CN204500361U - One is backflowed and is led to the electric drinker of cooling - Google Patents

Abstract

The utility model relates to daily life and to begin to drink apparatus field, there is provided one to backflow and lead to the electric drinker of cooling, it mainly comprises water storage container and the heating container of calandria, boiling point temperature controller is housed, heating container connects heat and turns on the tap, lower water storage container is provided with below upper water storage container, and lower water storage container lower end is connected with heating container through pipeline, heating container lower end connects water side through cooling pipeline, wherein, cooling pipeline part body be arranged in lower water storage container, water side run through lower water storage container and water side not higher than heating container.The utility model utilization is returned circulation style and is carried out cooling process to hot boiling water, obtain the pure warm water without repeating to boil, mix without water, heat energy is reclaimed simultaneously, high efficiency of energy is allowed to utilize, its structure matching is reasonable, easy cleaning, health are pollution-free, in conjunction with chilled water container, can select heat, temperature, cold, the high-quality water that freezes Four types simultaneously.

Description

One is backflowed and is led to the electric drinker of cooling

Technical field

The utility model relates to daily life and to begin to drink apparatus field, refers in particular to one and to backflow the electric drinker of logical cooling.

Background technology

Water dispenser is heated up by drummed pure water (or mineral water) or lowers the temperature and be convenient for people to the device drunk, traditional water dispenser or electric drinker are all generally that top is provided with cold water or running water water storage container, lower vertical is provided with closed heating container in position, on heating container, Kick type temperature sensitive switch is equipped with in outside, heating container upper end connects heat and turns on the tap, cold water stores a pipeline below container and connects cold water faucet, namely water dispenser or electric drinker only have cold usually, hot depotition cock or single hot water tap, and top cold water stores the vertical pipeline direct current of container center enters (see accompanying drawing 1) bottom heating container, the water stored in container when top cold water flows into heating container inside automatically to full, until boil, be arranged on the Kick type temperature sensitive switch then power-off on heating container, when opening hot water tap, cold water in upper water storage container is synchronously dirty to be supplemented in heating container, because tandem container adopts principle of negative pressure, above-mentioned phenomenon is visible, when the water in heating container flows out, cold water in upper water storage container is synchronous dirty supplementary, add that heating container volume is little, the amount of taking up is few, and upper water storage container to take up capacity large, cause top hydraulic pressure large, vertical dropping velocity is fast, add upper container and be in negative pressure state, easily cause that cold water is dirty fast enters heating container, mix with the boiling water in heating container, and now in heating container the change of temperature timing can not be passed to the Kick type temperature sensitive switch in outside, so heat is turned on the tap, the boiling water flowed out may not be pure boiling water.

In sum, when heat turns on the tap continuous effluent, synchronous dirty the supplementing of cold water in upper water storage container mixes with the boiling water in heating container, i.e. " water mixing ", and cold water and running water lack effective sterilization, disinfection, when the long-time not water outlet of the boiling water in heating container is drunk, water temperature progressively can drop to rated temperature, and reheat and boil, by that analogy, repeat said procedure, cause water repeatedly to repeat boil and go bad, common name " standby repetition is boiled ", its standby and heating schedule all wastes mass energy;

Moreover heating container is in bottom water storage container, and water outlet is flowed out by top, and Long-Time Service can cause the cold water that flows into bottom and dirt, incrusted deposit cannot discharge at container bottom, thus covers calandria, causes heat energy loss, and polluted water.Decline at current water resource quality, energy scarcity, the problems such as wholesome water and energy-conservation, low consumption face to be challenged, gravely therefore, in the urgent need to the product of health, environmental protection, low energy consumption, high-tech.

Summary of the invention

The purpose of this utility model is for the existing state of the art, thoroughly improve, thus provide one to backflow the electric drinker of logical cooling, lead to by backflowing and cooling process is carried out to boiling water, reach energy recovery simultaneously, reduce energy consumption, negative and positive moisture drink, without the effect of repeatedly seething with excitement, and water quality is secure.

