JP3049441U - Combination ore water purifier - Google Patents

Abstract

(57) [Summary] [PROBLEMS] A combined ore water purifier capable of providing high quality drinking water. SOLUTION: The water is subjected to a drainage process of pressureless osmosis, multiple filtration, ion exchange, disinfection, deodorization, and release of mineral substances. Aquarium,
It includes a first filtration device, a drainage tank, a second filtration device, a water storage tank, a drainage filter medium, and a water discharge nozzle, that is, an ore cylinder having an action of discharging mineral substances is placed in the water storage tank by performing a filtration process in that order. He slowly drains water from top to bottom to filter and deodorize,
Perform ion exchange and disinfection and release of minerals, purify the water quality, make the water delicious and contain minerals.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a combination ore water purifier, and more particularly, to water through a drainage process of pressureless infiltration, multiple filtration, ion exchange, disinfection, deodorization, and release of mineral substances. The components include, from top to bottom, a cover plate, a water filling tank, a first filtration device, a filtration tank, a second filtration device, a water storage tank, a drainage filter medium, and a drainage nozzle. An ore cylinder having the function of releasing minerals is placed in the tank, and water is slowly flowed from top to bottom to perform deodorization, ion exchange, disinfection, and release of minerals. Which can be delicious and contain minerals.

[0002]

[Prior art]

 The general public cannot avoid drinking water for a day, but the population is exploding and the pollution from agriculture and industry is becoming severe. By the way. Most of natural water refers to groundwater, water from rivers and lakes, and spring water from mountains. Among them, groundwater is easily degraded due to pollution that penetrates below the surface. River and lake water is affected by direct acid rain, agricultural pollution, and soil pollution due to concentrated formation of rainwater and surface water. In other words, water used by modern people needs to go through processes such as sanitation, disinfection, bleaching, and fluorine contamination for sanitation, but the residual compounds resulting from bleaching and fluorine contamination may have a negative effect on the human body. There is. In addition, mountain spring water comes from rainwater that gathers, slowly penetrates a huge sediment layer, and is then filtered out.The water quality is not only clean, but also rich in minerals, making it delicious. , Loved by many people. However, most people do not live in the mountains and are difficult to obtain.

For this reason, modern people generally use tap water as drinking water, but many people use various commercially available water purifiers to make tap water safe and sanitary drinking water. There are numerous types of water purifiers, each providing different quality water through different filtration methods. For example, there are distilled water by distillation method, filtered water filtered by resin, pure water by adopting reverse osmosis, and mineral water obtained by using barley stone as a filter material.The effects are different from each other, but there are some excellent points. In some places, poor water quality is not improved simply by distilling or reverse osmosis into pure water, nor is it simply improved by filtering impurities. In the well-known modern pollution situation, water quality is not only polluted by earth and sand, but also by pesticides and heavy metals, and has problems such as lack of oxygen and minerals. For this reason, most of the well-known water purifiers solve only part of the problem of drinking water, and most of them focus only on the hygiene and safety of drinking water. It has been neglected that the structural shape of water molecules and the magnetic field properties of water are related to the absorption state after drinking.

[0004]

[Problems to be solved by the invention]

 The present invention has been made to provide a water purifier capable of providing high-quality drinking water such as mountain spring water.

[0005] That is, the main object of the present invention is to allow the natural water-free permeation through the process of multifiltration and ion exchange, deodorization and the release of minerals beneficial to the human body slowly in general water. To provide a kind of combined ore water purifier that can improve water sanitation, taste, nutrition, and human body absorption and provide high quality water such as mountain spring water. is there.

[0006] The next object of the present invention is to remove impurities by multiple filtration and ion exchange, soften water, purify water, remove pathogenic bacteria, absorb heavy metals, remove chemical toxins, adjust pH of water, release minerals, and remove water molecules. It is an object of the present invention to provide a kind of combined ore water purifier that can improve the magnetic field and molecular structure to make the water quality suitable for drinking and absorption by the human body.

