CN208182681U

CN208182681U - A kind of apparatus and system adding minerals into flowable drinking water

Info

Publication number: CN208182681U
Application number: CN201721386240.5U
Authority: CN
Inventors: 童筑林
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-05-04
Filing date: 2017-10-25
Publication date: 2018-12-04
Anticipated expiration: 2027-10-25
Also published as: CN107555576A; CN107720924B; CN208071406U; CN107555576B; CN107720924A

Abstract

The application provides a kind of device that minerals are added into flowable drinking water, including diffusion facilities (N1), the diffusion facilities (N1) are equipped with the storage chamber for store solids minerals, the chamber shell of the storage chamber, which is equipped with, is diffused into the interconnecting part in flowable drinking water for the minerals, minerals in the diffusion facilities (N1) can be entered in the flowable drinking water in the volume determined by the first check valve and second one-way valve by the interconnecting part, the flowable drinking water is flowed into from the first check valve, second one-way valve outflow；The volume that first check valve and second one-way valve determine determines the intake demand of minerals according to the saturated concentration and human body of minerals saturated aqueous solution.The utility model also provides a kind of system that minerals are added into flowable drinking water.Device and system provided by the utility model, structure is simple, and the minerals for being suitble to needed by human body are added into drinking water, optimizes drinking water quality.

Description

A kind of apparatus and system adding minerals into flowable drinking water

Technical field

The utility model relates to a kind of optimization of the drinking water of family or office and mineralization device more particularly to a kind of drinks With water water quality optimizing mineralization device.This application involves technical field of drinking water treatment, more particularly to a kind of to flowable drink With the apparatus and system for adding minerals in water.

Background technique

As the contaminated situation of drinking water source is increasingly severe, people increasingly pay attention to the safety of drinking water, because This, many people are filtered processing to drinking water using water purifier, but two major classes water purifier used at present has one in the market Microelement basic filtering in drinking water is fallen with reverse osmosis membrane technology, is equivalent to and drinks soft water by a little defects；Though another kind of So there are part microelements, but the pollutant below of molecular weight 500 can not be filtered out all again.For this purpose, some water purifier producers Level-one mineralising tank is added to add microelement into drinking water again using after reverse osmosis membrane processing, the material that mineralising tank uses is general It is the mineralization ball that medical stone, limonite or medical stone and limonite are done.Originally water processed so only has mineralising effect Fruit, remineralization efficacy is just very faint after a period of time, cannot achieve the purpose that supplement the microelement that needed by human body is wanted.Separately Outside, due to equal selenium deficiency in the Soils In The Region and water environment in 70% or more China, very big influence is caused to human health.Therefore, It is necessary to add selenium in drinking water to supplement human body to the needs of selenium, reduce because of selenium deficiency bring disease.

As people are to the growing interest of drinking water safety, more and more persons, which select, carries out drinking water using purifier Filtration treatment.But there are certain defects for purifier in the market, such as using the water of reverse osmosis membrane technology purification, the mine contained Substance is filtered out substantially, is equivalent to and is drunk soft water；Another kind of purifier can retain part minerals, but be less than to molecular weight 500 pollutant can not be filtered out all again.Existing method is to add minerals in the purified drinking water of reverse osmosis membrane, is led to It is often used medical stone, limonite, or the mineralization ball made of medical stone, limonite provides minerals, but in medical stone, limonite Minerals be difficult to enter in drinking water, after leading to mineralising to drink content of mineral substances of water still relatively low, supplement human body cannot be played The purpose of required minerals.

How into flowable drinking water add be suitble to human body intake amount minerals, be those skilled in the art urgently Technical problem to be solved.

Utility model content

In order to solve the above technical problems, the purpose of this utility model is to provide a kind of simple device of structure, to flowable Drinking water in add be suitble to needed by human body minerals, optimize drinking water quality.The utility model also provides a kind of to can flow The system of minerals is added in dynamic drinking water.

In order to solve the above technical problems, drinking water quality provided by the utility model optimizes mineralization device, including water storage The cabinet two sides of case, the water tank are respectively equipped with inlet and outlet, further include being arranged in cabinet and/or sealed set Microelement diffusion component on water storage box body；The microelement diffusion component includes the diffusion of at least one microelement Device；The microelement diffuser is connected to by diffuser or diffusion hole with the water tank, the microelement diffuser It is interior to be equipped under room temperature the trace element compound of beneficial human health of the solubility less than 1% in water.

Further, the microelement diffusion component includes selenium diffuser, calcium diffuser, magnesium diffuser, calcium citrate The combination of one or more of diffuser, calcium silicates diffuser.

Further, the trace element compound used in the selenium diffuser is calcium sulfate, calcium hydroxide, citric acid One of calcium, calcium carbonate, calcium phosphate are a variety of, with calcium selenite, calcium selenate, sodium selenate, sodium selenite, selenous acid, selenic acid One or more of.

Further, blocky or sheet trace element compound calcium sulfate is equipped in the calcium diffuser.

Further, one of magnesium carbonate, magnesia, magnesium phosphate, magnesium hydroxide or more are equipped in the magnesium diffuser Kind.

Further, the magnesium diffuser or the calcium citrate diffuser or the calcium silicates diffuser are in straight Tubulose or pie.

Further, the magnesium diffuser and/or calcium citrate diffuser and/or calcium silicates diffuser are mounted on water tank When upper, the diffusion hole is bottom end opening, and is provided in the opening with filter cloth or filter bag；Either the magnesium diffuser and/or When calcium citrate diffuser and/or calcium silicates diffuser are mounted in the water tank, the diffusion hole is upper and lower end opening, And it is provided in the opening with filter cloth or filter bag, the magnesium diffuser or calcium citrate diffuser or calcium silicates diffuser are mounted on water storage When in case, it is supported in the water tank by bracket.

Further, the magnesium diffuser or the calcium citrate diffuser or the calcium silicates diffuser are in straight Aqueduct is provided with when tubulose in pipe.

A kind of preferred embodiment, the microelement diffusion component include selenium diffuser, calcium diffuser, magnesium diffuser, lemon Sour calcium diffuser, calcium silicates diffuser, the selenium diffuser, calcium diffuser are connected to by diffuser with the water tank, described Magnesium diffuser, calcium citrate diffuser, calcium silicates diffuser are connected to by diffusion hole with the water tank.

Further, the selenium diffuser, calcium diffuser, magnesium diffuser, calcium citrate diffuser are set to the water storage Above case, the calcium silicates diffuser is set in the water tank, and the magnesium diffuser or calcium citrate diffuser are in straight tube Shape, the diffusion hole is bottom end opening, and is provided in the opening with filter cloth or filter bag, and the calcium silicates diffuser is in pie, described Diffusion hole is upper and lower side aperture, and is provided in the opening with filter cloth or filter bag.

A kind of preferred embodiment, the microelement diffusion component include selenium diffuser, calcium diffuser, magnesium diffuser, lemon Sour calcium diffuser, calcium silicates diffuser, the selenium diffuser, calcium diffuser, magnesium diffuser, calcium citrate diffuser, calcium silicates Diffuser passes through diffusion hole and is connected to the water tank.

Further, the selenium diffuser, calcium diffuser, calcium silicates diffuser are all set in the water tank, described Magnesium diffuser, calcium citrate diffuser are set to above water tank and in straight tube-likes, and the diffusion hole is bottom end opening, and is being opened Filter cloth or filter bag are equipped at mouthful.

A kind of preferred embodiment, the water tank are divided into multiple interconnected water cells, and the microelement expands When dissipating component selection including selenium diffuser, calcium diffuser, calcium silicates diffuser, selenium diffuser and/or calcium diffuser, with calcium silicates Diffuser is divided into different water cells；It includes selenium diffuser, calcium diffusion that the either described microelement diffusion component, which is selected, When device, magnesium diffuser, selenium diffuser and/or calcium diffuser are divided into different water cells from magnesium diffuser.

The course of work of utility model device are as follows: drinking water passes through water inlet first and enters water tank, drinking water filling Expansion of the trace element compound by way of diffusion through being respectively connected to water tank into after each diffuser, in each diffuser Separate tube or diffusion hole enter in the water of water tank, in subsequent diffusion process, the flowing of non-water flow in each diffuser, through handling Drinking water afterwards is flowed out from water outlet.

The utility model has the beneficial effects that

The mineralizer in water purifier is the flow cavitation result that is passed through by trace element compound surface to obtain in the prior art Obtain microelement, and the utility model overcome more than design limitation the expansion of diffuser is used by the setting of diffuser Scattered function obtains microelement.

