KR20020033689A - a filiter style of waste water clean purifier - Google Patents

Abstract

PURPOSE: A drawer type water purifier purifying water by passing life wastewater through filtering filters and filtering materials is provided to minimize water contamination by passing the life wastewater causing environmental pollution through filtering processes of the water purifier. CONSTITUTION: The drawer type water purifier purifying water by passing life wastewater through filtering filters and filtering materials is characterized in that the body of purifier is formed in a hexahedral structure having tetragonal surfaces the inner part of which is empty, upper and lower surfaces of which are opened, three surfaces out of four surfaces surrounding the hexahedral structure are closed while the other one surface is opened, an empty space inside the structure is equally divided into six compartments each of which are constructed in such a manner that thin flat panels are horizontally and symmetrically formed on both side surfaces of the structure from a direction of the opened surface that is one surface of side surfaces of the body of the structure to a direction opposite to the opened surface with the thin flat panels being somewhat projected from the inner side surfaces of the structure to the inside of the structure.

Description

A filiter style of waste water clean purifier that purifies by passing household wastewater through filtration filters and filtrates

The present invention is a water purifier to purify the domestic waste water by using a filter and the filtrate to be purified water in the past, the conventional waste water treatment is a waste water to filter the simple food waste and the water is discharged through the sewer pipe and left as it is in nature. It was done. In some large cities, wastewater treatment plants are set up to be discharged to the sea after purification treatment before finally going to the sea. However, due to the large size and cost of the facilities, they are not adequately managed or operated properly. It is discharged to streams, ditches, and streams, which are processes before branching, and the odor is already accumulated in the process along with the rust pipes, or odors are generated by long paths, and the wastewater accumulates to become worse wastewater. In the process, the accumulated wastewater caused the process streams to be devastated, which often resulted in inadequate cleanliness or significant costs for the part of the process. In addition, heavy metals and chemicals are discharged illegally to industrial factory wastewater, or a small amount of emissions are causing water pollution to be serious and such drainage has resulted in significant effects on natural reproductive ecosystems. . On the other hand, when the small things gather together, such as the proverbs of moss gathering, they become enormous and become a reality that must be blocked by sputum, and they are absorbed into the ground or flowed into rivers or rivers, and then again drinking water or industrial water. There are also circular cases that can be set at the table, resulting in social and economic consequences. In particular, food water has a lot of interest and investment by purifying water-contaminated water supply through drinking water purifiers, but in general, discarded household wastewater tends to be indifferent or reluctant to invest because of not eating directly. It is very difficult for individuals to realistically invest in facilities and expect the participation of a good social environment, and the present invention can be utilized at a low cost due to the synergistic effect of preventing water pollution to some extent even in some of domestic and industrial wastewater. Is a configuration that solves the problem. As a result, it is purified by sequential step by using the filtrate so that it can be discharged to rivers, rivers and seas in the final purified state. In the step 1, the large particles such as food are filtered through the net. In the second step, Yal filters out oily or small lumps with water, filters out the dirt adhering to the surface of the wastewater, and in the third step, it uses a sponge to filter out smaller lumps and dirts when passing by the density of the composition. Is a device that passes through a filtration filter consisting of a primary carbon filter, and through-holes are densified in the first to third stages of pores to adsorb and filter out chemicals. Easily exchanged water and filtration filters and minimized purchase burdens. Is the field of water pollution prevention water purifier in the environmental industry, and is a chemical processing industry, which is a manufacturing and injection molding industry using plastic materials that filter the body and filtration, and the chemical industry by chemical processing from crude oil to plastic materials. Field.

As described above, the present invention selects the technical problem, which is a technical problem, in order to solve the conventional technical level and the problem with new and advanced as follows.

First, 3M and 3S were introduced for the effectiveness of manufacturers in the industry. 3M mass production, mass distribution (sales), mass consumption, and standardized, standardized and specialized manufacturing and management processes to efficiently perform 3S and 3M. Standardize the particle size, quantity, and sponge of the filter, sand, and sponge that enter the inside of the container, and standardize it to large, medium, and small sizes according to the purpose of the facility, and make it mass-produced for households, businesses, and factories. It is designed to be compatible and to reduce the cost, and standardization simplifies the structure of the standardized one so that manufacturing efficiency can be minimized. The size, shape, and structure of the filtration filter and the filtrate are the same. Considering the skills and expertise management was to configure a six step process by structure of the filtering process to the high quality filtration control for the purpose of the prevention of pollution.

