KR20050079118A - Water tank equipped minus ion generator and clean water supply system using thereof - Google Patents

Abstract

The present invention is a water tank (4) in which the anion generator (10) is installed, the water tank (4) is attached to the building (S) in a grounded state is supplied with the external raw water and stored after distribution pipe (6) The negative ion generator 10 is installed inside the water tank 4 so that at least a portion of the negative ion generator 10 is immersed in the raw water, and each of the insulating metal 7b, At least one resonant electrode 7 and 8 coated with 7c); The water tank in which the negative ion generating device is installed is characterized in that it comprises a main body (11) having a built-in resonance amplification circuit (30) for amplifying an external AC voltage to a predetermined magnitude and applied to the resonance electrodes (7,8). to provide.

In addition, the present invention is a purified water supply system using the water tank in which the anion generator is installed as described above, the sedimentation filter installed in sequence between the water tank (4) and the distribution pipe (6) in which the anion generator (10) is installed. (54), a pretreatment carbon filter 55, a hollow fiber membrane filter 56, and a post-treatment carbon filter 57 to provide a purified water supply system, each consumer (H) is a separate anion water There is an advantage in that rich and high quality anion water or purified water can be used without installing a generator or water purifier.

Description

Water tank equipped with anion generator and clean water supply system using same

The present invention relates to a water tank in which an anion generator is installed, and a water supply system using the same, and more particularly, is installed in a state in which an anion generator is installed, and is converted into an anion water after converting external raw water into an anion water. The present invention relates to a water tank equipped with an anion generator for distributing and supplying purified water and to distributing purified water to each consumer in the building using the same.

In general, at least one water tank is provided in the same building, such as an apartment or a building, and stores raw water such as tap water supplied from the outside and distributes it to each customer.

1 is a view illustrating a living water supply system diagram of a building S in which a conventional water tank 2 is provided. As illustrated, the water tank 2 is installed on a roof of a building S, and the like. The raw water can be stored and each pipe (3) is provided with a branched pipe line connected to each of the raw water to supply the raw water as it is.

However, the existing water tank (2) does not have a separate function other than the simple collection and distribution of raw water, and thus represents a limit in which harmful substances such as chlorine (trihalomethane) contained in tap water are delivered to each consumer (H). In addition, when FRP (fibre-reinforced plastic), cement or brick is used as the material of the water tank (2), the paint is painted to prevent corrosion along with the waterproof function. In summer, various toxins such as environmental hormones were dissolved and detected in raw water.

At this time, stainless steel water tank (2) is used, but this also shows various problems. If water is accumulated in the water tank (2) for a long time, bacteria in the air multiply in the water, causing mold, algae, and bacteria. Since there is a hotbed, there was an inconvenience to periodically wash the inside of the water tank (2).

However, despite the periodic cleaning of the water tank (2), hard scales due to heavy metals such as water-soluble iron oxides and inorganic substances present in the raw water are difficult to remove completely, and these hard scales and heavy metals may be Additional problems, such as sticking to (3), are frequently occurring.

In addition, as described above, even if various problems caused by the existing water tank (2) are discussed, heavy metals and the like are often contained in the living water supplied to the consumer H because the pipe line 3 is deteriorated. Due to such various problems, most customers (H) are currently equipped with a water softener or a water purifier to purify raw water as living water.

Therefore, the present invention has been devised to solve the various problems caused by the existing water tank and the pipeline, such that the raw water, which is the living water supplied to the consumer, can be delivered to each of them more cleanly and beneficially. The purpose of the present invention is to provide a water tank with an anion device attached thereto, and also to prevent various damages caused by falling pipes.

In addition, another object of the present invention is to provide a purified water supply system configured by using a water tank equipped with an anion generator as described above to replace a plurality of water purifiers provided separately for each consumer, costly, resource waste To provide high quality and abundant water purification to all consumers.

The present invention is a water tank in which an anion generator is installed in order to achieve the above object, the water tank is attached to the building in a grounded state to receive and store the raw water from the outside, and then transfer to each customer through the distribution pipe. At least one resonant electrode installed in the water tank so that at least a portion of the negative ion generator is immersed in the raw water; A water tank in which an anion generator is installed is provided, including a main body having a circuit part for amplifying an external AC voltage to a predetermined size and applying the same to the resonance electrode. To provide.

