A WATER DRAINAGE SYSTEM USED IN BATHROOMS AND SHOWERS.

Abstract

The invention relates to a drainage system that enables the discharge of wastewater collected in systems such as ceramic shower tiles, ceramic mosaics, shower trays, and bathtubs used in bathroom and shower areas into the sewage system.

Description

1 TARIFF A WATER DRAINAGE SYSTEM USED IN BATHROOMS AND SHOWERS. Technical Area The invention is a drain that facilitates the removal of water that accumulates in bathroom and shower areas. It is related to its structure. 5 The invention relates specifically to ceramic shower tiles, ceramics used in bathroom and shower areas. The wastewater that accumulates in systems such as mosaics, shower trays, and bathtubs is channeled through the sewage system. It is related to a water drainage system that enables water to be conveyed to the system. State of the Art Nowadays, some 10-inch floor panels are used in bathrooms and shower areas to drain the water. There are drainage systems in place. The purpose of these drainage systems is to prevent runoff to the ground. The goal is to collect water from a single point and discharge it into the building's wastewater pipe. Drainage systems vary in size, shape, and type depending on the floor and the type of shower area used. They have designs. The current system requires 15 to drain the wastewater that accumulates in the bathroom and shower area. In drainage systems used, the material to be used before the screed is applied to the floor Accordingly, the transmission of the water to the sewer is determined by taking the axis measurement of the discharge outlet. Drain pipes and a siphon are being installed to provide drainage. The siphon is embedded in the screed. Due to measurement errors or other reasons during installation, the siphon... It cannot be installed properly, causing the siphon-drain connection to not be fully completed. 20 This situation leads to several disadvantages, which we can list as follows:  The siphon is being placed in the wrong position, which is preventing the water from draining completely. This prevents it from sitting properly.  In some cases, the poured concrete is broken up and a new siphon system is installed, and This results in a loss of labor and time. 25  The problem mentioned can be resolved by using additional parts or in the pipes leading to the siphon. The problem is solved by making changes, but in the long run it causes water leaks. is happening. 2 The technical problems mentioned above are particularly relevant to shower tiles, shower trays, and ceramics. mosaic, the process of laying materials used in shower areas such as bathtubs This poses a significant problem for the people who carry it out. As a result of research conducted on this subject, document number EP4215679A1 was used. It has been encountered. The relevant document relates to a water drainage element used in bathrooms. 5 However, a structure that can correct axis measurement errors in both horizontal and vertical directions. It does not include. Another document encountered as a result of research in the literature is: This document is numbered CN208909978U. The relevant document concerns water drainage in bathrooms. It relates to a drain device being used. The current technical method involves blockages during drainage. It is designed to prevent this, during the placement of the siphon into the screed. It does not have a system capable of correcting axis measurement errors in both horizontal and vertical directions. In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been made. 15 The purpose of the invention The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. The main purpose of the invention is to produce bathroom and shower products such as shower tiles, shower trays, ceramic mosaics, and bathtubs. A drainage system was created to ensure the discharge of water used in the areas. to place. Another purpose of the invention is to be able to move along the horizontal axis, thus facilitating axis measurements. The goal is to eliminate the mistakes that have occurred. Another purpose of the invention is to allow height adjustment thanks to its screw-threaded structure. This eliminates errors that occur when taking axle measurements. 25 Another purpose of the invention is to eliminate the problems that occur when the siphon is placed inside the screed. Thanks to the screw pitches on it, it can detect errors on the horizontal axis as well as errors on the vertical axis. The aim is to ensure that height errors are corrected. This allows for the improvement of the water drainage system. The installation process is easily carried out. 3 To fulfill the purposes described above, the invention is designed for use in bathrooms and showers. in systems such as ceramic shower tiles, ceramic mosaics, shower trays, and bathtubs enabling the transmission of accumulated wastewater to the sewage system.  Transferring wastewater to the sewage system 5 a siphon that provides,  Connected to the siphon and prevents potential water leaks. a flange with an insulating skirt,  Preventing large waste items from going down the toilet and clogging it. preventative cover, 10  It holds onto waste that is small enough to pass through the lid. dirt trap,  A system that collects wastewater and then treats this accumulated wastewater for a specific purpose. water reservoir that quickly transmits water to the siphon and  The 15 that collects in the water tank, which is the connection point of the dirt trap. a connecting pipe that carries water to the siphon It is a drainage system that includes;  A seal that prevents water leakage from the connecting pipe, 20 that provides the connection between the connecting pipe and the siphon. a threaded connector, It connects to a flange with an insulation skirt and a threaded connection. the element's movement along the horizontal and vertical axes helpful, in this way, where the siphon is installed Eliminates the axis measurement error and the horizontal 25 of the siphon a flange that allows it to stand level on a plane fastener and 4 That threaded connector to a flange connector a clamping element that ensures it is fixed It includes a throat element. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to these figures, a clearer 5 This will be understood as such, and therefore the evaluation will also take these forms and detailed explanations into account. This should be done taking that into consideration. Ways to Help Understand the Discovery Figure 1 shows a disassembled version of the square water reservoir drain system, which is the subject of the invention. It is the appearance. Figure 2 shows a disassembled version of the oval water reservoir drain system, which is the subject of this invention. It is the appearance. Figure 3 shows the top-mounted version of the oval water reservoir drain system, which is the subject of this invention. It is an appearance. 15 Figure 4 is a perspective view of the disassembled gear throat sections. Figure 5 shows a side-disassembled view of the gear throat sections. Figure 6 shows a side-mounted view of the threaded throat sections. Figure 7 shows a cross-sectional view of the gear throat sections. Description of Part References 20 10. Cover 20. Strainer 30. Connecting pipe 40. Water tank 50th Bosphorus element 51. Gasket 52. Threaded connector 53. Flange connector 54. Compression element 5 60. Insulation skirt flange 70. Siphon Detailed Description of Find This detailed explanation describes the preferred drainage system design that is the subject of the invention. Their structures are explained solely for the purpose of better understanding the subject. 10 The water drainage system that is the subject of the invention basically consists of a cover (10), a strainer (20), a connecting pipe (30), a water tank (40), a throat element (50), an insulation skirt It consists of flange (60) and siphon (70). Ceramic shower tiles, ceramic mosaics, and shower trays are used in bathroom and shower areas. 15 The invention subject is the siphon (70) included in the water drainage structure; the water for use It ensures that it is transferred to the sewer system. It is connected to the siphon (70) and To prevent possible water leaks, an insulation skirt flange (60) is used. However, it is ensured that large wastes go to the siphon (70) and the siphon (70) Blockage is prevented by the cover (10). The cover (10) mentioned here is a square metal or 20 It has an oval metal structure. In addition, the water drain structure of the invention is from the cover (10) Strainer (20) which holds the waste that can pass through, water for use water tank (40) which collects and transmits this accumulated waste water to the siphon (70) at a certain rate and The water collected in the water tank (40), which is the connection point of the dirt trap (20), is siphoned (70) It contains a connecting pipe (30) that transmits. The dirt trap (20) bristles mentioned herein, 25 It prevents hair and other dirt from going down the toilet. The most important and distinctive feature of the drainage system that is the subject of this invention is the throat. It is the element (50). Throat element (50); prevents water leakage from the connecting pipe (30). 6 a threaded connection between a gasket (51) and the connecting pipe (30) and the siphon (70) It includes a connecting element (52). However, the flange connecting element and threaded a clamping element (52) that enables the fastening element to be fixed to the flange fastening element It contains element (54). 5 into the screed of the siphon (70) used for draining the water to the sewer. during the installation process, the siphon discharges the service water into the sewer. It must be done in a way that will not obstruct. Also, the axis dimensions and horizontal The balance on the plane must be accurate. The subject of the invention is the bathroom where the water drain is used. The axle dimensions (length x width) mentioned in the products are based on the water drain neck. When measured; 800x800 mm is 125x400 mm, 900x900 mm is 140x450 mm, 10 For 1350x900 mm, it is 200x450 mm. The subject of the invention is this aforementioned purpose. to perform a flange connection element (53) inside the throat element It includes. The mentioned flange connection element (53) is attached to the insulated skirt flange (60) connected and the geared connecting element (52) moves in the horizontal and vertical axes. It helps to make the axis measurement 15 where the siphon (70) is installed. This eliminates the error and ensures the siphon remains level on the horizontal plane. It provides.

