KR200321418Y1 - water softening apparatus for recycling and activating function - Google Patents

Abstract

The present invention relates to a water softener having a regeneration function and an active function, and more particularly, a water softener case including a container and a regeneration container containing an ion exchange resin filter, an energy filter, and a far-infrared radiation ceramic filter, and Hardness components such as calcium and magnesium and various foreign substances adsorbed on the surface of the ionization resin are removed, and the container with an ion exchange resin filter having a function of softening hard water by passing only pure water, and various heavy metal and metallic ions components It is manufactured by adding a container with an energy filter that can be absorbed and removed, and a zeolite that can prevent water infection and make water molecules smaller, and impart water active function by antiviral and antibacterial action. The cordierite-based far-infrared radiation ceramic filter is built-in, and the A regeneration vessel containing a salt solution (or royal salt) to wash and drain the existing metals and impurities, a button to open and close the lid of the water softener, a confirmation window to check the refilling volume of the regeneration vessel, and a regeneration vessel Regeneration vessel lid to inject salt solution (or royal salt) without opening / closing the opening, auto valve to open and close the regeneration vessel, tap water drain outlet with auto valve, and shower 207).

Therefore, the present invention is good for skin beauty by changing hard water to soft water, and can improve washing power when washing by removing metal ions in water, and after a certain period of time, washes the inside of water softener with salt solution contained in regeneration container. can do. In addition, the water softener can be conveniently installed and used according to the user's convenience.

Description

Water softening apparatus for recycling and activating function

The present invention relates to a water softener having a regeneration function and an active function, and more particularly, the hard water introduced into the water softener through a tap water inlet attached to the water softener includes an ion exchange resin filter, an energy filter, and a far-infrared radiation ceramic filter. Through the container, it is changed into soft water and comes out through the shower. Eventually, hard water is changed to soft water, which is good for skin beauty, and it removes metal ions from the water and improves washing power when washing. The present invention relates to a water softener having a regeneration function and an active function for cleaning the inside of the water softener with the regeneration solution contained in the regeneration container.

In general, the softener is a device that converts the soft components such as calcium and magnesium in the tap water and various impurities into the soft soft water through ion exchange for hard water such as tap water. By going through this softening process for hard water, various substances harmful to the human body can be removed, and even when washing, a small amount of detergent can be used to increase the washing effect.

1 is a cross-sectional view of a conventional water softener. In FIG. 1, numeral 10 denotes a softener tank, 20 denotes a cation exchange resin, 30 denotes a cold and warm hard water inlet, 40 denotes a soft water outlet, and 50 denotes a cap for a cation exchange resin administration port. As a softening process of hard water through such a softener, when cold and hot hard water flows into the softener tank 10 through the cold and hot hard water inlet 30 connected to the faucet (not shown), the cation in the softener tank 10 may be reduced. The water is softened in response to the exchange resin 20, and soft water is discharged through the soft water outlet 40 so that the user may shower or wash using the soft water.

Figure 2 shows a cross-sectional view of a water softener according to another conventional embodiment. 1, the water softener is provided with two water softener tanks 10 and 10 'for cold water and hot water, and the cold hard water and the hot hard water are respectively the cold hard water inlet 30 and the hot hard water inlet. Cold soft water and hot water that is introduced through the cold water softener tank 10 and the hot softener tank 10 'through the 30' and reacted with a cation exchange resin in the respective softener tanks 10 and 10 '. The soft water is joined at the cold and hot mixed soft water outlet 40.

However, these conventional water softeners are made of soft water using only cation exchange resin 20, but do not wash heavy metals or metal ions attached to the cation exchange resin 20 when used for a long time, so that the performance of the water softener may be deteriorated. Can be. In addition, it costs a lot by using two water softener tanks, and there is a problem in that it is inconvenient to install because the water softener needs to be used on a wall.

The present invention was created in order to solve the above problems, the hard water introduced into the water softener through the tap water inlet attached to the water softener is softened through a container containing an ion exchange resin filter, an energy filter, and a far-infrared radiation ceramic filter. The purpose of the present invention is to provide a water softener having a regenerative function and an active function to improve washing power by washing the metal ions in water and removing the metal ions present in the water.

