TR201516992A2 - ENERGY SYSTEM FOR BATHROOM PRODUCTS NEEDING ELECTRICAL ENERGY - Google Patents

Abstract

The invention relates to a system capable of meeting the electrical energy requirement of bathroom products that require electrical energy. The system developed within the scope of the invention; at least one dynamo (2) converting the flow energy of the water into electrical energy; The AC / DC comprises at least one capacitor (4) connected to the rectifier (3).

Description

DESCRIPTION THE SYSTEM THAT CAN SUPPLY ENERGY TO BATHROOM PRODUCTS THAT NEED ELECTRICAL ENERGY Subject of the Invention The invention meets the electrical energy needs of bathroom products that need electrical energy. It's about a system that can handle it.

State of the Art Armature with sensor, urinal, concealed cistern control panel, led Many bathroom products, such as mirrors with a heating system or a heating system, need energy. This For the energy needs of the products, the use of batteries or electrical adapters is required. But suddenly in common areas such as shopping malls where many products are located in the same environment. in assembly processes when it is necessary to supply energy from any external source. taking into account the source to be supplied and sufficient number of sources environment must be present. self to solve this problem in known case can produce energy, the energy produced can be stored and used in case of need. luminaires with systems are used, but more than one luminaire and in the environment There is a system in which other bathroom products can be fed from a single source. not used.

The electricity needed by the bathroom products in any environment within the scope of the invention that can produce its energy with the use of a single fixture and other fixtures and bathroom A system has been developed that can transmit this energy to its products at the same time.

Purpose of the Invention The aim of the invention is to convert the electrical energy of more than one fixture and bathroom products at the same time. To develop a system that can supply installation place by eliminating the need for external energy source in places where it is used in between is to find a solution to the problem experienced in terms of

References 1: Fixture body 2: Dynamo 3: AC/DC Rectifier 4: Capacitor : Mixer and solenoid valve group 5a1: Mixer positioned on the armature body 5b: Solenoid valve 6: Armature water outlet end 7:Sensor 8: Cold water line 9: Hot water line : Energy/Electricity line 10a: Energy input line to the luminaires 10b: Energy input line from rectifier to capacitor 10e: Energy input line to the concealed cistern control panel 10e: Energy input line to urinal 11: Cold water inlet 12: Hot water inlet 13: Water passage line to the armature outlet 14: Water line from dynamo to armature : Water outlet end from dynamo to armature 16: Mixer lever 17: Cold water inlet from mains to dynamo 18: First luminaire 19: Second armature : Third luminaire 21: Fourth luminary 22: Fifth armature 23: Urinal 24: Mirror : Photocell concealed cistern control panel Descriptions of Figures Figure 1: The system developed within the scope of the invention and providing electrical energy to bathroom products use for luminaire Figure 2: The system developed within the scope of the invention and providing electrical energy to bathroom products display of the connection to the luminaire Figure 3: The system developed within the scope of the invention and providing electrical energy to bathroom products Detailed Description of the Invention The invention meets the electrical energy needs of bathroom products that need electrical energy. It's about a system that can handle it.

The system developed within the scope of the invention; the energy that converts the flow energy of water into electrical energy. at least one dynamo (2), connected to the dynamo, to store the alternating current produced by the dynamo At least one AC/DC rectifier (3), which converts alternating current to direct current, is connected to the dynamo (2). At least one capacitor connected to the AC/DC rectifier (3), which stores the electrical energy it provides (4) includes.

The energy generated in the dynamo (2) is the AC/DC rectifier (3) (AC/DC converter) in the system. It is converted to direct current with the help of its help and is stored in the capacitor (4) in the system.

Energy transmission from the capacitor (4) to both the armatures in the environment and the bathroom products is provided.

Feeding of five luminaires by the said system within the scope of the application It will be explained and the electricity needed by more or less fixtures. It will be possible to meet its energy with the system developed within the scope of the invention.

At least one urinal (23) and at least one photocell concealed at the same time as the subject system The energy needs of bathroom products such as the reservoir control panel (25), at least one mirror (24), will be possible to match. Increasing the number and variety of mentioned bath products It is possible and cannot be limited to what is told.

In the system developed within the scope of the invention, the dynamo (2) is supplied to the armature and to the system. It is located on the waterline. Namely; dynamo (2) on mains cold water line is positioned and the cold water coming from the mains passes directly over the dynamo (2) and then it reaches the luminaire. Or the dynamo (2) on the hot water line It is positioned and the hot water coming from the mains and passing through a heating system is sent to the fixture. it passes over the dynamo (2) before reaching the armature. Meet Within the scope of this, the dynamo can be positioned on the hot or cold water line.

What is meant by the hot water line specified in the invention is any heater of the cold water entering the network. It is the line through which water passes through the system and is transmitted to the armature and the system that is the subject of the invention.

