WO2022139719A1

WO2022139719A1 - Ceramic sanitary ware system having a flushing system with spray apparatus

Info

Publication number: WO2022139719A1
Application number: PCT/TR2021/050587
Authority: WO
Inventors: Halil Ibrahim KEMANECI; Sefa MANAV; Emre Ibrahim TALSIK
Original assignee: Eczacibasi Yapi Gerecleri Sanayi Ve Ticaret Anonim Sirketi
Priority date: 2020-12-21
Filing date: 2021-06-14
Publication date: 2022-06-30
Also published as: EP4263964A1; TR202021011A1

Abstract

The invention relates to a ceramic sanitary ware (1) system with the feature of self-cleaning with water and/or detergent and/or disinfectant following the use. More particularly, the invention relates to a ceramic sanitary ware (1) system with a system, which enables the ceramic sanitary ware (1) to be cleaned by way of spraying certain quantity of water and/or chemical to the ceramic sanitary ware (1) depending on the activation of said system automatically and/or manually after the use of said ceramic sanitary ware (1).

Description

CERAMIC SANITARY WARE SYSTEM HAVING A FLUSHING SYSTEM WITH SPRAY APPARATUS

Subject of the Invention

The invention relates to a ceramic sanitary ware system with the feature of self-cleaning with water and/or detergent and/or disinfectant following the use.

State of the Art

The ceramic sanitary ware are commonly used in many spaces, particularly the bathrooms, toilet rooms and kitchens. It is necessary to clean the ceramic sanitary ware after their use. Following the use of the ceramic sanitary ware like toilet and squatting toilet, various flushing systems are employed in order to both remove the wastes from within the ceramic sanitary ware and clean the bowl surfaces. Most of the time, the water is collected in a flush tank or similar reservoir and the flushing is achieved by way of discharge of said water into the bowl. Even though flushing with water provides partial cleaning, it is necessary to clean said ceramic sanitary ware also using various cleaning chemicals at certain intervals.

Although the ceramic sanitary ware like toilet and squatting toilet are flushed with various flushing systems, the ceramic sanitary ware like washbasins do not have a similar flushing system. Although said flushing process does not appear mandatory in the washbasins since they involve no solid or liquid waste accumulation due to their intended purpose, the dirt could still accumulate on the surfaces of the washbasins. The cleaning is performed at certain intervals by the use of a brush and similar cleaning means and the cleaning chemicals for the purpose of removing the visible dirt. Said cleaning is performed by the user of the washbasin or by a janitor in the public spaces. The effectiveness of cleaning varies according to the staff involved and the cleaning period. The requirement for a staff member for such cleaning as well as the hygiene problems likely to result from failure to use the cleaning chemical at appropriate intervals and in appropriate quantities constitute an undesirable situation. Besides the visible dirt, the invisible bacteria and viruses may also be present on the surfaces. Failure to use the cleaning chemicals correctly causes insufficiency of the efforts aimed at getting rid of said detrimental presence, whereas the excessive use of the cleaning chemicals harms the environment.

Owing to the ceramic sanitary ware system with the self-cleaning feature according to the invention, the need for labor force for the cleaning of the ceramic sanitary ware is eliminated, the flushing is enabled to be performed automatically and without delay at desired intervals, an effective cleaning is ensured by the use of the correct quantity of the correct chemical in the correct manner and the damage to the environment caused by the unnecessary use of chemicals is eliminated. of the Invention

An object of the invention is to develop a ceramic sanitary ware system where the cleaning of the ceramic sanitary ware is performed automatically after the use of the same.

Another object of the invention is to develop a ceramic sanitary ware system where the cleaning process is performed automatically at determined intervals without requiring any labor force.

Another object of the invention is to develop a ceramic sanitary ware system where the cleaning process for the ceramic sanitary ware is performed with the appropriate quantity of chemical and in the manner suitable for the use of chemical.

Another object of the invention is to develop a ceramic sanitary ware system where it is possible to transfer the chemical and the water to the ceramic sanitary ware in different quantities and at different times.

Another object of the invention is to develop a ceramic sanitary ware system having a spray apparatus that enables the water and the chemical to be sprayed to the ceramic sanitary ware.

