KR20200132004A - Water purifying filter and water treatment apparatus having the same - Google Patents

Abstract

The present invention relates to a technique related to a water treatment apparatus embedded with a water purifying filter coupled with a sediment filter and a cartridge embedded with functional ingredients such as noni, vitamins and the like and forming a double structure. Provided is a technique related to a water treatment apparatus used by inserting a cylindrical water purifying filter coupled with a cartridge and a sediment filter into a supply pipe that supplies water, wherein a cartridge embedded with functional ingredients such as noni, vitamins and the like has a structure in which an inlet cap, a body portion and an outlet cap can be coupled or separated. The inlet cap has a water hole communicating with the cartridge in a center portion, and water supplied through the water hole is mixed with functional ingredients and buffers the same between an upper end of the body portion and the water hole of the inlet cap so as to be transmitted to the sediment filter, a buffer space is secured between a water flow hole of the body portion and a hole of the inlet cap, and an outlet cap connection part of the body portion has a reduced diameter portion having a diameter smaller than that of an inlet cap connection part. The outlet cap surrounds the reduced diameter portion of the body portion, an outer edge of the center portion has a protrusion portion that blocks water flow, and an O-ring is embedded in the protrusion portion. In addition, an inner wall and a water discharge hole are formed on a lower end. When the body portion is coupled between the inlet cap and the outlet cap, nibs formed on both ends of the sediment filter are coupled while pressing both ends of the body portion to the outer edge of the body portion, thereby forming an integrally formed water purifying filter to be mounted to the inside of the supply pipe that supplies water and used.

Description

Water treatment device with built-in water purification filter that combines a segment filter and a cartridge with a functional ingredient containing noni extract {WATER PURIFYING FILTER AND WATER TREATMENT APPARATUS HAVING THE SAME}

The present invention relates to a water treatment device incorporating a water filter having a double structure by combining a segment filter and a cartridge with a noni-containing functional component, and more particularly, a noni extract containing a large amount of vitamin C and natural minerals. It is a technology related to a water treatment apparatus comprising a configuration in which a two-layered water filter is formed in which a segment filter is integrally wrapped around the outer edge of a cartridge in which the included functional ingredients are embedded, and the water filter of the above configuration is installed inside the water supply pipe.

The present invention basically blocks floating foreign substances and residual chlorine by installing and installing a water filter in which the cartridge + segment filter structure is integrated in the interior space of the pipe supplying water to the faucet, faucet, shower, etc. Depending on the user's choice, for example, when used as a shower, it is applied to enjoy the effect provided by the functional components inside the cartridge, or chlorine components are contained in ppm units by chlorine sterilization and disinfection at the tap water supply source, and the oxidizing raw water supplied through the faucet is used. It is a technology to implement a technology that provides beneficial effects to the human body by neutralizing it via a cartridge containing noni ingredients.

In most countries, tap water uses a chlorine-based disinfectant such as sodium chlorine, which means that organic compounds are removed through sterilization through primary chlorine treatment at a water purification plant. It is used to prevent diseases from pathogenic microorganisms (performative pathogens) in raw water by preserving and maintaining residual chlorine by administering chlorine.

However, the chlorine atom is one of the halogen elements and is a toxic substance used for oxidizing agents, bleaching agents, disinfectants, etc., and chlorine in tap water also reacts with organic compounds to produce organic chlorine compounds (environmental hormones), which adversely affects health and the environment. In particular, it reacts with and destroys skin proteins that make up the skin of the human body, thereby making the skin rough and being analyzed as a causative agent of skin aging and various skin problems.

In addition, chlorine, like the skin, destroys the hair protein, causing a rough hair texture, harms the health of the scalp, affects hair loss, and causes problems such as worsening atopic dermatitis.

In order to improve this, in the prior art, a number of techniques for removing chlorine added in tap water have been proposed by installing a filter containing a vitamin component inside the shower and dissolving the vitamin while the tap water flows through the flow path inside the shower.

