This application is a § 371 national phase application of PCT/IB2018/052323 filed Apr. 4, 2018 entitled “WALL-MOUNTED SANITARY EQUIPMENT,” which claims the benefit of and priority to France Patent Application No. 1753171 filed Apr. 11, 2017 entitled “EQUIPEMENT SANITAIRE MURAL,” published as France Patent Publication No. FR3065016, the contents of which being incorporated by reference in their entireties herein.
The present invention relates to the field of sanitation, and particularly relates to a transportable wall-mounted sanitary equipment, which can be installed on a wall or partition, or recessed into a wall or partition.
Traditional sanitation washbasins include a basin whose depth and width depend on the application, which is to be fixed horizontally on a wall or carried horizontally by a support or a column, so that in all cases, the horizontal washbasin occupies considerable space and thus constitutes an obstacle for people moving inside a room where the washbasin is installed.
Moreover, in some places, including means of transport (for example, trains, boats, bus, airplanes or caravans) or habitat cramped rooms, the interior space of grooming is sometimes minimal, leading to an uncomfortable movement problem of the user within the room in which the sanitary elements occupy almost all the space, thereby preventing the user to move with ease in said part.
Sanitary facilities folding sinks have been made to try to solve the problem mentioned above; however, these existing folding sinks have connection problems during assembly and disassembly of sanitary facilities, problems of embedding into the partitions of thin walls, and aesthetic problems and discretion.
PCT International Application WO2011/027017 discloses a folding sink whose basin is pivotally mounted on a main body mounted on a wall so that the basin of the folding sink is either in a position of use or in a folded position, the basin of the folding sink pivoting around an axis in the form of a discharge tube for draining the water from the basin, and a tap being mounted on the main body. However, the wastewater outlet pipe does not make it possible to optimally achieve the flow of wastewater to a wastewater outlet. In addition, the wastewater outlet tube of this folding sink does not allow the passage of water supply pipes therethrough, which makes the connection of the tap to the water arrivals more voluminous, which makes it less convenient to assemble and disassemble the folding sink or the tap, and this makes it more difficult to access the connections of the sanitary ducts and the evacuation of wastewater. In addition, this sink is not configured to be embedded in a wall to further reduce its size in the room in which it is installed.
Chinese utility model CN203088914U discloses a box containing a funnel and a pivoting basin without describing the equipment of the means of feeding and evacuation.
Chinese utility model CN2097597U discloses a box containing a funnel, a pivotal basin and taps fed from the rear of the box. However, this configuration requires creating passages at the back of the box or in the wall. In addition, this sink is not configured to further reduce its size in the room in which it is installed.
The present invention aims to solve the disadvantages of the prior art, by proposing a wall-mounted sanitary equipment, optionally transportable, which can be embedded in a wall or a partition or disposed, in particular by attachment, against a wall or a partition, which wall-mounted sanitary equipment comprises a tap, a platform for forming a basin under the tap and a funnel-type wastewater collection means disposed under the platform. The wall-mounted sanitary equipment is preferably in the form of a box to reduce the size of the wall-mounted sanitary equipment and facilitate its assembly/disassembly, and the platform is pivotally mounted along a horizontal axis to reduce the clutter of the wall-mounted sanitary equipment when the platform is in a storage position.
The present invention therefore relates to a wall-mounted sanitary equipment, comprising a support supporting:
Thus, the pivoting of the platform substantially upright storage position reduces the size of the wall-mounted sanitary equipment when it is not used, thus allowing the user to move easily in the room in which the wall-mounted sanitary equipment is installed. In addition, the pivoting of the platform in the substantially horizontal use position allows the bottom of the platform to be used as a basin in order to receive water flowing from the dispensing head of the tap.
In addition, at least one opening in the filtering means and at least one opening in the funnel allows passage of the water supply means to further reduce the bulk of the wall-mounted sanitary equipment.
The funnel preferably has a flared shape so as to achieve an optimal flow of wastewater to the wastewater receiving means.
The filtering means makes it possible to coarsely filter the wastewater flowing from the bottom of the platform in order to prevent objects from clogging the evacuation system.