Figure 1: An isometric view of the ceramic sanitary ware system according to the invention

Figure 2: An exploded view of the ceramic sanitary ware system according to the invention

Figure 3: A view of the fixing table

Figure 4: A view of the components enabling the connection of the spray apparatus

Figure 5: A view of the components enabling the connection of the fluid carrier

Figure 6: A view of the spray apparatus

Figure 7: A sectional view of the spray apparatus

Figure 8: A view of the spray apparatus and the fluid carriers on the fixing table

Figure 9: A detailed view of the spray apparatus and the fluid carriers on the fixing table

Figure 10: A side sectional view of the ceramic sanitary ware

Reference Numerals

I : Ceramic sanitary ware

II : Fixing table seat

12 : Bowl 2 : Spray apparatus

21 : Water spray end

22 : Water inlet end

23 : Water outlet end

24 : Chemical spray end

25 : Chemical inlet end

26 : Chemical outlet end

27 : Tab seat

3 : Fluid carrier

4 : Chemical reservoir

5 : Pump

6 : Valve

7 : Fixing table

71 : Fluid carrier retainer

711 : Fluid carrier seat

721 : Spray apparatus seat

722 : Spray apparatus abutment surface

723 : Spray apparatus tab

Detailed Description of the Invention

The ceramic sanitary ware (1) system having an automatic cleaning system according to the invention comprises in its most basic form at least one fluid carrier (3), which enables the water and/or chemical to be used for flushing to be conveyed to the ceramic sanitary ware (1) and/or conveyed along the perimeter of the ceramic sanitary ware (1), and at least one spray apparatus (2), which enables the water and/or chemical being conveyed by the fluid carrier (3) to be distributed into the bowl (12) of the ceramic sanitary ware (1) and which has at least one chemical spray end (24) and at least one water spray end (21).

In a preferred embodiment of the invention, the spray apparatus (2) comprises at least one water inlet end (22) where the water to be used for flushing enters said spray apparatus (2), at least one water outlet end (23) where the flushing water leaves said spray apparatus (2), at least one chemical inlet end (25) where the chemical enters said spray apparatus (2), and at least one chemical outlet end (26) where the chemical leaves said spray apparatus (2).

A preferred embodiment of the invention comprises more than one spray apparatus (2). In this embodiment, connection between the spray apparatus (2) is provided by the fluid carriers (3). More particularly, the fluid carrier (3) connected to the water outlet end (23) of one of the spray apparatus (2) is also connected to the water inlet end (22) of the other spray apparatus (2). In this way, after a part of the water entering the first spray apparatus (2) via the water inlet end (22) is sprayed into the bowl (12) of the ceramic sanitary ware (1) via the water spray end (21), another part of said water enters the other spray apparatus (2) via the water inlet end (22), through the water outlet end (23) of the previous spray apparatus (2) and the fluid carrier (3), and a part of this water is also sprayed into the bowl (12) of the ceramic sanitary ware (1) via the water spray end (21) of the respective spray apparatus (2) and leaves the respective spray apparatus (2) via the water outlet end (23). Similarly, the fluid carrier (3) connected to the chemical outlet end (26) of one of the spray apparatus (2) is also connected to the chemical inlet end (25) of the other spray apparatus (2). In this way, after a part of the chemical entering the first spray apparatus (2) via the chemical inlet end (25) is sprayed into the bowl (12) of the ceramic sanitary ware (1) via the chemical spray end (24), another part of said chemical enters the other spray apparatus (2) via the chemical inlet end (25), through the chemical outlet end (26) of the previous spray apparatus (2) and the fluid carrier (3), and a part of this chemical is also sprayed into the bowl (12) of the ceramic sanitary ware (1) via the chemical spray end (24) of the respective spray apparatus (2) and leaves the respective spray apparatus (2) via the chemical outlet end (26).

In a preferred embodiment of the invention, the water outlet end (23) and/or the chemical outlet end (26) of the last spray apparatus (2) to which the flushing fluid and/or the chemical reach/reaches has an enclosed structure or is closed by a plug.

