achieve The combination of case is not present, also not within the protection scope of the requires of the utility model.

As shown in Figure 1, the anti-channeling boiler includes: pure water tank 1, steam water tank 2 and hollow heat insulation plate；The steam water Case 2 is located at the inside of the pure water tank 1, between the steam water tank 2 and the pure water tank 1 by the hollow heat insulation plate every It opens, the steam water tank 2 is located at the top of heating tank.

It should be noted that the anti-channeling boiler can be applied to water-making machine, water heater also can be applied to, certainly also It can be applied in other scenes or device and equipment, the present embodiment is without restriction to this；The hollow heat insulation plate is located at institute The outer wall for stating steam water tank 2, which forms the steam water tank 2, to be surrounded, and centre is hollow dry air, the hollow heat insulation plate Surround the steam water tank 2；The hollow heat insulation plate is that centre is hollow thermal insulation board, can be separated using air described pure Water tank 1 and the steam water tank 2 reduce heat transmitting to greatest extent, can effectively solve the problem that water tank alters heat problem, avoid heat unrestrained Take, improves the utilization rate of heat.

It is understood that the material of the hollow heat insulation plate can be any materials with hollow heat insulation function, this Embodiment is without restriction to this；The hollow heat insulation plate is in addition to can be set the outer wall in the steam water tank 2 to the steaming Carbonated drink case 2 is formed outside encirclement, and any position between the steam water tank 2 and the pure water tank 1 can also be arranged in, to rise To heat-insulated effect, the present embodiment is without restriction to this；It is described to add since the top of the heating tank is arranged in the water tank Hot tank and the pure water tank 1 and the steam water tank 2 have difference in height, can more favorably supply water for the heating tank.

In the concrete realization, generally the hollow heat insulation plate is arranged it is higher than the restriction water level of the pure water tank 1, can be with It effectively prevent the hot water in the steam water tank 2 to enter in the pure water tank 1, the water for effectively preventing two water tanks is mutually altered, and is made Temperature will not be altered mutually.

Further, the side surface upper part of the pure water tank 1, the steam water tank is arranged in the water inlet 3 of the pure water tank 1 The top of the first recessed portion A1 of the pure water tank 1, the first water outlet 5 of the pure water tank 1 and is arranged in 2 water inlet 4 The bottom of the pure water tank 1 is arranged in two water outlets 6, and the of the pure water tank 1 is arranged in the water outlet 7 of the steam water tank 2 The bottom of two recessed portion A2 and the first recessed portion A1 intermediate ledge point.

It is understood that the water inlet 3 of the pure water tank 1 is in addition to can be set the side surface upper part in the pure water tank 1 Except, the front upper in the pure water tank 1 also can be set in the water inlet 3 of the pure water tank 1, can also be arranged in described pure The upper rear portion of water tank 1 or other facilitate on the position of water inlet, the present embodiment is without restriction to this；The steam water tank 2 Water inlet 4 other than it can be set at the top of the first recessed portion A1 of the pure water tank 1, the steaming can also be set The side surface upper part of carbonated drink case 2, also can be set the upper rear portion of the steam water tank 2 or other facilitate the position of water inlet On, the present embodiment is without restriction to this；The first recessed portion A1 and the second recessed portion A2 intermediate ledge are divided into institute State the lower part of steam water tank 2；The shape of the steam water tank 2 is certainly not limited to shape described in the present embodiment, moreover it is possible to be this The deformation of the shape of steam water tank 2 described in embodiment, the present embodiment are without restriction to this.

The water outlet 7 of the steam water tank 2 is connect by the first reverse valve with the water inlet of the heating tank, the pure water First water outlet 5 of case 1 is connect by the second reverse valve with the water inlet of the heating tank.

It should be understood that because be equipped with the described first reverse valve and the second reverse valve, the water of the pure water tank 1 and The water of the steam water tank 2 will not be altered mutually, and temperature will not be altered mutually, can effectively be prevented heat rapidly losing, be improved heat The utilization rate of amount.

The water (flow) direction of the first reverse valve is that the heating tank is flowed to from the steam water tank 2, and described second is reverse The water (flow) direction of valve is to flow to the heating tank from the pure water tank 1；

In the concrete realization, water flow flows to the heating tank, water flow by the described first reverse valve from the steam water tank 2 The heating tank is flowed to from the pure water tank 1 by the described second reverse valve, because there is reverse valve, water flow not will form reverse irrigation, Only the heating tank can be flowed to from the steam water tank 2 and the pure water tank 1, the water in water tank will not be altered mutually, can effectively be prevented Only heat is rapidly losing causes to waste.

Further, the steam (vapor) outlet top of the heating tank is connected by the water inlet of steam pipe and the steam water tank 2 It connects.

