TR202013484A1 - A SYSTEM IN WHICH WASHING PROCESS IS PERFORMED BY GIVING A HELICAL MOTION TO THE WASHING LIQUID - Google Patents

Abstract

The invention relates to a system in which the washing liquid is transferred into the ceramic sanitary ware chamber (11) in such a way that it performs a helical rotational movement. More specifically, it relates to a system in which the transport of the liquid from the liquid source to the ceramic sanitary ware (1) and the transfer of the liquid to the ceramic sanitary ware reservoir (11) by directing it in a helical motion is provided by a single apparatus.

Description

DESCRIPTION BY GIVING A HELICAL MOVEMENT TO THE WASHING LIQUID, THE WASHING PROCESS IS A SYSTEM THAT IS IMPLEMENTED Subject of invention The invention involves a helical rotational movement of the washing liquid into the ceramic sanitaryware chamber. It is about a system in which it is transferred in a way that makes it happen.

Known Status of the Technique Nowadays, ceramic sanitary ware is frequently preferred in areas such as bathrooms, toilets and kitchens. is done. Ceramic sanitary ware needs to be cleaned after use and Washing systems are used for this purpose. In the known state of the technique Water to be used for cleaning purposes is mostly stored in the reservoir and is available to the user. By activating the washing system, the stored water is transferred into the ceramic sanitary ware. flow occurs and thus the cleaning of the ceramic sanitary ware is ensured.

For effective cleaning, the water in question should be distributed into the ceramic sanitary utensil chamber. is required. The process of distributing water is mostly done through channels. is being carried out. The channels extend around the perimeter of the ceramic sanitary ware and It ensures that water is distributed into the ceramic sanitary utensil chamber. channel in this application The water colliding inside and inside the inner chamber causes unwanted sound. Additionally In ceramic sanitary ware containing channels, it is difficult to reach around the channel and for this reason Not every part of the ceramic sanitary ware can be cleaned as required, and this causes some problems. causes hygiene problems.

Preventing hygiene problems caused by channeled ceramic sanitary ware Channelless ceramic sanitary ware has been developed for this purpose. Channelless ceramic sanitary ware Since it does not contain any channels, it can be easily cleaned and thus reduces possible hygiene. problems are prevented. Cleaning also for ductless ceramic sanitary ware The water must be distributed into the ceramic sanitary ware in some way. To this end from various apparatus or guiding structures contained in the ceramic sanitary ware. is used and the water is distributed into the ceramic sanitary ware. This Apparatuses or structures often divert water from a reservoir in two or more directions. It directs the mixture and ensures its distribution into the inner chamber of the ceramic sanitary ware. two or The water, which is divided in more directions, collides at certain points within the ceramic sanitary ware. and as a result of this collision, splashing and unwanted sound occur.

With the invention, the fluid system does not contain channels and thus possible hygiene problems are prevented. The washing liquid coming from the source is carried into the ceramic sanitary ware and is carried through a helical A single carrying and guiding apparatus is used to guide movement. provided by and thus does not require any guidance on the ceramic sanitary ware. or there is no need to create a separate channel carrying liquids to the router, liquids The sound resulting from collision is minimized, water is directed and A system where washing performance is maximized depending on the acceleration is being developed.

Purpose of the Invention The purpose of the invention is to ensure that the washing process of the ceramic sanitary utensil chamber is It is the development of a system in which the liquid is provided with a helical movement.

Another purpose of the invention is to create a vortex of the washing liquid in the ceramic sanitary ware. to form, thus allowing the washing liquid to reach all points of the ceramic sanitary utensil reservoir. It is the development of a system that provides access to

Another purpose of the invention is to inject the washing liquid into the ceramic sanitary ware in a single direction. is transmitted so that the washing liquid flows in the opposite direction within the ceramic sanitary ware. It is a system that prevents splashes and unwanted sounds that occur as a result of colliding with a liquid. is the development of the system.

Another purpose of the invention is to ensure that the liquid coming from the liquid source comes into contact with the ceramic sanitary ware. without being carried into the ceramic sanitary ware and the carried liquid moves in a helical motion. A system in which a single device is used to direct the system to achieve is to be developed.

