KR100930903B1 - Spa water jet with functional cartridge and method for manufacturing sustained release filter - Google Patents

Abstract

The present invention relates to a domestic hot spring water device, in which water similar to the actual hot spring water comes out, and a pretreatment filter having a pretreatment nonwoven fabric that filters suspended matter in the water and a functional cartridge for a pretreatment filter eluting a functional substance, and a separate main filter and these filters. It is a method of manufacturing a spring water heater in which a functional cartridge consisting of a built-in functional cartridge for each main filter is inserted and a sustained-release filter body used therein. The water from the filter continuously provides various cations and anions.

Functional cartridge, sustained release filter body, sodium bicarbonate, hot water, porous filter

Description

Thermo water equipment with funtional cartridge and manufacturing method of a filter for liquating gradually differ}

The present invention relates to a spring water filter in which a functional cartridge is inserted, and a method for manufacturing a sustained-release filter body used therein, comprising: a pretreatment filter having a pretreatment nonwoven fabric for filtering suspended solids in water and a pretreatment filter for eluting a functional material; The present invention relates to a spring water heater inserted with a functional cartridge comprising a separate main filter and a functional cartridge for a main filter built in each filter, and a method for manufacturing a sustained-release filter body used therein.

As the standard of living improves, young women and various people emphasize the beauty of the skin, and the beauty of the skin is known to be able to enhance the effect through the beauty of the situation is increasing interest in beauty.

In particular, softened water has low hardness and removes impurities that are harmful to human body during water treatment. So, it is known that soaps are well released, makeup is removed, and moisturizing effect. It is mass-produced.

Figure 1 shows an embodiment of a conventional general water softener (1). As shown in the drawing, the conventional water softener 1 has a simple shape in which an ion exchange resin filter 3 for lowering the hardness of water is housed in the housing 2 and connected to the inside of the ion exchange resin filter 3. The inlet pipe 4 is connected to the water supply and the outlet pipe 5 is connected to the shower head 6.

The conventional water softener 1 configured as described above is used to be installed on the wall of the bathroom as shown in FIG. 2, and the ion exchange resin filter 3 is treated with soft water by lowering the hardness when the raw water supplied from the tap water passes through the interior. Then soft water was supplied from the shower head (6) through the outlet pipe (5).

However, in the conventional water softener 1 configured as described above, the ion exchange resin filter 3 for softening the water has a method in which the ion exchange resin contained therein adsorbs the hardness material contained in the raw water to discharge only the sodium component. Because it is made of soft water, there is no special function other than the soft water function, so the effect as beauty water is low.

In order to regenerate the internal particles of the ion exchange resin filter 3 due to the continuous softening action, the stopper 3a fastened to the upper part of the tank needs to be disassembled and dismantled, and the brine 3a is supplied to the inside of the tank. Not only is it difficult to break down, but

The process of matching a stored container (not shown) to the inlet of the tank was complicated.

In addition, when the water softener 1 is not used, the valve V of the outlet pipe 5 is interrupted to prevent the soft water from being discharged. In this case, the pressure inside the tank of the ion exchange resin filter 3 is always operated. Because of the back pressure, the tank has to use high strength and non-oxidizing stainless steel for safety, and sufficient thickness must be secured to maintain sufficient strength.

To this end, a water softener using a pretreatment filter has been developed. FIG. 3 is a perspective view of the soft water shower, and FIG. 4 is a perspective view showing the internal configuration of FIG.

As shown in the figure, soft water shower 10 is composed of a housing 11, the elements accommodated in the housing 11, these elements are pre-treatment filter 12, the pre-treatment filter 12 is connected to the water supply A pair of ion exchange resin filters 13 connected in communication with each other, and rotatably installed between the pretreatment filter 12 and the ion exchange resin filter 13 to switch the raw water to the soft water treatment or to bypass the raw water. Outlet pipe 16 connected to valve 14, pretreatment filter 12 to ion exchange resin filter 13, to inlet pipe 15, ion exchange resin filter 13 to shower head (not shown), And a regeneration tank 18 for regenerating the ion exchange resin filter 13 and a cosmetology supply means 17 for supplying the cosmetology agent to the outlet pipe 16 together with the raw water.

