WO2020139263A2 - A bidet system where the user is able to adjust the water flow direction - Google Patents

A bidet system where the user is able to adjust the water flow direction Download PDF

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Publication number
WO2020139263A2
WO2020139263A2 PCT/TR2019/051121 TR2019051121W WO2020139263A2 WO 2020139263 A2 WO2020139263 A2 WO 2020139263A2 TR 2019051121 W TR2019051121 W TR 2019051121W WO 2020139263 A2 WO2020139263 A2 WO 2020139263A2
Authority
WO
WIPO (PCT)
Prior art keywords
control member
moving part
bearing
bidet system
push
Prior art date
Application number
PCT/TR2019/051121
Other languages
French (fr)
Other versions
WO2020139263A3 (en
Inventor
Halil Ibrahim KEMANECI
Bogac Simsir
Suleyman Vedat Sarigol
Original Assignee
Eczacibasi Yapi Gerecleri Sanayi Ve Ticaret Anonim Sirketi
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Eczacibasi Yapi Gerecleri Sanayi Ve Ticaret Anonim Sirketi filed Critical Eczacibasi Yapi Gerecleri Sanayi Ve Ticaret Anonim Sirketi
Publication of WO2020139263A2 publication Critical patent/WO2020139263A2/en
Publication of WO2020139263A3 publication Critical patent/WO2020139263A3/en

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Classifications

    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
    • E03D9/00—Sanitary or other accessories for lavatories ; Devices for cleaning or disinfecting the toilet room or the toilet bowl; Devices for eliminating smells
    • E03D9/08—Devices in the bowl producing upwardly-directed sprays; Modifications of the bowl for use with such devices ; Bidets; Combinations of bowls with urinals or bidets; Hot-air or other devices mounted in or on the bowl, urinal or bidet for cleaning or disinfecting