The utility model is relative to the advantage of existing drinking water quality optimization mineralization device:

One, the device of the utility model can effectively control the burst size of microelement, thus reach stablize it is quantitative Make the purpose that water quality is optimized.Such as calcium sulfate and sodium selenite mixture are placed in selenium diffuser to (sub- selenium after mixing Sour sodium becomes calcium selenite), since the solubility product of the mixing liquid of calcium sulfate and calcium selenite is constant, calcium sulfate solubility Height just makes the solubility of calcium selenite at normal temperature from 100mg/ lifting as low as 20mg/ liter or so, but this is still much higher than human body To the demand of trace elements of selenium, the utility model (uses diffusion by the area and length of the diffusion admittance of control diffuser The caliber and length that diffuser is controlled when pipe is spread, control the aperture of diffusion hole when spreading using diffusion hole), make calcium selenite Diffusion velocity reduces, so that the burst size of trace elements of selenium is up to standard.In order to guarantee that calcium selenite discharges in a long time The stabilization of amount, by adjusting the volume of diffuser come so that calcium selenite releases speed and solution rate phase in selenium diffuser Deng to achieve the purpose that make calcium selenite constant concentration in diffuser.And existing ordinary skill is usually that mineralisation medium is straight It connects and is placed into the water flow to mineralising, if the mixture of calcium sulfate and sodium selenite is placed directly into water flow, because of room temperature The solubility of lower calcium sulfate is 2500mg/ liter or so, and the concentration of calcium sulfate in water will rise wide cut below in 2500mg/ Fluctuation in range, and the solubility of the calcium selenite generated at normal temperature is that 100mg/ rises or so, calcium selenite also can be 100mg/ rises within the scope of wide cut below and fluctuates, it is clear that such water quality is to be unable to reach standard for drinking (national standard: in mineral water Se content < 0.05mg/ liter, originally content of mineral substances of water < 1000mg/ liter).

Two, the utility model makes it not by water by the way that the trace element compound of pulverulence to be fixed in diffuser Stream is taken away, such as magnesium carbonate, calcium silicates, the calcium citrate substance in the utility model are all pulverulences, if by above-mentioned substance It is directly placed in the water flow to mineralising, is easy for being taken away by water flow, cause microelement in water early period substantially exceeded, later period water In almost without microelement, it is clear that such water is also to be unable to reach standard for drinking.

Three, since the utility model can be by the setting of control diffuser, to control burst size, so that selenous acid The solubility that sodium is blended with calcium sulfate is reduced to 20mg/ liter or so, but also acute selenium poisoning and alkali disease are impossible to Occur.So being not only very safe with the mode selenium-supply of the utility model but also being timely.

Four, the utility model is relative to another advantage of existing ordinary skill: can optimize pH value, total hardness, a variety of It is one or more in the water quality indicators such as micronutrient levels, such as:

1, it when raw water pH value is lower than 7, needs to improve pH value when being allowed to become alkalescent water, passes through and place calcium silicates diffuser Xiang Shuizhong diffusion addition calcium silicates, and diffusing capacity is controlled by control diffusion area, one side alkali compounds calcium silicates makes It obtains water and becomes alkalescent water, be on the other hand added to suitable silicate in water again, silicate is beneficial to human health Substance.

If 2, only needing to add selenium in water, selenium diffuser can be placed only to add selenium into water, and logical by control diffusion The area in road and length control diffusing capacity, and the concentration of selenium in water is made to meet the requirement of drinking water.

It similarly, can be with the rest may be inferred when needing to add other microelements.

In conclusion into water, release selenium, lithium, calcium, magnesium, silicon etc. are beneficial to human body by way of diffusion for the utility model Microelement, especially for optimize use the purified water of reverse osmosis membrane water purifier, not only into water supplemented with selenium, lithium, The microelements such as calcium, magnesium, silicon, and water is made to become alkalescent from faintly acid.In addition, having very with the mode selenium-supply of water selenium High safety and timeliness, the water energy after drinking the utility model optimization enough make body more healthy, reduce cancer morbidity.

The technical scheme that the utility model is provided is as follows:

A kind of device adding minerals into flowable drinking water, including diffusion facilities, the diffusion facilities are equipped with For the storage chamber of store solids minerals, the chamber shell of the storage chamber, which is equipped with, is diffused into flowable drink for the minerals Interconnecting part in water, the minerals in the diffusion facilities can be entered by the first check valve with second unidirectionally by the interconnecting part In the flowable drinking water in volume that valve determines, the flowable drinking water is flowed into from the first check valve, and second is unidirectional Valve outflow；The volume that first check valve and second one-way valve determine according to the saturated concentration of minerals saturated aqueous solution, with And human body determines the intake demand of minerals.

Preferably, the diffusion facilities further include diffusion region, the setting of the interconnecting part of the storage chamber storage chamber with it is described Between diffusion region, the diffusion region be for the flowable potable water circulation first check valve and second one-way valve it Between region.

Preferably, the volume that first check valve and second one-way valve determine is according to the saturation of minerals saturated aqueous solution Concentration and human body determine the intake demand of minerals specifically:

The saturated concentration of the minerals saturated aqueous solution is higher, the appearance that first check valve is determined with second one-way valve Product is smaller, and the saturated concentration of the minerals saturated aqueous solution is lower, the appearance that first check valve is determined with second one-way valve Product is bigger；

Human body is higher to the intake demand of the minerals, the volume that first check valve is determined with second one-way valve Bigger, human body is lower to the intake demand of the minerals, and the volume that first check valve is determined with second one-way valve is got over It is small.

Preferably, the diffusion area of the interconnecting part is according to the saturated concentration and human body pair of the saturated aqueous solution of minerals The intake demand of the minerals is determining, the part that the interconnecting part is in contact with flowable drinking water in the diffusion region Area be the interconnecting part diffusion area.

Preferably, the diffusion area of the interconnecting part is according to the saturated concentration and human body of the saturated aqueous solution of minerals The intake demand of minerals is determined specifically: when the saturated concentration of the saturated aqueous solution of the minerals is high, the diffusion Area is small, and when the saturated concentration of the saturated aqueous solution of the minerals is low, the diffusion area is big；

When human body is high to the demand of the minerals, the diffusion area is big, demand of the human body to the minerals When low, the diffusion area is small.

Preferably, whole chamber shells of the storage chamber are arranged in the interconnecting part, and the storage chamber is arranged flowable Inside drinking water；Or,

The part chamber shell of the storage chamber is arranged in the interconnecting part, and the interconnecting part of the storage chamber is drunk with flowable Water connection.

Preferably, the emptying mouth for air to be discharged is additionally provided on the diffusion facilities.

Preferably, the diffusion facilities are equipped with the area regulating device for adjusting the diffusion area of interconnecting part.

Preferably, the minerals are any in the salt of lithium, calcium, magnesium, potassium, sodium, iron, zinc, copper, molybdenum, selenium, iodine, chromium, strontium It is one or more.

Preferably, the salt of the minerals is specially lithium fluoride, calcium carbonate, calcium sulfate, calcium phosphate, calcium silicates, citric acid Calcium, calcium hydroxide, magnesia, magnesium hydroxide, magnesium carbonate, magnesium phosphate, zinc carbonate, calcium selenate, calcium selenite, nicotinate chromium, pyridine Chromic formate, strontium sulfate, strontium carbonate, lithium carbonate, calcium citrate, calcium lactate, calcium chloride, magnesium sulfate, magnesium chloride, magnesium citrate, Chinese holly Rafter acid potassium, potassium chloride, saleratus, sodium metasilicate, sodium citrate, sodium chloride, sodium carbonate, sodium bicarbonate, ferrous sulfate, fumaric acid Ferrous iron, ferrous succinate, ferrous lactate, frerrous chloride, zinc sulfate, zinc chloride, copper sulphate, copper chloride, sodium molybdate, sodium selenate, Sodium selenite, potassium iodide, chromium trichloride, any one or more in strontium chloride.

Preferably, the interconnecting part is specially connecting tube, any one in connecting hole, or by it is following any one or it is more Kind material is made: metal braid, non-metal knitted object, porous ceramics, porous polymer.

Preferably, the diffusion facilities are equipped with multiple storage chambers, and the multiple storage chamber passes through with the diffusion region respectively The interconnecting part is connected.

Preferably, the diffusion facilities be equipped with multiple diffusion regions being sequentially communicated, the diffusion region respectively with one or more A storage chamber is connected by the interconnecting part, and flowable drinking water is flowed by the first check valve of first diffusion region, by The second one-way valve of the last one diffusion region flows out.

The utility model also provides a kind of system that minerals are added into flowable drinking water, including any of the above-described The diffusion facilities are additionally provided with and provide the supply equipment of the flowable drinking water, and the supply equipment is that can flow described in confession Region between first check valve and second one-way valve of dynamic potable water circulation.

Preferably, it is additionally provided with cushion chamber, the water inlet of the cushion chamber is connected with the supply equipment, and is arranged in institute Second one-way valve downstream is stated, the water outlet of the cushion chamber is connected to flowable drinking water outlet, the volume of the cushion chamber Greater than the supply equipment internal volume between first check valve and second one-way valve.

Preferably, described device be equipped with multiple diffusion facilities, the multiple diffusion facilities respectively with the supply equipment phase Connection.

Preferably, the supply equipment is equipped with the water inlet manifold being connected to water source, is connected to flowable drinking water outlet Outfall sewer, and be equipped with multiple water supply mechanisms, the water supply mechanism is connected with one or more diffusion facilities respectively, described Water inlet manifold, the outfall sewer of multiple water supply mechanisms and the supply equipment are respectively connected with logical.