The developed system is shown in Figure 1. Dynamo (2) to ensure that the water inlet to the armature or system It is connected to the hot water line (9) or the cold water line (8) on the water line to which it is supplied. Shape 1 shows the situation where the mains cold water line (8) is connected to the dynamo (2). This link In the form of a dynamo (2), the dynamo (2) directly takes the water coming from the cold water line (8) and the dynamo (2) The water passing over it is transmitted to only one of the armatures in the system. Hot water are available. The water coming from the hot water line (9) flows through the hot water inlet (12) to all the systems in the system. From fixtures whose transit line (14) will be in use, to only one first fixture (18) is connecting. The cold water connection of the remaining four armatures (19, 20, 21,22) is directly It is carried out in such a way that they will receive the water coming from the mains. In other words, in the system both hot and cold water direct hot water line to four armatures (19, 20, 21, 22) (9) and from the cold water line (8) without passing over the dynamo (2). One of the fixtures while the hot water can be reached directly via the hot water line (9), the cold water dynamo (2) After passing over it, it reaches the first luminaire (18).

The situation where the dynamo (2) is positioned on the cold water line (8) within the scope of the invention It will be explained and it is also possible to connect the dynamo (2) to the hot water line (9). If dynamo (2), if it is connected to the hot water line (9), the first line to which the hot water passing through the dynamo (2) is transmitted. the armature (18) will take the cold water directly from the mains cold water line (8) and the hot water The dynamo (2) will take over the line that will pass over it. In the system in question, the dynamo (2) The operation of a single luminaire connected to it, the energy need of the other luminaires in the system. It will be sufficient to store it in the capacitor (4).

For the application of the inventive system shown in figures 1 and 2, flex hoses must be connected to the installation, that is, to the installation. After the mains is connected to the cold water line (8) or the hot water line (9), the flex hose is dynamo (2) to the end, AC/DC rectifier (3) to the dynamo (2) and the rectifier by taking the resulting current. The capacitor (4) to store it is connected. Making the dynamo connection then the water in the installation is drained by passing through the dynamo (2) and meanwhile some electrical charge is stored in the capacitor (4). The first after this the assembly of the armature (18) is carried out. Every time the first armature (18) works water passing through the dynamo (2) while discharging the electric current from the capacitor (4) The electric current formed by means of the capacitor (4) continues to fill from one side.

The subject system of the invention is explained in detail below.

In the application of the invention, which will be explained in detail below, one dynamo (2), one AC/DC With the system of the invention, which includes a rectifier (3) and at least one capacitor (4), electrical The energy needs of bathroom products that need energy will be met.

The system developed within the scope of the invention is shown in figures 1 and 2. The system of the invention; this at least one dynamo (2) positioned on the line at least one AC/DC rectifier (3) to which it is converted and at least one where the current from the rectifier is stored. contains a capacitor (4). Armature with the system mentioned within the scope of the invention, at least one armature body (1), at least one mixer (5a1) positioned on the armature body (1), at least one solenoid valve (5b) and at least one sensor (7). Also the luminaire The mixer arm (16) of the mixer (5a1) positioned on its body (1) It is used to set the desired water temperature. As mentioned dynamo (2) cold water It is positioned on the line (8) and the cold water coming from the mains is over the dynamo (2). passes. The user of the first armature (18) to which the dynamo (2) is connected in the system. The water passing through the mains cold water line (8) by activating it by the mains cold water from the cold water inlet end (17) to the dynamo (2) from the mains through the inlet (11) to the dynamo from the dynamo to the armature via the water outlet end (15) from the dynamo to the armature water line (14) and the solenoid valve (5b) positioned on the armature body (1) with this line, and The mixer (5a1) positioned on the armature body, in other words, the mixer and it reaches the solenoid valve group (5). Use of lukewarm water according to the usage preference of the user hot water from the hot water line (9) at the same time as activating the faucet for Mixer and solenoid valve directly on the armature body (1) through its inlet (12) group (5) and the mixture formed by mixing hot and cold water in this section. water to the armature outlet through the water passage line (13) and to the armature water outlet end (6) is reaching. Mixing water reaches the user from the armature water outlet end (6). Dynamo (2) alternating current AC/DC rectifier (3) formed in the dynamo (2) with cold water passing over it It is converted to direct current with its help and is connected to the energy input line (10b) from the rectifier to the capacitor. it reaches the capacitor (4) and is stored there. Energy stored in the capacitor (4) is used for its operation. At the same time, the water passing over the dynamo (2) reaches the capacitor (4). it provides energy recharge. The energy produced in the system comes from the AC/DC rectifier (3) To the luminaires via the energy input lines (10a) to the luminaires via the outgoing energy line (10) is being delivered. With the activation of the armature, the solenoid valve (5b) allows water passage. and the hot and cold water reaching the mixer (Tue) positioned on the armature body. With the cold water forming the mixing water in this section, water is supplied to the armature water outlet (6). is reaching.

