TR2022009329U5 - A WATER SAVING METHOD AND WATER SAVING DEVICES - Google Patents

Abstract

This invention aims to collect the wasted cold water in a tank in all water installations (homes, hotels, workplaces, etc.) where hot water is used, until the water flows at the temperature desired by the user, and to collect it in a tank, either in the same battery or in other batteries or taps, depending on the user's preference. It is about a water saving method that prevents wastage of water by providing the opportunity to use it, works completely mechanically without using any electrical power, and the parts that enable this method to be realized. The invention is suitable for all kinds of combi boilers, water heaters, solar energy, electric heaters, central hot water systems, etc. Directing the clean but cold water that flows from the hot water line to the sink and bathroom faucets to the tank automatically or manually until it reaches the temperature desired by the user, cutting off the water going to the tank and directing it to the direction desired by the user when the water reaches the desired temperature, and at the same time directing the stored clean water to the ?absorbent T ? It allows it to be instantly injected into the used water. It is easy to install and can be ready for use without any additional installation or modification of the existing installation.

Description

DESCRIPTION A WATER SAVING METHOD AND WATER SAVING DEVICES The field to which the invention relates: The invention is used for hot water in places where it is necessary to use hot water in daily life. After hot water is requested from the installed taps or taps, water at the desired temperature is delivered. It stores the clean water that flows in vain in the process until it flows and this stored water is completely It is a method that allows immediate use with mechanical mechanisms, and this method It is a system consisting of parts that enable its implementation. The system is used in areas where hot water is used. It provides serious water savings by applying it in whole or in part (Figure 10).

Specially designed parts that work with the Venturi Principle are used in the system. Widespread According to the Venturi Principle, known as; as a fluid moves through a carrier(l) carrier If the pressure is reduced by narrowing the fluid carrier (2), if it reaches a sufficient level, vacuuming It creates the effect and absorbs the fluid in another carrier (3) (Figure 1-A). With Venturi Principle By adding different elements to the working, T-shaped mechanisms, the fluid flow; control, We created effects on its orientation, speed, suction (vacuuming) and injecting power.

The elements we added to these parts, which we generally call “Absorbent T”, are as follows; - No element added (Figure 1-A), - Valve (4) added to the inlet part (l) (Figure 1-B), - Valve (4) added to the outlet (2) (Figure 1-C), - A valve (4) has been added to the outlet (2) and the suction (3) triggered by this valve is closed. Remote operated valve (5) and flow adjustment mechanism (6) added (Figure 2), When a valve (4) added to the outlet part (2) of an absorber T is brought to the closed position; The fluid (l) entering the absorber T is normally used as suction (3) due to the network pressure. exits the channel. When this outlet (3) is connected to a tank (l9), the fluid flows into the tank when the valve (4) is closed. When the valve (4) is open, it moves to the outlet (2) line. Thus, with a valve (4) placed at the outlet of the absorber T, the water Both storage and resuction (vacuuming) from the storage through the same (3) channels (Figure 1-C) According to this working principle, water can be pumped manually (Figure 3) or automatically (Figure 4). “Water Saving Device” is a product that can be stored and vacuumed when desired. It was named.

Water saving device; both manual (Figure 5) and automatic (Figure 6) both manually (Figure 7) and automatically (Figure 8) to the bathroom tap. When we integrate it, we prevent wasted water flow in areas where hot water is used until the water is heated. It will be created by storing (l9) and reusing this stored water in desired areas. This method (Figure 10) provides significant water savings.

Known state of the technique: An exact example of the invention used in daily life or a packaged product There is no. However, due to the increasing need for water saving, There are products and projects that serve the purpose. Problems with these products and projects are either completely has not been solved or is too difficult and costly to add to the end user's existing system. It could not go beyond being inventions. Also, in previous inventions, electrical or electronic systems were proposed, which required additional electrical installation. As known Electrical or electronic products are more likely to be a source of malfunction and danger than mechanical systems. It constitutes. Again, in places where water is used intensively, if there is a method that increases the efficiency of the project If this is not the case, its use becomes unnecessary and costly. Also in plumbing Using products dependent on electricity may cause new problems in possible power outages. will give birth. Again, in electrical systems, on the one hand, water is saved and on the other hand, Consuming electricity reduces the efficiency of savings.