For achieving the above object, the utility model adopts following technical scheme:

One is backflowed and is led to the electric drinker of cooling, mainly comprise water storage container and calandria is housed, the heating container of boiling point temperature controller, heating container connects heat and turns on the tap, lower water storage container is provided with below upper water storage container, and lower water storage container lower end is connected with heating container through pipeline, heating container lower end connects water side through cooling pipeline, wherein, the part body of cooling pipeline is arranged in lower water storage container, water side run through lower water storage container and water side not higher than heating container, water side is not preferably higher than bottom heating container, hot boiling water in heating container can be flowed out toward water side voluntarily, obtain warm water.

Further, water side is warm water tap, and cooling pipeline is metallic conduit.

Further, water-level measuring post is equipped with in lower water storage container and heating container, wherein, be low-water ga(u)ge in lower water storage container, heating container comprises high water level chi and low-water ga(u)ge, lower water storage container should higher than heating container, and lower water storage container should be more than or equal to the high water level chi capacity of heating container higher than the capacity of heating container part.

Further, upper water storage container and lower water storage container junction are provided with filter, filter can be the material such as filtration core or filter course, and filtering material can select filter cotton, PP cotton, hollow membrane, active carbon, mineral matter, magnetic material, ceramic material, sterilization material etc.; Filtration core can have a group or more; Filter course can adopt single filtering material or multiple filter material mixing composition.Lower water storage container has connection cold water faucet, and water after filtering directly can extract and drink from lower water storage container.

Further, bottom lower water storage container, be provided with drainpipe, also comprise a blast pipe and run through lower water storage container top.

Further, normally closed type valve is provided with in lower pipeline between water storage container and heating container, this normally closed type valve and calandria, boiling point temperature controller, water-level measuring post control by circuit board, as required, can add heat-insulation switch below calandria, heat-insulation switch controls by circuit board and Kick type temperature controller equally.

In such scheme, also comprise a system and freeze water receptacle, described system freezes water receptacle can connect lower water storage container through pipeline, and system is frozen water receptacle side and is connected with and freezes tap.

Further, the system source of freezing frozen in water receptacle is that semiconductor chilling plate or compression mechanism freeze, described water side external pipe run through system freeze water receptacle or the system that is around in freeze water receptacle periphery after with warm water tap be connected, instant heating boiling water is after returning and circulating in lower water storage container cooling, again through the further radiating and cooling of chilled water container, warm water can be obtained.

In such scheme, also comprise warm water container, connection water side, described warm water container lower end, in cooling pipeline, be provided with valve open in usual, and warm water container side is connected with warm water tap, the warm water after logical cooling of backflowing is made to be stored in warm water container stand-by.

Further, be provided with vertical open tubular column in warm water container, warm water container bottom is run through in this vertical open tubular column lower end, and vertical open tubular column upper end is then higher than the peak level face in warm water container, the upper and lower air circulation of vertical open tubular column, can help further radiating and cooling.

In such scheme, all containers are heavy caliber, top open type structure, very easily clean.

The utility model has the advantage of:

1. hot boiling water returns and circulates in lower water storage container and carry out radiating and cooling, and gained warm water is pure boiling water, avoids water to mix;

2. the heat energy that distributes in lower water storage container of hot boiling water absorb by water, the water temperature in lower water storage container rises to some extent, can boil fast, and reduces energy consumption, environmental protection;

3. add water and boil again, hot water thermal insulating, avoid repeating to boil;

4. container heavy caliber, upper cover-opening structure, coordinates drainpipe, its easy cleaning, pollution-free.

accompanying drawing illustrates:

Accompanying drawing 1 is the structural representation of traditional water dispenser (drinker);

Accompanying drawing 2 is left view of the present utility model;

Accompanying drawing 3 is front view of the present utility model;

Accompanying drawing 4 is stereogram of the present utility model;

Accompanying drawing 5 is the stereogram of two water-heating container structure in the utility model.

detailed description of the invention:

Can have the object of the utility model, feature and function to make juror and further understand, hereby lift preferred embodiment and coordinate graphic being described in detail as follows:

Refer to shown in Fig. 2-4, it is the structural representation of the preferred embodiment of the utility model, the utility model is that one is backflowed the electric drinker of logical cooling, mainly comprise water storage container 1 and calandria 31 is housed, the heating container 3 of boiling point temperature controller 32, heating container 3 connects heat and to turn on the tap A, lower water storage container 2 is provided with below upper water storage container 1, and lower water storage container 2 lower end is connected with heating container 3 through pipeline, heating container 3 lower end connects water side B through cooling pipeline 4, wherein, the part body of cooling pipeline 4 is arranged in lower water storage container 2, water side B run through lower water storage container 2 and water side B not higher than heating container 3, there is the part of cooling pipeline 4 lower than bottom heating container 3 in lower water storage container 2, hot boiling water is facilitated to flow to water side B voluntarily from heating container 3, without the need to water pump, its economize energy, reduce the high cost because complex structure brings and failure problems, boiling boiled water is fast cooling after backflowing and leading to, obtain purely boiling warm water, above-mentioned water side B can install warm water tap, cooling pipeline 4 can be metallic conduit, cooling pipeline 4 can install heat radiation original paper, as fin, cooling piece, fan etc., cooling original paper can be loaded on water outlet bottom heating container 3, can first be lowered the temperature by cooling original paper, then by logical cooling of backflowing through cooling pipeline 4, its cooling rate is faster, and the water temperature obtained is also relatively low, also can directly connecting warm water tap by the pipeline of the delivery port bottom heating container 3 through being equipped with cooling original paper, adopting this mode cost-saved.

In such scheme, upper water storage container 1 is provided with filter 10 with lower water storage container 2 junction, filter 10 can be the material such as filtration core or filter course, and filtering material can select filter cotton, PP cotton, hollow membrane, active carbon, mineral matter, magnetic material, ceramic material, sterilization material etc.; Filtration core can have a group or more; Filter course can adopt single filtering material or multiple filter material mixing composition; Lower water storage container 2 has connection cold water faucet, directly can obtain cold water from lower water storage container 2.

In such scheme, be equipped with water-level measuring post in lower water storage container 2 and heating container 3, wherein, be low-water ga(u)ge 51 in lower water storage container 2, heating container 3 comprises high water level chi 52 and low-water ga(u)ge 51.Be provided with normally closed type valve 6 in pipeline between lower water storage container 2 and heating container 3, this normally closed type valve 6 controls by circuit board with calandria 31, boiling point temperature controller 32, water-level measuring post.Wherein, lower water storage container 2 should higher than heating container 3, and when opening normally closed type valve 6, water flows in heating container 3 bottom lower water storage container 2; Lower water storage container 2 should be more than or equal to high water level chi 52 capacity of heating container 3 higher than the capacity of heating container 3 part, namely descend water storage container 2 be heating container 3 supplementing water to full scale time, the water in lower water storage container 2 is still in high water level 52, to supplement at any time.When the amount of storing of water in upper water storage container 1 lack of water or lower water storage container 2 fail to meet heating container 3 quota determine water consumption time, when namely failing to reach heating container 3 high water level chi 52, normally closed type valve 6 is still in open mode, in heating container 3, water reaches boiling point, boiling point temperature controller 32 power-off, then normally closed type valve 6, the synchronous power-off of calandria 31, this process is controlled by circuit board; Instantly, when water storage container 2 water level is lower than low-water ga(u)ge 51, feedback signal, to circuit board, can set up low water level lamp or buzzer warning, and in indication, water storage container 1 need add water or change water.Heat-insulation switch 15 also can be set up in calandria 31 lower end, the Kick type temperature controller be connected with power supply is provided with bottom heating container 3, insulation has two kinds of functions, when in heating container 3, water level is lower than low-water level switch, water level switch signal feedback is to circuit board, when normally closed type valve 6 opens supplementary cold water, calandria 31 links and heats, to boiling power-off; When water temperature is down to about 55 DEG C, Kick type temperature controller is connected, and power-off when starting to be heated to about 75 DEG C, guarantees that in heating container 3, water temperature is not less than 55 DEG C.And can on-off switch be established between heat-insulation switch and power supply, can switch according to the need of insulation, reduce energy consumption to greatest extent.

As special connected mode, boiling point temperature controller 32 can be connected to the heating container 3 of plastic casing from side, metal heat conducting-body 321 on boiling point temperature controller 32 runs through heating container 3 sidewall, junction is provided with sealing ring, can to the temperature sensing in heating container 3, certainly, the sheathing material of heating container 3 is not limited to plastics.In like manner, the Kick type temperature controller acting on heat-insulation switch also can adopt this mode to be connected with heating container 3.