Since the housing 11 should be light and strong, it is preferable to be composed of an injection molded product, and the front housing 11b is detachably assembled in front of the rear housing 11a.

The rear housing 11a substantially mounts the elements directly. As shown in FIGS. 4 and 5, the reinforcing ribs 11c protrude so as to mount the components on the bottom surface thereof. These reinforcing ribs 11c may be presented in various forms to perform a function of mounting the components.

The front housing 11b assembled in front of the rear housing 11a is configured in a box shape, and their assembly structure is a known structure.

A through hole 11d is formed at the front of the front housing 11b so that the switch valve 14 and the push button 17a can pass therethrough, and the storage tank of the cosmetic supply means 17 is formed at the upper portion of the front housing 11b. The guide hole 11e penetrates through 17b) and the outlet 18a of the regeneration tank 18, and the passage 11f passes through the inlet pipe 15 and the outlet pipe 16 as shown in FIG. ) Is formed.

4 and 5, the cup-shaped body 12a is opened and closed by the cap 12b.

The cap 12b is formed with an inlet 12c connected to the water supply, and the handle 12d, which is used for a handle, is easily protruded when the cap 12b is fastened and disassembled on all sides of the inlet 12c. Is formed.

The body 12a of the pretreatment filter 12 has a fastening screw portion formed at a distal end portion, and an outlet 12f connected to an inlet pipe 15 is formed at an outer end portion of the screw portion so that the raw water supplied from the tap water flows. do. The body 12a is screwed into the socket 20 of FIG. 4 and fastened, and the outlet 12f is connected to the inlet pipe 15.

Here, the socket 20 is an element constituting the inlet pipe 15, the bypass valve 19 is connected to the end thereof.

The pretreatment filter 12 is a non-woven fabric is stacked in the body 12a to remove the rust contained in the water, and fine activated carbon is stored to neutralize and remove the chlorine component.

The nonwoven fabric and activated carbon contained in this pretreatment filter 12 are pretreated when the liquid is filtered (the filtration process is carried out from position a1 to position a2), which is a known technical principle.

A pair of the ion exchange resin filter 13 is prepared on both sides of the pretreatment filter 12 in the drawing.

Thus, since the ion exchange resin filter 13 is provided with a pair, it is possible to selectively adjust the switching valve 14 to use both sides alternately or to use a new one after exhausting either side. Therefore, when either is consumed, it is immediately replaced with a new one so that the water can be treated continuously.

The ion exchange resin filter 13 has a structure similar to that of the pretreatment filter 12. In other words, the ion exchange resin filter 13 has a structure in which the cup-shaped body 13a is opened and closed by the cap 13b, and a pair of outlets of the pretreatment filter 12 are connected by the socket 20.

It is connected in communication with 12f.

The body 13a of the ion exchange resin filter 13 is connected to the inlet pipe 15 as shown in FIGS. 4 and 5 so that the water supplied from the inlet pipe 15 is dispersed while hitting the inner surface of the cap 13b. After being softened by activated carbon in (b), it is discharged to the outlet pipe 16 through the position a2 through the socket 21 which fastens and wraps the outlet at the position b2.

The ion exchange resin filter 13 is fastened by inserting the screw portion formed at the tip of the socket 21 of FIG.

The ion exchange resin filter 13 is a method in which the ion exchange resin is stored inside the body 13a as known, and the ion exchange resin binds and binds the hardness material contained in the water by chemical reaction and discharges only sodium. Water treatment is used to make the water soft.