In a kind of flowable drinking water provided by the utility model add minerals device, in the prior art to The problem of minerals are unable to reach needed by human body amount is added in flowable drinking water, and diffusion facilities are set, and in diffusion facilities Storage chamber for store solids minerals is set, and on the chamber shell of storage chamber setting be diffused into for the minerals it is flowable Drinking water interconnecting part so that when use the diffusion facilities and supply flowable drinking water device (such as water pipe or Person's water tank) connection when, flowable drinking water can by the interconnecting part flow into diffusion facilities in, thus the shape in diffusion facilities At the saturated aqueous solution of the solid mineral substance, which is spread by the mineral ion form of aqueous solution by interconnecting part To in flowable drinking water, so that the content of drinking water mineral increases, human body can be inhaled after drinking between two check valves Mineral matter nutritional is taken, it is beneficial to human health.Provided by the utility model this adds minerals into flowable drinking water Device, can be by the saturated aqueous solution of formation minerals, so that minerals are with the side of ion due to its store solids minerals Formula is spread into flowable drinking water, can it is long-term, stablize, quantitatively add minerals into water, and the prior art Mineralization ball made of medical stone, limonite or medical stone, limonite is placed in flowable drinking water can only be when very short In marginally add minerals into water, several days later just substantially cannot into drinking water released mineral matter, so this reality It can achieve the purpose that supplement is suitable for the minerals that human body needs with novel.

The device provided by the utility model that minerals are added into flowable drinking water, the minerals in diffusion facilities Entered in the flowable drinking water before two check valves by the interconnecting part, the minerals diffuse into flowable The volume of drinking water determined by the volume between the first check valve and second one-way valve.And first check valve and the second list The volume determined to valve is true to the intake demand of minerals according to the saturated concentration and human body of minerals saturated aqueous solution It is fixed.It is single from first along water (flow) direction in the volume that flowable drinking water enters the first check valve and second one-way valve determines It flows into valve, is then flowed out from second one-way valve, while the part between two check valves being driven to contain the molten of mineral ion Liquid is flowed out from second one-way valve together, into flowable drinking water.It is provided by the utility model to flowable drinking water The volume that the device of middle addition minerals is determined by the first check valve and second one-way valve, to control different saturated concentrations Minerals and human body take in the different minerals of demand and are added to the amount of the minerals in flowable drinking water, to keep away Exempt from intake demand of the amount more than human body that minerals diffuse into drinking water, to realize that minerals add suitable purpose.As a result, Device provided by the utility model, may be implemented to add into the drinking water of flowing enough and not excessive, is suitable for human body and takes in The minerals of demand.

The scheme for the volume that the first check valve is determined with second one-way valve is limited using two check valves, is passed through and is controlled volume Mode amount that minerals are spread control, the amount that can be spread to minerals accurately control；And work as whole part When not in use for a long time, what the amount maximum of minerals diffusion can only make in the volume limited between two check valves flowable drinks Water reaches the concentration of saturated solution, and when reusing, the flowable drinking water for being largely not added with minerals passes sequentially through two Check valve, the mineral solution between two check valves mix, the volume determined due to the first check valve with second one-way valve Usually setting more once picks up the small in size of drinking water, then, can after a large amount of drinking water are mixed with the solution on a small quantity containing minerals Mineral concentration in the drinking water of flowing is greatly reduced, so that the concentration of minerals is still lower in the drinking water finally picked up, In the range of human body can be taken in.

Further, provided by the utility model this adds the device of minerals into flowable drinking water, and existing Technology is compared, and is used for store solids minerals by the way that the diffusion facilities of store solids minerals are arranged, and in diffusion facilities setting Storage chamber, the chamber shell of storage chamber is equipped with the interconnecting part that flowable drinking water is diffused into for minerals, and it is unidirectional to be arranged first Valve and second one-way valve pass through the saturated aqueous solution according to minerals to realize the addition of flowable drinking water mineral Saturation solubility and human body determine that first check valve and second one-way valve are determined to the intake demand of the minerals Volume, both do not need to be arranged the power part to flowable drinking water addition minerals, do not need that similar metering is arranged yet The control elements such as the minerals measuring element of pump and signal detection, therefore structure is simple, and can be suitable for family or industry Environment uses.

Detailed description of the invention

In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this The some embodiments recorded in application, for those of ordinary skill in the art, without creative efforts, It is also possible to obtain other drawings based on these drawings.

Fig. 1 is 1 schematic diagram of the utility model embodiment；

Fig. 2 is 2 schematic diagram of the utility model embodiment；

Fig. 3 is 3 schematic diagram of the utility model embodiment；

Fig. 4 is 5 schematic diagram of the utility model embodiment；

Fig. 5 be the utility model embodiment in device a kind of structural schematic diagram (storage facilities include storage chamber and diffusion Area)；

Fig. 6 be the utility model embodiment in device another structural schematic diagram (storage facilities include storage chamber and expand Area is dissipated, storage chamber is arranged in diffusion region)；

Fig. 7 is another structural schematic diagram (being equipped with multiple storage chambers) of device in the utility model embodiment；

Fig. 8 is a kind of structural schematic diagram that the diffusion facilities of device in the utility model embodiment are connect with supply equipment；

Fig. 9 is another structural schematic diagram that the diffusion facilities of device in the utility model embodiment are connect with supply equipment (diffusion facilities all surfaces are interconnecting part, and diffusion facilities are arranged inside supply equipment)；

Figure 10 is another structural representation that the diffusion facilities of device in the utility model embodiment are connect with supply equipment Figure (setting check valve)；

Figure 11 is the structural schematic diagram of the elastomeric element of check valve in the utility model embodiment；

Figure 12 is a kind of structural schematic diagram of device supply equipment in the utility model embodiment；

Figure 13 is another structural schematic diagram of device supply equipment in the utility model embodiment；

Figure 14 is a kind of structural schematic diagram of device supply equipment in the utility model embodiment (diffusion area is adjustable)；

Figure 15 is another structural schematic diagram (the first check valve and the of device supply equipment in the utility model embodiment The adjustable volume section that two check valves determine)；

Appended drawing reference: wherein: 1- water tank；2- selenium diffuser；3- calcium diffuser；4- magnesium diffuser；5- calcium citrate expands Dissipate device；6- water inlet；7- water outlet；The first diffuser of 8-；The second diffuser of 9-；The first filter cloth of 10-；The second filter bag of 11-；12- Calcium silicates diffuser；13- bracket；The first aqueduct of 14-；The second aqueduct of 15-；16- mounting rack；N1- diffusion facilities；N2- is supplied Wetting system, a- cushion chamber.

Specific embodiment

The utility model is further described below in conjunction with the drawings and specific embodiments.

