Improvements relating to bath trays

Abstract

A bath tray (100) is disclosed comprising two bath tray portions pivotably connected to each other between a compact configuration and an operable configuration. The bath tray is foldable about a hinge (124) into the compact configuration. Each bath tray portion further comprises a stand section (112). The stand sections (112) are configured to interface to form a stand (116). The stand is configured to support an item on the bath tray (100) when the bath tray (100) is in the operable configuration. The stand (116) can pivot between a retracted position and a deployed position. The stand sections (112) comprise retaining features (132, 134), to aid interfacing of the stand sections (112).

Description

[0001] Improvements Relating to Bath Trays

[0002] Field of the Invention

[0003] The present invention concerns bath trays and a method of using a bath tray.

[0004] Background of the Invention

[0005] Bath trays, also referred to as ‘bath caddies’, are items positioned across a bath, and are used to support various items. These items could for example be for entertainment purposes, such as a book, or cleaning purposes, such as soap. Bath trays typically have one dimension, such as their width (which in use is aligned with the width of the bath), which is significantly larger, for example over twice as large, as any other dimension, such as their height or length. This can make bath trays inefficient for transportation and storage. This can increase cost and reduce desirability of the item for some consumers.

[0006] It may therefore be desirable to have a foldable or otherwise adjustable bath tray, to reduce the largest dimension of the tray. This may make the item better suited for transportation to the consumer and / or may allow for more efficient storage for the consumer in between instances of use, improving convenience for the user.

[0007] Bath trays commonly include a stand, or rest, which is used to support an item such as a book, electronic tablet, or mobile phone, for example. In certain examples of the prior art, these stands are deployable from a retracted position, again to improve compactness of the bath tray when not in use. As the purpose of the stand is to support valuable items, for example a book or electronic tablet, structural coherence and stability of the stand is important.

[0008] Foldable bath trays having such a stand are known in the art. In an example product of the prior art, a foldable bath tray includes a stand as a removeable part which is stored within the bath tray when folded. When unfolded, the bath tray has a location, such as an indentation, into which the stand can be positioned. This may not be as stable or convenient to use as a traditional, non-foldable bath tray with an integrated stand. Another example of the prior art is an expandable bath tray with an integrated stand, wherein the bath tray has a width across the bath that may be reduced when not in use. The amount by which the width of the tray may be reduced is rather limited, the feature of the adjustable width being provided more for the purpose of allowing the same design of bath tray to be used with baths of different widths.

[0009] The present invention seeks to mitigate the above-mentioned problems. Alternatively or additionally, the present invention seeks to provide an improved bath tray.

[0010] Summary of the Invention

[0011] The present invention provides, according to a first aspect, a bath tray. The bath tray may comprise two bath tray portions. The two bath tray portions may be pivotably connected to each other between a compact configuration and an operable configuration. Each bath tray portion may comprise a stand section. The stand sections may be configured to interface with each other to form a stand. The stand may be configured to support an item on the bath tray, optionally when the bath tray is in the operable configuration. The above features may allow the bath tray to be stored more efficiently. The above features may reduce complexity of a folding bath tray for the consumer. The above features may create a more elegant folding bath tray, which may be more desirable to consumers. The above features may improve structural stability of the stand in relation to the bath tray. Thus, in an embodiment of the present invention, the bath tray may be used on a bath in its operable configuration with the stand sections together forming a structurally stable stand for supporting a book, tablet, or the like and, before and / or after being so used on a bath, folded down for storage in its compact configuration where the maximum dimension of the bath tray is significantly reduced as compared to the maximum dimension of the bath tray when in its operable configuration.

[0012] The longest dimension of the bath tray in its operable configuration may be its width, which may be arranged along a lateral axis. The second longest dimension of the bath tray may be its length, which may be arranged along a longitudinal axis. The smallest dimension of the bath tray may be its height, which may (when the tray is in its operable configuration on a bath) be arranged along a vertical axis.

[0013] The bath tray may be so configured that when in use in its operable configuration on a bath, the two bath tray portions lie either side of a vertical plane (for example a vertical plane that is perpendicular to the width of the bath tray). The bath tray may be operably symmetrical through such a vertical plane, for example such that the plane contains a rotational axis about which the two bath tray portions are pivotably connected. The vertical plane through which the bath tray is divided may be positioned centrally on the bath tray, for example halfway along the width of the bath tray when in its operable configuration. The bath tray portions may be of substantially the same width as each other.

[0014] The bath tray portions may be pivotally connected by a hinge. The hinge may be parallel to a longitudinal axis of the bath tray. The longitudinal axis of the bath tray may be defined as an axis that is perpendicular both to the width and the height of the bath tray when in its operable configuration (e.g. such that the length of the bath tray is measured along the longitudinal axis - and parallel to the length of the bath in the case of an oblong shaped bath). The hinge may be at least half the length of the bath tray, for example at least 70% the length of the bath tray, for example at least 90% the length of the bath tray. This may provide structural integrity to the bath tray.