Summary of the Turkish Patent Institute's patents and utility models in our country When the existing applications, some of which have the same purpose as our invention, are examined; Use of electrical or electronic parts in all applications numbered 2013/01593 It is necessary to make modifications to the existing installation or to re-install the installation. is required. In areas where there is water and especially water vapor, such as bathrooms, electricity and Water is required for electronic systems (control card, sensor, valve coil, etc.) to operate efficiently. It must be manufactured with IP66 proof feature and this incurs a serious cost. Electronic Even if the control unit is located far from the battery, many products such as cables, sensors and valves can be used. The cost is significant. Also in areas where water is used intensively, such as bathrooms Using electricity is a psychologically disturbing situation, despite all precautions.

In our invention, there is no need for any electrical or electronic parts and it can be used in the existing installation. It can be integrated into the user's existing system with simple additions without any modifications. Renovations are required and solutions have been produced for the sole storage of water. However, no solution has been provided regarding how the stored water will be used. In our invention how to store water and how to store it without the need for any modifications to the existing installation. It is explained how to use water immediately without requiring an additional power source. of the warehouse The continuity of the system is maintained by ensuring that it is constantly filled and emptied. In the application numbered 2019/21072, the diaphragm tank considered as a warehouse is physically It requires a large area, which results in inconvenient and costly results.

In our method, small sized tanks with or without a diaphragm are used and Since the stored water is immediately available for use, it has become an economical and practical solution. In the application number 2018/ 19797, an additional work source is needed. In our invention There is no need for a separate heat source.

Purpose of the invention: The purpose of the invention is to save water. Although 70% of the world is water, the world Only 2.5% of the water resources available consist of fresh water. This rate is fixed However, the number of people living in the world is increasing day by day and this is natural It poses a problem for the future of humanity worldwide, with global warming It is clearly seen that this problem will grow even more in the future. 2019 in our country According to TUIK data, per capita drawn into the drinking and utility water network by municipalities The average daily amount of water is calculated as 224 liters and this amount increases with each passing year. increasing. Research shows that 70% of the water consumed at home is spent in bathrooms and toilets. It shows that it is consumed.

Even the increasing number of inventions that share the same purpose with our invention indicates that this issue shows that there is a need. Other inventions serving the same purpose are known As explained under the status title; electronic card, sensor, motor valve, pump etc. These are inventions that are costly and difficult to install. These inventions allow the user to and requires modifications to the electrical installation. Generally useful but costly and it is useless. The biggest difference of our invention from other inventions is; as a complete system It should be in a structure that can be installed in separate parts as well as in separate parts (For example, the whole at home or just in the bathroom) and can be integrated into the existing system without requiring renovation. In summary, this invention is easy to install, low cost, high efficiency, long lasting and easy to manufacture. It has a serious advantage in that it is possible and encourages the end user to use the invention.

The user can either add it to his/her existing installation or use the batteries and batteries in his/her existing installation. It can be applied by changing the taps. Easy to use and low installation cost products are more attractive to the end user. Increasing number of users using our invention It will mean preventing too much water waste.