Embodiment 1

As shown in Figure 1, drinking water quality provided by the utility model optimizes mineralization device, including closed water tank 1 With the microelement diffusion component being sealingly disposed on water storage box body, the microelement diffusion component includes that at least one is micro- Secondary element diffuser；The microelement diffuser is connected to by diffuser or diffusion hole with the water tank, and described is micro The in water trace element compound of solubility beneficial human health less than 1% is equipped under room temperature in elements diffusion device.Specifically , the microelement diffusion component includes selenium diffuser 2, calcium diffuser 3, magnesium diffuser 4, calcium citrate diffuser 5 and silicon Sour calcium diffuser 12, the selenium diffuser 2 and calcium diffuser 3 are box-like in circle, and upper end is equipped with box cover, the magnesium diffuser 4 and lemon Lemon acid calcium diffuser 5 is in straight tube-like, and upper end is equipped with box cover, and the both ends on the water tank 1 are respectively equipped with water inlet 6 and water outlet 7, for the stability for guaranteeing water flow in water tank 1, water inlet 6 is located at 1 one end of water tank at bottom, and water outlet 7 is located at another One end is at case top, and 2 lower end of selenium diffuser is connected to by the first diffuser 8 with the water tank 1, the selenium diffuser The in water trace element compound of solubility beneficial human health less than 1%, the microelement are equipped under room temperature in 2 Conjunction object be one of calcium sulfate, calcium hydroxide, calcium citrate, calcium carbonate, calcium phosphate or a variety of, with calcium selenite, calcium selenate, One or more of sodium selenate, sodium selenite, selenous acid, selenic acid.For example, by using the sulphur that weight ratio is less than or equal to 125:1 Briquet is placed in selenium diffuser 2 after sour calcium is mixed with calcium sulfate, is because calcium sulfate is at 20 degrees Celsius using this ratio When solubility be 0.25%, the solubility of calcium selenite (mix calcium sulfate with sodium selenite and obtain calcium selenite) is 0.02%, their ratio is exactly 125:1, and the ratio of calcium sulfate and sodium selenite, which varies slightly, to be nor affected on, for example, sulfuric acid The ratio of calcium and sodium selenite is equal to 150:1, will not influence final dissolving ratio in water, this is because calcium sulfate forms After be microcellular structure, calcium selenite can be dissolved from micropore to be diffused out, until reach dissolution equilibrium.Such as do not have to calcium compound with Sodium selenite mixing is then difficult to carry out quantitative diffusion.If individually used calcium selenite, though it is possible in theory, because of selenous acid The solubility of calcium is five times or so when mixing with calcium compound, then the area of diffusion admittance is much smaller, to diffuser or expansion The manufacturing process for dissipating hole requires high and straightforward procedure cannot be used to detect diffusing capacity, and diffusion is mixed with calcium compound then can basis The variation of TDS value can measure the content of calcium selenite indirectly soon, and calcium hydroxide can also match with sodium selenite in calcium compound Close relatively good.3 lower end of calcium diffuser is connected to by the second diffuser 9 with the water tank 1, the calcium diffuser 3 It is interior to be equipped with blocky or sheet calcium sulfate；The magnesium diffuser 4 is in straight tube-like or pie；The diffusion hole of the magnesium diffuser 4 It filled with powdered magnesium carbonate (can certainly be magnesia, magnesium phosphate, hydrogen-oxygen in the magnesium diffuser 4 for bottom end opening Change magnesium or its mixture), 4 lower end of magnesium diffuser is directly inserted into the water tank 1 and by diffusion hole and water storage Case 1 is connected to, and the first filter cloth 10 is equipped at the diffusion hole of the magnesium diffuser 4, and the first filter cloth 10 is laid in the expansion of magnesium diffuser 4 It dissipates on hole, magnesium carbonate on the one hand can be prevented to leak out from magnesium diffuser 4, on the other hand can make magnesium carbonate by way of diffusion again (the first filter cloth 10 can also be replaced with the first filter bag herein, can further increase diffusion with the first filter bag in into water tank 1 Area improves diffuser efficiency, filter cloth or filter bag can be arranged on the diffusion hole or diffuser of all microelement diffusers, When using filter bag, diffusion area can also be increased, spread certainly for preventing trace element compound from leaking out from diffuser Hole can also be directly designed to filter opening.)；The calcium citrate diffuser 5 is equally in straight tube-like or pie, and the calcium citrate expands The diffusion hole for dissipating device 5 is bottom end opening, 5 lower end of calcium citrate diffuser be inserted into the water tank 1 and with water tank 1 It is connected to, the second filter bag 11 is equipped at the diffusion hole of the calcium citrate diffuser 5, and (the second filter bag can also use the second filter cloth herein Replacement, only diffusion area is relatively small by the way of the second filter cloth, and diffuser efficiency is not high), the calcium citrate diffuser 5 It is interior to be equipped with powdered calcium citrate；1 is additionally provided with calcium silicates diffuser 12 in the water tank, and the calcium silicates diffuser 12 is in Straight tube-like or pie, upper and lower ends are equipped with opening, and the opening of upper and lower end faces is the diffusion hole, the calcium silicates diffuser It is equipped with filter cloth at 12 two diffusion holes up and down, is equipped with calcium silicates, the calcium silicates diffuser water in the calcium silicates diffuser In the water tank 1, the calcium silicates diffuser 12 is supported in the water tank 1 by bracket 13 for placing flat.When magnesium expands When dissipating device 4 and calcium citrate diffuser 5 in straight tube-like, it is respectively equipped in magnesium diffuser 4 and calcium citrate diffuser 5 elongated The first aqueduct 14 and the second aqueduct 15, first aqueduct 14 from the upper end of magnesium diffuser 4 extend to magnesium expand At the diffusion hole for dissipating device 4, second aqueduct 15 extends to calcium citrate diffusion from the upper end of calcium citrate diffuser 5 At the diffusion hole of device 5, when filling drinking water in water tank 1, the first aqueduct 14 and the second aqueduct 15 are respectively by drinking water It is imported into the upper end of magnesium diffuser 4 and calcium citrate diffuser 5, helps diffuser inner stuffing with the consumption of lower end substance And (magnesium diffuser 4, calcium citrate diffuser 5, calcium silicates diffuser can also pass through diffusion to the supplement that smoothly falls in the present embodiment Pipe is connected to water tank, and when being only connected to using diffuser with water tank, diffuser efficiency does not directly adopt bottom end opening conduct Height when diffusion hole, the demand according to human body to different microelements, the microelement diffusion component can also only include selenium The combination of one or more of diffuser, calcium diffuser, magnesium diffuser, calcium citrate diffuser, calcium silicates diffuser).

Embodiment 2

As shown in Fig. 2, with embodiment 1 the difference is that the selenium diffuser 2, calcium diffuser 3, magnesium diffuser 4 and lemon Sour calcium diffuser 5 is mounted on the inside of the water tank 1, the magnesium diffuser 4 and calcium citrate diffusion by mounting rack 16 The upper and lower ends of device 5 are equipped with opening, and the opening of upper and lower ends is the diffusion hole, and the magnesium diffuser 4 and calcium citrate expand It dissipates and is equipped with filter cloth at two diffusion holes up and down of device 5.

Embodiment 3

As shown in figure 3, with embodiment 1 and embodiment 2 except that, it is contemplated that some users are possible at certain section It is interior it is outgoing stop using this system, to prevent calcium carbonate, calcium silicates after spreading for a long time from reaching over-saturation state, be deposited in the Diffusion effect is influenced in one diffuser 8 and the second diffuser 9, is separated into multiple phases interconnection so water tank 1 is separated with partition Logical water cell 11 (be sequentially connected in series it is also possible here to use different tank units and to form multiple interconnected water cells), Selenium diffuser 2, calcium diffuser 3, magnesium diffuser 4, calcium citrate diffuser 5, calcium silicates diffuser 12 are individually positioned in difference Water cell in, in this way it is prevented that fouling to diffuser 8 and diffuser 9 influence (as long as here guarantee selenium diffuser 2 And/or calcium diffuser 3 is not placed on the same water cell with magnesium diffuser 4 and/or calcium silicates diffuser 12).

Embodiment 4

Unlike the first embodiment, the selenium diffuser 2, calcium diffuser 3, magnesium diffuser 4, calcium citrate diffuser 5, Calcium silicates diffuser 12 is integrally formed, then installs diffuser in selenium diffuser 2,3 lower part of calcium diffuser, in magnesium diffuser 4, lemon At sour calcium diffuser 5, the respective diffusion hole of calcium silicates diffuser 12 filter cloth or filter bag are installed respectively, then respectively close selenium calcification Object, calcium sulfate, magnesium carbonate, calcium citrate, calcium silicates are put into corresponding diffuser, are closed the lid and are mounted on water tank 1 again Or (magnesium diffuser 4, calcium citrate diffuser 5, calcium silicates when diffuser is mounted in water tank 1 are mounted in water tank 1 The upper end of diffuser 12 does not set lid, is also sealed using filter cloth).

Embodiment 5

Unlike the first embodiment, the selenium diffuser 2 and calcium diffuser 3 do not install diffuser, but in diffuser The first diffusion hole and the second diffusion hole are respectively equipped on wall, the selenium diffuser 2 and calcium diffuser 3 are placed in the water tank In 1, and it is connected to by first diffusion hole and the second diffusion hole with the water tank 1.

Implementation result citing: the device of the utility model is connected on certain brand and uses the water purifier of reverse osmosis membrane filtration On outlet pipeline, 4 liters of daily water receiving (is estimated) by 2 people's water consumptions,

It is detected through certain water quality detection department, data are as follows:

1, TDS=6 before optimizing, PH=6.3, Se content are not detected, (since the too soft total hardness of water can not be detected accurately)

2, optimize in device and be mounted with selenium diffuser (sodium selenite+calcium sulfate), calcium diffuser (calcium sulfate), magnesium diffuser (magnesium carbonate), calcium silicates diffuser.

3, testing result: Se content 0.013mg/ liter, content of magnesium 5.6mg/ liter, total hardness 98.3mg/ liter

PH=7.5

Following unit is mg/ liter

Copper 0.001ND, zinc 0.01ND, iron 0.03ND

Manganese 0.01ND, lead 0.001ND, mercury 0.00004ND, cadmium 0.0001ND

Illustrate: ND indicates not detecting corresponding element using national standard method, in the numerical tabular sample product before ND It can be just detected when constituent content only reaches the numerical value.In addition, since this detection unit does not detect silicate generally, institute There is no silicate data.

As can be seen from the above results after the installation optimization of the utility model,

1, pH value improves, and the water of originally slant acidity becomes alkalescent water.Simultaneously as the presence of calcium sulfate can reduce water PH value, and the magnesium carbonate lazy weight detected in water is so that pH value is increased to 7.5, therefore illustrates necessarily there is silicic acid in water Calcium exists, with the presence of silicate ion.

2, selenium not only adds in water inlet, and numerical value is in mineral water rich in selenium critical field.

3, total hardness reaches 98.3, illustrates that lithium, calcium, magnesium elements add in water inlet.

4, heavy metal index is all not detected.

5, comprehensive indices, the water quality after illustrating optimization are very good.