[0015] The compact configuration may be a configuration in which the bath tray is suitable for transport and storage. It may be that the bath tray in the compact configuration is not suitable for use as a bath tray on a bath, whereas the operable configuration is a configuration in which the bath tray is suitable for use as a bath tray on the bath. The bath tray in the compact configuration may have a smaller externally facing surface area than the bath tray in the operable configuration. The bath tray in the compact configuration may have a smaller footprint than the bath tray in the operable configuration. The bath tray in the compact configuration may have a smaller maximum dimension than the bath tray in the operable configuration (for example the maximum dimension of the bath tray in the compact configuration may be less than 60% of the maximum dimension of the bath tray in the operable configuration). Therefore, the bath tray in the compact configuration may be more suitable for transportation and storage than the bath tray in the operable configuration, owing to its reduced surface area and / or its reduced footprint. Movement of the bath tray between the compact configuration and the operable configuration may comprise rotation of the bath tray portions relative to each other about the hinge.

[0016] The bath tray may comprise a main body. The main body may be considered as the main structural component of the bath tray, for example to which other items are attached or supported thereon. The bath tray may be so configured that when in use in its operable configuration on a bath, the main body extends along the majority of the width of the bath tray, possibly at least two thirds of the width. The stand may be located on the main body of the bath tray. The stand may be located centrally on the bath tray. The stand may be located centrally on the main body of the bath tray. Stand sections may be defined as sections of the stand on either side of the vertical plane. There may be one stand section per bath tray portion, for example so that there are only two stand sections that together form a single complete stand. The bath tray may be so configured that when in use in its operable configuration on a bath the stand sections are connected to each other via an interface, for example at the vertical plane. The stand sections may be configured to separate from each other upon movement of the bath tray from the operable configuration to the compact configuration.

[0017] Each stand section may be connected to a bath tray portion via a coupling allowing for pivotal movement of the stand section about an axis. When the bath tray is in the operable configuration, the couplings may be directly adjacent each other, for example in contact. The couplings may be disposed on the top surface of the bath tray. The couplings may be any suitable fixing means which also allows rotation. The couplings may be in the form of hinges.

[0018] The stand sections may have a constant rectangular cross section with a cutout portion forming an indent. The indent portion may correspond to the stand section’s respective coupling, i.e. an indent into which the coupling is received. The indents may be located on a corner of the stand section. The stand sections may each comprise a front face and a rear face opposite the front face. The front face may contact an object supported by the stand. The stand sections may each comprise an inside face and an outside face opposite the inside face. The inside face may be the face flush with the longitudinal / vertical plane in the operable configuration, and / or may be created by splitting of the stand sections from each other. The stand may have a top face and a bottom face opposite the top face. The indent may be located on the bottom, inside, front, and / or rear, faces.

[0019] The stand sections may be configured to pivot between a retracted position and a deployed position. The bath tray may comprise a well into which the stand sections rotate in the retracted position. In the retracted position, each front face may be disposed so that it is flush with a surface of the well. In the retracted position, each rear face may be disposed so that it is planar with an outside surface of the main body. The rear face may form part of an outside surface of the bath tray in the retracted position. This may be beneficial for storage or transportation. In the deployed position, the front face may be positioned at an angle 0 to a surface of the main body. Angle 0 may be greater than 90°, for example greater than 100°, for example greater than 110°, for example greater than 120°. The main body may comprise a stop to prevent the front face from pivoting further than the angle 0. This may mean the stand sections are in a stable equilibrium, when the bath tray is also in the operable configuration and is also orientated upright. This may increase stability of the stand and any items positioned on the stand. This may increase useability of the stand for valuable items, for example a phone or a book.

[0020] The stand sections may be configured to be able to pivot when the bath tray is in any of the compact configuration, the operable configuration, and a position in between the compact configuration and the operable configuration. This may assist with useability of the item.

[0021] The stand sections may each comprise a base. Each base may be configured to support the bottom of an item positioned on a stand section. Each base may be positioned within the bottom 10% of each stand section, and / or may be positioned on each front face. Each base may have a rectangular cross section. Each base may be at least 50% of the width of each stand section, for example at least 75% the width of each stand section. Each well may be shaped to receive each base when a respective stand section is in the retracted configuration. Having a base may assist with stability of an item being rested on the stand, for example it may assist with preventing slipping of the item. Alternatively or additionally, the bath tray may comprise one or more indentations, for example within the wells, into which an item can rest when supported by the stand, for example to assist with preventing slipping of an item. There may be many features which can be used for this purpose, such as high friction material on the surface of the bath tray, for example on the surface of the well, where an item may be placed.