The rotating dispensing head of the tap allows to position it above the bottom of the platform when the platform is in the position of use.
The tap can be sold with or without the assembly according to the invention, and can easily be replaced or changed according to the wishes of the user.
According to a variant of the invention, the filtering means is arranged upstream of the collection opening of the funnel.
According to another variant of the invention, the filtering means is disposed downstream of the funnel collecting opening.
According to a first embodiment of the invention, the filter medium support is the bottom of the platform, and the filtering means is constituted by a removable filtering grid disposed upstream of the at least one opening in the platform.
Thus, the filtering grid makes it possible to coarsely filter the wastewater that flows into the funnel from the bottom of the platform to prevent objects from falling into the funnel and clogging it, the filtering grid being removable to facilitate maintenance of the funnel.
The filtering grid is preferably a toothed plate in order to allow the flow of water and the retention of objects, said toothed plate being preferably mounted under a horizontal support placed on the stop means and/or the means tap support, said horizontal support for placing objects thereon.
According to a second embodiment of the invention, the filter medium support is the bottom of the platform, and the filtering means is constituted by a comb-shaped cut formed on the edge of the bottom of the overhanging platform above of the funnel collection opening.
Thus, the comb-shaped cut allows coarse filter wastewater flowing into the funnel from the bottom of the platform to prevent objects from falling into the funnel and plug it.
According to a third embodiment of the invention, the filter medium support is the bottom of the platform, and the filtering means is constituted by perforations formed in the bottom of the overhanging platform above the collection opening. funnel in the use position of the platform.
Thus, the perforations in the bottom of the platform can be used to coarsely filter the wastewater flowing into the funnel from the bottom of the platform to prevent objects from falling into the funnel and clogging it.
According to a fourth embodiment of the invention, the filter medium support is the bottom of the platform, the funnel comprises a rear wall, and the filtering means is constituted by a spacing of between 1 mm and 10 mm, preferably equal to 2 mm, between the edge of the bottom of the overhanging platform above the funnel collecting opening and the point of the rear wall of the funnel furthest from said shelf bottom edge in the plane of the bottom of the board in the position of use of the platform.
Thus, the reduced spacing between the bottom edge of the platform and the rear wall of the funnel allows coarse filter wastewater flowing into the funnel from the bottom of the platform to prevent objects do not fall into the funnel and close it.
According to a fifth embodiment of the invention, the filter medium support is the discharge end of the funnel, and the filtering means is constituted by at least one filtering grid disposed in the end of the filter evacuation of the funnel.
Thus, the filtering grid in the discharge end of the funnel makes it possible to coarsely filter the wastewater flowing in the means for receiving wastewater from the funnel in order to prevent objects from falling into the funnel the means of receiving the wastewater and do not clog it.
According to a particular feature of the invention, the assembly further comprises a tap fixed on the tap support means, the water supply means is constituted by at least one sealed connection to at least one water inlet and the wastewater receiving means is constituted by a sealed connection to a wastewater outlet sealingly connected to the discharge end of the funnel, the tap being sealingly connected to each inlet connection of water through a respective water supply pipe, each water supply pipe sealingly traversing the sidewall of the funnel to connect the tap to the corresponding water inlet connection.
Thus, each water supply pipe passes into the volume of the funnel and passes through the sidewall of the funnel, in such a way that the overall size of the internal connection of the sanitary equipment is reduced, the connection of the wall-mounted sanitary equipment at the wastewater outlet connection and each water supply connection is further simplified. The overall size of the support is thus reduced.
According to a particular characteristic of the invention, the various elements of the wall-mounted sanitary equipment are made of plastic and/or metal.
In addition, the extension of the platform above the funnel collection opening and the at least one opening in the platform allow the flow of wastewater present in the bottom of the platform only in the funnel and then in the wastewater receiving means, the at least one opening in the platform preferably being an opening in the peripheral edge of the portion of the platform extending above the collection opening in the funnel.