[0007]

[Means for Solving the Problems]

 The idea of claim 1 is to remove impurities in water, soften water, purify water, remove pathogens in water, absorb heavy metals in water, remove chemical toxins in water, adjust the pH value of water, and into water by filtration using pressureless osmosis. Of minerals and modification of the magnetic field and molecular structure of water molecules to make water suitable for drinking and absorption by the human body. As a component, from top to bottom, a cover plate 1, a water tank 2 , A first filtration device 3, a drainage tank 4, a second filtration device 5, a water storage tank 6, a water discharge nozzle 7, a bottom seat 9 and a water basin 90 provided outside the water storage tank 6, and water is slowly moved from top to bottom. By infiltrating water, it filters, deodorizes, ion-exchanges, disinfects, releases minerals into water, magnetizes water, cleans water quality, and contains delicious minerals that make it suitable for human consumption. In the combination ore water purifier, the cover plate 1 and the water injection tank 2 are not filtered. A first water tank 20 for pouring water is formed, a tubular connecting portion 11 is provided on the cover plate 1, and the tubular connecting portion 11 connects a water pipe to pour unfiltered water into the combination ore water purifier. A recess 201 is provided at the bottom of the water injection tank 2, a first filtering device 3 is mounted on the recess 201, and the first filtering device 3 is mounted above the recess 201. And a filter tube 302 attached below the recess 201. The filter tube 302 is screwed under the recess 201 by a screw thread 303, and the filter tube 302 and the high-density filter are removed. The cotton 301 is separated from each other by a basin material 306 used for fixing the high-density filter cotton 301, and a water inlet 307 is provided at the center of the basin material 306. 306 is connected to the filter tube 302, Has a cup-like shape, is provided with a plurality of perforations 305 at the bottom thereof, and a drainage tank 4 having the same diameter and a larger volume than the first water tank 20 is joined under the first water tank 20. One connecting ring 41 is fixed so as to vertically overlap with the water storage tank 6, a recess 601 is provided at the bottom of the water storage tank 4, and the second filtration device 5 is attached to the recess 601, and the second filtration device is mounted. 5 includes a ceramic filtration head 501 above the recess 601 and a filter tube 502 below the recess 601. A basin material used for fixing the ceramic filtration head 501 is provided between the filter tube 502 and the ceramic filtration head 501. A water inlet 507 is provided at the center of the basin material 506, and the basin material 506 is connected to the filter tube 502 by a connecting ring 508 screwed around the outer periphery of the water inlet 507. Is a cup A plurality of perforations 505 are provided at the bottom to provide a combined ore water purifier having the above configuration.

[0008] The invention of claim 2 is that the lower part of the water storage tank 6 is mounted on the bottom seat 9, and a water plate 90 is provided in the bottom seat 9 so as to be able to be taken in and out. The combined ore purifier according to claim 1, wherein the combined ore purifier is used to receive extra water overflowing into the ore.

According to a third aspect of the present invention, one ore cylinder 8 is placed in the water tank 6, and an ore capable of eluting minerals into water, for example, barley stone, is placed in the ore cylinder 8. The combination ore purifier according to claim 1, characterized in that the cylinder (8) has a cup-like shape, and a densely arranged slot is provided therearound so that water can easily flow between the ores. I have.

The invention according to claim 4 is that a part inside the water storage tank 6 of the water discharge nozzle 7 attached to the side part of the water storage tank 6 is formed as a pipe port 71 extending from the water discharge nozzle 7 to the inside. The drainage filter medium 70 is fitted into the inside 71, and the drainage filter medium 70 is made of a bio-ceramic having a magnetic field and a small amount of radioactivity. The combination ore purifier according to claim 1, wherein the combination ore purifier is used to modify the shape of a water molecule and a magnetic field.

According to the invention of claim 5, a negative ion and a positive ion exchange material A are filled as a filter material in a filter tube 302 of the first filter device 3, and a filter material is filled in a filter tube 502 of the second filter device 5. The combined ore water purifier according to claim 1, characterized in that it is filled with activated carbon B of the first layer, activated carbon C of the second layer, and ore sand D of the third layer.

[0012]

[Embodiment of the invention]

 The present invention is a combination ore water purifier, more specifically, a combination of ore purifying water without pressure, multiple filtration, ion exchange, disinfection, deodorization and release of minerals. An ore water purifier is provided.

As shown in FIG. 1 and FIG. 2, the present invention comprises, as components from top to bottom, a cover plate 1, a water injection tank 2, a first filtration device 3, a filtration tank 4, a second filtration device 5, The water tank 6, the ore cylinder 8 placed in the water tank 6, the drainage filter medium 70 mounted inside the water storage tank 6, and the water discharge nozzle 7, the bottom seat 9 and the water basin 90 provided outside the water discharge filter 70 are included. , Slowly infiltrate the water from top to bottom, filter, deodorize, exchange, disinfect, release minerals, magnetize the water, clean the water, and use the dew containing minerals to make it suitable for drinking. Shall be assumed.