In order to solve this problem, in Korea Patent Registration No. 10-1637131 as shown in FIG. 1, the configuration of a vitamin supply device 200 for a shower that mixes vitamins with water supplied by being built into the shower 100 is an outlet 111 It is composed of a showerhead 110 having an inlet and a handle body 120 having an inlet 121 to supply vitamins for a shower to dilute the vitamins in the water discharged through the outlet 111 for the water introduced through the inlet 121 A device 200 is presented, and the vitamin supply device 200 for the shower head includes a cartridge 210 built into the handle body 120 and a vitamin provided at one end of the cartridge 210 to supply vitamins. The cartridge 210 consisting of the supply unit 220 is coupled between the shower head 110 and the handle body 120 to be built into the handle body 120, and the cartridge 210 is in a liquid or gel state. A cartridge structure containing vitamins and having a vitamin outlet 211 at the end corresponding to the inlet 121 formed in the handle body 120 is provided.

However, the above-described shower has a problem that rust occurs due to aging of the pipe along with various foreign substances contained in the water supplied through the current tap water supply pipe. Therefore, oxidizing chlorine components are brought into contact with vitamin C to neutralize the tap water as well as aging. There have been insufficient parts to remove rust or various foreign substances contained in the tap water supply pipe.

This is a technology to provide a functional water filter that simultaneously removes floating foreign substances and residual chlorine by installing and installing a cartridge with a built-in functional component including noni component + a water filter with an integrated segment filter structure. As a fruit of a potato-shaped tropical plant inhabiting in Korea, it is mainly used for food and medicinal purposes.Noni is a phytochemical substance (a substance that plants discharge for self-protection), and 18 kinds of amino acids such as arginine, leucine, methionine, and natural vitamins. It has been found that 12 kinds and 7 kinds of natural minerals are contained, and it is reported that progeronin, one of the core components of Noni, is converted into xeronine by an enzyme called prozeroase when it goes to the large intestine, and xeronine helps cell activity.

This noni extract is incorporated in a gel-type cartridge in a water purification filter, and the concentration of functional ingredients is eluted more than necessary, and then the concentration gradually decreases, and a water filter that does not accelerate the oxidation rate of the functional ingredients inside the cartridge. Has been required.

The present invention was conceived to improve the uniform structure of the water filter provided in the prior art, and an object of the present invention is to be installed in a faucet, faucet, shower, etc. used in connection with a pipe supplying water used for drinking or washing The purpose of this is to provide a water treatment device in which a noni functional component is incorporated, but a water filter in which a cartridge + segment filter structure is integrated is inserted into a water supply pipe and used.

The technical idea of the present application presented as a means to achieve the above object is that a circular water purification filter in which a cartridge and a segment filter are combined inside a supply pipe to supply water is connected to a supply pipe supplying tap water or ground water. It is installed inside the supply line such as faucet, faucet, shower head, etc., and neutralizes the chlorine component used for sterilization and disinfection of the supplied water by contacting it with the natural vitamin component contained in the noni component. It is a technology for providing a water treatment device in which a water filter having a structure to remove various floating matters or foreign substances is used.

In the water treatment device applied to the present technology, the circular structure of the segment filter is made of a material selected from PP (polypropylene), fibrous activated carbon (ACF), activated carbon block, porous ceramic, and PE (polyethylene) block, thereby forming the outer edge of the circular cartridge. Nibs are formed to block the flow of water at both ends of the segmented filter,

The circular cartridge containing the functional ingredient containing the noni component has a structure in which the inlet cap, the body part and the discharge part cap can be integrally combined or separated, but the inlet cap has a central through hole penetrating the body part in the center. , A circular connection is formed on the outer periphery of the inlet cap, and the lower end of the circular connection forms a body part and a coupling part, and the upper end of the circular connection is provided in a structure in which a number of divided passages are formed. It is mixed with the functional ingredients of the negative, buffered, and discharged again through the central through-hole.When the structure of sending water to the outer edge of the segment filter through the divided passage of the inlet cap, 0.2~4.0 in the body of the inlet cap There are 1 to 8 water-through holes with a diameter in the range of mm, and the body part with the noni function component embedded in the body part has a shear-reduction diameter part and a rear-reduction small diameter part that is smaller than the normal diameter of the body part at the front and rear ends. The diameter part is combined with the inlet cap and the rear shortened small diameter part is provided in a structure that can be combined with the discharge part cap.The discharge part cap covers the rear shortened small diameter part of the body at the top, and the outer edge of the central part has a buttock that blocks water flow. A concave groove is provided and an O-ring is embedded in the concave groove, and an inner wall and a water outlet hole are formed at the lower end, so that when the body portion is coupled between the inlet cap and the outlet cap of the above configuration, the outer edge of the body portion A water treatment device is disclosed that forms an integrated water filter in a configuration in which nibs formed at both ends of a menstrual filter are pressed and coupled to both ends of a body part and then a discharge cap is fastened, and is mounted and used inside a supply pipe through which water is supplied.