According to a particular characteristic of the invention, each water supply pipe is a flexible pipe passing through a rigid guide tube which is arranged in the funnel and which passes through the sidewall of the funnel, or a malleable metal pipe sealingly traversing the sidewall of the funnel.
Thus, the rigid guide tube, preferably welded to the sidewall of the funnel, allows the corresponding water supply hose to pass through the sidewall of the funnel in a sealed manner to then be connected to the corresponding water supply.
Each flexible hose is preferably a rubber tube coated with a metal weave.
Each malleable metal pipe is preferably an annealed copper pipe.
Said malleable metal pipe is preferably configured to be clampably bloked to the sidewall of the funnel through an O-ring nut configured to be screwed onto a thread disposed on the outer face of the wall side of the funnel. Thus, screwing the O-ring nut onto the thread disposed on the sidewall of the funnel allows the malleable metal pipe to pass sealingly through the sidewall of the funnel while being locked in position.
Each water supply pipe passes through the sidewall of the funnel either on the side of the discharge end of the funnel, or on the side of the funnel collection opening, in which case the risks of capping of the discharge end of the funnel are decreased.
According to a particular characteristic of the invention, the tap support means is a horizontal support fixed to the support overhanging the funnel, each water supply pipe being sealingly connected to a corresponding inlet of the water tap.
According to a particular feature of the invention, the tap comprises two water inlets each sealingly connected to a respective water supply pipe, the tap being one of mixer single-lever or mixer dual-lever.
Thus, the tap may, for example, include a cold water inlet connected to a cold water inlet by a cold water supply pipe and a hot water inlet connected to a hot water inlet by a hot 40 water supply pipe, the mixer with single-lever or mixer with dual-levers adjust the temperature of the water out of the mixer dispensing head according to the order of the user.
According to a particular feature of the invention, the wall-mounted sanitary equipment further comprises a siphon disposed between the discharge end of the funnel and the wastewater receiving means. Thus, the siphon prevents the rise of odors to the funnel to improve the comfort of user.
According to a particular characteristic of the invention, the platform comprises a handle on the face of the bottom opposite to that serving as a bottom in the use position. Thus, the handle allows the user to rotate the platform to place it in the use position or in the storage position.
According to a particular characteristic of the invention, the abutment means is constituted by two inverted U-shaped parts, one of the branches of the U being intended to abut against the peripheral edge of the platform. Thus, the inverted U-shaped parts make it possible to keep the platform in the substantially horizontal position of use.
According to a particular characteristic of the invention, each U-shaped part consists of two interlocking parts, one of the two parts being fixed and the other of the two parts being removable, said removable part comprising the U-branch intended for abut against the peripheral edge of the platform, said fixed part comprising the other U branch which is fixed on the funnel. Thus, the disassembly of the removable part of the two interlocking parts makes it easy to disassemble the platform of the wall-mounted sanitary equipment.
According to a particular characteristic of the invention, the support of the wall-mounted sanitary equipment is a transportable box, configured to be installed against a wall or recessed in a recess formed in a wall, said box comprising fastening means, the box comprising an upper part comprising the platform and the tap and a lower part comprising the funnel, the depth of the funnel and the height of the peripheral edge of the platform being equal to or less than the depth of the box, and the width of the opening of collecting the funnel being equal to the width of the box. Thus, the box can be configured to be recessed in a wall to further reduce the clutter of the wall-mounted sanitary equipment in the room in which it is installed.
In the case where the box is embedded in a frame wall with metal rails, the box is directly installed on the metal rails using fastening means such as hooks and/or screws. It should be noted that the box could also be installed against a wall, by hooking.
According to a particular characteristic of the invention, the water inlet and wastewater outlet connections consist of holes in the lower part of the box. Thus, the assembly/disassembly of the box is facilitated.
According to a particular characteristic of the invention, the lower part of the box has, on the front face, a removable access door. Thus, the removable access door provides access to the various connections of the wall-mounted sanitary equipment and funnel to facilitate assembly/disassembly and/or repair.
The removable access door may include a locking member such as a lock to limit access of the lower portion of the box to authorized persons.