The cover plate 1 and the water injection tank 2 form a first water tank 20 for pouring unfiltered water, and the cover plate 1 is provided with a tubular connecting portion 11, and the tubular connecting portion 11 is provided with a water supply. It is used to connect the pipes to pour unfiltered water into the combination ore purifier of the present invention. In addition, a recess 201 is provided at the bottom of the water injection tank 2, and the first filtering device 3 is attached to the recess 201. The first filtering device 3 includes a high-density filter cotton 301 attached above the recess 201 and a filter tube 302 attached below the recess 201, and the filter tube 302 is screwed below the recess 201. The filter tube 302 and the high-density filter cotton 301 are separated by a tray material 306 used for fixing the high-density filter cotton 301. A water inlet 307 is provided at the center of the basin material 306, and a coupling ring 308 is screwed around the water inlet 307. The filter tube 302 has a cup shape. The inside of the filter tube 302 is the filter space 30, a receiving net 304 is placed at the bottom, and a plurality of perforations 305 are provided at the bottom of the filter tube 302. A drainage tank 4 having the same diameter and a larger volume than the first water tank 20 is joined below the first water tank 20. The drainage tank 4 accommodates the filter tube 302 of the first filtration device 3 therein, and the other volume except for the volume occupied by the filter tube 302 is the water storage volume of the second water tank 40.

With this configuration, the first-stage filtration is completed by passing the unfiltered water through the high-density filter cotton 301 of the first filtration device 3 and the filter medium in the filter tube 302 without applying external pressure. You. The filtered water is stored in the drainage tank 4 and continuously filtered through the second filtering device 5 and the water storage tank 6.

The outer bottom of the drainage tank 4 is fixed by one connecting ring 41 so as to vertically overlap the water storage tank 6. A recess 601 is provided at the bottom of the water storage tank 4, and a second filtering device 5 is attached to the recess 601. The second filtering device 5 includes a ceramic filtering head 501 above the recess 601 and the recess 601. It includes a lower filter tube 502, which is screwed below the recess 601 by means of a thread 503, so that a space between the filter tube 502 and the ceramic filtration head 501 is used for fixing the ceramic filtration head 501. A water inlet 507 is provided at the center of the basin material 506 and is screwed together by one connecting ring 508. The filter tube 502 has a cup shape, a receiving net 504 is placed on the inner bottom of the filter space 50, and a plurality of perforations 505 are provided on the bottom of the filter tube 302.

As described above, the water stored in the second water tank 40 after the completion of the first-stage filtration is continuously and naturally downwardly moved by the hydraulic pressure through the ceramic filtration head 501 of the second filtration device 5. Penetrates into the filter tube 502, is filtered by the filter medium in the filter tube 502, and flows into the third water tank 60 of the water storage tank 6, thus completing the second-stage filtration. The water that has thus passed the two-stage filtration has already reached the sanitary and safe drinking water standard, and can flow out of the water discharge nozzle 7 provided at the side of the water storage tank 6 and be used for drinking or cooking. .

As shown in FIG. 3, a lower portion of the water storage tank 6 is mounted on a bottom seat 9, and a water plate 90 is provided in the bottom seat 9 so as to be able to move in and out. The water plate 90 discharges water from the water discharge nozzle 7. Sometimes used to receive extra water that overflows.

One ore cylinder 8 can be placed in the above-mentioned water tank 6, and an ore capable of dissolving a mineral substance in water, for example, barley stone, is placed in the ore cylinder 8. 8 also has a cup-like shape, and is provided with closely spaced slots around it so that water can easily flow between the ores.

A part inside the water storage tank 6 of the water discharge nozzle 7 attached to the side part of the water storage tank 6 is a pipe port 71 extending from the water discharge nozzle 7 to the inside. 70 is fitted, and the drainage filter medium 70 is made of a bio-ceramic with a magnetic field and a small amount of radioactivity, and its entrance and exit are made into a fine honeycomb design, making the water molecules finer and changing the shape and magnetic field of the water molecules. Has an action.

The above-described drainage filter medium 70 has honeycombs densely arranged in the axial direction, and can be substantially called a honeycomb type (far-infrared ray) ceramic. It is obtained by combining and purifying zirconium, silicon oxide, hafnium oxide, iron monoxide, and germanium and selenium contained in barite. The drainage filter medium 70 itself has an ability to emit light waves (having a wavelength of about 4 to 14 angstroms) and a very strong electromagnetic wave (energy amount of about 0.056 to 0.2 ev, frequency of 60 MHz, that is, one second). When the water passes through the drainage filter medium 70, the drainage filter medium 70 generates a resonance resonance effect with the water molecules to induce the water molecules to activate and overlap the groups of water molecules. The water molecules are refined to emphasize the structure of water molecules in the human body. When the magnetized water thus formed is drunk, it is very easily absorbed by the human body.