Secondly, for the effectiveness of the users of life and industry, the construction, considering the handling surface, the economic surface, and the functional surface, was considered as the safety, aesthetics, and comfortable use as the handling surface, and the structure of the drawer structure, handle structure, and cube body structure. Part of one side is a flat plate on the top and top to facilitate the installation and removal of the water purifier and the exchange of filters. The drawer-type filtrate and filter box structure considered the exchangeability of sand, sponge and filtration filter. And the rail structure allows convenient exchange of each layer filter for convenient handling, and the rail is easy for the device of individual drawer structure filter box and filter box of each layer. The overall structure is a square structure considering the aesthetics after installation. It is possible to manufacture using natural color so that It was chosen to be used. In terms of economy, mass production becomes the components and the main body so that the cost can be minimized so that the purchaser can minimize the purchase burden. The same drawer type filtration and filter box reduce the investment cost of manufacturing equipment. The size of the filter and sponge inside the drawer box are the same to take into account the manufacturing efficiency, and the individual structure of each layer makes it possible to replace each filter or sponge sand individually so that the whole need not be replaced. Became. In terms of function, the wastewater is gradually purified from food waste and discharged into the stream. It is composed of six stages of filtration process equipment, which can be used in various ways for home, business, and factory. The structure of the device is designed so that the filtration rate can be treated at a high level.

1 is an overall assembly view of the main body, the filtrate container, the filtrate carbon filter and the sand and the sponge are combined.

2 is a front view, a plan view, and a right side view of a first leaf of a hexahedral structure outer cylinder which is a main body.

3 is a front view, a plan view, and a right side view of a second leaf of a hexahedral structure outer cylinder which is a main body.

Fig. 4 is a front view, a plan view, and a right side view of a hexahedral structure square cylinder with a drawer structure filtrate of a component fitted to the main body.

5 is a front view, a plan view, and a right side view of a sponge that is mounted inside a hexahedral structure drawer-shaped square tube as a component.

6 is a front view, a plan view, and a right side view of the primary, secondary, tertiary, and carbon filters to be mounted inside a hexahedral structure drawer-type square cylinder as a component.

7 is a front view, a plan view, and a right side view of a network structure emptied into a hexahedron for filtering food waste as a component.

FIG. 8 is a front view and a plan view of the overall coupling in which several same screw threads are combined as a living sewage water purifier having a cylindrical structure.

Fig. 9 is a front view and a plan view of a main body which is the outermost structure of the uppermost part of the raw sewage water purifier coupling component having a cylindrical structure.

Fig. 10 is a front view and a plan view of a main body which is an outer structure of the middle and lower parts of the living sewage water purifier coupling component having a cylindrical structure.

Fig. 11 is a front view and a plan view of a top inner filter network which is a living sewage water purifier coupling component having a cylindrical structure.

Fig. 12 is a front view and a plan view of the inner filtrate compartment of the intermediate part of the municipal sewage water purifier coupling component having a cylindrical structure.

FIG. 13 is a perspective view in perspective view, perspective view of FIG. 1; FIG.

The present invention is to solve the conventional technical level and the problems faced by the new and advanced as described above, and to be easily carried out by ordinary people in the field and the technical problem selected as a creation by the causal relationship using the natural law The specific configuration, shape, structure, combination and principle of the technical idea and action are as follows.