In order to make those skilled in the art better understand the technical solutions in the application, below in conjunction with the application reality The attached drawing in example is applied, the technical scheme in the embodiment of the application is clearly and completely described, it is clear that described implementation Example is merely a part but not all of the embodiments of the present application.Based on the embodiment in the application, this field is common The application protection all should belong in technical staff's every other embodiment obtained without making creative work Range.

Please as shown in Fig. 5 to Figure 15, the utility model embodiment, which provides, a kind of adds mineral into flowable drinking water The device of matter, including diffusion facilities N1, the diffusion facilities N1 are equipped with the storage chamber for store solids minerals, the storage The chamber shell of chamber, which is equipped with, is diffused into the interconnecting part in flowable drinking water, the mineral in the diffusion facilities N1 for the minerals Matter can be entered in the flowable drinking water in the volume determined by the first check valve and second one-way valve by the interconnecting part, The flowable drinking water is flowed into from the first check valve, second one-way valve outflow；First check valve and second one-way valve Determining volume determines the intake demand of minerals according to the saturated concentration and human body of minerals saturated aqueous solution.

In a kind of flowable drinking water provided by the utility model add minerals device, in the prior art to The problem of minerals are unable to reach needed by human body amount is added in flowable drinking water, and diffusion facilities N1 is set, and sets in diffusion Standby N1 setting is used for the storage chamber of store solids minerals, and be diffused into for the minerals can for setting on the chamber shell of storage chamber The interconnecting part diffusion facilities N1 of the drinking water of flowing, so that when using diffusion facilities N1 and supplying flowable drinking water When device (such as water pipe or water tank) is connected to, flowable drinking water can be flowed into diffusion facilities N1 by the interconnecting part, To form the saturated aqueous solution of the solid mineral substance in diffusion facilities N1, the minerals by the minerals of aqueous solution from Sub- form is diffused between two check valves in flowable drinking water by interconnecting part, so that the content of drinking water mineral Increase, human body can draw mineral matter nutritional after drinking, beneficial to human health.It is provided by the utility model this to flowable drink With the device for adding minerals in water due to its store solids minerals, can be made by the saturated aqueous solution of formation minerals Minerals are spread in a manner of ion into flowable drinking water, can it is long-term, stablize, quantitatively add mineral into water Matter, and the mine made of placement medical stone, limonite or medical stone, limonite in flowable drinking water of the prior art Minerals can only marginally be added into water in a short period of time by changing ball, cannot just be discharged substantially into drinking water later within several days Minerals, so the utility model can achieve the purpose that supplement is suitable for the minerals that human body needs.

The device provided by the utility model that minerals are added into flowable drinking water, the mine in diffusion facilities N1 Substance passes through in the flowable drinking water before the interconnecting part enters two check valves, and what the minerals diffused into can The volume of the drinking water of flowing is determined by the volume between the first check valve and second one-way valve.And first check valve and The volume that two check valves determine is according to the saturated concentration of minerals saturated aqueous solution and human body to the intake demand of minerals It determines.In the volume that flowable drinking water enters the first check valve and second one-way valve determines, along water (flow) direction, from first Check valve flows into, and then flows out from second one-way valve, while the part between two check valves being driven to contain mineral ion Solution is flowed out from second one-way valve together, into flowable drinking water.It is provided by the utility model to be drunk to flowable The volume that the device of minerals is determined by the first check valve and second one-way valve is added in water, to control different saturated concentrations Minerals and the different minerals of human body intake demand be added to the amounts of the minerals in flowable drinking water, thus Minerals are avoided to diffuse into intake demand of the amount more than human body of drinking water, to realize that minerals add suitable purpose.By This, device provided by the utility model may be implemented to add into the drinking water of flowing enough and not excessive, take the photograph suitable for human body Enter the minerals of demand.

Further, provided by the utility model this adds the device of minerals into flowable drinking water, and existing Technology is compared, and is used for store solids mine by the way that the diffusion facilities N1 of store solids minerals is arranged, and in diffusion facilities N1 setting The storage chamber of substance, the chamber shell of storage chamber are equipped with the interconnecting part diffusion facilities N1 that flowable drinking water is diffused into for minerals, And the first check valve and second one-way valve are set, to realize the addition of flowable drinking water mineral, by according to mineral The saturation solubility and human body of the saturated aqueous solution of matter the intake demand of the minerals is determined first check valve with The volume that second one-way valve determines both does not need that the power part to flowable drinking water addition minerals is arranged, is not required to yet The control elements such as minerals measuring element and the signal detection of similar metering pump are set, therefore structure is simple, and can fit It is used for family or industrial environment.

Check valve in the utility model is the structure for referring to control water flow flow direction, such as round can be used to match The structure for closing gradual change caliber (such as conical pipeline) is blocked flowable by the effect of round self gravity or the pressure of water The entrance of drinking water successively washes the round of two check valves open when flowable drinking water enters, flowable to drink Water is flowed out with the solution of part minerals from second one-way valve；And the water flow of opposite direction can be blocked by round and can not be flowed It is dynamic.Round can be using the structure of glass marble, porcelain ball, stainless steel ball.It, can be in order to further strengthen the leakproofness of check valve The tapered pad of resilient material is set between pipeline and round.The utility model can also use other structures, as long as It is able to achieve the scheme of control water flow one-way flow.

Preferably, the diffusion facilities N1 further includes diffusion region, and the interconnecting part of the storage chamber is arranged in storage chamber and institute It states between diffusion region, the diffusion region is first check valve and second one-way valve for the flowable potable water circulation Between region.

In the utility model embodiment, the diffusion facilities N1 further includes diffusion region, the interconnecting part setting of the storage chamber Between storage chamber and the diffusion region, the diffusion region is first check valve for the flowable potable water circulation Region between second one-way valve.In the utility model, it can be integrated in diffusion facilities N1 by storage chamber and with diffusion region, Interconnecting part is equipped between storage chamber and diffusion region, the diffusion region is first list for the flowable potable water circulation To the region between valve and second one-way valve.The flowable drinking water is flowed into from the first check valve, second one-way valve outflow. Then diffusion facilities N1 is connected with the device for arbitrarily providing flowable drinking water, can be realized and adds mine into flowable drinking water Substance.The device for providing flowable drinking water can be water tank, water pipe or any other device；Diffusion facilities N1 with arbitrarily mention It can be connected by any ways such as screw socket, buckles for the device of flowable drinking water.And storage chamber and diffusion region are integrated In diffusion facilities N1, when requiring replacement, directly entire diffusion facilities N1 can be removed, change new diffusion facilities N1, side Just quick, easy to operate, row replacement is put into the replacement convenient for family or unit buying diffusion facilities N1, reduce the cost of replacement with Time.

In the utility model, the amount of minerals diffusion is controlled in such a way that two check valves control the volume of diffusion region, Preferably, can also be realized the amount further progress control that minerals are spread to mine by the way that the diffusion area of interconnecting part is arranged The double control of the amount of substance diffusion, has reached the need for maintaining flowable drinking water mineral concentration to be suitble to human body intake It asks.

Interconnecting part can be arranged in all or part of chamber shell of the storage chamber.When interconnecting part is arranged in the storage chamber Whole chamber shells when, storage chamber be arranged inside flowable drinking water；When the part chamber of the storage chamber is arranged in interconnecting part When shell, storage chamber be can be set inside flowable drinking water, also can be set outside flowable drinking water, pass through company Logical portion is connected to flowable drinking water.

The chamber shell of storage chamber refers to the shell of composition storage area.Setting is spread for the minerals on the chamber shell of storage chamber To the interconnecting part of flowable drinking water, refer to a part of interconnecting part as chamber shell, for can by a part of solution so that In interconnecting part, this part can diffuse out mineral ion to the chamber shell of storage chamber.

Whole chamber shells of the storage chamber are arranged in interconnecting part, and referring to that whole chamber shells are set as can be by the connection of solution Portion.When whole chamber shells of the storage chamber are arranged in interconnecting part, the inside of flowable drinking water is arranged in storage chamber.At this time Interconnecting part can be the materials such as metal braid (such as strainer), non-metal knitted object (such as filter membrane) or porous ceramics and be made.

When the part chamber shell of the storage chamber is arranged in interconnecting part, storage chamber be can be set in flowable drinking water Portion also can be set outside flowable drinking water, as long as being provided with this part of chamber shell and flowable drink of interconnecting part It is contacted with water phase and mineral ion can be spread and entered in flowable drinking water.Interconnecting part can be metal braid at this time The materials such as (such as strainer), non-metal knitted object (such as filter membrane) or porous ceramics are made, and are also possible to the knot such as connecting tube, connecting hole Structure.

All or part of chamber shell of storage chamber is arranged in interconnecting part, can make with the first check valve, second one-way valve cooperation With.What the first check valve and second one-way valve controlled is the volume for the flowable drinking water that minerals diffuse into, then is connected to All or part of chamber shell of storage chamber is arranged in portion, as long as minerals can be entered in flowable drinking water by diffusion part, The flowable drinking water in this part limits volume further through the first check valve and second one-way valve.As interconnecting part setting is being stored up It deposits whole chamber shells of chamber, and storage chamber is arranged in flowable drinking water, in the flow channel of flowable drinking water The first check valve and second one-way valve is respectively set in upstream, downstream.Or the part chamber shell of storage chamber, interconnecting part is arranged in interconnecting part The part chamber shell at place is in contact with flowable drinking water, and flowable drinking water is unidirectional by the first check valve and second Pipeline between valve enters, and then contacts again with the part chamber shell where interconnecting part.

