IMPROVED BUILT-IN RESERVOIR SYSTEM

Abstract

The invention relates to a concealed cistern system used in the sanitary plumbing field, comprising a frame (10) connected vertically into the wall, a reservoir (20) located inside the frame (10) and storing clean water, a clean water pipe (30) connected to the bottom of the reservoir (20) and providing flow of clean water to the toilet, a dirty water pipe (60) fixed to the frame (10) and connected to the waste water inlet of the toilet, and a reduction pipe (80) fixed to the bottom of the dirty water pipe (60) and connected to the sewage system.

Description

1 TARIFF IMPROVED BUILT-IN RESERVOIR SYSTEM Technical Area 5 The invention relates to concealed cisterns used in the field of sanitary plumbing. The invention specifically concerns clean water pipes, wastewater pipes and reduction pipes with locking caps. It is securely locked and closed via a connection and production 10 It relates to a concealed cistern system with reduced costs. State of the Art To clean toilets, flush water into the toilet bowl under pressure. 15 Reservoir systems are used to provide this. The reservoir system provides clean water. The pipe connects to the filling mechanism which has a water tank, and clean water is then supplied. It ensures the flow of water to the toilet. The dirty water pipe runs from the bottom of the toilet to the sewer. It connects to the system and ensures that wastewater is transported to the sewer. Dirty The reduction pipe connected to the lower end of the water pipe is also a small diameter dirty water pipe, 20 to eliminate the diameter mismatch between the large diameter sewer pipe and the pipe It provides the connection and ensures the smooth flow of wastewater. In current technology, the production of concealed cistern systems involves wastewater, clean water, and 25 used in the production of reduction tubes to ensure the pipes are leak-proof. The gasket surface where the gasket is placed is manufactured with an inward, reverse angle. For this reason... Complex molding systems are required, and a special core group is manufactured. Therefore, the molding method becomes very difficult and production costs increase. In addition, mold systems are more likely to cause problems, but the core... Due to the use of the system, burrs may form on the surfaces in contact with the gasket and 30 Malfunctions can occur. Also, the working angle of the match system is limited. Therefore, sufficient depth cannot be provided for the gasket to be trapped, and this causes the pipe to break. This creates a risk of leakage in their connections. Therefore, in the known state of the art... Eliminating problems experienced in the production of dirty water, clean water and reduction pipes It was necessary to remove it. 35 2 In the literature review, an example of the current state of the technique is given. Document number TR2021 / 009477 can be shown. This document concerns the reservoir. a mounting frame that can be fixed without using any fasteners It relates to concealed cistern systems. In the invention in question, any connecting element 5 with fixing component fixed onto the reservoir and mounting frame without being used. a device that enables the reservoir to be mounted onto its mounting frame A reservoir system was mentioned. However, in the aforementioned reservoir system, the dirty water... The connections for the clean water and reduction pipe are not explained. In conclusion, the existence of the above problems and the inadequacy of current solutions are relevant to the 10 This has made it necessary to make improvements in the technical field. Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field in 15 years. It relates to an improved concealed cistern system that brings new advantages. The main purpose of the invention is to create a locking mechanism for clean water pipes, wastewater pipes, and reduction pipes. It is securely locked and closed via a lid connection. The goal is to develop a concealed cistern system. 20 The purpose of the invention is to create a gasket used to ensure the leak-tightness of pipes. The complex system applied to produce the gasket surface on which it is placed at an inward, reverse angle. Instead of the core assembly, a locked cap connection is used, which causes problems in production. 25 that eliminate the negative aspects and enable the reduction of production costs The goal is to develop a concealed cistern system. Another purpose of the invention is to connect clean water pipes, wastewater pipes and reduction pipes. Thanks to the locked cap connection, problems of opening that occur in pipe joints are eliminated. The goal is to develop a concealed cistern system that prevents leakage. 30 To fulfill all the purposes mentioned above and those that can be derived from the detailed explanation. The invention relates to a device used in the field of sanitary installations and mounted vertically inside a wall. a connected skeleton, a reservoir located within the skeleton that stores clean water, The clean water tap, connected to the bottom of the reservoir, allows clean water to flow into the toilet. 