A TOILET STRUCTURE AND A METHOD FOR ADJUSTING THE WATER LEVEL INSIDE THE TOILET BOWL.

Abstract

The invention relates to a toilet design that allows the raising or lowering of the water level within the toilet bowl to be controlled. More specifically, it relates to a toilet design that allows the water level inside the toilet bowl to be raised depending on whether the toilet's water outlet is opened or closed.

Description

1 TARIFF A device that allows you to adjust the water level inside the toilet. A TOILET STRUCTURE AND A METHOD Subject of Invention 5 The invention relates to raising or lowering the level of water in a toilet bowl. It relates to a toilet design that can be controlled. State of the Art 10 Toilets are frequently used in bathrooms and toilets. The drains of toilets are S They have a structure like this and always contain some water. The aforementioned It acts as a barrier, preventing unpleasant odors from escaping the wastewater system into the environment. However, before the washing process, both solid and liquid waste must be removed from the water in question. 15 It comes into contact with the toilet surface, thus minimizing soiling on the toilet bowl. The aim is to reduce [the amount of odor] and, in addition, to minimize the odor that will spread into the environment. is the goal. The water level in the toilet bowl varies depending on the bend in the S-shaped pipe. 20 The higher the curve, the higher the water level in the toilet bowl. However, waste, especially solid waste, is washed using a washing system, in other words... The S-shaped pipe allows the water in the reservoir to be removed by flushing it into the toilet. The curve must remain within a certain limit. Due to these limitations, the fluid inside the S-tube is in the known state of the technique. It cannot rise above a certain level, which affects the water supply in the toilet. This causes the advantages to remain at a limited level. To put it more specifically, the toilet... Because the water level inside remains at a limited level, solids form on surfaces that are not in contact with the water. Waste can stick and an extra cleaning is required to clean up the waste in question. 30 This cleaning is mostly done using toilet brushes. This is being done and this can lead to a number of hygiene problems. 2 Purpose of the Invention The invention aims to create a toilet that allows the water level inside the toilet bowl to be adjusted. It is about improving its structure. Another purpose of the invention is to enable the water level inside the toilet to be raised. It is an improvement in toilet design. Another purpose of the invention is to improve the water level in the toilet, as well as the flushing performance and washing. a toilet that can be upgraded in a way that does not negatively affect its efficiency 10 It is about improving its structure. Explanation of the Figures Figure 1: Exploded view of the invention. 15 Figure 2: Side view with the wings in a first position. Figure 3: Side view with the wings in a secondary position. Figure 4: The invention is positioned on the toilet with the wings in a position to allow flow. It is a cross-sectional view. Figure 5: The invention consists of a 20-inch vane positioned on top of the toilet that would obstruct the flow of air. It is a cross-sectional view of the location. References 1: Body 25 11: Shaft housing 12: Input end 13: Output end 14: The axis passing through the centers of the input and output terminals. 2: Movable element 30 21: Wing 22: Shaft bearing 3 23: Gear section 3: Actuator 4: Actuator gear : Elbowed structure Detailed Description of the Invention The invention relates to raising or lowering the level of water in a toilet bowl. It relates to a toilet design that can be controlled. More specifically, it concerns the water flow in the toilet. The water level in the toilet bowl is raised depending on whether the outlet is opened or closed. It relates to a toilet design that allows for this. The system described in this invention performs a rotational movement to create a connection between the toilet and the wastewater system. at least one canal (21) that enables the connection to be closed and opened movable element (2) and at least one actuator that enables the movable element (2) to move 15 (3) includes. In a preferred application of the invention, the movable element (2) rotates. performing and depending on the rotational movement of the wings (21) toilet and wastewater system It is a movable element that enables the connection between them to be opened and closed (2). The invention 20 In one of its preferred applications, the actuator (3) is an actuator that performs rotational motion. (3). A preferred application of the invention is in which the movable element (2) is positioned inside and a toilet that allows or prevents the passage of liquid / solid between one end and the other. into and / or any point between the toilet and the wastewater plumbing It