A guiding system in which the washing process is achieved by the helical motion of the liquid.

Abstract

The invention relates to a conveying system that enables the transfer of cleaning fluid from at least one liquid source into at least one ceramic sanitary ware container (11).

Description

1 TARIFF A GUIDE IN WHICH THE WASHING PROCESS IS ACHIEVED BY THE HELICAL MOTION OF THE LIQUID. SYSTEM Subject of the Invention 5 The invention involves the use of cleaning fluid from at least one liquid source in at least one ceramic sanitary ware. It is related to a router system that enables the transmission to the reservoir (11). State of the Art 10 Ceramic sanitary ware is used in areas such as bathrooms, toilets, and kitchens. Ceramics Health equipment needs to be cleaned after use, and washing is done for this purpose. These systems are used for cleaning purposes in the current state of the technology. The water or cleaning fluid to be used is usually in a reservoir / fluid source 15 The stored water is released when the user activates the washing system. or the cleaning fluid flows into the ceramic sanitary ware, and thus The ceramic sanitary ware is cleaned. For effective cleaning, the following is necessary. dispensing water or cleaning liquid into the ceramic sanitary ware reservoir It is necessary. Water from the liquid source is placed in the rear section of the ceramic sanitary ware reservoir, 20 Water diverter, usually positioned as an integral part of the ceramic sanitary ware. The cleaning fluid reaches the ceramic sanitary ware reservoir via the component / part. or the process of distributing water into the ceramic sanitary ware reservoir is mostly done with ceramics. through channels, also known as water channels, on the medical device reservoir This is being carried out. These channels open into the ceramic sanitary ware reservoir. There are numerous holes. These types of products are also known as channeled ceramic sanitary ware. These channels / waterways run along the perimeter of the ceramic sanitary ware reservoir. lying down and the water or cleaning liquid being distributed into the ceramic sanitary ware reservoir It provides this. Water entering the ceramic sanitary ware reservoir from multiple points... It collides within the channel / waterway or reservoir above, and this situation results in 30 It causes unwanted noise and splashing. In addition, channeled ceramic sanitary ware... Access to the interiors of canals / waterways is difficult in these materials, and therefore ceramic sanitary ware is not suitable. 2 Not every part of the equipment can be cleaned properly, which leads to a number of hygiene issues. This causes problems. In channeled ceramic sanitary ware, the ceramic sanitary ware... Water or cleaning fluid is conveyed to the reservoir only through the channel / waterway on the reservoir. It can only perform a limited wash by moving in that direction. Preventing hygiene problems caused by channeled ceramic sanitary ware. For this purpose, channel-less ceramic sanitary ware has also been developed. Channel-less ceramic sanitary ware Because the ceramic sanitary ware container does not contain any channels, it is easy to clean. It can be cleaned, thus preventing potential hygiene problems. Channel-less In ceramic sanitary ware, the cleaning liquid or water must somehow adhere to the ceramic sanitary ware surface. 10 The material needs to be distributed into the container. For this purpose, various devices or The guiding structures contained within the ceramic sanitary ware are utilized, and the water or The cleaning fluid is distributed into the ceramic sanitary ware reservoir. This Apparatuses or structures usually draw water from a reservoir / liquid source or directing the cleaning fluid and distributing it into the inner chamber of the ceramic sanitary ware 15 This ensures that the cleaning water flows through the ceramic sanitary ware in at least one direction via these devices. It is directed within its container. In currently used ceramic sanitary ware, whether channeled or not, liquid 20 The transfer of cleaning fluid or water from the source to the ceramic sanitary ware reservoir for ceramic sanitary ware container, preferably made of ceramic, located at the rear of the container. and preferably at least one guiding structure / part made of ceramic sanitary ware, in a single piece. It is located there. This structure / part is found in the aforementioned channeled ceramic sanitary ware. The ceramic sanitary ware container is connected to the water channel / flue on top of the container. The cleaning fluid passes through the ceramic guide structure / part in this section and fills the reservoir with 25 It performs the washing process by circulating through the system. Currently, channelless ceramic sanitary ware is used. In ceramic sanitary ware, cleaning fluid or water from a liquid source is used. The ceramic passes through the guiding structure / part located at the rear of the reservoir. The liquid reaches at least one dispenser on the sanitary ware container. In both cases Cleaning fluid from the liquid source on the ceramic sanitary ware, on the back section 30 Water flows through the guiding structure / part onto the ceramic sanitary ware reservoir. It reaches the pathways / channels or the liquid dispensing apparatus. On the ceramic sanitary ware, the back 3 This guiding structure / part in the section is used during the production of ceramic sanitary ware. This causes deformations and structural defects. Furthermore, this guiding principle... Because the ceramic sanitary ware is manufactured as a single piece, it can accumulate dirt over time. It is unable to be held, it cannot be removed / disassembled and cleaned, and additionally... Due to the burrs remaining inside during the production phase, the cleaning fluid is also ceramic health 5 The speed at which the material reaches the container decreases. As a result, the ceramic sanitary ware container... The flow of sufficiently fast and clean water or cleaning fluid is being prevented. This structure / part The particles remaining inside during the flow of water or cleaning fluid from the liquid source It also causes noise and disturbance. This noise is a nuisance for users. It consists of 10. In some known