In this case, the resonant electrode is arranged up and down in a state in which at least one or more are arranged in parallel with each other, the cross section perpendicular to the longitudinal direction of each of the bar (bar) having at least one shape selected from H, c, ㅁ, ㅇ or at least It is characterized in that one or more are plate-like or horizontally arranged horizontally so as to be completely deposited in the raw water. The resonance amplifier circuit includes a transformer including a primary winding into which the external AC power is input and a secondary winding for amplifying and outputting the same, and at least one resistor connected in parallel to configure an output of the secondary winding. It characterized in that it comprises a control resistor.

In addition, the present invention is a purified water supply system using the water tank in which the anion generator is installed as described above, sedimentation filter, pre-treatment carbon filter, hollow fiber membrane filter, which is sequentially installed between the water tank and the distribution pipe is installed with the anion generator The present invention provides a purified water supply system comprising supplying purified water containing anion to each of the above consumers, including a post-processed carbon filter. Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Attached Figure 2 is a view showing a simplified view of the living water supply system of the building (S) equipped with a water tank (4) in which the negative ion generating device 10 according to the present invention, a water tank ( 4) at least one is installed on the roof of the building (S), such as an apartment or building to store the external raw water supplied through the inlet pipe (5) connected to the water supply pipe and connected to the pipeline (6) branched to each customer And supply living water to each.

However, the living water delivered to each consumer (H) from the water tank (4) according to the present invention is characterized in that the anion water containing anion differently from the general case, for this purpose, the anion generator in the water tank (4) (10) is laid.

3A to 3C are internal structural diagrams showing different examples of the water tank 4 in which the negative ion generating device 10 according to the present invention is installed, respectively, and the same parts for the same purpose for convenience of explanation are the same. The drawings have been given and can be broadly divided into a water tank 4 and an anion generator 10.

At this time, prior to the description of the common parts of the drawings, the water tank 4 defines a predetermined internal storage space for storing the external raw water, the reinforced plastic or grounded stainless steel material having a grounding potential It can be made and connected to the water supply pipe and supplies the storage raw water, including an inlet pipe (5) receiving the raw water, such as external tap water and a distribution pipe (6) branched to each customer.

In addition, the anion generator 10 installed in the water tank 4 is largely divided into the resonant electrodes (7, 8) and the main body 11, the double resonant electrodes (7, 8) into the water tank (4) It is installed to maintain a state immersed in at least a portion of the raw water, and as will be described later, at least one insulating film is coated on the outer surface of the conductive metal is electrically connected through the main body 11 and the connection cable 9, such as electric wires. A resonance amplifier circuit is built into the main body 11 to amplify the AC power input from the outside to a predetermined magnitude and then apply the resonance power to the resonance electrodes 7 and 8. These resonant electrodes 7 and 8 and the main body 11 will be described in more detail in the corresponding sections.

On the other hand, the resonant electrodes (7, 8) of the negative ion generating device 10 according to the present invention can be formed in various forms, depending on the purpose, as shown in Figure 3a at least one is arranged in parallel with each other up and down It may be a bar type 7 which is lined with most of it into the raw water, or a plate type 8 with at least one arranged horizontally up and down so as to be completely submerged in the raw water as shown in FIG. 3B. have. Alternatively, as shown in FIG. 3C, the bar type 7 and the plate type 8 resonant electrodes may be used together.

4A to 4C are cross-sectional views showing various shapes of cross-sections cut perpendicular to the longitudinal direction of the bar 7 resonant electrode, and FIG. 5 is a perspective view of the plate 8 resonant electrode, and the bar 7 resonant electrode. As shown in the drawing, the cross section perpendicular to the longitudinal direction may have a shape selected from o, ㅁ, and H. The plate-shaped resonant electrode has a plurality of holes 8a so as to increase the contact area with the raw water. Can be formed through.

In addition, the resonant electrodes of the bar 7 and the plate 8 are coated with at least one insulating film 7b and 7c on the outer surface of the conductive metal 7a. Preferably, the resonant electrodes of the bar 7 and the plate 8 are made of a conductive rubber having a resistance value of about 10 Ω. The first insulating film 7b and the second insulating film 7c made of polyethylene (PE) coated with an outer surface thereof may be formed of two layers. At this time, although the first and second insulating films of the plate-shaped resonant electrode are not shown separately, it will be readily understood by those skilled in the art when referring to the drawings and the description above.