The internal structure of the ion exchange resin filter 13 or the pretreatment filter 12 forms a known structure, for example, a filter body enclosed in the filter housing 31 as shown in the cross-sectional view of FIG. 6 and the exploded perspective view of FIG. The water collected in the passage 33-1 of 33) is discharged to the outlet 36 for use.

The filter body 33 may be surrounded by a protective member 33-3 so as to filter out suspended substances in the water while protecting it from being excessively exposed to water. The protective member 33-3 uses a hollow cylindrical feed binder or nonwoven fabric (not shown). First and second covers 34 and 35 which block passage 33-1 at both ends of the filter 33-2 and the protection member 33-3 to discharge only to one side outlet 36. Is fixed to each other, and the second cover 35 is configured such that the outlet 36 communicating with the passage 33-1 of the filter 33-2 passes therethrough.

However, such a structure also has a problem that can not realize the functional effect of the sustained-release filter body in which components such as hot spring water are continuously eluted, except for the general function of the water softener.

   Conventional bathroom showers and hot springs have micro-filters that filter suspended solids in the water, granular activated carbon filters that adsorb organic matter in the water, ion-exchange resins to remove dissolved solids in the water, and tourmaline, zeolite, ocher, and elvan. The product consists of a combination of filters made of various ceramics. They play a role as a water shower, but these products do not provide the same ingredients and feels as natural hot spring water, but are used only as a concept. Many bathing agents have been developed and marketed to have hot spring water components and efficacy in baths, but the technology of controlling them to a certain concentration by applying a bath with high solubility in water to the shower has not been developed.

Conventional water softeners fill the main filter with ion-exchange resins to catch hardness components such as calcium and magnesium ions, which are the hardness components in water, and soften water by serving as sodium ions. These water softeners can feel the skin moisturizing effect by the effect of sodium ions, but less water purification function to hang the pollutant in the water, less like the real hot spring water, it can not provide water with various components.

In order to provide a water similar to the actual hot spring water by inserting a functional filter in order to enhance the function of the conventional water purifier or hot spring water, many companies tried to make a constant concentration of hot spring water through the shower, but there are many cases of unsuccessful. The reason is that it was difficult to mechanically supply a constant amount of bath in the water flowing through the Shawigi filter at high speed.

The present invention is to solve this problem, an object of the present invention is to provide a constant concentration of a sustained release functional cartridge to allow the release of the functional material gradually into the inner passage of the filter body constituting the pretreatment filter or ion exchange resin filter of the water purifier or water softener. It is to provide a hot spring with a sustained-release functional cartridge is inserted to maintain the eluted.

Another object of the present invention is to provide a method for producing a sustained-release filter body for use in a sustained-release functional cartridge having a cap which allows the sustained-release functional filter to be slowly released through a small elution hole to extend its persistence.

It is to provide water similar to the actual hot spring water by inserting a sustained-release functional filter body to enhance the function of the pure water shower or hot spring water. It has a high solubility in water and mixes a substance used only as a skin beauty or bathing agent with a feed binder. Melting rate was controlled by solidifying the filter body, and the filter housing was designed to dissolve a certain amount in water.

After the functional material of the functional cartridge of the present invention is all eluted, only porous PE remains and forms a sponge-like shape and ends its lifespan, a porous inorganic filter which is a main filter accommodating a sustained-release functional cartridge, and a Western The sustained release filter body forming the functional cartridge is the same as the manufacturing method, but the porous inorganic filter is a mixture of inorganic materials and PE in a constant ratio to form a porous filter to filter out contaminants. Since the PE constituting the filter body serves only as a support for detaining a bath agent that is soluble in water, the principle is different.

The sustained-release filter body constituting the functional cartridge of the present invention includes blood powder, sodium bicarbonate, anhydrous sodium sulfate, bamboo salt, potassium carbonate, jade powder, tourmaline powder, a Baekbu Onsen original bath selected from Japan's intangible cultural properties (product name: Yunohana) and the like. Was prepared as a sustained-release filter body, and a functional cartridge covered with a concentration control housing was inserted into a main filter and a pretreatment filter to impart a functional substance to water.