Description of the figures: Figure 1: “Suction T” models working with the Venturi Principle Figure 2: “Suction T” model with adjustable speed valve Figure 3: Manual water saving device operation and general view Figure 4: Automatic water saving device operation and general view Figure 5: Operation and general view of manual sink mixer with water saving device Figure 6: Operation and general view of automatic sink mixer with water saving device Figure 7: 6-way manual bathroom faucet operation and general view Figure 8: 6-way automatic bathroom mixer operation and general view Figure 9: Water tank models Figure 10: The overall functioning and general view of the water saving method Explanation of references in figures: 1. Fluid entering the venturi system 2. Fluid coming out of the Venturi system 3. Carrier where fluid is stored or absorbed in the Venturi system 4. Manual control valve for fluid entering or exiting the venturi system . remote actuated valve 6. Fluid speed adjustment mechanism 7. Strainer 8. Thermochromic temperature display 9. Thermostatic valve . Thermostatic valve temperature adjustment mechanism 11. 3-way hot-cold fluid mixer valve 14. Fluid storage and suction line . Fluid outlet with adjusted temperature 16. Check valve 17. Shower head outlet 1 8. Diverter valve 19. Water tank 19a. Water tank that can be installed inside the bathroom cabin 19b. Water tank mountable on suspended ceiling 19c. Water tank integrated with shower tray 19d. Water tank with expansion diaphragm 19e. Wall-mountable water tank . Bath 21. Toilet 22. Sink 23. Heat source Description of the invention: As it is known, people use various heat sources to meet their hot water needs (23). and the heat sources used (23) mostly heat the water suddenly to the temperature desired by the user. cannot deliver. For this reason, until the heat source (23) heats the water, the cold but clean water in the installation water flows in vain. The invention aims to store this clean but wasted water and return it to the user. purposes. For a better understanding of the invention, the Venturi Principle, which constitutes its most basic structure (Figure l-A) should be explained. As it is known, according to the Venturi Principle (Figure 1-A), If the flow rate of the fluid (l) in the carrier is increased sufficiently, the pressure passes to the negative region and Due to the negative pressure that occurs when leaving the fluid system (2), the fluid is stored and It absorbs through the path (3) through which it is absorbed. It works on this principle and is called "Absorbent T". The products and fluid can be easily stored and offered to the user again. Bulus absorbent on T installed manual valve (4), check valve (16), fluid speed adjustment mechanism (6) and thermostatic valve (9). By using different combinations (Figure 1, Figure 2) that can be created with equipment such as It is used to store or reuse water that will be wasted in bathrooms (20), toilets (2l), sinks (22). It is a water saving method that allows water to be used. If we detail the method The user can optionally choose one or more water tanks (l9). User preference with water tank inside the bathroom (l9a), water tank above the suspended ceiling (l9b), shower tray integrated water tank (l9c), expansion diaphragm water tank (l9d) or built into the wall You can use one or more water tanks (l9) of your choice, such as a built-in water tank (l9e). The user can choose it according to the size of the system he wants to implement and the ease of installation. meet up While explaining the following parts, the user prefers a water tank (l9). The explanation will be made assuming. Water saving devices that can be used in the system are respectively: It works like this; Manual water saving device (Figure 3) the user can use this device in the bathroom in the existing water system. You can use it with its battery. The hose going from the bathroom faucet to the shower head is removed and The shower head hose is mounted on the outlet (2) of the manual water saving device (Figure 3). Bath battery from the shower head outlet to the manual water saving device (Figure 3) inlet (l) Additionally, a connection is made with a hose and a manual water saving device (Figure 3) is used to collect idle storage. The application installation is completed by connecting the water tank (l9) to the suction path (3).

Now, when the user directs the water from the bathroom faucet to the shower head, the water is first pumped manually. comes to the water saving device (Figure 3), when the manual valve (4) in the water saving device is in the closed position, water Since it cannot proceed in the direction of the exit (2), it is transferred to the water tank (l9) via the storage and suction path (3). mite. Thus, the user stores cold water. While the water is being stored, it is heated by the heat source (23). When the hot water is heated and reaches the manual water saving device (Figure 3), the user uses it thermochromically. It opens the manual valve (4) by seeing it on the temperature indicator (8). When the valve (4) is opened, manual water The saving device (Figure 3) will be transformed into a mechanical injector working with the Venturi Principle and Hot water reached the user's shower head (l7) from the manual water saving device (Figure 3) outlet (2). It is possible. This hot water flow creates a vacuum effect inside the manual water saving device (Figure 3). Thanks to this, it is sent to the user by suction from the water tank (l9) connected to the storage and suction path (3). Injects hot water.