[0022] It may be that one stand section comprises a retaining feature, and the other stand section comprises a complementary retaining feature, the two retaining features being configured to interact with each other to retain the two sections relative to each other in at least one degree of freedom. It may be that the retaining features are in the form of a male formation and a female formation. The retaining features may be disposed on the inside faces of their respective stand sections. The retaining features may form at least a part of the inside faces of their respective stand sections. The retaining features may be substantially the same length as each other. The retaining features may each extend along the entire inside face, e.g. from the vertices between the top face and the inside face to the top of the indent. This may maximise interaction between the retaining features. The retaining features each may run only partway along the respective inside face. The retaining features each may not extend to either end of the respective inside face. The retaining features may run along at least 50% of the length of the respective inside faces, for example at least 60% of the length of the respective inside faces, for example at least 75% of the length of the respective inside faces, for example at least 90% of the length of the respective inside faces. This may be structurally beneficial.

[0023] The male and female formation may form a tongue and groove joint. The male formation may be in the form of a triangular prism extrusion from the inside face. The vertex of the male formation may be rounded. The female formation may be in the form of a triangular intrusion into the other inside face. The vertex of the female formation may be rounded. The female formation may have the same dimensions as the male formation. This choice of shape may have a structural advantage, and / or it may provide a large contact area between the male and female formations, and / or it may be easy to use for a consumer. The retaining features may comprise at least one magnet arranged in each inside face configured to interact with at least one corresponding magnet in the other inside face.

[0024] The male and female formations may interact such that the two formations are flush when the two retaining features are retained relative to each other. This may maximise contact between the two formations. This may be structurally beneficial. The retaining features may interact such that the stand sections define a planar support surface when the bath tray is in the operable configuration. This may provide a smooth and effectively continuous surface for supporting items on the stand.

[0025] It may be that movement of the bath tray into the operable configuration moves the stand sections into the vicinity of each other. It may be that the retaining features interact such that, when the two retaining features are retained relative to each other, pivotal movement of one stand section induces likewise pivotal movement of the other stand section. For example, when a force is applied to one stand section to cause pivoting motion, interaction between the retaining features, for example abutment of male and female formations, may transfer said force to the other stand section to cause likewise pivoting motion. This may mean that, when the retaining features are interfaced (e.g. connected to each other), when one stand section pivots, the other stand section pivots as well at the same rate and in the same direction. The two sections of the stand may oppose division from each other upon application of a force about the axis about which the two sections pivot, but may be divisible upon application of a force about an axis perpendicular to the axis about which the two sections pivot.

[0026] The bath tray may further comprise at least one of a soap dish, a mug holder, a glass holder, a phone holder, and a candle holder. The main body of the bath tray may support and / or comprise a soap holder (e.g. optionally in the form of or comprising a soap dish). The main body of the bath tray may support and / or comprise a mug holder (e.g. having a circular indent to accommodate the base of a mug). The main body of the bath tray may support and / or comprise a glass holder (for example, a slotted wine glass holder having a channel (e.g. slot) permitting the insertion and / or removal of a wine glass with the stem of the glass moving along the channel (or slot). The main body of the bath tray may support and / or comprise a phone holder (e.g. in addition to the stand). The main body of the bath tray may support and / or comprise a candle holder.

[0027] The bath tray may comprise one or more extendable arms. The extendable arms may be positioned on the main body. There may be at least one extendable arm per bath tray portion. The extendable arms may be configured to slide relative to the main body. Each bath tray portion may have rails. Each extendable arm may have grooves configured to slide along the rails. This may allow a dimension, for example the width of the bath tray, to be adjusted for different sized baths. Each extendable arm may be shaped to be received on the surrounding edge of a bath. For example, each extendable arm may have a curved portion suitable for positioning on the surrounding edge of a bath.

[0028] The bath tray may comprise anti-slip padding. The anti-slip padding may be arranged at least partially on the extendable arms. This may stabilise and / or prevent slippage of the bath tray relative to the bath when in use.

[0029] The bath tray portions may each comprise a compact configuration retainment system for retaining the bath tray portions in the compact configuration. The bath tray portions may each comprise an operable configuration retainment system for retaining the bath tray portions in the operable configuration. The stand sections may each comprise a stand section retainment system configured to retain each stand section in the retracted position. The retainment systems may each be capable of retaining the bath tray and / or stand sections in their respective configurations / positions when the bath tray is in any orientation. The retainment systems may be releasable. The retainment systems may be releasable by a typical human without undue effort. The retainment systems may comprise magnets. The magnets may be arranged in complementary locations on the bath tray portions and / or stand sections such that they are brought into contact when the bath tray and / or stand sections are in a particular configuration and / or position. The magnets may retain the bath tray portions / stand sections in the particular configurations / positions up to a threshold force. This may be beneficial for storage and / or transport of the bath tray. This may be beneficial for easy transfer from / to the compact configuration to / from the operable configuration. This may be beneficial for easy transfer to / from the retracted position. Other solutions are conceivable, such as at least one releasable latch.

[0030] The bath tray may be a wooden bath tray. The wooden parts of the bath tray may be treated so as to be water resistant. The wood material from which the bath tray is made may be bamboo. The wood material from which the bath tray is made may be acacia.

[0031] According to a second aspect of the invention there is also provided a method of deploying a bath tray for use. The method may comprise a step of arranging the bath tray into an operable configuration. Two sections of a stand connected to the tray may form a complete stand upon completion of said arranging step.