35 The dirty water pipe, which is fixed to the frame and connected to the wastewater inlet of the toilet, 3 A reducer is fixed under the dirty water pipe and connected to the sewage system. It is a concealed cistern system that includes a pipe, - placed at equal distances from each other on the outer circumference of the lower end of the clean water pipe area with protruding clean water pipe lock, - located on the inner circumference of the lower end of the clean water pipe, between the clean water pipe and 5 a monolithic structure and a clean water pipe with a diameter wider than that of a clean water pipe. water pipe seal surface, - clean water pipe seal located on the clean water pipe gasket surface gasket, - connected by screwing to the lower end of the clean water pipe and connecting the clean water pipe 10 Clean water pipe cover that is secured to the frame, - Clean water pipe covers are located at equal distances from each other on the inner surface of the clean water pipe cover. The clean water pipe is opened by closing the pipe cap onto the clean water pipe and rotating it. The clean water pipe cover is secured to the clean water pipe by means of its interlocking locks. L-shaped clean water pipe cap lock that secures to the pipe, 15 - angled rods positioned at equal distances from each other on the outer circumference of the dirty water pipe. dirty water pipe lock with a protruding shape - located on the inner perimeter of the dirty water pipe, integral to the dirty water pipe, and Dirty water pipe seal surface with a diameter wider than the diameter of the dirty water pipe. - dirty water pipe seal located inside the dirty water pipe seal surface, 20 - located at equal distances from each other on the outer circumference of the reduction tube, and Angled, outwardly protruding reduction tube lock. - located on the inner circumference of the reduction tube, integral with the reduction tube. a reduction that is in structure and has a diameter wider than the diameter of the reduction tube pipe seal surface, 25 - reduction pipe located on the reduction pipe seal surface of the reduction pipe pipe gasket, - connected to the upper end of the dirty water pipe and the reduction pipe, and the dirty water fixing the pipe to the frame and the reduction pipe to the dirty water pipe dirty water and reduction pipe cover, 30 - dirty water and reduction pipe cover are positioned at equal distances from each other on the inner surface. and the dirty water and reduction pipe cover to the dirty water pipe or reduction By closing the pipe, the dirty water pipe locks and reduction pipe locks are reversed. Dirty water pipe locks and reduction pipes designed to lock by passing through at an angle. The dirty water and reduction 35 has a reverse-angled, outwardly protruding structure on its locks. This relates to the pipe cap containing a lock. 4 The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. This should be done taking that into consideration. Figures that will help understand the invention. Figure 1a: Front perspective view of the concealed cistern system that is the subject of the invention. Figure 1b: Rear perspective view of the concealed cistern system that is the subject of the invention. Figure 1c: Rear detail perspective of the concealed cistern system subject to the invention. 10 It is the appearance. Figure 2: Disassembly of the clean water pipe of the concealed cistern system, which is the subject of the invention. It is the appearance of its state. Figure 3: Disassembly of the clean water pipe of the concealed cistern system, which is the subject of the invention. It is another aspect of the situation. 15 Figure 4: General view of the clean water pipe of the concealed cistern system that is the subject of the invention. It is the appearance. Figure 5: Dirty water pipe and reducer of the concealed cistern system that is the subject of this invention. This is a view of the pipe in its disassembled state. Figure 6: Cross-section of the dirty water pipe of the concealed cistern system that is the subject of the invention. It is the appearance. Figure 7: Dirty water pipe and reduction of the concealed cistern system that is the subject of the invention. This is a view of the pipe in its assembled state. Figure 8: Cross-section of the reduction tube of the concealed cistern system that is the subject of the invention. It is the appearance. 25 Figure 9: Dirty water pipe and reduction of the concealed cistern system that is the subject of the invention. This is the appearance of the pipe cap. Figure 10: Dirty water pipe and reducer of the concealed cistern system that is the subject of this invention. This is a cross-sectional view of the assembled pipe. Explanation of Part References 10. Skeleton 20. Reservoir 30. Clean water pipe 35 31. Clean water pipe lock 32. Clean water pipe seal surface 40. Clean water pipe seal 50. Clean water pipe cover 51. Clean water pipe cover lock 60. Dirty water pipe 5 61. Dirty water pipe lock 62. Dirty water pipe seal surface. 70. Dirty water pipe seal 80. Reduction tube 81. Reduction pipe lock 10 82. Reduction pipe seal surface. 90. Reduction pipe gasket 100. Dirty water and reduction pipe cover. 101. Dirty water and reduction pipe cover lock Detailed Description of the Invention This detailed description explains the preferred concealed cistern system that is the subject of the invention. alternatives, solely for the purpose of better understanding the subject and without any limitations It is explained in a way that will not create an impact. 