Another object is to provide a water softener having a regeneration function and an active function to wash the inside of the water softener with a regeneration solution (salt solution) contained in the regeneration container after a certain period of time.

Another object is to provide a water softener having a regeneration function and an active function that can be installed and used conveniently according to the user can be installed in a stationary and stand type.

The object of the present invention as described above is a softener case 100 including a container and a regeneration vessel containing an ion exchange resin filter, an energy filter and a far-infrared radiation ceramic filter, and hardness components such as calcium and magnesium in water and various The foreign matter is adsorbed on the surface of the ionizing resin and removed, and the container 101 with the ion exchange resin filter having the function of softening hard water by passing only pure water is adsorbed, and various heavy metals and metallic ions can be adsorbed and removed. Cordierite manufactured by adding a zeolite capable of preventing the secondary infection and reducing the water molecules as well as water active function by the container 102 with the built-in energy filter, antiviral, antibacterial action The container 103 in which the IR radiation ceramic filter is embedded, and the metal components and impurities adsorbed on the filters are washed. The regeneration container 104 containing the salt solution which can be drained, the button 201 for opening and closing the lid of the water softener, the confirmation window 200 for confirming the filling amount of the regeneration container, and the regeneration container inlet Regeneration container lid (206) into which regeneration solution (or royal salt) can be introduced without opening and closing, an autovalve (205) for opening and closing a regeneration container, and a tap water drain outlet (with an autovalve 205) 204 and a shower 207 through which soft water is discharged.

1 is a cross-sectional view of a conventional water softener

2 is a cross-sectional view of a water softener according to another conventional embodiment

3 is a cross-sectional view of various filter containers and a regeneration container in the water softener and the water softener according to an embodiment of the present invention.

4 is an internal cross-sectional view of various filter containers and a regeneration container in the water softener according to an embodiment of the present invention;

5 is an NMR signal peak diagram of ceramic water and general water treated with a far-infrared radiation ceramic filter.

* Explanation of Signs of Major Parts of Drawings *

10, 10 '... softener tank 20 ... cation exchange resin

30, 30 '... Cold, warm hard water inlet 40 ... Soft water outlet

50 ... Cap for cation exchange resin dispenser 100 ... Water softener case

101 ... Container for ion exchange resin filter 102 ... Container for energy filter

103. Container for far-infrared radiation ceramic filter 104 ... Regeneration container

200 ... Refill container confirmation window 201 ... Water softener lid open / close button

202 ... regeneration solution inlet 203 ... tap water inlet

204 ... Tap water residual drain 205 ... Auto valve

206 ... lid for recycling 207 ... shower head

300 ... guide pipe 301 ... blower

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

3 is a cross-sectional view of various filter containers and a regeneration container in the water softener and the water softener according to an embodiment of the present invention.

4 is an internal cross-sectional view of various filter containers and a regeneration container in the water softener according to an embodiment of the present invention;

3 and 4, the water softener having the regeneration function and the active function will be described as follows.

The water softener having the regeneration function and the active function of the present invention is a softener case 100 including a container and a regeneration container containing an ion exchange resin filter, an energy filter, and a far-infrared radiation ceramic filter, and calcium and magnesium in water. Adsorbs the container 101 containing the ion exchange resin filter having a function of softening hard water by passing hardness components and various foreign substances adsorbed on the surface of the ionizing resin and allowing only pure water to pass through, and adsorbs various heavy metals and metallic ionic components. Prepared by adding a container 102 with a built-in energy filter that can be removed by the anti-virus, antibacterial action to prevent secondary infection, to make the water molecules smaller, as well as to give a water active function The container 103 in which the cordierite-based far-infrared radiation ceramic filter is incorporated, and the metal component adsorbed on the filters Regeneration container 104 containing salt solution to wash and drain water, button 201 to open and close the lid of the water softener, confirmation window 200 to check the amount of the regeneration container, and regeneration Regeneration container lid 206 for inputting regeneration solution without opening and closing the container inlet, auto valve 205 for opening and closing regeneration container, and tap water discharge outlet with auto valve 205 attached thereto. 204 and the shower 207 through which soft water is discharged.