Preferably, when being less than the minerals of 1g/100ml water using saturated concentration, since saturated concentration is less than 1g/ The minerals of 100ml water, saturated solution concentration is lower, and the amount spread into drinking water is also less, and it is full to meet this by selection The minerals required with concentration, i.e., the amount that controllable minerals are spread into drinking water, and the storage chamber of diffusion facilities N1 at this time Interconnecting part can be with flexible setting, i.e. controllable mineral of saturated concentration that the minerals of 1g/100ml water are less than by saturated concentration The amount of matter diffusion.The diffusion area that interconnecting part can also be controlled simultaneously controls the amount further progress of minerals diffusion.As excellent Choosing, the minerals that the saturated concentration is less than 1g/100ml water are lithium, calcium, magnesium, potassium, sodium, iron, zinc, copper, molybdenum, selenium, iodine, chromium, strontium Difficulty soluble salt in any one or more.Needed by human body can be added in the minerals that the saturated concentration is less than 1g/100ml water The various substances of supplement, difficulty soluble salt herein refer to that saturated concentration in water is less than the mineral salt of 1g/100ml water, preferably in room Warm (20 DEG C) are lauched the mineral salt that middle saturated concentration is less than 1g/100ml water.Preferably, the difficulty soluble salt of the minerals has Body is lithium fluoride, calcium carbonate, calcium sulfate, calcium phosphate, calcium silicates, calcium citrate, calcium hydroxide, magnesia, magnesium hydroxide, carbonic acid Magnesium, magnesium phosphate, zinc carbonate, calcium selenate, calcium selenite, nicotinate chromium, chromium picolinate, strontium sulfate, any one in strontium carbonate Or it is a variety of.

Can be set in each diffusion facilities N1 is a kind of difficulty soluble salt, and may also set up in a diffusion facilities N1 has two Kind or a variety of different difficulty soluble salts.Meanwhile the amount for the minerals that can be added as needed into water, select the above different mineral The concentration of matter salt, saturated aqueous solution is different, and the amount for diffusing into drinking water is also different, controls the minerals being added in drinking water Amount human body be suitable for intake demand within the scope of.It is set preferably, diffusion directly can be added to using above-mentioned difficulty soluble salt In standby N1, it is possible to use two kinds of substance reactions generate difficulty soluble salt, are added in diffusion facilities N1, convenient for the buying of raw material.Example What it is such as commercial type is mostly sodium selenite, sodium selenite can be mixed with salt containing calcium ion such as calcium chloride, calcium sulfate, Calcium selenite is obtained, is added in diffusion facilities N1 and uses.Using the low calcium selenite of saturated concentration, so that into drinking water Selenium element amount be easy to control human body be suitable for level, avoid the generation of acute and chronic selenosis, while can supplement again to human body Selenium element.

When being greater than the minerals of 1g/100ml water using saturated concentration, whole is can be set in the storage chamber of diffusion facilities N1 Or part of the surface is interconnecting part, preferably sets interconnecting part for the part of the surface of storage chamber, and the diffusion area of interconnecting part needs root The amount taken in is needed to set this kind of minerals according to the saturated concentration and human body of the saturated solution of the specific minerals used It sets.Since minerals saturated concentration is greater than 1g/100ml water, to guarantee that the mineral concentration for diffusing into drinking water will not be higher by The intake demand of human body is drunk using in the scheme control diffusion facilities N1 of control interconnecting part diffusion area into flowable The amount of minerals in water, to meet requirement of the human body to the intake demand of this kind of minerals.When use saturated solution concentration When small minerals, or using human body suitable intake demand biggish minerals when, settable diffusion area is larger；When making When with the big minerals of saturated solution concentration, or using human body suitable intake demand lesser minerals when, setting diffusion Area is smaller.

Preferably, the saturated concentration be greater than 1g/100ml water minerals be lithium, calcium, magnesium, potassium, sodium, iron, zinc, copper, Molybdenum, selenium, iodine, chromium, strontium salt in any one or more.Preferably, the salt of the minerals is specially lithium carbonate, citron Sour calcium, calcium lactate, calcium chloride, magnesium sulfate, magnesium chloride, magnesium citrate, potassium citrate, potassium chloride, saleratus, sodium citrate, Sodium chloride, sodium carbonate, sodium bicarbonate, ferrous sulfate, ferrous fumarate, ferrous succinate, ferrous lactate, frerrous chloride, sulfuric acid It is zinc, zinc chloride, copper sulphate, copper chloride, sodium molybdate, sodium selenate, sodium selenite, potassium iodide, chromium trichloride, any in strontium chloride It is one or more.The device provided by the utility model that minerals are added into flowable drinking water, according to actual needs, The acid, inorganic salts or organic salt of other minerals can be added.

Interconnecting part is the channel that minerals enter diffusion region from storage chamber, and in interconnecting part two sides, mineral ion is due to dense Poor, molecular thermalmotion etc. is spent, is entered in the flowable drinking water in diffusion region by storage chamber, the face that mineral ion can be spread Product has an impact the additive amount of the minerals of the utility model, therefore, by controlling diffusion area, can be realized practical to this The control of the additive amount of novel middle different minerals matter.

Preferably, the emptying mouth for air to be discharged is additionally provided on the diffusion facilities N1.

It is flowable to drink water energy when to access diffusion facilities N1 in flowable drinking water in the utility model It enough can smoothly enter into diffusion facilities N1, so that minerals dissolve to form saturated solution, and diffused by interconnecting part flowable Drinking water in, can be arranged on diffusion facilities N1 emptying mouth.It is accessed in flowable drinking water for the first time in diffusion facilities N1 When, emptying mouth is opened, when flowing into flowable drinking water, the air in diffusion facilities N1 is discharged, and is drunk convenient for flowable Water enters in diffusion facilities N1.

The seal cap that diffusion facilities N1 is provided with emptying mouth and matches with emptying mouth.It is provided in emptying mouth and seal cap The screw thread worked in coordination, seal cap are provided with rubber pad in favor of being entirely vented the sealing of mouth after emptying.Diffusion facilities N1 is first When water inlet, seal cap is unscrewed, makes diffusion facilities N1 exhaust water inlet, diffusion facilities N1 is into after full water, screwing hermetic cap.

The utility model can also be used other modes to access diffusion facilities N1 into flowable drinking water.Such as set in diffusion Standby N1 uses preceding artificial filling drinking water, then connects with flowable drinking water.Or diffusion facilities N1 all surfaces are arranged For interconnecting part, diffusion facilities N1 is entirely put into flowable drinking water, can also be realized diffusion facilities N1 access is flowable Drinking water in.

Preferably, the diffusion facilities N1 is equipped with the area regulating device for adjusting the diffusion area of interconnecting part.

Preferably, the diffusion area of the interconnecting part of diffusion facilities N1 can be adjusted by area regulating device.Such as it can be with It is realized by set parts etc. and blocks the diffusion area part of interconnecting part, make mineral ion can not be from the portion being blocked Divide in interconnecting part and diffuses out.In addition, this partial occlusion can also be removed, allow mineral ion from blocking the part removed It is diffused out in interconnecting part.The diffusion area of interconnecting part is adjustable can be realized by the way that moveable baffle is arranged, and can also be passed through Other structures are realized.

Preferably, the volume that the first check valve is determined with second one-way valve, which can also be arranged, can pass through volume adjusting means The volume that adjusting, in particular to the first check valve are determined with second one-way valve can increase or reduce, so that mineral ion expands The volume for dissipating the drinking water entered changes.

The adjustable volume section that first check valve and second one-way valve determine can be by unidirectional by the first check valve and second Position where valve is set as slidable casing to realize, it is single to change first the sealing block of release can also can be pushed by setting To the volume between valve and second one-way valve, can also be realized by other structures.

In the utility model, appointing in the salt of lithium, calcium, magnesium, potassium, sodium, iron, zinc, copper, molybdenum, selenium, iodine, chromium, strontium can be selected It anticipates one or more.Preferably, specifically can be selected lithium fluoride, calcium carbonate, calcium sulfate, calcium phosphate, calcium silicates, calcium citrate, Calcium hydroxide, magnesia, magnesium hydroxide, magnesium carbonate, magnesium phosphate, zinc carbonate, calcium selenate, calcium selenite, nicotinate chromium, pyridine carboxylic acid Chromium, strontium sulfate, strontium carbonate, lithium carbonate, calcium citrate, calcium lactate, calcium chloride, magnesium sulfate, magnesium chloride, magnesium citrate, citric acid Potassium, potassium chloride, saleratus, sodium metasilicate, sodium citrate, sodium chloride, sodium carbonate, sodium bicarbonate, ferrous sulfate, fumaric acid are sub- Iron, ferrous succinate, ferrous lactate, frerrous chloride, zinc sulfate, zinc chloride, copper sulphate, copper chloride, sodium molybdate, sodium selenate, Asia Any one or more of sodium selenate, potassium iodide, chromium trichloride, strontium chloride.It is provided by the utility model to be drunk to flowable The acid, inorganic salts or organic salt of other minerals can also be added according to actual needs in the device that minerals are added in water.

