Removable beach device for swimming pool

Abstract

The invention relates to a removable pool beach device (200) for a swimming pool (100), said swimming pool being surrounded by a coping (110), said device (200) being characterized in that it comprises a frame (210) supporting a floor (220), said frame (210) and said floor (220) forming a platform (230) designed to be positioned below said coping (110) of said swimming pool (100), and at least two support pads (250) designed to bear against said coping (110) of said swimming pool (100), each support pad (250) being connected to said frame (210) by means of at least one vertical post (212), said at least one vertical post (212, 212a, 212b, 270) having a length enabling said pad (250, 250a, 250b, 259) to be positioned in a plane located above the plane of said platform (230) by a distance greater than ten centimeters. Figure for the abbreviation: Fig.1

Description

Title of the invention: Removable beach device for swimming pool

[0001] The present invention relates to a removable beach device for swimming pool, said beach being intended to be immersed at a shallow depth in said swimming pool.

[0002] Submerged pool beaches offer areas with low water levels, allowing for cooling off while having calm fun or creating play areas for children or safe and secure areas for people with reduced mobility.

[0003] Submerged beach areas for in-ground or terraced pools currently available on the market are integrated into the pool. They are generally made of permanent materials and form an integral part of the pool's design. However, they reduce the pool's volume and cannot be removed to gain swimming space.

[0004] To allow for adjusting the pool's volume, creating a submerged beach area, or expanding the swimming area as desired, other submerged beach systems have emerged on the market. These systems consist of a double bottom and a motorized lift system that allows a portion of the pool floor to be raised to form a submerged beach area, or lowered to retract the beach and enlarge the swimming area. However, these systems are very complex and expensive to manufacture and require regular maintenance to prevent breakdowns.

[0005] Furthermore, existing submerged beach areas do not always offer optimal safety. For example, it is not possible to install accessories such as railings to prevent falls into the deeper part of the pool. However, such railings would provide greater safety when the beach area is used as a play area for children or by people with reduced mobility, for example. Similarly, when people want to relax on sun loungers, for example, if these are not secured, they risk moving and / or tipping over depending on the water level and the weight of the lounger.

[0006] The invention therefore aims to remedy at least one of the drawbacks of the prior art. In particular, the invention aims to design a removable pool beach device that is easy to install and remove, that is strong and capable of supporting the weight of several people, that offers the possibility of being accessorized, and that is of simple and inexpensive construction.

[0007] To this end, the invention relates to a removable beach device for a swimming pool, said pool being surrounded by a coping, said device being characterized in that it comprises a frame supporting a floor, said frame and said floor forming a platform designed to be positioned below said coping. said swimming pool, and at least two support pads designed to bear against said coping of said swimming pool, each support pad being connected to said frame by means of at least one vertical post, said at least one vertical post having a length enabling said pad to be positioned in a plane located above the plane of said platform by a distance greater than ten centimeters.

[0008] Thus, the beach device according to the invention is simple and inexpensive to construct and can be easily installed by immersing the platform and positioning the support bases on the pool coping. Its installation requires no anchoring. The beach device is removable and can be easily installed in the pool or removed as desired, depending on the intended use of the pool.

[0009] According to other optional features of the removable beach device:

[0010] said floor includes regularly spaced through openings;

[0011] said frame includes an assembly of profiles giving shape to said platform;

[0012] said frame comprises at least two profiles, and at least two end slides, mounted on at least one end of each profile, support at least one floor extension designed to be flush with said floor when said slides are in the deployed position and to retract under said floor when said slides are in the retracted position;

[0013] said at least one vertical upright is mounted sliding in a tube fixed to said frame and a locking mechanism is arranged to immobilize said vertical upright at a chosen height in said tube;

[0014] each support base is connected to said frame by two vertical uprights and includes a reinforcement consisting of two sides and a positioning cross member, each of said two sides being fixed on an upper end of each vertical upright, and said reinforcement is covered with a cover;

[0015] said chassis, said at least one vertical post and said support base reinforcement form an assembly, and the material of constitution of said assembly is chosen so that said assembly is not floating and from among: an aluminium, a stainless steel, a composite material based on resin reinforced by carbon or glass fibres;

[0016] the device includes at least one accessory designed to be attached to the platform by means of a reversible connection by means of at least one lashing element;

[0017] said accessory includes a first orifice designed to allow water to enter and a second orifice designed to allow air to exit;

[0018] said at least one accessory is equipped with at least one insert designed to cooperate with a lashing element;

[0019] said at least one accessory is chosen from: an armchair, a pouf, a table, a railing, a safety net;

[0020] said at least one lashing element comprises a strap, having two ends, the first end of which is hooked to an anchor ring designed to cooperate with said insert of said accessory and the second end of which is hooked to a double-loop ring designed to pass through a through opening of said floor and to lie flat against a lower surface of said floor.