And attached Figure 6 is a perspective view of the main body 11 of the negative ion generating device according to the present invention, for example, having a hexahedron shape and amplified to a predetermined size by receiving an external commercial AC voltage 60Hz, 110V or 220V inside A resonance amplifier circuit for applying to the resonance electrodes 7 and 8 is incorporated.

Therefore, the main body 11 is provided with a power cable 14 having a plug 16 at its end to be drawn out to the outside and fitted into a building outlet, and at a predetermined position on the outer surface of the resonant electrodes 7 and 8. At least one socket connector 12 into which the pin plug 9a at the end of the connecting cable (9 in FIG. 5) can be fitted, and a plurality of control switches 18 for controlling the operation and amplification degree of the resonance amplifier circuit are provided. 24 and the rotary dial 28 may be provided. As shown in the drawing, a meter 22 indicating an amplification degree of the resonance amplifier circuit may be provided.

7 is a circuit diagram illustrating a resonance amplifier circuit 30 embedded in the anion generator main body 11 according to the present invention, and amplifies a commercial AC voltage 38 transmitted through a power cable provided in the main body to a predetermined magnitude. And a transformer 32 composed of a primary winding 32a and a secondary winding 32b wound up in larger numbers.

In this case, the driving power source 38 may be an AC voltage of 110V or 220V transmitted through the plug 16 and the power cable 14, and the socket connector 12 may be configured as the secondary winding 32b. Output is coming out. And preferably, the primary winding (32a) side may be provided with a voltage regulator 36 for properly adjusting the AC voltage supplied from the drive power source 38 between the secondary winding (32b) and the socket connector 12 of the output The control resistor 40 is connected to at least one resistor connected in parallel to adjust the resonant conditions according to the use environment of the negative ion generating device according to the present invention, the control resistor can be used as a variable resistance of the same role as well to be.

6, 7, and 3A to 3C, the amplified AC voltages having a predetermined magnitude are outputted to the respective resonance electrodes 7 and 8 by the resonance amplifier circuit 30 of the main body 11. As the magnetic field changes rapidly, the raw water of the tap water contained in the grounded water tank 4 is resonated to generate and contain negative ions, thereby converting the raw water into electron-reduced water having high potential energy.

At this time, since the first insulating film 7b made of conductive rubber is coated on the outer surfaces of the resonance electrodes 7 and 8, discharge that may occur between the second insulating films 7c is suppressed even when a high voltage is applied. Despite the damage of 7c), some degree of insulation can be maintained to prevent safety accidents such as electric shocks.

On the other hand, anion water containing anion is generally called electron-reduced water or electron-ionized water, and because the population of water molecules is very small, it can penetrate deep into the cell and has a weak alkali like human body. In addition, the high frequency of water molecules makes the energy high, and the yin and yang are electrically harmonized by the electrostatic field treatment method, so it is possible to drink deliciously at room temperature without chilling, and the neck is light and is quickly absorbed from the stomach. It is known to exhibit an excellent effect on beauty.

In addition, anion water is known to have the effect of neutralizing and removing residual pesticides and other heavy metals harmful to the human body on processed foods and ingredients. Without burdening the stomach, using this to wash dishes, you can see the effect such as oil is removed well.

Here are some examples showing the excellent efficacy of anion water, Table 1 below shows the general bacteria, evaporation residue, and redox titration values contained in these inflows and effluents while containing the anions in the influent, such as raw water of tap water. The comparison is shown.

TABLE 1

General bacteria (military) Influent (tap water) 730 810 910 930 Effluent (anion) 0 0 0 0 Evaporation residue (mg / l) Influent (tap water) 101 113 116 108 Effluent (anion) 55 56 57 56 Tetracycline reduction titration (reg.mV) Influent (tap water) 136.0 134.2 138.2 140 Effluent (anion) 00 0.1 -0.4 0.1

Therefore, the reference to this can confirm the effect of anion water.