In the water treatment apparatus to which the present technology is applied, the cartridge and the segment filter containing the functional ingredient containing the noni component are provided in a separable structure, so that the segment filter can be separated from the cartridge and replaced. It is preferable to have a configuration comprising a spring and a bead in the mixing/buffering space formed between the inlet caps, and a hydraulic plate at the inlet cap inlet so that the influent is applied to contact the functional component when water pressure is applied.

Therefore, the technical idea of the present application is that in the water treatment method used by interpolating a circular water purification filter in which a cartridge and a segment filter are combined in the supply pipe to which water is supplied, the circular segment filter is PP (polypropylene), fibrous activated carbon ( A material selected from ACF), activated carbon block, porous ceramic, and PE (polyethylene) block is used to form a structure in which nibs to block water flow are formed on both ends of the segment filter that integrally wraps the outer edge of a circular cartridge. The circular cartridge with the contained functional ingredients has a structure in which the inlet cap, the body part and the discharge part cap can be integrally combined or separated, but the inlet cap has a central through hole penetrating the body part at the center and the inlet cap A circular connection part is formed on the outer edge of the circular connection part, and the lower part of the circular connection part forms a body part and a connection part, and the upper part of the circular connection part is provided in a structure in which a number of divided passages are formed, so that water supplied through the central through hole is a functional component of the body part. It is mixed with and buffered and discharged again through the central through-hole.It is provided in a structure that sends water to the outer edge of the segment filter through the divided passage of the inlet cap, and the body part containing the functional component containing the noni component is sheared. The front and rear ends have a smaller front diameter and a smaller rear diameter smaller than the normal diameter of the body, and the smaller shear diameter is combined with the inlet cap, and the rear shorter smaller diameter is provided in a structure that can be combined with the discharge cap. A structure in which a rear short-diameter part of the body part is wrapped at the top, and the outer edge of the center part has a bump that blocks water flow, and a concave groove is provided in the buttock part, an O-ring is built into the concave groove, and an inner wall and a water outlet hole are formed at the bottom When the body portion is coupled between the inlet cap and the outlet cap of the above configuration, the nibs formed on both ends of the segment filter with the outer edge of the body portion are combined by pressing both ends of the body portion, and then the discharge portion cap is integrated into a fastened configuration. It can be applied as a water treatment method used by being installed inside a supply pipe through which water is supplied by forming a water filter.

In addition, one application manufacturing embodiment of the functional ingredient containing the noni component used in the water treatment method of the present application is 2 to 15 parts by weight of noni extract, 30 to 55 parts by weight of vitamin C, 13 to 40 parts by weight of galling agent, 3 to 25 parts by weight of herbal extract. It can be used after drying after solidifying by pressing in a cartridge by mixing to form 100 parts by weight by filling in parts by weight and the remaining process water.

Hereinafter, embodiments in which the technical idea of the present application is specifically implemented will be described in detail together with the drawings in the description of the specific content for carrying out the following invention.

According to the configuration of the present invention, the water filter attached to a faucet, faucet, shower, etc., which is connected to a water pipe or pipe supplying water used for drinking or washing, changes the color of the segment filter according to the quality of the water passing through it. It is provided so that the segment filter can be separated from the cartridge with functional ingredients, replaced, and used again after checking the usage period, thereby providing the effect of simultaneously satisfying the function of supplying functional ingredients such as noni and removing rust or foreign substances.

In addition, the present invention forms a central pipe that penetrates up and down in the center of the cartridge provided inside the cover, and by forming a bubble generating unit composed of a nozzle member, an inclined mesh body, and a planar mesh body in the lower portion of the center pipe, through the center pipe It is possible to remove chlorine in water by forming fine air bubbles of dissolved oxygen dissolved in the moved water, and further, there is an effect of sterilizing harmful bacteria by the purifying power of fine oxygen air bubbles.