[0021] Other features and advantages of the invention will become apparent from the description given by way of illustrative and non-limiting example, with reference to the accompanying Figures which represent:

[0022] [Fig.1], a perspective diagram of a removable beach device installed in a swimming pool;

[0023] [Fig.2], an exploded perspective diagram of the device of [Fig.1];

[0024] [Fig.3], a perspective diagram of a support base of the device of the [Fig.1];

[0025] [Fig.4A], [Fig.4B], [Fig.4C], a support base for a removable beach device according to three respective implementation variants;

[0026] [Fig. 5], a diagram of a detail of one end of a removable beach device according to a variant of the implementation;

[0027] [Fig. 6], a diagram in top view (reference A), bottom view (reference B) and side view (reference C), of an accessory arranged to be attached to the removable beach device of [Fig.1];

[0028] [Fig.7], a perspective view diagram of another type of accessory arranged to be secured on the removable beach device of [Fig.1];

[0029] [Fig.8], a diagram of the attachment of an accessory to the floor of the device removable beach according to [Fig.l];

[0030] [Fig.9], a diagram in front view (reference A) and in side view (reference B) of a attachment element of an accessory on said removable beach device.

[0031] The term “coping” of a swimming pool means a rim, generally made of stone, tiles or other material, placed all around the perimeter of the swimming pool, allowing the space of the swimming pool to be delimited and preventing possible falls of people.

[0032] The term "vertical" means an axis that follows the direction of gravity and is perpendicular to the bottom of the pool. The term "horizontal" means an axis perpendicular to the direction of gravity.

[0033] The terms "superior" or "high" and "inferior" or "low" are used to designate elements in relation to each other along a vertical axis.

[0034] An example of a removable beach device 200 for a swimming pool 100 is shown in [Fig. 1]. [Fig. 2] shows this device 200 in exploded view. The same References are used in these two figures to designate the same elements. For simplicity, these two figures are described simultaneously. This device comprises a frame 210 covered with a floor 220. The assembly formed by said frame 210 and said floor 220 constitutes a platform 230 which is designed to be positioned below the coping 110 of the pool 100 and to be immersed in said pool 100. Two support pads 250 bear against the coping 110 of the pool 100 when the platform 230 is positioned in the pool 100. Each of these support pads 250 is connected to said frame 210 by means of two vertical posts 212. The vertical posts 212 have a length that allows said pad 250 to be positioned in a plane located more than ten centimeters above the plane of said platform 230.Thus, when the pool 100 has a sufficient water height for its operation, the vertical posts 212 have a sufficient length for said platform 230 to be immersed in the pool 100.

[0035] Thus, the support plates 250 provide the beach device 200 with good stability. The installation of the beach device 200 according to the invention does not require the use of any anchoring system; it is sufficient to position the platform 230 in the water of the pool 100 so that each of the support plates 250 rests against the coping 110 of the pool 100.

[0036] Figures 1 and 2 illustrate a preferred embodiment in which the platform 230 has a rectangular shape and the support plates 250 are positioned at each end of said platform 230, opposite each other. They both bear against a coping 110 perpendicular to the width of the pool 100 or against a coping parallel to the width of the pool 100, depending on whether the beach device 200 is arranged along the width or length of the pool 100, respectively.

[0037] However, the platform 230 can take other forms without departing from the scope of the invention. For example, it can take a triangular shape, designed to be positioned in a corner of the pool 100. In this case, the support plates 250 are positioned at two opposite corners of the triangular shape of the platform and are no longer positioned opposite each other, with one support plate 250 resting against the coping 110 perpendicular to the width of the pool, while the other support plate 250 rests against the coping 110 parallel to the width of the pool. The device 200 can also comprise more than two support plates 250.