applications, this is the process by which cleaning fluid is conveyed across ceramic sanitary ware. The guiding structure / part can be manufactured from plastic or a similar material, however... In this case, it is observed that the flow energy of the cleaning fluid or water cannot be conserved. In addition, clean water or cleaning fluids from the liquid source can be used on ceramic sanitary ware. a guide that directs water to the device or at least one washing system on the ceramic sanitary ware The number and location of fluid passage holes on the structures are also important in ceramic sanitary ware. It has been found to be important in ensuring effective cleaning of the reservoir. In the current situation... Hole structure on guiding structures cleaning of ceramic sanitary ware container 20 It is unable to provide an adequate fluid flow rate. All the technical problems mentioned above necessitate an innovation in the relevant technical field. It has brought it to this state. Purpose of the Invention The purpose of the invention is to enable the use of ceramic sanitary ware containers with a lower volume of cleaning fluid. The goal is to establish a router system to ensure that it is cleaned through this method. 4 Another purpose of the invention is to remove the cleaning fluid from the transmission channel after washing. to prevent it from remaining and thus prevent biofilm formation within the transmission channel The goal is to establish a router system that provides this. Another objective of the invention is to deliver cleaning fluid from a source through a transmission channel to 5 By increasing its speed, it ensures that the energy is transmitted to the distributor part, thus reducing the speed. This allows for the cleaning of the ceramic sanitary ware container using a cleaning fluid in a specific volume. The goal is to establish a routing system. Figure Explanation 10 Figure 1: Representative image of a ceramic sanitary ware containing the guiding system that is the subject of the invention. A perspective cross-section view is provided. Figure 2: A representative perspective view of the transmission channel is given. Figure 3: A representative cross-sectional view of the conduction channel is given. 15 Figure 4: A representative front cross-sectional view of a ceramic sanitary ware is given. Figure 5: A representative bottom section view of the distributor component is given. References 1: Ceramic sanitary ware 11: Ceramic sanitary ware container 12: Transmission channel slot 121: Nest entrance 122: End of nest 25 13: Fluid pathway 14: Nodal structure 2: Transmission channel 21: Fluid inlet to the transmission channel 22: Transmission channel liquid outlet 30 23: Distributor support projection 24: Mounting opening 3: Distributor part 31: Distributor fluid inlet 32: Side fluid outlet 33: Bottom fluid outlet 34: Rear fluid outlet 5 4: Closing piece Detailed Description of the Invention The invention involves the use of cleaning fluid from at least one liquid source in at least one ceramic sanitary ware. It is related to a router system that enables the transmission to the reservoir (11). The one mentioned here The ceramic sanitary ware (1) is preferably a toilet. The mentioned diverter system is the most basic In this case, cleaning fluid from at least one liquid source enters the ceramic sanitary ware reservoir. (11) having at least one liquid inlet (21) and at least one liquid outlet (22) that allows its redirection. a small transmission channel (2) and the liquid outlet (22) of the mentioned transmission channel (2) 15 the ceramic cleaning fluid positioned and directed through the transmission channel (2) It includes at least one dispensing part (3) that enables the transfer of medical equipment to the reservoir (11). The routing system is connected to the aforementioned transmission channel (2) from the aforementioned liquid inlet (21) It is characterized by its inclination towards the aforementioned liquid outlet (22). In this way, the liquid 20 through the inclined structure of the conveying channel (2) of the cleaning fluid coming from the source This ensures that the material is directed to the distributor part (3) in an accelerated manner. the cleaning fluid is accelerated from the dispenser part (3) to the ceramic sanitary ware reservoir (11) It is transmitted in a way. In this way, the cleaning fluid has more paths on the surface of the reservoir (11). This allows the tank to be filled with a smaller volume of cleaning fluid. (11) Cleaning is ensured. For example, cleaning is done with 6-9 liters of cleaning fluid. while being provided, 3-4 liters of cleaning fluid through the distributor part (3) of the invention Cleaning can be provided. The feature of a possible construction of the invention is the inner surface of the mentioned transmission channel (2) It has a smooth structure. A feature of a possible structure is that the aforementioned transmission channel is 30 (2) is that it is made of petroleum-based material. A preferred design of the invention is Its feature is that the mentioned transmission channel (2) is made of plastic material. 6 In a possible configuration of the invention, the aforementioned ceramic sanitary ware (1), the aforementioned transmission It includes at least one transmission channel slot (12) for positioning of channel (2). In a possible configuration, the aforementioned transmission channel slot (12) is one of a slot input (121). It is configured to be higher than the end of the socket (122). In this way, transmission 5 channel (2) is inclined towards the distributor part (3) inside the transmission channel housing (12) is provided. In other words, the aforementioned transmission channel slot (12) contains an inclined It is structured to be suitable for the positioning of the transmission channel (2) with the structure. In a possible configuration of the invention, the mentioned dispensing part (3) shall contain at least one dispensing liquid 10 It includes the inlet (31). In this configuration, the mentioned dispersing liquid inlet (31) is mentioned The transmission channel is configured to be associated with the liquid outlet (22). A possible The mentioned distribution fluid inlet (31) in the structure is tightly packed within the mentioned transmission channel (2). It is configured to be positioned via a snap-fit ​​method. In a possible configuration of the invention, the mentioned transmission channel (2) is the distribution part (3) It includes at least one dispersing retaining protrusion (23) to limit its entry into it. In a possible configuration, the mentioned distributor support protrusion (23), distributor fluid inlet (31) It is structured to be uniform with the wall. In this way, the flow of the cleaning fluid It is ensured that it is not blocked and / or restricted. 