20 Figures 1a, 1b, and 1c show the general views of the concealed cistern system that is the subject of this invention. This information is provided. Accordingly, in its most basic form, the concealed cistern system is installed vertically inside the wall. a skeleton connected on the axis (10), located inside the skeleton (10) and clean water storage reservoir (20), connected to the bottom of the reservoir (20) and clean water to the toilet 25 clean water pipe (30) that provides flow, clean water pipe seal of the water pipe (30) Clean water pipe seal (40) located on the surface (32), clean water pipe (30) skeleton (10) The clean water pipe cover (50) which is fixed onto the frame (10) of the toilet dirty water pipe (60) connected to the wastewater inlet, dirty water pipe seal (60) The dirty water pipe seal (70) located on the surface (62) is 30 under the dirty water pipe (60). reduction pipe (80) which is fixed and connected to the sewer system, reduction reduction pipe (80) located on the reduction pipe seal surface (82) gasket (90), dirty water pipe (60) to the frame (10) and reduction pipe (80) dirty water It includes a dirty water and reduction pipe cap (100) which fixes to the pipe (60). 35 6 The skeleton forming the main supporting structure of the concealed cistern system subject to the invention (10) A reservoir (20) that stores clean water is placed inside. The bottom of the reservoir (20) The clean water pipe (30) shown in Figure 2 is connected to this side. The clean water pipe in question on the outer circumference of the lower end of the pipe (30), at equal distances from each other outwards with protruding clean water pipe locks (31) and clean water pipe (30) around the inner circumference 5 a single piece of structure and a clean water pipe with a diameter wider than (30) diameter A pipe seal surface (32) was created. The aforementioned clean water pipe seal surface (32) inside, sealing between clean water pipe (30) and clean water pipe cover (50). A clean water pipe seal (40) is installed. The clean water pipe (30) Clean water pipe (30) also has a clean water pipe at the bottom end to be fixed onto the skeleton (10). The pipe cap (50) is screwed shut. The clean water pipe cap (50) is shown in Figure 3. L-shaped clean water pipe cover locks that are equally spaced on the inner surface. (51) is located. The clean water pipe cover (50) is connected to the clean water pipe (30) as shown in Figure 4. As seen, by turning it closed, the lower end of the clean water pipe (30) is outside Clean water pipe locks (31), clean water pipe cover locks (51) located around it 15 It is passing into the clean water pipe cover (50), clean water pipe (30) It ensures that it locks. The dirty water pipe is fixed onto the frame (10) and connected to the waste water inlet of the toilet. (60) has 20 equal sides on the outer circumference of its upper end, as seen in figures 5 and 6. dirty water pipes located at certain distances and protruding outwards in an angled form The locks (61) and the dirty water pipe (60) around the inside are in a monolithic structure and the dirty water a dirty water pipe seal surface (62) with a diameter wider than the diameter of the pipe (60) It was created. A dirty water pipe seal surface (62) was placed inside the dirty water pipe. (60) and a dirty 25 that provides a seal between dirty water and reduction pipe cover (100). water pipe seal (70) has been installed. To fix the dirty water pipe (60) onto the frame (10), the top of the dirty water pipe (60) by pressing the dirty water and reduction pipe cap (100) onto the end as shown in Figure 7 It has been closed. At the same time, the dirty water and reduction pipe cover (100), dirty 30 to the reduction pipe which connects the water pipe (60) to the sewerage system (80) was also suppressed and closed. On the outer circumference of the reduction tube (80) shown in Figure 8, at equal distances from each other Reduction pipe locks (81) 35 which are positioned and have an angled outward protruding structure. and in its inner circumference, it is in a monolithic structure with a reduction tube (80) and reduction 7 a reduction pipe seal surface (82) with a diameter wider than the diameter of the pipe (80) It was created. The reduction pipe seal surface (82) was placed inside the reduction pipe seal surface (82). sealing between pipe (80) and dirty water and reduction pipe cover (100) A reduction pipe gasket (90) has been installed. Connect the dirty water pipe (60) to the frame (10) and the reduction pipe (80) to the dirty water pipe (60) The dirty water and reduction pipe cover (100) that fixes the inside as shown in Figure 9. and located at equal distances from each other on the surface, dirty water pipe locks (61) and Reduction pipe locks (81) with a reverse angled form protruding structure for dirty water and The reduction pipe has cap locks (101). 10 Dirty water pipe (60) to be fixed onto the frame (10) from the upper end. to the pipe (60) and from the lower end of the dirty water pipe (60) to the reduction pipe (80) dirty water pipe (60) and reduction pipe to the upper end for fixing By closing and pressing the lid (100), the dirty water 15 is discharged as shown in Figure 10. Dirty water pipe locks (61) on the outer perimeter of the upper end of the pipe (60), dirty water and The reduction pipe cap locks (101) are locked by passing through at the opposite angle. At the time, dirty water flows into the reduction pipe (80) at the lower end of the dirty water pipe (60) and The reduction pipe locks are activated by closing and pressing the reduction pipe cap (100). (81) passing through the dirty water and reduction pipe cover locks (101) at the opposite angle 20 It is locked. Thus the dirty water pipe (60) is locked to the frame (10) and the reduction pipe (80) It is fixed to the dirty water pipe (60) so that it cannot be opened again.