FIGS. 5 and 6 show comparatively detailed embodiments of the present invention. The downward leak holes provided in the basins 306 and 506 in the first filtration device 3 and the second filtration device 5 of the present invention are shown in this figure. That is, in addition to the water inlets 307 and 507 provided at the center of the basin materials 306 and 506, some water leak holes 309 and 509 are provided around the water inlets 307 and 507, and the water inlets 307 and 507 and the water leak holes are provided. Each of 309 and 509 has a filter net 300 or 500 connected thereto. In this way, it is a diaphragm basin that filters water downward.

Based on the above composition and structure, an embodiment of filling the filter medium of the present invention and its effect will be further described. The steps of natural osmosis filtration using the weight of water itself according to the present invention include the following. 1. The unfiltered water is poured into the first water tank 20 of the water injection tank 2 and passed through the hemispherical high-density cotton swab 301 of the first filtration device 3, and the fine pores of 0.5 μm allow the soil and the naked eye to pass through. Completely isolate and remove invisible impurities and precipitates. 2. Thereafter, the water is allowed to enter the filtration space 30 of the first filtration device 3, and the water is ion-exchanged by the negative ion and the positive ion exchange material A filled in the filtration space 30, thereby softening the water quality and Pure water is used, and then the water flows into the second water tank 40 of the drainage tank 4. 3. The water that has been filtered in the first stage and stored in the second water tank 40 is continuously flowed downward by natural water pressure and passed through the ceramic filtration head 501 of the second filtration device 5 so that the water in the filtration space 50 is removed. Infiltrate This ceramic filtration head 501 is a hemispherical ceramic filtration head 501 formed by polishing and grinding powdered barley stone and having a pore density of 0.2 microns (the diameter of the hair). By passing the water through the ceramic filtration head 501, the softened water is gently filtered to isolate dangerous fungi (S. typhi, cholera, Escherichia coli, etc.) from the water. At the same time, remove and remove heavy metals (mercury, copper, aluminum, cadmium, etc.) harmful to the human body. 4. Thereafter, water is caused to flow into the filter tube 502 of the second filtration device 5. The filter tube 502 contains a first layer of activated carbon B, a second layer of activated carbon C, and a third layer of ore sand D. The first layer of activated carbon B causes chlorine in water and residual chemical elements. And remove pesticides, completely sterilize with silver activated carbon C in the second layer, adjust the pH value of water with ore sand D in the third layer, clean the water quality, and remove the deodorizing effect of the activated carbon. Achieve After that, the water flows into the third water tank 60 and is stored. 5. As a result, the water that has gone through the basic two-stage multifiltration process has already achieved a sanitary, safe and delicious drinking water standard, and is discharged from the water discharge nozzle 7 provided on the side of the water storage tank 6 for drinking. Alternatively, it can be used for cooking. However, one ore cylinder 8 can be further placed in the third water tank 60. The ore cylinder 8 contains an ore capable of dissolving minerals in water, for example, barley stone, and emits minerals required by the human body, and has a watery taste that is sweet and delicious.

[0024]

[Effect of the invention]

 In other words, the combined ore water purifier of the present invention allows multi-filtration, ion exchange, deodorization, and the release of mineral substances beneficial to the human body slowly through ordinary water by natural permeation without pressure. Therefore, it is possible to improve water sanitation, taste, nutrition, and human body absorption, and provide high quality water such as mountain spring water.

[0025] The combined ore water purifier of the present invention can remove impurities, water softening, water purification, pathogen elimination, heavy metal absorption, chemical toxin removal, water pH adjustment, water release, water removal by multiple filtration and ion exchange. By improving the magnetic field and molecular structure of molecules, water quality suitable for drinking and absorption by the human body can be achieved.

[Brief description of the drawings]

FIG. 1 is an external view of the present invention.

FIG. 2 is a sectional view of the present invention.

FIG. 3 is a view showing an embodiment in which a filter medium is placed in the present invention.

FIG. 4 is a view showing a filtration state of the present invention.

FIG. 5 is a detailed plan view of the filter tray material of the present invention.