[0032] Arranging the bath tray into an operable configuration may comprise pivoting two bath tray portions about a hinge. This may comprise releasing a retainment system configured to retain the bath tray portions in a compact configuration. Arranging the bath tray into an operable configuration may further comprise pivoting the two bath tray portions at least 80° each, for example at least 85°, for example 90°. The rotational movement of one of the two bath tray portions relative to the other may for example consist of a half of a full rotation. This may bring inside faces of the bath tray portions into flush contact. A further retainment system may then be used to retain the bath tray portions in the operable configuration.

[0033] Arranging the bath tray into an operable configuration may further comprise positioning the bath tray substantially upright.

[0034] The method may further comprise a step of interfacing respective retaining features associated with the stand sections when the bath tray is in the operable configuration. This may comprise complementary retaining features on each stand section being brought into the vicinity of each other. This step may be completed as a result of completing the arranging step, in dependence on the position of the stand sections. This step may comprise aligning the retaining features prior to interfacing them. This step may comprise complementary retaining features on each stand section interfacing to secure the stand sections to each other in at least one degree of freedom, for example pivoting motion (for example so that they move together as a unit when pivoted). Aligning the retaining features may be effected as a result of having the stand sections both in the retracted position or both in the deployed position. The complementary retaining features may be male and female formations.

[0035] The method may further comprise a step of pivoting the stand sections from a retracted position to a deployed position. This step may be performed before or after completion of the arranging step. In the case that this step is performed before the arranging step, each stand section may be pivoted independently. In the case that this step is performed after the arranging step and the interfacing step, the stand sections may pivot as one complete stand, i.e. pivotal movement of one stand section causes likewise pivotal movement of the other stand section. This may be as a result of the interfacing of the retaining features on the stand sections. In an embodiment where the retaining features are present, it may be beneficial for the pivoting step to be performed after the arranging step and interfacing step, as this step order may allow for the stand sections to pivot as a single stand as described.

[0036] The method may further comprise, for example, following the completion of the arranging, interfacing, and pivoting steps, the stand being configured to support an item on the bath tray. This may include the stand resting against a stop, such that it is in a stable and secure position. This may assist with supporting an item on the stand.

[0037] The method may further comprise movement of the stand sections relative to each other being prevented when the bath tray is in the operable configuration and the retaining features are interfaced. This may comprise the retaining features transferring any force which may serve to rotate a stand section to the other stand section such that it is also rotated at the same speed and in the same direction. This may be performed by the retaining features abutting each other. This may be performed by the retaining features producing a force, for example a magnetic force, which may retain them together.

[0038] The method may further comprise a step of positioning the bath tray on a bath. This step may comprise adjusting the length of extendable arms on the bath tray. This step may be performed so that anti-slip padding present on the extendable arms and / or curved portions of the extendable arms are positioned to be aligned with the surrounding edge of the bath.

[0039] According to a third aspect of the present invention there may be provided a bath tray comprising two pivotably connected halves. Each half may comprise a stand section connected to the bath tray by a hinge suitable for providing pivotal movement of the stand sections relative to the bath tray halves. One stand section may comprise a male formation and the other stand section may comprise a corresponding female formation. The formations may be configured to interface, so that when so interfaced together, they prevent pivotal movement of the stand sections relative to each other.

[0040] It will of course be appreciated that features described in relation to one aspect of the present invention may be incorporated into other aspects of the present invention. For example, the method of the invention may incorporate any of the features described with reference to the apparatus of the invention and vice versa.

[0041] Description of the Drawings

[0042] Embodiments of the present invention will now be described by way of example only with reference to the accompanying schematic drawings of which:

[0043] Figure 1 shows a plan view of a bath tray according to a first embodiment of the invention;

[0044] Figure 2 shows a plan view of a bath tray with stand retracted according to a first embodiment of the invention, with some detail removed;

[0045] Figure 3 shows a plan view of a bath tray with stand deployed according to a first embodiment of the invention;

[0046] Figure 4 shows a side view of a bath tray with stand retracted according to a first embodiment of the invention;

[0047] Figure 5 shows a side view of a bath tray with stand deployed according to a first embodiment of the invention;

[0048] Figure 6 shows a front view of a bath tray with stand retracted according to a first embodiment of the invention;

[0049] Figure 7 shows a front view of a bath tray with stand deployed according to a first embodiment of the invention; Figure 8 shows a front view of a bath tray with stand deployed, directly after beginning movement into a compact configuration, according to a first embodiment of the invention;

[0050] Figure 9 shows a front view of a bath tray in a compact configuration with stand deployed according to a first embodiment of the invention;

[0051] Figure 10 shows a front view of a bath tray in a compact configuration with stand retracted according to a first embodiment of the invention;

[0052] Figure 11 shows a plan view of a bath tray in a compact configuration with stand retracted according to a first embodiment of the invention;

[0053] Figure 12 shows a perspective view of a stand section with a male formation, according to a first embodiment of the invention;

[0054] Figure 13 shows a perspective view of a stand section with a female formation, according to a first embodiment of the invention;

[0055] Figure 14 shows a plan view of a bath tray in an operable configuration with stand retracted, with extendable arms extended according to a first embodiment of the invention; and

[0056] Figure 15 shows a flow diagram illustrating a method of deploying a foldable bath tray for use according to a second embodiment of the present invention.