The functional sustained-release filter body above is detained between the polymeric material by forming the binder and the bath composition evenly rotting, and the blocked bath composition is eluted from the material on the surface of the block by contact with water, Highly soluble materials are eluted continuously.

 In addition, by producing a functional cartridge as a secondary control mechanism and functionalized cartridge, it is possible to continuously give a constant concentration function to the purified water by contacting by adjusting the amount of the bath dissolution to the water.

 In addition, the water passed through the pretreatment filter passes through the main filter, which is a porous inorganic filter mixed with a feed binder, bamboo activated carbon, tourmaline ore, and then passes through the functional cartridge in the middle portion. The hot spring water is rich in minerals and gives a slimy feeling.

The water passed through the main filter and the functional cartridge is an alkaline mineral water containing natural minerals, and at the same time contains unohana, sodium, potassium, magnesium, calcium, chlorine ions, sulfate ions, bicarbonate ions and carbonate ions. Provide hot spring water.

In summary, the present invention comprises a three-filter six-stage filter system as an embodiment,

1 pretreatment filter

In the first step, antimicrobial pretreatment nonwoven fabric that filters suspended solids in water,

In the second step, a slow-release functional cartridge for pretreatment filters that continuously elutes sodium bicarbonate (NaHCO3) and minerals is used to elute a certain amount of sodium bicarbonate and minerals in tap water to soften the water.

2 main hot spring water filters

In the third step, eluting the natural coral coral sand, natural zeolite and minerals, ion-exchanging heavy metal components and hardness components,

In step 4, the chlorine ceramic filter,

In five steps, the main filter is a porous inorganic filter made from bamboo activated carbon and tourmaline gemstones manufactured according to our patent application method (10-2006-0119707) to filter suspended solids in water, natural mineral leaching and heavy metals in water. Porous filter that serves to adsorb

In six steps, it is a functional cartridge manufactured in a sustained release type, and Yunohana, a Japanese Beppu Onsen bathing agent, is mixed as a main raw material, bicarbonate ion, sodium ion, potassium ion, calcium ion, carbonate ion, magnesium ion, chlorine ion, sulfate ion, etc. Elutes.

The hot spring water system composed of the three-filter six-stage system changes the composition of the tap water into hot spring water so that you can feel the effect of the hot spring bath at home. In particular, bicarbonate hot spring water is rich in minerals.

Functional sustained-release filter body prepared by mixing the binder and sodium bicarbonate, bamboo salt, jade powder, tourmaline powder, potassium carbonate, anhydrous sodium sulfate, Japanese Beppu hot spring bath, and porous inorganic filter using tourmaline particles and bamboo particles (main filter ) Manufacturing method,

Putting the feed binder and the composition material into a mold and then compressing the composition with a pressure of 0.3 to 0.7 ton / cm 2 for about 1 to 5 seconds;

Placing the mold in a drying furnace and heat-treating at 150 to 250 ° C. for up to 3 hours to form a compressed mixture into a block having pores; And

And removing the heat treated filter by opening the mold.

And, using the binder and various powder compositions

Sustained release functional filter body to use for pretreatment filter,

40% by weight of the binder, 30-40 parts by weight of sodium bicarbonate, 20% by weight of anhydrous sodium sulfate, 5-10% by weight of jade powder, 5-10% by weight of tourmaline. Preferably, 40% by weight of the binder, 36 parts by weight of sodium bicarbonate, 12% by weight of anhydrous sodium sulfate, 6% by weight of jade powder, and 6% by weight of tourmaline are added.

