SELF-CLEANING PRESSURE RELIEF VALVE

Abstract

This invention is an innovative pressure relief valve (PRV) design used in closed-loop systems containing pressurized fluids, preventing dirt accumulation during discharge and preventing fluid leakage. Thanks to the modification in the membrane (6) design, a continuously clean flow is ensured in the discharge area and system performance is improved. The invention is manufactured with environmentally friendly thermoplastic materials, offering a low-cost, long-lasting and durable solution. The membrane (6) design ensures cleanliness in the discharge area regardless of the direction in which it is mounted and improves system performance. The innovative design is manufactured with environmentally friendly thermoplastic materials, offering a low-cost and durable solution.

Description

1 TARIFF SELF-CLEANING PRESSURE RELIEF VALVE (PRV) Technical Field to Which the Invention Relates The invention relates to pressure relief valves (PRVs). Specifically, to closed-circuit pressurized fluid flows. In the systems where it is transported, with the innovation in membrane (6) design, it prevents dirt accumulation and leaks. It has been developed for self-cleaning pressure relief valves that prevent blockage. State of the Art Pressure relief valves release excess pressure when the fluid pressure in the system reaches a certain threshold. It is designed to drain and protect the system. Valves; handwheel (1), cover (2), spring (3), 10 from membrane holder (4), membrane bucket (5), membrane (6), housing (7), and O-ring (8) parts It consists of. In a closed-loop system, the liquid or gas pressure exceeds a defined safety limit. When the pressure exceeds the pressure inside the liquid body (7) in the system, the pressure relief valve activates. It is directed towards the line. The membrane (6) senses the fluid pressure in the system. The pressure exceeds a certain threshold. When it exceeds the limit, the membrane (6) moves upwards. This movement causes the membrane holder (4) and cover 15 (2) is supported by. Thus, the drain channel is opened and excess liquid is expelled. Drainage process Once completed, the membrane returns to its original position, restoring its seal with the body. It provides an additional seal with the O-ring (8) used here. System pressure When it returns to normal, the valve closes automatically. This prevents energy and fluid loss in the system. This is prevented. In conventional pressure relief valves, depending on how the valve is connected, 20 Due to the skirt design on the membrane (6) in the direction the liquid passes, the dirt accumulates, discharges. subsequently, this prevents the membrane (6) from closing properly, leading to jamming and blockages. This leads to fluid leaks in the discharge area and damages the system. This negatively affects its performance. Furthermore, dirt accumulation over time in the drain pipe casing... (7) by causing damage, it reduces the efficiency of the system and creates the need for frequent maintenance. 25 This results in additional time and cost burdens for valve cleaning and maintenance processes. It brings. Purpose of the Invention This invention has a skirtless membrane (6) design, which prevents dirt from being removed during discharge. It prevents adhesion and dirt accumulation. This innovative design prevents liquid leaks by 30 By eliminating this, it improves the valve's performance. The valve is independent of the mounting orientation. Thanks to its connection, the membrane (6) can cover the body without any problems and Leak-proof operation is guaranteed. Furthermore, maintenance requirements are reduced. A longer-lasting and more efficient structure is offered. Summary Description of the Invention 35 This invention improves the operational performance of closed-loop systems containing pressurized fluids. It is an innovative pressure relief valve design developed for this purpose. Unlike traditional valves... The hem sections of the membrane (6) can lead to the accumulation of dirt during discharge and subsequent leaks. In this invention, the membrane design is restructured, completely eliminating the skirt sections. This has been removed. This prevents the accumulation of dirt during drainage and reduces the likelihood of leaks in the system. This has been prevented. The innovative membrane design ensures the discharge area remains clean in all directions. 2 By doing so, it reduces the valve's maintenance requirements and extends its service life. Environmentally friendly. This design, manufactured with thermoplastic materials, is a closed-loop system containing pressurized fluid. This increases stability in systems and benefits users in every sector where these types of membranes are used. It offers a user-friendly solution. Detailed Description of the Invention 5 The invention improves the membrane design used in pressure relief valves by reducing dirt accumulation. It offers an innovative structure that blocks and prevents fluid leaks. In traditional valves, The skirt sections of the membrane (6) lead to dirt accumulation and leaks during discharge. This In the invention, the skirt portions of the membrane (6) are completely removed, and a clean and 10-inch drain canal is created along the drain channel. A continuous flow of fluid has been ensured. Brief Description of the Figures Figure 1: Front view of Self-Cleaning Pressure Relief Valve (PRV) Figure 2: Rear view of the Self-Cleaning Pressure Relief Valve (PRV). Figure 3: Self-Cleaning Pressure Relief Valve (PRV) Side View 15 Figure 4: Top view of Self-Cleaning Pressure Relief Valve (PRV) Figure 5: Self-Cleaning Pressure Relief Valve (PRV) Bursting Appearance Figure 6: Cross-sectional view of a Self-Cleaning Pressure Relief Valve (PRV). Figure 7: Self-Cleaning Pressure Relief Valve (PRV) Membrane 1st view. Figure 8: Self-Cleaning Pressure Relief Valve (PRV) Membrane 2nd view 20 Figure 9: Self-Cleaning Pressure Relief Valve (PRV) Membrane 3rd View Explanation of References in Figures 1. Handwheel 2. Cover 25 3. Spring 4. Membrane holder 5. Membrane bucket 6. Membrane 7. Body 30 8. O-ring The membrane (6) will be in direct contact with the support frame inside the body. This direct connection is designed to prevent dirt accumulation on the lower surface of the membrane (6), 3 It prevents blockages and performance degradation that may occur during drainage. Additionally, The sealing zone, which is squeezed between the body and the cover on the outermost part of the membrane (6), It fits snugly inside the casing and prevents leakage of the fluid during drainage. This innovative design ensures effective operation regardless of the orientation in which the valve is mounted. It enables it to work in this way. Lifting the skirt parts on the membrane (6), discharge 5 By completely eliminating dirt accumulation in the area, it reduces the system's maintenance requirements. and extends its lifespan. Consequently, operational stability is also increased. The invention can be manufactured using environmentally friendly thermoplastic materials, and these types of membranes... It is applicable in every sector where it is used. This design offers a user-friendly solution, for enclosed spaces. It increases efficiency and ensures reliability in circuit pressurized fluid transport systems. 10 How the invention can be applied to industry. This innovative pressure relief valve design is suitable for closed-loop systems containing pressurized fluid. It can be used in all industrial sectors that require it. The design is made of low-cost thermoplastic. It can be produced from various materials and offers an environmentally friendly solution. 20 30

Claims

4 REQUESTS 1-) The subject of this invention is a self-cleaning pressure relief valve; its characteristic is that it operates in a closed circuit. Used in pressurized systems that operate with liquids and to prevent dirt accumulation during discharge. The skirt sections on the surface that press against the body and provide a seal are completely It has a structure that prevents dirt accumulation and compaction with the removed membrane (6). It is the fact that. 2-) It is a self-cleaning pressure relief valve according to Claim 1, and its characteristic is; relative to the ground plane. Even when positioned horizontally or upside down, dirt can remain between the membrane(6) and the body. to prevent accumulation and compaction, even when mounted sideways or upside down. It is characterized by the absence of performance loss. 10 3-) It is a self-cleaning pressure relief valve according to claim 1; its feature is that the membrane (6) skirt By removing these sections, it prevents directional dirt accumulation in the drainage area and It has a design that eliminates the risk of leakage. 20 30

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