1 is a combination of the main body 1 and the constituents of the filtrate box 2 and the filtration carbon filters 5, 6, 7, sand 3, and sponge 4. In relation to the concrete shape and structure, the shape of the main body has a rectangular angular structure (1), the inside of which is emptied, and an opening structure on one side of the side. In the empty interior, six layers are equally spaced, and the distinction between each layer is a rail (shelf) structure symmetrically, with flat plates projecting inwardly horizontally on both sides of the opening surface, and there is a drawer type filter (2). The same carbon filtration filter box (2) as the water box was fitted to allow horizontal sliding. The lower side has an opening structure, the three sides of the side has a closed structure, the upper side has a flat plate, and the other side has an open square tube (8) to filter food waste there. It was supposed to be a defect. The square mesh tube (8), which enters the first floor of the first stage that filters food waste, is a rectangular hexahedral structure, the upper surface of which is opened, and the upper surface of the main body can be inserted into the upper and lower parts so that it can be mounted on the rail. The upper surface is open, the four sides are closed perimeter membranes, and the lower surface has a small perforated hole to allow the wastewater to pass down. For easy insertion and removal, the structure is a semi-circular structure that projects slightly horizontally inwardly. The drawer type filter bag (2) and the filter filter box (2) have the same structure, and the upper surface is opened in a rectangular hexahedral structure, where the filtrate and the filter are formed into a rectangular cube and sand (3) and Sponge, carbon filters (5), (6) and (7) can be put in, and one side of the side is a thin cube with a narrow width. It has a structure formed at the center of the bottom, and a very small through hole is drilled at the bottom so that the wastewater passing through the filtrate and the filter can be discharged downward. The filtrate was made of low particle sand (3), which was used as a two-stage filtration system, and as a three-stage filtration system, the sponge (4) had a rectangular hexahedral structure of dense particles and a four-stage filtration system. The carbon filter (5) consists of a rectangular hexahedral structure, and several sheets are combined to penetrate each other through very small pores so that the waste water passes through and becomes purified. ), The tertiary carbon filter (7) has the same shape and structure, but has a structure consisting of pores with a smaller pore density. Applied technical principles and actions include a one-stage net (8) structural component that filters the body and food waste material, and the drawer type filter filter box (2) and the filter box (2) are plastics. The sand (3), which was made through chemical processing, was collected from nature and sorted out with few particles. The sorting was made by shaking the sand in the network structure, and the small ones were sorted into particles of a certain size through the through holes. The principle was to compare the size of an object with a tool to sort through and pass through. The sponge (4) is a chemically processed raw material, and the structure is very densely organized so that only the wastewater, which is a fluid, can pass. Carbon filters (5), (6) and (7) are chemically processed on palm or coconut shells and stacked in thin layers. It was to allow fluid to be passed through the wastewater only. Structurally, the rectangular shape is made into a hexahedron for easy handling, and it is a structure for efficiency of manufacturing and handling, and it is a structure and shape considering optimal space use and aesthetics. The principle of function is that the fluid is passed through the pores and the friction force is generated by the surface tension, which is washed by the compounding and mixing of the materials, and is combined with the decomposition to remove the odor and remove the odor. Due to the structure that the fluid flow is passed from the top to the bottom, it is a functional action that allows the flow process to proceed naturally by universal gravity. In this way, after long-term use, the dirty sand (3), sponge (4) and filtration filters (5), (6) and (7) must be replaced with new ones. In order to ensure proper life, the size and quality of the material is about 6 months to 1 year of life, and it is easy to handle easily and safely when it is replaced. The main body (1), (1-a) is pulled out of the water purifier mounting structure that is grooved at the bottom surface, and the drawer type structure is removed from the body (1-a), (1-b) and It is to be able to replace the contained filtrate sand (3), sponge (4) and carbon filtration filters (5), (6), (7). As a principle and function applied to the technical idea, each filtrate box, which is the body of each hexahedral structure, is a prestick, made of plastic material through chemical treatment in crude oil, and each filtrate is sand, sponge, carbon filter. The sand is taken from natural stone, the sponge is chemically processed from crude oil to make a sponge material, and the carbon filter is made of carbon, a chemical element, using palm bark, and the manufacturing process is a physicochemical process from all natural resources. It is used in the form of materials for specific manufacturing processes, which are classified or processed according to the characteristics of the intrinsic constituents of each material, and they use properties that are separated, combined, destroyed, or modified by the properties they change when they exert external forces. In the case of sand, By means of longitudinal action, very small granules of stone were collected and manufactured and processed to make the present invention structurally using each material. In the case of plastic, the plastic material is fixed in advance by a design prepared in advance. Molds are made of metal materials and equipment or tools so that the shape and structure can be made by the main body and each filtrate. Metal molds convert electric power energy into force energy according to the law of energy conservation. It is transmitted to the tool, so that the equipment is operated by its force, so that it can be rotated or moved, and such action is applied to the metal, and the metal material is applied by the force. The object cannot withstand the force Destroyed or punched or cut and processed into molds, the prepared molds are mounted in a molding injection molding machine. After installation, the plastic material is put into the molding injection molding machine. It is mechanically changed and the fluid is moved to the inside of the mold mounted by the moving device of the equipment, and finally it is sprayed through the nozzle by the pressure and volume, which is Boyle-Shalal's law, to the inner space of the mold. The filled and filled fluid is transformed into solid as it cools and is discharged as a finished product. All of the materials from the material to the finished product are exerted on the object by applying the above-mentioned laws according to the principle of force. Each physicochemical change is related to the separation of The change of the form is used. As the filtrate is a structure, sand is collected from natural stones and transferred into the filtrate box. The sponge is a sponge material that is cut and tailored using a cutting machine. The carbon filter is a 1.2, tertiary filter that is processed and manufactured according to the structure and shape of the present invention required by the conversion action, and the wastewater which is a fluid to allow the carbon filter function to function as the second and tertiary filters are denser than the first. It was designed to be a very fine hollow penetrating structure to filter over the debris and to use compression and tissue structure formation and processing using palm bark or carbon material. In practice, various principles of hydrodynamics are applied to utilize the speed, quantity and quality of the movement of fluid, wastewater, osmotic pressure and surface tension, Bolshhal's law and laws of motion, friction and action, and the properties of objects and objects. It is based on the principle and action of separation, bonding, mixing and chemical action caused by chemical changes of filtration, washing, and odor removal. Ergonomically, it is a wastewater that is dropped by universal gravity using natural law. It is a structure that considers the ease of handling, safety and aesthetics of long-term replacement and environmental hygiene cleaning management, which is a combination of natural movement from the top to the bottom, and the insertion of square and the efficiency of device It is a structure.

