TR201906250U5 - Wall Mounted Water Drain with Curved Ceramic - Google Patents

Abstract

The invention is a water drain that is used in areas with wet floors such as kitchens, bathrooms, toilets, terraces, balconies, gardens, and enables the water to be drained to the sewer system; It is characterized by eliminating the possible incompatibility between the frame used in water drains and the floor, and the drip frame (8) containing a ceramic bonding surface (8.2) that allows the ceramic material to adhere, and a curved ceramic (10) positioned so that the water to be drained flows into the frame hole (8.1).

Description

DESCRIPTION Wall Type Water Drain with Curved Ceramic Technical Field This invention is suitable for wet surfaces such as kitchens, bathrooms, toilets, terraces, balconies and gardens. Conducting the water used in areas and intended to be discharged to the sewer system It is related to the water expenses that provide the Prior Art Filtered water drains consist of a cover, lower body and a drain groove.

While the lower body remains in concrete, the upper body is placed on the lower body. and acts as a filter. The lower body of the wall type water drain with strainer is wet on the floor concrete on the floors and upwards to a certain extent on the inside of the wall. It is mounted.

To ensure that waste water is easily discharged and to prevent water drains. To prevent possible blockages; cover, frame, on the lower body There are elements such as grill and hair holder. In known applications of the technique wall type water drains produced in standard length as well as the length There are systems that can be adjusted/shortened. However, in current technique Although it has a standard chamber, it is only suitable for the cover and/or frame. There is no application that can be shortened. Because wall type water in the current technique In drain applications, a cover equal to the length of the reservoir is used. Moreover In the current technique, it attracts wastewater and especially small droplets into the chamber. There is no directing dropper frame application.

In the national patent document with code TR2016/03245 in the current technique Wall type water drain is mentioned. The mentioned water expense; dropper at least parallel to the ground from both sides of the frame to the frame hole. a frame channel, the dropper is at or near the center of the frame At least one frame that ensures the transfer of waste water to the inclined part in the position At least 1 mm from the wet ground in the front part of the hole and the frame channel. low below Includes banquet. Flanges are used to prevent possible clearance differences. Long slot holes have been left on it. According to flange ground After it is adjusted, it is fixed to the flange at the appropriate location of the slot holes.

With the help of the mentioned slot holes, any problems that may occur between the flange, ground and chamber. level differences are prevented.

National utility model with code TR2016/O9829 in the current technique It has wide freedom of movement with adjustable eccentric parts in its document. water expense is mentioned. The mentioned water expense; a circular one in the center contains spaces, has at least two opposite sides of a linear structure and is linear in the linear channel between two side sets, whose edges are parallel to each other It has an upper adjustment piece that can be moved forward and backward.

Purpose of the Invention The purpose of the invention; The water to be discharged quickly and smoothly A wall type water drain with a high flow rate is obtained, allowing it to be conveyed to the sewer. is to.

Another purpose of the invention; Frame and floor used in water drains A wall type WATER drain is obtained where possible incompatibilities between is to.

One purpose of the invention is; Siphon part and cover part fixed to the floor possible center offsets and level differences can be compensated, It has a high flow rate and can be easily positioned in corners and close to the wall. is to obtain a wall type water drain.

Another purpose of the invention; In the installation of wall type water drains, ceramic Precise calculation of the possible level difference between the surface and the frame The aim is to obtain a wall type water drain that can be removed quickly without any hassle.

Water drain developed to achieve the mentioned purposes; dropper The frame (8) has a ceramic structure that allows the ceramic material to adhere. the bonding surface (8.2) and the water to be discharged into the frame hole (8.1). It contains inclined ceramics (10) positioned to flow.

Explanation of Figures Attached Figure - Disassembly of the water drain (1) containing 1 inclined ceramic (10) It is a top perspective view of the situation.

Figure-2 is the front view of the water drain (1).

Figure-3 is the side view of the water drain (1).

Figure-4 is the A-A section view of the water drain (1).

Figure-5 is the detailed view of the A-A section of the water drain (1).

Figure-6 is the detailed view of the A-A section of the water drain (1).

Figure-7 is the perspective view of the side section of the water drain (1).

Figure-8 is the detailed view of the side section of the water drain (1).

Figure-9 is the perspective view of the water drain (1) from below.

Figure 10 is the rear perspective view of the adjustment piece (5).

It is the side view of the Swkil-ll adjustment part (5).

Figure - 12 is the rear perspective view of the adjustment piece (5).

Figure-13 is the top perspective of the disassembled version of the alternative embodiment of the invention. view.