Table 2 below shows the effect data for experimenting the anti-emulsification of anion water. The anion is contained in the mixed solution of soybean oil and groundwater, and then compared with the same mixed solution without any treatment over time. It is a table comparing the liquid amount of the cream layer of the oil layer to hold.

TABLE 2

Sample time 15 minutes later 30 minutes later 50 minutes later Mixed solution of soybean oil and groundwater Oil layer 0 30 36 Cream layer 70 37 29 Mixed solution of soybean oil and groundwater (containing anion) Oil layer 0 40 40 Cream layer 63 9 0

Therefore, as a result of examining this, it can be confirmed that the anionic water has improved anti-emulsifying property.

And the following graph 1 compares the freshness of the food over time after soaking the food in anion water and normal tap water, graph 2 shows the user's body fluids, fluids, according to the anion water and general tap water over time It shows the degree of PH change in the skin, anionized water has an excellent effect on the preservation of food, and the user's PH constitution also maintains a relatively stable state of weak alkali.

<Graph 1>

<Graph 2>

Therefore, the water tank (4) in which the anion generator 10 according to the present invention is installed is converted to anion water by containing anion in the external raw water and then directly transferred to each customer, so that each customer receives higher anion water. It is always available abundantly.

On the other hand, the present invention also provides a purified water supply system configured by using a water tank (4) in which a constant anion generator (10) is installed, Figure 8 is a block diagram showing a simplified structure thereof.

As shown in the present invention, the purified water supply system according to the present invention includes a precipitation filter 54 and a pretreatment carbon filter, respectively, between the water tank 4 in which the anion generator 10 is installed and the pipe line 6 branched to each customer. 55, the hollow fiber membrane filter 56, and the post-treatment carbon filter 57 are attached to convert the water delivered to each consumer into purified water.

At this time, the composition and role of each of the precipitation filter 54, the pretreatment carbon filter 55, the hollow fiber membrane filter 56, and the aftertreatment carbon filter 57 may be similar to those in the general case, but briefly mentioned, first, the precipitation filter ( 54) Inside, a synthetic resin fiber structure having micropores in the order of several micrometers is filled to filter out impurities of relatively large particles such as rust, soil, sand, and various suspended solids from raw water, and pretreatment carbon filter 55 Activated charcoal is filled and its adsorbents are used to adsorb and remove volatile organic substances such as chlorine (trihalomethane) and odors. In addition, the hollow fiber membrane filter 56 is filled with a microfiber structure (ultra filtration) having a pore size of about 0.01 to 0.04 μm, commonly referred to as an ultrafiltration membrane, to pass through the mineral components beneficial to health instead of filtering the remaining impurities cleanly. Finally, the aftertreatment carbon filter 57 removes residual odors, tastes, pigment components, etc. using activated carbon. In addition, reference numeral 52 denotes a pump for pressurizing raw water such as tap water introduced into the water tank 4 in which the negative ion generating device 10 according to the present invention is installed, which indicates an integer containing anion water through each filter. Ensure a smooth supply to each consumer.

At this time, although not shown in the drawings, by connecting in parallel with the hollow fiber membrane filter 56 by providing a separate reverse osmosis filter to filter the water from the pre-treated carbon filter 55 and then to the post-treated carbon filter (57) Of course, it can be supplied. Therefore, when using the water purification system according to the present invention, since the purified water containing anion is directly supplied to the customer, there is no need to install a separate water purifier at each customer.

In addition, although not shown in the separate drawings, between the after-treatment carbon filter 57 and the pipe line 6, the water tank 4 in which the anion generator 10 according to the present invention is installed is separately added and the negative ions in the purified water are secondary. It will be apparent to those skilled in the art that modification can be made such that it can be delivered to each customer through the pipe line 6 after containing it.

When using the water tank in which the anion generator according to the present invention as described above is used in buildings, etc., by containing anion in the raw water supplied from the outside, such as tap water, it is possible to remove various harmful components including chlorine components, water tank Even if the raw water is stored for a long time there is an advantage that it is possible to suppress the contamination by the microorganisms such as heavy metals, mold, algae, bacteria and the generation of hard scale.