In a preferred embodiment of the invention, the fluid carrier (3) is a tube. Further, in a preferred embodiment of the invention, the fluid carrier (3) extends along the perimeter of the bowl (12) of the ceramic sanitary ware (1) and thus enables the chemical and/or water to access every point of the bowl (12) of the ceramic sanitary ware (1). In a preferred embodiment of the invention, the number of spray apparatus (2) and the length of the fluid carrier (3) providing the connection between the spray apparatus (2) may be adjusted according to the preferences and the needs. In this way, a cleaning in line with the preferences and the needs may be achieved as the distance between the spray apparatus (2) may also be adjusted as desired.

In a preferred embodiment of the invention, the fluid carrier (3) is fixed to the water inlet end (22) and/or the water outlet end (23) and/or the chemical inlet end (25) and/or the chemical outlet end (26) of the spray apparatus (2) by the close-fit method and/or by means of at least one clamp.

A preferred embodiment of the invention comprises more than one spray apparatus (2) and thus more than one water spray end (21) positioned on the ceramic sanitary ware (1) in an equally spaced manner. In a preferred embodiment of the invention, the water spray ends (21) enabling the water to be transferred into the bowl (12) face the same direction and transfer the water into the bowl (12) in the same direction. In another preferred embodiment of the invention, the water spray ends (21) are positioned such that they make an angle smaller than 90° with the line between the water inlet end (22) and the water outlet end (23) of the spray apparatus (2). In this embodiment, the water exiting the water spray ends (21) is enabled to form a vortex inside the bowl (12) by performing a rotational movement and thus to achieve a more effective rinsing, rather than directly advancing towards the siphon.

A preferred embodiment of the invention comprises more than one spray apparatus (2) and thus more than one chemical spray end (24) positioned on the ceramic sanitary ware (1) in an equally spaced manner. In a preferred embodiment of the invention, the chemical spray ends (24) enabling the chemical to be transferred into the bowl (12) face the same direction and transfer the chemical into the bowl (12) in the same direction in the form of a fan. In another preferred embodiment of the invention, the chemical spray end (24) is positioned such that it makes an angle smaller than 90° with the line between the chemical inlet end (25) and the chemical outlet end (26) of the spray apparatus (2). In this embodiment, the chemical exiting the chemical spray end (24) is enabled to perform a rotational movement and thus achieve a more effective flushing, rather than directly advancing towards the siphon.

A preferred embodiment of the invention comprises at least one fixing table (7), which enables the spray apparatus (2) and the fluid carriers (3) to be secured on the ceramic sanitary ware (1). The fixing table (7) comprises at least one fluid carrier retainer (71), which enables the fluid carriers (3) to be secured on the fixing table (7). The fluid carrier retainer (71) has at least one fluid carrier seat (711) where at least one fluid carrier (3) may enter. In a preferred embodiment of the invention, the fluid carrier retainer (71) comprises one fluid carrier seat (711) and another fluid carrier seat (711), to at least one of which the chemical-carrying fluid carrier (3) may be fixed and to at least another one of which the water-carrying fluid carrier (3) may be fixed. The fixing table (7) comprises at least one spray apparatus seat (721) and/or at least one spray apparatus abutment surface (722) and/or at least one spray apparatus tab (723), which enable(s) the spray apparatus (2) to be fixed on said fixing table (7). In a preferred embodiment of the invention, the spray apparatus (2) has at least one tab seat (27) in which the spray apparatus tab (723) may enter. In a preferred embodiment of the invention, the spray apparatus tab (723) is passed through the tab seat (27) of the spray apparatus (2) in such a way that the part of the spray apparatus (2) where the water spray end (21) is present positioned on the spray apparatus seat (721) and the part of the spray apparatus (2) where the chemical spray end (24) is present remains between the spray apparatus tab (723) and the spray apparatus abutment surface (722). As a result, the spray apparatus (2) becomes secured on the fixing table (7).

In a preferred embodiment of the invention, the spray apparatus tab (723) may pass through the tab seat (27) only when the spray apparatus (2) is at the desired position and hence, the spray apparatus (2) may be fitted on the fixing table (7) in only one way and the fitting of the spray apparatus (2) in the opposite direction is prevented.