It is understood that the steam (vapor) outlet top of the heating tank passes through the water inlet of steam pipe and the steam water tank 2 Hot steam, quickly can be entered the steam water tank 2 by the steam pipe, heat is enable to obtain by mouth connection Recycling, further avoids heat waste, is effectively saved water resource and electric energy.

For the present embodiment by being separated between steam water tank and pure water tank with hollow heat insulation plate, the water outlet of steam water tank is logical The water inlet for crossing the first reverse valve and heating tank connects, and the first water outlet of pure water tank passes through the second reverse valve and the heating tank Water inlet connection, the water (flow) direction of the first reverse valve is to flow to heating tank, the water (flow) direction of the second reverse valve from steam water tank To flow to heating tank from pure water tank, the steam (vapor) outlet top of heating tank and the water inlet of steam water tank are connected, and utilize hollow heat insulation Plate separates pure water tank and steam water tank, reduces heat transmitting to greatest extent, because being equipped with reverse valve, the water of two water tanks will not be mutual It alters, temperature will not be altered mutually, and the hot water and steam of heating tank can be directly entered steam water tank, caused by avoiding heating tank enlarged volume Pressure and heat waste, are effectively saved water resource and electric energy, improve the utilization rate of heat.

Further, the composition schematic diagram based on anti-channeling boiler shown in FIG. 1 proposes the hot water purification of the utility model anti-channeling Control system architecture schematic diagram, Fig. 2 are the hot water purification control system architecture schematic diagram of the utility model anti-channeling；

As shown in Fig. 2, the hot water purification control system of anti-channeling includes: purification device S1, anti-channeling boiler as described in Figure 1 With heating tank J, the water outlet of the purification device is connect with the water inlet 3 of the pure water tank in the anti-channeling boiler.

It should be noted that the hot water purification control system of anti-channeling be in addition to that can apply in water purifier for other than water processed, It can be applied to water heater, can be applied on the device and equipment that other need to carry out the hot water purification control of anti-channeling certainly, this Embodiment is without restriction to this；It can be provided for the anti-channeling boiler by purified water by the purification device S1 Source can effectively solve the problem that the heat of the water breakthrough in water tank in the prior art is serious by the anti-channeling boiler and heating tank, heat The problem of waste.

Correspondingly, the water outlet 7 of the steam water tank 2 in the anti-channeling boiler is added by the first reverse valve N1 with described The water inlet 8 of hot tank J connects, the first water outlet 5 of the pure water tank 1 in the anti-channeling boiler by the second reverse valve N2 with The water inlet 8 of the heating tank J connects；The water (flow) direction of the first reverse valve N1 is described to flow to from the steam water tank 2 The water (flow) direction of heating tank J, the second reverse valve N2 are to flow to the heating tank J from the pure water tank 1.

Further, the described first reverse valve N1 and the described second reverse valve N2 passes through the tee tube T's and heating tank J Water inlet 8 connects；And foraminate partition a is provided with out among the heating tank J.

It should be understood that because being equipped with the described first reverse valve N1 and second reverse valve N2, the pure water tank 1 The water of water and the steam water tank 2 will not be altered mutually, and temperature will not be altered mutually, can effectively prevent heat rapidly losing, be improved The utilization rate of heat, and by tee tube T, it is connected to the water inlet 8 of the heating tank J, can concentrate as the heating Tank J supplies water, and the water of the water and the steam water tank 2 that facilitate the pure water tank 1 enters the heating tank J, and quickening water flow, which enters, to be added Time of hot tank J, and because there is the hot water in steam water tank 2 to rapidly enter, can be saved for heating tank J heat hot water the time and Power consumption avoids waste caused by heat loss.

In the concrete realization, water flow flows to the heating tank J by the described first reverse valve N1 from the steam water tank 2, Water flow flows to the heating tank J by the described second reverse valve from the pure water tank 1, is gathered together concentration by tee tube T To the heating tank J, because there is reverse valve, water flow not will form reverse irrigation, only can be from the steam water tank 2 and the pure water for output Case 1 flows to the heating tank, and the water in the pure water tank 1 and the steam water tank 2 will not be altered mutually, can effectively prevent heat It measures and rapidly losing causes to waste.

It is understood that being provided with out foraminate partition a among the heating tank J, heating tank can be made to intake Shi Lengshui is not mixed quickly with the upper layer hot water of the heating tank, can guarantee the pure water tank by opening foraminate partition a 1 and the steam water tank 2 when giving the heating tank J moisturizing, water enters heating tank from the water inlet 8 of heating tank J from the bottom to top, Hot water is flowed out from the water outlet 10 of the heating tank, and the reason of because of partition a, the cold water that lower layer newly enters is less fast when entering It is mixed with upper layer hot water, hot water effluent's temperature can be guaranteed.