According to a particular characteristic of the invention, the box comprises hinges and/or hinges fixed to the platform and to the funnel and/or to the support in order to allow the pivoting of the platform between its storage position and its position of use. In the case where the hinges and/or the hinges are removable, they advantageously allow the disassembly of the platform.
According to a particular characteristic of the invention, the box further comprises a locking element in the storage position of the platform. This locking element may for example be a hook, a magnet system or a lock, without this list being limiting. The box also advantageously comprises a locking element of the access hatch.
According to a particular characteristic of the invention, the box further comprises decorative coatings disposed on its front face. Thus, the wall-mounted sanitary equipment is dressed with decorative coatings to improve its aesthetics; the decorative coatings may for example be arranged on the front of the lower part of the box and/or on the bottom face of the platform opposite to the one serving as a bottom in the position of use.
According to a particular characteristic of the invention, the box is parallelepiped rectangle and has a thickness of between 2 cm and 15 cm. These thicknesses are given only as an indication, in the context of a small space-saving embodiment, and the invention is not limited in this respect.
Thus, the small thickness of the box allows the embedding of the box in thin walls.
According to a particular characteristic of the invention, the platform is removable. The hinge and/or hinges allowing pivoting of the platform are, in this case, advantageously removable.
According to a particular characteristic of the invention, the tap support means can be dismantled in order to facilitate the fixing of the tap.
According to a particular characteristic of the invention, the discharge end of the funnel is centered in the width of the lower part of the box, or is shifted towards a lateral side of the lower part of the box, a storage space being provided in the lower part of the box in the case where the discharge end of the funnel is shifted.
To better illustrate the object of the present invention will be described below, by way of illustration and not limited to five preferred embodiments, with reference to the accompanying drawings.
Many aspects of the present disclosure can be better understood with reference to the following drawings. The components in the drawings are not necessarily to scale, emphasis instead being placed upon clearly illustrating the principles of the disclosure. Moreover, in the drawings, like reference numerals designate corresponding parts throughout the several views.
Referring to
In
wall 2.
The wall-mounted sanitary equipment 1 comprises a support constituted by a box 3 recessed in a recess formed in the wall 2, the portion of the box 3 embedded in the wall being shown in dashed lines in
It should be noted that the wall-mounted sanitary equipment 1 may not include box 3, the support then being constituted by the wall frame, without departing from the scope of the present invention.
The box 3 includes 3 comprises fixing means (not shown in
In the case where the box 3 is embedded in a frame wall with metal rails, the box 3 is directly installed on the metal rails using the fastening means.
The embedding of the box 3 in the wall 2 thus further reduces the size of the wall-mounted sanitary equipment 1 in the room in which it is installed.
It should be noted that the box 3 could also be installed against the wall 2 by simply hooking, without departing from the scope of the present invention.
The box 3 comprises an upper part comprising in the front part a platform 4, and a lower part comprising in the front part a removable access hatch 5.
In
The wall-mounted sanitary equipment 1 comprises, in the lower part of the box 3, a funnel 6 sealingly connected to a siphon 7 placed between a discharge end 8 of the funnel and a wastewater discharge connection, the wastewater discharge connection being constituted by one of the holes 9 in the lower part of the box 3.
The wall-mounted sanitary equipment 1 further comprises, in the upper part of the box 3, a tap 10 mounted on a horizontal support (not shown in
The funnel 6 flares from its siphon-end 7 towards its tap-side end 10, the funnel 6 having a rectangular collection opening (not shown in
Thus, the flared shape of the funnel 6 makes it possible to achieve an optimal flow of wastewater towards the discharge of wastewater.
The platform 4 has a bottom 4a and a peripheral edge 4b surrounding the bottom 4a.
The platform 4 is intended to form a basin under the tap 10, at least a portion of the bottom 4a of the platform 4 extending above the rectangular collection opening of the funnel 6.
The depth of the funnel 6 and the height of the peripheral edge 4b of the platform 4 are equal to or less than the depth of the box 3.
The casing 3 has a thickness of between 2 cm and 15 cm.
Thus, the small thickness of the box 3 allows the embedding of the box 3 in thin walls.