The automatic water saving device (Figure 4) is the same as the automatic water saving device (Figure 3). It is a working version and can be installed into the user's system without changing the existing bathroom faucet. It allows you to save water by doing so. Installation method of manual water saving device (Figure 3) It is exactly the same as the assembly method. The user pours water from the bathroom tap in the direction of the shower head. water first reaches the automatic water saving device (Figure 4), the thermostatic valve (9) It detects the temperature. If the water temperature is adjusted by the user's thermostatic valve temperature adjustment mechanism (10) If the temperature is below the temperature set by , the thermostatic valve (9) closes itself and water storage and it starts to flow into the water tank (19) via the suction path (3). Meanwhile, the heat source (23) heats the water. If it is higher than the value, the thermostatic valve (9) opens itself automatically and thus the hot The water reaches the shower head (l7). Automatic water saving device when the thermostatic valve (9) is opened (Figure 4) It turns into a mechanical injector working with the Venturi Principle and delivers hot water to the shower head. water from the water tank (l9) connected to the storage and suction path (3) due to the vacuum effect created while traveling. It is absorbed and injected into hot water. 6-way manual bathroom mixer (Figure 7) saves water within a normal bathroom mixer. It is the attached version of the device (Figure 3). Especially in new constructions or the user's existing bathroom So that he can use the energy-saving device in a single piece when he wants to change his battery. It is a made design. 6-way manual bathroom mixer (Figure 7) cold water inlet (12), hot water inlet (13), fluid storage or suction line (l4), water outlet (15), shower head outlet (l7). It has 5 roads: However, the fluid storage or suction line (l4) has both storage and suction lines. It has a dual function and has 6 ways in total. a normal bathroom battery standards and additionally fluid storage or suction to the water tank (l9) It has line (l4). The user uses 3-way hot water in the bathroom as if using a normal bathroom faucet. It can turn on the water and adjust the desired temperature via the cold fluid mixer valve (l 1). This Since the heat source (23) cannot heat the water suddenly when it is first turned on and there is a gap between the heat source and the bath. Since the water in the installation will be cold, cold water comes to the tap first. This is the user See the status on the thermochromic temperature indicator (8) and close the direction valve (18). gets into position. Thus, water begins to flow to the water tank (l9) via the storage and suction path (3). starts. When the heat source (23) heats the water and the hot water reaches the 6-way manual bathroom mixer (Figure 7), The user sees this situation through the thermochromic temperature indicator (8) and directs hot water by turning the valve (18) to the spout outlet (15) or shower head (l7) depending on your preference. they start using it. Whether the water is used through the spout (15) or the shower head (l7), its special design 6-way manual bathroom mixer (Figure 7) A bathroom that works with the Venturi Principle It turns into a battery and creates negative pressure, thus via the storage and suction path (3). In other words, it starts to suck from the water tank. In this way, the stored water is injected into the water line going to the user. 6-way automatic bathroom mixer (Figure 8) 6-way manual bathroom mixer (Figure 7) It is an automatic operating state. Input and output channels and connection types are the same. The user is a normal You can pump water through a 3-way hot and cold fluid mixing valve (ll) just like using a bathroom tap. You can turn it on and set the desired temperature. When the water is first turned on, the heat source (23) suddenly turns on the water. because it cannot heat and the water in the installation between the heat source and the bathroom will be cold. Cold water comes to the battery first. The user water flows through the diverter valve (18). It leads to the title (l7). The thermostatic valve (9) located on the shower head waterway It checks the temperature and turns itself off if it is below the user-set (10) temperature. and goes to the water tank (19) via the water storage and suction line (3). Heat source (23) water When heated and the water reaches the thermostatic valve (9), the water is warmer than the temperature set by the user (10). If it is hot, the thermostatic valve (9) opens itself and hot water starts to flow from the shower head (l7).

When the thermostatic valve (9) is in the open position, the 6-way automatic bathroom mixer (Figure 8) Venturi It creates negative pressure by turning into a bathroom faucet that works on the principle of So storage and it starts to absorb the water in the tank (l9) via the suction path (3). In this way, the stored water It is injected into the water line going to the user. If the user directs the water to the beak outlet (15) Likewise, the water in the tank (l9) continues to be injected into the water going to the user.