Preferably, directly difficulty soluble salt can be added in storage chamber, it is possible to use two kinds of objects when using difficulty soluble salt Qualitative response generates difficulty soluble salt, is added in storage chamber, convenient for the buying of raw material.Such as commercial type is mostly selenous acid Sodium selenite can be mixed with salt containing calcium ion such as calcium chloride, calcium sulfate, obtain calcium selenite, be added to storage by sodium It is used in chamber.Using the low calcium selenite of saturated concentration, so that maintaining people into the selenium element amount in flowable drinking water The suitable level of body, avoids the generation of acute and chronic selenosis, while can supplement selenium element to human body again.

Wherein, the minerals such as saleratus, sodium bicarbonate are added in drinking water, the bicarbonate radical in food processing process It can be reacted with the heavy metal in food and generate heavy metal carbonate, heavy metal carbonate cannot be absorbed by the body and arrange with excrement Out；Contain bicarbonate radical in another aspect drinking water, the pH value of water can be made to stablize in alkalescent range.Select calcium silicates etc. its His minerals can also play the role of adjusting drinking water pH, and can provide such as silicate the substance beneficial to human health.This Outside, citrate being added into drinking water can react with the main component calcium oxalate of calculus, dissolve calculus.The utility model choosing Other minerals for selecting addition, also there is various benefits to human body.

Preferably, the interconnecting part is specially connecting tube, any one in connecting hole, or by metal braid, non- Metal braid, porous ceramics, any one or more material preparation in porous polymer.Such as using wire braid, Filter cloth, filter bag, nylon, porous ceramics, polytetrafluoroethylene (PTFE) etc..Preferably, filter cloth can be arranged in connecting tube, or will connection Hole is set as filter opening.

When such as needing diffusion area larger, filter bag can be used, the prominent storage chamber in filter bag part increases diffusion facilities N1 The contact area of mineral ion and flowable drinking water.Preferably, aqueduct can be arranged in storage chamber, from even Logical portion extends close to the top of storage chamber all the way up.Aqueduct is used to import drinking water the upper end of storage chamber, facilitates Undissolved solid dissolution, makes the solution in proliferation part N1 be maintained at saturated solution concentration in storage chamber.

Using the scheme of two check valves, the amount spread by volumetric void fraction minerals, and interconnecting part is mainly used for limitation and connects Between continuous drinking water flowable twice flows into and out, minerals are gradually diffused, rather than primary water inlet is with storage Intracavitary complete soln flows out second one-way valve.In addition, interconnecting part can be used for retaining undissolved solid in storage chamber, when part mine When substance ion is flowed out with flowable drinking water, solution concentration reduces in storage chamber, mineral solids continue to dissolve, for a long time Maintaining the mineral solution in storage chamber is saturated concentration, is added with extending provided by the utility model into flowable drinking water Add the device of minerals using the time, increase stability in use.

Preferably, the diffusion facilities N1 is equipped with multiple storage chambers, and the multiple storage chamber is logical with the diffusion region respectively The interconnecting part is crossed to be connected.

Preferably, the diffusion facilities N1 be equipped with multiple diffusion regions being sequentially communicated, the diffusion region respectively with one or Multiple storage chambers are connected by the interconnecting part, and flowable drinking water is flowed by the first check valve of first diffusion region, It is flowed out by the second one-way valve of the last one diffusion region.

Preferably, in the device provided by the utility model for adding minerals into flowable drinking water, it is settable Multiple storage chambers are connected with diffusion region respectively, also settable multiple diffusion regions being sequentially communicated, and the diffusion region is respectively with one A or multiple storage chambers are connected by the interconnecting part.Multiple storage chambers are set, the amount and type that can be needed according to minerals, Flexible setting；Multiple diffusion regions are set, the amount spread by interconnecting part diffusion area, diffusion region internal volume to minerals can be convenient for It is limited, so that the concentration of flowable drinking water mineral is in the range of human body is suitable for drinking.

Water tank use can be set in the device provided by the utility model that minerals are added into flowable drinking water, It can also be not provided with water tank, diffusion facilities N1 is integrated in shell, and be connected with flowable drinking water, when needing replacing When, by shell integral replacing.Further, it is also possible to add minerals into flowable drinking water for provided by the utility model Device and water tank, water pipe, water purifier etc. combine use.

The utility model also provides a kind of system that minerals are added into flowable drinking water, including any of the above-described The diffusion facilities N1 is additionally provided with and provides the supply equipment N2 of the flowable drinking water, and the supply equipment N2 is for institute State the region between first check valve of flowable potable water circulation and second one-way valve.

Another embodiment party as the device provided by the utility model for adding from minerals to flowable drinking water Case, is arranged diffusion facilities N1, supply equipment N2, and the saturated aqueous solution of minerals is entered in supply equipment N2 by interconnecting part, made The content for obtaining the flowable drinking water mineral in supply equipment N2 increases, and human body can draw mineral matter nutritional after drinking, It is beneficial to human health.

In the utility model, the first check valve, second one-way valve can be arranged on supply equipment N2, it is single by first To the volume determined between valve and second one-way valve, control diffuses into the amount of the minerals in flowable water.It needs replacing When, it can directly replace the diffusion facilities between the first check valve and second one-way valve.

The supply equipment N2 size with other parts can be set in the size of supply equipment N2 between two check valves It is identical, the size of the supply equipment N2 between two check valves can also be set, than the water supply of other parts according to the needs of volume The size of equipment N2 is big or small.According to actual needs, the supply equipment N2 between two check valves can be set as expanding Cavity body structure, or be set as the lesser pipeline of diameter.When being set as the cavity body structure expanded, two can be set by cavity Section, each section is respectively set a check valve, and two sections of cavitys are fixedly connected by modes such as screw thread, buckles, are easily installed and examine It repairs.

Preferably, it is additionally provided with cushion chamber, the water inlet of the cushion chamber is connected with the supply equipment N2, and is arranged The second one-way valve downstream, the water outlet of the cushion chamber are connected to flowable drinking water outlet, the appearance of the cushion chamber Product is greater than the supply equipment N2 internal volume between first check valve and second one-way valve.

Preferably, cushion chamber is arranged after second one-way valve, the volume of cushion chamber is greater than first check valve and the Supply equipment N2 internal volume between two check valves.Cushion chamber is set, then the water flowed out from second one-way valve touches cushion chamber The water of middle storage, mineral ion further disperse, and can reduce the fluctuation of concentration of the complete water mineral for Gong drinking of mineralising.

Preferably, described device is equipped with multiple diffusion facilities N1, and the multiple diffusion facilities N1 is set with the water supply respectively Standby N2 is connected.

Preferably, the supply equipment N2 is equipped with the water inlet manifold being connected to water source, connects with flowable drinking water outlet Logical outfall sewer, and multiple water supply mechanisms are equipped with, the water supply mechanism is connected with one or more diffusion facilities N1 respectively, Water inlet manifold, the outfall sewer of the multiple water supply mechanism and the supply equipment N2 are respectively connected with logical.

Preferably, in the device provided by the utility model for adding minerals into flowable drinking water, it is settable Multiple diffusion facilities N1 are connected with supply equipment N2 respectively, and also settable supply equipment N2 includes multiple water supply mechanisms, each Water supply mechanism is connected with one or more diffusion facilities N1.It can connect between multiple water supply mechanisms or in parallel, may be used also More root canal roads are set, a part of water supply mechanism is connected, while is in parallel with another part water supply mechanism, and by multiple water supply mechanisms It is connected with water inlet manifold, outfall sewer, flowable drinking water enters from water inlet manifold, drinks from outfall sewer outflow for user With.

Multiple diffusion facilities N1 are set, the amount and type that can be needed according to minerals, flexible setting；Multiple water supplying machines are set Structure can limit convenient for the amount spread by the volume determined between interconnecting part diffusion area, two check valves to minerals, So that each water supply mechanism finally flows into the flowable drinking water of outfall sewer, the concentration of minerals is suitable for drinking in human body In the range of.

Water tank use can be set in the device provided by the utility model that minerals are added into flowable drinking water, It can also be not provided with water tank, diffusion facilities N1 and supply equipment N2 are integrated in shell, and be arranged and flowable drinking water Access port, exit by shell integral replacing, or dismantle the diffusion facilities that shell replaces certain minerals when requiring replacement N1.Further, it is also possible to which the device provided by the utility model for adding minerals into flowable drinking water and water purifier is whole It is combined use.