The thickness of the box 3 is preferably 4 cm.
The removable access door 5 provides access to the various connections of the wall-mounted sanitary equipment 1, the funnel 6 and the siphon 7 to facilitate the assembly/disassembly and/or repair of the wall-mounted sanitary equipment 1, a notch 5a in the removable access door 5 allowing the opening/closing thereof by a user. Locking means of the hatch in the closed position, of the magnet, hook or similar type, may advantageously be provided.
The removable access door 5 could also include a locking element such as a lock to limit access of the lower part of the box 3 to authorized persons.
It should be noted that the funnel 6, which is centered in the lower part of the box 3 in this first preferred embodiment, could also be shifted to a lateral side of the lower part of the box 3, a storage space which can this case also be provided in the lower part of the box 3, without departing from the scope of the present invention. The upper opening, called collection opening, of the funnel 6 would in this case keep the same width, or a smaller width, and the funnel 6 would no longer be symmetrical with respect to a central vertical axis of the box 3, its end being evacuation being shifted towards one of the sides of the box 3, to provide a storage space under/next to the funnel 6, in the lower part of the box 3.
The platform 4 is pivotally mounted along a horizontal axis, said platform 4 being pivotally in between two positions, a first storage position, as shown in
It should be noted that the platform 4 could also be removable, without departing from the scope of this.
Hinges 11 that are fixed to both the platform 4 and the funnel 6 allow pivoting of the platform 4 between its storage position and its use position.
Thus, the pivoting of the platform 4 in substantially vertical storage position reduces the size of the wall-mounted sanitary equipment 1. The pivot axis of the platform 4 corresponds to the upper edge of the front wall of the funnel 6.
In addition, the pivoting of the platform 4 in the substantially horizontal use position makes it possible to use the bottom 4a of the platform 4 as a basin in order to receive the water flowing from the dispensing head 10a of the tap 10.
The platform 4 comprises a handle 4c on the face of the bottom 4a opposite to that serving as a platform in the use position, the handle 4c allows the user to rotate the platform 4 to place it in the position of use or in the storage position.
It should be noted that the box 3 could also include a locking element in the storage position of the platform 4, such as a hook, a magnet system or a lock, without departing from the scope of the present invention.
The dispensing head 10a of the tap 10 is rotatable and can thus be turned by the user so as not to hinder the closure of the platform 4 in the storage position.
The tap 10 is a mixing tap and further comprises a mixer 10b with two controls 10c.
It should be noted that the tap 10 could also be a mixing tap, without departing from the scope of the present invention.
The tap 10 thus preferably comprises a cold-water inlet and a hot water inlet, the mixer 10b for adjusting the temperature of the water leaving the dispensing head 10a of the tap 10 according to the control of the controls 10c of the mixer 10b by the user.
The wall-mounted sanitary equipment 1 further comprises a filtering means disposed on a filter medium support and configured to filter the wastewater before passing through the wastewater outlet. In the first embodiment, the filter medium support is the bottom 4a of the platform 4 and the filtering means is a removable filtering grid 12 arranged upstream of the funnel 6.
The filtering grid 12 makes it possible to coarsely filter the wastewater flowing in the funnel 6 from the bottom 4a of the platform 4 so as to prevent objects from falling into the funnel 6 and blocking it, the grid of filtering 12 being removable to facilitate the maintenance of the funnel 6.
The filtering grid 12 is a toothed plate 12a comprising a comb-shaped cutout 12b in order to allow the flow of water and the retention of the objects, said toothed plate 12a being preferably mounted under a horizontal support 12c placed on the means for supporting the tap, said horizontal support 12c for placing objects thereon.
The various elements of the wall-mounted sanitary equipment 1 are made of plastic and/or metal.
A decorative coating 19 is disposed on the face of the bottom 4a of the platform 410 opposite to that serving as a platform in the use position.
Referring to
The horizontal support 12c of the removable filtering grid 12 includes an opening 18 configured to allow the passage of a means for supplying water therethrough. The means for supplying water will be described in more detail later.