Claims

7 REQUESTS 1. Ceramic shower tiles, ceramic mosaics, shower enclosures used in bathroom and shower areas. the wastewater that collects in systems such as bathtubs and sinks is channeled into the sewage system. enables transmission  Transferring wastewater to the sewage system 5 a siphon (70) that provides  Water leaks that may occur when connected to the siphon (70) an insulation skirt flange (60)  Ensuring that large wastes go to the siphon (70) and that the siphon (70) lid (10) to prevent clogging, 10  Ensuring that waste that can pass through the lid (10) is held in place providing dirt trap (20),  A system that collects wastewater and then treats this accumulated wastewater for a specific purpose. water tank (40) which conveys to the siphon (70) at speed and  The connection point of the dirt trap (20) is in the water tank 15 (40) a connecting pipe (30) that conveys the accumulated water to the siphon (70) It is a drainage system that includes;  a connection pipe (30) that prevents water leakage gasket (51), 20 o Connection between the connecting pipe (30) and the siphon (70) a threaded connecting element (52), The insulated skirt flange (60) is connected to the threaded connection. the movement of element (52) in the horizontal and vertical axes which helps it to 25 (70) siphon It eliminates the axis measurement error where it is installed. lifting and leveling the siphon in the horizontal plane a flange connection element (53) that enables it to stop and 8 The threaded connection element (52) to the flange connection element to a clamping element (54) that enables it to be fixed It contains a throat element (50).

2. A water drainage system in accordance with Claim 1, the feature of which is; water reservoir (40) Whether it is square or oval. 5 3. A water drainage system conforming to Claim 1, the feature of which is; the cover is (10) square It is made of metal or is oval metal.

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