[0057] Detailed Description

[0058] Embodiments of the present invention relate to a foldable tray with an integrated stand, in particular for use on baths. In use of the embodiments, the tray can be configured between an operable configuration and a (more compact) storage configuration. Also in use of the embodiments, the integrated stand is comprised of two divisible sections, to allow for the stand to remain connected to the tray in the form of stand sections when the tray is in the operable configuration or the storage configuration, or an intermediate state.

[0059] Referring now to Figure 1, a wooden (treated bamboo) foldable bath tray 100 is shown in plan view, from above, according to a first embodiment of the present invention. The tray is generally structurally symmetrical through fold line 102 (i.e. the basic body of the tray, not necessarily including additions such as a glass holder). The tray 100 comprises a main body 104 (more visible without extra detail in Figure 2). The tray 100 also comprises two extendable arms 106, which slide relative to the main body 104 via a channel and rail to adjust the effective width of the tray 100. In plan view, the extendable arms 106 appear as hollow open-ended rectangles, with the open ends facing each other. They are arranged circumferentially on the main body, i.e. they surround the main body in one plane. Two dishes 108 are slidably connected to the extendable arms 106. The dishes 108 in this embodiment are soap dishes, but could also hold other items such as a flannel.

[0060] The main body 104 comprises two surfaces 110, arranged on the main body 104 at the furthest position from the fold line. These surfaces 110 can be used and / or adapted for storage of items such as glasses, a phone, food, or a candle. The surfaces 110 may be adapted to fit these items more effectively, for example a channel to receive and retain a wine glass.

[0061] The tray comprises two stand sections 112, connected to the main body 104 via hinges 114. The hinges 114 are fixedly connected to the main body 104 so that they do not move relative to the main body 104.

[0062] Figure 2 displays the same bath tray as Figure 1, in the same plan view, but with some detail removed. This detail will remain removed in further figures unless stated otherwise for the sake of clarity. Figure 2 shows the bath tray 100 in an operable configuration. When in the operable configuration, the two stand sections 112 are adjacent each other through the fold line 102, and are interlinked in a manner which will be explained later. In this state, the two stand sections 112 are connected together to form a single stand 116. In Figure 2, the stand 116 is in a retracted position. It can be seen that each stand section is generally rectangular, with a corner section cut out to fit around the hinge 114, i.e. the hinge is received into the cut-out section.

[0063] Figure 3 shows the bath tray 100 in plan view in the operable configuration with the stand 116 now in a deployed position. In the deployed position the stand 116 is positioned at an angle 0 to the fold line (angle viewable in Figure 5). Therefore, from the plan view of Figure 3, both the front 112a and top 112b faces of the stand sections 112 are visible. A portion of the hinge 114 is still visible - the portion hidden behind the stand 116 is indicated by dotted line 118. A stop (not shown) prevents further pivotal rotation of the stand 116. A well 120 exists in which the stand 116 is received in the retracted position. Each stand section 112 has one magnet 121 (omitted from other figures for the sake of clarity). There are corresponding magnets 121 (omitted from other figures for the sake of clarity) on the main body 104. When the stand 116 is in the retracted position as in Figure 2, these magnets are in contact, thereby retaining the stand sections 112 in the retracted position.

[0064] Figure 4 shows the bath tray 100 in side view, with the stand 116 in the retracted position. A portion of a hinge 114 is visible in broken line, as well as the side of a stand section 112, also in broken line as they are not directly visible. The stand 116 is configured to rotate about an axis of rotation 122. Visible are sides of an extendable arm 106. Due to the shape of the extendable arm, that shape being more clearly visible in Figure 6, a portion of the main body 104 is also visible. In this view, the bottom of a hinge 124 (the ‘tray hinge’) is visible. This tray hinge 124 runs parallel with the fold line 102 (not visible in Figure 4), along the centre of the bath tray 100. The tray hinge 124 is located at the bottom of the bath tray 100, and permits pivotal movement of two halves of the bath tray 100 relative to each other, about the tray hinge 124.

[0065] Figure 5 shows the bath tray 100 in the same view as Figure 4, but with the stand 116 in the deployed position. As can be seen, the stand 116 sits at an angle 0 to the horizontal, having rotated about rotation axis 122. The stand 116 rests against stop 123 to prevent further rotation (stop 123 only shown in Figure 5 for clarity). This can make the stand more suited to supporting an item such as a book or electronic tablet. A section of the stand 116 is shown in broken line, as that section is hidden behind the extendable arm 106. In this view it can be seen that a side of the hinge 114 is a curved surface. This aids rotation of the stand 116. Figure 5 also shows the stand 116 in an intermediate position between the retracted and deployed positions, at an angle $ to the fold line, shown in dotted line. A base 125, shown only in Figures 5, 7, 8, and 9, and not in dotted line, for clarity, is present at the bottom of the stand 116, and extends uniformly across the width of the stand. This may be used to support the bottom of items on the stand 116, and may prevent or reduce slippage of those items.