[0038] The chassis 210 gives shape to the platform 230. For this purpose, it may comprise an assembly of profiles 211. In the example of Figures 1 and 2 where the chassis has a rectangular shape, it comprises at least two longitudinal profiles 211 and parallel to each other. Each longitudinal profile 211 can be machined in one piece along the entire length of the platform 230, or it can be formed from an assembly of at least two profiles joined together to create a longitudinal profile 211 of the desired length. Optionally, the frame 210 can also include one or more cross members, not shown in the figures, to increase its mechanical strength. The profiles can be assembled by any known method such as screwing, bolting, riveting, welding, gluing, or clipping. Preferably, assembly is carried out by a removable method such as screwing or clipping, to allow for disassembly and storage of the beach device 200. The cross-section of the profiles can be circular, square, rectangular, or U-shaped. A rectangular cross-section is preferred because it provides greater mechanical strength to the frame 210.

[0039] The two vertical uprights 212 are fixed to the ends of the longitudinal profiles 211. Preferably, a cross member 213 connects these two vertical uprights 212 to optimize the rigidity of the assembly. The two vertical uprights 212 are fixed to the profiles 211 of the frame 210 by any known means, preferably removable, such as screwing or clipping, for example.

[0040] The floor 220 is fixed to the frame 210 by any known means such as screwing 227, shown in [Fig. 2], or by bolting, riveting, welding, gluing, or clipping. Preferably, it is made by a removable means such as screwing or clipping, in order to allow for disassembly and storage of said device 200. In Figures 1 and 2, the floor 220 consists of an assembly of several panels 224 on the frame 210. This embodiment is preferred because it is easily removable and the panels 224 can be replaced more easily if damaged without having to replace the entire floor 220. However, it is also possible to fix a floor 220 in one piece to the frame.

[0041] Through openings 221 are advantageously provided and regularly spaced in the thickness of the floor 220. These openings allow water circulation and contribute to the stability of the platform 230 by preventing it from rising towards the surface under the effect of buoyancy. These openings 221 are made by laser cutting, for example. The shape of these openings is not important; they can be grooved, circular, triangular, or any other shape. Preferably, they are made in the form of grooves to facilitate the passage of a lashing means, which will be described in more detail later in this document with reference to Figures 8 and 9.

[0042] The floor 220 is preferably made of a material resistant to water, chlorine, and ultraviolet radiation. Furthermore, since it is intended to be in contact with the arch of the foot, this material should preferably be comfortable to the touch. This material For example, it can be chosen from class 5 wood, i.e., wood intended for permanent contact with water, a plastic such as polypropylene or polyethylene, a braided polyethylene resin, a composite wood made from wood fibers and recycled plastic, or a brushed finish metal such as brushed stainless steel. Preferably, the material chosen is a textured polypropylene.

[0043] In addition to [Fig. 2], [Fig. 3] shows in more detail a support plate 250 designed to support the coping 110 of a swimming pool 100. The support plate 250 is described with reference to these two figures 2 and 3. At the upper end of the two vertical uprights 212, two substantially horizontal profiles 253 are fixed, forming the sides of a reinforcement 251 of said support plate 250. These profiles 253 form substantially a right angle with the vertical uprights 212. A positioning cross member 254 completes the reinforcement 251 of the support plate 250 and connects the two horizontal profiles 253 in order to ensure a constant spacing between the two sides of the reinforcement 251. This cross member 254 is, for example, made of stainless steel sheet. The horizontal profiles 253 are fixed to the vertical uprights 212 by any known means, such as welding, riveting or screwing for example. Preferably, they are fixed by welding.The cross member 254 is fixed to the profiles 253 by screws 257, for example, but other fixing methods may be used without departing from the scope of the invention. The end of each horizontal profile 253, opposite the vertical uprights 212, is preferably rounded. A cover 252, advantageously made of the same material as the floor 220, covers the frame 251 formed by the two horizontal profiles 253 and the positioning cross member 254. The cover 252 can be fixed to the frame 251 by any known means such as gluing, screwing, riveting, or other. This cover 252 is advantageously curved so that its ends oriented along the longitudinal axis of the platform 230 are rounded to avoid any risk of injury to a user. A spacer 255 is advantageously fixed on the upper end of the vertical uprights 212 and in the extension of the sides 253 of the frame 251.This spacer 255 forms a mounting support for the cover 252 and allows the rounded end of the cover 252 to be maintained.

[0044] To ensure good support and stability of the removable beach device 200 when installed in the pool 100, each support base 250 preferably has side widths 253 between twenty-five and fifty centimeters and a support surface between two thousand square centimeters and four thousand square centimeters.

[0045] Advantageously, a protective pad 256, as shown in [Fig. 2], with an adhesive side, can be glued to the underside of both sides 253 of the frame 251, intended to be supported against the coping 110, in order to offer protection of the sides 253 against scratches when placed on the coping 110.