The sustained release functional filter body for the main filter which comprises the functional cartridge for the main filter,

It is prepared in a ratio of 40% by weight of binder, 25-35% by weight of hot spring bath, 15-25% by weight of sodium bicarbonate, 5-10% by weight of anhydrous sodium sulfate, and 5-10% by weight of bamboo salt. Preferably, the binder is prepared in a proportion of 40% by weight, 30% by weight of a spa bath, 18% by weight of sodium bicarbonate, 6% by weight of anhydrous sodium sulfate, and 6% by weight of bamboo salt.

The main filter 33-2, which is a porous inorganic filter, is prepared by mixing 100 parts by weight of a binder and 50 parts by weight of natural tourmaline (# 40 to 70) particles and 50 parts by weight of bamboo activated charcoal particles (# 40 to 80).

The main filter 33-2 constituting the hot water filter 60 of the present invention uses tourmaline ore, bamboo activated carbon, or the like as a starting material. The inorganic powder may be mixed with a feed binder, tourmaline or bamboo activated carbon, and then put into a molding die, followed by compression, followed by heat treatment to prepare a block-type filter having pores.

The present invention is made by mixing the components of the bathing agent, such as Japanese belly bath, sodium bicarbonate, jade powder, tourmaline powder, potassium carbonate, anhydrous sodium sulfate, sodium chloride, to form a functional sustained-release filter body, and then produced a housing that can adjust the concentration of the sustained-release The filter body is covered and then inserted into the pretreatment filter and the main filter to provide the actual functional material in the water.

That is, the pretreatment non-woven fabric, which is a pretreatment filter, filters suspended matter in the water (first step), and elutes sodium bicarbonate and minerals in tap water through the eluent cartridge for the pretreatment filter to include the softness and minerals of natural water ( Second step),

In addition, by laying natural coral sand (coral sand) on the outside of the porous main filter, the effect of natural mineral hot spring water and ion exchange of hardness exchange with heavy metal components using natural zeolite is possible (step 3). Filling the ball provides a functional hot spring that removes residual chlorine in the water (step 4).

In addition, it is equipped with a porous main filter made of natural materials to filter the foreign matter in the water can exert a water purification effect, and has the effect of releasing minerals and far infrared rays in the water (the fifth step).

In addition, by dissolving components such as hot spring water through the functional cartridge for the main filter, the effect of the natural hot spring bath is continuously provided as it is (stage 6).

Hot spring water system of the present invention to compensate for the shortcomings of the existing water shower and water softener

In the home by continuously supplying the hot spring water in the purified water

Characterized in that the hot spring effect can be easily obtained.

FIG. 8 is a sectional view of main parts of a hot water filter constituting the hot water shower of the present invention, and FIG. 9 is a perspective view of the functional cartridge shown in FIG. 8, and the hot water filter 60 is a block-shaped main filter housed in the filter housing 31. 33-2, the sustained-release filter element 43 placed in the passage 33-1 in the main filter 33-2, and the space between the filter housing 31 and the main filter 33-2. Coral sand 38, which functions as an ion exchange resin, and a chlorine ceramic filter 37 having a chlorine ceramic ball shape for removing residual chlorine.

Specifically, the hot water filter 60 of the present invention has an inlet 32 for injecting external inflow water and a space for accommodating block-shaped tubular filter 33-2, and has an inlet 32 for receiving water to be filtered. Tubular body (13a),

A cap 13b covering the other end of the body 13a,

A block-shaped filter 33-2 housed in the inner space of the body 13a and having a tubular shape and having a longitudinal passage 33-1 therein;

A first cover 34 blocking one end of the block-shaped filter 33-2,

A second cover 35 which blocks the other end of the block-shaped filter 33-2 and has an outlet 36 integrated therein;

It is configured to include a functional cartridge 40 that is placed between the passage (33-1) and the first and second covers (34, 35).