Definitions

  • the invention relates to a bidet system, wherein the user may adjust the direction of the bidet apparatus, which is used in the toilets for the purpose of personal cleaning, without contacting said bidet apparatus.
  • a bidet apparatus opening into the toilet bowl is present in today's frequently used toilets.
  • the user may initiate and terminate the flow of water and may also control the flow rate of water by means of a tap, which is connected to said bidet apparatus and which controls the water flowing into said bidet apparatus.
  • the water in the water source is delivered at a certain angle into the toilet bowl by means of the bidet apparatus, in line with the previously adjusted direction of said bidet apparatus.
  • a nozzle with a spherical structure is located in front of the bidet apparatus wherein said spherical nozzle may move depending on the preferences and the needs of the user. More specifically, by moving said spherical structure, it is possible to adjust the flow direction of the water being transmitted by the bidet apparatus.
  • An object of the invention is to develop a bidet system, wherein the direction of the bidet apparatus, which is used for the purpose of personal cleaning, may be adjusted without requiring any physical contact with said bidet apparatus.
  • Another object of the invention is to develop a bidet system, wherein it is possible to adjust the angle of the spherical structure, which is located at the tip of the bidet apparatus used for personal cleaning and which enables the direction of water to be adjusted, depending on the movement of a control member.
  • Another object of the invention is to develop a bidet system, which is easily mounted to a toilet and has high tolerance to the dimensional differences originating from the manufacture, wherein the connection between the control member and the body where the bidet apparatus is located is provided by means of a flexible member.
  • Figure 1 An exploded view of the body and the components fixed on the body
  • Figure 2 An exploded view of the moving part, the moving part bearing and the spherical structure
  • Figure 3 A view of the body and the components fixed on the body in the mounted state
  • Figure 4 An exploded view of the control member and the components connected to the control member
  • Figure 5 A perspective view of the movable part of the control member
  • Figure 6 A sectional view of the control member in a state mounted to the toilet
  • Figure 7 A view of the control member, the body and the holder in the mounted state
  • Figure 8 A top view of the control member, the body and the holder Reference Numerals
  • Control member moving part K41 Control member moving part toothed structure
  • the invention relates to a bidet system, wherein the user may adjust the direction of the bidet apparatus, which is used in the toilets for the purpose of personal cleaning, without contacting said bidet apparatus. More particularly, the invention relates to a bidet system enabling the spherical structure (1), which is located at the tip of the bidet apparatus and which enables to adjust the direction of water used for cleansing, to be adjusted with a control member (Kl) located outside the toilet bowl, without any physical contact with said spherical structure (1) being needed.
  • Kl control member
  • the component that enables the water to be guided in line with the preferences and the needs of the user is the spherical structure (1).
  • the water to be used for cleansing flows via said spherical structure flow hole (13) into the toilet bowl.
  • the rosette front part hole (211) present on the rosette front part (21) allows the water leaving the spherical structure flow hole (13) located on the spherical structure (1) to flow into the toilet bowl.
  • the flow direction of the water to be used for cleansing may be changed as a result of changing the angle of the spherical structure flow hole (13) and the bidet system according to the invention operates based on this principle.
  • the spherical structure (1) is positioned between a rosette front part (21) and a rosette rear part (22) and is able to move freely at the permitted angles between these two parts.
  • the spherical structure (1) is placed in said spherical structure bearing (222).
  • the spherical structure (1) move along only a single axis, while preventing the movement of the same along the other axes.
  • the spherical structure shaft (11) is present on the spherical structure (1) and the spherical structure shaft bearing (221) is present on the rosette rear part (22).
  • the spherical structure shaft (11) is a structure extending outwards from the spherical structure (1).
  • Said spherical structure shaft (11) penetrates into the spherical structure shaft bearing (221) and allows the spherical structure (1) to move only in the permitted manner, more specifically, allows the same to move only about the axis of the spherical structure shaft (11).
  • the rosette front part (21) is fixed on the rosette rear part (22).
  • the system according to the invention comprises at least one control member (Kl), which enables the spherical structure (1) to be controlled by the user.
  • Said control member (Kl) is preferably a hand- wheel.
  • the force applied by the user on the control member (Kl) is transmitted via at least one push-pull member (Tl) and enables at least one moving part (4) to be moved.
  • Tl push-pull member
  • the control member (Kl) is located on the toilet preferably at a position outside the toilet bowl. It is necessary to fix the horizontal position of the control member (Kl) on the toilet, but it is also required that said control member (Kl) be able to freely perform the rotational movement.
  • a control member bearing (K2) is employed for fixing the control member (Kl).
  • the control member bearing (K2) is a component with a hollow structure preferably in cylindrical form and the control member bearing toothed structure (K21) is located in at least one end of said control member bearing (K2). At least one control member bearing fixing member (K3) is used in order to fix the control member bearing (K2) on the toilet.
  • the control member bearing fixing member (K3) is also a hollow structure and comprises on its inner surface at least one control member bearing fixing member toothed structure (K31). After the control member bearing (K2) is placed at its position on the toilet from the outer surface of the toilet, it is placed from the inner surface of the toilet in such a way that the control member bearing fixing mem ber toothed structure (K31) is disposed on the control member bearing toothed structure (K21) and a rotating force is applied on the control member bearing fixing member (K3) and/or the control member bearing (K2). As a result of this force, the control member bearing fixing member (K3) advances on the control member bearing (K2) and approaches the control member bearing (K2). Once sufficient extent of advance is achieved, the control member bearing (K2) is enabled to be fixed on the toilet.
  • control member (Kl) is able to freely rotate within said control member bearing (K2), but it is also desired that it does not perform a movement in a direction of approaching or moving away from the toilet.
  • control member fixing component (K12) is used.
  • the control member fixing component (K12) allows the control member (Kl) to freely rotate, while preventing the movement of the same on the horizontal axis.
  • the control member (Kl) comprises at least one control member toothed structure (Kll). Depending on the rotational movement of the control member (Kl), said control member toothed structure (Kll) also rotates. The rotational movement of the control member (Kl) is transmitted via said control member toothed structure (Kll) to at least one control member moving part (K4).