[0066] Figure 6 shows a front view of the tray 100 with the stand 116 in the retracted position. As can be seen the extendable arms 106 have a first height indicated by arrow Hl at the ends furthest from the fold line 102 (not clearly visible in Figure 6, but acting into the page along the bath tray hinge 124), then have a curved transition portion 126 until they have a second height indicated by arrow H2. The curved transition portion 126 is used to locate the tray 100 on a surrounding edge of a bath, represented by boxes 128. The transition portion can also include anti-slip padding 130, which helps the tray remain in position on the bath. Again, the stand sections 112 and hinges 114 are illustrated in broken line as they are not directly visible. The front of the tray hinge 124 can be seen. Illustrated in this front view are, in dotted line, magnets 131 (not shown in other figures for the sake of clarity). These magnets 131 are in operable proximity when the bath tray 100 is in the operable configuration, and thus retain the tray in the operable configuration.

[0067] Figure 7 displays a front view of the tray 100 with the stand 116 in the deployed position and an intermediate position in dotted line as in Figure 5. Portions of the stand 116 not visible behind the extendable arms 106, as well as the hinges 114, are illustrated in dotted line. Comparing Figure 7 and Figure 5, it can be seen that the two stand sections 112 are rotated concomitantly, i.e. as one section rotates to / from the deployed position, so does the other. This is by design - as will be explained later, the two sections 112 are interlinked so that, when the tray is in the operable configuration, rotation of one section 112 about the axis 122 will cause likewise rotation of the other section 112 about the axis 122. The sections thus move together as a single unit relative to the rest of the bath tray. The uniform extension of the base 125 across the width of the stand sections 112 can be seen in Figure 7.

[0068] With reference now to Figures 7, 8, 9, and 10, the tray 100 can be seen being transferred from the operable configuration with the stand 116 in the deployed position, to a compact configuration with the stand sections 112 in the retracted position. Figure 8 shows the tray 100 in an intermediate configuration between the compact configuration and operable configuration. For the purposes of clarity, only relevant features will be relabelled. The two halves of the tray 100 can be seen to be pivoting around tray hinge 124. Now that the two stand sections 112 have separated, a male formation 132 can be seen on one of the stand sections 112. The male formation 132 is disposed on the inside face of the stand section 112, and runs parallel to it, the inside face being that which contacts the other section when the tray is in the operable configuration. The male formation 132 extends from the vertex of the stand section 112 where the top face and inside face intersect, to directly above the hinge 114 at the inside face. It cannot extend further due to the presence of the hinge 114. A female formation 134 corresponding to male formation 132 is present on the other stand section 112. The female formation 134 is illustrated in dotted line, as it is an indentation into the stand section 112. It is positioned in respect to its respective stand section 112 in the same way in which the male formation 132 is positioned in respect to its respective stand section 112. The male formation and the female formation fit flush together when the two stand sections 112 interface with each other, in a tongue and groove arrangement.

[0069] Figure 9 shows the tray 100 in the compact configuration, with the stand sections 112 still in deployed positions. In this position the edges of the extendable arms 106 are flush where they have the height H2. Therefore, the two halves of the tray 100 cannot rotate any further about the hinge 124.

[0070] Figure 10 shows the tray 100 in the compact configuration with the stand sections 112, now illustrated in dotted line as they are not visible behind the extendable arms 106, in the retracted position. The stand sections 112 have been pivoted around their respective hinges 114 (not shown for clarity). This view allows the male and female formations 132 and 134 to be more clearly illustrated (the shape of the formations will be detailed later). The female formation 134 is again illustrated in dotted line due to obstruction of the extendable arm 106. The female formation 134 complements the male formation 132 such that, when the two stand sections 112 are flush, such as in Figure 7, the interaction of the male and female formations 132 and 134 prevents pivotal movement of one stand section about axis 122 with respect to the other (axis 122 not visible in Figure 10 - see Figures 4, 5, 7). A force applied to one stand section 112 to pivotally rotate it about its respective hinge 114 is transferred through abutment of the male and female formations 132,134, to the other stand section 112. Magnets 135 are illustrated in Figure 10 in dotted line (not shown in other Figures for clarity). These magnets 135 are in contact when the bath tray 100 is in the compact configuration, thus retaining the tray 100 in the compact configuration.

[0071] It should be noted that, in the above description of the example figures, the stand sections 112 are stated to pivot into their retracted positions after the tray 100 is moved into the compact configuration. However, the stand sections 112 could be pivoted down into their retracted positions before, or during, folding of the tray 100 into the compact configuration.