In a preferred embodiment of the invention, the ceramic sanitary ware (1) has at least one fixing table seat (11) in which the fixing table (7) may be positioned. The fixing table seat (11) preferably has an inverted U-shaped form with an open bottom portion. Owing to this structure, the spray apparatus (2) and/or the fluid carrier (3) is/are prevented from being seen by the user and the splashes are also avoided. Said fixing table seat (11) preferably extends in a circular form along the perimeter of the ceramic sanitary ware (1).

In a preferred embodiment of the invention, the fixing table (7) is secured to the ceramic sanitary ware (1), more particularly to the fixing table seat (11), by way of adhesion and/or by means of at least one connection member. In another preferred embodiment of the invention, the ceramic sanitary ware (1) comprises at least one notch and the fixing table (7) is fixed to the notches located on the ceramic sanitary ware (1).

A preferred embodiment of the invention comprises at least one chemical reservoir (4) and the chemical, which is to be used for the purpose of cleaning by way of being distributed into the bowl (12) via the spray apparatus (2), is stored in at least one chemical reservoir (4). The conveyance of the chemical stored in the chemical reservoir (4) to the spray apparatus (2) is provided by means of at least one fluid carrier (3). In a preferred embodiment of the invention, the chemical reservoir (4) is located in a region that is easily accessible and that allows easy replenishment of the chemical, most of the time at a position under the ceramic sanitary ware (1). Accordingly, the chemical stored in the chemical reservoir (4) is conveyed to the spray apparatus (2) with the help of at least one pump (5). Said pump (5) is pump (5) with power enabling the chemical to be conveyed to the spray apparatus (2) at desired pressure, i.e. in a pressurized manner. The connection between the chemical reservoir (4) and the pump (5) and/or between the pump (5) and the spray apparatus (2) and/or between the chemical reservoir (4) and the spray apparatus (2) is/are provided by means of at least one fluid carrier (3).

The water to be used for flushing is conveyed via at least one fluid carrier (3) from the plumbing to the spray apparatus (2). Since the plumbing has sufficient pressure for conveying the water, a component similar to the pump (5) used for conveying the chemical is not needed for conveying water to be used for flushing and preferably a solenoid valve (6) permitting or blocking the water flow is used.

In a preferred embodiment of the invention, an injector is present on the water spray end (21) and/or the chemical spray end (24) and enables the water and/or the chemical to be sprayed.

A preferred embodiment of the invention comprises at least one check valve on the water spray end (21) and/or the chemical spray end (24). Owing to said check valves, the flow of water and/or chemical does not occur from the water spray end (21) and/or the chemical spray end (24) until the pressure inside said water spray end (21) and/or chemical spray end (24) reaches a predefined pressure and the flow of water and/or chemical occurs only after the pressure has reached the desired level. By this means, the water and/or chemical remaining inside the spray apparatus (2) is/are prevented from dripping into the bowl (12).

A preferred embodiment of the invention comprises at least one trigger enabling to initiate the flushing system. Said trigger may be a sensor and/or a button. In the embodiment where the trigger is a sensor, the system may be triggered in a non-contact manner. Said sensor may be a sensor detecting the proximity and/or movement, preferably an optical sensor. Depending on the preferences and the needs, said sensor may be a sensor detecting the presence and the distancing of a user and automatically triggering the flushing system after the user has moved away, and said sensor may also be a sensor detecting the proximity and/or contact and detecting the user's hand. Likewise, the trigger could be a button activating the flushing system upon the user applying a physical force. In a preferred embodiment of the invention, the flushing system may be controlled remotely, via at least one smart device.

A preferred embodiment of the invention comprises at least one control unit where the control of the pump (5) and/or the triggers and/or the solenoid valve (6), in other words, the control of the system, is enabled. Said control unit enables the pump (5) and/or the solenoid valve (6) to come to the active and/or passive state in line with the data received from the triggers. In a preferred embodiment of the invention, following the triggering of the system via at least one trigger, the pump (5) is switched into the active state to enable a predefined quantity of chemical to be transferred from the chemical reservoir (4) into the bowl (12), then the pump (5) is deactivated and a predefined time is allowed to elapse, and then the solenoid valve (6) is activated to transfer water into the bowl (12) and to thus achieve the rinsing of said bowl (12). In this way, it is ensured that the chemical is circulated through the surface of the bowl (12) for a certain time before rinsing, thereby achieving a more effective cleaning.