[0046] Each support footing can be made according to other variants noted respectively 250a, 250b and 250c with regard to their representation on figures 4A, 4B and 4C.

[0047] According to the variant shown in [Fig. 4A], the vertical uprights 212a and the support plate 250a are formed from a single bent tube. The tube is first bent to form the cross member 254a of the support plate 250a and then bent a second time at a right angle to form the two sides 253a of the support plate. In this case, the support plate 250a is not covered with a cap, but the tube forming the reinforcement of the support plate 250a is advantageously covered with a plastic coating resistant to the external and chlorinated environment, such as a polyvinyl chloride (PVC) coating, for example.

[0048] According to the variant illustrated in [Fig.4B], the vertical uprights 212b are curved at their upper end and inserted into a molded plastic piece 250b, optionally weighted, forming said support base 250b.

[0049] Figures 1 to 4B represent the preferred case where each support plate 250, 250a, 250b is connected to the frame 210 by means of two vertical posts 212, 212a, 212b. The two vertical posts ensure good stability of the assembly. However, it is entirely possible to connect each support plate to the frame 210 by means of a single vertical post. Such a variant is shown in [Fig. 4C]. In this case, the vertical post 270 is wider than each of the vertical posts 212 of the two-vertical-post embodiment. The vertical post 270 can be fixed to a cross member of the frame 210, for example.It can also be mounted to slide within an oblong sleeve 271 and be height-adjustable within said sleeve 271 by means of a locking system with positioning pins, for example, which fit into one of several dedicated holes 272 located along the height of said sleeve 271. Alternatively, the vertical upright 270 can be fixed to said sleeve 271 and mounted to slide within a second sleeve fixed to an end cross member of the frame 210, for example. The support plate 259, connected to the sleeve 271, is, for example, made of a single block, which can be weighted by filling it with water, for example. The sleeve 271 and the block 259 can be made as a single unit, by machining a metal or by rotomolding polyethylene, for example. According to another variant not shown, the sheath 271 can be attached to a hull into which a tank can be slid and weighted by filling with water.In this case, the sheath 271 and the casing can be made as a single piece.

[0050] The material constituting the frame 210, the vertical uprights 212, 212a, 212b, 270, and the reinforcement 251 of the support plates 250, 250a must be sufficiently heavy to ensure the stability of the beach device 200 and prevent it from rising towards the surface under the effect of Archimedes' principle, but it must not be so heavy as to damage the coping 110 of the pool 100 under the effect of its own weight. Furthermore, the material must be mechanically resistant in order to support the weight of several people. It must also be resistant to water and chlorine. This material can be chosen from aluminum or stainless steel, or even an organic resin, such as polypropylene or polyethylene, reinforced with glass fibers or carbon fibers. Preferably, the material chosen is stainless steel, and more specifically 316L grade stainless steel.

[0051] According to one variant, LED lights, for example, can be integrated into the profiles 211 of the chassis 210.

[0052] Figure 5 shows a detail of one of the two ends of the platform 230 according to another embodiment. According to this embodiment, an end slide 241 can be provided at at least one end of each longitudinal profile 211 of the frame 210, so as to allow the length of the platform 230 to be adjusted and to best adapt to the dimensions of the pool 100 in which the beach device 200 is intended to be installed. At least one extension 222, 223 of the floor 220 can be provided and mounted retractably. In Figure 5, two extensions 222, 223 are shown. When the slides 241 are fully deployed, the floor extensions 222, 223 220 are in the deployed position and their surface is flush with the surface of the floor 220. When the slides 241 are in the retracted position inside the frame 210, the floor extensions 222, 223 are retracted under the floor 220.

[0053] Similarly, tracks may be provided at one end of crossbeams for example, in order to be able to deploy or retract the floor 220 in the direction of the width of the platform 230.

[0054] The vertical uprights 212 can also be mounted to slide within the frame 210, so as to adjust the height of the platform 230 so that it can be immersed to an adjustable water depth depending on its intended use. For this purpose, a hollow tube 214 can be attached to the frame 210, more specifically to one end of each longitudinal profile 211 of the frame 210. The end hollow tube 214 has a shape complementary to that of the vertical upright 212, allowing the vertical upright 212 to be inserted and slid within said tube 214. The movement of the vertical upright 212 within the end tube 214 can be locked at different heights by means of a locking mechanism. This locking mechanism can, for example, be a notched adjustment mechanism. It may, for example, take the form of spring-loaded positioning pins 216, positioned at different heights on the vertical upright 212, and designed to cooperate with at least one opening 215 provided in the hollow end tube 214. Other existing locking mechanisms can be used to immobilize the vertical uprights 212 in their end tube 214, such as a screw-locking mechanism for a knob, for example. Thus, it is possible to adjust the height of the platform 230 so that it can be immersed to a chosen water depth, preferably between ten and thirty centimeters.