In an embodiment of the present invention, the side of the water softener case is a tap water inlet 203 through which cold and hot water enters through a water pipe, a button 201 for opening and closing a lid of the water softener, and a filling amount of a regeneration container. The check window 200, the tap water remaining water outlet 204 to which the auto valve 205 is attached, and the shower 207 through which the soft water is discharged are provided, and the regeneration container inlet is not completely opened or closed on the upper surface of the water softener case. The lid 206 for the regeneration vessel into which the solution can be added is installed. In this case, the water softener can be conveniently installed in a stationary or stand type according to the user's convenience.

In addition, the container 101 in which the two ion exchange resin filters are embedded serves to adsorb and remove various heavy metals and metallic ions contained in the tap water when the tap water is passed through the cation exchange resin. This is because all metallic components are combined with others in the atmosphere, and when dissolved in water, they have a (+) electric charge. By using these properties, positively charged calcium, magnesium, iron, manganese, and chromium are used. The back is passed through a negatively charged cation exchange resin, whereby all metal ions adhere to the resin side by electrical attraction.

In the container with the built-in energy filter, various heavy metals and metallic ions can be adsorbed and removed.The container with the far-infrared radiation ceramic filter is equipped with anti-viral and antibacterial action to prevent secondary infection and make the water molecules small. Of course, it can give water active function, and it is composed of highly efficient cordierite (2MgO2Al2O35SiO2) -based far-infrared radiation ceramics prepared by adding zeolite (Na2O3Al2O3xSiO2yH2O) having the property of adsorbing divalent metal ions. Alumina silicate (Al 2 O 3 x SiO 2) based far infrared radiation ceramics are also possible.

The regeneration container 103 contains a salt solution that can be drained by washing the metal components and impurities adsorbed on the filters, and is generally washed with the regeneration solution once a month, depending on the degree of use of the water softener. There may be variations. The confirmation window 200 to check the filling amount of the regeneration container is displayed with five scales. When one scale is left, the regeneration solution can be added without opening or closing the regeneration container inlet installed on the upper surface of the water softener case. Regeneration container (or royal salt) can be replenished in the regeneration container lid 206, and two auto valves 205 for opening and closing the regeneration container 103 are installed for more complete regeneration and activation functions. It allows you to act as a water softener.

On the other hand, the container containing the ion exchange resin filter, the energy filter and the far-infrared radiation ceramic filter and the regeneration container 103 are shown in FIG. 4 in the induction pipe 300 through which the tap water enters each container through the water pipe. There is an ejection hole 301, the ejection hole is formed so as to be inclined to be vortex is configured to improve the activity and regeneration function of the softener. Next, the operation of the water softener of the present invention will be described.

The water pipe attached to the side of the water softener case is connected to the tap water inlet 203, through which the cold and hot water enters through the tap water inlet 203. Thereafter, the tap water converts the hard water into soft water while passing through the container containing the ion exchange resin filter, the energy filter, and the far-infrared radiation ceramic filter, and the tap water is continuously supplied to the induction pipe 300 in each container. There is a water pressure is formed at the same time is ejected through the blowing hole (301). At this time, the ejected water has a rotational force and is rotated by hitting the inner wall of the container while being ejected into the container. The ionized resin, the energy filter, and the far-infrared radiation ceramic in the container are floated while being floated by water pressure to cause vortices. The tap water is softened to be discharged through the shower. In addition, the tap water enters into a container containing an ion exchange resin filter, an energy filter, and a far-infrared radiation ceramic filter, respectively, and then may be discharged to the shower 207. Water remaining inside the water softener produced by moisture or other methods is discharged through the tap water residual water outlet 204 to which the auto valve 205 is attached.