Claims

8 REQUESTS 1. Used in plumbing and connected vertically inside the wall. a skeleton (10), a reservoir located inside the skeleton (10) that stores clean water (20) connected to the bottom of the reservoir (20) and the flow of clean water to the toilet 5 The clean water pipe (30) providing the toilet waste is fixed onto the frame (10). dirty water pipe (60) connected to the water inlet, under the dirty water pipe (60) containing reduction pipe (80) which is fixed and connected to the sewer system It is a concealed cistern system, the feature of which is; - 10 equal to each other on the outer circumference of the lower end of the clean water pipe (30) clean water pipe locks with outward protrusions located at intervals (31), - clean water pipe (30) located on the inner circumference of the lower end of the clean water pipe The pipe (30) is in a monolithic structure and has a diameter of clean water pipe (30). a wider clean water pipe seal surface (32), 15 - located on the surface of the clean water pipe seal (32) of the clean water pipe (30) clean water pipe seal (40), - connected by screwing to the lower end of the clean water pipe (30) and clean water Clean water pipe cover (50) which fixes the pipe (30) onto the frame (10), - 20 located at equal distances from each other on the inner surface of the clean water pipe cover (50) and by closing the clean water pipe cap (50) onto the clean water pipe (30) The clean water pipe locks (31) are made by turning them. through the clean water pipe cover (50), clean water pipe (30) “L” shaped clean water pipe cap lock (51) which ensures that it is locked. - 25 located at equal distances from each other on the outer perimeter of the dirty water pipe (60). dirty water pipe lock (61) which is an angled and protruding structure - located around the inner circumference of the dirty water pipe (60), with the dirty water pipe (60) having a monolithic structure and a diameter wider than the dirty water pipe (60) dirty water pipe seal surface (62), - dirty water pipe seal 30 located inside the dirty water pipe seal surface (62) (70), - on the outer circumference of the reduction tube (80), at equal distances from each other a reduction that is positioned and protrudes outwards in an angled form. pipe lock (81), 9 - located around the inner circumference of the reduction tube (80), reduction tube (80) and which is in a monolithic structure and wider than the diameter of the reduction pipe (80). a reduction pipe seal surface (82), - located on the reduction pipe seal surface (82) of the reduction pipe (80) area reduction pipe gasket (90), 5 - to the upper end of the dirty water pipe (60) and to the reduction pipe (80) connected and dirty water pipe (60) to skeleton (10) and reduction dirty water pipe (80) which enables the dirty water pipe (60) to be fixed to the dirty water pipe (60) and reduction pipe cap (100), - dirty water and reduction pipe cover (100) have 10 equal surfaces on the inner surface. located at a distance and the dirty water and reduction pipe cover (100) by closing the dirty water pipe (60) or reduction pipe (80) reverse angle to dirty water pipe locks (61) and reduction pipe locks (81) passing through to lock the dirty water pipe locks (61) and reduction pipe dirty water and 15 in the form of an outward protruding structure in the form of an inverse angle to the locks (81) It includes a reduction pipe cap lock (101).

Images