If the user prefers to use only cold water, only cold water The armature reaches the water outlet end (6) via the same path described above and is connected to the dynamo (2). energy generation takes place.

In case the dynamo (2) is positioned above the hot water line (9), the user can only When you turn on the hot water or turn on both the hot and cold water, the above followed by the cold water in this case, the cold water will follow the path followed by hot water and hot water, and in the same way energy generation will be possible. In this case, the water coming from the hot water line (9) is the dynamo (2). it will follow the path of the cold water described above by passing over it. If cold water it will follow the same path as the hot water described above.

During the said water flow, the energy produced in the dynamo (2) is transmitted through the AC/DC rectifier (3). It is converted to direct current and is transferred from the rectifier to the capacitor by the energy input line (10b). (4) is transmitted and stored in the capacitor (4) in the system. The invention described above In the application, there is a single capacitor (4) in the system and a single first armature (18) With its use, it is possible to pass water over the dynamo (2) and generate energy. If it is made, it is transmitted to the relevant luminaire. Likewise, the energy stored in the capacitor (4) With the help of the connection made from the capacitor, it can also be connected to other bathroom products. can be transmitted. Figure 3 shows some examples of the bath products mentioned.

Urinal (23), photocell concealed cistern control panel (25) or mirror with heating system (24) are some of them. Therefore, thanks to the inventive system, there is only one first By activating the luminaire (18), both other luminaires in the environment and The energy needs of other bathroom products will be met. Energy stored in the capacitor (4) photocell concealed cistern with energy input line (10c) to the concealed cistern control panel to the control panel (25), to the mirror (24) and to the urinal via the energy input line (10d) to the mirror. it can be transmitted to the urinal (23) via the energy input line (10e).

In the mentioned application, instead of the first armature (18) to which the dynamo is connected, the other In case any of the luminaires (19, 20, 21, 22) is used by the user According to the user's preference, the mains can come from the cold water inlet (11) and/or the hot water inlet (12) There is a water inlet to the used faucet and both hot and cold water or hot water only. or only to the mixer and solenoid valve assembly (5) on the cold water armature body (1) is reaching. The hot-cold water mixture created in this section or only hot water or Only by opening the cold water solenoid valve (5b) from the water passage line to the armature outlet (13) it reaches the water outlet end of the armature (6). In this process, water passes over the dynamo (2). and no energy is generated in the system.

The first fixture (18) to which the dynamo is connected should not be used by any user. In order to meet the electrical power required in case of A cleaning mode has been added to the software/circuit related to the sensor in (18). even if no user uses the mentioned cleaning mode faucet, self-actualize and charge the capacitor (4) and be ready for first use again. it provides.

Thanks to the system developed within the scope of the invention, more than one luminaire in the same environment and The electrical energy need of the bath product will be met. A single dynamo in the system the energy needs of the desired number of fixtures and other bathroom products 14 9 12 13 12 I11 Tue _ _I_ 12 10a 1210a 7_[ rf_ 16

Claims (20)