In addition, it is possible to maintain the cleanliness of the pipe line, such as the movement path of the anion water, there is an advantage that can be used in abundantly rich anion water with a cleaner and various effects in the consumer. In addition, in the case of employing a water purification system composed of a water tank in which an anion generator is installed according to the present invention in a building or the like, the purified water containing anion may be used as living water without having a separate water purifier for each consumer. As a result, a more comfortable life is possible and health benefits.

In addition, the water tank and the water supply system using the anion generator according to the present invention described above can be easily applied to the existing water tank has the advantage that can be used universally.

1 is a living water supply system diagram of a building having a conventional water tank.

2 is a living water supply system diagram of a building having a water tank in which an anion generating device according to the present invention is installed.

3A and 3C are internal structural views of different examples of the water tank in which the negative ion generating device is installed according to the present invention, respectively.

4A to 4C are cross-sectional views of a bar-shaped resonant electrode of the anion generator according to the present invention, respectively.

5 is a perspective view of a plate-shaped resonant electrode of the negative ion generating device according to the present invention.

Figure 6 is a perspective view of the main body of the negative ion generating device according to the present invention.

7 is a circuit diagram of a resonance amplifier circuit of the negative ion generating device according to the present invention.

8 is a block diagram of a water supply system using a water tank installed with an anion generator according to the present invention.

<Description of the symbols for the main parts of the drawings>

S: Building H: Customer

4: water tank 5: inlet pipe

6: distribution tube 7,8: bar and plate resonant electrode

7a: conductive metal 7b, 7c: first and second insulating films

8a: hole 9: connecting cable

9a: pin plug 11: main body

12 socket connector 14 power cable

16 plug 18,24 control switch

22: meter 28: rotary dial

30: resonance amplifier circuit 32: transformer

32a, 32b: primary and secondary winding 36: voltage regulator

38: AC voltage 40: regulating resistor

52 pump 54 settling filter

55 pretreatment carbon filter 56 hollow fiber membrane filter

57: post-process carbon filter

Claims (6)

As the water tank (4) in which the negative ion generating device (10) is attached, The water tank (4) is attached to the building (S) in a grounded state is supplied with the external raw water and stored and then delivered to each customer (H) through the distribution pipe (6), The negative ion generating device 10 is installed inside the water tank 4 so that at least a portion of the negative ion generating device is submerged in the raw water, and at least one resonant electrode 7 coated with insulating films 7b and 7c on the outer surface of the conductive metal 7a, respectively. , 8); An anion containing an anion in each of the consumers (H), including a main body 11 having a built-in resonance amplifier circuit 30 for amplifying an external AC voltage to a predetermined magnitude and applied to the resonance electrodes (7,8) Water tank with an anion generator, characterized in that for supplying water. The method of claim 1, The resonant electrodes 7 and 8 are arranged up and down in a state in which at least one or more are arranged in parallel with each other, and the cross sections perpendicular to the longitudinal direction each have a shape selected from H, c, ㅁ, and O (bar). Water tank with an anion generator, characterized in that the type (7). The method of claim 1, And a resonant electrode (7, 8) is a plate tank (8), characterized in that the plate-shaped (8) arranged horizontally vertically so that at least one or more is completely deposited in the raw water. The method of claim 1, The resonant electrodes 7 and 8 are arranged up and down in a state in which at least one or more are arranged in parallel with each other, and the cross sections perpendicular to the longitudinal direction each have a shape selected from H, c, ㅁ, and O (bar). A) (7) and a water tank in which an anion generator is installed, characterized in that the plate type (8) arranged horizontally up and down so that at least one or more is completely deposited in the raw water. The method of claim 1, The resonance amplifier circuit 30 includes a transformer 32 including a primary winding 32a through which the external AC power is input and a secondary winding 32b for amplifying and outputting the same, and at least one resistor connected in parallel with each other. Water tank with an anion generator, characterized in that it comprises a control resistor (40) to form the output of the secondary winding (32b) including. A water supply system using a water tank to which the negative ion generating device of claim 1 is attached, The sedimentation filter 54, the pretreatment carbon filter 55, the hollow fiber membrane filter 56, and the post treatment carbon filter which are sequentially installed between the water tank 4 in which the anion generator 10 is installed and the distribution pipe 6. And 57, wherein the purified water is supplied to each of the consumers H.