In a preferred embodiment of the invention, the spray apparatus (2) is manufactured via plastic injection.

In a preferred embodiment of the invention, said ceramic sanitary ware (1) is a washbasin.

In a preferred embodiment of the invention, said chemical may be a detergent, a disinfectant or a similar fluid with the cleaning ability.

Claims

1. A ceramic sanitary ware (1) system having an automatic cleaning system characterized in that the ceramic sanitary ware (1) comprises

• at least one fluid carrier (3), which enables the water and/or chemical to be used for flushing to be conveyed to the ceramic sanitary ware (1) and/or along the perimeter of the ceramic sanitary ware (1), and

• at least one spray apparatus (2), which enables the water and/or chemical being conveyed by the fluid carrier (3) to be distributed into the bowl (12) of the ceramic sanitary ware (1) and which has at least one chemical spray end (24) and at least one water spray end (21).

2. A ceramic sanitary ware (1) system according to Claim 1 characterized in that the spray apparatus (2) comprises at least one water inlet end (22) where the water to be used for flushing enters said spray apparatus (2) and at least one water outlet end (23) where the flushing water leaves said spray apparatus (2).

3. A ceramic sanitary ware (1) system according to Claim 1 or 2 characterized in that the spray apparatus (2) comprises at least one chemical inlet end (25) where the chemical enters said spray apparatus (2) and at least one chemical outlet end (26) where the chemical leaves said spray apparatus (2).

4. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the fluid carriers (3) are the fluid carriers (3) providing the water and/or chemical connection between the spray apparatus (2).

5. A ceramic sanitary ware (1) system according to Claim 4 characterized in that one end of a fluid carrier (3) is fixed to the water inlet end (22) of one of the spray apparatus (2) and the other end of the same is fixed to the water outlet end (23) of another spray apparatus (2) so that said fluid carrier (3) conveys water from one spray apparatus (2) to another.

6. A ceramic sanitary ware (1) system according to Claim 4 or 5 characterized in that the spray apparatus (2) is a spray apparatus (2), which sprays a part of the water entering via the water inlet end (22) into the bowl (12) of the ceramic sanitary ware (1) and transfers another part of said water to another spray apparatus (2).

7. A ceramic sanitary ware (1) system according to Claim 4 characterized in that one end of a fluid carrier (3) is fixed to the chemical inlet end (25) of one of the spray apparatus (2) and the other end of the same is fixed to the chemical outlet end (26) of another spray apparatus (2) so that said fluid carrier (3) conveys chemical from one spray apparatus (2) to another.

8. A ceramic sanitary ware (1) system according to Claim 4 or 7 characterized in that the spray apparatus (2) is a spray apparatus (2), which sprays a part of the chemical entering via the

8 chemical inlet end (25) into the bowl (12) of the ceramic sanitary ware (1) and transfers another part of said chemical to another spray apparatus (2).

9. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the water outlet end (23) and/or the chemical outlet end (26) of the last spray apparatus (2) where the flushing fluid and/or the chemical reach/reaches has/have an enclosed structure.

10. A ceramic sanitary ware (1) system according to Claim 9 characterized in that the water outlet end (23) and/or the chemical outlet end (26) of the last spray apparatus (2) where the flushing fluid and/or the chemical reach/reaches is a water outlet end (23) and/or a chemical outlet end (26) closed by a plug.

11. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the fluid carrier (3) is a tube.

12. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the fluid carrier (3) is a fluid carrier (3) extending along the perimeter of the bowl (12) of the ceramic sanitary ware (1) such that it enables the chemical and/or water to access every point of the bowl (12) of the ceramic sanitary ware (1).

13. A ceramic sanitary ware (1) system according to Claim 12 characterized in that the fluid carrier (3) providing the connection between the spray apparatus (2) is a fluid carrier (3) the length of which is adjustable.

14. A ceramic sanitary ware (1) system according to Claim 2 or 3 characterized in that the fluid carrier (3) is a fluid carrier (3) that is fixed to the water inlet end (22) and/or the water outlet end (23) and/or the chemical inlet end (25) and/or the chemical outlet end (26) of the spray apparatus (2) by the close-fit method.

