WATER SAVING DEVICE

Abstract

The water saving device (10), which is the subject of the invention, is used in shower heads and is mounted between the shower head and the faucet. The water saving device (10) saves between 30% and 50% of water in showers depending on the water flow rate from the plumbing system, while maintaining user comfort and preventing the feeling of running low water.

Description

1 TARIFF WATER SAVING DEVICE Technical Area The invention minimizes flow rate loss by 5% water and air, saving water without compromising shower comfort. A three-wheeled, brass, chrome-plated, internally and externally geared system that increases speed by providing the mixture. It relates to a water-saving device consisting of several parts. The invention, in particular, is designed to be installed between shower heads and faucets, thus reducing water flow and improving water quality. By increasing the speed with a turbine mechanism that provides air mixing, it minimizes flow rate loss and 10 Depending on the water flow rate and pressure of the pipeline used, water savings of between 30% and 50% are possible. a three-piece, chrome-plated, internally and externally threaded, all-brass machine. It is related to water-saving devices. State of the Art 15 Water conservation is one of the most important issues today in terms of environmental sustainability and economic efficiency. This is one of the issues. In particular, the decreasing water resources and increasing water demand make water scarce. This has made conservation a vital necessity. This situation has led to a significant increase in water consumption in household use. In areas where water is most concentrated, such as bathrooms and showers, using water more efficiently is crucial. This makes it mandatory. Conserving water not only protects natural resources, but also... Over time, it also helps individuals reduce their water bills. In this context, products like shower heads... Innovations in products that use water directly promote sustainable water consumption. This constitutes an important step towards that goal. Today, various technologies are used to conserve water. The most common ones are... One method is to reduce water consumption by limiting the water flow in showerheads and other water fixtures. The goal is to reduce water flow. These types of products typically include mechanisms to reduce water flow; for example, low Water conservation can be achieved by using flow rate caps or valves that restrict water flow. Another common method These are aerators. Aerators reduce the amount of water by restricting it, while also lowering its pressure. These are devices that are usually attached to faucets or shower heads and reduce water usage. It also allows some showerheads to use "smart" systems to adjust the water flow according to user preferences. There are also technologies that adjust accordingly. 2 These current methods often require a balance between user comfort and water efficiency. They are struggling to provide it. Products that limit water flow, as water decreases, affect users. This can lead to a loss of comfort while showering. By restricting the flow rate, the water temperature balance is disrupted. Fluctuations can occur, which can lead to users being dissatisfied with their shower experience. This leads to... Also, aerators and other air mixing systems increase the water flow rate, sometimes by 5 It doesn't increase the pressure enough, which can prevent shower heads from working efficiently. Such products... Although they try not to make the user feel that there is less water, they generally do so in order to save water. They only aim to limit the flow rate, which cannot fully protect user comfort. One of the studies conducted specifically to save water in showers is TR 10. Utility model number 2020 / 17979 and titled “Water-Saving Smart Shower Device” The invention that is the subject of the application is a water-saving shower device that generates energy. The hydrogen generator is equipped with a temperature sensor, digital display, Wi-Fi module, and battery. The hydrogen generator produces energy from the passage of water and calculates the amount of water. The screen displays all the data and It stores data on an SD card. The Wi-Fi module connects the device to the internet and transmits information to the smartphone application. 15 Temperature information is transmitted to the user, and an LED light provides a warning if the limit is exceeded. Battery, It is charged by the energy produced by the hydrogen generator and powers the device. Additionally, the voltage... Energy management is performed using regulators, DC voltage boosters and converters. The device is resistant to water and dust. It is designed to be durable and uses special elements for connections. Another study, numbered TR 2020 / 11540 and titled "Water-Saving Faucet Attachment", This invention is the subject of a utility model application. The invention concerns a faucet designed to reduce water consumption. It is a faucet accessory that saves water by changing the type of water flow when attached to the spout; its feature is: A aerator is a device attached to the faucet spout; it rotates to direct the water flow. a aerator diverter that switches the flow between spray and shower type; pressure regulator providing pressure adjustment 25 Adjustment plug; a spiral that directs and distributes water coming from a tap; from the spiral A spray nozzle that sprays incoming water in a spray or shower-like manner; a spray lance and It is characterized by containing a locking tube that provides a connection between the aerator and the router. It is done. While current water-saving products generally focus on saving water, they also help users while showering. It falls short of providing a comfortable experience. Therefore, it needs to be more efficient. And there is a growing need for innovative products that can offer a comfortable water-saving experience. Conclusion as a water-saving device that eliminates the disadvantages existing in current technology The existence of the need and the inadequacy of existing solutions necessitate an improvement in the relevant technical field. 35 It has made it mandatory. 3 Brief Description of the Invention The present invention meets the aforementioned requirements while eliminating all disadvantages. and offers some additional advantages by saving water while reducing flow rate without compromising shower comfort. Minimizing water and air mixing to increase speed, made of brass, chrome 5 It relates to a three-part water-saving device with a coated surface and internal and external threads. Based on the current state of the art, the aim of the invention is to ensure that water flow continues even when there is a decrease in water level. By providing a mixture of water and air, the pressure is increased without causing the user to experience a loss of comfort. The goal is to minimize flow rate loss. 10 The invention aims to reduce water flow while mixing water and air through its internal turbine mechanism. The goal is to increase pressure by creating the mixture. Another aim of the invention is to minimize flow rate loss by passing water through narrow channels. eliminating the loss of user comfort caused by the reduction of water level by lowering the water level. is to ensure. Another purpose of the invention is to provide a 30% to 50% reduction in shower water flow, depending on the water flow rate from the plumbing system. The goal is to achieve savings. 