A reservoir flushing device operated by magnetic force.

Abstract

The invention relates to a flushing device that uses magnetic force to open the connection between the cistern and the toilet, thereby releasing water from the cistern into the toilet and enabling flushing. More specifically, it is the development of a device in which a magnetic force applied to at least one of the flushing levers causes the lever to move in a direction that opens the connection between the toilet and the cistern, thus transferring water to the toilet for flushing purposes.

Description

1 TARIFF A reservoir flushing device operated by magnetic force. Subject of the Invention The invention involves opening the connection between the cistern and the toilet using magnetic force, thereby opening the cistern. the process of flushing the toilet by emptying the water inside into the toilet bowl It relates to a discharge device that provides this. State of the Art 10 Nowadays, toilets with built-in toilet bowls are frequently preferred in bathrooms and restrooms. Toilet bowls, It needs to be cleaned after use; for this purpose, the reservoir and flushing system are required. These systems are utilized. Preferably within the reservoir, depending on requests and needs. A certain amount of water is collected, and after use, this water is drained from the toilet tank. 15 The toilet bowl is cleaned by flushing it down. In the current state of technology, the flushing system should preferably be removed after using the toilet. It is mechanically triggered by a mechanical lever and / or button, and depending on the trigger... Cleaning the toilet involves emptying the water from the reservoir into the toilet bowl. 20 is provided. With advancing technology, washing systems now include mechanical components applied by the user. It can be triggered without the need for force, and the triggering process can even be automated. It is requested that the reservoir flushing levers be controlled electronically. 25 They generally utilize actuators. In such systems, the rotation of the actuator... The action opens the connection between the reservoir and the toilet by pulling the flush levers, and the water It allows for emptying. However, these systems have some disadvantages. In these applications, rotational motion needs to be transferred to the arms as tensile force. This causes lateral forces to act on the pulling arms, resulting in stress on the arms. and can cause wear and tear. Furthermore, these systems require significant energy consumption and maintenance. Their requirements can be high. In addition, the operating noise of actuators, especially 2 This can create a disruptive situation for quiet environments. These disadvantages can be mitigated by being more efficient. This highlights the need for a robust and quiet reservoir flushing system. Another disadvantage of the current systems is that they are currently operated manually and by the user. Electronically controlled systems triggered depending on the force applied. 5 In order for the systems to be replaced, all system components must be replaced. Converting existing systems into electronic systems by replacing system components. It is not possible to transform it. Purpose of the Invention 10 The aim of the invention is to create a reservoir emptying system in which the arms are triggered by magnetic force. It is the improvement of the system. Another purpose of the invention is to attract the discharge arms by the applied magnetic force and 15 The flushing process begins by opening the connection between the cistern and the toilet, allowing water to flow into the toilet. It is the development of a system by which this is carried out. Another aim of the invention is to ensure that the magnetic force acts on the arms without any lateral force. a device applied in a direction parallel to the direction of movement of the arms, in such a way as not to cause damage 20 It is the development of. Another purpose of the invention is to enable the draining of water from a primary volume using a lever or a... the lever that enables the draining of water from the second volume, either together or separately. It is the development of a device that enables its implementation. 25 Another aim of the invention is to utilize the mechanical force currently applied by the user. converting triggered discharge devices to be triggered by magnetic force It is the development of a device that provides this. Explanation of the Figures Figure 1: Exploded view of the device that is the subject of the invention. 3 Figure 2: Perspective view of the device. Figure 3: View at a location where the water passage is closed. Figure 4: A view of a primary volume where the water has been drained. Figure 5: A view of the area where the water has been drained from a second volume. References 1: Water drain lever in the first volume 5: Magnetic interaction element holder 2: Water drain lever in the second compartment 6: Power unit 3: Electromagnet 7: Trigger 4: Magnetic interaction element 8: Housing Detailed Description of the Invention The invention involves opening the connection between the cistern and the toilet using magnetic force, thereby opening the cistern. the process of flushing the toilet by emptying the water inside into the toilet bowl It relates to a discharge mechanism that provides at least one discharge arm. More specifically, it involves at least one discharge arm. The flush lever moves between the toilet bowl and the cistern using a magnetic force applied to one of them. 15 that is moved in the direction that will open the connection and thus be used for washing purposes It is the development of a device that transfers water to the toilet. The device that is the subject of the invention; • at least one that applies an attractive force by converting an electric current into a magnetic field electromagnet (3), 20 • By opening the connection between the reservoir and the toilet depending on the pull-out mechanism, the reservoir a water drain with at least one primary volume that allows the water inside to be transferred to the toilet connected to the water discharge lever (1) and / or at least one second volume (2), moving by magnetic force applied by electromagnet (3) and pulling at least one magnetic interaction element (4) applying the force and 25 • at least one power unit (6) that provides the electric current required by the electromagnet (3) It includes. 