  • the control member moving part (K4) comprises at least one control member moving part toothed structure (K41). The control member toothed structure (Kll) is placed into the control member moving part toothed structure (K41).
  • control member toothed structure (Kll) advances within the control member moving part toothed structure (K41); in other words, said control member toothed structure (Kll) approaches or moves away from the control member moving part (K4) depending on the direction of rotation.
  • control member (Kl) since the control member (Kl) is secured on the toilet, it is able to perform only the rotational movement and it is not able to move along the horizontal axis. For this reason, depending on the rotational movement of the control member (Kl), the control member moving part (K4) approaches or moves away from the control member (Kl).
  • control member moving part (K4) is supported on at least one control member moving part bearing (K5).
  • At least one control member moving part channel (K51) is present on the control member moving part bearing (K5).
  • the control member moving part protrusion (K42) is positioned into said control member moving part channel (K51) and performs the movement within said control member moving part channel (K51) in a direction of approaching or moving away from the control member (Kl).
  • the control member moving part bearing (K5) is fixed on the toilet via at least one control member moving part bearing fixing component (K6).
  • control member moving part (K4) which moves in a manner connected with the control member (Kl), to the moving part (4) that is to move the spherical structure (1).
  • Said transmission action is realized with at least one push- pull member (Tl).
  • Said push-pull member (Tl) is preferably a metal wire.
  • the push-pull member (Tl) provides the connection between the control member moving part (K4) and the moving part (4), thereby enabling the transmission of the movement among said components. For this purpose, it is required to connect the push-pull member (Tl) with the control member moving part (K4).
  • At least one push-pull member connection component (T2) is employed for the connection of the push-pull member (Tl) with the control member moving part (K4) and the moving part (4).
  • a push-pull member connection component (T2) is present at each end of the push-pull member (Tl).
  • One of said push-pull member connection components (T2) is fixed on the control member moving part push-pull member connection component slot (K43) located on the control member moving part (K4). In this way, depending on the movement of the control member (Kl), the movement of the control member moving part (K4) is transmitted to the push-pull member (Tl).
  • the push-pull member (Tl) moves inside a push- pull member sheath (T3).
  • the push-pull member sheath (T3) surrounds the push-pull member (Tl), but allows the same to freely move inside it.
  • Said push-pull member sheath (T3) is fixed on a component independent from the control member moving part (K4) and the moving part
  • the end of the push-pull member sheath (T3) that is close to the end of the push-pull member (Tl) that is fixed on the control member moving part (K4) is preferably fixed to a control member push-pull member sheath connection component slot (K7), preferably by means of at least one push-pull member sheath connection component (T4), which enables the push-pull member sheath (T3) to be fixed.
  • the control member push-pull member sheath connection component slot (K7) is fixed on the control member moving part bearing (K5).
  • the moving part (4) moves within a moving part bearing (5).
  • the push-pull member (Tl) moves inside a push-pull member sheath (T3)
  • the push-pull member sheath connection component (T4) is placed into the moving part bearing push-pull member sheath connection component slot (52) that is located on the moving part bearing
  • the moving part (4) is able to freely move within said moving part bearing (5) in a direction of approaching or moving away from the rosette rear part (22). It is desired to have the moving part (4) move only in a direction of approaching or moving away from the rosette rear part (22); in other words, it is desired to restrict the movement of the same in the other directions.
  • the moving part bearing (5) is provided with a structure such that the moving part (4) is unable come out of the same.
  • the moving part entrance opening (51) which enables the moving part (4) to be placed into the moving part bearing (5), is present on the moving part bearing (5).
  • the moving part (4) is placed into the moving part bearing (5) via said moving part entrance opening (51).
  • the movement limiting protrusion (43) located on the moving part (4) contacts the upper surface of the moving part bearing (5) and prevents the moving part (4) from performing a movement in a direction perpendicular to a direction of approaching or moving away from the rosette rear part (22).
  • the moving part bearing (5) is positioned on the body (6).
  • the transmission member (3) is employed in order to transmit the movement of the moving part (4) to the spherical structure (1).
  • the link between the moving part (4) and the spherical structure (1) is achieved and said components are enabled to move in an interconnected manner.
  • At least one spherical structure guide tab (12) which enables the transmission member (3) to be connected to the spherical structure (1), is located on the spherical structure (1).
  • the transmission member (3) is secured in the spherical structure transmission member hole (121) located on the spherical structure guide tab (12) and in this way, the movement of the moving part (4) is enabled to be transmitted to the spherical structure (1).
  • At least one moving part transmission member hole (41), to which the transmission member (3) may be fitted, is present on the moving part (4) and the transmission member (3) is secured in this moving part transmission member hole (41).
  • the connection between the spherical structure (1) and the moving part (4) is provided via the transmission member opening (223) present on the rosette rear part (22).
  • the moving part (4) and the spherical structure (1) is made, the moving part (4) is positioned on the moving part bearing (5) and the moving part bearing (5) is placed in the moving part bearing slot (61) on the body (6), these components are fixed on the body (6) preferably by means of at least one clamp (62).
  • the clamp (62) enables the moving part (4) and/or the moving part bearing (5) to be fixed on the body (6).
  • the body (6) is fixed on at least one holder (7), and as a result of fixing the holder (7) on the toilet, the mounting of the body (6) and the other components on the toilet is realized.
  • the control member moving part (K4) moves in a direction of approaching or moving away from the control member (Kl), a push or pull force is applied, as a result of this movement, on the push-pull member (Tl) connected to the control member moving part (K4), the push-pull member (Tl) transmits this force to the moving part (4) and enables the moving part (4) to move in a direction of approaching or moving away from the rosette rear part (22), said movement of the moving part (4) is transmitted to the spherical structure (1) via the transmission member (3) and the spherical structure (1) is enabled to rotate about the spherical structure shaft (11); in other words, the angle of the spherical structure flow hole (13) is enabled to change and the flow direction of the water is thus enabled to be adjusted.