The funnel 6 comprises a vertical front wall 6a, a vertical rear wall (not shown in
The funnel 6 thus has an upper collection opening 14 for collecting the wastewater from the platform 4 and a lower discharge end 8 sealingly connected to a means for receiving the wastewater.
In the position of use of the platform 4, is held horizontally by an abutment means 13 to serve as a basin which guides the water dispensed by the tap 10 to the funnel 6, the bottom 4a of the platform 4 extending, in the position of use, overhanging above the collecting opening 14 of the funnel 6.
The peripheral edge 4b of the bottom edge 4a overhanging above the collection opening 14 of the funnel 6 has an opening 15 to allow the wastewater from the platform 4 to pass to the funnel 6.
The removable filtering grid 12 is disposed upstream of the opening 15 (in the direction of the flow of water in use, from the platform 4 to the funnel 6) in the peripheral edge 4b of the platform 4.
The sidewall 6c of the funnel 6 comprises two openings 6d configured to allow the passage of two water supply pipes 20 sealingly therethrough.
The abutment means 13 is constituted by two inverted U-shaped parts, one 13g of the branches 13a, 13g of the U being intended to abut against the peripheral edge 4b of the platform 4 in the position of use of the platform 4. Each inverted U-shaped piece consists of two interlocking parts. The first interlocking portion is fixed and has an inverted L shape comprising the vertical leg 13a and a horizontal leg 13c, the vertical leg 13a being screwed onto the rear wall of the funnel 6 through the hole 13b formed in it. The second nestable portion is removable and has an inverted L shape including the vertical leg 13g and a horizontal leg 13f, the lower surface of the horizontal leg 13f having a projection 13e configured to fit into a hole 13d formed in the horizontal leg 13c of the first nestable part.
The horizontal branch 13f of each second interlocking part also serves as a support for the removable filtering grid 12.
The tap 10 is mounted on a horizontal support 16 which comprises a horizontal base 16a having two holes 16b formed to allow the passage of the water supply pipes 20 of the tap 10 and a hole 16c formed to allow the passage of a rod threaded 25 for fixing the tap 10 with a nut 26. The horizontal support 16 further comprises two side walls 16e and a front wall which make it possible to conceal the connections of the tap 10.
Each water supply pipe 20 is a malleable metal tube, preferably made of copper, sealingly passing through the sidewall 6c of the funnel 6 near the discharge end 8 of the funnel 6.
Each malleable metal water supply pipe 20 is configured to be clampably clamped to the sidewall 6c of the funnel 6 through an O-ring nut 23 configured to be screwed onto a thread 24 disposed on the outer face of the sidewall 6c of the funnel 6.
The screwing of the O-ring nut 23 to the thread 24 allows the malleable metal water supply pipe 20 to pass through the sidewall 6c of the funnel 6 in a sealed manner while being locked in position.
Thus, each water supply pipe 20 passes through the volume of the funnel 6 and passes through the sidewall 6c of the funnel 6 in a sealed manner, so that the bulk of the internal connection of the wall-mounted sanitary equipment 1 is reduced.
Referring to
In this variant of the first embodiment, the wall-mounted sanitary equipment 1 further comprises a hollow column 27, disposed between the horizontal tap support 16 and the bottom of the funnel 6, in which the feed pipes water 20 pass through, the bottom of the funnel 6 comprising a hole 6d sealingly connected to the funnel end of the hollow column 27, thus the hollow column 27, which passes through the volume of the funnel 6, raises the tap 10 while hiding the water supply pipes 20 which are connected to the tap 10.
Each of the ends of the water supply pipes 20 opposed to the tap 10 comprise a sealing nut 22 to allow a sealed connection to a water inlet from the outside.
Referring to
The common elements between the first embodiment of the invention in
The tap 10 and its connections have not been shown in
The funnel 6 has the front vertical wall 6 a (not shown in
Furthermore, in this second embodiment, it should be noted that the opening 18 is carried by the edge of the bottom 4a of the platform 4 overhanging above the collection opening 14 of the funnel 6.