20 In a possible configuration of the invention, the mentioned transmission channel socket (12), socket end (122) at least one located between the ceramic sanitary ware (1) and the transmission channel (2) in the part It includes the closing part (4). The feature of a possible configuration is the aforementioned closing part (4) ceramic sanitary ware (1) side with at least one sealing element 25 It is positioned in a certain way. The characteristic of a possible structure is the aforementioned closure. at least one sealing element is positioned between the transmission channel (2) of the part (4) It is the fact that. In a possible configuration of the invention, the mentioned distribution part (3) and the mentioned transmission channel 30 (2) to be positioned between the ceramic sanitary ware (1) by means of a tight fit It is structured. In a possible configuration, the mentioned dispensing part (3) and ceramic sanitary ware 7 A sealing element is positioned between the material (1). In a possible configuration a sealing element between the mentioned distributor part (3) and the transmission channel (2) It is located. A feature of a possible design of the invention is that the aforementioned ceramic sanitary ware container has 5 (11) is that it includes at least one fluid pathway (12). The characteristic of a possible structure is the aforementioned fluid (12) is that the slope of the road is structured in a decreasing form from top to bottom. The feature of a possible configuration is that the aforementioned liquid path (12) is in the middle of the reservoir (11). It is structured by means of a partially extending nodal structure (13). In this way The cleaning liquid is directed by means of the dispenser part (3) onto the surface of the reservoir (11) 10 The movement of the cleaning fluid is thus supported. This allows it to travel a longer distance, thus requiring less cleaning fluid. Cleaning of the reservoir (11) is ensured by means of. In a possible configuration of the invention, the aforementioned ceramic sanitary ware (1) has a transmission channel of 15 (2) It includes at least one mounting hole for mounting. In a possible configuration The aforementioned transmission channel (2) must have at least one mounting hole for mounting into the aforementioned mounting hole. It includes the mounting opening (24). In a possible configuration, the aforementioned mounting opening (24) It is structured in an oval shape. In a possible configuration of the invention, the mentioned dispensing part (3) distributes the cleaning fluid. It includes at least two liquid outlets that allow liquid to be distributed into the reservoir. In a possible configuration... At least one of the mentioned liquid outlets directs the cleaning fluid to the rear of the dispenser part (3), In other words, it is a back fluid outlet (34) that enables transmission to the transmission channel (2). In a possible configuration, at least one of the aforementioned liquid outlets would be a cleaning fluid distributor 25 enabling transmission to the side of part (3) and on one side of the distributor part (3) It is a side fluid outlet located in a possible configuration (32). At least one of its outlets discharges the cleaning fluid to the other side of the dispenser part (3) a side which enables transmission and is located on the other side of the distribution part (3) is liquid outlet (32). In a possible configuration, at least one of the mentioned liquid outlets, 30 The cleaning fluid is conveyed to the lower part of the dispenser part (3) and the dispenser part (3) is a bottom fluid outlet provided on one side (33). 8 In a possible configuration of the invention, the mentioned distributor part (3) shall have at least one side liquid outlet. (32) includes at least one lower fluid outlet (33) and at least one rear fluid outlet (34). A possible The distribution part (3) mentioned in the configuration includes at least two rear fluid outlets (34). In a possible configuration, the mentioned distributor part (3) is connected to the midpoint of the distributor part (3) 5 at least two rear fluid outlets positioned to the right and left (34) It includes. In a possible configuration, the mentioned distribution part (3) is connected to the transmission channel (2) at least two rear fluid outlets positioned above and below (34) It includes. In a possible configuration, the mentioned distributor part (3) shall have at least two lower fluid outlets. (33) includes. The characteristic of a possible structure is that it includes at least two sub-fluid outlets. (33) at least one of them is inclined or directed toward the front of the distributor part (3) It is the fact that. The feature of a possible construction of the invention is that the aforementioned dispensing part (3) is ceramic sanitary The material is structured in a curved form suitable for the container (11). The mentioned dispenser 15 part (3), the cleaning fluid coming out of the mentioned side fluid outlet (32) ceramic sanitary ware to ensure that it is directed in accordance with the curved structure of its container (11) It has at least one front wall structured in the form. The aforementioned curved front wall cleaning It ensures that the liquid is directed helically into the ceramic sanitary ware reservoir (11). In this way, the cleaning fluid travels a greater distance on the surface of the reservoir (11) 20 This is ensured. Thus, the tank (11) is cleaned with a smaller volume of cleaning fluid. Cleaning is ensured. In a possible configuration, the mentioned distributor part (3), side cleaning fluid outlet from the liquid outlet (32) or outlets of ceramic sanitary ware to ensure that it is oriented in accordance with the curved form of its reservoir (11) It has the form. 25