[0072] Figure 11 shows a plan view of the tray 100 in the compact configuration with the stand sections 112 in the retracted position, as in Figure 10. A portion of the hinge 124 is visible. The male interlocking portion is present but is hidden behind the hinge 124. With the items of the bath tray in the compact configuration and retracted positions as here, the tray 100 can be transported or stored more efficiently and compactly. Figures 12 and 13 show rough perspective views of two stand sections 112 in isolation. The rectangular indentations in each section 112 are where the hinges 114 (not shown) would be located. A fixing location 136 is located on each section 112, on the indent. This is to allow pivotal connection to the hinge (not shown) for pivotal movement between the retracted and deployed positions. The male and female formations 132, 134 can be seen in more detail. It is readily apparent that the male and female portions are complementary, and when in contact will prevent pivotal movement about axis 122 of the portions 112 relative to each other. The male portion 132 is in the form of a triangular prism extending from the stand section 112. The female portion is in the form of a recess having a triangular prism shape intruding into the other stand section 112. The sections may comprise reciprocating retaining items, such as magnets, to further lock them in place relative to each other.

[0073] Figure 14 shows the tray 100 with the extendable arms 106 in an extended configuration. The arms each have a channel complemented by the shape of the main body 104, such as rails on the main body 104, to allow for sliding relative movement. Stops (not shown) are provided to prevent over-extension of the arms. This allows the tray to be adjusted to fit varying widths of baths. A lock mechanism (not shown) may be used on each sliding arm to lock it in a particular position.

[0074] Figure 15 shows a flow diagram illustrating a method according to a second embodiment of the present invention, which could utilise the apparatus of the first embodiment. The method is performed in respect of deploying a foldable bath tray for use.

[0075] The method comprises the step of retrieving 150 a bath tray in a compact configuration from its packaging. The method further comprises the step of unfolding 152 the bath tray about a central hinge. This step may be done until two faces of the bath tray are flush with each other, and further rotation cannot occur. At this point, two magnets are brought into contact to retain the bath tray in this configuration. The stand sections are in a retracted position, but this is not mandatory.

[0076] The method further comprises the step of interlocking 154 complementary male and female portions each associated with a stand section. As the stand sections are in the retracted position, they are already aligned with each other pivotably. Therefore, this step 154 is effected as a result of performing step 152. If the stand sections were not both in the retracted position, they would be held in alignment so that the male and female portions could interlock upon performing step 152. Both are viable means of performing step 154. Together, the stand sections now form a stand.

[0077] The method further comprises the step of deploying 156 the stand. This step comprises pivoting the stand about an axis until it reaches a stop. When the stand reaches said stop, the stand may have rotated over 90° from its original horizontal position. At this point the stand is in stable equilibrium and can be let go of without the stand pivoting back down. The tray is now deployed for use. Now that the male and female portions of the stand sections are interlocked, pivotal movement of the stand sections relative to each other is prevented. The male and female formations abut each other such that a force applied to one stand section to cause it to pivot will be transferred to the other stand section to cause it to pivot in kind. In this way, the stands are unable to pivot relative to each other, when connected to each other.

[0078] The method further comprises the step of positioning 158 the bath tray on a bath for use. This comprises adjusting the length of extendable arms on the bath tray. This comprises pulling the extendable arms so that anti-slip padding present on the extendable arms and / or shaped portions of the extendable arms are aligned on the surrounding edge of the bath.

[0079] It will thus be seen that the embodiments of the present invention provide a bath tray having two pivotally connected halves that allow for the bath tray to fold down, about a fold line bisecting the bath tray, into a compact volume for transport and / or storage, yet includes a two-part rotatable book / tablet / item stand which (a) may rotate about its axis of rotation (between retracted and deployed positions) when the two parts are engaged with each other to form a single stand and which (b) also splits apart along the fold line when the bath tray is folded down for transport and / or storage. The stand remains an integral part of the bath tray even when folded down for storage, and is readily moved to its operational position when so required by the user in a simple and efficient manner.

[0080] Whilst the present invention has been described and illustrated with reference to particular embodiments, it will be appreciated by those of ordinary skill in the art that the invention lends itself to many different variations not specifically illustrated herein. By way of example only, certain possible variations will now be described.

[0081] The shape, size, and relative position of the bath tray and its constituent parts (e.g. the stand sections) may vary from one embodiment to another, as may their materials. For example, while bamboo is described as a suitable material, other materials and other woods could be advantageous - for example acacia wood might be preferred, for its properties of durability and its good performance in relation to contact with water and moisture.

[0082] The relative positions of parts as between the operable configuration and the compact configuration of the bath tray, the relative positions of parts as between the deployed position and the retracted position of the stand, and the relative positions of other moving parts may vary from one embodiment to another.

[0083] There may be a number of forms of retaining devices on the tray for the purpose of locking various items in place. The present invention has mainly detailed magnets, but latches may be used in place of these items, or any suitable and convenient means of retaining items together.