The functional cartridge 40 is a sustained-release filter body 43 on the rod as shown in Figure 9,

Body 42 for receiving the sustained release filter body 43 from the outside,

It is configured to include a cap 41 blocking the upper end of the body 42 and forming the elution hole 44 in at least one position on the outer wall. The elution hole 44 may be formed at least one in the cap 41 or the body 42, it will be appreciated that the position can be designed differently depending on the amount of dissolution or the taste and dissolution components of the user.

10 is a cross-sectional view of the main assembly of the soft water shower showing one configuration of the present invention;

A hot water shower having a pretreatment filter and a hot water filter, the pretreatment filter 50 includes a functional cartridge 52 for the pretreatment filter,

It consists of a pretreatment nonwoven fabric 51 surrounding the functional cartridge 52.

The hot water filter 60 includes a main block 33-2 having a tubular block shape,

And a functional cartridge 40 having a sustained release filter body 43 that is placed in a passage 33-1 in the inner longitudinal direction of the main filter 33-2.

Other structures are the same as the conventional ones (FIGS. 3 to 5), and thus description thereof is omitted.

Referring to the manufacturing method of the main filter 33-2,

Mixing the binder, the inorganic powder, the bamboo charcoal (activated carbon) powder, and the antimicrobial agent into a mold and compressing the mixture at a pressure of 0.3 to 0.7 ton for about 1 to 5 seconds;

Placing the mold in a drying furnace and heat-treating at 150 to 250 ° C. for up to 3 hours to form a compressed mixture into a block having pores;

And removing the heat-treated block by opening the mold.

Here, the content of the main filter 33-2 has a blending ratio of 100 parts by weight, 50 parts by weight of tourmaline, which is an inorganic powder, and 50 parts by weight of bamboo activated carbon powder.

The pretreatment sustained release filter element 53 constituting the functional cartridge 52 for the pretreatment filter 50,

It has a compounding ratio of 40% by weight of binder, 36% by weight of sodium bicarbonate, 12% by weight of anhydrous sodium sulfate, 6% by weight of jade powder, and 6% by weight of tourmaline, and is prepared through the same process as the manufacturing process of the main filter 33-2. do.

The functional cartridge 40 to be inserted into the main filter 33-2 passage 33-1 of the hot water filter 60,

It has a compounding ratio of 40% by weight of a binder, 30% by weight of a spa bath, 18% by weight of sodium bicarbonate, 56% by weight of anhydrous sodium sulfate, and 6% by weight of bamboo salt.

The PE binder is a known material, and is a product of Ticona, Germany, having a molecular weight of 3,900,000 to 10,500,000 g / mol, and is in a powder or granule state. The P means an ultra high molecular weight polyethylene resin (PolyEthylene). Ultra high molecular weight feed binder has excellent chemical resistance and abrasion resistance and is approved by the US FDA. The use of the feed binder is used in the confectionery and baking line, it is used to make artificial joints, foot or the like in the medical field. In particular, by finding the optimum blending ratio in consideration of the physical properties of the material mixed with ultra-high molecular weight Tyco or binder (PE-Binder) it can be adjusted to the pore 0.5㎛ ~ 20㎛. Ultra-high molecular weight binders, unlike thermoplastics such as PP and HD (PolyEthylene), have a non-flowing characteristic that does not flow even when heated, so they are often used to form filters with desired shapes and pores. Used.

The following is a description of the raw materials used.

Yunohana is a natural substance made by reacting branched gas emitted from Beppu Onsen, Japan and blue clay, and contains natural minerals contained in the hot spring water to relieve fatigue and rough skin and sweat. It is certified as an adjuvant therapy such as eczema and diaper rash (Seoul Regional Food and Drug Administration).

During manufacturing, unohana crystals are formed after about 100 days by laying the stones and covering the blue clay to create a passage of branch gas emitted from the hot spring. The Beppu Yunohana formed in this way is rich in minerals ionized in hot spring gas and has a weak alkalinity and is a natural bathing agent that can feel the natural hot spring effect.