Figure- 14 is a top perspective view of the disassembled version of the alternative embodiment of the invention. view.

The main parts expressed in the figures are listed below by number and name. has been given. (1) Water drain (2) Cover (3) Siphon (4) Flange (4.1) Flange clearance (4.2) Inner set (4.3) Dis set (4.4) Insulation membrane (5) Adjustment part (5.1) Setting piece clearance (5.2) Set (5.3) Gap of motion (5.4) Setting piece edge (6) Hopper (6.1) Hopper clearance (7) Drainage hole (8) Dropper frame (8.1) Frame hole (8.2) Ceramic bonding surface (8.3) Inclined part (9) Protective cover (10) Curved ceramic Detailed Description of the Invention Bulus has wet surfaces such as kitchens, bathrooms, toilets, terraces, balconies and gardens. Conducting the water used in areas and intended to be discharged to the sewer system It is related to the water expenses that provide the Said water drain (1); cover (2), Siphon (3), Flange containing flange space (4.1), inner set (4.2), outer set (4.3) and insulation membrane (4.4) (4), a set (5.2) and an adjusting piece (5), including the adjusting piece edge (5.4), chamber (6), drainage hole (7), dropper frame (8), frame hole (8.1) and inclined part (8.3). Contains.

Dropper frame (8) located in the water drain (1), ceramic adhesion surface (8.2) Contains. Self-curved ceramic (10) is used as the material.

The slope of the inclined ceramic (10) is directed to the water frame hole (8.1) to be discharged. It is in a way that it will flow. Place the inclined ceramic (10) on the ceramic adhesion surface (8.2). Possible problems that may occur between the dropper frame (8) and the ground by gluing Incompatibility is prevented.

The lower surface of the inclined ceramic (10) is flat and parallel to the ground. While it has a surface, its upper surface, that is, the surface in contact with water, is inclined.

The mentioned slope will allow the water to be discharged to flow into the frame hole (8.1). It is as follows. In an alternative embodiment of the invention, the curved ceramic (10) The hole has at least one directional slope in the direction of (8.1). Find another alternative In its application, the inclined ceramic (10) is placed in two or more holes in the direction of the frame hole (8.1). It may have a slope in more directions.

There is a drainage hole (7) at the bottom of the chamber (6). be evacuated The desired water flows from the usage area to the siphon (3) through the drainage hole (7), and from the siphon (3) to the siphon (3). is conveyed to the sewer. The siphon (3) placed at the bottom of the reservoir (6) It can move under (6). Adjustment after the hopper (6) is fixed to the wall The part (5) and flange (4) are assembled sequentially.

The cover (2) and the dripper are located on the front visible part of the wall type water drain (1). There is a frame (8). Cover (2) on the drip frame (8) is fixed. Dropper frame (8) and cap (2) on the flange (4) is placed and integrated into the system. Non-woven fabric on flange (4) There is an insulation membrane (4.4) consisting of (nonwoven). non woven fabric, knitted or non-woven, produced for special uses only It is a technical textile material that has a very low cost compared to its duration.

Said fabric contains a polyethylene film layer. Both polyethylene film Due to the properties of both the layer and the insulation membrane (4.4), water Insulation is provided without any problems. Rear of the dropper frame (8) There is an inclined piece (8.3) in the part that is integrated with the frame.

There is a sheet metal holder in the mentioned inclined part (8.3). inclined piece (8.3) transmits the 5qu coming from the frame hole (8.1) to the chamber (6). The frame channel is inserted into the frame hole from both sides of the dropper frame (8). It extends up to (8.1). The frame channel is a semicircular section running parallel to the ground. It is a channel in the form of . In alternative embodiments of the invention, the frame channel is one or more having more than one angular cross-section or triangular, quadrangular, elliptical or conical It can be designed in cross-sections. There is a low shoulder at the front of the frame channel. Low banquet wet at least 1 mm from the floor. It is positioned below. Thanks to the low shoulder The dropper frame (8) attracts waste water and especially small droplets. It can direct it to the chamber (6). The frame hole (8.1) is located in the dropper frame (8). It is located in the center or close to the center. Frame hole (8.1) It ensures that waste water is transferred to the inclined part (8.3).

The flange (4) covers the openings that may occur between the dripper frame (8) and the chamber (6). covers. Because it has an elastic structure. It is fixed on the chamber (6) through the slot holes.

In an alternative embodiment of the invention, a protective cover (9) is placed on the flange (4). There are. The flange (4) and the protective cover (9) are assembled in one piece. are obtained and are connected to each other at the connection points. connection places, in one go during the production of the flange (4), without requiring any additional processing or molding. It is produced in the same mould. Connection points, just like those used in printing A weakened channel and/or interlocking structures such as creasing and perforation applications. It consists of consecutive holes. In this way, you can easily and smoothly Tearing is ensured.