4 In a preferred application of the invention, a water discharge lever (1) in a first volume connected at least one magnetic interaction element (4) and a second volume of water drainage two such that there will be at least one magnetic interaction element (4) connected to the arm (2). It includes a magnetic interaction element (4). In a preferred application of the invention The magnetic interaction element mentioned (4) is a ferromagnetic material. The preferred designation of the invention is 5. In one application, it is a magnet. A preferred application of the invention is a water discharge lever (1) in a first volume. connected magnetic interaction element (4) and a water discharge lever in a second volume A single 10 applying magnetic force to the magnetic interaction element (4) connected with (2). It includes an electromagnet (3). In the said application, the electromagnet (3) applies The magnetic force is adjustable in the electromagnet (3). The electromagnet (3) is pre- When a specified primary magnetic force is applied, the water discharge lever in the first volume (1) or will affect only one of the water discharge levers (2) in the second volume, beforehand a determined and higher secondary magnetic force compared to the primary magnetic force 15 When applied, it drains water into the drain arm (1) in the first volume and into the water in the second volume. in a position that will act on the discharge arm (2), between the magnetic interaction elements (4) It is placed in a location. A preferred application of the invention is a water discharge lever (1) in a first volume of 20 one and second applying magnetic force to the coupled magnetic interaction element (4) magnetic interaction element (4) connected to the water discharge lever (2) in the volume It contains a total of two electromagnets (3), one of which applies magnetic force. Depending on the electromagnet (3) through which the electric current is transmitted, the water discharge lever in the first volume (1) or to the water drain lever in the second volume or to the water drain lever in both the first volume 25 (1) and magnetic force is applied to the water discharge lever (2) in the second volume. Thus, the water drain lever (1) in the first volume or the water drain lever in the second volume (2) or both the water drain lever in the first volume (1) and the water drain lever in the second volume The movement of his arm (2) can be controlled. A preferred application of the invention is to supply two different electromagnets (3) with the energy they need. It has two different power units (6) that provide power. In another preferred application, two The electromagnet (3) is powered by energy supplied by a single power unit (6). A preferred application of the invention is on magnetic interaction elements (4). can be positioned, mechanically triggered by force applied by the user. to the water drain lever (1) in the first volume and / or to the water drain lever (2) in the second volume It contains at least one magnetic interaction element holder (5) that can be connected. Thus, 5 The first one, currently mechanically, moves with force applied by the user. water drain lever (1) in the first volume and / or water drain lever (2) in the second volume electronically moved by the force applied by the electromagnet (3) It provides and transmits magnetic force. A preferred application of the invention is the drainage of water in the first volume by electromagnets (3). magnetic connected to the arm (1) and / or the water discharge arm (2) in the second volume In such a way that they can apply a pulling force to the interaction element (4). It includes a body (8) that enables their positioning. The mentioned body (8) is preferred It is a housing (8) on which the power unit (6) can be positioned in an application. 15 A preferred application of the invention is the power unit (6) and consequently the electromagnet (3) It contains at least one trigger (7) that enables it to be controlled. The trigger (7) in question is: depending on its triggering, at least one electromagnet (3) for a predefined period of time a 20 that enables the application of a magnetic force to the magnetic interaction element (4). is the trigger (7). In the preferred application, the trigger (7) is placed on the body (8). It is a trigger suitable for positioning (7). In a preferred application, the trigger (7), It is a trigger located on a panel positioned on the body (8) (7). In a preferred application of the invention, the panel in which the trigger (7) is located is 25 currently the water discharge lever (1) in the first volume and / or the water discharge lever in the second volume mechanically depending on the force applied by the user to the arm (2) Suitable for placement in a panel containing the buttons that trigger it. It is a panel in structure.