Another purpose of the invention is to ensure that the liquid coming from the liquid source has different diameters, is distributed into the ceramic sanitary ware chamber by multiple holes/pipes and thus Ceramic sanitaryware of the liquid, which reduces the sound produced by the collision of liquids. It is ensured that it reaches every point of the chamber and thus ensures an effective washing. It is the development of a system where

Explanation of Figures Figure 1: Top view of the carrier and guiding apparatus.

Figure 2: Front view of the carrier and guiding apparatus.

Figure 3: Rear view of the carrier and guide apparatus.

Figure 4: Top view of the carrier and guide apparatus positioned on the ceramic sanitary ware view.

Figure 5: Isometric view of the carrier and guide apparatus positioned on the ceramic sanitary ware view.

Figure 6: Side view of the carrier and guide apparatus positioned on the ceramic sanitary ware is a cross-sectional view.

Figure 7: Rear view of the carrier and guide apparatus positioned on the ceramic sanitary ware view.

Figure 8: Front view of the carrier and guide apparatus positioned on the ceramic sanitary ware is a cross-sectional view.

Figure 9: Top view of the fluid path.

Figure 10: Side sectional view of the liquid flow.

Figure 11: This is the cross-sectional view showing the carrier and guide apparatus housing.

References 1 : Ceramic sanitary ware 11 : Ceramic sanitary ware container 12:Carrier and router apparatus slot 13 :Liquid path 14 :Right side surface :Left lateral surface 16 :Back surface 2:Carrying and guiding apparatus 21:Carrier and guiding structure 211 :Carrier and router structure box 22:Liquid source connection section 23:Liquid outlet section 3: Elbowed structure 4 : Set Detailed Description of the Invention The invention involves a helical rotational movement of the washing liquid into the ceramic sanitaryware reservoir (11). It is about a system in which it is transferred in a way that makes it happen. More specifically, liquid, liquid The liquid moves from its source to the ceramic sanitary ware (1) and moves in a helical motion. transferring it to the ceramic sanitary utensil chamber (11) by directing it in a way that It relates to a system provided by a single apparatus.

The system subject to the invention, in its most basic form, carries the liquid coming from the liquid source and carries the The liquid is placed in the chamber of the product to be washed in a helical rotation movement. At least one carrier and router apparatus (2) that enables transmission and the carrier and router by continuing the helical movement of the liquid carried and directed by the apparatus (2) It contains at least one ceramic sanitary ware (1) with a fluid path (13) that allows it to move forward.

In a preferred embodiment of the invention in question, the liquid coming from the liquid source is ceramic The element that provides transportation to the sanitary ware chamber (11) and the ceramic sanitary ware to be oriented in a way to perform a helical rotation movement within the chamber (11). The carrying and guiding apparatus (2), which includes the providing element, has a monolithic structure.

Carrying and guiding apparatus (2), carrying and guiding apparatus of the liquid in the liquid source (2) At least one liquid source connection section (22) into which it enters and a carrier and guiding apparatus (2) has at least one liquid outlet through which the liquid entering is transmitted to the ceramic sanitary ware chamber (11). It includes section (23). Carrying and guiding apparatus (2), carrying and guiding apparatus (2) The liquid entering from the liquid source connection section (22) reaches the liquid outlet section (23). from the liquid outlet section (23) into the ceramic sanitary ware chamber (11) by helical At least one carrier and guiding structure that allows it to be directed to make a movement It contains (21). The carrier and guide structure in question (21) is the carrier and guide apparatus. (2) extends from the liquid source connection section (22) to the liquid outlet section (23).

In a preferred embodiment of the invention, the carrier and guide structure (21) They are holes created in the guiding apparatus (2). The holes in question are the liquid source. It starts from the connection section (22) and extends to the liquid outlet section (23), thus They ensure that the liquid is transported through the carrier and guiding apparatus (2).