The adjustment piece (5) is located between the chamber (6) and the flange (4). adjustment piece After (5) is positioned on the chamber (6), the flange (4) is placed on the said adjustment piece. It is positioned on (5). Finally, with the outer set (4.3) located on the flange (4). The flange and the chamber (6) are connected to each other by welding the chamber (6).

The mentioned outer set (4.3) is longer than the inner set (4.2). Chamber (6)-flange (4) with inner set (4.2) There is a distance between the connection surface. Said distance is the size of the adjustment piece. It is large enough to accommodate the edge (5.4). Movement of the adjusting piece edge (5.4) dis set (4.3); The inner set (4.2) determines the movement area of the set (5.2).

When the chamber (6) and flange (4) are fixed to each other, the adjustment piece (5) left in between, It can only move with a slight force. Lightly remove the chamber (6) and the flange When the adjustment piece (5), which is stuck between (4), is brought to the desired position, maintains its position. In this way, the installation of the water drain (1) subject to the invention There is no need for an additional part while the process continues. Another additional process Installation is completed quickly since there is no

There is an adjustment piece gap (5.1) in the middle part of the adjustment piece (5).

The said adjustment part gap (5.1) will allow the inclined part (8.3) to pass through it. size. The inclined part (8.3) is directly connected to the dropper frame (8). This In this way, the adjustment piece (5) can be moved with the dropper frame (8). Like this The dripper frame (8) can be slid up and down and left and right to determine the water drain level and balance adjustment can be made.

Open the adjustment piece gap (5.1) located in the middle part of the adjustment piece (5). There is a set (5.2) on the surrounding edge. The set has a sloping structure.

Thanks to its inclined structure, it guides the flow of water to be discharged. It does. The said set (5.2) passes into the chamber (6) and the adjustment piece (5) determines the limits of movement. However, the movement of the adjustment piece (5) Another factor that determines its limits is the range of motion (5.3). Adjustment piece (5), right-left, up-down and diagonal movement along the movement space (5.3) can. The length of the mentioned movement gap (5.3) is "h". Assuming that the optimum value for “h” is 15 millimeters. In this way, the adjustment piece (5), It has millimeter freedom of movement. an alternative In its application, the “h” value can vary between 5 and 25 mm. meet others The measurements given in alternative applications may vary.

The adjustment piece (5) is directly connected to the dropper frame (8). assembly process, This is done by moving the dropper frame (8) up and down and left and right.

In this way, the possible height of the dropper frame (8) and the chamber (6) relative to the ground is Differences can be closed with the said adjustment piece (5). So on the ground Make precise calculations for the material thickness and plaster thickness used There is no need. As a result, there is no need to make precise thickness calculations. The installation process can be completed quickly and securely without any problems.

Bulus has wet surfaces such as kitchens, bathrooms, toilets, terraces, balconies and gardens. Conducting the water used in areas and intended to be discharged to the sewer system It is the water drain that provides; Between the frame used in water drains and the ground By eliminating any possible incompatibility, the ceramic material of the dropper frame (8) a ceramic bonding surface (8.2) that allows it to be adhered and to be evacuated. inclined, positioned to flow the desired water into the frame hole (8.1). containing ceramic (10), the frame hole (8.1) of said inclined ceramic (10) It must have a slope in at least one direction or in two or more directions. and the inclined ceramic (10) comes into contact with the ground and/or ceramic bonding surface (8.2). It is characterized by the lower surface being parallel to the ground.

Claims (2)

CLAIMS . The invention is a water drain used in areas with wet surfaces such as kitchens, bathrooms, toilets, terraces, balconies and gardens, and allows the water to be discharged to be transmitted to the sewer system. - It contains a ceramic adhesion surface (8.2) that allows the ceramic material to adhere to the dripper frame (8) by eliminating the possible incompatibility between the frame used in water drains and the ground, and - it contains inclined ceramics (10) positioned to drain the water to be discharged into the frame hole (8.1). . It is the water drain mentioned in the claim and its feature is; The inclined ceramic (10) has at least one directional slope in the direction of the frame hole (8.1). . It is the water drain mentioned in the claim and its feature is; Frame hole (8.) of the inclined ceramic (10). 1) It has a slope in its direction from two or more sides. . It is the water drain mentioned in claim 1 and its feature is; The inclined ceramic (10) should be placed on the floor and/or ceramic bonding surface (8. 2) The lower surface in contact is parallel to the ground.