[0084] The stand features, shown here as male and female formations, may alternatively or additionally be any suitable means for preventing relative pivotal movement of the two stand sections relative to each other. For example, magnets, or a latch system, could be applicable. Additionally, other shapes or forms of male and female interlocking portions may be used, such as a cuboidal extrusion / indent, or semicircular prisms.

[0085] The stand does not necessarily need to be central on the fold line of the bath tray. In future versions of embodiments of the invention it could be envisioned that a space efficient layout is found in which the stand is off-centre, and so one stand section is larger than the other.

[0086] Embodiments of the present invention have been described with reference to use on baths. However, the concept of a folding tray with a divisible pivoting stand is applicable to other areas, such as general-purpose trays.

[0087] Where in the foregoing description, integers or elements are mentioned which have known, obvious or foreseeable equivalents, then such equivalents are herein incorporated as if individually set forth. Reference should be made to the claims for determining the true scope of the present invention, which should be construed so as to encompass any such equivalents. It will also be appreciated by the reader that integers or features of the invention that are described as preferable, advantageous, convenient or the like are optional and do not limit the scope of the independent claims. Moreover, it is to be understood that such optional integers or features, whilst of possible benefit in some embodiments of the invention, may not be desirable, and may therefore be absent, in other embodiments.

Claims

Claims1. A bath tray comprising two bath tray portions pivotably connected to each other between a compact configuration and an operable configuration, wherein each bath tray portion further comprises a stand section, the stand sections being configured to interface with each other to form a stand configured to support an item on the bath tray when the bath tray is in the operable configuration.

2. A bath tray according to claim 1, wherein the stand sections are configured to separate from each other upon movement of the bath tray from the operable configuration to the compact configuration.

3. A bath tray according to claim 1 or claim 2, wherein the stand sections are configured to pivot between a retracted position and a deployed position.

4. A bath tray according to claim 3, wherein the two sections are configured to be able to pivot when the bath tray is in any of the compact configuration, the operable configuration, and a position in between the compact configuration and the operable configuration.

5. A bath tray according to any preceding claim, wherein one stand section comprises a retaining feature, and the other stand section comprises a complementary retaining feature, the two retaining features being configured to interact with each other to retain the two sections relative to each other in at least one degree of freedom.

6. A bath tray according to claim 5, wherein the retaining features are in the form of a male formation and a female formation.

7. A bath tray according to claim 6, wherein the male and female formations interact such that the two formations are flush when the two retaining features are retained relative to each other.

8. A bath tray according to any of claims 5 to 7, wherein the retaining features interact such that the stand sections define a planar support surface when the bath tray is in the operable configuration.

9. A bath tray according to any one of claims 5 to 8, wherein the retaining features interact such that, when the two retaining features are retained relative to each other, pivotal movement of one stand section induces likewise pivotal movement of the other stand section.

10. A bath tray according to any of claims 3 to 9, wherein when in the operable configuration, the two sections of the stand oppose division from each other upon application of a force about the axis about which the two sections pivot, but are divisible upon application of a force about an axis perpendicular to the axis about which the two sections pivot.

11. A bath tray according to any preceding claim, wherein the bath tray further comprises at least one of:• a soap dish,• a mug holder,• a glass holder,• a phone holder, and• a candle holder.

12. A bath tray according to any preceding claim, wherein the bath tray comprises one or more extendable arms.

13. A bath tray according to any preceding claim, wherein the bath tray comprises anti-slip padding.

14. A bath tray according to any preceding claim, wherein the bath tray portions each comprise a compact configuration retainment system for retaining the bath tray portions in the compact configuration.

15. A bath tray according to any preceding claim, wherein the bath tray portions each comprise an operable configuration retainment system for retaining the bath tray portions in the operable configuration.

16. A bath tray according to any one of claims 3 to 15, wherein the stand sections each comprise a stand section retainment system configured to retain each stand section in the retracted position.

17. A method of deploying a bath tray for use, the method comprising a step of arranging the bath tray into an operable configuration such that two sections of a stand connected to the tray form a complete stand upon completion of said arranging step.

18. The method of claim 17, further comprising a step of interfacing respective retaining features associated with the stand sections when the bath tray is in the operable configuration.

19. The method of claim 18, further comprising a step of pivoting the stand sections from a retracted position to a deployed position.

20. The method of claim 19, wherein following the completion of the arranging, interfacing, and pivoting steps, the stand is configured to support an item on the bath tray.

21. The method of any of claims 18 to 20, wherein movement of the stand sections relative to each other is prevented when the bath tray is in the operable configuration and the retaining features are interfaced.

22. The method of any of claims 17 to 21, further comprising positioning the bath tray on a bath.

23. A bath tray comprising two pivotably connected halves, each half comprising a stand section connected to the bath tray by a hinge suitable for providing pivotal movement of the stand sections relative to the bath tray halves, wherein one stand section comprises a male formation and the other stand section comprises acorresponding female formation, the formations being configured to interface, so that when so interfaced together, they prevent pivotal movement of the stand sections relative to each other.

Images