In another preferred embodiment of the invention, the carrier and guiding structures (21) are These are pipes extending along the guiding apparatus (2). In this application, the pipes are at least It is positioned inside a carrier and router structure box (211).

In a preferred embodiment of the invention, the carrier and guiding apparatus (2) is used more than once. It contains a carrier and guiding structure (21). Again, in a preferred embodiment of the invention, The carrier and guide apparatus (2) contains 3-6 carrier and guide structures (21).

In a preferred embodiment of the invention, the geometry and number of the carrier and guiding structure (21) and their position relative to each other, depending on the manufacturer and/or user requests and needs. can be changed and thus the flow characteristic of the washing liquid can be changed.

The carrying and guiding structures (21) in question have a circular form and/or an angular form. and the diameters/cross-sectional areas of the mentioned carrier and guiding structures (21) are the same. As possible, they preferably have different diameters/cross-sectional areas. More specifically, a Diameters/cross-section of the carrier and guide structures (21) included in the carrier and guide apparatus (2) The areas may be the same or they may be different.

In a preferred embodiment of the invention, the carrier and guiding apparatus (2) and/or the carrier and the guiding structures (21) have a curved form extending in the form of an arc. That's what it's about Thanks to the form, the liquid entering the carrier and guiding apparatus (2) cannot be resisted without any resistance. directly into the ceramic sanitaryware chamber (11) without encountering or slowing down. is being transferred.

In a preferred embodiment of the invention, the system consists of a single carrier and guiding apparatus (2). and thus, the washing liquid flows in a single direction into the ceramic sanitaryware reservoir (11). is transferred into . In other words, liquid is poured into the ceramic sanitaryware chamber (11). The entrance is from a single area and in a single direction, so it does not occur due to the collision of liquids. The resulting splashing and sound are prevented.

Although the washing liquid is transferred to the ceramic sanitary ware by the carrier and guiding apparatus (2). Even though it is directed to make a helical movement within the chamber (11), the liquid continues its helical movement along the ceramic sanitary ware (1) and It can reach all points of the chamber (11) and ensure an effective cleaning process. In order to achieve this, the ceramic sanitary ware (1) must have a structure that will continue this movement. It is preferred to be. For this reason, the ceramic sanitary utensil reservoir (11) inclined so that it is directed towards the base of the ceramic sanitary ware (1) by winding along it, It has a helical structure. More specifically, ceramic sanitaryware (1), carrier and The liquid coming out of the liquid outlet section (23) of the guiding apparatus (2) moves in a helical motion. by performing a rotational movement on the ceramic sanitaryware chamber (11), it becomes increasingly elbowed. It will approach the liquid in the structure (3) and as a result, it will reach the liquid in the elbowed structure (3). It has at least one fluid path (13) that allows the fluid to advance so that it mixes. Aforementioned The liquid path (13) starts from the liquid outlet section (23) of the carrying and guiding apparatus (2) and It is a helical liquid path (13) that turns helically and extends towards the elbowed structure (3).

In a preferred embodiment of the invention, the liquid path (13) is located at the back of the ceramic sanitary ware (1). It starts from the surface (16) and will pass from the right side surface (14) to the left side surface (15). It rotates along the inner chamber and repeats this rotational movement.

In other words, the liquid path (13) rotates in a clockwise direction and moves in an elbowed direction. It extends towards the structure (3). In another preferred embodiment of the invention, the liquid path (13) It starts from the back surface (16) of the ceramic sanitary ware (1) and goes from the left side surface (15) to the right It rotates along the inner chamber in a way that passes to the side surface (14) and this rotation repeats the movement. In other words, the liquid path (13) rotates counterclockwise. It carries out the movement and extends towards the cantilevered structure (3).

