WATER FILTRATION SYSTEM

Abstract

The invention is particularly useful for treating any water source, regardless of the cause or level of pollution, whenever needed. By cooling the water with the frequency provided by the piezoelectric element (6) which makes it drinkable, it turns the water into cold steam. distilling, without mixing chemicals into its structure, microbes and ultraviolet (UV) lamp (15) It relates to a water filtration system that removes bacteria.

Description

1 TARIFF WATER FILTRATION SYSTEM Technical Area Our invention is generally easy to use, energy-efficient, and produces minimal waste to the environment. This relates to a long-lasting, filtered water filtration system. The invention is particularly useful for treating any water source, regardless of the cause or level of pollution, whenever needed. Water filtration that distills water with cold steam using a piezoelectric element to make it potable. It relates to the system. 10 State of the Art Today, the survival of living beings depends on agriculture, industry, and daily life activities. Water is one of the most important basic resources for the continuation of life. Water sustains a large part of the human body. 15 It covers and plays a role in supporting vital functions. For human life. Ensuring that water, which is of paramount importance, is clean and safe is just as important as access to water. Polluted water containing harmful substances and chemicals poses a threat to human health. This Therefore, purifying and making water safe is of great importance for individual and public health. This is important. For this purpose, currently 20 methods are used using physical, chemical and biological approaches. Various purification methods have been developed. In the current state of technology, physical treatment systems can treat water without altering its chemical composition. Waste materials are purified using only mechanical and physical forces. Screening, Sand traps, equalization tanks, and sedimentation tanks are examples of physical treatment systems. 25 However, these physical purification systems cannot trap harmful organisms such as bacteria, viruses, and microplastics. It cannot be filtered completely. Again, in the current state of technology, certain chemicals are added to water in chemical treatment systems. By adding, the structure of dissolved or suspended pollutants is altered and they are separated into water. 30 This method is generally preferred in industrial wastewater treatment. Neutralization, coagulation, flocculation, chemical precipitation, chemical treatment. These are some of the systems. However, even with controlled use, these purification systems require regular filter changes. If not changed, it can lead to various problems. If the filters are not changed, over time... 2 Inside these systems, they transform into a breeding ground for microorganisms where bacteria multiply rapidly. This situation leads to water pollution and endangers human health. Again, in the current state of the technology, organic pollutants in wastewater are treated in biological treatment systems. consumed as nutrients by microorganisms, it is converted into harmless gases and biomass. 5 It is transformed. This method is generally the main stage in the treatment of domestic wastewater. Oxygen treatment, activated sludge system, distillation filters, anaerobic treatment, biological treatment It is one of the systems. Again, in the current state of technology, advanced home technologies; the water flowing from our taps in our homes is 10 These systems are designed to make the water drinkable, suitable for cooking and safe for use. These are scaled-down and optimized versions of the working principles found in industrial facilities. These devices typically employ a multi-stage filtration system, using physical and chemical filters in sequence. It provides reverse osmosis technology, ultraviolet (UV) sterilization technology, and advanced distillation. These are household technologies. These filtration systems include reverse osmosis and distillation technologies. Excessive filtration can result in the production of demineralized water. These methods harm human health. It poses a threat and can also lead to excessive water waste. The previous patent application, numbered 2021 / 011753, relates to the technique of "Portable Water Filtration". It is called "the apparatus". In the invention abstract, it is stated that "The purpose of this invention is to create an apparatus for use in different geographical locations and / or 20 during trips undertaken for various purposes and / or at home and / or at work, indoors or outdoors. Low-cost, portable, and fast filtration by using a single filtration system in various locations. The aim is to provide an effective device to improve water quality.” The invention prevents the accumulation of unwanted substances such as chlorine, chloramine, and heavy metals in water in carafes, pitchers, or glasses. It is used in its retention. In other words, this invention filters the water flowing from the tap. However, 25 In this invention, the frequencies provided by the piezoelectric element are used to vaporize water with cold steam. There is no mention of cleaning. The previous patent application, US2023083946A1, related to the technique, was titled "Portable Water Purification". It is referred to as "the device". In the invention abstract section, it is stated that "The described technology is a water filtration unit 30 It includes. The described water filtration unit defines a filtration unit cavity. Filter unit housing; inlet connected to the filter unit housing; filter unit located at least partially inside the cavity and containing a pump inlet and pump outlet. a pump (pump inlet is connected to the inlet); at least partially inside the filter unit cavity a filter housing positioned and containing a filter inlet and filter outlet (filter inlet pump 35 The outlet and filter outlet are connected to a water dispenser); and the water filtration unit is connected to a water source. When connected, the pump is activated to drive the water through the filter housing. 3 It is stated that "it includes a power source that is in communication with itself." However, in this invention mentioned... from cleaning water with cold steam using frequencies provided by a piezoelectric element It is not mentioned. The existence of the technical problems explained above and the solutions developed to these problems are 5 The inadequacy of the system has created a need to install a water filtration system. Purpose of the Invention The present invention meets the aforementioned requirements and eliminates all technical problems. It is related to the water filtration system, which removes and brings some additional advantages. The main purpose of the invention is to use its own generated electricity when needed to combat pollution and its causes everywhere. The goal is to ensure that all water, regardless of its level, is potable. Another aim of the invention is to cool water with cold steam using the frequency provided by the piezoelectric element. The process involves raising and distilling the water to obtain clean water. Another aim of the invention is to save energy by using the electricity it generates itself. Another aim of the invention is to be environmentally friendly by designing it to leave the least amount of waste in the environment. the system is provided. Another aim of the invention is to provide a more economical option with its long-lasting filter. 