The tourmaline is called the polar crystal because it has the only permanent electrical characteristics of the minerals present on the earth, it is composed of the components shown in Figure 11, because of its mysterious properties, many researches on the efficacy and characteristics of research institutes around the world It is becoming.

Tourmaline is known to be useful for promoting blood circulation, activating cells, activating gastrointestinal motility, warming effect, and recovering from fatigue by increasing capillaries in the human body and relieving neuralgia, blemishes, and hypothermia. The ability of tourmaline to water turns water into weakly alkaline water, turning it into mineral-rich water and removing chlorine odors. By releasing negative ions, it promotes the metabolism of the human body and converts it into water that is good for skin with excellent moisturizing effect.

The bamboo charcoal has a component as shown in FIG. 12, has excellent natural antibacterial activity, and the area of micropores is more than twice the area of ordinary charcoal, which is excellent in adsorption, absorption, and deodorizing power, and is rich in natural mineral components such as potassium and calcium. Expensive domestic material used. Recently, it is a well-being material which is used for cigarette filter and soju production. In particular, it is a potassium-rich material, widely used in skin care and bathing.

Jade is composed of about 45 kinds of minerals, and among them, it is a natural far-infrared emitter containing calcium and magnesium that are extremely necessary for the human body.

Jade has a similar wavelength to the human body, so it has been used a lot of health ornaments such as hairpins, bracelets, and rings since ancient times, and as mentioned in the oriental medicine books, 'Dongbobogam,' It is known as a mysterious mineral that enriches and releases waste products from the body.

After passing through 7200 liters using the present invention (expressed as F2S for convenience) prepared as shown in FIG. 10, the components of the water discharged, the pure tap water, and the spa (water protection, autumnal color) were compared and analyzed. As a result, the same effect as in FIG. 13 was obtained, and various components were inferior to the hot spring water or more eluted (calcium, magnesium, sulfur phase, chlorine ion, potassium, and carbonate).

In addition, since the present invention used the method of forming the elution hole 44 to elute by a predetermined amount, it can be seen that the performance of the present invention (denoted F2S) is maintained as shown in FIG. 14. However, when left to use for 12 hours to 60 hours, the mineral value (TDS) increased rapidly, but it was found to be normal.

In addition, the results of analyzing the pure tap water and the elution component of the present invention as shown in FIG. Therefore, it was found that the mineral components (Al, Mn, Li, Sr, Fe) that were not present in the existing tap water were generated, and the amount of the minerals contained in small amounts increased (Ca, Na, K, Mg, Si).

1 is a view illustrating a conventional water softener configuration;

2 is a side view of FIG. 1,

3 is a perspective view showing another example of a conventional water softener,

4 is a perspective view of a state in which the front housing of FIG. 3 is omitted;

5 is a front view of FIG. 4,

6 is a cross-sectional view showing an example of a conventional filter;

7 is an exploded perspective view of FIG. 6;

8 is a cross-sectional view of the spring water filter of the present invention;

9 is a perspective view of the functional cartridge used in FIG.

10 is a sectional view showing the principal parts of one embodiment of the present invention;

11 is an analysis table of the components used in the present invention,

12 is an analysis table of the components used in the present invention,

13 is a comparison table of the component analysis of the effluent of the present invention,

14 is a table of effluent component characteristics for long term use;

15 is a effluent component analysis table of the present invention.