1 is an example application of a vitamin supply device for a shower for supplying by mixing vitamins with water supplied by the prior art.
Figure 2 is an exemplary diagram of a step-by-step sample product until an integrated water filter is obtained by combining the cartridge and the segment filter presented in the present invention.
3 is an exemplary diagram illustrating a detailed configuration of a cartridge component presented in the present invention
Figure 4 is a schematic view of a cartridge part of another embodiment to which the technical idea of the present invention is applied.
Figure 5 is an application example in which the water filter according to the present invention is mounted and used inside the water supply pipe.

Terms or words used in this specification and claims are not limited to their usual or dictionary meanings and should not be interpreted, and that the inventor can appropriately define the concept of terms in order to describe his invention in the best way. Based on the principle, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

The technical idea of the present application is a technology with the purpose of providing a water treatment device in which an integrated water filter having a structure in which a cartridge with a noni functional component is embedded and a segment filter wrapped around its outer edge is inserted into the water supply pipe. As a technology for obtaining a cartridge containing ingredients, the method for providing a functional ingredient solid having a sustained-release elution function in order to gradually release the functional ingredient containing the noni ingredient in small quantities from the inside of the cartridge was carried out through various trial and error methods. It can be achieved by mixing the noni component and vitamin C in a ratio of 1:1 and mixing the coagulant at a weight ratio of 6±1:4±1 and tableting it with a tablet press and putting it in the cartridge, or the noni component and vitamin C are 40~ 60 parts by weight of the coagulant, oil and water are mixed in the range of 40 to 60 parts by weight, pressed in a cartridge to solidify, and then dried.

In one application that showed the best panel test result for the functional ingredient cartridge of the present application through various trial and errors, the functional ingredient containing noni component was 2 to 15 parts by weight of noni extract, 30 to 55 parts by weight of vitamin C, and 13 to galling agent. 40 parts by weight, 3 to 25 parts by weight of the herbal extract, and the remaining process water were mixed to form 100 parts by weight, pressed in the cartridge, solidified, and dried, and the results obtained the best score.

The herbal scent extract can be used as an extract such as rosemary, chamomile, lemon scent, etc. The herbal scent used herein is a manufacturing example of chamomile extract scent, and a forced circulation dryer (OF -02GW, Jeiotech, Daejeon, Korea) and dried at 40℃ for 24 hours and pulverized with 50 mesh using a grinder (XY-130B, Xiao bao). After removing this material, add 20 g of chamomile crushed to a conical tube (500 ml) and 400 ml of 50% ethanol as an extraction solvent, and extract the extract at 70°C for 6 to 12 hours in a shaking water bath (KMC-1205SW1, Vision, Daejeon, Korea). And the extract is filtered with a mesh filter, and the filtrate is removed by removing the solvent using a rotary evaporator, and the extract is transferred to a sterilized container (KRS A-1, Health up, Korea). It could be used while refrigerated.

Hereinafter, an application example for providing a water treatment device in which an integrated water filter having a structure in which a cartridge with a functional component containing a noni component is embedded and a segment filter wrapped around its outer edge is inserted into the water supply pipe is attached below. It will be described briefly through the drawings.

FIG. 2 is an exemplary view showing a stepwise coupling state until a cartridge and a segment filter provided by applying the technical idea of the present application are combined to obtain an integrated water filter product. In FIG. 2A, a circular body part at the center It is provided as a component in a state where 50 is located and has an inlet cap 30 on the upper side of the body and a discharge cap 40 and a segment filter 70 on the lower side, and is intended to show a state in which they are sequentially combined. As a result, functional ingredients such as vitamins, fragrances, and beauty ingredients are embedded in the body part 50, and the shear-reduction diameter part 55a slightly reduced than the normal diameter of the body part at the front and rear ends of the body part 50 And it is provided to have a rear shortened small diameter portion (55b), the inlet cap 30 is coupled to the front shortened diameter portion (55a), and the discharge portion cap 40 is coupled to the rear shortened small diameter portion (55b). The outer edge stepped portion 54b is formed at the end of the normal diameter immediately before the shear reduction diameter portion 55a for connection of the inlet cap 30 of the portion 50 to form a combined water filter 80 It indicates that the filter 70 can be applied to enter the rear shortened small diameter portion 55b of the body portion and enter the outer edge stepped portion 54b, but this is at the end position of the normal diameter immediately before the rear shortened small diameter portion 55b. It goes without saying that a deformable structure in which the jaw portion 54b is formed and the segment filter 70 flows into the shear-reduction diameter portion 55a of the body portion to enter the outer edge staged portion position is also possible.