Further, the top of the heating tank J is arranged in the water outlet 10 of the heating tank J, and the heating tank J's goes out The mouth of a river 10 is connect with the first solenoid valve D1；6 lower part of the second water outlet of the pure water tank 2 is connect with second solenoid valve D2.

It should be understood that the top of the heating tank J is arranged in the water outlet 10 of the heating tank J, heat can be facilitated While water is exported from heating tank, the leaving water temperature of hot water ensure that, and can be quickly defeated by the first solenoid valve D1 Hot water out, and effectively realize hot water supply control；The water outlet 10 of the heating tank J is connect with the first solenoid valve D1, is used Hot water is provided in the hot water output port H for the hot water purification control system of anti-channeling.

It is understood that 6 lower part of the second water outlet of the pure water tank 2 is connect with second solenoid valve D2, it can be in energy While enough quickly output normal-temperature waters, the effective supply control for realizing normal-temperature water, the second water outlet 6 of the pure water tank 2 Lower part is connect with second solenoid valve D2, for providing normal-temperature water for the room temperature water output C of the hot water purification control system of anti-channeling.

Correspondingly, 9 top of steam (vapor) outlet of the heating tank J passes through the water inlet 4 of steam pipe Z and the steam water tank 2 Connection.

It should be noted that the steam pipe Z is used to export the vapor of the heating tank J to the steam water tank 2, When the pure water tank 1 carries out moisturizing with the steam water tank 2 for the heating tank, because the water inlet 4 of the steam water tank 2 exists The top of the heating tank J, the water of this part will not flow back into heating tank J from steam pipe Z, under the water temperature for avoiding heating tank J Drop, makes the available guarantee of hot water effluent's temperature of heating tank J, is connected by the water inlet 4 of steam pipe Z and the steam water tank 2 It connects, vapor quickly can be passed through the steam water tank 2, so that heat is reused, further avoid heat Waste, is effectively saved water resource and electric energy.

Further, the purification device S1 includes filter device S2 and flow control apparatus for water S3, and water flow passes sequentially through institute It states filter device S2 and the flow control apparatus for water S3 and the anti-channeling boiler is entered by the water outlet of the purification device S1.

It is understood that the filter device S2 is used to be filtered external water source W purification, the flow cavitation result dress S3 is set for providing pressure for the pure water by filtering, so as to flow rapidly into the anti-channeling boiler by filtered pure water In pure water tank 1, the pure water by purification is provided for the pure water tank 1.

Further, the filter device S2 includes the first composite filter element L1, third solenoid valve D3 and the second composite filter element L2, the first composite filter element L1, the third solenoid valve D3 and the second composite filter element L2 are sequentially connected.

It should be noted that the first composite filter element L1, the third solenoid valve D3 and the second composite filter element L2 It is sequentially connected, and then constitutes the filter device S2, so that it is net to carry out effectively filtering to the external water source W that water supply line comes Change.

It is understood that the first composite filter element L1 and the second composite filter element L2 can be different types of symbol Filter core is closed, such as the first composite filter element L1 can be polyester fiber PP cotton packet active carbon, the second composite filter element L2 can Think active charcoal bag PP cotton, certain first composite filter element L1 and the second composite filter element L2 is also possible to other types Cartridge combination or other materials filter core to achieve the purpose that filtering external water source W, the present embodiment are without restriction to this.

Further, the flow control apparatus for water S3 includes water pump M and reverse osmosis membrane unit RO, second composite filter element One end of L2 is connect with one end of the water pump M, and the other end of the water pump M is connect with the reverse osmosis membrane unit RO.

It should be understood that the reverse osmosis membrane unit RO can be by multiple reverse osmosis (Reverse Osmosis, RO) The reverse osmosis units of film composition, are also possible to the reverse osmosis membrane list that can play reverse osmosis function being made of other kinds of material Member, the present embodiment is without restriction to this, can be filtered to via the filter device S2 by the reverse osmosis membrane unit RO Water afterwards further filters, and can provide pure water to the further filtration, purification of water for the pure water tank 2, the water pump M is for being The pure water tank 2 provides pure water and provides power, can effectively export pure water, provide pressure of supply water.

Further, the hot water purification control system of the anti-channeling further include: water-replenishing control device B, the water-replenishing control device B It is connected respectively with the steam water tank 2, the pure water tank 1 and the heating tank J, for monitoring the steam water tank 2 When water level is more than the preset water level of the pure water tank 1, the heating function of the heating tank J is opened, and monitoring the heating When the water outlet 10 of tank J has hot water output, controlling the pure water tank 1 with the steam water tank 2 is the heating tank J moisturizing.

It should be noted that the water-replenishing control device B in the water level for monitoring the steam water tank 2 in addition to that can surpass When crossing the preset water level of the pure water tank 1, the heating function of the heating tank J is opened, and monitoring going out for the heating tank J When there is hot water output at the mouth of a river 10, controlling the pure water tank 1 with the steam water tank 2 is the benefit except the heating tank J moisturizing Water controller B can also detect the water of the pure water tank 1 reach in water level when, open heating tank J heating function, can For the quick moisturizing of heating tank J, to effectively prevent heating tank J dry combustion method in time.