Explanation of symbols for the main parts of the drawings

1; water softener 2; housing 3; ion exchange resin filter 4; inlet pipe 5; outlet pipe 6; shower head 10; soft shower shower 11; housing 11a; rear housing 11b; front housing 11d; through hole 11e; inner hole 12; pretreatment Filter 12a; Body 12b; Cap 12c; Inlet 12d; Handle 12f; Outlet 13; Ion Exchange Resin Filter 13a; Body 13b; Cap 14; Switch Valve 15; Inlet Pipe 16; Outlet Pipe 17; Beauty Provision Means 17a; Push Button 17b; storage tank 18; regeneration tank 19; bypass valve 20; socket 21; socket 31; filter housing 32; inlet 33; filter body 33-1; passage 33-2; main filter 33-3; protective member 34; 1 cover 35; 2nd cover 36; outlet 37; chlorine ceramic filter 38; coral sand 40; functional cartridge 41; cap 42; body 43; sustained release filter body 44; elution hole 50; pretreatment filter 51; pretreatment nonwoven fabric 52; functional Cartridge 53; sustained release filter body 53; cap 55; body 56; elution hole 60; hot water filter

Claims (11)

delete delete delete delete delete delete Rod-shaped sustain-release filter body 43 which elutes a composition component gradually, Body 42, which is a housing for accommodating the sustained release filter body 43, A cap 41 covering the body 42, A functional cartridge 40 is inserted into the body 42 or the cap 41 and has a dissolution hole 44 for continuously dissolving the components to be eluted in a predetermined amount; The sustained-release filter body 43 has a blending ratio of 40% by weight of a binder, 25 to 35% by weight of a bath spa bath, 15 to 25% by weight of sodium bicarbonate, 5 to 10% by weight of anhydrous sodium sulfate, and 5 to 10% by weight of bamboo salt. Hot spring water dispenser with a functional cartridge, characterized in that configured to have. A pretreatment filter having a sustained release pretreatment filter functional cartridge 52 and a pretreatment nonwoven fabric 51 surrounding the pretreatment filter functional cartridge 52 having a configuration in which the sustained release filter body 53 is covered with a housing having an elution hole. 50); A hot water filter 60; The hot water filter 60 includes a main filter 33-2 on a cylindrical block and a sustained release functional cartridge 40; The functional cartridge 40 is a rod-shaped sustained-release filter body 43 slowly eluting a composition component, a body 42 which is a housing for accommodating the sustained-release filter body 43, and a cap 41 covering the body 42. And a dissolution hole 44 which is formed in the body 42 or the cap 41 and continuously elutes in a predetermined amount. The sustained-release filter body 53 is configured to have a blending ratio of 40% by weight of the binder, 30-40 parts by weight of sodium bicarbonate, 20% by weight of anhydrous sodium sulfate, 5-10% by weight of jade powder, and 5-10% by weight of tourmaline. Hot spring water dispenser with a functional cartridge. delete Mixing the sustained-release filter body components for the main filter and inserting the same into a mold and compressing the same at a pressure of 0.3 to 0.7 ton for about 1 to 5 seconds; Placing the mold in a drying furnace and heat-treating at 150 to 250 ° C. for up to 3 hours to form a compressed mixture into a block having pores; Manufacturing by sequentially performing the step of removing the heat-treated block by opening the mold; The sustained-release filter component for the main filter is a blending ratio of 40% by weight of the binder, 25 to 35% by weight of the bath spa bath, 15 to 25% by weight of sodium bicarbonate, 5 to 10% by weight of anhydrous sodium sulfate, 5 to 10% by weight of bamboo salt A method for producing a sustained release filter body for a spring water main filter, which is produced by mixing. Mixing the sustained-release filter body components for the pretreatment filter and inserting the same into a mold and compressing the mixture at a pressure of 0.3 to 0.7 ton / for about 1 to 5 seconds; Placing the mold in a drying furnace and heat-treating at 150 to 250 ° C. for up to 3 hours to form a compressed mixture into a block having pores; Manufacturing by sequentially performing the step of removing the heat-treated block by opening the mold; The sustained-release filter element for the pretreatment filter is prepared by mixing in a blending ratio of 40% by weight of the binder, 30-40 parts by weight of sodium bicarbonate, 20% by weight of anhydrous sodium sulfate, 5-10% by weight of jade powder, 5-10% by weight of tourmaline. Sustained release filter body for hot water pretreatment filter, characterized in that the.

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