The body part 50, the inlet part cap 30, and the discharge part cap 40 shown in the state of the above parts are originally combined and represented as a single cartridge 60, but in the present application, the cartridge 60 + segment filter 70 In order to explain the configuration of the water filter 80 as a combined article of), the detailed component configuration is omitted and only the outer contour is shown.In the cartridge to which the present technology is applied, the inlet cap 30 is at the center It has a central through hole 33 penetrating the cartridge, and the water supplied through the through hole is mixed with functional ingredients and buffered between the upper end of the body and the central through hole of the inlet cap, and then discharged through the central through hole 33 The outer ring 32 is formed to be coupled to the shear reduction diameter 55a of the body 50 as the outer edge of the bottom of the inlet cap 30, and the upper outer partition wall 35 of the inlet cap 30 In the middle of the split channel 34 is formed to form a structure in which water is supplied to the segment filter 70 layer surrounding the outer edge of the body 50 through the divided channel 34.

In addition, the specific configuration of the discharge portion cap 40 connected to the rear shortened small diameter portion 55b of the body portion 50 is shown in detail in FIG. 3C, and the front end portion of the discharge portion cap 40 is a body heat connection portion 45 ) Of the inner wall (45a) surrounds the outer edge of the rear shortened small diameter portion (55b) of the body portion, and the outer edge of the central portion of the discharge portion cap (40) has a hip portion (43) that blocks water flow, and the hip portion has A concave groove 43a for embedding the O-ring 44 is provided, and the O-ring 44 is embedded in the concave groove, so that the water passing through the cement filter 70 layer is transferred to the water supply pipe 90 and the O-ring ( It is applied in a structure in which the treated water is discharged through the water outlet hole 42 formed in the inner wall 45a of the body heat connection part 45 of the discharge part cap 40 by being blocked therebetween.

Figure 2b shows a state diagram in which the inlet cap 30 is coupled to the upper end of the circular body 50 as the first step in the stepwise coupling state until obtaining the finished water filter product. As shown in Figure 2a, the inlet cap 30 , With the discharge part cap 40, the body part 50, and the segment filter 70 in the state of each part, the shear reduction diameter part 55a of the body part 50 and the inlet part cap 30, outer ring ring ( 32) is shown in a coupled state, and in FIG. 2C, in the state in which the body part 50 and the inlet cap 30 are combined in the state of FIG. 2A, the segment filter 70 is the rear shortened small diameter part 55b of the body part. It flows to the side and enters the outer edge stepped portion 54b to show a coupled state. In FIG. 2D, the discharge portion cap 40 is inserted into the outer edge of the rear shortened small diameter portion 55b to the product of FIG. 2C. ) It shows that it can be applied to make a finished product.

Figure 2b shows a state diagram in which the inlet cap 30 is coupled to the upper end of the circular body 50 as the first step in the stepwise coupling state until obtaining the finished water filter product. As shown in Figure 2a, the inlet cap 30 , With the discharge part cap 40, the body part 50, and the segment filter 70 in the state of each part, the shear reduction diameter part 55a of the body part 50 and the inlet part cap 30, outer ring ring ( 32) is shown in a coupled state, and in FIG. 2C, in the state in which the body part 50 and the inlet cap 30 are combined in the state of FIG. 2A, the segment filter 70 is the rear shortened small diameter part 55b of the body part. It flows to the side and enters the outer edge stepped portion 54b to show a coupled state. In FIG. 2D, the discharge portion cap 40 is inserted into the outer edge of the rear shortened small diameter portion 55b to the product of FIG. 2C. ) It shows that the finished product will be achieved.

3 is a view showing a specific application mode of the component configuration of the cartridge applied to the water filter 80 provided for the technical idea of the present application, in FIG. 3A is a view showing the cartridge and its accessories separated in an exploded perspective view, FIG. 3B is a view showing a side view in an inner perspective state before the cartridge of FIG. 3A and its accessories are combined, and FIG. 3C is a view showing the structure of the discharge part cap 40 for inducing water flow by wrapping the body part inside the water supply pipe to be.