If the water softener is continuously used as described above, metal components and impurities adhere to various filters, and the water pressure of the water softener decreases as well as the performance thereof. At this time, the various kinds of containers can be cleanly regenerated by washing and draining metal components and impurities adsorbed on the filters with the salt solution contained in the regeneration container 103, and the regeneration container 103 can be opened and closed. Two auto valves 205 are provided. In addition, a confirmation window for checking the filling amount of the regeneration container is indicated by five scales. When one scale is left, the regeneration solution can be added without completely opening or closing the regeneration solution inlet 202 installed on the upper surface of the water softener case. By replenishing the regeneration solution to the regeneration container lid 206, it is possible to serve as a water softener having a regeneration function and an active function.

5 is an NMR signal peak diagram of ceramic water and general water treated with a far-infrared radiation ceramic filter.

As shown in FIG. 5, the NMR signal peaks of the so-called ceramic water and general water treated with high-efficiency cordierite (2MgO2Al2O35SiO2) -based far-infrared radiation ceramics prepared by adding zeolite (Na2O3Al2O3xSiO2yH2O) are shown in the general water. In comparison, the line width of NMR signal peak appears narrow. This is an index indicating that the water activity of the ceramic water is more active than that of the general water. In the case of the ceramic water, the water molecule movement is active, and thus the washing power can be improved.

Although the preferred embodiment according to the present invention has been described above, this is merely an example, and various changes and modifications may be made by those skilled in the art to which the present invention pertains without departing from the technical spirit of the present invention. You will see that it is possible.

As described above, the present invention is good for skin beauty because the hard water introduced into the water softener through the tap water inlet attached to the water softener is changed to soft water through the container in which the ion exchange resin filter, the energy filter, and the far-infrared radiation ceramic filter are built. By removing the metal ions present in the water, washing power can be improved during washing, activation of water can be provided, and after a certain period of time, the inside of the water softener can be washed with the salt solution contained in the regeneration container. I can clean it. In addition, the water softener can be installed in a stationary or stand type so that the user can conveniently use it for convenience.

Claims (5)

Water softener case 100 including a container containing a ion exchange resin filter, an energy filter, and a far-infrared radiation ceramic filter and a regeneration container, and hardness components such as calcium and magnesium in water and various foreign substances adsorbed on the surface of the ionizing resin Container 101 having a built-in ion exchange resin filter having a function of softening hard water by removing only the pure water and passing through pure water, and a container having an energy filter capable of absorbing and removing various heavy metals and metallic ions. 102) and cordierite-based far-infrared radiation ceramic filter manufactured by adding zeolite which can prevent secondary infection, reduce water molecules and impart water active function by antiviral and antibacterial action. A salt solution that can wash and drain the container 103 and the metal components and impurities adsorbed on the filters The regeneration container 104, the button 201 for opening and closing the lid of the water softener, the confirmation window 200 for checking the filling amount of the regeneration container, and the regeneration solution without the opening and closing of the regeneration container inlet completely. A regeneration container lid 206, an auto valve 205 for opening and closing a regeneration container, a tap water residual water outlet 204 to which the auto valve 205 is attached, and a shower head for discharging soft water Water softener having a regeneration function and an active function, characterized in that consisting of. The method of claim 1, The ion exchange resin filter is a water softener having a regeneration function and an active function, characterized in that consisting of cation exchange resin. The method of claim 1, The far-infrared radiation ceramic filter is a water softener having a regeneration function and an active function, comprising a cordierite (2MgO2Al2O35 SiO2) -based spinning ceramic having a high-efficiency ball shape prepared by adding zeolite (Na2O3Al2O3xSiO2y H2O). The method of claim 1, The inner structure of the container and the regeneration vessel in which the ion exchange resin filter, the energy filter, and the far-infrared radiation ceramic filter are built is configured to have a plurality of ejection holes 301 in the induction pipe 300 so that vortices can easily occur. Water softener with regeneration and active function characterized by. The method of claim 1, The water softener of the water softener having a regeneration function and an active function, characterized in that the user can conveniently install and use in a stationary and stand type.