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  • Health & Medical Sciences (AREA)
  • Public Health (AREA)
  • Molecular Biology (AREA)
  • Epidemiology (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Hydrology & Water Resources (AREA)
  • Water Supply & Treatment (AREA)
  • Bidet-Like Cleaning Device And Other Flush Toilet Accessories (AREA)
  • Devices For Medical Bathing And Washing (AREA)

Abstract

The invention relates to a bidet system, wherein the user may adjust the direction of the bidet apparatus, which is used in the toilets for the purpose of personal cleaning, without contacting said bidet apparatus. More particularly, the invention relates to a bidet system enabling the spherical structure (1), which is located at the tip of the bidet apparatus and which enables to adjust the direction of water used for cleansing, to be adjusted with a control member (K1) located outside the toilet bowl, without any physical contact with said spherical structure (1) being needed.

Description

A BIDET SYSTEM WHERE THE USER IS ABLE TO ADJUST THE WATER FLOW DIRECTION
Subject of the Invention
The invention relates to a bidet system, wherein the user may adjust the direction of the bidet apparatus, which is used in the toilets for the purpose of personal cleaning, without contacting said bidet apparatus.
State of the Art
The act of cleansing after the use of a toilet is important for the personal cleaning. For this purpose, a bidet apparatus opening into the toilet bowl is present in today's frequently used toilets. The user may initiate and terminate the flow of water and may also control the flow rate of water by means of a tap, which is connected to said bidet apparatus and which controls the water flowing into said bidet apparatus. Upon the user initiating the flow by means of the tap, the water in the water source is delivered at a certain angle into the toilet bowl by means of the bidet apparatus, in line with the previously adjusted direction of said bidet apparatus.
It may be desirable to have the water delivered at different angles and/or in different directions into the toilet bowl according to the use habits, physical characteristics and preferences of a user. The bidet apparatus with an adjustable nozzle have been developed in an attempt to provide a solution for such situations. In these embodiments of the state of the art, a nozzle with a spherical structure is located in front of the bidet apparatus wherein said spherical nozzle may move depending on the preferences and the needs of the user. More specifically, by moving said spherical structure, it is possible to adjust the flow direction of the water being transmitted by the bidet apparatus. However, since a physical contact with the spherical structure is required in order to move said spherical structure and since said spherical structure is located at a position within the toilet bowl that is open to contamination, the users most of the time avoid adjusting the flow direction of water.
Owing to a bidet system according to the invention in which the user may adjust the direction of the water flow, it is possible to adjust the direction of the water being delivered into the toilet bowl for the purpose of cleansing, without the need for any physical contact of the user with the bidet apparatus.
Object of the Invention
An object of the invention is to develop a bidet system, wherein the direction of the bidet apparatus, which is used for the purpose of personal cleaning, may be adjusted without requiring any physical contact with said bidet apparatus.
Another object of the invention is to develop a bidet system, wherein it is possible to adjust the angle of the spherical structure, which is located at the tip of the bidet apparatus used for personal cleaning and which enables the direction of water to be adjusted, depending on the movement of a control member.
Another object of the invention is to develop a bidet system, which is easily mounted to a toilet and has high tolerance to the dimensional differences originating from the manufacture, wherein the connection between the control member and the body where the bidet apparatus is located is provided by means of a flexible member.
Description of the Figures
Figure 1: An exploded view of the body and the components fixed on the body
Figure 2: An exploded view of the moving part, the moving part bearing and the spherical structure
Figure 3: A view of the body and the components fixed on the body in the mounted state
Figure 4: An exploded view of the control member and the components connected to the control member
Figure 5: A perspective view of the movable part of the control member Figure 6: A sectional view of the control member in a state mounted to the toilet Figure 7: A view of the control member, the body and the holder in the mounted state Figure 8: A top view of the control member, the body and the holder Reference Numerals
I : Spherical structure
II : Spherical structure shaft
12 : Spherical structure guide tab
121 : Spherical structure transmission member hole
13 : Spherical structure flow hole
21 : Rosette front part
211 : Rosette front part hole
22 : Rosette rear part
221 : Spherical structure shaft bearing
222 : Spherical structure bearing 223 : Transmission member opening
3 : Transmission member
4 : Moving part
41 : Moving part transmission member hole
42 : Moving part push-pull member connection component slot
43 : Movement limiting protrusion
5 : Moving part bearing
51 : Moving part entrance opening
52 : Moving part bearing push-pull member sheath connection component slot 6 : Body
61 : Moving part bearing slot
62 : Clamp
63 : Liquid conveyor connection end
7 : Holder
T1 : Push-pull member
T2 : Push-pull member connection component
T3 : Push-pull member sheath
T4 : Push-pull member sheath connection component
K1 : Control member
Kll : Control member toothed structure
K12 : Control member fixing component
K2 : Control member bearing
K21 : Control member bearing toothed structure
K3 : Control member bearing fixing member
K31 : Control member bearing fixing member toothed structure
K4 : Control member moving part K41 : Control member moving part toothed structure
K42 : Control member moving part protrusion
K43 : Control member moving part push-pull member connection component slot
K5 : Control member moving part bearing
K51 : Control member moving part channel
K6 : Control member moving part bearing fixing component
K7 : Control member push-pull member sheath connection component slot
Detailed Description of the Invention
The invention relates to a bidet system, wherein the user may adjust the direction of the bidet apparatus, which is used in the toilets for the purpose of personal cleaning, without contacting said bidet apparatus. More particularly, the invention relates to a bidet system enabling the spherical structure (1), which is located at the tip of the bidet apparatus and which enables to adjust the direction of water used for cleansing, to be adjusted with a control member (Kl) located outside the toilet bowl, without any physical contact with said spherical structure (1) being needed.
A bidet system according to the invention in which the user is able to adjust the direction of the water flow comprises in its most basic form at least one spherical structure (1) enabling to guide the water, at least one rosette front part (21) and rosette rear part (22), between which the spherical structure (1) is positioned and is able to freely move at the permitted angles, at least one moving part (4) providing the movement of the spherical structure (1), at least one body (6) on which the spherical structure (1) and/or rosette rear part (22) and/or moving part (4) is positioned, at least one push-pull member (Tl) transmitting the force necessary for the moving part (4) to move in a direction of approaching or moving away from the rosette rear part (22) and at least one control member (Kl) enabling to transmit the user movements to the push-pull member (Tl).