Claims

6 REQUESTS 1. The connection between the cistern and the toilet is opened using magnetic force, thus opening the cistern. the process of flushing the toilet by emptying the water inside into the toilet bowl It is a discharge device that enables this to be carried out, and its feature is 5 • at least one that applies an attractive force by converting an electric current into a magnetic field electromagnet (3), • By opening the connection between the reservoir and the toilet depending on the pull-out mechanism, the reservoir a water drain with at least one primary volume that allows the water inside to be transferred to the toilet connected to the water discharge lever (1) and / or at least one second volume water discharge lever (2), 10 moving by magnetic force applied by electromagnet (3) and pulling at least one magnetic interaction element (4) applying the force and • at least one power unit that provides the electric current required by the electromagnet (3) (6) It includes. 15 2. A draining device conforming to Claim 1, characterized by a water draining lever in the first volume. (1) is connected with at least one magnetic interaction element (4) and a second volume There shall be at least one magnetic interaction element (4) connected to the water discharge lever (2). The figure contains two magnetic interaction elements (4). 20 3. A discharge device conforming to claim 1 or 2, whose characteristic is magnetic interaction. element (4) is that it is a ferromagnetic material.

4. A discharge device conforming to claim 1 or 2, whose characteristic is magnetic interaction 25 (4) is that its element is a magnet.

5. A discharge device suitable for any of the above requirements, and its characteristic feature is a magnetic interaction element connected to the water discharge lever (1) in the first volume (4) and magnetic interaction connected with a water discharge lever (2) in a second volume 30 It contains a single electromagnet (3) that applies magnetic force to its element (4). 7 6. A discharge device in accordance with claim 5, the feature of which is that the electromagnet (3) applies The magnetic force is adjustable, which is why it is an electromagnet (3).

7. A discharge device conforming to claim 5 or 6, the feature of which is the electromagnet (3) When a predetermined primary magnetic force is applied, the water in the first volume becomes 5 act on only one of the discharge levers (1) or the water discharge levers (2) in the second volume. will result in a predetermined and higher magnetic force compared to a primary magnetic force. When the second magnetic force is applied, it discharges water in both the first volume and the lever (1) and in a position that will act on the water discharge lever (2) in the second volume, magnetic It is located in a position among the interaction elements (4). 10 8. A discharge device conforming to any of claims 1-4, the characteristic of which is a first magnetic interaction element (4) connected to the water discharge lever (1) in the volume with a water discharge lever (2) in the first and second volumes applying magnetic force a 15 that applies magnetic force to the coupled magnetic interaction element (4) It contains a total of two electromagnets (3).

9. A discharge device in accordance with claim 8, the feature of which is that electromagnets (3), electric Depending on the current transmission, the water discharge lever in the first volume (1) or in the second to the water drain lever in the volume or to both the water drain lever in the first volume (1) and 20 electromagnets applying magnetic force to the water discharge lever (2) in the second volume (3) is.

10. A discharge device conforming to claim 8 or 9, and its feature is that it has two different electromagnets (3) It has two different power units (6) that provide the energy it needs. 25 11. A discharge device conforming to claim 8 or 9, and its feature is two electromagnets (3) It has a single power unit (6) that provides the energy it needs.

12. A discharge device suitable for any of the above requirements, with the characteristic of 30 magnetic interaction elements (4) can be positioned on the user water drainage in the first volume mechanically triggered by the force applied. at least one that can be connected to the arm (1) and / or the water discharge arm (2) in the second volume It contains a magnetic interaction element holder (5). 8 13. A discharge device conforming to claim 12, characterized by its magnetic interaction element. in the first volume which moves with the force applied by the user of the gripper (5) water drain lever (1) and / or water drain lever (2) in the second volume electronically actuated by the force applied by the electromagnet (3) 5 (1) The magnetic force will be applied to the water discharge lever in the first volume in such a way as to ensure that it is applied. and / or a magnetic interaction element that transfers water to the discharge arm (2) in the second volume is to be conservative (5).

14. A discharge device suitable for any of the above requirements, with the characteristic of 10 electromagnets (3) to the water discharge lever (1) in the first volume and / or in the second volume Pulling magnetic interaction element (4) connected to the water discharge arm (2) a body that enables them to be positioned in such a way that they can apply force (8) It includes.

15. A discharge device conforming to claim 10 or 11 or 14, the characteristic of which is that the body (8), power It is that the unit (6) has a body (8) on which it can be positioned.

16. A discharge device conforming to any of the requirements 10-15, whose characteristic is power. at least one 20 that enables the control of the unit (6) and consequently the electromagnet (3). It contains the trigger (7).

17. A discharge device in accordance with claim 16, the feature of which is that the trigger (7) is triggered. depending on at least one electromagnet (3) magnetic for a predefined period of time A trigger (7) that enables the application of a magnetic force to the interacting element (4) 25 It is the fact that.

18. A discharge device conforming to either of claims 14-16 or 17, and its characteristics being: a trigger (7) suitable for positioning on the body (8) That is. 30 19. A discharge device in accordance with claim 18, the feature of which is that the trigger (7) is on the body (8). It is a trigger (7) located on a panel that is positioned. 9 20. A discharge device in accordance with claim 19, the feature of which is that the trigger (7) is located the panel, already in the first volume water drain lever (1) and / or in the second volume water mechanical discharge lever (2) depending on the force applied by the user instead of being positioned on the panel containing the buttons that enable it to be triggered It is a panel with a suitable structure. 5

Images