Claims

9 REQUESTS 1. The invention relates to the cleaning fluid from at least one liquid source being applied to at least one ceramic sanitary ware. It is a router system that enables the material to be conveyed to the container (11); its feature is; • Cleaning fluid from at least one liquid source must be poured into the ceramic sanitary ware reservoir. (11) at least one liquid inlet (21) and at least one liquid outlet (22) that allows its redirection having at least one transmission channel (2), • located at the liquid outlet (22) of the mentioned transmission channel (2) and The cleaning fluid is directed through the conveying channel (2) to the ceramic sanitary ware at least one distribution piece (3) that enables the transmission to the reservoir (11), 10 containing and transmitting channel (2) from the aforementioned liquid inlet (21) to the aforementioned liquid outlet (22) is characterized by its correct inclination.

2. A router system that complies with claim 1 and whose feature is; the internal (2) of the aforementioned transmission channel. its surface is smooth. 15 3. A router system that complies with request 1 or 2, and whose characteristic is that the aforementioned transmission channel (2) it is made of petroleum-based material.

4. A router system that meets any of the above requirements and has the following feature: 20 (2) the transmission channel mentioned is made of plastic material.

5. A router system that meets any of the above requirements and has the following features: the aforementioned ceramic sanitary ware (1), the aforementioned transmission channel (2) It must include at least one transmission channel slot (12) for its positioning. 25 6. A router system that complies with claim 5, and its characteristic is that the aforementioned transmission channel slot (12) so that a nest entrance (121) is higher than a nest end (122) It is structured.