has a cylindrical body (1) that can be positioned. The invention is a preferred In its application, the body (1) has at least one inlet end (12) where the liquid / solid enters the body (1). and has at least one outlet (13) through which the liquid / solid exits the shell (1). In the preferred application of the invention, the movable element (2) is attached to the elbow structure of the toilet (5) and / or a location between the elbow structure of the toilet (5) and the wastewater system 4 is placed. In a preferred application of the invention, the movable element (2) is articulated. The structure (5) is located inside. In a preferred application of the invention, the body (1), together with the movable element (2) into the elbow structure (5) and / or with the elbow structure (5) wastewater It is positioned at a point where the plumbing is connected. In a preferred application of the invention, the movable element (2) rotates the actuator (3). It has at least one gear section (23) to which it applies its force. Again, a preferred one of the inventions In its application, the actuator (3) drives the rotational movement through the gear section (23). It has at least one actuator gear (4) which enables the transfer to the element (2). The actuator gear (4) will rotate depending on the rotational movement of the actuator (3) and the rotation 10 an actuator that contacts the gear section (23) in such a way as to transmit its motion to the gear section (23). is a gear (4). In a preferred application of the invention, the toothed section (23) extends perpendicularly to the wings (21). It is a gear section (23). In a preferred application of the invention, the gear section (23) is 15 of the wings. (21) is a gear section passing through the center (23). In a preferred application of the invention, the movable element (2), the movable element (2) It has at least one bearing shaft (22) around which it is supported and around which it rotates. The invention In its preferred application, the shaft bearing (22) is a shaft bearing perpendicular to the gear section (23) (22). 20 In the preferred application of the invention, the body (1) is placed inside the body (1) of the movable element (2). so that the shaft bearing (22) can rotate freely inside the housing (1) It has at least one shaft housing (11) which provides bearing. The invention has a preferred one In the application, the moving element (2) must pass through the shaft housing (11) and the shaft bearing (22) at least It is fixed with a shaft. 25 In a preferred application of the invention, the actuator (3) is connected to the movable element (2) from the shaft bearing. (22) and / or a shaft that applies a rotational force from the shaft passing through the shaft bearing (22). is an actuator (3). In a preferred application of the invention, the wings (21) are attached to the fuselage (1) in at least one position. Liquid / solid passage is allowed parallel to the axis (14) passing through the centers of the inlet and outlet ends. giving, or at least in another position, the axis passing through the centers of the input and output ends (14) a vertical structure that prevents liquid / solid passage and thus the water inside the toilet bowl These are wings that allow the level to rise (21). The invention is a preferred one The application includes two wings (21). The subject of the invention is the design of a toilet and the raising of the water level inside the toilet bowl. method; • the movable element (2) will prevent water / solid from passing from the toilet to the wastewater system bringing to that position, • A predefined amount of water is poured into the toilet bowl, and the 10 inside the bowl... raising the water level, • after use, the movable element (2) allows water / solid passage from the toilet to the wastewater system. bringing it to a position that will allow and draining the water from the reservoir It includes the steps involved in the process. In a preferred application of the invention, the device moves upon the identification of the user. The element (2) is placed in a position that will prevent water / solid passage from the toilet to the wastewater system. and then automatically a predefined amount of water is poured into the toilet bowl. This allows for the emptying of the reservoir and the raising of the water level inside. In a preferred application of the invention, depending on the triggering of the washing system, Before the flushing process, the movable element (2) allows water / solid passage from the toilet to the wastewater system. The tank is then moved to a position that allows for the emptying of the water inside. The system and method described in this invention regulate the water level inside the toilet bowl. By raising the surface beforehand, solid waste is channeled directly into the water without sticking to the toilet bowl. the fact that it falls off eliminates the need to brush the surfaces after use. is being removed.