20 Another advantage of the invention is that the water-saving device is long-lasting because it is made of brass. The goal is to ensure a long lifespan and health-safe use. Another advantage of the invention is that the water-saving device, thanks to its easy installation and assembly features, can save 25 The goal is to provide a practical solution for consumers. The structural and characteristic features and all the advantages of the invention are given in the figures below and in relation to these figures. This will be understood more clearly thanks to the detailed explanation written with references. Therefore, the evaluation should also be made taking these figures and detailed explanations into consideration. 30 is required. 35 4 Brief Description of the Figures The structure of the current invention and the best understanding of its advantages, including additional components. This should be evaluated together with the figures explained below. Figure 1 shows a schematic overview of a cross-section of a water-saving device. Reference Numbers 10. Water saving unit 10 11. Outdoor unit 12. Indoor unit 13. Marble Detailed Description of the Invention 15 This detailed explanation describes how the invention saves water while maintaining flow rate without compromising shower comfort. Made of brass, it minimizes loss and increases speed by providing a water and air mixture. Chrome plated, internal and external threaded, three-part water saving device (10) only better understands the subject It is explained as an example to facilitate understanding and in a way that does not create any limiting effects. 20 The invention, a water-saving device (10), is used in shower heads, shower attachments and faucets. By being installed between the panels, it saves water while also maintaining user comfort. The water-saving device (10) shown in Figure-1 is made entirely of brass and has three main It consists of parts. These are; the outdoor unit (11) located on the outside, 25 inside the outdoor unit (11) indoor unit (12) and ball (13) located inside indoor unit (12) to prevent reverse water flow It is a structure. The water saving device (10) is also designed with chrome plating on the outside and is both It provides both aesthetic appeal and corrosion resistance. The main purpose of the invention is to save water in showers while reducing flow rate by 30. The aim is to eliminate any potential loss of shower comfort. Existing water-saving products reduce the water flow rate. It saves money by directly reducing the water supply. However, this approach means users realize that water is running low. This causes him to feel and experience a loss of comfort during showering. The subject of the invention is water. The water-saving device (10) reduces the flow of water while its turbine inside solves this problem. Thanks to its mechanism, it increases the pressure by creating a mixture of water and air, and the water narrows down to 35 By channeling the water through conduits, it minimizes flow loss. This allows the user to save water. While providing this service, you don't experience the feeling of running low water levels, and the comfort of showering is preserved. The outdoor unit (11) of the invention is designed to facilitate assembly and has an internal and external threaded structure. The threaded structure allows the outdoor unit (11) to be mounted quickly and easily between the shower heads and the faucet. It allows for water conservation. The indoor unit (12) plays a critical role in saving water. Indoor The special turbine mechanism located in unit (12) increases the pressure by mixing air into the water flow. It increases and ensures the efficient use of water. This turbine mechanism increases the water by 5 Increasing its speed when passing it through a narrow channel, thus minimizing flow loss. It enables it to be done. The ball (13) located inside the indoor unit (12) is designed to prevent reverse water flow. This feature, 10. Water flowing backwards could cause leaks or loss of performance in the system. prevents. The ball (13) ensures the correct flow in order to ensure the system works safely and efficiently. It directs. The fact that the invention is made of brass ensures both durability and a safe use without harming health. It provides. Brass is a corrosion and wear resistant material, so it has a long lifespan. 15 It offers a solution. In addition, thanks to the chrome plating on the brass, the product is resistant to contact with water. It also maintains its aesthetic appearance and provides additional protection against corrosion. Installation and assembly of the water saving device (10) is extremely simple. The outdoor unit (11) Thanks to its internal and external threaded structure, it is compatible with standard shower heads and faucets, any 20 It can be quickly assembled with just a wrench, without requiring any special equipment. Water saving device. (10), depending on the water flow rate and pressure from the plumbing in the showers, water between 30% and 50%. It saves water and, at the same time, prevents the feeling of running low water while maintaining user comfort. In conclusion, the aforementioned water-saving device (10) addresses the current shortcomings of water-saving products. It is an innovative solution that provides both environmental and economic advantages by eliminating these problems. It gives the user... By offering a comfortable experience, it provides sustainable use by significantly reducing water consumption. It provides the opportunity.

Claims

6 REQUESTS 1. To save water, these are installed in shower heads, between the shower head and the faucet. The water saving device (10) is the one that was purchased, and its feature is; - external 5 for mounting the water saving device (10) between the shower attachment and the faucet. outdoor unit located in part (11); - Increasing the pressure of water flow by mixing air into it to use water efficiently indoor unit (12) located inside outdoor unit (11); - ball (13) located inside the indoor unit (12) to prevent reverse water flow It includes. 10 2. The water saving device (10) is compliant with claim 1 and its feature is that the outdoor unit (11) has shower attachments. It has an internal and external threaded structure for mounting between batteries.

3. The water saving device (10) is compliant with Claim 1 and its feature is to minimize flow loss. inside the indoor unit (12) to increase the speed of the water as it passes through a narrow channel. It includes a positioned turbine mechanism. 15 4. The water saving device (10) conforming to Claim 1 is characterized by being made of brass.

5. The water saving device (10) complies with Claim 1 and its feature is both aesthetic appearance and Chrome-plated exterior for corrosion resistance and easy assembly with a key. It includes key notches for this purpose.

Images