In the bidet system according to the invention, the component that enables the water to be guided in line with the preferences and the needs of the user is the spherical structure (1). At least one spherical structure flow hole (13), which allows the water, entering the system via the liquid conveyor connection end (63), to flow into the toilet bowl, is located on the spherical structure (1). The water to be used for cleansing flows via said spherical structure flow hole (13) into the toilet bowl. The rosette front part hole (211) present on the rosette front part (21) allows the water leaving the spherical structure flow hole (13) located on the spherical structure (1) to flow into the toilet bowl. The flow direction of the water to be used for cleansing may be changed as a result of changing the angle of the spherical structure flow hole (13) and the bidet system according to the invention operates based on this principle. The spherical structure (1) is positioned between a rosette front part (21) and a rosette rear part (22) and is able to move freely at the permitted angles between these two parts.
There is present at least one spherical structure bearing (222) on the rosette rear part (22) and the spherical structure (1) is placed in said spherical structure bearing (222). In the system according to the invention, it is desired to have the spherical structure (1) move along only a single axis, while preventing the movement of the same along the other axes. For this purpose, the spherical structure shaft (11) is present on the spherical structure (1) and the spherical structure shaft bearing (221) is present on the rosette rear part (22). The spherical structure shaft (11) is a structure extending outwards from the spherical structure (1). Said spherical structure shaft (11) penetrates into the spherical structure shaft bearing (221) and allows the spherical structure (1) to move only in the permitted manner, more specifically, allows the same to move only about the axis of the spherical structure shaft (11). After the spherical structure (1) is placed in its position between the rosette front part (21) and the rosette rear part (22), the rosette front part (21) is fixed on the rosette rear part (22).
In order for the spherical structure (1) to be able to be moved in line with the preferences and the needs of the user, it is necessary that the movement of the spherical structure (1) about the axis of the spherical structure shaft (11) be controllable by the user. The system according to the invention comprises at least one control member (Kl), which enables the spherical structure (1) to be controlled by the user. Said control member (Kl) is preferably a hand- wheel. The force applied by the user on the control member (Kl) is transmitted via at least one push-pull member (Tl) and enables at least one moving part (4) to be moved. As a result of the movement of the moving part (4), the spherical structure (1) is enabled to move.
The control member (Kl) is located on the toilet preferably at a position outside the toilet bowl. It is necessary to fix the horizontal position of the control member (Kl) on the toilet, but it is also required that said control member (Kl) be able to freely perform the rotational movement. For this purpose, a control member bearing (K2) is employed for fixing the control member (Kl). The control member bearing (K2) is a component with a hollow structure preferably in cylindrical form and the control member bearing toothed structure (K21) is located in at least one end of said control member bearing (K2). At least one control member bearing fixing member (K3) is used in order to fix the control member bearing (K2) on the toilet. The control member bearing fixing member (K3) is also a hollow structure and comprises on its inner surface at least one control member bearing fixing member toothed structure (K31). After the control member bearing (K2) is placed at its position on the toilet from the outer surface of the toilet, it is placed from the inner surface of the toilet in such a way that the control member bearing fixing mem ber toothed structure (K31) is disposed on the control member bearing toothed structure (K21) and a rotating force is applied on the control member bearing fixing member (K3) and/or the control member bearing (K2). As a result of this force, the control member bearing fixing member (K3) advances on the control member bearing (K2) and approaches the control member bearing (K2). Once sufficient extent of advance is achieved, the control member bearing (K2) is enabled to be fixed on the toilet.
It is desired that the control member (Kl) is able to freely rotate within said control member bearing (K2), but it is also desired that it does not perform a movement in a direction of approaching or moving away from the toilet. For this purpose, at least one control member fixing component (K12) is used. The control member fixing component (K12) allows the control member (Kl) to freely rotate, while preventing the movement of the same on the horizontal axis.
The control member (Kl) comprises at least one control member toothed structure (Kll). Depending on the rotational movement of the control member (Kl), said control member toothed structure (Kll) also rotates. The rotational movement of the control member (Kl) is transmitted via said control member toothed structure (Kll) to at least one control member moving part (K4). The control member moving part (K4) comprises at least one control member moving part toothed structure (K41). The control member toothed structure (Kll) is placed into the control member moving part toothed structure (K41). It is required that depending on the rotation of the control member (Kl) and therefore the control member toothed structure (Kll), said control member toothed structure (Kll) advances within the control member moving part toothed structure (K41); in other words, said control member toothed structure (Kll) approaches or moves away from the control member moving part (K4) depending on the direction of rotation. On the other hand, since the control member (Kl) is secured on the toilet, it is able to perform only the rotational movement and it is not able to move along the horizontal axis. For this reason, depending on the rotational movement of the control member (Kl), the control member moving part (K4) approaches or moves away from the control member (Kl). It is desired that this movement of the control member moving part (K4) is performed in a fixed direction. For this reason, the control member moving part (K4) is supported on at least one control member moving part bearing (K5). At least one control member moving part channel (K51) is present on the control member moving part bearing (K5). The control member moving part protrusion (K42) is positioned into said control member moving part channel (K51) and performs the movement within said control member moving part channel (K51) in a direction of approaching or moving away from the control member (Kl). In a preferred embodiment of the invention, the control member moving part bearing (K5) is fixed on the toilet via at least one control member moving part bearing fixing component (K6).