7. A router system that meets any of the above requirements and has the following features: the mentioned distribution part (3) must contain at least one distribution fluid inlet (31) The distributor fluid inlet (31) will be associated with the mentioned conveying channel fluid outlet (22). It is structured in this way.

8. A router system that meets any of the above requirements and has the following features: The mentioned distribution fluid inlet (31) must fit tightly within the mentioned conveying channel (2) 5 It is structured in such a way that it can be positioned via this method.

9. A router system that complies with claim 8 and its feature is that the aforementioned transmission channel (2), At least one distributor stop to limit entry into the distributor part (3) It includes the protrusion (23). 10 10. A router system that complies with claim 9, and its characteristic is; the aforementioned distributor support. The projection (23) is structured to be equal in size to the wall of the dispensing liquid inlet (31).

11. A router system that meets any of the above requirements and has the following feature: 15 ceramic sanitary ware in the end (122) part of the socket (12) of the mentioned transmission channel socket at least one closing piece (4) located between (1) and transmission channel (2) It includes.

12. A router system that complies with claim 11, and its feature is that the aforementioned closure part is 20 (4) ceramic sanitary ware (1) with at least one sealing element positioned on the side It is the fact that.

13. A router system that complies with request 11 or 12, and whose feature is; the aforementioned shutdown. There must be at least one sealing element between the part (4) and the transmission channel (2) 25 It is its positioning.

14. A router system that conforms to any of the requirements 1-7, and whose characteristic is; as mentioned The distributor part (3) is tightly packed between the aforementioned transmission channel (2) and the ceramic sanitary ware (1). It is structured to be positioned using a snap-fit ​​method. 30 15. A router system in accordance with claim 14, and its feature is; with the mentioned distribution part (3). The ceramic sanitary ware (1) has a sealing element positioned between them. 11 16. A router system conforming to claim 14 or 15, and its characteristic is; the aforementioned distribution part. The sealing element is positioned between (3) and the transmission channel (2).

17. A router system that meets any of the above requirements and has the following feature: 5 The mentioned ceramic sanitary ware container (11) must contain at least one liquid channel (13).

18. A directing system in accordance with claim 17, and its feature is; the aforementioned fluid path (13) Its slope is structured in a way that decreases from top to bottom.

19. A guiding system in accordance with claim 17 or 18, the characteristic of which is; the aforementioned fluid path (13) by means of a constriction structure (14) that extends partially towards the middle of the reservoir It is structured.

20. A router system that meets any of the above requirements and has the following feature: 15 For the installation of the mentioned ceramic sanitary ware (1), transmission channel (2) at least It includes a mounting hole.

21. A router system that complies with claim 20 and whose feature is; the transmission channel mentioned (2), At least one mounting opening (24) 20 for mounting to the mentioned mounting hole It includes.

22. A router system that complies with claim 21 and its feature is; the aforementioned mounting opening (24) It is structured in an oval shape.

23. A router system that meets any of the above requirements and has the following characteristics: The mentioned dispenser part (3) enables the dispensing of the cleaning fluid into the reservoir. It involves at least two fluid outlets.

24. A directing system in accordance with claim 23, characterized by its ability to direct at least 30 of the aforementioned liquid outlets. one of them, the cleaning fluid, to the rear of the dispenser part (3), in other words, the transmission The channel (2) has a back fluid outlet (34) which allows it to be transmitted. 12 25. A directing system conforming to claim 23 or 24, the characteristic of which is; the aforementioned liquid At least one of the outlets should contain the cleaning fluid to the side of the dispenser part (3) a side which enables transmission and is located on one side of the distribution part (3) The liquid outflow (32) is.

26. A directing system in accordance with claim 25, characterized by its ability to direct the liquid from the aforementioned outlets to the nearest point. one of them transmits the cleaning fluid to the other side of the dispenser part (3). a side fluid which provides and is located on the other side of the dispensing part (3) The output is (32).

27. A router system that conforms to either of the requirements 23-26, and whose characteristic is; At least one of the liquid outlets should contain the cleaning liquid to the bottom of the dispenser part (3). A lower liquid outlet is provided on one side of the distribution part (3) which enables the conveyance of the liquid. (33) is the case.

28. A router system that meets any of the above requirements and has the following characteristics: The mentioned distributor part (3) has at least one side liquid outlet (32), at least one bottom liquid outlet (33) and includes at least one rear fluid outlet (34).