[0055] According to yet another variant, not shown, a pivot joint can be provided at the angle between the vertical uprights 212 and the profiles 211 of the frame 210 to articulate the ends of the profiles so as to allow the platform 230 to be tilted relative to a horizontal axis. Such a tilting of the platform 230 can, for example, be achieved in the context of a playground.

[0056] Advantageously, the removable beach device 200 can be accessorized. Thus, the device can include at least one accessory designed to be attached to the platform 230 by means of at least one fastening element. The accessory can be chosen from among an armchair, a pouf, a table, a chair, a railing, a safety net, or any other recreational accessory. Depending on the type of accessory, it can be attached to the platform 230 through the openings 221 provided in the floor 220 or on hooks or rings regularly positioned on the longitudinal sides of said platform 230.

[0057] The accessory must not be too heavy, and in particular, it must not have negative buoyancy that would increase the weight of the platform 230. When the accessory is an armchair, pouf, table, chair, or railing, for example, it is preferably made by rotational molding of plastic. The plastic material is preferably high-density polyethylene (HDPE). This rotational molding technique has the advantage of producing a hollow, air-filled accessory with a controlled weight that will not increase the weight of the platform 230. However, the accessory must also not be too light and have positive buoyancy that could pull the platform 230 towards the surface. In such a situation, the support pads 250 no longer bear adequately on the coping 110, resulting in a loss of stability of the beach device 200, which could then tip over.

[0058] Figure 6 shows a pouf 300 designed to be secured to the floor 220 of said removable beach 200. This figure shows the pouf in top view A, bottom view B, and side view C. It includes, on its underside, at least one opening 311 forming a water inlet and on its upper side at least one air outlet opening 310. These openings 310 and 311 allow the volume of air contained in the pouf 300 to be expelled and replaced, at least partially, by water so that the buoyancy of the pouf 300 becomes neutral. The pouf 300 can then be secured to The platform 230 is designed without risk of it becoming too heavy or of it pulling the platform 230 towards the surface due to excessive air volume. The pouf 300 also includes, on its underside, at least one insert 312, threaded or unthreaded, designed to accommodate a fastening element. Preferably, for improved stability, the pouf 300 includes two inserts 312, one on opposite sides.

[0059] Figure 7 represents a chair 400 designed to be secured to the floor 220 of the Removable platform 200. It includes, on its underside, at least one opening 411 forming a water inlet and, on the side opposite the headrest, at least one air outlet opening 410. Preferably, the chair 400 includes three water inlet openings 411 located under the feet and on either side of the seat. These openings 410, 411 allow at least part of the air contained in the chair 400 to be expelled and at least part replaced by water so that its buoyancy becomes neutral. The chair 400 can then be secured to the platform 200 without risk of it pulling the platform upwards or downwards. The chair 400 further includes, on its underside, at least two inserts 312, threaded or unthreaded, preferably four, for attaching a lashing element.

[0060] The pouf 300 or armchair 400 accessory described above is attached to the platform 230, preferably through the openings 221 provided in the floor 220, by means of at least one lashing element 500. Figure 8 shows the lashing of a pouf 300 to the floor 220 of the removable beach device 200. The lashing element 500 is fixed in the insert 312 of the pouf 300. This lashing element 500 includes a strap 510 which is attached to a double-loop ring 515. This double-loop ring 515 has sufficient thickness to allow its insertion under the underside of the floor 220 through the openings 221 made in the floor 220. The surface of the double-loop ring 515 then lies flat against the lower surface of the floor 220 so that it retains the pouf 300.

[0061] Figure 9 shows in more detail a preferred mode of this lashing element 500 in front view A and in side view B. This lashing element 500 includes an anchor ring 520, a stud 521 of which, threaded or unthreaded, is designed to cooperate with said insert 312, 412 of said accessory 300, 400 to be lashed. One end of the webbing 510 passes through the anchor ring 520 and is sewn onto itself in an area 511. Similarly, a second end of the webbing 510 passes through said double-loop ring 515 and is then sewn onto itself in an area 512.