15. A ceramic sanitary ware (1) system according to Claim 2 or 3 characterized in that the fluid carrier (3) is a fluid carrier (3) that is fixed to the water inlet end (22) and/or the water outlet end (23) and/or the chemical inlet end (25) and/or the chemical outlet end (26) of the spray apparatus (2) by means of at least one clamp.

16. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the water spray ends (21) are positioned such that they face the same direction and transfer the water into the bowl (12) in the same direction.

17. A ceramic sanitary ware (1) system according to Claim 16 characterized in that the water spray ends (21) are positioned such that they make an angle smaller than 90° with the line between the water inlet end (22) and the water outlet end (23) of the spray apparatus (2), thereby enabling the water exiting said water spray ends (21) to be sprayed in a way forming a vortex inside the bowl (12) by performing a rotational movement, rather than directly advancing towards the siphon.

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18. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the chemical spray ends (24) are positioned such that they face the same direction and transfer the chemical into the bowl (12) in the same direction.

19. A ceramic sanitary ware (1) system according to Claim 18 characterized in that the chemical spray ends (24) are positioned such that they make an angle smaller than 90° with the line between the chemical inlet end (25) and the chemical outlet end (26) of the spray apparatus (2), thereby enabling the chemical exiting said chemical spray ends (24) to be sprayed in a way forming a vortex inside the bowl (12) by performing a rotational movement, rather than directly advancing towards the siphon.

20. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the ceramic sanitary ware (1) comprises at least one fixing table (7), which enables the spray apparatus (2) and the fluid carriers (3) to be secured on the ceramic sanitary ware (1).

21. A ceramic sanitary ware (1) system according to Claim 20 characterized in that the fixing table (7) comprises at least one fluid carrier retainer (71), which enables the fluid carriers (3) to be secured on said fixing table (7).

22. A ceramic sanitary ware (1) system according to Claim 21 characterized in that the fluid carrier retainer (71) has at least one fluid carrier seat (711) where at least one fluid carrier (3) may enter.

23. A ceramic sanitary ware (1) system according to Claim 22 characterized in that the fluid carrier retainer (71) comprises one fluid carrier seat (711) and another fluid carrier seat (711), to at least one of which the chemical-carrying fluid carrier (3) may be fixed and to at least another one of which the water-carrying fluid carrier (3) may be fixed.

24. A ceramic sanitary ware (1) system according to Claim 20 characterized in that the fixing table (7) comprises at least one spray apparatus seat (721) and/or at least one spray apparatus abutment surface (722) and/or at least one spray apparatus tab (723), which enable(s) the spray apparatus (2) to be fixed on said fixing table (7).

25. A ceramic sanitary ware (1) system according to Claim 24 characterized in that the spray apparatus (2) has at least one tab seat (27) where the spray apparatus tab (723) may enter.

26. A ceramic sanitary ware (1) system according to Claim 25 characterized in that the fixing table (7) is a fixing table (7), which enables the spray apparatus (2) to be fixed in such a way that the part of the spray apparatus (2) where the water spray end (21) is present positioned on the spray apparatus seat (721), the part of the spray apparatus (2) where the chemical spray end (24) is present remains between the spray apparatus tab (723) and the spray apparatus abutment surface (722), and the spray apparatus tab (723) is passed through the tab seat (27) of the spray apparatus (2).

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27. A ceramic sanitary ware (1) system according to Claim 25 characterized in that the spray apparatus tab (723) and the tab seat (27) are a spray apparatus tab (723) and a tab seat (27) where the spray apparatus tab (723) may pass through the tab seat (27) only when the spray apparatus (2) is at the desired position so that the spray apparatus (2) may be fitted on the fixing table (7) in only one way and the fitting of the spray apparatus (2) in the opposite direction is prevented.

28. A ceramic sanitary ware (1) system according to Claim 20 characterized in that the ceramic sanitary ware (1) has at least one fixing table seat (11) in which the fixing table (7) may be positioned.

29. A ceramic sanitary ware (1) system according to Claim 28 characterized in that the fixing table seat (11) has an inverted U-shaped form with an open bottom portion.