In such scheme, bottom lower water storage container 2, be provided with drainpipe 21, to clean dirt, also comprise a blast pipe 22 and run through lower water storage container 2 top.What the leaving water temperature of above-mentioned water side B or warm water tap depended on cold water in the length of cooling pipeline 4, volume and lower water storage container 2 takes up capacity.Boiling water in cooling pipeline 4 is lowered the temperature rapidly after lower water storage container 2, and carry out heat exchange with the water in lower water storage container 2, heat is stored in lower water storage container 2, heat for next heating container 3, can effectively reduce heat time and energy consumption, certainly, cooling pipeline 4 also can install many groups.Separately, cooling pipeline 4 also can be positioned in upper water storage container 1 for the part body of logical cooling of backflowing, and utilizes water pump to be taken out by hot boiling water toward top, after the water in upper water storage container 1 is lowered the temperature, flows to water side B.

Shown in Fig. 5, as preferred technical scheme, can set up warm water container 9, be two water-heating container structure, described warm water container 9 lower end connection water side B, is provided with valve 7 open in usual in cooling pipeline 4, and warm water container 9 side is connected with warm water tap B'.

It has two kinds of duties:

One, when in heating container 3, water level is higher than low-water ga(u)ge 51, normally closed type valve 6 is in closed condition, and lower water storage container 2 cold water cannot enter heating container 3, and the valve open in usual 7 be located between heating container 3 and warm water container 9 is in open mode;

Two, when in heating container 3, boiling water makes lower than low-water ga(u)ge 51, normally closed type valve 6 is opened, valve 7 close synchronously open in usual, heating container 3 and warm water container 9 stop circulating, the water of lower water storage container 2 flows into heating container 3, normally closed type valve 6 open while calandria 31 heat, when water appreciation operational height, normally closed type valve 6 is closed, now because water does not reach boiling point, continue to be heated to boil, when reaching boiling temperature, the action of boiling point temperature detect switch (TDS), calandria 31 power-off, valve 7 open in usual recovers open mode, water flows into warm water container 9 by pipeline 4 of lowering the temperature, to the water level of warm water container 9 and heating container 3 water level are in horizontal plane.

For reaching the object of warm water container 9 radiating and cooling again, vertical open tubular column 91 is provided with in warm water container 9, this vertical open tubular column 91 lower end is run through bottom warm water container 9, vertical open tubular column 91 upper end is then higher than the peak level face in warm water container 9, namely vertical open tubular column 91 upper and lower all contacts with air, form cross-ventilation state, accelerate the after-heat taken away in warm water container 9.Lower than bottom heating container 3 bottom warm water container 9, and the warm water tap B' of warm water container 9 is located at side on the upper side bottom warm water container 9, when warm water in warm water container 9 is with during to B' horizontal plane leading with warm water, certain surplus water level is remained below warm water tap B', and temperature is lower after cooling, when heating container 3 boiling water flows into warm water container 9 again, after cooling pipeline 4, mix with remaining water in warm water container 9 warm water producing more low temperature.

As another embodiment, a system of also setting up freezes water receptacle (not providing in figure), and described system is frozen water receptacle and connected lower water storage container 2 through pipeline, and system is frozen water receptacle side and is connected with and freezes tap.The system source of freezing frozen in water receptacle is that semiconductor chilling plate or compression mechanism freeze.

Further, adopt semiconductor chilling plate, system freezes the chimera that water receptacle can adopt metallic object or non-metallic body and metallic object, system is frozen and water receptacle is enclosed main body and adopt nonmetal making, bottom or under enclose chimeric metal material, namely cooling piece bonding place adopts metal material, be convenient to cooling piece temperature transmission cooling, insulation and save energy consumption after main body selects nonmetallic materials to be conducive to freezing, the water temperature that semiconductor chilling plate system is frozen is about between 15-25 DEG C, the control of its temperature is the temperature that the proportioning and determining of capacity and the cooling piece power area taken up according to container is freezed, namely according to the capacity that takes up of container to power and the area of joining cooling piece, another cooling piece is anchored on container bottom, namely chimeric metal material place, the aluminium sheet transmitting cooling is accompanied between cooling piece and metal material, cooling piece fin is housed behind or mini-fan does heat extraction, the effect of heat radiation, above-mentioned semiconductor chilling plate Electrode connection circuit board, between cooling piece and circuit board, switch is installed, can switch freezing between water and common cold water, and compression mechanism freezes, it adopts metal material making system to freeze water receptacle.