Referring to
The common elements between the second embodiment of the invention in
In this third embodiment, the filter medium support is the bottom 4a of the platform 4, and the filtering means is constituted by perforations 12e formed in the bottom 4a of the platform 4 overhanging above the opening of collecting 14 of the funnel 6 in the position of use of the platform 4. Thus, the perforations 12e in the bottom 4a of the platform 4 allow coarse filtering wastewater flowing in the funnel 6 from the bottom 4a of the platform 4 to prevent objects from falling into the funnel 6 and do not block it.
In addition, in the third embodiment, each water supply pipe 20 is a flexible pipe passing through a rigid guide tube 21 which is arranged in the funnel 6 and which passes through the sidewall 6c of the funnel 6 at the discharge end 8 of the funnel 6 through the holes 6d.
Each rigid guide tube 21 is welded to the sidewall 6c of the funnel 6, and allows the water supply pipe 20 to pass sealingly through the sidewall 6c of the funnel 6 and then to be connected to the corresponding water inlet by a tight clamping nut 22. Each flexible water supply pipe is preferably a rubber tube coated with a metal weave.
Referring to
The common elements between the third embodiment of the invention in
In this fourth embodiment, the filter medium support is the bottom 4a of the platform 4, and the filtering means is constituted by a spacing 12f between 1 mm and 10 mm, preferably equal to 2 mm, between the edge the bottom 4a of the platform 4 overhanging above the collecting opening 14 of the funnel 6 and the point of the rear wall 6b of the funnel 6 farthest from said bottom edge 4a of the platform 4 in the plane of the bottom 4a of the platform 4 in the position of use of the platform 4. Thus, the spacing 12f of reduced size between the bottom edge 4a of the platform 4 and the rear wall 6b of the funnel 6 allows coarse filtering wastewater flowing in the funnel 6 from the bottom 4a of the platform 4 to prevent objects from falling into the funnel 6 and blocking it.
Referring to
The common elements between the first embodiment of the invention in
In this fifth embodiment, the horizontal tap support 16 is in the form of a hollow column disposed between the tap 10 and the bottom of the funnel 6, in which the water supply pipes 20 pass, the bottom of the funnel 6 comprising a hole 6d sealingly connected to the funnel end of said hollow column.
In addition, in the fifth embodiment, the filter medium support is the discharge end 8 of the funnel 6, and the filtering means is constituted by two filtering grids 12g disposed at the discharge end 8 of the funnel 6, on either side of the hole 6d in the side wall 6c of the funnel 6. Thus, the filtering grids 12g in the discharge end 8 of the funnel 6 make it possible to coarsely filter the wastewater flowing in the siphon 7 from the funnel 6 in order to prevent 20 objects from falling into the siphon 7 and do not block it.
It should be noted that the opening 6d in the sidewall 6c of the funnel 6 and the opening 18 in the filter medium support are common in this fifth embodiment.
The discharge end 8 further comprises two compartments 8a respectively disposed under the two filtering grids 12g and sealingly connected to the siphon 7.
Thus, in each of the five embodiments of the invention, the size of the wall-mounted sanitary equipment 1 is reduced and its assembly/disassembly is facilitated.
Number | Date | Country | Kind |
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1753171 | Apr 2017 | FR | national |
Filing Document | Filing Date | Country | Kind |
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PCT/IB2018/052323 | 4/4/2018 | WO |
Publishing Document | Publishing Date | Country | Kind |
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WO2018/189625 | 10/18/2018 | WO | A |
Number | Name | Date | Kind |
---|---|---|---|
1648386 | Grover | Nov 1927 | A |
5417348 | Perrin | May 1995 | A |
20150059085 | Seibt | Mar 2015 | A1 |
Number | Date | Country |
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2097597 | Mar 1992 | CN |
2866546 | Aug 2005 | FR |
Entry |
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International Search Report for PCT/IB2018/052323 dated Jul. 9, 2018. |
Preliminary Search Report for France Patent Application No. 1753171 dated Nov. 8, 2017. |
Number | Date | Country | |
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20200149258 A1 | May 2020 | US |