It is necessary to transmit the movement of the control member moving part (K4), which moves in a manner connected with the control member (Kl), to the moving part (4) that is to move the spherical structure (1). Said transmission action is realized with at least one push- pull member (Tl). Said push-pull member (Tl) is preferably a metal wire. The push-pull member (Tl) provides the connection between the control member moving part (K4) and the moving part (4), thereby enabling the transmission of the movement among said components. For this purpose, it is required to connect the push-pull member (Tl) with the control member moving part (K4). At least one push-pull member connection component (T2) is employed for the connection of the push-pull member (Tl) with the control member moving part (K4) and the moving part (4). Preferably, a push-pull member connection component (T2) is present at each end of the push-pull member (Tl). One of said push-pull member connection components (T2) is fixed on the control member moving part push-pull member connection component slot (K43) located on the control member moving part (K4). In this way, depending on the movement of the control member (Kl), the movement of the control member moving part (K4) is transmitted to the push-pull member (Tl).
In a preferred embodiment of the invention, the push-pull member (Tl) moves inside a push- pull member sheath (T3). The push-pull member sheath (T3) surrounds the push-pull member (Tl), but allows the same to freely move inside it. Said push-pull member sheath (T3) is fixed on a component independent from the control member moving part (K4) and the moving part
(4). The end of the push-pull member sheath (T3) that is close to the end of the push-pull member (Tl) that is fixed on the control member moving part (K4) is preferably fixed to a control member push-pull member sheath connection component slot (K7), preferably by means of at least one push-pull member sheath connection component (T4), which enables the push-pull member sheath (T3) to be fixed. In a preferred embodiment of the invention, the control member push-pull member sheath connection component slot (K7) is fixed on the control member moving part bearing (K5).
Once the movement of the control member (Kl) is transmitted to the push-pull member (Tl) via the control member moving part (K4), it is necessary to transmit this movement via the push-pull member (Tl) to the moving part (4), which is to control the movement of the spherical structure (1). Therefore, it is required to connect the push-pull member (Tl) to the moving part (4). Said connection is achieved via the push-pull member connection component (T2) located at the end of the push-pull member (Tl). There is present at least one moving part push-pull member connection component slot (42) on the moving part (4) and the push- pull member connection component (T2) is positioned into said moving part push-pull member connection component slot (42). As a result of the force applied by the push-pull member (Tl), the moving part (4) moves within a moving part bearing (5). In the embodiment where the push-pull member (Tl) moves inside a push-pull member sheath (T3), the push-pull member sheath connection component (T4) is placed into the moving part bearing push-pull member sheath connection component slot (52) that is located on the moving part bearing
(5).
The moving part (4) is able to freely move within said moving part bearing (5) in a direction of approaching or moving away from the rosette rear part (22). It is desired to have the moving part (4) move only in a direction of approaching or moving away from the rosette rear part (22); in other words, it is desired to restrict the movement of the same in the other directions. For this purpose, the moving part bearing (5) is provided with a structure such that the moving part (4) is unable come out of the same. The moving part entrance opening (51), which enables the moving part (4) to be placed into the moving part bearing (5), is present on the moving part bearing (5). The moving part (4) is placed into the moving part bearing (5) via said moving part entrance opening (51). After the moving part (4) is placed into the moving part bearing (5), the movement limiting protrusion (43) located on the moving part (4) contacts the upper surface of the moving part bearing (5) and prevents the moving part (4) from performing a movement in a direction perpendicular to a direction of approaching or moving away from the rosette rear part (22). After the necessary connections are complemented, the moving part bearing (5) is positioned on the body (6).
It is desired that the movement, which has been transmitted to the moving part (4) by the push-pull member (Tl), is transmitted by the moving part (4) to the spherical structure (1), thereby enabling to adjust the angle of the spherical structure flow hole (13) present on the spherical structure (1) and thus the flow direction of water. At least one transmission member
(3) is employed in order to transmit the movement of the moving part (4) to the spherical structure (1). Owing to the transmission member (3), the link between the moving part (4) and the spherical structure (1) is achieved and said components are enabled to move in an interconnected manner. At least one spherical structure guide tab (12), which enables the transmission member (3) to be connected to the spherical structure (1), is located on the spherical structure (1). Preferably, the transmission member (3) is secured in the spherical structure transmission member hole (121) located on the spherical structure guide tab (12) and in this way, the movement of the moving part (4) is enabled to be transmitted to the spherical structure (1). Similarly, at least one moving part transmission member hole (41), to which the transmission member (3) may be fitted, is present on the moving part (4) and the transmission member (3) is secured in this moving part transmission member hole (41). The connection between the spherical structure (1) and the moving part (4) is provided via the transmission member opening (223) present on the rosette rear part (22).
In a preferred embodiment of the invention, after the connection between the moving part
(4) and the spherical structure (1) is made, the moving part (4) is positioned on the moving part bearing (5) and the moving part bearing (5) is placed in the moving part bearing slot (61) on the body (6), these components are fixed on the body (6) preferably by means of at least one clamp (62). In other words, the clamp (62) enables the moving part (4) and/or the moving part bearing (5) to be fixed on the body (6).
In a preferred embodiment of the invention, the body (6) is fixed on at least one holder (7), and as a result of fixing the holder (7) on the toilet, the mounting of the body (6) and the other components on the toilet is realized.
Following the completion of the mounting of the system according to the invention on the toilet, when the control member (Kl) is moved according to the preferences and the needs of the user, the control member moving part (K4), as a result of said movement, moves in a direction of approaching or moving away from the control member (Kl), a push or pull force is applied, as a result of this movement, on the push-pull member (Tl) connected to the control member moving part (K4), the push-pull member (Tl) transmits this force to the moving part (4) and enables the moving part (4) to move in a direction of approaching or moving away from the rosette rear part (22), said movement of the moving part (4) is transmitted to the spherical structure (1) via the transmission member (3) and the spherical structure (1) is enabled to rotate about the spherical structure shaft (11); in other words, the angle of the spherical structure flow hole (13) is enabled to change and the flow direction of the water is thus enabled to be adjusted. In this way, it becomes possible to adjust the flow direction of the water without any physical contact occurring with the spherical structure (1), and owing to the fact that the transmission of movement between the control member (Kl) and the moving part (4) is provided by means of a flexible push-pull member (Tl), the control member (Kl) and the body (6) and other components fixed on said body (6) may be positioned in a manner independent from each other.