Figure 2 is a structure of the first type of the structure of the rectangular shape of the cube in the form of a cube (1-a), one side of the four sides of the opening structure, the three sides are closed structure, the upper surface and the lower surface Has an open structure and the interior is empty. Inside the empty space, it is divided into 6 layers at equal intervals, and the partition is horizontally symmetrically on both sides from one side of the open side, and a thin horizontal plate protrudes inside to become a rail function, and a part of the upper surface is a horizontal flat structure. It became. In Fig. 3, all the objects at the angles 7 have the same principle and action.

Fig. 3 is the same as Fig. 2, but only the others are horizontally laterally symmetrical thin plates protruding into the interior, not a part of the entire rectangular plate, the interior is hollow and largely penetrated in a rectangular shape It is the structure and shape of the second type of main body, and the horizontal plate on the right, left, front and rear is projected by rail function inside. The drawer-type filter box (2) and the filter filter box (2) is inserted there is to be inserted and removed horizontally.

Fig. 4 is a hexahedral drawer-shaped filter box (2) and a filtration filter box (2), which are rectangular in shape on a rectangular surface, the inside being emptied, and the upper surface is opened, and the side surface of the slope is closed. On one side, the thin plate structure of thin thickness, narrow width and long length cube in the middle part is bent on both sides and it is handle to form one side of the width of drawer type main body. Very small through holes were drilled to allow the wastewater to pass down.

Fig. 5 shows the shape of a sponge (4) made of hexahedron as a constituent part, and the structure is very dense, resulting in a structure in which pores are formed.

6 is a carbon filter of (5), (6), (7) as a component part, which is rectangular in the shape of a square and is made of very small pores in a thin flat plate structure, and each flat plate is combined with several sheets. The first, second, and third filters have the same shape, structure, and principle, but the only difference is that the pore size gradually decreases.

7 is a hexahedron in the rectangular shape of the network structure (8) which is fitted from top to bottom on the uppermost layer of the main body, the top surface is opened, the perimeter is a closed structure and the bottom surface is a through hole. The food waste was filtered out and the wastewater was passed down, and the middle part of the upper surface was symmetrically projected into a semi-circular shape and horizontally projected in a semicircle for convenience in insertion and removal.