20 The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. This will be understood, and therefore the evaluation should also take these figures and detailed explanations into account. It must be done by taking it. Figures that will help understand the invention. The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For it to be understood, it must be considered together with the figures explained below. Figure 1 shows the appearance of the water filtration system that is the subject of this invention. 4 System references 1. Dirty water tank 2. Gravel section 3. Sand section 5 4. Carbon section 5. Fresh water tank 6. Piezoelectric element 7. Pipe 8. Tap 10 9. Water pump 10. Battery 11. Solar panel 12. Charging controller 13. Inverter 15 14. Aluminum-lined glass container 15. Ultraviolet (UV) lamp 16. Water inlet 17. Steam inlet 18. Dirty water inlet, 20 19. Glass reservoir tap 20. Glass vapor tube The drawings do not necessarily need to be scaled and are necessary for understanding the invention. Details that are not present may have been fabricated. Furthermore, at least largely identical 25 Elements that have, or at least substantially identical, functions are numbered the same. It is shown. Detailed Description of the Invention The present invention meets the aforementioned requirements and eliminates all disadvantages. It is related to the water filtration system, which removes and brings some additional advantages. This detailed description outlines the preferred configurations of the water filtration system that is the subject of the invention. It is explained solely for the purpose of better understanding the subject. 35 Figure 1 shows the appearance of the water filtration system that is the subject of the invention. The aforementioned water filtration system... In the system; water inlet (18) where muddy and fragmented water enters the system, dirty water inlet where dirty water fills The reservoir (1), in the dirty water reservoir (1) the gravel in which the dirty water is purified and freed from large particles The section of stones (2), where water is purified from smaller particles after being purified from larger particles sand section (3), carbon section (4) which eliminates bad odor in water after sand section (3), 5 The innermost layer is the clean water reservoir (5), from which clean water comes, the water in the clean water reservoir (5) draining tap (8), aluminum into which the water is transferred to purify it from germs and bacteria. coated glass tank (14), water from clean water tank (5) to aluminum coated glass tank (14) transfer pipe (7), water pump (9) which provides the power needed for the pipe (7) to carry the water, Water inlet (16) where water from pipe (7) enters aluminum coated glass tank (14), water 10 Ultraviolet (UV) lamp that purifies it from germs and bacteria without adding chemicals to its structure (15) by the frequency it provides connected to the dirty water tank (1) the DNA structures of microorganisms glass vapor that purifies water from microorganisms by damaging it and raising the water with cold steam Piezoelectric element (6) that concentrates and obtains distilled clean water in its tube (20), Water raised by cold steam in the piezoelectric element (6) into the aluminum coated glass tank 15 (14) glass vapor tube (20) carrying cold steam in piezoelectric element (6) The steam inlet (17) into the aluminum coated glass chamber (14) is free from germs and bacteria. It consists of a glass reservoir tap (19) from which the purified water is discharged. The electrical energy required for the water filtration system, which is the subject of the invention, is supplied by solar panels (11) 20 This is provided. The solar panel (11) converts sunlight into direct current (DC) electrical energy. The generated electricity is stored in the battery (10). The direct current generated in the solar panel (11) is charged by the charge controller. unit (12) controls the DC current. The DC current is converted to AC current in the inverter (13). In the water filtration system that is the subject of the invention, muddy and fragmented water is removed from the dirty water inlet 25 (18) enters and fills the dirty water tank (1). The dirty water in the dirty water tank (1) first flows into the large The water, purified from large particles, passes through the gravel section (2). It passes through the sand section (3) to be separated from small particles. After the sand section (3) Water cleaned from the particles passes through the carbon section (4) which eliminates its bad odor. Carbon In section (4), the water, whose bad odor has been removed, flows into the innermost layer, the clean water reservoir (5). Clean 30 The water in the water tank (5) is emptied through the tap (8). To purify the water from germs and bacteria. Water is passed through the pipe (7) and through the aluminum coated inlet (16) with the power provided by the water motor (9). The water is transferred to the glass container (14). The water coming into the aluminum-coated glass container (14) is ultraviolet (UV) Dirty water is purified from germs and bacteria without mixing chemicals into its structure with the lamp (15). The piezoelectric element connected to its chamber (1) provides a frequency of 35 by cold steam distillation method. It purifies water by damaging the DNA structures of microorganisms. Water is condensed in the glass steam tube (20) and the steam comes out of the aluminum coated glass inlet (17) 6 The water, purified from germs and bacteria, is transferred to the reservoir (14). The water comes out of the glass reservoir tap (19) It is emptied. In the water filtration system which is the subject of the invention, electricity is generated by sunlight and solar panel (11). The generated electricity is stored in the battery (10). In the charge controller (12) solar panel (11) 5 The generated electricity is controlled. In the inverter (13), the direct current is converted to alternating current. In the system, the water pump (9) gets the necessary electricity to operate from the battery (10). Piezoelectric element (6) receives the electricity it needs from the charge controller (12). Ultraviolet (UV) lamp needs It gets electricity from the inverter (13). Since there is a battery (10) in the system, the current stored during the day is used at night. This allows the system to be used whenever needed, anywhere. It is available for use. 20 30 35