FIG. 6 is a detailed cross-sectional view of the filter tray material of the present invention.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 cover plate 2 water filling tank 3 first filtration device 4 filtration water tank 5 second filtration device 6 water storage tank 7 water discharge nozzle 8 ore cylinder 9 bottom seat 11 tubular connecting part 20 first water tank 30 filtration space 40 second water tank 41 connecting ring 50 filtration Space 60 third water tank 70 water discharge filter medium 71 pipe mouth 90 basin 201 recess 301 high density filter cotton 302 filter tube 303 screw thread 304 receiving net 305 perforation 306 basin material 307 water feed port 308 coupling ring 501 ceramic filtration head 502 filter cylinder 503 screw Mountain 504 Receiving net 505 Drilling 506 Basin material 507 Water inlet 508 Coupling ring 601 Depression

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁶ Identification code FI C02F 1/68 540 C02F 1/68 540C 540F 540G 540Z B01D 24/02 1/28 G C02F 1/28 1/30 1/30 1 / 42 B 1/42 1/48 A 1/48 1/50 510A 1/50 510 520B 520 531E 531 540F 540 550B 550 560B 560 560C 560D 560G 560Z B01D 23/10 B

Claims (5)

[Utility model registration claims] 1. Filtration by pressureless osmosis to remove impurities in water, soften water, purify water, remove pathogens in water,
It absorbs heavy metals in water, removes chemical toxins in water, adjusts the pH of water, releases minerals into water, modifies the magnetic field and molecular structure of water molecules, and makes water suitable for drinking and absorption by the human body. Then, as components, from top to bottom, the lid plate 1, the water injection tank 2, the first filtration device 3, the filtration water tank 4, the second filtration device 5,
A water storage tank 6, a water discharge nozzle 7 provided outside the water storage tank 6,
Including the bottom seat 9 and the basin 90, the water is slowly permeated from top to bottom to filter, deodorize, ion exchange, disinfect,
A combination ore purifier that discharges minerals into water, magnetizes the water, purifies the water quality, contains delicious minerals, and is suitable for drinking by the human body. 2 forms a first water tank 20 for pouring unfiltered water, a tubular connecting portion 11 is provided on the cover plate 1, and the tubular connecting portion 11 connects a water pipe to combine unfiltered water with ore purification water. It is used to pour into the machine,
01, a first filtering device 3 is attached to the recess 201, and the first filtering device 3 is attached to a high-density filter cotton 301 attached above the recess 201 and attached below the recess 201. The filter tube 302 is screwed below the recess 201 by a screw thread 303 to form a filter tube 3.
02 and the high-density filter cotton 301 are separated by a basin material 306 used for fixing the high-density filter cotton 301, a water inlet 307 is provided at the center of the basin material 306, and a connection screwed around the water inlet 307. The basin material 306 is connected to the filter tube 302 by a ring 308, and the filter tube 302 has a cup shape, is provided with a plurality of perforations 305 at the bottom, and has an equal diameter and volume below the first water tank 20. The larger drainage tank 4 is joined, and the outer bottom of the drainage tank 4 is fixed by one connecting ring 41 so as to vertically overlap with the water storage tank 6, and a recess 601 is provided at the bottom of the water storage tank 4 to form the recess. A second filtration device 5 is attached to a place 601, and the second filtration device 5 includes a ceramic filtration head 501 above the recess 601 and a filter tube 502 below the recess 601.
01 is separated by a basin material 506 used for fixing the ceramic filtration head 501, a water inlet 507 is provided at the center of the basin material 506, and a connecting ring 508 screwed around the outer periphery of the water inlet 507. A combination ore water purifier having the above-described configuration, in which a material 506 is combined with a filter tube 502, the filter tube 502 has a cup shape, and has a plurality of perforations 505 at the bottom. 2. A lower portion of the water storage tank 6 is mounted on the bottom seat 9, and a water plate 90 is provided in the bottom seat 9 so as to be able to be taken in and out. The water plate 90 overflows when water is discharged from the water discharge nozzle 7. The combined ore purifier according to claim 1, wherein the combined ore purifier is used to receive water. 3. An ore in which a single ore cylinder 8 is placed in a water storage tank 6 and mineral substances can be eluted in water in the ore cylinder 8.
For example, barley stone is placed, the ore cylinder 8 has a cup shape, and a dense slot is provided around the ore cylinder 8 so that water can easily flow between the ores. The combination ore purifier according to claim 1. 4. A part of the water discharge nozzle 7 attached to the side of the water storage tank 6 inside the water storage tank 6 is formed as a pipe opening 71 extending from the water discharge nozzle 7 to the inside. 70 is inserted, and the drainage filter medium 70 is made of a bio-ceramic with a magnetic field and a trace amount of radioactive material.
2. The combination ore purifier according to claim 1, wherein the entrance and exit of the ore have a fine honeycomb design, and are used for miniaturizing water molecules and modifying the shape and magnetic field of water molecules. 5. A filter tube 302 of the first filtration device 3 is filled with a negative ion and a positive ion exchange material A as a filter material, and a first layer of activated carbon B as a filter material in a filter tube 502 of the second filtration device 5. 2. The combined ore purifier according to claim 1, wherein the combined ore purifier is filled with a second layer of silver activated carbon C and a third layer of ore sand D. 3.