Fig. 8 is a third type of leaf, which is different from Fig. 1 in that the outer structure of the main body consists of a cylindrical structure (1-b) and (1-c) rather than a hexahedral structure. It is composed of the main body of the external structure, which is combined with the screw method and the whole is a water purifier, and there is no open structure on the cylindrical surface, which is a side part, and the entire structure is closed. The bottom structure is hollow and has a large cylindrical opening. The uppermost structure is a structure in which the filter net (8-a) is put together in the entire coupling structure, and the inside is emptied. The bottom part is a female screw on the inner surface. It has a female thread from the bottom to the end of the cylindrical surface, where the same structure of the middle and bottom is combined. In each interior, as the hexahedral structure of Fig. 1, the filtrates are put into the filtrate box (2) and combined with only a cylindrical structure (1-c) and a filtrate box (2-a). The part that needs the filtrate box (2-a) inside is the two-layer and the three-layer part where sand (3-a) and sponge (4-a) filtrate enters, and the filtrate box (2-a) has a cylindrical shape. The bottom surface consists of a large number of perforated holes in a circle or a square, arranged in a uniform arrangement, where sand (3-a) and sponges (4-a), which are filtrates, are placed. Inside, the filtrate box (2-a) is put back into the structure. The cylindrical filtrate box has no dichroic handle, and is a primary (5-a), secondary (6-a), tertiary (7-a) The carbon filter filtrate was formed into a cylindrical shape without any filtrate inside the body structure. The water only, but the same structure as described above will only look both been in a cylindrical shape. When replacing or cleaning all the combined components, take out the inside of the ground by turning the entire structure from the upper layer which is screwed and unfasten it and replace the contents after separation, or replace it after washing and rotate it again and install it inside the ground. If you give it.

Fig. 9 is a top-layer main body outer structure 1-b, which is a joining component of a cylindrical structure, as described above in Fig. 8, which is hollow in shape in the cylindrical shape, the upper part is opened, the lower part is the bottom surface, and the bottom part is the bottom-to-top part. It is a horizontal hollow structure at a slightly raised position and has a female thread in the interior from the bottom surface of the bottom surface to the bottom cylindrical surface, where the cylindrical outer structure body, which is coupled to the bottom thereof, is joined by a screw method. Water.

FIG. 10 is an intermediate layer main body outer structure 1-c which is coupled to the lower part of FIG. 9 and is continuously used equally in the lower part of the whole structure. The inner part is empty and the upper part is opened and the upper part of the cylindrical surface is It is made of male thread on the outside, and is made of female thread on the inside from the bottom of the bottom surface to the bottom of the cylindrical surface, and the same structure is joined up and down by screw method. a) The secondary (6-a) and tertiary (7-a) cylindrical carbon filtration filters were put together to be combined, and the bottom of the bottom was hollow and large circular through structure.

Fig. 11 is a cylindrical filtration net 8-a which is put into the uppermost part of the cylindrical household sewage water purifier to be combined. The cylindrical shape of the container structure has a small bottom surface with a very small through hole and many perforated round or square holes. The side part is closed structure, the upper part is opened, and the upper two parts of the cylindrical surface part are semi-circular thin handle horizontal plates from the outside to the inside.

Fig. 12 shows the cylindrical filtration in two and three stages (2-a), where the filtrate sand (3-a) and sponge (4-a) are separated from the outside by the load and characteristics when the fluid flows downward. Its structure is designed to prevent this from happening. The bottom surface is a very dense through hole, the top is open and the cylindrical surface is closed.

FIG. 13 is an isometric view of the perspective view of FIG. 1. FIG.