In the concrete realization, since heating tank J and pure water tank 1 have difference in height, it may be set in and detect described detecting When reaching middle water level to the water of the pure water tank 1, the heating function of heating tank J is opened, naturally it is also possible to be to reach the pure water When the water of case 1 reaches some preset water level, the heating function of heating tank J is opened, the present embodiment does not limit this System；The steam pipe Z can guarantee that in the case where not pressure-bearing, hot water and steam can be directly entered the steam water tank 2, described The structure of steam water tank 2 can guarantee that heating power will not be transmitted to the pure water tank 1 quickly by this part hot water, and in the pure water When case 1 and the steam water tank 2 carry out moisturizing to the heating tank J, the steam water tank 2 can quickly introduce hot water described Heating tank J, enables heat to be reused, and further avoids heat waste, is effectively saved water resource and electric energy.

Above content is only preferred embodiments of the present invention, it is noted that for the technology of the art For personnel, without departing from the principle of this utility model, several improvement can also be made, these improvement also should be regarded as this The protection scope of utility model.

Claims

1. a kind of anti-channeling boiler, which is characterized in that the anti-channeling boiler includes: pure water tank, steam water tank and hollow heat insulation Plate；

The steam water tank is located at the inside of the pure water tank, by described hollow between the steam water tank and the pure water tank Thermal insulation board separates, and the steam water tank is located at the top of heating tank；

The side surface upper part of the pure water tank, the first water outlet of the pure water tank and second is arranged in the water inlet of the pure water tank The bottom of the pure water tank is arranged in water outlet；

The water outlet of the steam water tank is connect with the water inlet of the first reverse valve, the water outlet of the first reverse valve with it is described The water inlet of heating tank connects, and the first water outlet of the pure water tank is connect with the second reverse valve, and the second reverse valve goes out The mouth of a river is connect with the water inlet of the heating tank；

The water (flow) direction of the first reverse valve is to flow to the heating tank, the water of the second reverse valve from the steam water tank Stream direction is to flow to the heating tank from the pure water tank；

2. anti-channeling boiler as described in claim 1, which is characterized in that the water inlet of the steam water tank is arranged described pure The top of first recessed portion of water tank, the water outlet of the steam water tank be arranged in the second recessed portion of the pure water tank with it is described The bottom of first recessed portion intermediate ledge point.

3. anti-channeling boiler as claimed in claim 2, which is characterized in that the steam (vapor) outlet top of the heating tank passes through steam Pipe is connect with the water inlet of the steam water tank.

4. a kind of hot water purification control system of anti-channeling, which is characterized in that the hot water purification control system of anti-channeling include: purification device, Anti-channeling boiler and heating tank as claimed in any one of claims 1-3, the water outlet of the purification device and the anti-channeling The water inlet of pure water tank in boiler connects.

5. the hot water purification control system of anti-channeling as claimed in claim 4, which is characterized in that the first reverse valve and described second Reverse valve is connect by tee tube with the water inlet of the heating tank；And be provided with out among the heating tank it is foraminate every Plate.

6. the hot water purification control system of anti-channeling as claimed in claim 5, which is characterized in that the water outlet setting of the heating tank exists The top of the heating tank, the water outlet of the heating tank are connect with the first solenoid valve；Second water outlet of the pure water tank with Second solenoid valve connection.

7. the hot water purification control system of anti-channeling as claimed in claim 6, which is characterized in that the purification device includes filter device And flow control apparatus for water, water flow pass sequentially through the filter device and the flow control apparatus for water going out by the purification device The mouth of a river enters the anti-channeling boiler.

8. the hot water purification control system of anti-channeling as claimed in claim 7, which is characterized in that the filter device includes first compound Filter core, third solenoid valve and the second composite filter element, first composite filter element, the third solenoid valve and second composite filter Core is sequentially connected.

9. the hot water purification control system of anti-channeling as claimed in claim 8, which is characterized in that the flow control apparatus for water includes water pump And reverse osmosis membrane unit, one end of second composite filter element are connect with one end of the water pump, the other end of the water pump with The reverse osmosis membrane unit connection.

10. the hot water purification control system of anti-channeling as claimed in claim 9, which is characterized in that the hot water purification control system of anti-channeling Further include: water-replenishing control device, the water-replenishing control device respectively with the steam water tank, the pure water tank and the heating tank It is connected, for opening the heating tank when the water level for monitoring the steam water tank is more than the preset water level of the pure water tank Heating function control the pure water tank and the steam and when monitoring that the water outlet of the heating tank has hot water output Water tank is the heating tank moisturizing.