In a preferred embodiment of the invention, the carrier and guiding structures (21) are made of ceramic The ends opening into the sanitaryware chamber (11) are placed into the ceramic sanitaryware chamber (11). It is desired to be as close as possible. For this reason, the carrier and guiding apparatus (2) ceramic sanitary ware chamber (11), the carrier and guiding structures (21) The ends opening into the utensil chamber (11) should be tangential to the ceramic sanitary utensil chamber (11). is positioned. Thus, the liquid is transferred from the carrying and guiding apparatus (2) to the ceramic health system. While the material is transferred to its chamber (11), noise and/or splashing may occur due to collision. is blocked, the liquid moves without encountering any force and therefore without any change in speed. It is transferred to the ceramic sanitaryware chamber (11) without any reduction.

The liquid is carried to the ceramic sanitary ware chamber (11) by the liquid carrying and guiding structure (21). The liquid moves along the liquid path (13) in the ceramic sanitary ware chamber (11). is requested. For this reason, in a preferred embodiment of the invention, the carrier and guide ceramic health part of the apparatus (2) liquid outlet section (23) and/or carrier and guiding structure (21) The end opening into the utensil chamber (11) will be tangent to the wall of the ceramic sanitary utensil chamber (11) and It is positioned at the starting end of the liquid path (13). Thus, washing transferring the liquid directly to the liquid path (13) without encountering an obstacle and connecting the liquid path (13) following it, advancing towards the cantilevered structure (3) in a helical manner with a rotational movement. is provided.

In a preferred embodiment of the invention, the ceramic sanitary ware (1) comes from the liquid outlet section (23). Directing the liquid coming out and moving along the liquid path (13) towards the elbowed structure (3). It contains at least one set (4) that provides The set (4) in question is preferably located on the rear surface (16). located on the front surface of the ceramic sanitary utensil chamber (11) on the surface opposite is taking.

In a preferred embodiment of the invention, the carrier and guiding apparatus (2) is a ceramic health A carrier that can be attached and removed from the ceramic sanitary ware (1) and is independent of the ceramic sanitary ware (1). It is the guiding apparatus (2).

In a preferred embodiment of the invention, the ceramic sanitary ware (1) consists of a carrier and a guide. At least one carrier and guiding apparatus slot (12) where the apparatus (2) can be positioned has. The carrier and guide apparatus (2) is placed in the carrier and guide apparatus slot (12). is positioned and the liquid source connection is directly to the carrier and guiding apparatus (2). More specifically, the liquid supply is made to the connection section (22). So liquid without any connection between the source and the ceramic sanitary ware (1), the washing liquid It is carried to the ceramic sanitary ware chamber (11). In this way, ceramic sanitaryware (1) The necessity of creating a liquid channel on the ceramic surface is eliminated, thus Production of sanitary equipment (1) becomes easier and costs decrease.

In a preferred embodiment of the invention, the liquid path (13) consists of any covered channel. There are geometric recesses and protrusions on the surface of the ceramic sanitary utensil chamber (11). It is a created fluid path (13).

In a preferred embodiment of the invention, the carrier and guiding apparatus (2) and/or carrier and the guiding structure (21) and/or the carrier and guiding structure box (211) is made of plastic. It is made of material. In a preferred embodiment of the invention, the mentioned ceramic health The device (1) is a toilet, preferably a rimless toilet.

With the invention, the fluid system does not contain channels and thus possible hygiene problems are prevented. The washing liquid coming from the source is carried into the ceramic sanitary ware (1) and the helical A single carrier and guiding apparatus is used to direct a movement. It is provided by (2) and thus there is no impact on the ceramic sanitary ware (1). There is no need to create a separate channel carrying liquid to the router or router, The sound resulting from the collision of liquids is minimized, water is directed and A system where washing performance is maximized depending on the acceleration is being developed.