Manual sink mixer (Figure 5) requires the user to remove the existing sink mixer and replace it. Manual sink mixer with water saving device (Figure 3) features (Figure 5) You can use it by assembling it. Then connect the cold water line (12) to the cold water inlet with hot water. to the inlet, the hot water line (13) and finally the fluid storage and resuction line (l4). It makes it ready for operation by connecting it to the tank (l9). User 3 way hot cold fluid With the mixer valve (ll), you can turn hot and cold on and off just like using a normal sink mixer. can use the feature. The user can control the water coming out of the 3-way hot and cold fluid mixing valve (l l). By seeing the temperature on the thermochromic temperature indicator (8), you can control the water with the manual valve (4). He can direct it in any direction he wants. Thermochromic temperature indicator showing the temperature of the water (8) Since it will change according to the temperature of the water, close the manual valve (4) while the cold water is flowing and store and store the water. It allows the water to flow to the tank (l9) via the suction path (3). The water heated by the heat source (23) is manually When it reaches the sink mixer (Figure 5), the user can check whether the water has reached the desired temperature. It sees the thermochromic temperature indicator (8) and opens the manual valve (4). water coming out of valve It goes to the fluid outlet (15). When the manual valve (4) is in the open position, the user Regardless of whether it uses water, a manual sink mixer (Figure 5) is a device that works with the Venturi Principle. It turns into a mechanical injector and mechanically injects water into the water going to the user from the water tank (l9). sucks Thus, the stored water is instantly injected into the used water.

Automatic sink mixer with water saving device (Figure 6) manual sink mixer (Figure 5) It has the same number of inputs and outputs and is installed and connected in the same way.

Storing cold water until hot water arrives when the user requests hot water It is a device designed so that the user does not have to wait at the sink during the process. User When you want to use hot water, the 3-way hot and cold fluid mixing valve (ll) is closed. opens the manual valve (4) thermostatic valve (9) water coming from the mains hot water line, the user's temperature If it is colder than the water it sets through the adjustment mechanism (10), it moves to the open position and stores the water. This If it reaches the temperature set by the user via the temperature adjustment mechanism (10), the thermostatic The valve (9) closes itself and water is available from the hot water line at the temperature desired by the user.

Whenever the user wants to use it, it can be used via the 3-way hot and cold fluid mixing valve (l 1). You can turn on the water by adjusting the setting and while the water flows in the direction of the fluid outlet (l5), the automatic sink battery (Figure 6) transforms into a mechanical injector working with the Venturi Principle, storing and It creates vacuum in the suction path (3). With this vacuum effect, water is passed through the check valve (16). Water suction is ensured from the tank (l9).

In this water saving method, all water saving devices or products with water saving devices are or some of them can be used according to the user's preference. Again, the user uses a single water tank (l9). or if desired, it can use the water tank (l9) for each product. Additionally, if the user wishes, the water tank can also use water in other places. For example, you can remove the toilet bidet faucet and adjust the speed. By installing the valve Absorber T (Figure 2) device, connect the water network to the inlet (l), water Connect the connection of the tank (l9) to the storage and suction line (3) and the connection of the bidet hose. It can be used by connecting it to output (2). Thus, when you open the manual valve (4), the remote operated valve (5) will be turned on and while the user is using the water from the water mains, the absorber with speed adjustable valve T (Figure 2) With the Venturi Principle, the water in the water tank (l9) is transferred to the mains water like a mechanical injector. will have injected. The user can flow and adjust at any speed he desires with the fluid speed adjustment mechanism (6). It can provide suction. In line with the user's needs, different options can be used in Figure 1 and Figure 2. By installing Absorbent T products with these features into the system, the previously stored water can be used whenever desired. can be used in the field.