As shown in FIGS. 3A and 3B, the cartridge 50 provided herein has a long cylindrical structure, and the pressure plate 10 and the inlet cap 30 from the water supply part in the arrow direction are the inlet part of the body part 50 3A and 3B, the inlet cap 30 has an inner ring 31 and an outer ring 32, and is coupled to the body inlet side as the inner edge of the outer ring 32. The body part 50 has a partition layer 52 in which a through hole 52a is formed at the entrance side in which the functional component layer 51 is embedded, and the body part 50 The inlet portion 53 has a coupling portion 54a as an outer edge and an outer edge stepped portion 54b at the normal diameter end position of the body portion, and a coupling portion formed on the outer edge of the inlet portion 53 of the body portion 50 It is shown that (54a) and the inlet cap 30, the outer ring 32, the coupling portion 32a formed in the inner edge can be applied to form a structure that is fastened to each other.

In addition, the segment filter 70 is inserted from the outer edge stepped portion 54b formed at the normal diameter end position of the body portion 50 to the body heat connection portion 45 of the discharge portion cap 40 to close the outer edge of the body portion 50. It is applied in a wrapping structure.

In Figures 3a and 3b, the circular water pressure plate 10 connected to the outside of the inlet cap 30 has a plurality of water through holes 12 toward the outer periphery, and a central protruding rod 11 toward the inlet cap 30 (When there is no flow of supply water, the iron ball blocks the through hole 33 of the body part 50 by the elastic force of the spring, and when there is a flow of supply water, the central protruding rod 11 ) The iron ball is pushed out to allow water to flow in, and the water in which the functional component 51 is mixed passes through the sediment filter 70 surrounding the inner side of the water supply pipe and the outer side of the body part, and is provided on the inner side of the discharge part cap 40. It shows that it can be applied to achieve a configuration discharged through the water passage (42).

3C shows an exemplary application of the discharge part cap 40. The front end portion of the discharge part cap 40 having a pipe shape encloses the rear shortened small diameter part 55b of the body part, and a circular body heat connection part 45 is formed. However, on the inner surface 45a of the body heat connection part 45, the body heat connection part 45 is formed in an alternating structure with a protruding inner wall 41 having a slightly protruding shape in a convex shape and a water outlet hole 42 without a convex part. ) Is provided, and the outer edge of the central portion of the discharge portion cap 40 has a blunt portion 43 to block water flow, and a concave groove 43a for embedding the O-ring 44 is provided in the blunt portion, and an O-ring ( 44) is formed in a structure in which the water passing through the segment filter 70 layer is blocked between the inner wall of the water supply pipe and the O-ring 44 of the discharge part cap 40, so that the rear shortened small diameter part of the discharge part cap 40 ( When the discharge water is formed through 55b), the protruding inner wall 41 of the body heat connection part 45 surrounds the rear shortened small diameter part 55b of the body part, and a water outlet hole 42 formed between the protruding inner wall 41 is formed. It is applied to direct the water flow through which the treated water is discharged.

4 is another embodiment of a single water filter 80 by applying the technical idea of the present application to the cartridge 60 and the segment filter 70, and the cartridge 60 and the segment filter ( A diagram for explaining the structure to which 70) is coupled. In FIG. 4A, a case-shaped body part 50, an inlet cap 30, and an outlet cap 40 in which the functional component layer 51 containing the noni component is wrapped in a circle. ), it shows the separated state before the segment filter 70 is coupled, and in FIG. 4B, the body part 50, the inlet part cap 30, and the discharge part cap 40 are combined to form one cartridge 60, It is a view showing a state of coupling with the segment filter 70.

In the embodiment shown in FIG. 4A, the case-shaped body part 50 circularly surrounding the outer edge of the functional component layer 51 containing the noni component has different diameters of the front end 50a and the rear end 50b. It is provided and forms a structure in which a micro-concave groove 56 is formed in the front end portion 50a of the body, and the inlet cap 30 coupled at the upper surface of the front end portion 50a of the body portion has an inner fine protrusion 36a toward the body portion. The formed downward insertion portion 36 is provided to form a protruding structure, so that the downward insertion portion 36 at the position of the upper gap 72a between the outer edge of the body portion and the segment filter 70, the inner fine projection portion 36a and the body portion The micro-concave groove 56 of the front end 50a is in close contact with each other to form a structure in which the upper end of the front end 50a of the body and the lower end of the inlet cap 30 are combined, and the rear end of the body 50b ) In the configuration in which the lower end and the discharge part cap 40 are combined, the body connection insertion part 46 toward the body part of the discharge part cap 40 is formed between the segment filter 70 and the rear end part 50b of the body part. In the part 72b, it is shown that the diameter of the rear end of the body part can be wrapped and inserted in close contact with each other to achieve the state (b) of FIG. 4A.