[0062] The stud 521 of the anchor ring 520 can be easily removed from the supplementary insert 312, 412, so that accessories 300, 400 can also be used outside of the pool 100 and the removable beach device 200.

[0063] The lashing element just described is a preferred embodiment. This lashing element can be implemented in other ways. For example, it can consist of a system of clips attached to the accessory and which clip through the openings 221 in the floor 220 onto an element fixed under the floor.

[0064] In the case of an accessory such as a guardrail or safety net, for example, it can be attached to at least one of the longitudinal sides of the platform 230. In this case, hooks or rings can be provided and distributed regularly along the longitudinal sides of the platform 230. The accessory can then be attached to the hooks or rings by means of a ring, a hook or a carabiner attached to a strap.

[0065] The beach device 200 described above has the advantage of being simply constructed. It is removable and can be easily positioned in a swimming pool or removed without the use of anchoring devices. It can be accessorized according to the desired use.

Claims

Demands

1. A removable pool (100) beach device (200), said pool (100) being surrounded by a coping (110), said device (200) being characterized in that it comprises a frame (210) supporting a floor (220), said frame (210) and said floor (220) forming a platform (230) designed to be positioned below said coping (110) of said pool (100), and at least two support plates (250, 250a, 250b, 259) designed to bear against said coping (110) of said pool (100), each support plate (250, 250a, 250b, 259) being connected to said frame (210) by means of at least one vertical post (212, 212a, 212b, 270), said at least one post vertical (212, 212a, 212b, 270) having a length allowing said sole (250, 250a, 250b, 259) to be positioned in a plane located above the plane of said platform (230) by a distance greater than ten centimeters.

2. Beach device (200) according to claim 1, characterized in that said floor (220) comprises regularly spaced through openings (221).

3. Beach device (200) according to any one of claims 1 to 2, characterized in that said chassis (210) comprises an assembly of profiles (211) giving shape to said platform (230).

4. Beach device (200) according to claim 3, characterized in that said frame (210) comprises at least two profiles (211), and in that at least two end slides (241), mounted on at least one end of each profile (211), support at least one floor extension (222, 223) (220) designed to be flush with said floor (220) when said slides (241) are in the deployed position and to retract under said floor (220) when said slides (241) are in the retracted position.

5. Beach device (200) according to any one of the preceding claims, characterized in that said at least one vertical post (212, 212a, 212b, 270) is mounted to slide in a tube (214) fixed to said frame (210) and in that a locking mechanism (216) is arranged to immobilize said vertical post (212) at a chosen height in said tube (214).

6. Beach device (200) according to any one of the preceding claims, characterized in that each support plate (250) is connected said frame (210) by two vertical uprights (212) and includes a frame (251) consisting of two sides (253) and a positioning cross member (254), each of said two sides (253) being fixed on an upper end of each vertical upright (212), and in that said frame (251) is covered with a cover (252).

7. Beach device (200) according to any one of claims 1 to 5 and claim 6, characterized in that said frame (210), said at least one vertical post (212, 212a, 212b, 270), and said frame (251) of the support plates (250) form an assembly, and in that the material of constituting said assembly is chosen so that said assembly is not floating and from among: an aluminum, a stainless steel, a composite material based on resin reinforced by carbon or glass fibers.

8. Beach device (200) according to any one of the preceding claims, characterized in that it comprises at least one accessory (300, 400) designed to be attached to the platform (230) by means of a reversible connection by means of at least one lashing element (500).

9. Beach device (200) according to claim 8, characterized in that said accessory (300, 400) comprises a first orifice (311, 411) designed to allow water inlet and a second orifice (310, 410) designed to allow air outlet.

10. Beach device (200) according to any one of claims 8 to 9, characterized in that said at least one accessory (300, 400) is equipped with at least one insert (312, 412) designed to cooperate with a lashing element (500).

11. Beach device (200) according to any one of claims 8 to 10, characterized in that said at least one accessory (300, 400) is selected from: an armchair, a pouf, a table, a railing, a safety net.

12. Beach device (200) according to any one of claims 8 to 10 when it depends on claim 2, characterized in that said at least one lashing element (500) comprises a strap (510), having two ends, the first end of which is hooked to an anchor ring (521) designed to cooperate with said insert (312, 412) of said accessory (300, 400) and the second end of which is hooked to a double-loop ring (515) designed to pass through one of the through openings (221) said floor (220) and to press itself against a lower surface of said floor (220).

Images