29. A router system that conforms to any of the requirements 23-28 and has the following characteristic: 20 The distributor part (3) must include at least two rear fluid outlets (34).

30. A router system in accordance with claim 29, and its feature is that the mentioned distribution part (3), to remain on the right and left according to the midpoint of the distributor part (3) It includes at least two rear fluid outlets (34) located in the 25th position.

31. A router system conforming to claim 29 or 30, and its characteristic is; the distributor mentioned. so that part (3) remains above and below the transmission channel (2) It includes at least two rear fluid outlets (34) located in the area.

32. A router system that conforms to any of the requirements 23-31, and whose characteristic is; The distributor part (3) must include at least two lower liquid outlets (33). 13 33. A directing system in accordance with claim 32, characterized by having at least two sub-liquids as mentioned. At least one of the outlets (33) is inclined towards the front of the distributor part (3) or It is directed.

34. A router system that meets any of the above requirements and has the following feature: 5 The mentioned dispensing part (3) is curved to fit the ceramic sanitary ware container (11). It is structured in a form.

35. A router system that meets any of the above requirements and has the following characteristics: Cleaning of the mentioned distributor part (3), from the side liquid outlet (32) or outlets 10 liquid outlet in accordance with the curved form of the ceramic sanitary ware container (11) It has a curved form to allow for its orientation.

36. A router system that meets any of the above requirements and has the following characteristics: The ceramic sanitary ware mentioned is (1) a toilet. 15 9 REQUESTS 1. The invention relates to the cleaning fluid from at least one liquid source being applied to at least one ceramic sanitary ware. It is a router system that enables the material to be conveyed to the container (11); its feature is; • Cleaning fluid from at least one liquid source must be poured into the ceramic sanitary ware reservoir. (11) at least one liquid inlet (21) and at least one liquid outlet (22) that allows its redirection having at least one transmission channel (2), • located at the liquid outlet (22) of the mentioned transmission channel (2) and The cleaning fluid is directed through the conveying channel (2) to the ceramic sanitary ware at least one distribution piece (3) that enables the transmission to the reservoir (11), 10 containing and transmitting channel (2), made of petroleum-based material and the aforementioned liquid It is characterized by its inclination from the inlet (21) towards the liquid outlet (22). is being done.

2. A router system that complies with Request 1 and whose feature is; the internal 15 of the mentioned transmission channel (2). its surface is smooth.

3. A router system that meets any of the above requirements and has the following features: (2) the transmission channel mentioned is made of plastic material.

4. A router system that meets any of the above requirements and has the following features: the aforementioned ceramic sanitary ware (1), the aforementioned transmission channel (2) It must include at least one transmission channel slot (12) for its positioning.

5. A router system that complies with claim 4, and its characteristic is that the aforementioned transmission channel slot is 25. (12) so that a nest entrance (121) is higher than a nest end (122) It is structured.

6. A router system that meets any of the above requirements and has the following features: The mentioned distribution part (3) must contain at least one distribution fluid inlet (31) mentioned 30 The distributor fluid inlet (31) will be associated with the mentioned conveying channel fluid outlet (22). It is structured in this way.

7. A router system that meets any of the above requirements and has the following features: The mentioned distribution fluid inlet (31) fits tightly inside the mentioned conveying channel (2) It is structured in such a way that it can be positioned via this method.

8. A router system that complies with claim 7 and whose feature is; the transmission channel mentioned (2), At least one distributor stop to limit entry into the distributor part (3) It includes the protrusion (23).

9. A router system that complies with claim 8, and its feature is; the aforementioned distributor support 10 The projection (23) is structured to be equal in size to the wall of the dispensing liquid inlet (31).

10. A router system that meets any of the above requirements and has the following features: ceramic sanitary ware in the end (122) part of the socket (12) of the mentioned transmission channel socket At least one closing piece (4) located between (1) and transmission channel (2) 15 It includes.

11. A router system that complies with claim 10, and its feature is; the aforementioned closing component. (4) ceramic sanitary ware (1) with at least one sealing element positioned on the side that is. 20 12. A router system that complies with request 10 or 11, and whose feature is; the aforementioned shutdown. there must be at least one sealing element between the part (4) and the transmission channel (2). It is its positioning.

13. A router system that conforms to any of the requirements 1-6, and whose characteristic is; as mentioned The distributor part (3) is tightly packed between the aforementioned transmission channel (2) and the ceramic sanitary ware (1). It is structured in such a way that it can be positioned using an interlocking method.