Claims

7 REQUESTS 1. The invention; water inlet (18) into which muddy and fragmented water enters the system, dirty water into which dirty water is filled The reservoir (1), in the dirty water reservoir (1) the gravel in which the dirty water is purified and freed from large particles section of stones (2), where water purified from larger pieces is purified from smaller pieces 5 sand section (3), carbon section (4) which eliminates bad odor in water after sand section (3), The innermost layer is the clean water reservoir (5), from which clean water comes, protecting the water from germs and bacteria. aluminum coated glass container (14) into which the water is transferred for purification, from the clean water container (5) The pipe (7) that transfers the water to the aluminum-coated glass tank (14), the pipe (7) is necessary for the water to carry. The water motor (9) which provides the power, puts the water coming from the pipe (7) into the aluminum coated glass tank 10 (14) is a water filtration system with a water inlet (16), and its feature is;  The water is purified from germs and bacteria without adding chemicals to its composition. ultraviolet (UV) lamp (15),  DNA structures of microorganisms by the frequency it provides connected to the dirty water tank (1) 15 that purifies water from microorganisms by damaging it and raising the water with cold steam piezoelectric that condenses and obtains distilled clean water in a glass vapor tube (20) element (6),  water raised by cold steam in the piezoelectric element (6) aluminum coated glass glass vapor tube (20) carrying to the reservoir (14),  In the piezoelectric element (6), the distilled cold steam is poured into the aluminum-coated glass chamber 20 (14) steam inlet (17) It includes.

2. A water filtration system conforming to Claim 1, whose features are:  The tap (8) that drains the water from the clean water tank (8), 25  glass reservoir tap through which water freed from germs and bacteria is discharged (19) It includes.

3. A water filtration system conforming to Claim 1, with the following features:  The electrical energy required for the water filtration system is obtained from sunlight as direct current. solar panel producing (11),  the battery in which the generated electricity is stored (10),  Charge controller unit (12) that controls the direct current produced from the solar panel (11),  inverter that converts direct current to alternating current (13) It includes. 35 8 4. The invention involves muddy and fragmented water entering the system from the dirty water inlet (18) and into the dirty water tank. (1) filling, gravel for the first treatment of large pieces of dirty water in the dirty water tank (1) passing through the section of stones (2), water that has been purified from large pieces has been purified from smaller pieces passing through the sand section (3) for purification, after the sand section (3) the pieces Passing through the carbon section (4) which removes the bad odor of the cleaned water, carbon 5 In section (4) the water, whose bad odor has been removed, fills into the innermost layer, the clean water reservoir (5), Water filtration with steps to drain the water from the clean water tank (5) via tap (8). It is a system, and its feature is;  to purify the water from germs and bacteria with the power supplied from the water pump (9) through the pipe (7) to the water inlet (16) into the aluminum coated glass tank (14) 10 transfer,  The water coming into the aluminum coated glass tank (14) is illuminated by an ultraviolet (UV) lamp (15) purification from germs and bacteria without introducing chemicals into its structure,  Piezoelectric element connected to the dirty water tank (1) by cold steam distillation method By providing a frequency that damages the DNA structures of microorganisms, it reduces the water temperature to 15. eliminating microorganisms,  In the glass steam tube (20) water is condensed and aluminum is introduced from the steam inlet (17) transfer to a coated glass container (14),  The water, which has been purified from germs and bacteria, is drained from the glass reservoir tap (19). It includes the steps of the process. 20 5. Generating electricity from solar panel (11) with sunlight in accordance with claim 4, generated The electricity is stored in the battery (10), in the charge controller (12) and in the solar panel (11) The generated electricity is controlled by converting direct current to alternating current in the inverter (13). conversion process It is a water filtration system with several steps, and its feature is;  the water pump (9) gets the necessary electricity to operate from the battery (10),  The piezoelectric element (6) receives the electricity it needs from the charge controller unit (12),  The ultraviolet (UV) lamp gets the electricity it needs from the inverter (13) It includes the steps of the process. 35

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