Embodiment 6

As shown in figure 5, the device provided by the utility model for adding minerals into flowable drinking water, is integrated in shell In body, shell is connected entirely through screw thread with flowable drinking water.The present apparatus is equipped with diffusion facilities N1, diffusion facilities N1 packet Storage chamber and diffusion region are included, storage chamber is used for store solids minerals, and interconnecting part, storage chamber are equipped between storage chamber and diffusion region The saturated aqueous solution of interior minerals is entered in diffusion region by interconnecting part, and diffusion region is equipped with the first check valve and second one-way valve, Flowable drinking water is flowed into from the first check valve, second one-way valve outflow.

Embodiment 7

As shown in fig. 6, the device provided by the utility model for adding minerals into flowable drinking water, is integrated in shell In body, shell is connected entirely through screw thread with flowable drinking water.The present apparatus is equipped with diffusion facilities N1, diffusion facilities N1 packet Storage chamber and diffusion region are included, storage chamber is used for store solids minerals, all interconnecting parts of storage chamber, and storage chamber setting is being spread In portion, the saturated aqueous solution of minerals is entered in diffusion region by interconnecting part in storage chamber, diffusion region be equipped with the first check valve with Second one-way valve, flowable drinking water are flowed into from the first check valve, second one-way valve outflow.

Embodiment 8

As shown in fig. 7, the device provided by the utility model for adding minerals into flowable drinking water, is integrated in shell In body, shell is connected entirely through screw thread with flowable drinking water.The present apparatus is equipped with diffusion facilities N1, diffusion facilities N1 packet Multiple storage chambers and diffusion region are included, multiple storage chambers are used to store the saturated aqueous solution for storing different minerals matter respectively, and pass through Interconnecting part enters in diffusion part, and diffusion region is equipped with the first check valve and second one-way valve, and flowable drinking water is unidirectional from first Valve flows into, second one-way valve outflow.

Embodiment 9

As illustrated in figs. 8-11, the device provided by the utility model that minerals are added into flowable drinking water, integrates In the housing, the present apparatus includes multiple diffusion facilities N1, and supply equipment N2 is equipped with multiple water supply mechanisms.Between multiple water supply mechanisms It can connect or in parallel, whole device one end is connected to water main, and the other end is connected to water outlet always by cushion chamber a Pipe.

According to the difference of the saturated concentration of used minerals saturated aqueous solution, such as use calcium citrate, calcium silicates Diffusion facilities N1 all surfaces can be set as connecting by the minerals etc. that the saturated concentration of saturated aqueous solution is less than 1g/100ml water Logical portion, and diffusion facilities N1 is arranged in supply equipment N2, as shown in Fig. 9.

Two check valve control volumes can also be used to be arranged to control the mode of the amount of minerals diffusion, for various mines Substance, if calcium selenate, ferrous lactate, sodium bicarbonate are applicable, as shown in Figure 10.Check valve can be set to round and cone The form of shape pipe cooperation, and settable elastic material increases check valve reliability, as shown in figure 11.

In the present embodiment, the minerals used are calcium selenate, calcium citrate, magnesium sulfate, sodium bicarbonate.

Embodiment 10

As described in Figure 12, in the diffusion facilities N1 of the utility model, the channel of storage chamber and flowable drinking water is mutual It is equipped with, the minerals that the interconnecting part of storage chamber is arranged in storage chamber surface, diffusion facilities N1 are diffused by interconnecting part Enter in flowable drinking water.

Embodiment 11

As described in Figure 13, in the diffusion facilities N1 of the utility model, the channel of storage chamber and flowable drinking water is mutual It is equipped with, and the first check valve, second one-way valve is set on the channel of flowable drinking water.The interconnecting part of storage chamber is set It is placed in storage chamber surface, the minerals in diffusion facilities N1 are diffused into flowable drinking water by interconnecting part.

Embodiment 12

As described in Figure 14, in the diffusion facilities N1 of the utility model, the channel of storage chamber and flowable drinking water is mutual It is equipped with, the interconnecting part of storage chamber, which is arranged, makes interconnecting part on storage chamber surface, and by the slidable form of storage chamber Diffusion area is adjustable, and the minerals in diffusion facilities N1 are diffused into flowable drinking water by interconnecting part.

Embodiment 13

As described in Figure 15, in the diffusion facilities N1 of the utility model, the channel of storage chamber and flowable drinking water is mutual It is equipped with, and the first check valve, second one-way valve is set on the channel of flowable drinking water.The interconnecting part of storage chamber is set It is placed in storage chamber surface, and can by the volume that the slidable form of storage chamber determines the first check valve and second one-way valve With adjustment, the minerals in diffusion facilities N1 are diffused into flowable drinking water by interconnecting part.

Embodiment 14

The device of the utility model embodiment 8 is connected on certain brand and uses the outlet pipeline of the water purifier of reverse osmosis membrane On, it is fetched water by the device water outlet provided by the utility model for adding minerals into flowable drinking water, daily 4 liters of water receiving (by the estimation of 2 people's water consumptions),

1, install utility model device before, TDS=6, pH=6.3, Se content be not detected (due to the too soft total hardness of water without Method accurately detects).

2, after installing utility model device, which provided calcium selenite, calcium citrate, magnesium sulfate, sodium bicarbonates Diffusion facilities N1, in the drinking water after mineralising, Se content 0.013mg/L, content of magnesium 5.6mg/L, total hardness 98.3mg/L, pH =7.5.

Copper 0.001ND, zinc 0.01ND, iron 0.03ND, manganese 0.01ND, lead 0.001ND, mercury 0.00004ND, cadmium 0.0001ND (explanation: ND expression does not detect corresponding element using national standard method, constituent content in the numerical tabular sample product before ND It can be just detected when only reaching the numerical value.)

Mineral are added into flowable drinking water through provided by the utility model by drinking water it can be seen from detection data After the installation optimization of matter, water quality is good, meets human body requirements:

1, pH value improves, and becomes alkalescent water from the water of slant acidity.

2, selenium element is added in water, and numerical value is in the critical field of mineral water rich in selenium.

3, total hardness reaches 98.3mg/L, illustrates to joined magnesium, calcium constituent in drinking water.

4, heavy metal index is all not detected.

The foregoing description of the disclosed embodiments can be realized professional and technical personnel in the field or using originally practical new Type.Various modifications to these embodiments will be readily apparent to those skilled in the art, and determine herein The General Principle of justice can be realized in other embodiments without departing from the spirit or scope of the present utility model.Cause This, the present invention will not be limited to the embodiments shown herein, and is to fit to and principles disclosed herein The widest scope consistent with features of novelty.

Claims

1. a kind of device for adding minerals into flowable drinking water, which is characterized in that described including diffusion facilities (N1) Diffusion facilities (N1) are equipped with the storage chamber for store solids minerals, and the chamber shell of the storage chamber is equipped with to be expanded for the minerals The interconnecting part being scattered in flowable drinking water, the minerals in the diffusion facilities (N1) can be entered by the interconnecting part by In the flowable drinking water in volume that first check valve and second one-way valve determine, the flowable drinking water is from first Check valve flows into, second one-way valve outflow；The volume that first check valve is determined with second one-way valve is saturated according to minerals The saturated concentration and human body of aqueous solution determine the intake demand of minerals.

2. the apparatus according to claim 1, which is characterized in that the diffusion facilities (N1) further include diffusion region, the storage The interconnecting part for depositing chamber is arranged between storage chamber and the diffusion region, and the diffusion region is to supply the flowable potable water circulation First check valve and second one-way valve between region.

3. the apparatus of claim 2, which is characterized in that the diffusion area of the interconnecting part is according to the saturations of minerals The saturated concentration and human body of aqueous solution determine the intake demand of the minerals, in the interconnecting part and the diffusion region The area for the part that flowable drinking water is in contact is the diffusion area of the interconnecting part.

4. device according to claim 3, which is characterized in that whole chambers of the storage chamber are arranged in the interconnecting part Shell, the storage chamber are arranged inside flowable drinking water；Or,

The part chamber shell of the storage chamber is arranged in the interconnecting part, and the interconnecting part of the storage chamber and flowable drinking water connect It is logical.

5. device according to claim 4, which is characterized in that be additionally provided on the diffusion facilities (N1) for air to be discharged Emptying mouth.

6. according to claim 1-2, device described in any one of 4-5, which is characterized in that the diffusion facilities (N1), which are equipped with, to be used In the area regulating device for the diffusion area for adjusting interconnecting part.

7. a kind of system for adding minerals into flowable drinking water, which is characterized in that including appointing in such as claim 1-6 One diffusion facilities (N1), is additionally provided with and provides the supply equipment (N2) of the flowable drinking water, the supply equipment (N2) for for the region between first check valve and second one-way valve of the flowable potable water circulation.

8. system according to claim 7, which is characterized in that described device is equipped with multiple diffusion facilities (N1), described more A diffusion facilities (N1) are connected with the supply equipment (N2) respectively.

9. system according to claim 8, which is characterized in that the supply equipment (N2) is equipped with the water inlet being connected to water source General pipeline, the outfall sewer being connected to flowable drinking water outlet, and be equipped with multiple water supply mechanisms, the water supply mechanism respectively with One or more diffusion facilities (N1) are connected, and the water inlet manifold of the multiple water supply mechanism and the supply equipment (N2) go out Supply mains is respectively connected with logical.