Above-mentioned system freezes water receptacle and heating container 3 without forming circulation relationship, and it should install a high water level switch, does high water level restriction, system is frozen water receptacle oral siphon and is joined a normally closed type valve, when water level is lower than high water level switch, and valve open, water enters container, guarantees that container is in full-water level.Described water side B external pipe run through system freeze water receptacle or the system that is around in freeze water receptacle periphery after with warm water tap B' be connected, reach the effect of fast cooling.

Certainly, above diagram is only the utility model better embodiment, not limits the scope of application of the present utility model with this, therefore, every make in the utility model principle equivalence change all should be included in protection domain of the present utility model.

Claims (10)

1. the electric drinker of logical cooling that backflows, mainly comprise water storage container (1) and calandria (31) is housed, the heating container (3) of boiling point temperature controller (32), heating container (3) connects heat and turns on the tap (A), it is characterized in that: upper water storage container (1) below is provided with lower water storage container (2), and lower water storage container (2) lower end is connected with heating container (3) through pipeline, heating container (3) lower end connects water side (B) through cooling pipeline (4), wherein, the part body of cooling pipeline (4) is arranged in lower water storage container (2), water side (B) run through lower water storage container (2) and water side (B) not higher than heating container (3).

2. one according to claim 1 is backflowed and is led to the electric drinker of cooling, it is characterized in that: described water side (B) is warm water tap, and cooling pipeline (4) is metallic conduit.

3. one according to claim 1 is backflowed and is led to the electric drinker of cooling, it is characterized in that: in described lower water storage container (2) and heating container (3), be equipped with water-level measuring post, wherein, be low-water ga(u)ge (51) in lower water storage container (2), heating container (3) comprises high water level chi (52) and low-water ga(u)ge (51).

4. one according to claim 1 is backflowed and is led to the electric drinker of cooling, and it is characterized in that: described upper water storage container (1) and lower water storage container (2) junction are provided with filter (10), lower water storage container (2) connects cold water faucet.

5. one according to claim 1 is backflowed and is led to the electric drinker of cooling, it is characterized in that: described lower water storage container (2) bottom is provided with drainpipe (21), also comprises a blast pipe (22) and runs through lower water storage container (2) top.

6. one according to claim 3 is backflowed and is led to the electric drinker of cooling, it is characterized in that: in the pipeline between described lower water storage container (2) and heating container (3), be provided with normally closed type valve (6), this normally closed type valve (6) and calandria (31), boiling point temperature controller (32), water-level measuring post control by circuit board, wherein, the metallic conductor (321) on boiling point temperature controller (32) runs through the sidewall of heating container (3).

7. one according to claim 1 is backflowed the electric drinker of logical cooling, and it is characterized in that: also comprise a system and freeze water receptacle, described system is frozen water receptacle and connected lower water storage container (2) through pipeline, and system is frozen water receptacle side and is connected with and freezes tap.

8. one according to claim 7 is backflowed and is led to the electric drinker of cooling, it is characterized in that: the source of freezing that described system is frozen in water receptacle is that semiconductor chilling plate or compression mechanism freeze, described water side (B) external pipe run through system freeze water receptacle or the system that is around in freeze water receptacle periphery after be connected with warm water tap (B').

9. backflow according to the one in claim 1,3,4,5,6,7 described in any one and lead to the electric drinker of cooling, it is characterized in that: also comprise warm water container (9), described connection water side, warm water container (9) lower end (B), be provided with valve open in usual (7) in cooling pipeline (4), and warm water container (9) side is connected with warm water tap (B').

10. one according to claim 9 is backflowed and is led to the electric drinker of cooling, it is characterized in that: in described warm water container (9), be provided with vertical open tubular column (91), warm water container (9) bottom is run through in this vertical open tubular column (91) lower end, and vertical open tubular column (91) upper end is then higher than the peak level face in warm water container (9).