30. A ceramic sanitary ware (1) system according to Claim 28 characterized in that the fixing table seat (11) has a circular form extending along the perimeter of the ceramic sanitary ware (1).

31. A ceramic sanitary ware (1) system according to Claim 20 characterized in that the fixing table (7) is a fixing table (7) secured to the ceramic sanitary ware (1) by way of adhesion and/or by means of at least one connection member.

32. A ceramic sanitary ware (1) system according to Claim 28 characterized in that the fixing table (7) is a fixing table (7) secured to the fixing table seat (11) by way of adhesion and/or by means of at least one connection member.

33. A ceramic sanitary ware (1) system according to Claim 28 characterized in that the ceramic sanitary ware (1) comprises at least one notch on which the fixing table (7) is to be fixed.

34. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the ceramic sanitary ware (1) comprises at least one chemical reservoir (4) in which the chemical to be used for the purpose of cleaning by way of being distributed into the bowl (12) is stored.

35. A ceramic sanitary ware (1) system according to Claim 34 characterized in that the ceramic sanitary ware (1) comprises at least one pump (5) enabling the chemical to be conveyed from the chemical reservoir (4) to the spray apparatus (2).

36. A ceramic sanitary ware (1) system according to Claim 35 characterized in that the ceramic sanitary ware (1) comprises at least one fluid carrier (3) enabling to achieve the connection between the chemical reservoir (4) and the pump (5) and/or between the pump (5) and the spray apparatus (2) and/or between the chemical reservoir (4) and the spray apparatus (2).

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37. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the ceramic sanitary ware (1) comprises at least one a solenoid valve (6) permitting or blocking the access of water to the spray apparatus (2).

38. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the ceramic sanitary ware (1) comprises an injector on the water spray end (21) and/or the chemical spray end (24).

39. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the ceramic sanitary ware (1) comprises at least one check valve on the water spray end (21) and/or the chemical spray end (24), said check valve not permitting the flow of water and/or chemical from the water spray end (21) and/or the chemical spray end (24) until the pressure inside said water spray end (21) and/or chemical spray end (24) reaches a predefined pressure and permitting the flow of water and/or chemical only after the pressure has reached the desired level.

40. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the ceramic sanitary ware (1) comprises at least one trigger enabling to initiate the flushing system.

41. A ceramic sanitary ware (1) system according to Claim 40 characterized in that said trigger is a sensor and/or a button.

42. A ceramic sanitary ware (1) system according to Claim 41 characterized in that said sensor is a sensor detecting the proximity and/or movement.

43. A ceramic sanitary ware (1) system according to Claim 42 characterized in that the sensor detecting the proximity and/or movement is an optical sensor.

44. A ceramic sanitary ware (1) system according to Claim 41 characterized in that said sensor is a sensor detecting the contact/touch.

45. A ceramic sanitary ware (1) system according to Claim 40 characterized in that said trigger is a smart device enabling the system to be triggered remotely.

46. A ceramic sanitary ware (1) system according to Claim 35 or 37 or 40 characterized in that the ceramic sanitary ware (1) comprises at least one control unit enabling the control of the system components.

47. A ceramic sanitary ware (1) system according to Claim 46 characterized in that said control unit is a control unit enabling the pump (5) and/or the solenoid valve (6) to come to the active and/or passive state in line with the data received from the triggers.

48. A ceramic sanitary ware (1) system according to Claim 47 characterized in that said control unit is a control unit, which, following the triggering of the system via at least one trigger, enables the pump (5) to be switched into the active state to transfer a predefined quantity of

12 chemical from the chemical reservoir (4) into the bowl (12), then deactivates the pump (5) and waits for a predefined time, and then activates the solenoid valve (6) to transfer water into the bowl (12) and thus to achieve the rinsing of said bowl (12).

49. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the spray apparatus (2) is a spray apparatus (2) manufactured by way of plastic injection.

50. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the ceramic sanitary ware (1) is a washbasin.

51. A ceramic sanitary ware (1) system according to any one of the preceding claims characterized in that the chemical is a detergent, a disinfectant or a similar fluid with the cleaning ability.

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