In recent years, due to industrial development, environmental problems have been taken seriously on the skin. The reasons are found one by one by various causes and problems, and much attention and effort is paid, but they are so vast that they have reached a serious level. The environment has a natural tangible material environment, an internal mental and psychological environment, and there are a number of problems with the natural tangible environment, among which are divided into water quality, pollution of the air, land, and noise, and among them, Invention and problems, and water pollution is largely shown as a problem of drinking water and waste water. The problem of water quality, such as drinking water or waste water, is all the problem caused by industrial development and industrialization using nature. In particular, as a major cause of water pollution, the plant's wastewater and domestic wastewater are discharged back to nature without purification. Big and bothersome, before that it accumulates because of ignorance Today, the impact is that ecosystems are anomalous, resulting in poor quality, reduced yields, extinction of natural flora and fauna, and endangerment of polluted flora and fauna and human consumption. The cause and effect of many diseases have been caused. However, drinking water is being used by the government and private companies through water purification facilities and water purifiers at homes, businesses, businesses, and institutions. The cost is high in individuals, a small number of organizations or groups, and the idea that the installation is neglected or tolerated, and that small amounts of waste is not necessary along with the amount of wastewater discharged, is mainly caused by large quantities and wastewater. Influence of Concentration and Pollution At the same time, only wastewater treatment facilities are operated by focusing only on the discharges from factories and special stores or offices that are considered to be industrial entities. Pollution in all sewer pipes and pathways was a burden that was difficult to realistically install and operate water treatment facilities due to the distribution of the entire country. On the other hand, the present invention has been invented in a level and a method that can effectively minimize, but not completely purify, wastewater that is discharged in various forms from small to large amounts at low cost. If only small investments and interests in protecting clean water from water pollution can be halved at present levels, convening organizations and consortiums will be able to halve the current levels of seriousness. In the conventional case, only specific targets by specific wastewater treatment facilities were possible, and the manure and washings, which are the domestic wastewaters of homes, businesses, and stores, were directly discharged into sewage pipes. Being released into the river I went off. Even though there was no facility or device itself such as a water purifier or a wastewater treatment facility, it became a state of being filtered once in one step. Compared to the related art, the present invention absorbs odors and chemical components in the step of filtering food waste, which is a first step, by a device having a six-step water purification process, so that the purified water can be purified to minimize water pollution. The second stage is sand filtrate, the third stage is dense sponge, and the fourth, fifth and sixth stages are carbon filtration filters to be purified and discharged. When the life of the filtrate and the filtration filter is at the end of the life it is convenient to invent a replacement structure is made possible. To improve the quality of water purification, simply replace it with a carbon filter or such a filtration filter instead of sand and sponges, which can be possible without operating a separate wastewater treatment facility for the discharge of wastewater with high concentrations of wastewater. It can be used as a preventive concern and investment. When using the installation, just dug a rectangular groove in the part with the sewer pipe on the bottom of the existing facility building, fix the sewer pipe at the bottom of the groove in the center, and purchase the present invention in the grooved place and insert the entire assembly combined with the main body. It can be handled with ease, safety, and aesthetics in consideration of aesthetics. In particular, the main body is made of natural colors, allowing users to choose a safe and aesthetic identification with their preferred color or surrounding facilities. Especially when it is exported, it is an invention of the effect that can be beneficial to national interests by acquiring foreign currency.

Claims (3)

As the main body, it is a rectangular hexahedral structure (1-a), and the inside is emptied, and the upper and lower surfaces are opened, and three of the four sides of the circumferential side are closed and one is opened. In the empty space, the structure is divided into six equally spaced spaces, and each layer has a flat plate horizontally opposite from the open side, which is one side of the main body side, and protrudes from the inner side to the inner side slightly. A domestic sewage water purifier which is purified by passing wastewater through a filtration device having a structure. (A) As the second type, the main body (1) has a hexahedron structure, the inside of which is emptied, the three sides of which are closed, one side of which is opened, and the inside of which is vacant, divided into six equally spaced intervals. The structure of the layer consists of a horizontal plate as a whole with a flat plate on each side of the open side, which is one side of the main body side, a hollow structure inside, and a large rectangular perforated structure on all flats of each layer. Household sewage water purifier, which consists of only part of the opening face of the wastewater, and the remaining part has only three side thicknesses, which are the outer edges of the rim, and passes the wastewater through the filtration device of the open structure. The six-layer rail structure of the hexahedral structure body (1) and (1-a), and a box-type (2) of a hexahedron having an upper surface fitted to a hollow horizontal plate, and a drawer type with a handle attached thereto. Combination structure of the structure and the cylindrical shape (2-a), the upper part of the main body is fitted from the top to the bottom, and the shape and the structure are open on the upper surface, and the circumferential four-side structure (8) and the cylindrical structure (8-a) are closed. The lower surface has a very small through-circle hole, and the middle part of the upper part of both widthwise sides has the filter network structure 8, 8-a protruding horizontally in a semi-circular shape symmetrically from side to side. From the second floor and the rectangular shape, it consists of a cube (2) and a cylindrical shape (2-a). The upper surface is opened, the circumferential surface is closed, and the lower surface has a very small through hole. On the outside of the cotton is thin in the middle The hexagonal structure of long length structure with thickness and narrow width is bent on both sides to be combined with handles. It is inserted into each inner layer of main body (1) and (1-a). Inside each of the cylindrical bodies 1-c, filtrate sands 3, 3-a and sponges 4, 4-a, filtration carbon filters 5, 6, 7, 5 -a) (6-a) (7-a) is a household sewage water purifier which is purified by passing the wastewater through the filtration device with the filtrate box combined with the filtrate. The carbon filtration filters (5), (6), and (7) according to claim 2, which have a rectangular shape in the shape of a square and have a thin plate structure and cylindrical (5-a), (6-a) and (7-a). A living sewage water purifier that has a very tightly pierced circular hole and is made of a very thin flat plate that is combined with a thick hexahedron filter to pass wastewater through the filtration device.