A Filter Structure

Abstract

The invention relates to a type of filter used in the connection taps of batteries to deliver pressurized water in a controlled manner to a specific point, ensuring the retention of particles and the delivery of purified water to the user.

Description

1 TARIFF A Filter Structure Technical Area The invention involves batteries that transmit pressurized water in a controlled manner to a specific point. Used in connection taps, it traps particles and provides the user with purified water. 5 It involves a type of filter that facilitates transmission. State of the Art In toilets, fixtures and toilet bowls require water to be delivered under pressure. coarse waste found in taps, valves, and water coming from the mains The need for separation and delivery of clean water to the user. 10 It is felt. In this context, the methods used to meet this need are... Filters are part of the known state of the technology. Current applications involve various methods for trapping particles present in water. Filters are used. However, especially in bidet taps, intermediate taps, mini Water 15, which can be easily positioned in small plumbing elements such as valves. Filter elements are needed that allow passage and enable the retention of particles. It is heard. The metal filters currently in use can trap sand found in the tap water. to prevent gravel, algae and similar particles from passing through the faucet spout. It is used for this purpose. The metal structure of these filters is in direct contact with water. 20 This causes corrosion over time. The metallic particles formed as a result mix with the water and exit the faucet spout. Water containing water is discharged. As a result of the user consuming this water... Skin irritation symptoms such as redness and burning may appear, and also... This situation can also lead to infection. 25 In addition, the metal strainer has its designated target inside the tap. The installation and positioning of the filter in the area takes time. The filter's placement in the target area if it cannot be placed correctly or secured in the appropriate position, the water must pass through the filter as desired and the particles must be at a sufficient level. It is not possible to separate them. As a result, 30 of the water containing particles... 2 It passes through a filter and reaches the user. The hard material comes with pressure. The particles can cause irritation and injury to the user. In addition, in the water... Particles that are trapped inside and cannot pass through the filter damage the internal structure of the faucet. It causes dripping and water leakage. In conclusion, due to the negative aspects described above and the current solutions regarding topic 5 Due to its shortcomings, an improvement in the relevant technical field is necessary. It has been made. Purpose of the Invention The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve it. 10 The main purpose of the invention is to connect existing batteries in the current state of the art. especially in faucets, such as shut-off valves, bidet valves and mini valves. to eliminate the technical deficiencies described above in the filters used in the components and The aim is to present an innovative solution in this field. The main objective of the invention is to improve the water supply. sand, gravel, moss and similar foreign particles inside the tap nozzle 15 to prevent water from passing through and at the same time to prevent the filter from coming into direct contact with water. potential corrosion and the resulting metallic particles mixing with the water The goal is to provide an improved filter structure that prevents this. Another purpose of the invention is to ensure that the filter, thanks to its support structure, prevents leakage within the tap. The goal is to ensure easy, fast, and accurate placement in the target area. Also, assembly 20 positioning errors caused by and consequently inadequate particle separation The goal is to prevent. Another aim of the invention is to prevent blockages in valves and to identify the cause of the blockage. This prevents water dripping and water waste. Another objective of the invention is to ensure that the filter is reliably fixed in the correct position. by ensuring the effective retention of particles found in the tap water and particle removal. The purpose is to prevent water containing contaminated water from passing through the tap outlet. Another purpose of the invention is to enable the filter to be cleaned and reused. It has a structure that allows particles to accumulate on the filter. If this happens, the tap will turn off at 30°C. 3 The filter can be easily removed by opening the cover. Support structure and exterior. Thanks to its fins, the filter maintains its shape and is reused after the cleaning process. It can be reused by simply putting it back in place. To achieve the purposes described above, the sinks must be connected to the main water supply system. 5 located between the battery hoses and used to turn the water flow on and off. to trap coarse particles found in the water coming from the network and A filter has been developed that provides particle-free water flow, as mentioned above. sieve:  The filter mentioned is a filter made of plastic material and, 10  Multiple inner rings that enable the retention of the aforementioned particles, and It contains multiple straight rods.  To ensure the filter remains stable inside the tap, parallel to the inner rings It includes an upper and a lower fixing ring, which are shaped as follows. The structural and characteristic features and all the advantages of the invention are given in the figures below and 15 This becomes clearer thanks to the detailed explanation written with references to these figures. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. Figures that will help understand the invention. Figure 1 shows a perspective view of the filter that is the subject of the invention. 