Claims

1. A bidet system wherein the direction of the bidet apparatus, which is used in the toilets for the purpose of personal cleaning, may be adjusted without contacting said bidet apparatus characterized in that it comprises
• at least one spherical structure (1) enabling to guide the water,
• at least one rosette front part (21) and at least one rosette rear part (22), between which the spherical structure (1) is positioned and is able to freely move,
• at least one moving part (4) providing the movement of the spherical structure (1),
• at least one body (6) on which the spherical structure (1) and/or rosette rear part (22) and/or moving part (4) is positioned,
• at least one push-pull member (Tl) transmitting the force necessary for the moving part (4) to move in a direction of approaching or moving away from the rosette rear part (22) and
• at least one control member (Kl) enabling to transmit the user movements to the push-pull member (Tl).
2. A bidet system according to Claim 1 characterized in that the spherical structure (1) comprises at least one spherical structure flow hole (13), which allows the water being conveyed by the liquid conveying member to flow into the toilet bowl.
3. A bidet system according to Claim 2 characterized in that the rosette front part (21) comprises at least one rosette front part hole (211), which allows the water leaving the spherical structure flow hole (13) to flow into the toilet bowl.
4. A bidet system according to Claim 1 characterized in that the rosette rear part (22) comprises at least one spherical structure bearing (222) on which the spherical structure (1) is positioned.
5. A bidet system according to Claim 1 characterized in that the spherical structure (1) comprises at least one spherical structure shaft (11), which enables the spherical structure (1) to move on the rosette rear part (22) only in the permitted manner.
6. A bidet system according to Claim 5 characterized in that the rosette rear part (22) comprises at least one spherical structure shaft bearing (221), on which the spherical structure shaft (11) may be positioned.
7. A bidet system according to Claim 1 characterized in that it comprises at least one transmission member (3), which enables the movement of the moving part (4) to be transmitted to the spherical structure (1).
8. A bidet system according to Claim 7 characterized in that the spherical structure (1) comprises at least one spherical structure guide tab (12), on which the transmission member (3) may be fixed.
9. A bidet system according to Claim 8 characterized in that the spherical structure guide tab (12) comprises at least one spherical structure transmission member hole (121), which enables the transmission member (3) to be fitted on said spherical structure guide tab (12).
10. A bidet system according to Claim 7 characterized in that the moving part (4) comprises at least one moving part transmission member hole (41), on which the transmission member (3) may be fixed.
11. A bidet system according to Claim 7 characterized in that the rosette rear part (22) comprises at least one transmission member opening (223), which allows the link between the moving part (4) and the spherical structure (1) to be achieved via at least one transmission member (3).
12. A bidet system according to Claim 1 characterized in that it comprises at least one moving part bearing (5), in which the moving part (4) will be positioned and in which the moving part (4) will be able to move in a direction of approaching or moving away from the rosette rear part (22).
13. A bidet system according to Claim 12 characterized in that the moving part bearing (5) comprises at least one moving part entrance opening (51), which enables the moving part (4) to enter said moving part bearing (5).
14. A bidet system according to Claim 12 characterized in that the moving part (4) comprises the movement limiting protrusion (43), which enables the moving part (4) to move within the moving part bearing (5) only in a direction of approaching or moving away from the rosette rear part (22).
15. A bidet system according to Claim 12 characterized in that the body (6) comprises at least one moving part bearing slot (61) on which the moving part bearing (5) may be positioned.
16. A bidet system according to Claim 1 characterized in that it comprises at least one control member bearing (K2), which enables the control member (Kl) to be supported on the toilet.
17. A bidet system according to Claim 16 characterized in that it comprises at least one control member bearing fixing member (K3), which enables the control member bearing (K2) to be fixed on the toilet.
18. A bidet system according to Claim 17 characterized in that the control member bearing (K2) comprises the control member bearing toothed structure (K21), which enables the control member bearing (K2) to be fixed on the toilet via the control member bearing fixing member (K3).
19. A bidet system according to Claim 18 characterized in that the control member bearing fixing member (K3) comprises the control member bearing fixing member toothed structure (K31), which enables the control member bearing fixing member (K3) to be fixed on the control member bearing toothed structure (K21).
20. A bidet system according to Claim 16 characterized in that it comprises at least one control member fixing component (K12), which enables to permit the control member (Kl) to perform only the rotational movement within the control member bearing (K2) and which enables to prevent the movement of the control member (Kl) in a direction of approaching or moving away from the control member bearing (K2).
21. A bidet system according to Claim 1 characterized in that the control member (Kl) comprises at least one control member toothed structure (Kll), which rotates together with the control member (Kl) as a result of the rotation of the control member (Kl).