The way of industrial application of the invention: The parts to be used in this water saving method are collected in 3 main categories. These; 1- At least one water tank where water is stored. Different sizes according to the user's needs, It is produced from shapes and materials. 2- Connection to ensure water flow between the tank and the devices or batteries to be used elements and fluid carriers. 3- Absorber T that will direct and absorb water, water saving device, water saving sink and bathroom faucets with appliances.

The products included in our invention and listed in the 3 main categories above are not available in any industry. It is clear that it can be produced, applied or used in any branch. Namely; The warehouse in the category comes in many different sizes and sizes, both plastic and metal. It is currently produced in various forms. What we want to use in our invention Plastic injection and plastic blow molding by making molds in shapes and sizes Plastic tanks will be produced using these techniques. Also stainless steel and galvanized Metal tanks can also be produced from sheet materials by welding method.

The fasteners in the category consist of pipes and gaskets. Thousands of varieties are currently available on the market. You can also use ready-made ones It can also be produced specifically for our invention.

The products in the category that the user can choose according to his/her preference are produced first. Although they are products that can be made more than once, they are similar to these products and much more complex. The ones are produced in our country and around the world. Products are made of plastic or metal can be produced. The body of the products is made by casting or pressing methods in metal production. is created. This body is processed on benches and the necessary hole and slot opening operations are carried out. is completed. Then, chrome plating is done upon request. Finally the battery cartridge, strainer, temperature indicator, etc., details of which are given in the invention description section. After the parts are assembled, their final testing is done and they are packaged and ready for use. is brought. When it is desired to be produced from plastic, the plastic injection mold is removed. After the body of the product is produced from suitable plastic material and processed, the remaining parts is mounted. Products whose tests are completed are packaged and made ready for use.

Where is this invention, produced as described above, used in daily life? How it can be used and benefit from this invention will be as follows: The user can use all or some of the products in this invention. Available You can save water by simply adding products without making any changes to your installations, as well as Complete water saving can be achieved by using all our saving products, with a planning to be made at the stage. can apply the method.

Example of applying a manual water saving device (Figure 3) without making any renovations in the bathroom. To put it as; Manual water saving device (Figure 3) can be used in the bathroom whenever the user wishes. It is mounted on the ground. It is preferably recommended to be 10-30 cm above the existing bathroom faucet.

Then, the shower head on the existing battery is removed from the connection point and a manual water saving device is used. It is connected to the output (2) of the device. Instead of the shower head removed from the battery, it saves water. You can connect the water saving device with the existing battery by connecting the connection pipe that will come with the device. are connected to each other. When these connections are completed, the warehouse (l9) that comes in the set is available to the user. It can be mounted anywhere you want. The feature of this tank is that it can be installed in any bathroom. is to be. It will easily hold the water that will flow until hot water comes out before each shower. size. The closeness of the tank (l9) to the manual water saving device means that the connection pipes are less It will cause the system to be used and operate efficiently. After the tank is assembled Connection from the suction and storage path (3) of the manual water saving device to the tank (l9) (l4) is completed and the system is now ready for use in the bathroom. In addition, our invention has a By making connections to the absorber T (Figure 2) which is a part of it, the user can use it in the tank (l9) or in the sinks (22). It can also be used in toilet bowls (21). Thus, the water accumulated in the tank is completely removed. consumption and therefore the continuous operation of the system is guaranteed.

According to our calculations; The distance between the heating system and the bathroom depends on the season ambient temperature, diameter of the pipes used in the installation, user's preferred temperature Drink 5 to 10 liters of water before each shower, although it varies depending on many factors such as the degree of It's going to waste. Therefore, the tank should be at least 12 liters.

This saving method can be used in residences, as well as in areas where hot water is used and for heating purposes. It can also be used in all workplaces where water is wasted. For example, hairdressers In saving the cold water that is wasted until hot water comes for washing. Again hotel It will provide serious water saving opportunities in public living areas such as dormitories.

When TUIK data is examined, 70% of domestic water consumption is in bathrooms and toilets. is consumed. That's why bathrooms are the place to start saving water in domestic water consumption. are the most suitable areas. With this invention, it is possible to save water in bathrooms where the most water is wasted. It is provided very easily.