20 Figure 2 shows a bottom view of the filter that is the subject of the invention. Figure 3 shows the filter, which is the subject of the invention, positioned inside the connection tap. It shows. Explanation of Part References 1. Filter 25 11. Upper fixing ring 12. Bottom fixing ring 4 13. Inner rings 14. Straight bars 15. External federations 16. Support Structure 20. Tap 5 21 Mains water inlet 22. Faucet valve 23. Faucet cover Detailed Description of the Invention In this detailed description, the preferred configurations of the filter structure that is the subject of the invention are 10 This explanation is provided solely to facilitate a better understanding of the subject. The subject of the invention is the filter (1), which connects the main water supply to the connection taps of the batteries. positioned between the hoses and used to turn the water flow on and off. in particular, coarse particles such as sand, gravel, algae and similar particles found in tap water By enabling separation, it ensures that the user receives water separated from the particles. 15 It relates to a filter structure (1) that provides. The circular upper fixing ring (11) located on the filter (1) and the circular The lower fixing ring (12) in the form will be parallel to each other, is positioned and its position in the tap (20) must be maintained. It provides. Between the upper fixing ring (11) and the lower fixing ring (12) the upper 20 inner rings (13) parallel to the fixing ring (11) and the lower fixing ring (12) It is formed. However, the upper fixing ring (11) and the lower fixing ring (12) Straight bars (14) are positioned so that they will come into contact. Inner rings (13) and straight The openings created between the rods (14) allow water to pass through the filter (1). while providing the opportunity, coarse particles in the tap water, inner rings (13) and flat 25 It hits the rods (14) and is caught by the filter (1). One end of the outer ribs (15) is attached to the upper fixing ring (11), and the other end is attached to the lower one. It extends in such a way that it contacts the fixing ring (12). Thus, the upper fixing A supporting structure is formed between the ring (11) and the lower fixing ring (12) and Mechanical strength is increased. The inner rings (13) are placed inside the inner volume of the filter (1) in such a way that they come into contact with the outer feders (15). They are positioned. Straight bars (14) are positioned parallel to the outer ribs (15) and It is located in the inner volume of the filter (1) in such a way as to contact the inner rings (13). Inner 5 The filtering function is performed in the presence of rings (13) and straight bars (14). The support structure (16) will contact the lower fixing ring (12) at multiple points. It is positioned in this way. This multi-point contact structure allows for the removal of the filter (1), preserving its structural integrity during cleaning and repositioning It is helpful. 10 The tap cover (23) located on the connecting taps can be easily accessed by the user. It has a structure that can be opened / closed. After the tap cover (23) is opened, the strainer (1), bottom fixing ring (12) and support structure (16), tap cover (23) surface manually tap (20) to the target area located inside. is placed. Thanks to this placement, the support structure (16) is placed by the user. It is accessible. Through the connection tap of the filter (1) enabling the user to understand the support structure (16) during its removal It provides. When the tap valve (22) is opened, water is allowed to pass through the mains water inlet (21). The incoming mains water first contacts the upper fixing ring (11) of the filter (1) 20 It is doing. The mains water filter (1) inner rings (13) and straight rods (14) It encounters the area formed by these particles. Sand, gravel, and algae are found in the tap water. and similar particles, perforated between inner rings (13) and straight rods (14) They are unable to pass through the structure and are retained on the filter (1). Thus, from the particles The purified water is delivered to the user via the connection tap. 25 Thanks to the fact that the filter (1) is made of plastic material, unlike metal filters Visible signs of rust, corrosion, and resulting sediment formation can come from the filter itself. This prevents potential pollutants from mixing with the water. Accumulation of coarse particles on the filter (1) and consequently reduced water passage. In this case, the strainer (1) can be easily opened by opening the cover (23) of the connecting tap (20) 30 It can be removed from inside. 6 The removed filter (1) can be cleaned of the particles accumulated on it by a proper cleaning process. It can be purified. Support structure (16), filter (1) removal and cleaning operations mechanical protection against bending and twisting that may occur on the filter (1) during operation. by providing strength, it contributes to the preservation of the structural integrity of the filter (1). It is located. After the cleaning process is completed, the filter (1) retains its shape 5 It can be placed back into its housing inside the reconnection tap. Thanks to this structure, the filter (1) is transformed from a single-use filter element into a disposable filter element. It has a structure that can be removed, cleaned, and reused multiple times. Thus, the service life of the filter (1) is increased, maintenance and cleaning operations This facilitates and the coarse particles accumulating on the filter (1) are regularly removed. removal is made possible.

Claims

7 REQUESTS 1. In sinks, the hose located between the main water supply and the faucet hoses controls the flow of water. used for opening and closing, contained in the water coming from the network It traps coarse particles and ensures particle-free water flow. filter (1) and its feature is; 5  that the mentioned filter (1) is a filter made of plastic material (1),  Multiple inner rings (13) that enable the retention of the mentioned particles and containing more than one straight bar (14),  To ensure that the filter (1) remains fixed inside the tap (20), the inner rings (13) the upper fixing ring (11) and lower fixing ring 10 formed in parallel It contains the ring (12).

2. A filter (1) conforming to claim 1, whose feature is to increase mechanical strength. having multiple and one end point to the upper fixing ring (11), the other end point the outer ribs (15) are formed to contact the lower fixing ring (12) It includes. 15 3. A filter (1) conforming to claim 1, and its feature is: the filter (1) into the tap (20). To ensure its positioning, more than one lower fixing ring (12) It includes a support structure (16) that is formed to make contact at the point.

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