Claims

6 REQUESTS 1. A toilet mechanism that allows the water level inside the toilet bowl to be adjusted. Its feature is the ability to close and open the connection between the toilet and the wastewater system. at least one wing (21) providing at least one movable element (2) and 5 of the movable element (2) characterized by containing at least one actuator (3) that enables it to move. is being done.

2. A toilet configuration in accordance with Claim 1, the feature of which is that the movable element (2) rotates. the wings (21) which perform the movement and depending on the rotational movement, the toilet and waste 10 a movable element that allows the connection between the water pipes to be opened and closed (2) is.

3. A toilet configuration that conforms to Request 1 or 2, and whose feature is that the actuator (3) rotates. It is that there is an actuator (3) that performs the movement. 15 4. Is there a toilet configuration that meets any of the above requirements, and what are its features? in which the movable element (2) is positioned and between one end and the other end It allows or prevents the passage of liquid / solid into the toilet bowl and / or between the toilet and wastewater. a cylindrical 20 that can be positioned at any point between the installations It has a trunk (1).

5. A toilet configuration in accordance with claim 4, the feature of which is the body (1), liquid / solid to at least one inlet (12) where the liquid / solid enters the body (1) and exits the body (1) It has at least one exit end (13). 25 6. Is there a toilet configuration that meets any of the above requirements, and what are its features? the movable element (2) to the elbow structure of the toilet (5) and / or the elbow structure of the toilet (5) a movable element suitable for placement in a location between the wastewater and sewage systems (2) is. 30 7 7. A toilet configuration that conforms to any of the requirements 4-6, and whose feature is that the body (1), together with the movable element (2) into the articulated structure (5) and / or waste with the articulated structure (5). It is a casing (1) located at a point where the water supply is connected.

8. A toilet configuration that conforms to either of the requirements 2-7, and whose feature is a movable 5 element (2) applies the rotational force of the actuator (3) to at least one gear section (23) It is having.

9. A toilet configuration in accordance with claim 8, the feature of which is that the actuator (3) rotates. at least one 10 that enables the transmission to the moving element (2) via the gear section (23). It has an actuator gear (4).

10. A toilet configuration in accordance with claim 9, the feature of which is the actuator gear (4), the actuator (3) rotating depending on the rotational movement and the rotational movement to the gear section (23) The actuator gear (4) is in contact with the gear section (23) in such a way as to transmit the signal. 15 11. A toilet configuration that conforms to either clause 8-10, and whose feature is the geared section. (23) is that there is a toothed section (23) that extends perpendicular to the wings (21).

12. A toilet configuration in accordance with claim 11, the feature of which is that the gear section (23) and the wings (21) 20 It is a gear section (23) passing through its center.

13. A toilet configuration that conforms to either of the requirements 2-12, and whose feature is that it is movable. The element (2) is supported by at least one shaft bearing (22) around which it rotates. It is having., 25 14. A toilet configuration conforming to either of the requirements 8-13, the characteristic of which is the shaft bearing. (22) is that there is a shaft bearing (22) perpendicular to the gear section (23).

15. A toilet configuration that conforms to any of the requirements 4-14, and whose feature is that the body (1), 30 the movable element (2) rotates freely inside the body (1) inside the body (1) at least one shaft which enables the shaft to be supported by a bearing (22) so that it can make the movement. It has a nest (11). 8 16. A toilet configuration in accordance with claim 15, the feature of which is that the movable element (2) has a shaft fixed to the housing (1) with at least one shaft passing through its housing (11) and shaft bearing (22). is that it is a moving element (2).

17. A toilet configuration in accordance with claim 16, the feature of which is that the actuator (3) is movable 5 rotating element (2) from the shaft bearing (22) and / or from the shaft passing through the shaft bearing (22). It is an actuator (3) that applies the force.

18. A toilet configuration that conforms to any of the requirements 4-17, and whose characteristic is that the wings (21), at least one position of the body (1) passing through the centers of the inlet end and outlet end 10 allowing liquid / solid passage parallel to the axis (14), and in at least one other position The liquid / solid passage is perpendicular to the axis (14) passing through the centers of the inlet and outlet ends. which prevents the water level in the toilet bowl from rising. It is that there are wings (21) that make it possible.

19. A toilet configuration that meets any of the above requirements and has the feature of being two It contains wings (21).

20. A toilet design that allows the water level inside the toilet bowl to be adjusted. This is a method of raising the water level inside the toilet, and its characteristic feature is 20. • the movable element (2) will prevent water / solid from passing from the toilet to the wastewater system to be brought to that position, • Emptying a predefined amount of water into the toilet bowl and filling the bowl raising the water level inside, • After use, the movable element (2) discharges water / solid waste from the toilet to the wastewater system 25 positioned to allow passage and draining the water from the reservoir It includes the steps of the process.

21. This is a method for raising the water level in the toilet bowl, in accordance with claim 20, and its characteristic is: Following the identification of the user, the movable element (2) is connected to the wastewater system from the toilet 30 positioned to prevent water / solid passage, and then the toilet automatically turns on. a predefined amount of water is poured into the reservoir and the water inside the reservoir It is about raising the level. 9 22. The method of raising the water level in the toilet bowl in accordance with claim 20 or 21. Its feature, depending on when the washing system is triggered, before the washing process begins, a movable element (2) that will allow water / solid passage from the toilet to the wastewater system The goal is to bring it to the correct position and ensure that the water inside the reservoir is drained.

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