REQUESTS It is a system that can meet the electrical energy needs of at least one fixture and/or at least one bathroom product that needs electrical energy. At least one dynamo (2), which converts the flow energy of the water passing over 0 into electrical energy and is positioned on the water line where water inlet is provided to the system/armatures, is positioned connected to the dynamo (2), which converts the alternating current to direct current so that the alternating current produced by that dynamo (2) can be stored. at least one AC/DC rectifier (3), at least one capacitor (4) that stores the electrical energy provided by that dynamo (2) and is connected to the AC/DC rectifier (3) to receive and store the current generated in the AC/DC rectifier (3) ) is characterized by It is the system mentioned in claim 1 and its feature is; It is characterized in that it contains at least one first armature (18) through which the water passing over the dynamo (2), which is connected with the dynamo (2), is transmitted. characterized by its content. It is the system mentioned in claim 1 and its feature is; it is characterized by the fact that the said dynamo (2) is positioned on at least one cold water line (8) to allow the cold water coming from the network where water inlet is provided to the system/armatures to pass over. It is the system mentioned in claim 1 and its feature is; it is characterized in that said dynamo (2) is positioned on at least one hot water line (9) to allow the hot water entering the system/armatures to pass directly over it. It is the system mentioned in claim 1 and its feature is; it is characterized by the fact that the said system has more than one feature and the said dynamo (2) is positioned in such a way that the water passing over the dynamo (2) will be transmitted to only one first armature (18), which will be connected to only one of the fixtures. It is the system mentioned in claim 1 and its feature is; It is characterized by the fact that it contains a single capacitor (4) where the energy formed in the dynamo (2) will be stored. It is the system mentioned in claim 6 and its feature is; It is characterized in that the connection in the system is such that the first fixture (18), to which the water line is connected through the dynamo (2), takes the cold water over the dynamo (2) and the hot water directly over the hot water line (9). It is the system mentioned in claim 6 and its feature is; It is characterized in that the connection in the system is in such a way that the first fixture (18), to which the water line is connected through the dynamo (2), takes the hot water over the dynamo (2) and the cold water directly over the mains cold water line (8). It is the system mentioned in claim 6 and its feature is; It is characterized in that the connection in the system is in such a way that the energy requirement 20, 21, 22) allows hot and cold water to come directly to the mains via the cold water line (8) and hot water line (9) without passing over the dynamo (2). It is the system mentioned in claim 2 and its feature is; said fixture is characterized by at least one solenoid valve (5b) positioned on the armature body, at least one mixer (Sal) positioned on the armature body, and at least one sensor (7) located on the armature body for the user to trigger the water flow from the armature. 12. It is the system mentioned in claim 11 and its feature is; it is characterized by the fact that the said sensor (7) is positioned in connection with the capacitor (4) in such a way that it can receive the energy stored in the capacitor (4). 13. It is the system mentioned in claim 6 and its feature is; It is characterized by the fact that it includes a cleaning mode that will run itself in the software inside, which will prevent trouble in energy generation in case the armature connected to the dynamo (2) is not operated at all. 14. It is a method for realizing the water flow with the operation of the fixture to which the system and dynamo mentioned in any of the above claims are connected, and its feature is; It is characterized by the sensor (7) in the first fixture (18) through which water is delivered, and the presence of water inlet to the dynamo (2) in case it triggers the water flow in the fixture. 15. It is the method mentioned in claim 14 and its feature is; it is characterized by the triggering of the water flow in the first armature (18) and the cold water coming from the cold water line (8) entering the dynamo (2) in the process of water inlet to the said dynamo (2). 16. It is the method mentioned in claim 14 and its feature is; in the process of water inlet to the said dynamo (2), the water flow from the hot water line (9) enters the dynamo (2) by triggering the water flow in the first armature (18). 17. It is the method mentioned in claim 14 and its feature is; In case the water flow is triggered in the first fixture (18) to which the dynamo (2) is connected; o cold water coming from the mains cold water line (8) via the mains cold water inlet (11) from the mains cold water inlet to the dynamo (17) to the dynamo (2) o water outlet from the dynamo to the armature (15) via the dynamo to the armature (14) and the solenoid valve (5b) positioned on the armature body (1) in the first armature (18) to which the dynamo is connected, and the mixer (531) positioned on the armature body. it is characterized by reaching the water outlet end (6). 18. It is the method mentioned in claim 17 and its feature is; If lukewarm water is desired to be used in the first armature (18), 0 hot water together with cold water is also sent from the hot water line (9) to the solenoid valve (5b) on the armature body (1) and the mixer positioned on the armature body directly via the hot water inlet (12). (Tue) is characterized by the fact that the mixture water formed by mixing hot and cold water in this section reaches the armature water outlet end (6), passing through the water passage line (13) to the armature outlet after the solenoid valve (5b) is opened. 19. It is the method mentioned in claim 14 and its feature is; > generating electrical energy by passing water over the dynamo (2) and converting the generated energy into direct current by means of the AC/DC rectifier (3) connected to the dynamo (2) > the energy input line from the AC/DC rectifier (3), from the rectifier to the capacitor (10b) It is characterized by being transmitted to the only capacitor (4) in the system and stored. 20. It is the method mentioned in claim 19 and its feature is; With the operation of the first armature (18), the energy generated on the dynamo (2) is stored in a single capacitor (4) in the system, and the energy needs of any armature (18, 19, 20, 21, 22) used from this capacitor (4) are energized to the fixtures. It is the method mentioned in claim 19 with the input line (10a), and its feature is; It is characterized in that the energy stored in the capacitor (4) is transmitted to the bath product in order to meet the energy need of at least one bath product. It is the method mentioned in claim 21 and its feature is; it is characterized by the fact that the said bath product is a urinal (23) and the energy stored in the capacitor (4) is transmitted from the capacitor (4) to the urinal (23) via the energy input line (10e) to the urinal, in case the urinal (23) needs energy. It is the method mentioned in claim 21 and its feature is; said bathroom product is a mirror (24) and the energy stored in the capacitor (4) is transmitted to the mirror (24) via the energy input line (10d) to meet the energy need of the mirror (24). It is the method mentioned in claim 21 and its feature is; photocell concealed cistern with an energy input line (10c) from the capacitor (4) to the concealed cistern control panel so that the said bathroom product is a photocell concealed cistern control panel (25) and the energy stored in the capacitor (4) will meet the energy need of the photocell concealed cistern control panel (25). It is characterized by being transmitted to the control panel (25).