When the cartridge 60 and the segment filter 70 are mounted inside the water supply pipe 90 in the state as described above, a concave groove 43a formed in the barrier portion 43 of the discharge portion cap 40 as shown in FIG. When the O-ring 44 is inserted into the water supply pipe 90 and mounted inside the water supply pipe 90, the feed water to be treated flowing in the direction of the arrow passes through the inlet cap 30 constituting the cartridge of the present application, and is built into the body part 50. After performing the function of containing and receiving the functional ingredient by contacting the functional ingredient containing the ingredient, it passes through the segment filter 70 installed between the outer wall of the body 50 and the water supply pipe 90, A water treatment device that separates contaminants, such as, and performs a purification function to provide clean functional water, and finally induces the flow of water to be discharged through the water outlet hole 42 of the discharge unit cap 40 and discharges it in the direction of the image table. It shows that it can be specifically implemented as (100).

FIG. 5 is to show an example of application of the water treatment apparatus 100 in which the cartridge 60 and the segment filter 70 to which the present technical idea is applied are mounted inside the water supply pipe 90 to be actually applied. In the drawing provided as a partial enlarged view, a circular bead 20 and an elastic spring 21 are built inside the inner ring 31 of the inlet cap 30 forming the inlet of the body 50, and the inlet cap It is provided in a structure having a central protruding rod 11 of the circular water pressure plate 10 that is connected to the outside of 30, so that it is built between the body part 50 and the inlet cap 30 in a situation where water is not supplied. The elastic spring 21 and the circular bead 20 press the through hole 33 to block it, and when water is supplied to reach a certain water pressure, the supplied water pushes the hydraulic plate 10 and the central protruding rod of the hydraulic plate ( 11) By pushing the circular beads 20 supported by the elastic spring 21, water is transferred to the functional component layer 51 through some through-holes 52a formed in the partition layer 52 inside the cartridge 50. It is introduced and contains functional ingredients, and discharged through the water supply pipe 90 and the segment filter 70 formed outside the body part 50 through the divided passageway 35 formed in the middle of the outer ring 32 It shows that it can be applied to the water treatment device 100 having a configuration that discharges in the direction of the arrow through the subcap 40.

Through the above description, embodiments in which the technical idea of the present invention is implemented are described through the drawings, but the technical idea of the present invention is not limited to the form shown in the drawings, and within the scope not departing from the gist of the technical idea of the present invention. In combination with a conventional water treatment apparatus, various modifications and variations may be applied, and even when such modifications and modifications are applied, the technology including the claims element of the present invention should be construed as belonging to the scope of the present disclosure.

10: hydraulic plate 11: central protruding rod
20: circular ball 21: elastic spring
30: inlet cap 31: inner ring
32: outer ring 33: center through hole
34: divided passageway 35: external bulkhead
36: downward insertion part 40: discharge part cap
41: protruding inner wall 42: water outlet hole
43: hip part 44: O-ring
45: body heat connection part 46: body connection insertion part
50: body part 51: functional ingredient layer
52: partition layer 53: body entrance
54: coupling portion 55: reduced diameter portion
60: cartridge 70: segment filter
71: nib 80: water filter
90: water supply pipe 100: water treatment device

Claims (5)