14. A router system in accordance with claim 13, and its feature is; with the aforementioned distribution part (3) and 30 The ceramic sanitary ware (1) has a sealing element positioned between them.

15. A router system conforming to claim 13 or 14, and its characteristic is; the aforementioned distribution part. The sealing element is positioned between (3) and the transmission channel (2). 11 16. A router system that meets any of the above requirements and has the following characteristics: The mentioned ceramic sanitary ware container (11) must contain at least one liquid channel (13).

17. A directing system in accordance with claim 16, and its feature is; the mentioned liquid path (13) 5 Its slope is structured in a way that decreases from top to bottom.

18. A guiding system in accordance with claim 16 or 17, the characteristic of which is; the aforementioned fluid path (13) by means of a constriction structure (14) that extends partially towards the middle of the reservoir It is structured. 10 19. A router system that meets any of the above requirements and has the following characteristics: For the installation of the mentioned ceramic sanitary ware (1), transmission channel (2) at least It includes a mounting hole.

20. A router system that complies with claim 19 and whose feature is; the transmission channel mentioned (2), At least one mounting opening (24) for mounting to the aforementioned mounting hole It includes.

21. A router system conforming to claim 20, characterized by its mounting opening being 20. (24) is that it is structured in an oval shape.

22. A router system that meets any of the above requirements and has the following characteristics: The mentioned dispenser part (3) enables the dispensing of the cleaning fluid into the reservoir. It involves at least two fluid outlets. 25 23. A directing system in accordance with claim 22, characterized by its ability to direct the liquid from the aforementioned outlets to the nearest point. one of them, the cleaning fluid, to the rear of the dispenser part (3), in other words, the transmission The channel (2) has a back fluid outlet (34) which allows it to be transmitted.

24. A directing system conforming to claim 22 or 23, and its characteristic is; the aforementioned liquid At least one of the outlets should contain the cleaning fluid to the side of the dispenser part (3) 12 a side which enables transmission and is located on one side of the distribution part (3) The liquid outflow (32) is.

25. A directing system in accordance with claim 24, characterized by its ability to direct the liquid from the aforementioned outlets to the nearest point. 5 a side fluid which provides and is located on the other side of the dispensing part (3) The output is (32).

26. A router system that conforms to any of the requirements 22-25, and whose characteristic is; as mentioned At least one of the liquid outlets must contain the cleaning liquid to the bottom of the dispenser part (3) 10 A lower liquid outlet is provided on one side of the distribution part (3) which enables the conveyance of the liquid. (33) is the case.

27. A router system that meets any of the above requirements and has the following characteristics: The mentioned distributor part (3) has at least one side liquid outlet (32), at least one bottom liquid outlet (33) 15 and includes at least one rear fluid outlet (34).

28. A router system that conforms to any of the requirements 22-27 and whose characteristic is; The distributor part (3) must include at least two rear fluid outlets (34).

29. A router system in accordance with claim 28, and its feature is that the mentioned distribution part (3), to remain on the right and left according to the midpoint of the distributor part (3) It includes at least two rear fluid outlets (34) located in the area.

30. A router system conforming to claim 28 or 29, and its characteristic is; the aforementioned distributor 25 so that part (3) remains above and below the transmission channel (2) It includes at least two rear fluid outlets (34) located in the area.

31. A router system that conforms to any of the requirements 22-30, and whose characteristic is; as mentioned The distributor part (3) must include at least two lower liquid outlets (33). 30 13 32. A directing system in accordance with claim 31, characterized by having at least two sub-liquids as mentioned. At least one of the outlets (33) is inclined towards the front of the distributor part (3) or It is directed.

33. A router system that meets any of the above requirements and has the following feature: 5 The mentioned dispensing part (3) is curved to fit the ceramic sanitary ware container (11). It is structured in a form.

34. A router system that meets any of the above requirements and has the following characteristics: Cleaning of the mentioned distributor part (3), from the side liquid outlet (32) or outlets 10 liquid outlet in accordance with the curved form of the ceramic sanitary ware container (11) It has a curved form to allow for its orientation.

35. A router system that meets any of the above requirements and has the following characteristics: The ceramic sanitary ware mentioned is (1) a toilet. 15

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