Claims (39)

The invention is a washing system in which the washing liquid is transferred into the ceramic sanitaryware chamber (11) in a helical rotational movement, and its feature is - at least one carrier that ensures the transportation of the liquid coming from the liquid source and the conveyed liquid to the chamber of the product to be washed in a helical rotational movement. and it is characterized by containing at least one ceramic sanitary ware (1) with a guiding apparatus (2) and a liquid path (13) that enables the helical movement of the liquid carried and directed by that carrier and guiding apparatus (2) to continue and progress. It is a washing system in accordance with claim 1 and is characterized by the fact that the carrier and guide apparatus (2) has at least one liquid source connection section (22) through which the liquid from the liquid source enters the carrier and guide apparatus (2). It is a washing system in accordance with claim 1, and is characterized by the fact that the carrier and guiding apparatus (2) has at least one liquid outlet section (23) through which the liquid entering the carrier and guiding apparatus (2) is transmitted to the ceramic sanitaryware chamber (11). is done. It is a washing system in accordance with claim 1, and its feature is that the carrier and guide apparatus (2) contains at least one carrier and guide structure (21) that ensures the transfer of the washing liquid entering the carrier and guide apparatus (2) into the ceramic sanitary ware chamber (11). It is characterized by . It is a washing system in accordance with any of the claims 2-4 and its feature is that the liquid entering from the liquid source connection section (22) of the carrier and guide structure (21), the carrier and guide apparatus (2), flows from the liquid outlet section of the carrier and guide apparatus (2). (23) is characterized by having a carrier and guiding structure (21) that allows it to be transferred into the ceramic sanitary ware chamber (11). It is a washing system in accordance with Claim S, and its feature is that the carrier and guide structure (21) extends from the liquid source connection section (22) of the carrier and guide apparatus (2) to the liquid outlet section (23) of the carrier and guide apparatus (2). It is characterized by having a carrying and guiding structure (21). It is a washing system in accordance with claim 4 and is characterized by the fact that the carrier and guide structure (21) has at least one hole created in the carrier and guide apparatus (2). It is a washing system in accordance with claim 7 and is characterized by the fact that the hole in question is a hole extending along the carrier and guiding apparatus (2). It is a washing system in accordance with claim 8 and is characterized by the hole in question extending from the liquid source connection section (22) of the carrier and guiding apparatus (2) to the liquid outlet section (23). It is a washing system in accordance with claim 4 and is characterized by the fact that the carrier and guide structure (21) is at least one pipe located within the carrier and guide apparatus (2). It is a washing system in accordance with claim 10 and is characterized by the fact that the pipe in question is a pipe extending along the carrier and guiding apparatus (2). It is a washing system in accordance with claim 10 and is characterized by the fact that the pipe in question is a pipe extending from the liquid source connection section (22) of the carrier and guiding apparatus (2) to the liquid outlet section (23). It is a washing system in accordance with any of the claims 10-12 and is characterized by containing at least one carrier and guiding structure box (211) in which the pipe in question is positioned. It is a washing system in accordance with any of the claims 4-13 and is characterized by the fact that the carrier and guide apparatus (2) contains 3-6 carrier and guide structures (21). It is a washing system in accordance with any one of claims 4-14 and is characterized by the carrying and guiding structure (21) having a circular form. It is a washing system in accordance with any one of claims 4-14 and is characterized by the carrying and guiding structure (21) having an angular form. It is a washing system in accordance with any one of claims 4-16 and is characterized by the diameters/cross-sectional areas of the carrier and guide structures (21) contained in the carrier and guide apparatus (2) being equal. It is a washing system in accordance with any one of claims 4-16 and is characterized by the fact that the diameters/cross-sectional areas of the carrier and guide structures (21) included in the carrier and guide apparatus (2) are different. It is a washing system in accordance with any one of claims 4-18, and is characterized by the fact that the carrier and guiding structures (21) have an inclined form extending in the form of an arc, which allows the washing liquid to be transferred to the ceramic sanitaryware reservoir (11) without encountering any resistance. It is a washing system in accordance with claim 1, and is characterized by the fact that the carrier and guiding apparatus (2) has an inclined form extending in the form of an arc, which allows the washing liquid to be transferred to the ceramic sanitaryware reservoir (11) without encountering any resistance. It is a washing system in accordance with claim 1 and is characterized by containing a single carrier and guiding apparatus (2) that enables the washing liquid to be transferred to the ceramic sanitaryware reservoir (11) in a single direction. It is a washing system in accordance with claim 1, and its feature is that the liquid path (13), which is carried and directed to the ceramic sanitaryware chamber (11) by the carrier and guiding apparatus (2), rotates on the ceramic sanitaryware chamber (11) in a helical motion. It is characterized by having a liquid path (13) that allows the liquid to progress in such a way that it gradually approaches the liquid in the elbowed structure (3) and as a result mixes with the liquid in the elbowed structure (3). It is a washing system in accordance with claim 1, and its feature is that the liquid path (13) starts from the back surface (16) of the ceramic sanitary ware (1) and rotates along the inner chamber, passing from the right side surface (14) to the left side surface (15). It is characterized by having a fluid path (13) that repeats this rotational movement. It is a washing system in accordance with claim 1, and its feature is that the liquid path (13) starts from the back surface (16) of the ceramic sanitary ware (1) and rotates along the inner chamber, passing from the left side surface (15) to the right side surface (14). It is characterized by having a fluid path (13) that repeats this rotational movement. It is a washing system in accordance with claim 1, and its feature is that the carrier and guiding apparatus (2) connects to the ceramic sanitary ware chamber (11), and the ends of the carrier and guide structures (21) opening into the ceramic sanitary ware chamber (11) connect to the ceramic sanitary ware chamber (11). It is characterized by being positioned tangentially. It is a washing system in accordance with claim 1 and is characterized by the fact that the carrier and guide apparatus (2) is positioned in such a way that the liquid outlet section (23) is tangential to the wall of the ceramic sanitary ware reservoir (11). It is a washing system in accordance with claim 25 or 26, and its feature is that the carrier and guide apparatus (2), the liquid outlet section (23) of the carrier and guide apparatus (2) and/or the carrier and guide structure (21) are connected to the ceramic sanitaryware chamber (11). ) is characterized in that its opening end is positioned in such a way that it is tangent to the wall of the ceramic sanitary ware chamber (11) and reaches the beginning end of the liquid path (13). It is a washing system in accordance with claim 1 and is characterized by the fact that the ceramic sanitary ware (1) contains at least one set (4) that ensures that the liquid proceeding along the liquid path (13) is directed towards the elbowed structure (3). It is a washing system in accordance with claim 28 and is characterized by the fact that it is located on the front surface of the set (4), preferably on the surface opposite the back surface (16) of the ceramic sanitary ware (1). It is a washing system in accordance with claim 1 and is characterized by the fact that the carrier and guide apparatus (2) is a carrier and guide apparatus (2) that can be attached and removed from the ceramic sanitary ware (1) and is independent of the ceramic sanitary ware (1). It is a washing system in accordance with claim 1 or 30 and is characterized by the ceramic sanitary ware (1) having at least one carrier and guide apparatus slot (12) in which the carrier and guide apparatus (2) can be positioned. It is a washing system in accordance with Claim 1 and is characterized by the fact that the liquid coming from the liquid source is directly connected to the carrier and guiding apparatus (2) without any connection with the ceramic sanitary ware (1). It is a washing system in accordance with claim 1 and is characterized by the fact that the liquid path (13) is not a covered channel, but a liquid path (13) created with geometric recesses and protrusions on the surface of the ceramic sanitaryware reservoir (11). It is a washing system in accordance with claim 1 and is characterized by the fact that the carrier and guiding apparatus (2) is made of a plastic material. It is a washing system in accordance with claim 4 and is characterized by the fact that the carrier and guiding structure (21) is made of a plastic material. It is a washing system in accordance with claim 13 and is characterized by the fact that the box (211) of the carrier and guiding structure is made of plastic material. It is a washing system in accordance with any of the above claims and is characterized in that the ceramic sanitary ware (1) is a toilet bowl. It is a flushing system in accordance with claim 37 and is characterized by the fact that the toilet is a ductless toilet. 39. It is a flushing system in accordance with Claim 1, and its feature is the carrier and the element that enables the liquid coming from the liquid source to be carried to the ceramic sanitary ware chamber (11) and the element that ensures the liquid is directed to perform a helical rotation movement within the ceramic sanitary ware chamber (11). It is characterized by the guiding apparatus (2) having a monolithic structure.