Claims (25)

STEMS l) The invention is a speed-adjustable valve “absorber T” (Figure 2) and its feature is; - fluid inlet (l), - fluid outlet (2), - suction and storage path (3), - narrowing and expanding fluid path, - manual valve (4), - remote actuated valve (which can be opened and closed by being driven from the manual valve (4) 5), - It is characterized by having an adjustment mechanism (6) that allows flow rate adjustment by narrowing or widening the flow path. 2) The invention is a “manual water saving device” (Figure 3) and its features are; - fluid inlet (l), - fluid outlet (2), - suction and storage path (3), - narrowing and expanding fluid path, - manual valve (4) through which the user can direct the fluid, - strainer (7) - thermochromic temperature indicator (8). ) is characterized by having 3) It is a manual water saving device according to claim 2, and its feature is; It is characterized by having a thermochromic temperature indicator (8) made of paint with pigments that can change color according to the temperature of the fluid inside. 4) It is a manual water saving device according to claim 2, and its feature is; It has a manual valve (4) that can be closed when the fluid is directed to the water tank and opened when the fluid is intended to be directed to the user, and is controlled by the user. 5) It is a manual water saving device according to claim 2, and its feature is; It has a narrowing and expanding fluid path that can inject another fluid from the suction and storage path (3) into the fluid moving from the inlet (l) to the exit (2). 6) The invention is an "automatic water saving device" (Figure 4) and its feature is; - fluid inlet (l), - fluid outlet (2), - suction and storage path (3), - narrowing and expanding fluid path, - strainer (7) - thermostatic valve (9), - thermostatic valve temperature adjustment mechanism (10) It is characterized by having 7) It is an automatic water saving device (Figure 4) according to claim 6, and its feature is; It has a temperature adjustment mechanism (10) where the user can adjust the temperature, a thermostatic valve (9) that can direct the fluid to the suction and storage path (3) if it is colder than the determined value, according to the temperature value determined in the temperature adjustment mechanism, and to the outlet (2) if the fluid is hotter than the determined value. 8) It is an automatic water saving device (Figure 4) according to claim 6, and its feature is; It has a narrowing and expanding fluid path that can inject another fluid from the suction and storage path (3) into the fluid moving from the inlet (l) to the exit (2). 9) The invention is a "manual sink mixer with water saving device" (Figure 5) and its feature is; - cold fluid inlet (12), - hot fluid inlet (13), - storage and suction connection (l4), - 3-way hot and cold fluid mixing valve (l l), - narrowing and expanding fluid path, - manual valve (4), - It is characterized by having a temperature-adjusted fluid outlet (15), - a thermochromic temperature indicator (8). 10) It is a manual sink mixer with water saving device according to claim 9, and its feature is; It has a 3-way hot and cold fluid mixer valve (l l), which is controlled by the user and allows the user to adjust the temperature and flow rate of the fluid as desired. ll) It is a manual sink mixer with water saving device according to claim 9, and its feature is; It has a thermochromic temperature indicator (8) made of paint with pigments that can change color according to the temperature of the fluid inside, and a manual valve (4) through which the user can direct the fluid to the suction and storage path (3) and the temperature-adjusted fluid outlet (15) when necessary. 12) It is a manual sink mixer with water saving device according to claim 9, and its feature is; It has a narrowing and expanding fluid path that can inject another fluid from the suction and storage path (3) into the fluid moving from the inlet (l) to the exit (2). 13) The invention is an "automatic sink mixer with water saving device" (Figure 6) and its feature is; - cold fluid inlet (12), - hot fluid inlet (13), - storage and suction connection (l4), - 3-way hot and cold fluid mixing valve (l l), - narrowing and expanding fluid path, - manual valve (4), It is characterized by having - temperature adjusted fluid outlet (15), - check valve (16), - thermostatic valve (9), - thermostatic valve temperature adjustment mechanism (10). 