22. A bidet system according to Claim 1 characterized in that it comprises at least one control member moving part (K4), which moves in a direction of approaching or moving away from the control member (Kl) depending on the rotational movement of the control member (Kl).
23. A bidet system according to Claim 21 or 22 characterized in that the control member moving part (K4) comprises at least one control member moving part toothed structure (K41), in which the control member toothed structure (Kll) is positioned, said control member moving part toothed structure (K41) enabling the control member moving part (K4) to move in a direction of approaching or moving away from the control member (Kl) depending on the rotational movement of the control member toothed structure (Kll).
24. A bidet system according to Claim 22 characterized in that it comprises at least one control member moving part bearing (K5), on which the control member moving part (K4) is positioned, said control member moving part bearing (K5) enabling the control member moving part (K4) to move in a direction of approaching or moving away from the control member (Kl).
25. A bidet system according to Claim 24 characterized in that the control member moving part (K4) comprises at least one control member moving part protrusion (K42), which limits the movement of the control member moving part (K4) within the control member moving part bearing (K5).
26. A bidet system according to Claim 25 characterized in that the control member moving part bearing (K5) comprises at least one control member moving part channel (K51), in which the control member moving part protrusion (K42) is able to move.
27. A bidet system according to Claim 24 characterized in that it comprises at least one control member moving part bearing fixing component (K6), which enables the control member moving part bearing (K5) to be fixed on the toilet.
28. A bidet system according to Claim 1 characterized in that it comprises at least one push- pull member sheath (T3), which surrounds the push-pull member (Tl) and within which the push-pull member (Tl) is able to freely move.
29. A bidet system according to Claim 28 characterized in that the push-pull member sheath (T3) comprises at least one push-pull member sheath connection component (T4), which enables the push-pull member sheath (T3) to be fixed.
30. A bidet system according to Claim 29 characterized in that the push-pull member sheath connection component (T4) is in the fixed manner on the moving part bearing (5).
31. A bidet system according to Claim 30 characterized in that it comprises the moving part bearing push-pull member sheath connection component slot (52), which enables the push- pull member sheath connection component (T4) to be fixed on the moving part bearing (5).
32. A bidet system according to Claim 29 characterized in that it comprises at least one control member push-pull member sheath connection component slot (K7), which enables the push- pull member sheath connection component (T4) to be fixed.
33. A bidet system according to Claim 1 or 22 characterized in that it comprises at least one push-pull member connection component (T2), which enables the push-pull member (Tl) to be connected to the moving part (4) and/or the control member moving part (K4).
34. A bidet system according to Claim 33 characterized in that the moving part (4) comprises at least one moving part push-pull member connection component slot (42), which enables the push-pull member connection component (T2) to be fixed.
35. A bidet system according to Claim 33 characterized in that the control member moving part (K4) comprises at least one control member moving part push-pull member connection component slot (K43), which enables the push-pull member connection component (T2) to be fixed.
36. A bidet system according to Claim 1 characterized in that it comprises at least one holder (7), which enables the body (6) to be fixed on the toilet.
37. A bidet system according to Claim 1 characterized in that the control member (Kl) is a hand-wheel.
38. A bidet system according to Claim 1 characterized in that the rosette front part (21) is a rosette front part (21) able to be fixed on the rosette rear part (22).
39. A bidet system according to Claim 1 characterized in that it comprises at least one clamp (62), which enables the moving part (4) and/or the moving part bearing (5) to be fixed on the body (6).
PCT/TR2019/051121 2018-12-24 2019-12-19 A bidet system where the user is able to adjust the water flow direction WO2020139263A2 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
TR2018/20259A TR201820259A2 (en) 2018-12-24 2018-12-24 A TREATMENT SYSTEM WITH THE USER CAN ADJUST THE WATER FLOW DIRECTION
TR2018/20259 2018-12-24

Publications (2)

Publication Number Publication Date
WO2020139263A2 true WO2020139263A2 (en) 2020-07-02
WO2020139263A3 WO2020139263A3 (en) 2020-08-06

Family

ID=71128850

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/TR2019/051121 WO2020139263A2 (en) 2018-12-24 2019-12-19 A bidet system where the user is able to adjust the water flow direction

Country Status (2)

Country Link
TR (1) TR201820259A2 (en)
WO (1) WO2020139263A2 (en)

Family Cites Families (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2004011251A (en) * 2002-06-06 2004-01-15 Matsushita Electric Ind Co Ltd Sanitary flushing device
JP5446424B2 (en) * 2008-09-29 2014-03-19 パナソニック株式会社 Nozzle device and sanitary washing device using it
KR101005309B1 (en) * 2010-06-11 2011-01-04 정기영 A multi-therapeutic hot-sitz-bath instrument

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WO2020139263A3 (en) 2020-08-06

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