In the water treatment apparatus in which a circular water purification filter in which a cartridge and a segment filter are combined is inserted into a supply pipe to which water is supplied,
The circular structure of the segment filter is made of a material selected from PP (polypropylene), fibrous activated carbon (ACF), activated carbon block, porous ceramic, and PE (polyethylene) block, so that the outer edge of the circular cartridge is integrally wrapped. A nib is formed to block the flow of water at both ends,
A circular cartridge with a built-in functional ingredient containing a noni component has a structure in which the inlet cap, the body part and the outlet cap can be integrally combined or separated,
The inlet cap has a central through hole penetrating the body at the center, and a circular connection is formed on the outer edge of the inlet cap, so that the lower end of the circular connection forms a coupling part with the body, and the upper end of the circular connection has a plurality of divided passages. The water supplied through the central through hole is mixed and buffered with the functional components of the body and is discharged through the central through hole again, and the water is sent to the outer edge of the segment filter through the divided passage of the inlet cap. When forming the giving structure, the body portion of the inlet cap is provided with 1 to 8 water passing holes having a diameter in the range of 0.2 to 4.0 mm,
The body part with the built-in noni functional component has a shear reduction diameter part and a rear short reduction diameter part that are smaller than the normal diameter of the body part at the front and rear ends, and the shear reduction diameter part is combined with the inlet cap and the rear short reduction diameter part can be combined with the discharge part cap. Is provided in a structure,
The discharge part cap covers the rear short-diameter part of the body part at the top, and the outer edge of the center part has a blockage part that blocks water flow, and a concave groove is provided in the buttock part, and an O-ring is embedded in the concave groove. It is provided in a structure that is formed,
When the body portion is coupled between the inlet cap and the outlet cap of the above configuration, the nibs formed on both ends of the segment filter as the outer edge of the body portion are coupled by pressing both ends of the body portion, and then the discharge portion cap is connected to form an integrated water filter. A water treatment device, characterized in that it is mounted and used inside a supply pipe through which water is supplied. The method of claim 1,
The water treatment apparatus, characterized in that the cartridge and the segment filter containing the functional ingredient containing the noni component are provided in a separable structure, and are applied to separate and replace the segment filter from the cartridge. The method of claim 1,
Including a configuration in which a spring and a bead are provided in the mixing/buffering space formed between the body part and the inlet cap of the cartridge, and a hydraulic plate is provided at the inlet cap inlet so that the influent water is applied to contact the functional component when water pressure is applied. Water treatment device, characterized in that. In the water treatment method used by inserting a circular water purification filter in which a cartridge and a segment filter are combined in a supply pipe to which water is supplied,
The circular structure of the segment filter is made of a material selected from PP (polypropylene), fibrous activated carbon (ACF), activated carbon block, porous ceramic, and PE (polyethylene) block, so that the outer edge of the circular cartridge is integrally wrapped. A nib is formed to block the flow of water at both ends,
A circular cartridge with a built-in functional ingredient containing a noni component has a structure in which the inlet cap, the body part and the outlet cap can be integrally combined or separated,
The inlet cap has a central through hole penetrating the body at the center, and a circular connection is formed on the outer edge of the inlet cap, so that the lower end of the circular connection forms a coupling part with the body, and the upper end of the circular connection forms a plurality of divided passages. The water supplied through the central through hole is mixed with the functional components of the body and buffered, and is discharged through the central through hole again, and the water is sent to the outer edge of the segment filter through the divided passage of the inlet cap. Provided as a structure,
The body part with the functional component containing the noni component has a shear reduction diameter part and a rear short reduction diameter part which are smaller than the normal diameter of the body part at the front and rear ends, and the shear reduction diameter part is combined with the inlet cap, and the rear short reduction diameter part is with the discharge part cap. It is provided in a structure that can be combined,
The discharge part cap covers the rear short-diameter part of the body part at the top, and the outer edge of the center part has a blockage part that blocks water flow, and a concave groove is provided in the buttock part, and an O-ring is embedded in the concave groove. It is provided in a structure that is formed,
When the body portion is coupled between the inlet cap and the outlet cap of the above configuration, the nibs formed on both ends of the segment filter as the outer edge of the body portion are coupled by pressing both ends of the body portion, and then the discharge portion cap is connected to form an integrated water filter. A water treatment method, characterized in that it is installed and used inside a supply pipe through which water is supplied. The method of claim 4,
The functional ingredient containing the noni component is 2 to 15 parts by weight of noni extract, 30 to 55 parts by weight of vitamin C, 13 to 40 parts by weight of galling agent, 3 to 25 parts by weight of herbal extract, and 100 parts by weight of the remaining process water. A water treatment method, characterized in that the mixture is pressed in a cartridge to solidify and then dried.

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