14) It is an automatic sink mixer with water saving device according to claim 13, and its feature is; It has a 3-way hot-cold fluid mixing valve (11) that allows the user to adjust the temperature and flow rate of the fluid as desired, and a manual valve (4) that can open and close the hot fluid path. 15) It is an automatic sink mixer with water saving device according to claim 13, and its feature is; - temperature adjustment mechanism (10) through which the user can adjust the temperature, - thermostatic valve (9) that opens the fluid path if the fluid is colder than the determined value and closes the fluid path if it is hot, according to the temperature value determined in the temperature adjustment mechanism, - suction and suction of the fluid only from the tank connection point (l4). It has a check valve (16) that allows it to flow in the direction of the storage path (3). 16) It is an automatic sink mixer with water saving device according to claim 13, and its feature is; It has a narrowing and expanding fluid path that can inject another fluid from the suction and storage path (3) into the fluid moving from the inlet (1) to the exit (2). 17) The invention is a "6-way manual bathroom mixer" and its feature is; - cold fluid inlet (12), - hot fluid inlet (13), - storage and suction connection (14), - 3-way hot-cold fluid mixing valve (11), - narrowing and expanding fluid path, - diverter valve (18), It is characterized by having a total of 6 paths: - temperature-adjusted fluid outlet (15), - shower head outlet (17), - thermochromic temperature indicator (8). 18) It is a 6-way manual bathroom mixer according to claim 17, and its feature is; - The control made by the user by the user can adjust the temperature and flow speed according to the desire of the 3 -way hot fluid mixture valve (11), - The control of the funding made by the user user is the fluid chocolate (15), the funding of the funds (17) and a diverter valve (18) that can direct it to the storage path (3), - a thermochromic temperature indicator (8) made of paint with pigments that can change color according to the temperature of the fluid inside. 19) It is a 6-way manual bathroom mixer according to claim, and its feature is; It has a narrowing and expanding fluid path that can inject another fluid from the suction and storage path (3) into the fluid moving from the inlet (l) to the exit (2). 20) The invention is a "6-way automatic bathroom mixer" and its feature is; - cold fluid inlet (12), - hot fluid inlet (13), - storage and suction connection (l4), - 3-way hot-cold fluid mixing valve (l l), - narrowing and expanding fluid path, - diverter valve (18), It is characterized by having - temperature adjusted fluid outlet (15), - shower head outlet (l7), - thermostatic valve (9), - thermostatic valve temperature adjustment mechanism (10). 21) It is a 6-way automatic bathroom mixer according to claim 20, and its feature is; - The control made by the user by the user can adjust the temperature and flow speed according to the desire of the 3 -way hot fluid mixture valve (L L), - The control of the fidelity made by the user by the user of the switch (15), the dusha and the diverter valve (18) that can direct it to the storage path (3), - the temperature adjustment mechanism (10) where the user can adjust the temperature, - the thermostatic valve (9), which closes the fluid path if the fluid is colder than the determined value and opens the fluid path if it is hot, according to the temperature value determined in the temperature adjustment mechanism. ), is that it has. 22) It is a 6-way automatic bathroom mixer according to claim 20, and its feature is; It has a narrowing and expanding fluid path that can inject another fluid from the suction and storage path (3) into the fluid moving from the inlet (l) to the exit (2). 23) The invention is a water saving method that stores wasted water until hot water comes to the user and mechanically injects the stored water into the water used by the user while consuming water. Its feature is; - At least one water tank (l9) or optionally expansion tank (l9d), - "Suction T" (Figure l) models working with the Venturi Principle, with adjustable valve 4), manual sink mixer with water saving device (Figure 5) It is characterized by having at least one of the following: automatic sink mixer with water saving device (Figure 6), 6-way manual bathroom mixer (Figure 7), 6-way automatic bathroom mixer (Figure 8). 24) It is a water saving method according to claim 23, and its feature is; It has a water tank open to the atmosphere to store water or an expansion tank in which water can be stored and which maintains the pressure of the stored water. 25) It is a water saving method according to claim 23, and its feature is; It must have at least one of the products in claims 1, 2, 6, 9, 13, 17, 20, which has the feature of directing, storing or re-injecting water into the water used by the user.